commit 2cd4f5aafa6c65ece6f19f20ed6ed3939a872a4e Author: Adamo Date: Sun Jun 14 05:05:13 2020 -0400 Recreated repo due to incorrect user config. diff --git a/computations.ods b/computations.ods new file mode 100644 index 0000000..4085882 Binary files /dev/null and b/computations.ods differ diff --git a/course_files_export.zip b/course_files_export.zip new file mode 100644 index 0000000..b99d200 Binary files /dev/null and b/course_files_export.zip differ diff --git a/hw1/text b/hw1/text new file mode 100644 index 0000000..6d90ed6 --- /dev/null +++ b/hw1/text @@ -0,0 +1,18 @@ +Day 01 homework, due Aug 29 + +Briefly (one paragraph) describe why you are taking this course and what you hope to get out of it. + + My research interest is in learning and working with Cloudy. You are the originator of the software, so I want to learn what you know. The story I have in my head is that Cloudy grew around solving and explaining problems in astrophysics related to spectroscopy. I never asked directly, but it seems reasonable to assume that many of those problems are going to be described and practiced in this course. More generally, I want to learn about as many astrophysical phenomena as I can. Within the limit of taking required courses, the topical course requirement allows for only one astrophysics course. Given the nature of the course, I suspect (or hope?) this class surveys a wide breadth of phenomena. With these two important criteria satisfied by the course, attending it is a no-brainer. + +Did you see the solar eclipse? Briefly describe what you saw if you did. + + Yes! I was surprised that, visually, I barely noticed the eclipse even past 75% coverage, unless I looked directly at the sun's disk with glasses. After something around 75%, it became noticeably dimmer, and eventually I saw earthly things in a color I don't remember seeing before. It was something like a dark blue. At some point, the moon became visible as part of a black disk across the sun, and it looked like a hole in the sky, which eventually gobbled up the last bit of bright light from the sun. After that, surrounding this hole, I could see the dimmer shine of the sun's corona, with a few outward streams of light-emitting gases converging to tips at a distance about 2 solar disk radii from the center. I expected them to be longer. For about 2.5 minutes, I sat back and watched the streams as I pondered the magnetohydrodynamics of the beast. When the sun's disk peered its brighter light around the back edge of the moon's obscuring disk, it was strikingly bright, like a laser shining in my direction, and that was the last I saw. + + +Why kind of laptop (Linux, Mac, Windows) do you have? + + Linux + +What experience have you had with Linux utilities such as ssh or ftp? “None” is a perfectly fine answer. + + Very experienced diff --git a/hw10/Si_energies.tab b/hw10/Si_energies.tab new file mode 100644 index 0000000..d4a0a46 --- /dev/null +++ b/hw10/Si_energies.tab @@ -0,0 +1,15 @@ +"Species" "Ionization Potential" +0 9.46E+04 +1 1.90E+05 +2 3.89E+05 +3 5.24E+05 +4 1.94E+06 +5 2.38E+06 +6 2.86E+06 +7 3.52E+06 +8 4.07E+06 +9 4.66E+06 +10 5.53E+06 +11 6.07E+06 +12 2.83E+07 +13 3.10E+07 diff --git a/hw10/text b/hw10/text new file mode 100644 index 0000000..477d81d --- /dev/null +++ b/hw10/text @@ -0,0 +1,56 @@ +Homework 10, due Sept 28 + + Ionization Potential T₀ = E₀ / kᵦ. + + kᵦ = 8.62×10⁻⁵ eV K⁻¹. + +1) What is the ionization potential of H 0 in K? + + T₀ = 158000 K. + +2) What are the ionization potentials, in K, of the all 14 atoms and ions of +Si? (Si 0 , Si + , Si 2+ , Si 3+ , Si 4+ , ... Si 13+ ?) + + T₀[Si I] = 9.46E+04 K. (M) + T₀[Si II] = 1.90E+05 K. (M) + T₀[Si III] = 3.89E+05 K. (M) + T₀[Si IV] = 5.24E+05 K. (M) + T₀[Si V] = 1.94E+06 K. (L) + T₀[Si VI] = 2.38E+06K. (L) + T₀[Si VII] = 2.86E+06 K. (L) + T₀[Si IIX] = 3.52E+06 K. (L) + T₀[Si IX] = 4.07E+06 K. (L) + T₀[Si X] = 4.66E+06 K. (L) + T₀[Si XI] = 5.53E+06 K. (L) + T₀[Si XII] = 6.07E+06 K. (L) + T₀[Si XIII] = 2.83E+07 K. (K) + T₀[Si XIV] = 3.10E+07 K. (K) + + +3) On the table you make of ionization potentials, indicate whether the +outermost electrons are in the K, L, or M shell. + + Above. + +4) Make a plot with the x axis the ion number (0 for Si 0 , 1 for Si + , etc), the y +axis the ionization potential in eV + +a. First linear y axis + +b. Second log y axis + + +Plots uploaded sparately. + + + + + + + + + + + + + diff --git a/hw11/.RData b/hw11/.RData new file mode 100644 index 0000000..fbe3dca Binary files /dev/null and b/hw11/.RData differ diff --git a/hw11/.Rhistory b/hw11/.Rhistory new file mode 100644 index 0000000..987d555 --- /dev/null +++ b/hw11/.Rhistory @@ -0,0 +1,32 @@ +data = read.table("coronal.cut",header=T) +names(data) +count(data) +length(datA) +length(data) +length(data[,2]) +length(data[,1]) +length(data[,0]) +plot(data[,1],data[,2]) +plot(data) +plot(data) +plot(data,log="x") +plot(data,log="x",type="b") +plot(data,log="x",type="l") +plot(data,log="x",type="l",ylab="erg/s",xlab="micrometers") +plot(data,log="x",type="l",ylab="erg/s",xlab="micrometer") +plot(data,log="x",type="l",ylab="erg/s",xlab="micrometer wavelength") +plot(data,log="x",type="l",ylab="erg/s flux",xlab="micrometer wavelength") +pdf("coronal.pdf") +plot(data,log="x",type="l",ylab="erg/s flux",xlab="micrometer wavelength") +dev.off() +plot(data,log="x",type="l",ylab="erg/s flux",xlab="micrometer wavelength",xlim=c(1e-4,1e4)) +plot(data,log="x",type="l",ylab="erg/s flux",xlab="micrometer wavelength",xlim=c(1e-4,1e0)) +plot(data,log="x",type="l",ylab="erg/s flux",xlab="micrometer wavelength",xlim=c(1e-4,1e4)) +pdf("coronal.pdf") +plot(data,log="x",type="l",ylab="erg/s flux",xlab="micrometer wavelength",xlim=c(1e-4,1e4)) +dev.off() +quit() +pdf("coronal.pdf") +plot(data,log="x",type="l",ylab="erg/s/cm^2 flux",xlab="micrometer wavelength",xlim=c(1e-4,1e4)) +dev.off() +quit() diff --git a/hw11/coronal.con b/hw11/coronal.con new file mode 100644 index 0000000..ba52553 --- /dev/null +++ b/hw11/coronal.con @@ -0,0 +1,8229 @@ +"Energy (um)" "reflec" "outward" "Flux (erg/s)" +2.99293e+07 1.633e-33 1.633e-33 3.266e-33 +2.98297e+07 1.638e-33 1.638e-33 3.276e-33 +2.97304e+07 1.643e-33 1.643e-33 3.287e-33 +2.96315e+07 1.649e-33 1.649e-33 3.298e-33 +2.95329e+07 1.654e-33 1.654e-33 3.308e-33 +2.94347e+07 1.659e-33 1.659e-33 3.319e-33 +2.93367e+07 1.665e-33 1.665e-33 3.329e-33 +2.92391e+07 1.670e-33 1.670e-33 3.340e-33 +2.91418e+07 1.675e-33 1.675e-33 3.351e-33 +2.90448e+07 1.681e-33 1.681e-33 3.361e-33 +2.89482e+07 1.686e-33 1.686e-33 3.372e-33 +2.88519e+07 1.692e-33 1.692e-33 3.383e-33 +2.87559e+07 1.697e-33 1.697e-33 3.394e-33 +2.86602e+07 1.702e-33 1.702e-33 3.405e-33 +2.85648e+07 1.708e-33 1.708e-33 3.416e-33 +2.84698e+07 1.713e-33 1.713e-33 3.427e-33 +2.83750e+07 1.719e-33 1.719e-33 3.438e-33 +2.82806e+07 1.724e-33 1.724e-33 3.449e-33 +2.81865e+07 1.730e-33 1.730e-33 3.460e-33 +2.80927e+07 1.735e-33 1.735e-33 3.471e-33 +2.79993e+07 1.741e-33 1.741e-33 3.482e-33 +2.79061e+07 1.747e-33 1.747e-33 3.493e-33 +2.78132e+07 1.752e-33 1.752e-33 3.504e-33 +2.77207e+07 1.758e-33 1.758e-33 3.516e-33 +2.76285e+07 1.763e-33 1.763e-33 3.527e-33 +2.75365e+07 1.769e-33 1.769e-33 3.538e-33 +2.74449e+07 1.775e-33 1.775e-33 3.549e-33 +2.73536e+07 1.780e-33 1.780e-33 3.561e-33 +2.72626e+07 1.786e-33 1.786e-33 3.572e-33 +2.71718e+07 1.792e-33 1.792e-33 3.584e-33 +2.70814e+07 1.798e-33 1.798e-33 3.595e-33 +2.69913e+07 1.803e-33 1.803e-33 3.607e-33 +2.69015e+07 1.809e-33 1.809e-33 3.618e-33 +2.68120e+07 1.815e-33 1.815e-33 3.630e-33 +2.67228e+07 1.821e-33 1.821e-33 3.642e-33 +2.66339e+07 1.827e-33 1.827e-33 3.653e-33 +2.65452e+07 1.832e-33 1.832e-33 3.665e-33 +2.64569e+07 1.838e-33 1.838e-33 3.677e-33 +2.63689e+07 1.844e-33 1.844e-33 3.688e-33 +2.62811e+07 1.850e-33 1.850e-33 3.700e-33 +2.61937e+07 1.856e-33 1.856e-33 3.712e-33 +2.61065e+07 1.862e-33 1.862e-33 3.724e-33 +2.60197e+07 1.868e-33 1.868e-33 3.736e-33 +2.59331e+07 1.874e-33 1.874e-33 3.748e-33 +2.58468e+07 1.880e-33 1.880e-33 3.760e-33 +2.57608e+07 1.886e-33 1.886e-33 3.772e-33 +2.56751e+07 1.892e-33 1.892e-33 3.784e-33 +2.55896e+07 1.898e-33 1.898e-33 3.796e-33 +2.55045e+07 1.904e-33 1.904e-33 3.808e-33 +2.54196e+07 1.910e-33 1.910e-33 3.821e-33 +2.53351e+07 1.916e-33 1.916e-33 3.833e-33 +2.52508e+07 1.923e-33 1.923e-33 3.845e-33 +2.51667e+07 1.929e-33 1.929e-33 3.858e-33 +2.50830e+07 1.935e-33 1.935e-33 3.870e-33 +2.49995e+07 1.941e-33 1.941e-33 3.882e-33 +2.49163e+07 1.947e-33 1.947e-33 3.895e-33 +2.48334e+07 1.954e-33 1.954e-33 3.907e-33 +2.47508e+07 1.960e-33 1.960e-33 3.920e-33 +2.46685e+07 1.966e-33 1.966e-33 3.932e-33 +2.45864e+07 1.972e-33 1.972e-33 3.945e-33 +2.45046e+07 1.979e-33 1.979e-33 3.958e-33 +2.44230e+07 1.985e-33 1.985e-33 3.970e-33 +2.43418e+07 1.991e-33 1.991e-33 3.983e-33 +2.42608e+07 1.998e-33 1.998e-33 3.996e-33 +2.41800e+07 2.004e-33 2.004e-33 4.009e-33 +2.40996e+07 2.011e-33 2.011e-33 4.021e-33 +2.40194e+07 2.017e-33 2.017e-33 4.034e-33 +2.39395e+07 2.024e-33 2.024e-33 4.047e-33 +2.38598e+07 2.030e-33 2.030e-33 4.060e-33 +2.37804e+07 2.037e-33 2.037e-33 4.073e-33 +2.37013e+07 2.043e-33 2.043e-33 4.086e-33 +2.36224e+07 2.050e-33 2.050e-33 4.099e-33 +2.35438e+07 2.056e-33 2.056e-33 4.113e-33 +2.34655e+07 2.063e-33 2.063e-33 4.126e-33 +2.33874e+07 2.069e-33 2.069e-33 4.139e-33 +2.33096e+07 2.076e-33 2.076e-33 4.152e-33 +2.32320e+07 2.083e-33 2.083e-33 4.165e-33 +2.31547e+07 2.089e-33 2.089e-33 4.179e-33 +2.30777e+07 2.096e-33 2.096e-33 4.192e-33 +2.30009e+07 2.103e-33 2.103e-33 4.206e-33 +2.29244e+07 2.110e-33 2.110e-33 4.219e-33 +2.28481e+07 2.116e-33 2.116e-33 4.233e-33 +2.27720e+07 2.123e-33 2.123e-33 4.246e-33 +2.26963e+07 2.130e-33 2.130e-33 4.260e-33 +2.26208e+07 2.137e-33 2.137e-33 4.274e-33 +2.25455e+07 2.144e-33 2.144e-33 4.287e-33 +2.24705e+07 2.150e-33 2.150e-33 4.301e-33 +2.23957e+07 2.157e-33 2.157e-33 4.315e-33 +2.23212e+07 2.164e-33 2.164e-33 4.329e-33 +2.22469e+07 2.171e-33 2.171e-33 4.342e-33 +2.21729e+07 2.178e-33 2.178e-33 4.356e-33 +2.20991e+07 2.185e-33 2.185e-33 4.370e-33 +2.20256e+07 2.192e-33 2.192e-33 4.384e-33 +2.19523e+07 2.199e-33 2.199e-33 4.398e-33 +2.18792e+07 2.206e-33 2.206e-33 4.412e-33 NO +2.18064e+07 2.213e-33 2.213e-33 4.427e-33 +2.17339e+07 2.220e-33 2.220e-33 4.441e-33 +2.16616e+07 2.228e-33 2.228e-33 4.455e-33 +2.15895e+07 2.235e-33 2.235e-33 4.469e-33 +2.15176e+07 2.242e-33 2.242e-33 4.484e-33 +2.14460e+07 2.249e-33 2.249e-33 4.498e-33 +2.13747e+07 2.256e-33 2.256e-33 4.512e-33 +2.13036e+07 2.263e-33 2.263e-33 4.527e-33 +2.12327e+07 2.271e-33 2.271e-33 4.541e-33 +2.11620e+07 2.278e-33 2.278e-33 4.556e-33 +2.10916e+07 2.285e-33 2.285e-33 4.571e-33 +2.10214e+07 2.293e-33 2.293e-33 4.585e-33 +2.09515e+07 2.300e-33 2.300e-33 4.600e-33 +2.08818e+07 2.307e-33 2.307e-33 4.615e-33 +2.08123e+07 2.315e-33 2.315e-33 4.629e-33 +2.07430e+07 2.322e-33 2.322e-33 4.644e-33 +2.06740e+07 2.330e-33 2.330e-33 4.659e-33 +2.06052e+07 2.337e-33 2.337e-33 4.674e-33 +2.05367e+07 2.345e-33 2.345e-33 4.689e-33 +2.04683e+07 2.352e-33 2.352e-33 4.704e-33 +2.04002e+07 2.360e-33 2.360e-33 4.719e-33 +2.03323e+07 2.367e-33 2.367e-33 4.734e-33 +2.02647e+07 2.375e-33 2.375e-33 4.749e-33 +2.01973e+07 2.382e-33 2.382e-33 4.765e-33 +2.01301e+07 2.390e-33 2.390e-33 4.780e-33 +2.00631e+07 2.398e-33 2.398e-33 4.795e-33 +1.99963e+07 2.405e-33 2.405e-33 4.811e-33 +1.99298e+07 2.413e-33 2.413e-33 4.826e-33 +1.98635e+07 2.421e-33 2.421e-33 4.842e-33 +1.97974e+07 2.429e-33 2.429e-33 4.857e-33 +1.97315e+07 2.436e-33 2.436e-33 4.873e-33 +1.96658e+07 2.444e-33 2.444e-33 4.888e-33 +1.96004e+07 2.452e-33 2.452e-33 4.904e-33 +1.95352e+07 2.460e-33 2.460e-33 4.920e-33 +1.94702e+07 2.468e-33 2.468e-33 4.935e-33 +1.94054e+07 2.476e-33 2.476e-33 4.951e-33 +1.93408e+07 2.484e-33 2.484e-33 4.967e-33 +1.92765e+07 2.491e-33 2.491e-33 4.983e-33 +1.92123e+07 2.499e-33 2.499e-33 4.999e-33 +1.91484e+07 2.507e-33 2.507e-33 5.015e-33 N 1 +1.90847e+07 2.516e-33 2.516e-33 5.031e-33 +1.90212e+07 2.524e-33 2.524e-33 5.047e-33 +1.89579e+07 2.532e-33 2.532e-33 5.063e-33 +1.88948e+07 2.540e-33 2.540e-33 5.080e-33 +1.88319e+07 2.548e-33 2.548e-33 5.096e-33 +1.87693e+07 2.556e-33 2.556e-33 5.112e-33 +1.87068e+07 2.564e-33 2.564e-33 5.129e-33 +1.86446e+07 2.572e-33 2.572e-33 5.145e-33 +1.85825e+07 2.581e-33 2.581e-33 5.161e-33 +1.85207e+07 2.589e-33 2.589e-33 5.178e-33 +1.84591e+07 2.597e-33 2.597e-33 5.195e-33 +1.83977e+07 2.606e-33 2.606e-33 5.211e-33 +1.83364e+07 2.614e-33 2.614e-33 5.228e-33 +1.82754e+07 2.622e-33 2.622e-33 5.245e-33 +1.82146e+07 2.631e-33 2.631e-33 5.261e-33 +1.81540e+07 2.639e-33 2.639e-33 5.278e-33 +1.80936e+07 2.648e-33 2.648e-33 5.295e-33 +1.80334e+07 2.656e-33 2.656e-33 5.312e-33 +1.79734e+07 2.665e-33 2.665e-33 5.329e-33 +1.79136e+07 2.673e-33 2.673e-33 5.346e-33 +1.78540e+07 2.682e-33 2.682e-33 5.363e-33 +1.77946e+07 2.690e-33 2.690e-33 5.381e-33 +1.77354e+07 2.699e-33 2.699e-33 5.398e-33 +1.76764e+07 2.708e-33 2.708e-33 5.415e-33 +1.76175e+07 2.716e-33 2.716e-33 5.432e-33 +1.75589e+07 2.725e-33 2.725e-33 5.450e-33 +1.75005e+07 2.734e-33 2.734e-33 5.467e-33 +1.74423e+07 2.742e-33 2.742e-33 5.485e-33 +1.73842e+07 2.751e-33 2.751e-33 5.502e-33 +1.73264e+07 2.760e-33 2.760e-33 5.520e-33 +1.72687e+07 2.769e-33 2.769e-33 5.538e-33 +1.72113e+07 2.778e-33 2.778e-33 5.556e-33 +1.71540e+07 2.787e-33 2.787e-33 5.573e-33 +1.70969e+07 2.796e-33 2.796e-33 5.591e-33 +1.70400e+07 2.805e-33 2.805e-33 5.609e-33 +1.69833e+07 2.814e-33 2.814e-33 5.627e-33 +1.69268e+07 2.823e-33 2.823e-33 5.645e-33 +1.68705e+07 2.832e-33 2.832e-33 5.663e-33 +1.68144e+07 2.841e-33 2.841e-33 5.681e-33 +1.67584e+07 2.850e-33 2.850e-33 5.700e-33 +1.67027e+07 2.859e-33 2.859e-33 5.718e-33 +1.66471e+07 2.868e-33 2.868e-33 5.736e-33 +1.65917e+07 2.877e-33 2.877e-33 5.754e-33 H2CO +1.65365e+07 2.886e-33 2.886e-33 5.773e-33 +1.64815e+07 2.896e-33 2.896e-33 5.791e-33 +1.64266e+07 2.905e-33 2.905e-33 5.810e-33 +1.63720e+07 2.914e-33 2.914e-33 5.829e-33 +1.63175e+07 2.924e-33 2.924e-33 5.847e-33 +1.62632e+07 2.933e-33 2.933e-33 5.866e-33 +1.62091e+07 2.942e-33 2.942e-33 5.885e-33 +1.61551e+07 2.952e-33 2.952e-33 5.904e-33 +1.61014e+07 2.961e-33 2.961e-33 5.923e-33 +1.60478e+07 2.971e-33 2.971e-33 5.941e-33 +1.59944e+07 2.980e-33 2.980e-33 5.961e-33 +1.59412e+07 2.990e-33 2.990e-33 5.980e-33 +1.58881e+07 2.999e-33 2.999e-33 5.999e-33 +1.58353e+07 3.009e-33 3.009e-33 6.018e-33 +1.57826e+07 3.019e-33 3.019e-33 6.037e-33 +1.57301e+07 3.028e-33 3.028e-33 6.057e-33 +1.56777e+07 3.038e-33 3.038e-33 6.076e-33 +1.56256e+07 3.048e-33 3.048e-33 6.095e-33 +1.55736e+07 3.058e-33 3.058e-33 6.115e-33 +1.55217e+07 3.067e-33 3.067e-33 6.135e-33 +1.54701e+07 3.077e-33 3.077e-33 6.154e-33 +1.54186e+07 3.087e-33 3.087e-33 6.174e-33 +1.53673e+07 3.097e-33 3.097e-33 6.194e-33 +1.53162e+07 3.107e-33 3.107e-33 6.214e-33 +1.52652e+07 3.117e-33 3.117e-33 6.233e-33 +1.52144e+07 3.127e-33 3.127e-33 6.253e-33 +1.51638e+07 3.137e-33 3.137e-33 6.273e-33 +1.51133e+07 3.147e-33 3.147e-33 6.294e-33 +1.50631e+07 3.157e-33 3.157e-33 6.314e-33 +1.50129e+07 3.167e-33 3.167e-33 6.334e-33 NO +1.49630e+07 3.177e-33 3.177e-33 6.354e-33 +1.49132e+07 3.187e-33 3.187e-33 6.375e-33 +1.48636e+07 3.198e-33 3.198e-33 6.395e-33 +1.48141e+07 3.208e-33 3.208e-33 6.415e-33 +1.47648e+07 3.218e-33 3.218e-33 6.436e-33 +1.47157e+07 3.228e-33 3.228e-33 6.457e-33 +1.46667e+07 3.239e-33 3.239e-33 6.477e-33 +1.46179e+07 3.249e-33 3.249e-33 6.498e-33 +1.45693e+07 3.259e-33 3.259e-33 6.519e-33 +1.45208e+07 3.270e-33 3.270e-33 6.540e-33 +1.44725e+07 3.280e-33 3.280e-33 6.561e-33 +1.44243e+07 3.291e-33 3.291e-33 6.582e-33 +1.43763e+07 3.301e-33 3.301e-33 6.603e-33 +1.43285e+07 3.312e-33 3.312e-33 6.624e-33 +1.42808e+07 3.323e-33 3.323e-33 6.645e-33 +1.42333e+07 3.333e-33 3.333e-33 6.666e-33 +1.41859e+07 3.344e-33 3.344e-33 6.688e-33 +1.41387e+07 3.355e-33 3.355e-33 6.709e-33 +1.40917e+07 3.365e-33 3.365e-33 6.731e-33 +1.40448e+07 3.376e-33 3.376e-33 6.752e-33 +1.39981e+07 3.387e-33 3.387e-33 6.774e-33 +1.39515e+07 3.398e-33 3.398e-33 6.796e-33 NO +1.39051e+07 3.409e-33 3.409e-33 6.817e-33 +1.38588e+07 3.420e-33 3.420e-33 6.839e-33 +1.38127e+07 3.431e-33 3.431e-33 6.861e-33 +1.37667e+07 3.442e-33 3.442e-33 6.883e-33 +1.37209e+07 3.453e-33 3.453e-33 6.905e-33 +1.36753e+07 3.464e-33 3.464e-33 6.927e-33 +1.36298e+07 3.475e-33 3.475e-33 6.949e-33 +1.35844e+07 3.486e-33 3.486e-33 6.972e-33 +1.35392e+07 3.497e-33 3.497e-33 6.994e-33 +1.34942e+07 3.508e-33 3.508e-33 7.016e-33 +1.34493e+07 3.519e-33 3.519e-33 7.039e-33 +1.34045e+07 3.531e-33 3.531e-33 7.061e-33 +1.33599e+07 3.542e-33 3.542e-33 7.084e-33 +1.33155e+07 3.553e-33 3.553e-33 7.107e-33 +1.32712e+07 3.565e-33 3.565e-33 7.129e-33 +1.32270e+07 3.576e-33 3.576e-33 7.152e-33 +1.31830e+07 3.588e-33 3.588e-33 7.175e-33 +1.31391e+07 3.599e-33 3.599e-33 7.198e-33 +1.30954e+07 3.611e-33 3.611e-33 7.221e-33 NO +1.30518e+07 3.622e-33 3.622e-33 7.244e-33 +1.30084e+07 3.634e-33 3.634e-33 7.268e-33 +1.29651e+07 3.645e-33 3.645e-33 7.291e-33 +1.29220e+07 3.657e-33 3.657e-33 7.314e-33 +1.28790e+07 3.669e-33 3.669e-33 7.338e-33 +1.28361e+07 3.681e-33 3.681e-33 7.361e-33 +1.27934e+07 3.692e-33 3.692e-33 7.385e-33 +1.27508e+07 3.704e-33 3.704e-33 7.408e-33 +1.27084e+07 3.716e-33 3.716e-33 7.432e-33 +1.26661e+07 3.728e-33 3.728e-33 7.456e-33 +1.26240e+07 3.740e-33 3.740e-33 7.480e-33 NO +1.25820e+07 3.752e-33 3.752e-33 7.504e-33 +1.25401e+07 3.764e-33 3.764e-33 7.528e-33 +1.24984e+07 3.776e-33 3.776e-33 7.552e-33 +1.24568e+07 3.788e-33 3.788e-33 7.576e-33 +1.24153e+07 3.800e-33 3.800e-33 7.600e-33 +1.23740e+07 3.812e-33 3.812e-33 7.625e-33 +1.23329e+07 3.825e-33 3.825e-33 7.649e-33 +1.22918e+07 3.837e-33 3.837e-33 7.674e-33 +1.22509e+07 3.849e-33 3.849e-33 7.698e-33 +1.22102e+07 3.861e-33 3.861e-33 7.723e-33 +1.21695e+07 3.874e-33 3.874e-33 7.747e-33 +1.21290e+07 3.886e-33 3.886e-33 7.772e-33 +1.20887e+07 3.899e-33 3.899e-33 7.797e-33 +1.20485e+07 3.911e-33 3.911e-33 7.822e-33 +1.20084e+07 3.924e-33 3.924e-33 7.847e-33 +1.19684e+07 3.936e-33 3.936e-33 7.872e-33 +1.19286e+07 3.949e-33 3.949e-33 7.897e-33 +1.18889e+07 3.961e-33 3.961e-33 7.923e-33 +1.18493e+07 3.974e-33 3.974e-33 7.948e-33 +1.18099e+07 3.987e-33 3.987e-33 7.974e-33 +1.17706e+07 4.000e-33 4.000e-33 7.999e-33 +1.17314e+07 4.012e-33 4.012e-33 8.025e-33 +1.16924e+07 4.025e-33 4.025e-33 8.050e-33 +1.16535e+07 4.038e-33 4.038e-33 8.076e-33 +1.16147e+07 4.051e-33 4.051e-33 8.102e-33 +1.15761e+07 4.064e-33 4.064e-33 8.128e-33 +1.15376e+07 4.077e-33 4.077e-33 8.154e-33 +1.14992e+07 4.090e-33 4.090e-33 8.180e-33 +1.14609e+07 4.103e-33 4.103e-33 8.206e-33 N 1 +1.14228e+07 4.116e-33 4.116e-33 8.233e-33 +1.13848e+07 4.129e-33 4.129e-33 8.259e-33 +1.13469e+07 4.143e-33 4.143e-33 8.285e-33 +1.13091e+07 4.156e-33 4.156e-33 8.312e-33 +1.12715e+07 4.169e-33 4.169e-33 8.339e-33 +1.12340e+07 4.183e-33 4.183e-33 8.365e-33 +1.11966e+07 4.196e-33 4.196e-33 8.392e-33 +1.11594e+07 4.209e-33 4.209e-33 8.419e-33 NO +1.11222e+07 4.223e-33 4.223e-33 8.446e-33 +1.10852e+07 4.236e-33 4.236e-33 8.473e-33 +1.10483e+07 4.250e-33 4.250e-33 8.500e-33 +1.10116e+07 4.264e-33 4.264e-33 8.527e-33 +1.09749e+07 4.277e-33 4.277e-33 8.555e-33 +1.09384e+07 4.291e-33 4.291e-33 8.582e-33 NO +1.09020e+07 4.305e-33 4.305e-33 8.609e-33 +1.08657e+07 4.318e-33 4.318e-33 8.637e-33 +1.08296e+07 4.332e-33 4.332e-33 8.665e-33 +1.07935e+07 4.346e-33 4.346e-33 8.692e-33 +1.07576e+07 4.360e-33 4.360e-33 8.720e-33 +1.07218e+07 4.374e-33 4.374e-33 8.748e-33 +1.06862e+07 4.388e-33 4.388e-33 8.776e-33 +1.06506e+07 4.402e-33 4.402e-33 8.804e-33 +1.06152e+07 4.416e-33 4.416e-33 8.832e-33 +1.05798e+07 4.430e-33 4.430e-33 8.861e-33 +1.05446e+07 4.444e-33 4.444e-33 8.889e-33 +1.05096e+07 4.459e-33 4.459e-33 8.917e-33 +1.04746e+07 4.473e-33 4.473e-33 8.946e-33 +1.04397e+07 4.487e-33 4.487e-33 8.975e-33 +1.04050e+07 4.502e-33 4.502e-33 9.003e-33 +1.03704e+07 4.516e-33 4.516e-33 9.032e-33 +1.03359e+07 4.531e-33 4.531e-33 9.061e-33 +1.03015e+07 4.545e-33 4.545e-33 9.090e-33 +1.02672e+07 4.560e-33 4.560e-33 9.119e-33 +1.02330e+07 4.574e-33 4.574e-33 9.148e-33 N 1 +1.01990e+07 4.589e-33 4.589e-33 9.178e-33 +1.01650e+07 4.604e-33 4.604e-33 9.207e-33 +1.01312e+07 4.618e-33 4.618e-33 9.237e-33 +1.00975e+07 4.633e-33 4.633e-33 9.266e-33 +1.00639e+07 4.648e-33 4.648e-33 9.296e-33 +1.00304e+07 4.663e-33 4.663e-33 9.325e-33 +9.99705e+06 4.678e-33 4.678e-33 9.355e-33 Si 2 +9.96379e+06 4.693e-33 4.693e-33 9.385e-33 +9.93063e+06 4.708e-33 4.708e-33 9.415e-33 +9.89759e+06 4.723e-33 4.723e-33 9.445e-33 +9.86465e+06 4.738e-33 4.738e-33 9.476e-33 +9.83183e+06 4.753e-33 4.753e-33 9.506e-33 +9.79912e+06 4.768e-33 4.768e-33 9.536e-33 +9.76651e+06 4.783e-33 4.783e-33 9.567e-33 NO +9.73401e+06 4.799e-33 4.799e-33 9.598e-33 +9.70162e+06 4.814e-33 4.814e-33 9.628e-33 +9.66934e+06 4.830e-33 4.830e-33 9.659e-33 +9.63717e+06 4.845e-33 4.845e-33 9.690e-33 +9.60510e+06 4.861e-33 4.861e-33 9.721e-33 +9.57314e+06 4.876e-33 4.876e-33 9.752e-33 +9.54129e+06 4.892e-33 4.892e-33 9.783e-33 +9.50954e+06 4.907e-33 4.907e-33 9.815e-33 NO +9.47790e+06 4.923e-33 4.923e-33 9.846e-33 +9.44636e+06 4.939e-33 4.939e-33 9.878e-33 +9.41493e+06 4.955e-33 4.955e-33 9.909e-33 +9.38360e+06 4.970e-33 4.970e-33 9.941e-33 +9.35238e+06 4.986e-33 4.986e-33 9.973e-33 +9.32126e+06 5.002e-33 5.002e-33 1.000e-32 +9.29024e+06 5.018e-33 5.018e-33 1.004e-32 +9.25933e+06 5.034e-33 5.034e-33 1.007e-32 +9.22852e+06 5.051e-33 5.051e-33 1.010e-32 +9.19781e+06 5.067e-33 5.067e-33 1.013e-32 +9.16721e+06 5.083e-33 5.083e-33 1.017e-32 +9.13670e+06 5.099e-33 5.099e-33 1.020e-32 +9.10630e+06 5.116e-33 5.116e-33 1.023e-32 NO +9.07600e+06 5.132e-33 5.132e-33 1.026e-32 +9.04580e+06 5.148e-33 5.148e-33 1.030e-32 +9.01570e+06 5.165e-33 5.165e-33 1.033e-32 +8.98570e+06 5.181e-33 5.181e-33 1.036e-32 +8.95581e+06 5.198e-33 5.198e-33 1.040e-32 +8.92601e+06 5.215e-33 5.215e-33 1.043e-32 +8.89630e+06 5.231e-33 5.231e-33 1.046e-32 +8.86670e+06 5.248e-33 5.248e-33 1.050e-32 NO +8.83720e+06 5.265e-33 5.265e-33 1.053e-32 +8.80779e+06 5.282e-33 5.282e-33 1.056e-32 +8.77849e+06 5.298e-33 5.298e-33 1.060e-32 +8.74928e+06 5.315e-33 5.315e-33 1.063e-32 +8.72016e+06 5.332e-33 5.332e-33 1.066e-32 +8.69115e+06 5.350e-33 5.350e-33 1.070e-32 +8.66223e+06 5.367e-33 5.367e-33 1.073e-32 +8.63341e+06 5.384e-33 5.384e-33 1.077e-32 NO +8.60468e+06 5.401e-33 5.401e-33 1.080e-32 +8.57605e+06 5.418e-33 5.418e-33 1.084e-32 +8.54751e+06 5.436e-33 5.436e-33 1.087e-32 +8.51907e+06 5.453e-33 5.453e-33 1.091e-32 +8.49072e+06 5.471e-33 5.471e-33 1.094e-32 +8.46247e+06 5.488e-33 5.488e-33 1.098e-32 +8.43431e+06 5.506e-33 5.506e-33 1.101e-32 +8.40625e+06 5.523e-33 5.523e-33 1.105e-32 +8.37828e+06 5.541e-33 5.541e-33 1.108e-32 +8.35040e+06 5.559e-33 5.559e-33 1.112e-32 +8.32262e+06 5.576e-33 5.576e-33 1.115e-32 +8.29492e+06 5.594e-33 5.594e-33 1.119e-32 +8.26732e+06 5.612e-33 5.612e-33 1.122e-32 +8.23981e+06 5.630e-33 5.630e-33 1.126e-32 +8.21240e+06 5.648e-33 5.648e-33 1.130e-32 +8.18507e+06 5.666e-33 5.666e-33 1.133e-32 +8.15783e+06 5.684e-33 5.684e-33 1.137e-32 +8.13069e+06 5.703e-33 5.703e-33 1.141e-32 +8.10364e+06 5.721e-33 5.721e-33 1.144e-32 +8.07667e+06 5.739e-33 5.739e-33 1.148e-32 +8.04980e+06 5.757e-33 5.757e-33 1.151e-32 +8.02301e+06 5.776e-33 5.776e-33 1.155e-32 +7.99632e+06 5.794e-33 5.794e-33 1.159e-32 +7.96971e+06 5.813e-33 5.813e-33 1.163e-32 +7.94319e+06 5.831e-33 5.831e-33 1.166e-32 +7.91676e+06 5.850e-33 5.850e-33 1.170e-32 +7.89042e+06 5.869e-33 5.869e-33 1.174e-32 +7.86416e+06 5.888e-33 5.888e-33 1.178e-32 +7.83800e+06 5.906e-33 5.906e-33 1.181e-32 +7.81191e+06 5.925e-33 5.925e-33 1.185e-32 +7.78592e+06 5.944e-33 5.944e-33 1.189e-32 +7.76001e+06 5.963e-33 5.963e-33 1.193e-32 +7.73419e+06 5.982e-33 5.982e-33 1.196e-32 +7.70846e+06 6.002e-33 6.002e-33 1.200e-32 NO +7.68281e+06 6.021e-33 6.021e-33 1.204e-32 +7.65725e+06 6.040e-33 6.040e-33 1.208e-32 +7.63177e+06 6.059e-33 6.059e-33 1.212e-32 +7.60637e+06 6.079e-33 6.079e-33 1.216e-32 +7.58106e+06 6.098e-33 6.098e-33 1.220e-32 +7.55584e+06 6.118e-33 6.118e-33 1.224e-32 +7.53070e+06 6.137e-33 6.137e-33 1.227e-32 +7.50564e+06 6.157e-33 6.157e-33 1.231e-32 +7.48066e+06 6.177e-33 6.177e-33 1.235e-32 +7.45577e+06 6.196e-33 6.196e-33 1.239e-32 +7.43096e+06 6.216e-33 6.216e-33 1.243e-32 +7.40624e+06 6.236e-33 6.236e-33 1.247e-32 +7.38159e+06 6.256e-33 6.256e-33 1.251e-32 +7.35703e+06 6.276e-33 6.276e-33 1.255e-32 NO +7.33255e+06 6.296e-33 6.296e-33 1.259e-32 +7.30815e+06 6.316e-33 6.316e-33 1.263e-32 +7.28384e+06 6.336e-33 6.336e-33 1.267e-32 +7.25960e+06 6.357e-33 6.357e-33 1.271e-32 NO +7.23544e+06 6.377e-33 6.377e-33 1.275e-32 +7.21137e+06 6.397e-33 6.397e-33 1.279e-32 +7.18737e+06 6.418e-33 6.418e-33 1.284e-32 +7.16346e+06 6.438e-33 6.438e-33 1.288e-32 +7.13962e+06 6.459e-33 6.459e-33 1.292e-32 +7.11587e+06 6.480e-33 6.480e-33 1.296e-32 +7.09219e+06 6.500e-33 6.500e-33 1.300e-32 +7.06859e+06 6.521e-33 6.521e-33 1.304e-32 +7.04507e+06 6.542e-33 6.542e-33 1.308e-32 NO +7.02163e+06 6.563e-33 6.563e-33 1.313e-32 +6.99826e+06 6.584e-33 6.584e-33 1.317e-32 NO +6.97498e+06 6.605e-33 6.605e-33 1.321e-32 +6.95177e+06 6.626e-33 6.626e-33 1.325e-32 +6.92864e+06 6.647e-33 6.647e-33 1.329e-32 +6.90558e+06 6.669e-33 6.669e-33 1.334e-32 +6.88260e+06 6.690e-33 6.690e-33 1.338e-32 +6.85970e+06 6.711e-33 6.711e-33 1.342e-32 NO +6.83688e+06 6.733e-33 6.733e-33 1.347e-32 +6.81413e+06 6.754e-33 6.754e-33 1.351e-32 +6.79146e+06 6.776e-33 6.776e-33 1.355e-32 NO +6.76886e+06 6.798e-33 6.798e-33 1.360e-32 +6.74633e+06 6.819e-33 6.819e-33 1.364e-32 NO +6.72389e+06 6.841e-33 6.841e-33 1.368e-32 NO +6.70151e+06 6.863e-33 6.863e-33 1.373e-32 +6.67922e+06 6.885e-33 6.885e-33 1.377e-32 NO +6.65699e+06 6.907e-33 6.907e-33 1.381e-32 +6.63484e+06 6.929e-33 6.929e-33 1.386e-32 +6.61276e+06 6.951e-33 6.951e-33 1.390e-32 NO +6.59076e+06 6.974e-33 6.974e-33 1.395e-32 +6.56883e+06 6.996e-33 6.996e-33 1.399e-32 +6.54697e+06 7.018e-33 7.018e-33 1.404e-32 NO +6.52519e+06 7.041e-33 7.041e-33 1.408e-32 +6.50348e+06 7.063e-33 7.063e-33 1.413e-32 +6.48184e+06 7.086e-33 7.086e-33 1.417e-32 NO +6.46027e+06 7.108e-33 7.108e-33 1.422e-32 +6.43877e+06 7.131e-33 7.131e-33 1.426e-32 +6.41735e+06 7.154e-33 7.154e-33 1.431e-32 +6.39599e+06 7.177e-33 7.177e-33 1.435e-32 +6.37471e+06 7.200e-33 7.200e-33 1.440e-32 +6.35350e+06 7.223e-33 7.223e-33 1.445e-32 +6.33236e+06 7.246e-33 7.246e-33 1.449e-32 +6.31129e+06 7.269e-33 7.269e-33 1.454e-32 +6.29029e+06 7.292e-33 7.292e-33 1.458e-32 +6.26936e+06 7.316e-33 7.316e-33 1.463e-32 +6.24850e+06 7.339e-33 7.339e-33 1.468e-32 NO +6.22771e+06 7.363e-33 7.363e-33 1.473e-32 +6.20698e+06 7.386e-33 7.386e-33 1.477e-32 +6.18633e+06 7.410e-33 7.410e-33 1.482e-32 +6.16575e+06 7.433e-33 7.433e-33 1.487e-32 +6.14523e+06 7.457e-33 7.457e-33 1.491e-32 +6.12478e+06 7.481e-33 7.481e-33 1.496e-32 +6.10440e+06 7.505e-33 7.505e-33 1.501e-32 +6.08409e+06 7.529e-33 7.529e-33 1.506e-32 +6.06385e+06 7.553e-33 7.553e-33 1.511e-32 NO +6.04367e+06 7.577e-33 7.577e-33 1.515e-32 +6.02356e+06 7.602e-33 7.602e-33 1.520e-32 +6.00352e+06 7.626e-33 7.626e-33 1.525e-32 +5.98354e+06 7.650e-33 7.650e-33 1.530e-32 +5.96363e+06 7.675e-33 7.675e-33 1.535e-32 +5.94379e+06 7.699e-33 7.699e-33 1.540e-32 +5.92401e+06 7.724e-33 7.724e-33 1.545e-32 +5.90430e+06 7.749e-33 7.749e-33 1.550e-32 +5.88465e+06 7.773e-33 7.773e-33 1.555e-32 +5.86507e+06 7.798e-33 7.798e-33 1.560e-32 +5.84556e+06 7.823e-33 7.823e-33 1.565e-32 +5.82610e+06 7.848e-33 7.848e-33 1.570e-32 +5.80672e+06 7.873e-33 7.873e-33 1.575e-32 +5.78740e+06 7.898e-33 7.898e-33 1.580e-32 +5.76814e+06 7.924e-33 7.924e-33 1.585e-32 +5.74895e+06 7.949e-33 7.949e-33 1.590e-32 +5.72982e+06 7.974e-33 7.974e-33 1.595e-32 +5.71075e+06 8.000e-33 8.000e-33 1.600e-32 +5.69175e+06 8.026e-33 8.026e-33 1.605e-32 +5.67281e+06 8.051e-33 8.051e-33 1.610e-32 +5.65394e+06 8.077e-33 8.077e-33 1.615e-32 +5.63512e+06 8.103e-33 8.103e-33 1.621e-32 +5.61637e+06 8.129e-33 8.129e-33 1.626e-32 +5.59768e+06 8.155e-33 8.155e-33 1.631e-32 +5.57906e+06 8.181e-33 8.181e-33 1.636e-32 +5.56049e+06 8.207e-33 8.207e-33 1.641e-32 H2CO +5.54199e+06 8.233e-33 8.233e-33 1.647e-32 +5.52355e+06 8.259e-33 8.259e-33 1.652e-32 +5.50517e+06 8.286e-33 8.286e-33 1.657e-32 +5.48685e+06 8.312e-33 8.312e-33 1.662e-32 +5.46860e+06 8.339e-33 8.339e-33 1.668e-32 +5.45040e+06 8.366e-33 8.366e-33 1.673e-32 +5.43227e+06 8.392e-33 8.392e-33 1.678e-32 +5.41419e+06 8.419e-33 8.419e-33 1.684e-32 +5.39618e+06 8.446e-33 8.446e-33 1.689e-32 +5.37822e+06 8.473e-33 8.473e-33 1.695e-32 +5.36032e+06 8.500e-33 8.500e-33 1.700e-32 +5.34249e+06 8.527e-33 8.527e-33 1.705e-32 +5.32471e+06 8.555e-33 8.555e-33 1.711e-32 +5.30699e+06 8.582e-33 8.582e-33 1.716e-32 +5.28934e+06 8.609e-33 8.609e-33 1.722e-32 +5.27173e+06 8.637e-33 8.637e-33 1.727e-32 +5.25419e+06 8.665e-33 8.665e-33 1.733e-32 +5.23671e+06 8.692e-33 8.692e-33 1.738e-32 +5.21929e+06 8.720e-33 8.720e-33 1.744e-32 +5.20192e+06 8.748e-33 8.748e-33 1.750e-32 +5.18461e+06 8.776e-33 8.776e-33 1.755e-32 +5.16736e+06 8.804e-33 8.804e-33 1.761e-32 +5.15017e+06 8.832e-33 8.832e-33 1.766e-32 +5.13303e+06 8.860e-33 8.860e-33 1.772e-32 +5.11595e+06 8.889e-33 8.889e-33 1.778e-32 +5.09893e+06 8.917e-33 8.917e-33 1.783e-32 +5.08196e+06 8.946e-33 8.946e-33 1.789e-32 +5.06505e+06 8.974e-33 8.974e-33 1.795e-32 +5.04820e+06 9.003e-33 9.003e-33 1.801e-32 +5.03140e+06 9.032e-33 9.032e-33 1.806e-32 +5.01466e+06 9.061e-33 9.061e-33 1.812e-32 +4.99797e+06 9.090e-33 9.090e-33 1.818e-32 +4.98134e+06 9.119e-33 9.119e-33 1.824e-32 +4.96477e+06 9.148e-33 9.148e-33 1.830e-32 +4.94825e+06 9.177e-33 9.177e-33 1.835e-32 +4.93178e+06 9.206e-33 9.206e-33 1.841e-32 +4.91537e+06 9.236e-33 9.236e-33 1.847e-32 +4.89901e+06 9.265e-33 9.265e-33 1.853e-32 +4.88271e+06 9.295e-33 9.295e-33 1.859e-32 +4.86647e+06 9.325e-33 9.325e-33 1.865e-32 +4.85027e+06 9.354e-33 9.354e-33 1.871e-32 +4.83414e+06 9.384e-33 9.384e-33 1.877e-32 NO +4.81805e+06 9.414e-33 9.414e-33 1.883e-32 NO +4.80202e+06 9.444e-33 9.444e-33 1.889e-32 NO +4.78604e+06 9.475e-33 9.475e-33 1.895e-32 NO +4.77012e+06 9.505e-33 9.505e-33 1.901e-32 +4.75424e+06 9.535e-33 9.535e-33 1.907e-32 NO +4.73842e+06 9.566e-33 9.566e-33 1.913e-32 +4.72266e+06 9.596e-33 9.596e-33 1.919e-32 +4.70694e+06 9.627e-33 9.627e-33 1.925e-32 +4.69128e+06 9.658e-33 9.658e-33 1.932e-32 NO +4.67567e+06 9.689e-33 9.689e-33 1.938e-32 +4.66011e+06 9.720e-33 9.720e-33 1.944e-32 +4.64461e+06 9.751e-33 9.751e-33 1.950e-32 +4.62915e+06 9.782e-33 9.782e-33 1.956e-32 +4.61375e+06 9.813e-33 9.813e-33 1.963e-32 +4.59840e+06 9.844e-33 9.844e-33 1.969e-32 +4.58310e+06 9.876e-33 9.876e-33 1.975e-32 +4.56785e+06 9.908e-33 9.908e-33 1.982e-32 +4.55265e+06 9.939e-33 9.939e-33 1.988e-32 +4.53750e+06 9.971e-33 9.971e-33 1.994e-32 +4.52240e+06 1.000e-32 1.000e-32 2.001e-32 +4.50735e+06 1.003e-32 1.003e-32 2.007e-32 +4.49235e+06 1.007e-32 1.007e-32 2.013e-32 +4.47741e+06 1.010e-32 1.010e-32 2.020e-32 +4.46251e+06 1.013e-32 1.013e-32 2.026e-32 +4.44766e+06 1.016e-32 1.016e-32 2.033e-32 +4.43286e+06 1.020e-32 1.020e-32 2.039e-32 +4.41811e+06 1.023e-32 1.023e-32 2.046e-32 +4.40341e+06 1.026e-32 1.026e-32 2.052e-32 +4.38876e+06 1.029e-32 1.029e-32 2.059e-32 +4.37415e+06 1.033e-32 1.033e-32 2.065e-32 +4.35960e+06 1.036e-32 1.036e-32 2.072e-32 +4.34509e+06 1.039e-32 1.039e-32 2.079e-32 +4.33064e+06 1.043e-32 1.043e-32 2.085e-32 NO +4.31623e+06 1.046e-32 1.046e-32 2.092e-32 NO +4.30186e+06 1.049e-32 1.049e-32 2.099e-32 +4.28755e+06 1.053e-32 1.053e-32 2.105e-32 +4.27328e+06 1.056e-32 1.056e-32 2.112e-32 +4.25906e+06 1.059e-32 1.059e-32 2.119e-32 +4.24489e+06 1.063e-32 1.063e-32 2.126e-32 NO +4.23077e+06 1.066e-32 1.066e-32 2.132e-32 +4.21669e+06 1.070e-32 1.070e-32 2.139e-32 NO +4.20266e+06 1.073e-32 1.073e-32 2.146e-32 +4.18868e+06 1.076e-32 1.076e-32 2.153e-32 +4.17474e+06 1.080e-32 1.080e-32 2.160e-32 +4.16085e+06 1.083e-32 1.083e-32 2.167e-32 H2CO +4.14700e+06 1.087e-32 1.087e-32 2.174e-32 +4.13320e+06 1.090e-32 1.090e-32 2.181e-32 Mn 1 +4.11945e+06 1.094e-32 1.094e-32 2.188e-32 +4.10574e+06 1.097e-32 1.097e-32 2.195e-32 NO +4.09208e+06 1.101e-32 1.101e-32 2.202e-32 +4.07847e+06 1.104e-32 1.104e-32 2.209e-32 +4.06489e+06 1.108e-32 1.108e-32 2.216e-32 NO +4.05137e+06 1.111e-32 1.111e-32 2.223e-32 NO +4.03789e+06 1.115e-32 1.115e-32 2.230e-32 +4.02445e+06 1.118e-32 1.118e-32 2.237e-32 NO +4.01106e+06 1.122e-32 1.122e-32 2.244e-32 +3.99772e+06 1.126e-32 1.126e-32 2.251e-32 +3.98441e+06 1.129e-32 1.129e-32 2.258e-32 +3.97116e+06 1.133e-32 1.133e-32 2.266e-32 +3.95794e+06 1.136e-32 1.136e-32 2.273e-32 +3.94477e+06 1.140e-32 1.140e-32 2.280e-32 +3.93165e+06 1.144e-32 1.144e-32 2.287e-32 +3.91856e+06 1.147e-32 1.147e-32 2.295e-32 +3.90552e+06 1.151e-32 1.151e-32 2.302e-32 +3.89253e+06 1.155e-32 1.155e-32 2.309e-32 +3.87958e+06 1.158e-32 1.158e-32 2.317e-32 +3.86667e+06 1.162e-32 1.162e-32 2.324e-32 +3.85380e+06 1.166e-32 1.166e-32 2.332e-32 +3.84098e+06 1.170e-32 1.170e-32 2.339e-32 +3.82820e+06 1.173e-32 1.173e-32 2.347e-32 +3.81546e+06 1.177e-32 1.177e-32 2.354e-32 +3.80276e+06 1.181e-32 1.181e-32 2.362e-32 +3.79011e+06 1.185e-32 1.185e-32 2.369e-32 +3.77750e+06 1.188e-32 1.188e-32 2.377e-32 +3.76493e+06 1.192e-32 1.192e-32 2.384e-32 +3.75240e+06 1.196e-32 1.196e-32 2.392e-32 +3.73992e+06 1.200e-32 1.200e-32 2.400e-32 +3.72747e+06 1.204e-32 1.204e-32 2.407e-32 +3.71507e+06 1.207e-32 1.207e-32 2.415e-32 +3.70271e+06 1.211e-32 1.211e-32 2.423e-32 +3.69039e+06 1.215e-32 1.215e-32 2.430e-32 NO +3.67811e+06 1.219e-32 1.219e-32 2.438e-32 +3.66587e+06 1.223e-32 1.223e-32 2.446e-32 +3.65367e+06 1.227e-32 1.227e-32 2.454e-32 +3.64151e+06 1.231e-32 1.231e-32 2.462e-32 +3.62940e+06 1.235e-32 1.235e-32 2.469e-32 +3.61732e+06 1.239e-32 1.239e-32 2.477e-32 +3.60529e+06 1.243e-32 1.243e-32 2.485e-32 +3.59329e+06 1.247e-32 1.247e-32 2.493e-32 +3.58133e+06 1.251e-32 1.251e-32 2.501e-32 +3.56942e+06 1.255e-32 1.255e-32 2.509e-32 +3.55754e+06 1.259e-32 1.259e-32 2.517e-32 +3.54570e+06 1.263e-32 1.263e-32 2.525e-32 +3.53390e+06 1.267e-32 1.267e-32 2.533e-32 +3.52214e+06 1.271e-32 1.271e-32 2.541e-32 +3.51042e+06 1.275e-32 1.275e-32 2.550e-32 +3.49874e+06 1.279e-32 1.279e-32 2.558e-32 +3.48710e+06 1.283e-32 1.283e-32 2.566e-32 +3.47550e+06 1.287e-32 1.287e-32 2.574e-32 +3.46393e+06 1.291e-32 1.291e-32 2.582e-32 +3.45241e+06 1.295e-32 1.295e-32 2.591e-32 +3.44092e+06 1.299e-32 1.299e-32 2.599e-32 +3.42947e+06 1.304e-32 1.304e-32 2.607e-32 +3.41806e+06 1.308e-32 1.308e-32 2.615e-32 +3.40669e+06 1.312e-32 1.312e-32 2.624e-32 +3.39535e+06 1.316e-32 1.316e-32 2.632e-32 +3.38405e+06 1.320e-32 1.320e-32 2.641e-32 NO +3.37279e+06 1.325e-32 1.325e-32 2.649e-32 +3.36157e+06 1.329e-32 1.329e-32 2.657e-32 +3.35039e+06 1.333e-32 1.333e-32 2.666e-32 +3.33924e+06 1.337e-32 1.337e-32 2.674e-32 +3.32813e+06 1.342e-32 1.342e-32 2.683e-32 +3.31705e+06 1.346e-32 1.346e-32 2.692e-32 +3.30602e+06 1.350e-32 1.350e-32 2.700e-32 +3.29501e+06 1.354e-32 1.354e-32 2.709e-32 +3.28405e+06 1.359e-32 1.359e-32 2.717e-32 +3.27312e+06 1.363e-32 1.363e-32 2.726e-32 +3.26223e+06 1.367e-32 1.367e-32 2.735e-32 +3.25138e+06 1.372e-32 1.372e-32 2.744e-32 +3.24056e+06 1.376e-32 1.376e-32 2.752e-32 +3.22978e+06 1.381e-32 1.381e-32 2.761e-32 +3.21903e+06 1.385e-32 1.385e-32 2.770e-32 +3.20832e+06 1.389e-32 1.389e-32 2.779e-32 +3.19764e+06 1.394e-32 1.394e-32 2.788e-32 +3.18700e+06 1.398e-32 1.398e-32 2.797e-32 +3.17640e+06 1.403e-32 1.403e-32 2.806e-32 +3.16583e+06 1.407e-32 1.407e-32 2.814e-32 +3.15530e+06 1.412e-32 1.412e-32 2.823e-32 +3.14480e+06 1.416e-32 1.416e-32 2.833e-32 +3.13433e+06 1.421e-32 1.421e-32 2.842e-32 +3.12390e+06 1.425e-32 1.425e-32 2.851e-32 +3.11351e+06 1.430e-32 1.430e-32 2.860e-32 +3.10315e+06 1.434e-32 1.434e-32 2.869e-32 +3.09282e+06 1.439e-32 1.439e-32 2.878e-32 +3.08253e+06 1.444e-32 1.444e-32 2.887e-32 +3.07227e+06 1.448e-32 1.448e-32 2.896e-32 +3.06205e+06 1.453e-32 1.453e-32 2.906e-32 +3.05186e+06 1.457e-32 1.457e-32 2.915e-32 +3.04171e+06 1.462e-32 1.462e-32 2.924e-32 +3.03159e+06 1.467e-32 1.467e-32 2.934e-32 +3.02150e+06 1.471e-32 1.471e-32 2.943e-32 +3.01145e+06 1.476e-32 1.476e-32 2.952e-32 +3.00143e+06 1.481e-32 1.481e-32 2.962e-32 +2.99144e+06 1.486e-32 1.486e-32 2.971e-32 +2.98148e+06 1.490e-32 1.490e-32 2.981e-32 +2.97156e+06 1.495e-32 1.495e-32 2.990e-32 +2.96168e+06 1.500e-32 1.500e-32 3.000e-32 +2.95182e+06 1.505e-32 1.505e-32 3.009e-32 +2.94200e+06 1.510e-32 1.510e-32 3.019e-32 +2.93221e+06 1.514e-32 1.514e-32 3.029e-32 +2.92245e+06 1.519e-32 1.519e-32 3.038e-32 +2.91273e+06 1.524e-32 1.524e-32 3.048e-32 +2.90304e+06 1.529e-32 1.529e-32 3.058e-32 +2.89338e+06 1.534e-32 1.534e-32 3.068e-32 +2.88375e+06 1.539e-32 1.539e-32 3.077e-32 +2.87416e+06 1.544e-32 1.544e-32 3.087e-32 +2.86459e+06 1.549e-32 1.549e-32 3.097e-32 +2.85506e+06 1.553e-32 1.553e-32 3.107e-32 +2.84556e+06 1.558e-32 1.558e-32 3.117e-32 +2.83609e+06 1.563e-32 1.563e-32 3.127e-32 +2.82665e+06 1.568e-32 1.568e-32 3.137e-32 +2.81725e+06 1.573e-32 1.573e-32 3.147e-32 NO +2.80787e+06 1.578e-32 1.578e-32 3.157e-32 +2.79853e+06 1.583e-32 1.583e-32 3.167e-32 +2.78922e+06 1.589e-32 1.589e-32 3.177e-32 +2.77994e+06 1.594e-32 1.594e-32 3.187e-32 +2.77069e+06 1.599e-32 1.599e-32 3.197e-32 +2.76147e+06 1.604e-32 1.604e-32 3.208e-32 +2.75228e+06 1.609e-32 1.609e-32 3.218e-32 +2.74312e+06 1.614e-32 1.614e-32 3.228e-32 +2.73400e+06 1.619e-32 1.619e-32 3.238e-32 +2.72490e+06 1.624e-32 1.624e-32 3.249e-32 P 1 +2.71583e+06 1.630e-32 1.630e-32 3.259e-32 +2.70680e+06 1.635e-32 1.635e-32 3.270e-32 +2.69779e+06 1.640e-32 1.640e-32 3.280e-32 +2.68881e+06 1.645e-32 1.645e-32 3.290e-32 +2.67986e+06 1.650e-32 1.650e-32 3.301e-32 +2.67095e+06 1.656e-32 1.656e-32 3.312e-32 +2.66206e+06 1.661e-32 1.661e-32 3.322e-32 +2.65320e+06 1.666e-32 1.666e-32 3.333e-32 +2.64437e+06 1.672e-32 1.672e-32 3.343e-32 +2.63558e+06 1.677e-32 1.677e-32 3.354e-32 +2.62681e+06 1.682e-32 1.682e-32 3.365e-32 +2.61807e+06 1.688e-32 1.688e-32 3.375e-32 +2.60935e+06 1.693e-32 1.693e-32 3.386e-32 +2.60067e+06 1.699e-32 1.699e-32 3.397e-32 +2.59202e+06 1.704e-32 1.704e-32 3.408e-32 +2.58339e+06 1.709e-32 1.709e-32 3.419e-32 +2.57480e+06 1.715e-32 1.715e-32 3.430e-32 +2.56623e+06 1.720e-32 1.720e-32 3.441e-32 +2.55769e+06 1.726e-32 1.726e-32 3.452e-32 +2.54918e+06 1.731e-32 1.731e-32 3.463e-32 +2.54070e+06 1.737e-32 1.737e-32 3.474e-32 +2.53224e+06 1.742e-32 1.742e-32 3.485e-32 +2.52382e+06 1.748e-32 1.748e-32 3.496e-32 +2.51542e+06 1.754e-32 1.754e-32 3.507e-32 +2.50705e+06 1.759e-32 1.759e-32 3.518e-32 +2.49871e+06 1.765e-32 1.765e-32 3.530e-32 +2.49039e+06 1.770e-32 1.770e-32 3.541e-32 +2.48211e+06 1.776e-32 1.776e-32 3.552e-32 +2.47385e+06 1.782e-32 1.782e-32 3.563e-32 +2.46562e+06 1.787e-32 1.787e-32 3.575e-32 +2.45741e+06 1.793e-32 1.793e-32 3.586e-32 +2.44924e+06 1.799e-32 1.799e-32 3.598e-32 +2.44109e+06 1.805e-32 1.805e-32 3.609e-32 +2.43296e+06 1.810e-32 1.810e-32 3.621e-32 +2.42487e+06 1.816e-32 1.816e-32 3.632e-32 +2.41680e+06 1.822e-32 1.822e-32 3.644e-32 +2.40876e+06 1.828e-32 1.828e-32 3.655e-32 +2.40074e+06 1.834e-32 1.834e-32 3.667e-32 +2.39275e+06 1.839e-32 1.839e-32 3.679e-32 +2.38479e+06 1.845e-32 1.845e-32 3.691e-32 +2.37686e+06 1.851e-32 1.851e-32 3.702e-32 +2.36895e+06 1.857e-32 1.857e-32 3.714e-32 +2.36107e+06 1.863e-32 1.863e-32 3.726e-32 +2.35321e+06 1.869e-32 1.869e-32 3.738e-32 Cl 1 +2.34538e+06 1.875e-32 1.875e-32 3.750e-32 +2.33758e+06 1.881e-32 1.881e-32 3.762e-32 +2.32980e+06 1.887e-32 1.887e-32 3.774e-32 +2.32205e+06 1.893e-32 1.893e-32 3.786e-32 +2.31432e+06 1.899e-32 1.899e-32 3.798e-32 +2.30662e+06 1.905e-32 1.905e-32 3.810e-32 +2.29894e+06 1.911e-32 1.911e-32 3.822e-32 +2.29129e+06 1.917e-32 1.917e-32 3.834e-32 +2.28367e+06 1.923e-32 1.923e-32 3.847e-32 +2.27607e+06 1.929e-32 1.929e-32 3.859e-32 +2.26850e+06 1.936e-32 1.936e-32 3.871e-32 +2.26095e+06 1.942e-32 1.942e-32 3.884e-32 +2.25343e+06 1.948e-32 1.948e-32 3.896e-32 +2.24593e+06 1.954e-32 1.954e-32 3.909e-32 +2.23846e+06 1.960e-32 1.960e-32 3.921e-32 +2.23101e+06 1.967e-32 1.967e-32 3.933e-32 +2.22358e+06 1.973e-32 1.973e-32 3.946e-32 +2.21618e+06 1.979e-32 1.979e-32 3.959e-32 +2.20881e+06 1.986e-32 1.986e-32 3.971e-32 +2.20146e+06 1.992e-32 1.992e-32 3.984e-32 +2.19414e+06 1.998e-32 1.998e-32 3.997e-32 +2.18683e+06 2.005e-32 2.005e-32 4.009e-32 +2.17956e+06 2.011e-32 2.011e-32 4.022e-32 +2.17231e+06 2.018e-32 2.018e-32 4.035e-32 H2CO +2.16508e+06 2.024e-32 2.024e-32 4.048e-32 +2.15787e+06 2.030e-32 2.030e-32 4.061e-32 +2.15069e+06 2.037e-32 2.037e-32 4.074e-32 +2.14354e+06 2.043e-32 2.043e-32 4.087e-32 +2.13640e+06 2.050e-32 2.050e-32 4.100e-32 Ti 1 +2.12930e+06 2.056e-32 2.056e-32 4.113e-32 +2.12221e+06 2.063e-32 2.063e-32 4.126e-32 +2.11515e+06 2.070e-32 2.070e-32 4.139e-32 +2.10811e+06 2.076e-32 2.076e-32 4.152e-32 +2.10110e+06 2.083e-32 2.083e-32 4.166e-32 +2.09411e+06 2.090e-32 2.090e-32 4.179e-32 +2.08714e+06 2.096e-32 2.096e-32 4.192e-32 +2.08019e+06 2.103e-32 2.103e-32 4.206e-32 +2.07327e+06 2.110e-32 2.110e-32 4.219e-32 Mn 1 +2.06637e+06 2.116e-32 2.116e-32 4.233e-32 +2.05950e+06 2.123e-32 2.123e-32 4.246e-32 +2.05264e+06 2.130e-32 2.130e-32 4.260e-32 +2.04581e+06 2.137e-32 2.137e-32 4.273e-32 +2.03901e+06 2.143e-32 2.143e-32 4.287e-32 +2.03222e+06 2.150e-32 2.150e-32 4.301e-32 +2.02546e+06 2.157e-32 2.157e-32 4.314e-32 +2.01872e+06 2.164e-32 2.164e-32 4.328e-32 +2.01200e+06 2.171e-32 2.171e-32 4.342e-32 +2.00531e+06 2.178e-32 2.178e-32 4.356e-32 +1.99864e+06 2.185e-32 2.185e-32 4.370e-32 Cl 1 +1.99199e+06 2.192e-32 2.192e-32 4.384e-32 +1.98536e+06 2.199e-32 2.199e-32 4.398e-32 +1.97875e+06 2.206e-32 2.206e-32 4.412e-32 +1.97217e+06 2.213e-32 2.213e-32 4.426e-32 +1.96560e+06 2.220e-32 2.220e-32 4.440e-32 +1.95906e+06 2.227e-32 2.227e-32 4.454e-32 +1.95255e+06 2.234e-32 2.234e-32 4.468e-32 +1.94605e+06 2.241e-32 2.241e-32 4.482e-32 +1.93957e+06 2.248e-32 2.248e-32 4.497e-32 +1.93312e+06 2.256e-32 2.256e-32 4.511e-32 +1.92669e+06 2.263e-32 2.263e-32 4.526e-32 +1.92028e+06 2.270e-32 2.270e-32 4.540e-32 +1.91389e+06 2.277e-32 2.277e-32 4.554e-32 +1.90752e+06 2.284e-32 2.284e-32 4.569e-32 +1.90117e+06 2.292e-32 2.292e-32 4.584e-32 +1.89485e+06 2.299e-32 2.299e-32 4.598e-32 +1.88854e+06 2.306e-32 2.306e-32 4.613e-32 +1.88226e+06 2.314e-32 2.314e-32 4.628e-32 +1.87599e+06 2.321e-32 2.321e-32 4.642e-32 +1.86975e+06 2.329e-32 2.329e-32 4.657e-32 +1.86353e+06 2.336e-32 2.336e-32 4.672e-32 +1.85733e+06 2.343e-32 2.343e-32 4.687e-32 +1.85115e+06 2.351e-32 2.351e-32 4.702e-32 +1.84499e+06 2.358e-32 2.358e-32 4.717e-32 +1.83885e+06 2.366e-32 2.366e-32 4.732e-32 +1.83273e+06 2.374e-32 2.374e-32 4.747e-32 +1.82663e+06 2.381e-32 2.381e-32 4.762e-32 +1.82056e+06 2.389e-32 2.389e-32 4.777e-32 +1.81450e+06 2.396e-32 2.396e-32 4.793e-32 +1.80846e+06 2.404e-32 2.404e-32 4.808e-32 +1.80244e+06 2.412e-32 2.412e-32 4.823e-32 +1.79645e+06 2.419e-32 2.419e-32 4.839e-32 +1.79047e+06 2.427e-32 2.427e-32 4.854e-32 +1.78451e+06 2.435e-32 2.435e-32 4.870e-32 +1.77857e+06 2.443e-32 2.443e-32 4.885e-32 +1.77265e+06 2.450e-32 2.450e-32 4.901e-32 +1.76676e+06 2.458e-32 2.458e-32 4.916e-32 +1.76088e+06 2.466e-32 2.466e-32 4.932e-32 +1.75502e+06 2.474e-32 2.474e-32 4.948e-32 +1.74918e+06 2.482e-32 2.482e-32 4.964e-32 Fe 1 +1.74336e+06 2.490e-32 2.490e-32 4.979e-32 +1.73756e+06 2.498e-32 2.498e-32 4.995e-32 +1.73178e+06 2.506e-32 2.506e-32 5.011e-32 +1.72601e+06 2.514e-32 2.514e-32 5.027e-32 +1.72027e+06 2.522e-32 2.522e-32 5.043e-32 +1.71455e+06 2.530e-32 2.530e-32 5.059e-32 +1.70884e+06 2.538e-32 2.538e-32 5.075e-32 +1.70315e+06 2.546e-32 2.546e-32 5.092e-32 +1.69749e+06 2.554e-32 2.554e-32 5.108e-32 +1.69184e+06 2.562e-32 2.562e-32 5.124e-32 +1.68621e+06 2.570e-32 2.570e-32 5.141e-32 +1.68060e+06 2.578e-32 2.578e-32 5.157e-32 +1.67501e+06 2.587e-32 2.587e-32 5.173e-32 +1.66943e+06 2.595e-32 2.595e-32 5.190e-32 +1.66388e+06 2.603e-32 2.603e-32 5.206e-32 +1.65834e+06 2.612e-32 2.612e-32 5.223e-32 +1.65282e+06 2.620e-32 2.620e-32 5.240e-32 +1.64732e+06 2.628e-32 2.628e-32 5.256e-32 +1.64184e+06 2.637e-32 2.637e-32 5.273e-32 +1.63638e+06 2.645e-32 2.645e-32 5.290e-32 +1.63094e+06 2.653e-32 2.653e-32 5.307e-32 +1.62551e+06 2.662e-32 2.662e-32 5.324e-32 +1.62010e+06 2.670e-32 2.670e-32 5.341e-32 +1.61471e+06 2.679e-32 2.679e-32 5.358e-32 +1.60934e+06 2.687e-32 2.687e-32 5.375e-32 +1.60398e+06 2.696e-32 2.696e-32 5.392e-32 +1.59864e+06 2.705e-32 2.705e-32 5.409e-32 +1.59332e+06 2.713e-32 2.713e-32 5.427e-32 +1.58802e+06 2.722e-32 2.722e-32 5.444e-32 +1.58274e+06 2.731e-32 2.731e-32 5.461e-32 +1.57747e+06 2.739e-32 2.739e-32 5.479e-32 +1.57222e+06 2.748e-32 2.748e-32 5.496e-32 +1.56699e+06 2.757e-32 2.757e-32 5.514e-32 +1.56178e+06 2.766e-32 2.766e-32 5.531e-32 +1.55658e+06 2.774e-32 2.774e-32 5.549e-32 +1.55140e+06 2.783e-32 2.783e-32 5.567e-32 +1.54624e+06 2.792e-32 2.792e-32 5.584e-32 +1.54110e+06 2.801e-32 2.801e-32 5.602e-32 +1.53597e+06 2.810e-32 2.810e-32 5.620e-32 +1.53086e+06 2.819e-32 2.819e-32 5.638e-32 +1.52576e+06 2.828e-32 2.828e-32 5.656e-32 +1.52069e+06 2.837e-32 2.837e-32 5.674e-32 +1.51563e+06 2.846e-32 2.846e-32 5.692e-32 +1.51058e+06 2.855e-32 2.855e-32 5.710e-32 +1.50556e+06 2.864e-32 2.864e-32 5.728e-32 +1.50055e+06 2.873e-32 2.873e-32 5.747e-32 +1.49555e+06 2.883e-32 2.883e-32 5.765e-32 +1.49058e+06 2.892e-32 2.892e-32 5.783e-32 +1.48562e+06 2.901e-32 2.901e-32 5.802e-32 +1.48067e+06 2.910e-32 2.910e-32 5.820e-32 +1.47575e+06 2.919e-32 2.919e-32 5.839e-32 +1.47084e+06 2.929e-32 2.929e-32 5.858e-32 +1.46594e+06 2.938e-32 2.938e-32 5.876e-32 +1.46107e+06 2.947e-32 2.947e-32 5.895e-32 NO +1.45620e+06 2.957e-32 2.957e-32 5.914e-32 +1.45136e+06 2.966e-32 2.966e-32 5.933e-32 Cr 1 +1.44653e+06 2.976e-32 2.976e-32 5.952e-32 +1.44172e+06 2.985e-32 2.985e-32 5.971e-32 +1.43692e+06 2.995e-32 2.995e-32 5.990e-32 +1.43214e+06 3.004e-32 3.004e-32 6.009e-32 +1.42737e+06 3.014e-32 3.014e-32 6.028e-32 +1.42262e+06 3.024e-32 3.024e-32 6.047e-32 +1.41789e+06 3.033e-32 3.033e-32 6.066e-32 +1.41317e+06 3.043e-32 3.043e-32 6.086e-32 +1.40847e+06 3.053e-32 3.053e-32 6.105e-32 +1.40378e+06 3.062e-32 3.062e-32 6.125e-32 +1.39911e+06 3.072e-32 3.072e-32 6.144e-32 +1.39446e+06 3.082e-32 3.082e-32 6.164e-32 +1.38982e+06 3.092e-32 3.092e-32 6.183e-32 +1.38519e+06 3.102e-32 3.102e-32 6.203e-32 +1.38058e+06 3.111e-32 3.111e-32 6.223e-32 Mn 1 +1.37599e+06 3.121e-32 3.121e-32 6.243e-32 +1.37141e+06 3.131e-32 3.131e-32 6.263e-32 +1.36685e+06 3.141e-32 3.141e-32 6.283e-32 +1.36230e+06 3.151e-32 3.151e-32 6.303e-32 +1.35777e+06 3.161e-32 3.161e-32 6.323e-32 +1.35325e+06 3.171e-32 3.171e-32 6.343e-32 +1.34874e+06 3.182e-32 3.182e-32 6.363e-32 +1.34426e+06 3.192e-32 3.192e-32 6.383e-32 +1.33978e+06 3.202e-32 3.202e-32 6.404e-32 Ti 1 +1.33533e+06 3.212e-32 3.212e-32 6.424e-32 NO +1.33088e+06 3.222e-32 3.222e-32 6.445e-32 +1.32645e+06 3.233e-32 3.233e-32 6.465e-32 +1.32204e+06 3.243e-32 3.243e-32 6.486e-32 Ti 1 +1.31764e+06 3.253e-32 3.253e-32 6.507e-32 +1.31326e+06 3.264e-32 3.264e-32 6.527e-32 Li 1 +1.30889e+06 3.274e-32 3.274e-32 6.548e-32 +1.30453e+06 3.284e-32 3.284e-32 6.569e-32 +1.30019e+06 3.295e-32 3.295e-32 6.590e-32 +1.29587e+06 3.305e-32 3.305e-32 6.611e-32 +1.29155e+06 3.316e-32 3.316e-32 6.632e-32 +1.28726e+06 3.327e-32 3.327e-32 6.653e-32 +1.28297e+06 3.337e-32 3.337e-32 6.674e-32 +1.27870e+06 3.348e-32 3.348e-32 6.696e-32 +1.27445e+06 3.358e-32 3.358e-32 6.717e-32 +1.27021e+06 3.369e-32 3.369e-32 6.738e-32 +1.26598e+06 3.380e-32 3.380e-32 6.760e-32 +1.26177e+06 3.391e-32 3.391e-32 6.781e-32 +1.25757e+06 3.402e-32 3.402e-32 6.803e-32 +1.25339e+06 3.412e-32 3.412e-32 6.825e-32 +1.24922e+06 3.423e-32 3.423e-32 6.847e-32 +1.24506e+06 3.434e-32 3.434e-32 6.868e-32 +1.24092e+06 3.445e-32 3.445e-32 6.890e-32 +1.23679e+06 3.456e-32 3.456e-32 6.912e-32 +1.23267e+06 3.467e-32 3.467e-32 6.934e-32 +1.22857e+06 3.478e-32 3.478e-32 6.956e-32 +1.22448e+06 3.489e-32 3.489e-32 6.979e-32 +1.22041e+06 3.500e-32 3.500e-32 7.001e-32 +1.21635e+06 3.512e-32 3.512e-32 7.023e-32 +1.21230e+06 3.523e-32 3.523e-32 7.045e-32 +1.20827e+06 3.534e-32 3.534e-32 7.068e-32 +1.20425e+06 3.545e-32 3.545e-32 7.090e-32 +1.20024e+06 3.557e-32 3.557e-32 7.113e-32 +1.19624e+06 3.568e-32 3.568e-32 7.136e-32 +1.19226e+06 3.579e-32 3.579e-32 7.159e-32 +1.18830e+06 3.591e-32 3.591e-32 7.181e-32 +1.18434e+06 3.602e-32 3.602e-32 7.204e-32 +1.18040e+06 3.614e-32 3.614e-32 7.227e-32 K 1 +1.17647e+06 3.625e-32 3.625e-32 7.250e-32 +1.17256e+06 3.637e-32 3.637e-32 7.273e-32 +1.16866e+06 3.648e-32 3.648e-32 7.297e-32 +1.16477e+06 3.660e-32 3.660e-32 7.320e-32 +1.16089e+06 3.672e-32 3.672e-32 7.343e-32 +1.15703e+06 3.683e-32 3.683e-32 7.367e-32 +1.15318e+06 3.695e-32 3.695e-32 7.390e-32 +1.14934e+06 3.707e-32 3.707e-32 7.414e-32 +1.14552e+06 3.719e-32 3.719e-32 7.437e-32 +1.14171e+06 3.730e-32 3.730e-32 7.461e-32 +1.13791e+06 3.742e-32 3.742e-32 7.485e-32 +1.13412e+06 3.754e-32 3.754e-32 7.509e-32 +1.13035e+06 3.766e-32 3.766e-32 7.532e-32 +1.12659e+06 3.778e-32 3.778e-32 7.557e-32 +1.12284e+06 3.790e-32 3.790e-32 7.581e-32 +1.11910e+06 3.802e-32 3.802e-32 7.605e-32 +1.11538e+06 3.815e-32 3.815e-32 7.629e-32 +1.11167e+06 3.827e-32 3.827e-32 7.653e-32 +1.10797e+06 3.839e-32 3.839e-32 7.678e-32 +1.10428e+06 3.851e-32 3.851e-32 7.702e-32 +1.10061e+06 3.863e-32 3.863e-32 7.727e-32 +1.09695e+06 3.876e-32 3.876e-32 7.751e-32 +1.09330e+06 3.888e-32 3.888e-32 7.776e-32 +1.08966e+06 3.900e-32 3.900e-32 7.801e-32 +1.08603e+06 3.913e-32 3.913e-32 7.826e-32 +1.08242e+06 3.925e-32 3.925e-32 7.851e-32 +1.07882e+06 3.938e-32 3.938e-32 7.876e-32 +1.07523e+06 3.950e-32 3.950e-32 7.901e-32 +1.07165e+06 3.963e-32 3.963e-32 7.926e-32 +1.06808e+06 3.976e-32 3.976e-32 7.951e-32 +1.06453e+06 3.988e-32 3.988e-32 7.977e-32 +1.06099e+06 4.001e-32 4.001e-32 8.002e-32 +1.05746e+06 4.014e-32 4.014e-32 8.028e-32 +1.05394e+06 4.027e-32 4.027e-32 8.053e-32 +1.05043e+06 4.039e-32 4.039e-32 8.079e-32 +1.04694e+06 4.052e-32 4.052e-32 8.105e-32 +1.04345e+06 4.065e-32 4.065e-32 8.130e-32 +1.03998e+06 4.078e-32 4.078e-32 8.156e-32 +1.03652e+06 4.091e-32 4.091e-32 8.182e-32 Cr 1 +1.03307e+06 4.104e-32 4.104e-32 8.208e-32 +1.02963e+06 4.117e-32 4.117e-32 8.234e-32 +1.02621e+06 4.130e-32 4.130e-32 8.261e-32 +1.02279e+06 4.144e-32 4.144e-32 8.287e-32 +1.01939e+06 4.157e-32 4.157e-32 8.313e-32 +1.01600e+06 4.170e-32 4.170e-32 8.340e-32 +1.01262e+06 4.183e-32 4.183e-32 8.367e-32 +1.00925e+06 4.197e-32 4.197e-32 8.393e-32 +1.00589e+06 4.210e-32 4.210e-32 8.420e-32 Cl 1 +1.00254e+06 4.223e-32 4.223e-32 8.447e-32 +9.99207e+05 4.237e-32 4.237e-32 8.474e-32 +9.95882e+05 4.250e-32 4.250e-32 8.501e-32 +9.92569e+05 4.264e-32 4.264e-32 8.528e-32 H2CO +9.89266e+05 4.277e-32 4.277e-32 8.555e-32 +9.85974e+05 4.291e-32 4.291e-32 8.582e-32 Ti 1 +9.82694e+05 4.305e-32 4.305e-32 8.610e-32 +9.79424e+05 4.319e-32 4.319e-32 8.637e-32 +9.76165e+05 4.332e-32 4.332e-32 8.665e-32 +9.72917e+05 4.346e-32 4.346e-32 8.692e-32 Ti 1 +9.69679e+05 4.360e-32 4.360e-32 8.720e-32 +9.66453e+05 4.374e-32 4.374e-32 8.748e-32 +9.63237e+05 4.388e-32 4.388e-32 8.776e-32 +9.60032e+05 4.402e-32 4.402e-32 8.803e-32 +9.56838e+05 4.416e-32 4.416e-32 8.832e-32 +9.53654e+05 4.430e-32 4.430e-32 8.860e-32 +9.50481e+05 4.444e-32 4.444e-32 8.888e-32 +9.47318e+05 4.458e-32 4.458e-32 8.916e-32 +9.44166e+05 4.472e-32 4.472e-32 8.945e-32 +9.41024e+05 4.487e-32 4.487e-32 8.973e-32 +9.37893e+05 4.501e-32 4.501e-32 9.002e-32 +9.34772e+05 4.515e-32 4.515e-32 9.030e-32 +9.31662e+05 4.530e-32 4.530e-32 9.059e-32 +9.28562e+05 4.544e-32 4.544e-32 9.088e-32 O 1 +9.25472e+05 4.559e-32 4.559e-32 9.117e-32 +9.22393e+05 4.573e-32 4.573e-32 9.146e-32 +9.19323e+05 4.588e-32 4.588e-32 9.175e-32 +9.16264e+05 4.602e-32 4.602e-32 9.204e-32 H 1 +9.13216e+05 4.617e-32 4.617e-32 9.234e-32 +9.10177e+05 4.632e-32 4.632e-32 9.263e-32 +9.07148e+05 4.646e-32 4.646e-32 9.293e-32 +9.04130e+05 4.661e-32 4.661e-32 9.322e-32 +9.01122e+05 4.676e-32 4.676e-32 9.352e-32 +8.98123e+05 4.691e-32 4.691e-32 9.382e-32 +8.95135e+05 4.706e-32 4.706e-32 9.412e-32 +8.92156e+05 4.721e-32 4.721e-32 9.442e-32 +8.89188e+05 4.736e-32 4.736e-32 9.472e-32 +8.86229e+05 4.751e-32 4.751e-32 9.502e-32 +8.83280e+05 4.766e-32 4.766e-32 9.532e-32 +8.80341e+05 4.781e-32 4.781e-32 9.563e-32 +8.77412e+05 4.797e-32 4.797e-32 9.593e-32 +8.74492e+05 4.812e-32 4.812e-32 9.624e-32 +8.71582e+05 4.827e-32 4.827e-32 9.654e-32 +8.68682e+05 4.843e-32 4.843e-32 9.685e-32 +8.65792e+05 4.858e-32 4.858e-32 9.716e-32 +8.62911e+05 4.873e-32 4.873e-32 9.747e-32 +8.60040e+05 4.889e-32 4.889e-32 9.778e-32 +8.57178e+05 4.905e-32 4.905e-32 9.809e-32 +8.54326e+05 4.920e-32 4.920e-32 9.840e-32 +8.51483e+05 4.936e-32 4.936e-32 9.872e-32 +8.48650e+05 4.952e-32 4.952e-32 9.903e-32 +8.45826e+05 4.967e-32 4.967e-32 9.935e-32 +8.43012e+05 4.983e-32 4.983e-32 9.966e-32 Cl 1 +8.40207e+05 4.999e-32 4.999e-32 9.998e-32 H2CO +8.37411e+05 5.015e-32 5.015e-32 1.003e-31 +8.34624e+05 5.031e-32 5.031e-32 1.006e-31 +8.31847e+05 5.047e-32 5.047e-32 1.009e-31 +8.29079e+05 5.063e-32 5.063e-32 1.013e-31 Mn 1 +8.26321e+05 5.079e-32 5.079e-32 1.016e-31 +8.23571e+05 5.095e-32 5.095e-32 1.019e-31 +8.20831e+05 5.112e-32 5.112e-32 1.022e-31 +8.18100e+05 5.128e-32 5.128e-32 1.026e-31 +8.15377e+05 5.144e-32 5.144e-32 1.029e-31 +8.12664e+05 5.161e-32 5.161e-32 1.032e-31 Ti 1 +8.09960e+05 5.177e-32 5.177e-32 1.035e-31 +8.07265e+05 5.193e-32 5.193e-32 1.039e-31 Cr 1 +8.04579e+05 5.210e-32 5.210e-32 1.042e-31 +8.01902e+05 5.227e-32 5.227e-32 1.045e-31 +7.99234e+05 5.243e-32 5.243e-32 1.049e-31 +7.96574e+05 5.260e-32 5.260e-32 1.052e-31 +7.93924e+05 5.277e-32 5.277e-32 1.055e-31 +7.91282e+05 5.294e-32 5.294e-32 1.059e-31 +7.88649e+05 5.310e-32 5.310e-32 1.062e-31 +7.86025e+05 5.327e-32 5.327e-32 1.065e-31 +7.83409e+05 5.344e-32 5.344e-32 1.069e-31 +7.80803e+05 5.361e-32 5.361e-32 1.072e-31 +7.78205e+05 5.378e-32 5.378e-32 1.076e-31 +7.75615e+05 5.396e-32 5.396e-32 1.079e-31 Ti 1 +7.73034e+05 5.413e-32 5.413e-32 1.083e-31 +7.70462e+05 5.430e-32 5.430e-32 1.086e-31 +7.67898e+05 5.447e-32 5.447e-32 1.089e-31 +7.65343e+05 5.465e-32 5.465e-32 1.093e-31 +7.62797e+05 5.482e-32 5.482e-32 1.096e-31 +7.60259e+05 5.499e-32 5.499e-32 1.100e-31 +7.57729e+05 5.517e-32 5.517e-32 1.103e-31 +7.55208e+05 5.535e-32 5.535e-32 1.107e-31 +7.52695e+05 5.552e-32 5.552e-32 1.110e-31 +7.50190e+05 5.570e-32 5.570e-32 1.114e-31 +7.47694e+05 5.588e-32 5.588e-32 1.118e-31 +7.45206e+05 5.605e-32 5.605e-32 1.121e-31 +7.42726e+05 5.623e-32 5.623e-32 1.125e-31 +7.40255e+05 5.641e-32 5.641e-32 1.128e-31 +7.37792e+05 5.659e-32 5.659e-32 1.132e-31 +7.35337e+05 5.677e-32 5.677e-32 1.135e-31 +7.32890e+05 5.695e-32 5.695e-32 1.139e-31 +7.30452e+05 5.713e-32 5.713e-32 1.143e-31 NO +7.28021e+05 5.732e-32 5.732e-32 1.146e-31 +7.25599e+05 5.750e-32 5.750e-32 1.150e-31 +7.23184e+05 5.768e-32 5.768e-32 1.154e-31 +7.20778e+05 5.786e-32 5.786e-32 1.157e-31 +7.18380e+05 5.805e-32 5.805e-32 1.161e-31 +7.15989e+05 5.823e-32 5.823e-32 1.165e-31 +7.13607e+05 5.842e-32 5.842e-32 1.168e-31 +7.11232e+05 5.861e-32 5.861e-32 1.172e-31 +7.08866e+05 5.879e-32 5.879e-32 1.176e-31 +7.06507e+05 5.898e-32 5.898e-32 1.180e-31 +7.04156e+05 5.917e-32 5.917e-32 1.183e-31 +7.01813e+05 5.936e-32 5.936e-32 1.187e-31 +6.99478e+05 5.954e-32 5.954e-32 1.191e-31 B 1 +6.97151e+05 5.973e-32 5.973e-32 1.195e-31 NO +6.94831e+05 5.992e-32 5.992e-32 1.198e-31 +6.92519e+05 6.011e-32 6.011e-32 1.202e-31 +6.90215e+05 6.031e-32 6.031e-32 1.206e-31 +6.87918e+05 6.050e-32 6.050e-32 1.210e-31 +6.85629e+05 6.069e-32 6.069e-32 1.214e-31 +6.83348e+05 6.088e-32 6.088e-32 1.218e-31 +6.81074e+05 6.108e-32 6.108e-32 1.222e-31 +6.78807e+05 6.127e-32 6.127e-32 1.225e-31 +6.76549e+05 6.147e-32 6.147e-32 1.229e-31 +6.74298e+05 6.166e-32 6.166e-32 1.233e-31 +6.72054e+05 6.186e-32 6.186e-32 1.237e-31 +6.69818e+05 6.206e-32 6.206e-32 1.241e-31 +6.67589e+05 6.225e-32 6.225e-32 1.245e-31 +6.65368e+05 6.245e-32 6.245e-32 1.249e-31 +6.63154e+05 6.265e-32 6.265e-32 1.253e-31 +6.60947e+05 6.285e-32 6.285e-32 1.257e-31 +6.58748e+05 6.305e-32 6.305e-32 1.261e-31 +6.56556e+05 6.325e-32 6.325e-32 1.265e-31 +6.54371e+05 6.345e-32 6.345e-32 1.269e-31 +6.52194e+05 6.366e-32 6.366e-32 1.273e-31 Ti 1 +6.50024e+05 6.386e-32 6.386e-32 1.277e-31 K 1 +6.47861e+05 6.406e-32 6.406e-32 1.281e-31 +6.45705e+05 6.427e-32 6.427e-32 1.285e-31 +6.43557e+05 6.447e-32 6.447e-32 1.289e-31 +6.41415e+05 6.467e-32 6.467e-32 1.293e-31 +6.39281e+05 6.488e-32 6.488e-32 1.298e-31 +6.37154e+05 6.509e-32 6.509e-32 1.302e-31 +6.35034e+05 6.529e-32 6.529e-32 1.306e-31 +6.32921e+05 6.550e-32 6.550e-32 1.310e-31 +6.30815e+05 6.571e-32 6.571e-32 1.314e-31 +6.28716e+05 6.592e-32 6.592e-32 1.318e-31 +6.26624e+05 6.613e-32 6.613e-32 1.323e-31 +6.24539e+05 6.634e-32 6.634e-32 1.327e-31 +6.22461e+05 6.655e-32 6.655e-32 1.331e-31 +6.20389e+05 6.676e-32 6.676e-32 1.335e-31 +6.18325e+05 6.698e-32 6.698e-32 1.340e-31 +6.16268e+05 6.719e-32 6.719e-32 1.344e-31 +6.14217e+05 6.740e-32 6.740e-32 1.348e-31 +6.12173e+05 6.762e-32 6.762e-32 1.352e-31 +6.10136e+05 6.783e-32 6.783e-32 1.357e-31 +6.08106e+05 6.805e-32 6.805e-32 1.361e-31 +6.06083e+05 6.827e-32 6.827e-32 1.365e-31 +6.04066e+05 6.848e-32 6.848e-32 1.370e-31 +6.02056e+05 6.870e-32 6.870e-32 1.374e-31 +6.00053e+05 6.892e-32 6.892e-32 1.378e-31 +5.98056e+05 6.914e-32 6.914e-32 1.383e-31 +5.96066e+05 6.936e-32 6.936e-32 1.387e-31 +5.94083e+05 6.958e-32 6.958e-32 1.392e-31 +5.92106e+05 6.980e-32 6.980e-32 1.396e-31 +5.90136e+05 7.002e-32 7.002e-32 1.400e-31 +5.88172e+05 7.025e-32 7.025e-32 1.405e-31 +5.86215e+05 7.047e-32 7.047e-32 1.409e-31 +5.84265e+05 7.069e-32 7.069e-32 1.414e-31 +5.82320e+05 7.092e-32 7.092e-32 1.418e-31 +5.80383e+05 7.115e-32 7.115e-32 1.423e-31 +5.78452e+05 7.137e-32 7.137e-32 1.427e-31 +5.76527e+05 7.160e-32 7.160e-32 1.432e-31 +5.74609e+05 7.183e-32 7.183e-32 1.437e-31 +5.72697e+05 7.206e-32 7.206e-32 1.441e-31 +5.70791e+05 7.228e-32 7.228e-32 1.446e-31 +5.68892e+05 7.251e-32 7.251e-32 1.450e-31 +5.66999e+05 7.275e-32 7.275e-32 1.455e-31 +5.65112e+05 7.298e-32 7.298e-32 1.460e-31 +5.63232e+05 7.321e-32 7.321e-32 1.464e-31 +5.61358e+05 7.344e-32 7.344e-32 1.469e-31 +5.59490e+05 7.368e-32 7.368e-32 1.474e-31 +5.57628e+05 7.391e-32 7.391e-32 1.478e-31 +5.55773e+05 7.415e-32 7.415e-32 1.483e-31 +5.53923e+05 7.438e-32 7.438e-32 1.488e-31 O 1 +5.52080e+05 7.462e-32 7.462e-32 1.492e-31 +5.50243e+05 7.486e-32 7.486e-32 1.497e-31 +5.48412e+05 7.509e-32 7.509e-32 1.502e-31 +5.46588e+05 7.533e-32 7.533e-32 1.507e-31 +5.44769e+05 7.557e-32 7.557e-32 1.511e-31 +5.42956e+05 7.581e-32 7.581e-32 1.516e-31 +5.41150e+05 7.605e-32 7.605e-32 1.521e-31 +5.39349e+05 7.630e-32 7.630e-32 1.526e-31 Cl 1 +5.37554e+05 7.654e-32 7.654e-32 1.531e-31 +5.35766e+05 7.678e-32 7.678e-32 1.536e-31 +5.33983e+05 7.703e-32 7.703e-32 1.541e-31 NO +5.32206e+05 7.727e-32 7.727e-32 1.545e-31 +5.30435e+05 7.752e-32 7.752e-32 1.550e-31 +5.28670e+05 7.777e-32 7.777e-32 1.555e-31 +5.26911e+05 7.801e-32 7.801e-32 1.560e-31 +5.25158e+05 7.826e-32 7.826e-32 1.565e-31 +5.23410e+05 7.851e-32 7.851e-32 1.570e-31 +5.21669e+05 7.876e-32 7.876e-32 1.575e-31 +5.19933e+05 7.901e-32 7.901e-32 1.580e-31 +5.18203e+05 7.926e-32 7.926e-32 1.585e-31 +5.16479e+05 7.951e-32 7.951e-32 1.590e-31 +5.14760e+05 7.977e-32 7.977e-32 1.595e-31 +5.13047e+05 8.002e-32 8.002e-32 1.600e-31 +5.11340e+05 8.028e-32 8.028e-32 1.606e-31 +5.09639e+05 8.053e-32 8.053e-32 1.611e-31 NO +5.07943e+05 8.079e-32 8.079e-32 1.616e-31 +5.06253e+05 8.104e-32 8.104e-32 1.621e-31 +5.04568e+05 8.130e-32 8.130e-32 1.626e-31 +5.02889e+05 8.156e-32 8.156e-32 1.631e-31 +5.01216e+05 8.182e-32 8.182e-32 1.636e-31 +4.99548e+05 8.208e-32 8.208e-32 1.642e-31 +4.97886e+05 8.234e-32 8.234e-32 1.647e-31 H2CO +4.96229e+05 8.260e-32 8.260e-32 1.652e-31 +4.94578e+05 8.287e-32 8.287e-32 1.657e-31 +4.92933e+05 8.313e-32 8.313e-32 1.663e-31 +4.91292e+05 8.340e-32 8.340e-32 1.668e-31 +4.89658e+05 8.366e-32 8.366e-32 1.673e-31 +4.88028e+05 8.393e-32 8.393e-32 1.679e-31 +4.86404e+05 8.419e-32 8.419e-32 1.684e-31 +4.84786e+05 8.446e-32 8.446e-32 1.689e-31 +4.83173e+05 8.473e-32 8.473e-32 1.695e-31 +4.81565e+05 8.500e-32 8.500e-32 1.700e-31 +4.79963e+05 8.527e-32 8.527e-32 1.705e-31 NO +4.78366e+05 8.554e-32 8.554e-32 1.711e-31 +4.76774e+05 8.581e-32 8.581e-32 1.716e-31 +4.75188e+05 8.609e-32 8.609e-32 1.722e-31 +4.73606e+05 8.636e-32 8.636e-32 1.727e-31 +4.72031e+05 8.664e-32 8.664e-32 1.733e-31 +4.70460e+05 8.691e-32 8.691e-32 1.738e-31 +4.68895e+05 8.719e-32 8.719e-32 1.744e-31 +4.67334e+05 8.747e-32 8.747e-32 1.749e-31 +4.65779e+05 8.774e-32 8.774e-32 1.755e-31 +4.64229e+05 8.802e-32 8.802e-32 1.760e-31 +4.62685e+05 8.830e-32 8.830e-32 1.766e-31 +4.61145e+05 8.858e-32 8.858e-32 1.772e-31 +4.59611e+05 8.887e-32 8.887e-32 1.777e-31 NO +4.58081e+05 8.915e-32 8.915e-32 1.783e-31 +4.56557e+05 8.943e-32 8.943e-32 1.789e-31 +4.55038e+05 8.972e-32 8.972e-32 1.794e-31 +4.53524e+05 9.000e-32 9.000e-32 1.800e-31 +4.52015e+05 9.029e-32 9.029e-32 1.806e-31 +4.50511e+05 9.058e-32 9.058e-32 1.812e-31 +4.49012e+05 9.086e-32 9.086e-32 1.817e-31 +4.47518e+05 9.115e-32 9.115e-32 1.823e-31 Cl 1 +4.46029e+05 9.144e-32 9.144e-32 1.829e-31 +4.44545e+05 9.173e-32 9.173e-32 1.835e-31 +4.43065e+05 9.203e-32 9.203e-32 1.841e-31 +4.41591e+05 9.232e-32 9.232e-32 1.846e-31 +4.40122e+05 9.261e-32 9.261e-32 1.852e-31 +4.38657e+05 9.291e-32 9.291e-32 1.858e-31 +4.37198e+05 9.320e-32 9.320e-32 1.864e-31 +4.35743e+05 9.350e-32 9.350e-32 1.870e-31 +4.34293e+05 9.380e-32 9.380e-32 1.876e-31 +4.32848e+05 9.409e-32 9.409e-32 1.882e-31 +4.31408e+05 9.439e-32 9.439e-32 1.888e-31 +4.29972e+05 9.469e-32 9.469e-32 1.894e-31 NO +4.28542e+05 9.499e-32 9.499e-32 1.900e-31 +4.27116e+05 9.530e-32 9.530e-32 1.906e-31 +4.25694e+05 9.560e-32 9.560e-32 1.912e-31 +4.24278e+05 9.590e-32 9.590e-32 1.918e-31 +4.22866e+05 9.621e-32 9.621e-32 1.924e-31 +4.21459e+05 9.651e-32 9.651e-32 1.930e-31 +4.20057e+05 9.682e-32 9.682e-32 1.936e-31 +4.18659e+05 9.713e-32 9.713e-32 1.943e-31 +4.17266e+05 9.744e-32 9.744e-32 1.949e-31 +4.15878e+05 9.775e-32 9.775e-32 1.955e-31 +4.14494e+05 9.806e-32 9.806e-32 1.961e-31 +4.13115e+05 9.837e-32 9.837e-32 1.967e-31 +4.11740e+05 9.868e-32 9.868e-32 1.974e-31 +4.10370e+05 9.900e-32 9.900e-32 1.980e-31 +4.09004e+05 9.931e-32 9.931e-32 1.986e-31 B 1 +4.07644e+05 9.963e-32 9.963e-32 1.993e-31 +4.06287e+05 9.995e-32 9.995e-32 1.999e-31 +4.04935e+05 1.003e-31 1.003e-31 2.005e-31 +4.03588e+05 1.006e-31 1.006e-31 2.012e-31 +4.02245e+05 1.009e-31 1.009e-31 2.018e-31 +4.00906e+05 1.012e-31 1.012e-31 2.024e-31 +3.99573e+05 1.015e-31 1.015e-31 2.031e-31 +3.98243e+05 1.019e-31 1.019e-31 2.037e-31 +3.96918e+05 1.022e-31 1.022e-31 2.044e-31 +3.95597e+05 1.025e-31 1.025e-31 2.050e-31 NO +3.94281e+05 1.028e-31 1.028e-31 2.057e-31 +3.92969e+05 1.032e-31 1.032e-31 2.063e-31 O 1 +3.91661e+05 1.035e-31 1.035e-31 2.070e-31 +3.90358e+05 1.038e-31 1.038e-31 2.077e-31 +3.89059e+05 1.042e-31 1.042e-31 2.083e-31 +3.87765e+05 1.045e-31 1.045e-31 2.090e-31 +3.86474e+05 1.048e-31 1.048e-31 2.096e-31 +3.85188e+05 1.052e-31 1.052e-31 2.103e-31 +3.83907e+05 1.055e-31 1.055e-31 2.110e-31 +3.82629e+05 1.058e-31 1.058e-31 2.116e-31 +3.81356e+05 1.062e-31 1.062e-31 2.123e-31 +3.80087e+05 1.065e-31 1.065e-31 2.130e-31 +3.78822e+05 1.068e-31 1.068e-31 2.137e-31 +3.77562e+05 1.072e-31 1.072e-31 2.144e-31 +3.76306e+05 1.075e-31 1.075e-31 2.150e-31 +3.75054e+05 1.079e-31 1.079e-31 2.157e-31 +3.73806e+05 1.082e-31 1.082e-31 2.164e-31 Li 1 +3.72562e+05 1.085e-31 1.085e-31 2.171e-31 +3.71322e+05 1.089e-31 1.089e-31 2.178e-31 +3.70087e+05 1.092e-31 1.092e-31 2.185e-31 +3.68855e+05 1.096e-31 1.096e-31 2.192e-31 +3.67628e+05 1.099e-31 1.099e-31 2.199e-31 +3.66405e+05 1.103e-31 1.103e-31 2.206e-31 +3.65185e+05 1.106e-31 1.106e-31 2.213e-31 +3.63970e+05 1.110e-31 1.110e-31 2.220e-31 +3.62759e+05 1.113e-31 1.113e-31 2.227e-31 Sc 1 +3.61552e+05 1.117e-31 1.117e-31 2.234e-31 +3.60349e+05 1.120e-31 1.120e-31 2.241e-31 +3.59150e+05 1.124e-31 1.124e-31 2.248e-31 +3.57955e+05 1.128e-31 1.128e-31 2.255e-31 +3.56764e+05 1.131e-31 1.131e-31 2.262e-31 +3.55577e+05 1.135e-31 1.135e-31 2.270e-31 +3.54394e+05 1.138e-31 1.138e-31 2.277e-31 +3.53214e+05 1.142e-31 1.142e-31 2.284e-31 +3.52039e+05 1.146e-31 1.146e-31 2.291e-31 +3.50868e+05 1.149e-31 1.149e-31 2.299e-31 +3.49700e+05 1.153e-31 1.153e-31 2.306e-31 +3.48537e+05 1.157e-31 1.157e-31 2.313e-31 +3.47377e+05 1.160e-31 1.160e-31 2.321e-31 +3.46221e+05 1.164e-31 1.164e-31 2.328e-31 +3.45069e+05 1.168e-31 1.168e-31 2.335e-31 +3.43921e+05 1.171e-31 1.171e-31 2.343e-31 +3.42776e+05 1.175e-31 1.175e-31 2.350e-31 +3.41636e+05 1.179e-31 1.179e-31 2.358e-31 +3.40499e+05 1.183e-31 1.183e-31 2.365e-31 +3.39366e+05 1.186e-31 1.186e-31 2.373e-31 +3.38237e+05 1.190e-31 1.190e-31 2.380e-31 +3.37111e+05 1.194e-31 1.194e-31 2.388e-31 +3.35990e+05 1.198e-31 1.198e-31 2.395e-31 +3.34872e+05 1.202e-31 1.202e-31 2.403e-31 +3.33758e+05 1.205e-31 1.205e-31 2.411e-31 +3.32647e+05 1.209e-31 1.209e-31 2.418e-31 +3.31540e+05 1.213e-31 1.213e-31 2.426e-31 +3.30437e+05 1.217e-31 1.217e-31 2.434e-31 +3.29337e+05 1.221e-31 1.221e-31 2.441e-31 +3.28242e+05 1.225e-31 1.225e-31 2.449e-31 +3.27149e+05 1.229e-31 1.229e-31 2.457e-31 +3.26061e+05 1.232e-31 1.232e-31 2.465e-31 +3.24976e+05 1.236e-31 1.236e-31 2.473e-31 +3.23895e+05 1.240e-31 1.240e-31 2.481e-31 +3.22817e+05 1.244e-31 1.244e-31 2.488e-31 NO +3.21743e+05 1.248e-31 1.248e-31 2.496e-31 +3.20672e+05 1.252e-31 1.252e-31 2.504e-31 +3.19605e+05 1.256e-31 1.256e-31 2.512e-31 +3.18542e+05 1.260e-31 1.260e-31 2.520e-31 +3.17482e+05 1.264e-31 1.264e-31 2.528e-31 +3.16425e+05 1.268e-31 1.268e-31 2.536e-31 +3.15372e+05 1.272e-31 1.272e-31 2.544e-31 +3.14323e+05 1.276e-31 1.276e-31 2.552e-31 +3.13277e+05 1.280e-31 1.280e-31 2.561e-31 +3.12235e+05 1.284e-31 1.284e-31 2.569e-31 +3.11196e+05 1.288e-31 1.288e-31 2.577e-31 NO +3.10160e+05 1.293e-31 1.293e-31 2.585e-31 +3.09128e+05 1.297e-31 1.297e-31 2.593e-31 +3.08100e+05 1.301e-31 1.301e-31 2.601e-31 +3.07075e+05 1.305e-31 1.305e-31 2.610e-31 +3.06053e+05 1.309e-31 1.309e-31 2.618e-31 +3.05034e+05 1.313e-31 1.313e-31 2.626e-31 +3.04019e+05 1.317e-31 1.317e-31 2.635e-31 +3.03008e+05 1.322e-31 1.322e-31 2.643e-31 NO +3.02000e+05 1.326e-31 1.326e-31 2.651e-31 +3.00995e+05 1.330e-31 1.330e-31 2.660e-31 +2.99993e+05 1.334e-31 1.334e-31 2.668e-31 +2.98995e+05 1.338e-31 1.338e-31 2.677e-31 +2.98000e+05 1.343e-31 1.343e-31 2.685e-31 +2.97009e+05 1.347e-31 1.347e-31 2.694e-31 +2.96020e+05 1.351e-31 1.351e-31 2.702e-31 +2.95035e+05 1.356e-31 1.356e-31 2.711e-31 +2.94054e+05 1.360e-31 1.360e-31 2.720e-31 +2.93075e+05 1.364e-31 1.364e-31 2.728e-31 +2.92100e+05 1.368e-31 1.368e-31 2.737e-31 NO +2.91128e+05 1.373e-31 1.373e-31 2.746e-31 +2.90159e+05 1.377e-31 1.377e-31 2.754e-31 +2.89194e+05 1.382e-31 1.382e-31 2.763e-31 +2.88232e+05 1.386e-31 1.386e-31 2.772e-31 +2.87272e+05 1.390e-31 1.390e-31 2.781e-31 +2.86317e+05 1.395e-31 1.395e-31 2.790e-31 +2.85364e+05 1.399e-31 1.399e-31 2.798e-31 +2.84414e+05 1.404e-31 1.404e-31 2.807e-31 +2.83468e+05 1.408e-31 1.408e-31 2.816e-31 +2.82525e+05 1.413e-31 1.413e-31 2.825e-31 +2.81585e+05 1.417e-31 1.417e-31 2.834e-31 H2CO +2.80648e+05 1.422e-31 1.422e-31 2.843e-31 +2.79714e+05 1.426e-31 1.426e-31 2.852e-31 NO +2.78783e+05 1.431e-31 1.431e-31 2.861e-31 +2.77856e+05 1.435e-31 1.435e-31 2.870e-31 +2.76931e+05 1.440e-31 1.440e-31 2.879e-31 +2.76010e+05 1.444e-31 1.444e-31 2.889e-31 Sc 1 +2.75091e+05 1.449e-31 1.449e-31 2.898e-31 +2.74176e+05 1.454e-31 1.454e-31 2.907e-31 +2.73264e+05 1.458e-31 1.458e-31 2.916e-31 +2.72354e+05 1.463e-31 1.463e-31 2.926e-31 +2.71448e+05 1.467e-31 1.467e-31 2.935e-31 +2.70545e+05 1.472e-31 1.472e-31 2.944e-31 +2.69645e+05 1.477e-31 1.477e-31 2.954e-31 NO +2.68747e+05 1.481e-31 1.481e-31 2.963e-31 +2.67853e+05 1.486e-31 1.486e-31 2.972e-31 +2.66962e+05 1.491e-31 1.491e-31 2.982e-31 +2.66074e+05 1.496e-31 1.496e-31 2.991e-31 +2.65188e+05 1.500e-31 1.500e-31 3.001e-31 +2.64306e+05 1.505e-31 1.505e-31 3.010e-31 +2.63426e+05 1.510e-31 1.510e-31 3.020e-31 +2.62550e+05 1.515e-31 1.515e-31 3.029e-31 +2.61676e+05 1.520e-31 1.520e-31 3.039e-31 +2.60806e+05 1.524e-31 1.524e-31 3.049e-31 +2.59938e+05 1.529e-31 1.529e-31 3.058e-31 +2.59073e+05 1.534e-31 1.534e-31 3.068e-31 +2.58211e+05 1.539e-31 1.539e-31 3.078e-31 NO +2.57352e+05 1.544e-31 1.544e-31 3.088e-31 +2.56495e+05 1.549e-31 1.549e-31 3.097e-31 +2.55642e+05 1.554e-31 1.554e-31 3.107e-31 +2.54791e+05 1.559e-31 1.559e-31 3.117e-31 V 1 +2.53943e+05 1.564e-31 1.564e-31 3.127e-31 +2.53098e+05 1.568e-31 1.568e-31 3.137e-31 +2.52256e+05 1.573e-31 1.573e-31 3.147e-31 +2.51417e+05 1.578e-31 1.578e-31 3.157e-31 +2.50580e+05 1.583e-31 1.583e-31 3.167e-31 +2.49746e+05 1.589e-31 1.589e-31 3.177e-31 +2.48915e+05 1.594e-31 1.594e-31 3.187e-31 +2.48087e+05 1.599e-31 1.599e-31 3.197e-31 +2.47262e+05 1.604e-31 1.604e-31 3.207e-31 +2.46439e+05 1.609e-31 1.609e-31 3.218e-31 +2.45619e+05 1.614e-31 1.614e-31 3.228e-31 +2.44802e+05 1.619e-31 1.619e-31 3.238e-31 +2.43987e+05 1.624e-31 1.624e-31 3.248e-31 +2.43175e+05 1.629e-31 1.629e-31 3.259e-31 +2.42366e+05 1.635e-31 1.635e-31 3.269e-31 +2.41560e+05 1.640e-31 1.640e-31 3.279e-31 +2.40756e+05 1.645e-31 1.645e-31 3.290e-31 +2.39955e+05 1.650e-31 1.650e-31 3.300e-31 Be 2 +2.39156e+05 1.655e-31 1.655e-31 3.311e-31 +2.38361e+05 1.661e-31 1.661e-31 3.321e-31 +2.37567e+05 1.666e-31 1.666e-31 3.332e-31 +2.36777e+05 1.671e-31 1.671e-31 3.342e-31 +2.35989e+05 1.677e-31 1.677e-31 3.353e-31 +2.35204e+05 1.682e-31 1.682e-31 3.364e-31 +2.34421e+05 1.687e-31 1.687e-31 3.374e-31 +2.33641e+05 1.693e-31 1.693e-31 3.385e-31 +2.32864e+05 1.698e-31 1.698e-31 3.396e-31 NO +2.32089e+05 1.703e-31 1.703e-31 3.407e-31 +2.31317e+05 1.709e-31 1.709e-31 3.417e-31 +2.30547e+05 1.714e-31 1.714e-31 3.428e-31 +2.29780e+05 1.720e-31 1.720e-31 3.439e-31 +2.29015e+05 1.725e-31 1.725e-31 3.450e-31 +2.28253e+05 1.731e-31 1.731e-31 3.461e-31 +2.27494e+05 1.736e-31 1.736e-31 3.472e-31 +2.26737e+05 1.742e-31 1.742e-31 3.483e-31 +2.25982e+05 1.747e-31 1.747e-31 3.494e-31 NO +2.25230e+05 1.753e-31 1.753e-31 3.505e-31 Sc 1 +2.24481e+05 1.758e-31 1.758e-31 3.516e-31 +2.23734e+05 1.764e-31 1.764e-31 3.528e-31 +2.22990e+05 1.769e-31 1.769e-31 3.539e-31 +2.22248e+05 1.775e-31 1.775e-31 3.550e-31 NO +2.21508e+05 1.781e-31 1.781e-31 3.561e-31 +2.20771e+05 1.786e-31 1.786e-31 3.573e-31 +2.20036e+05 1.792e-31 1.792e-31 3.584e-31 +2.19304e+05 1.798e-31 1.798e-31 3.595e-31 +2.18575e+05 1.803e-31 1.803e-31 3.607e-31 +2.17847e+05 1.809e-31 1.809e-31 3.618e-31 +2.17122e+05 1.815e-31 1.815e-31 3.630e-31 V 1 +2.16400e+05 1.821e-31 1.821e-31 3.641e-31 NO +2.15680e+05 1.826e-31 1.826e-31 3.653e-31 +2.14962e+05 1.832e-31 1.832e-31 3.664e-31 +2.14247e+05 1.838e-31 1.838e-31 3.676e-31 +2.13534e+05 1.844e-31 1.844e-31 3.688e-31 +2.12824e+05 1.850e-31 1.850e-31 3.699e-31 +2.12115e+05 1.856e-31 1.856e-31 3.711e-31 +2.11410e+05 1.861e-31 1.861e-31 3.723e-31 H 1 +2.10706e+05 1.867e-31 1.867e-31 3.735e-31 +2.10005e+05 1.873e-31 1.873e-31 3.747e-31 +2.09306e+05 1.879e-31 1.879e-31 3.758e-31 NO +2.08610e+05 1.885e-31 1.885e-31 3.770e-31 +2.07916e+05 1.891e-31 1.891e-31 3.782e-31 +2.07224e+05 1.897e-31 1.897e-31 3.794e-31 +2.06534e+05 1.903e-31 1.903e-31 3.806e-31 +2.05847e+05 1.909e-31 1.909e-31 3.819e-31 +2.05162e+05 1.915e-31 1.915e-31 3.831e-31 +2.04480e+05 1.921e-31 1.921e-31 3.843e-31 NO +2.03799e+05 1.928e-31 1.928e-31 3.855e-31 +2.03121e+05 1.934e-31 1.934e-31 3.867e-31 +2.02445e+05 1.940e-31 1.940e-31 3.880e-31 +2.01772e+05 1.946e-31 1.946e-31 3.892e-31 +2.01100e+05 1.952e-31 1.952e-31 3.904e-31 +2.00431e+05 1.958e-31 1.958e-31 3.917e-31 +1.99764e+05 1.965e-31 1.965e-31 3.929e-31 +1.99099e+05 1.971e-31 1.971e-31 3.942e-31 Al 1 +1.98437e+05 1.977e-31 1.977e-31 3.954e-31 NO +1.97777e+05 1.983e-31 1.983e-31 3.967e-31 +1.97119e+05 1.990e-31 1.990e-31 3.979e-31 +1.96463e+05 1.996e-31 1.996e-31 3.992e-31 +1.95809e+05 2.002e-31 2.002e-31 4.005e-31 +1.95157e+05 2.009e-31 2.009e-31 4.017e-31 +1.94508e+05 2.015e-31 2.015e-31 4.030e-31 +1.93861e+05 2.021e-31 2.021e-31 4.043e-31 +1.93216e+05 2.028e-31 2.028e-31 4.056e-31 +1.92573e+05 2.034e-31 2.034e-31 4.068e-31 +1.91932e+05 2.041e-31 2.041e-31 4.081e-31 +1.91293e+05 2.047e-31 2.047e-31 4.094e-31 +1.90657e+05 2.054e-31 2.054e-31 4.107e-31 +1.90023e+05 2.060e-31 2.060e-31 4.120e-31 +1.89390e+05 2.067e-31 2.067e-31 4.133e-31 V 1 +1.88760e+05 2.073e-31 2.073e-31 4.147e-31 +1.88132e+05 2.080e-31 2.080e-31 4.160e-31 +1.87506e+05 2.086e-31 2.086e-31 4.173e-31 +1.86882e+05 2.093e-31 2.093e-31 4.186e-31 +1.86260e+05 2.100e-31 2.100e-31 4.199e-31 OH +1.85640e+05 2.106e-31 2.106e-31 4.213e-31 +1.85023e+05 2.113e-31 2.113e-31 4.226e-31 +1.84407e+05 2.120e-31 2.120e-31 4.240e-31 +1.83794e+05 2.127e-31 2.127e-31 4.253e-31 +1.83182e+05 2.133e-31 2.133e-31 4.267e-31 NO +1.82572e+05 2.140e-31 2.140e-31 4.280e-31 +1.81965e+05 2.147e-31 2.147e-31 4.294e-31 +1.81359e+05 2.154e-31 2.154e-31 4.307e-31 +1.80756e+05 2.161e-31 2.161e-31 4.321e-31 +1.80155e+05 2.167e-31 2.167e-31 4.335e-31 OH +1.79555e+05 2.174e-31 2.174e-31 4.348e-31 +1.78958e+05 2.181e-31 2.181e-31 4.362e-31 V 1 +1.78362e+05 2.188e-31 2.188e-31 4.376e-31 NO +1.77769e+05 2.195e-31 2.195e-31 4.390e-31 +1.77177e+05 2.202e-31 2.202e-31 4.404e-31 +1.76588e+05 2.209e-31 2.209e-31 4.418e-31 NO +1.76000e+05 2.216e-31 2.216e-31 4.432e-31 +1.75414e+05 2.223e-31 2.223e-31 4.446e-31 +1.74831e+05 2.230e-31 2.230e-31 4.460e-31 +1.74249e+05 2.237e-31 2.237e-31 4.474e-31 OH +1.73669e+05 2.244e-31 2.244e-31 4.488e-31 +1.73091e+05 2.251e-31 2.251e-31 4.503e-31 +1.72515e+05 2.259e-31 2.259e-31 4.517e-31 +1.71941e+05 2.266e-31 2.266e-31 4.531e-31 NO +1.71369e+05 2.273e-31 2.273e-31 4.546e-31 +1.70799e+05 2.280e-31 2.280e-31 4.560e-31 +1.70231e+05 2.287e-31 2.287e-31 4.575e-31 +1.69664e+05 2.295e-31 2.295e-31 4.589e-31 +1.69100e+05 2.302e-31 2.302e-31 4.604e-31 Na 1 +1.68537e+05 2.309e-31 2.309e-31 4.618e-31 +1.67976e+05 2.316e-31 2.316e-31 4.633e-31 Mg 2 +1.67417e+05 2.324e-31 2.324e-31 4.648e-31 NO +1.66860e+05 2.331e-31 2.331e-31 4.662e-31 +1.66305e+05 2.339e-31 2.339e-31 4.677e-31 +1.65752e+05 2.346e-31 2.346e-31 4.692e-31 +1.65200e+05 2.353e-31 2.353e-31 4.707e-31 NO +1.64650e+05 2.361e-31 2.361e-31 4.722e-31 +1.64103e+05 2.368e-31 2.368e-31 4.737e-31 +1.63557e+05 2.376e-31 2.376e-31 4.752e-31 +1.63012e+05 2.384e-31 2.384e-31 4.767e-31 +1.62470e+05 2.391e-31 2.391e-31 4.782e-31 +1.61929e+05 2.399e-31 2.399e-31 4.797e-31 +1.61391e+05 2.406e-31 2.406e-31 4.813e-31 +1.60854e+05 2.414e-31 2.414e-31 4.828e-31 NO +1.60318e+05 2.422e-31 2.422e-31 4.843e-31 +1.59785e+05 2.429e-31 2.429e-31 4.859e-31 +1.59253e+05 2.437e-31 2.437e-31 4.874e-31 +1.58723e+05 2.445e-31 2.445e-31 4.889e-31 +1.58195e+05 2.452e-31 2.452e-31 4.905e-31 +1.57669e+05 2.460e-31 2.460e-31 4.920e-31 +1.57144e+05 2.468e-31 2.468e-31 4.936e-31 +1.56621e+05 2.476e-31 2.476e-31 4.952e-31 +1.56100e+05 2.484e-31 2.484e-31 4.967e-31 +1.55581e+05 2.492e-31 2.492e-31 4.983e-31 +1.55063e+05 2.500e-31 2.500e-31 4.999e-31 +1.54547e+05 2.507e-31 2.507e-31 5.015e-31 +1.54033e+05 2.515e-31 2.515e-31 5.031e-31 +1.53520e+05 2.523e-31 2.523e-31 5.047e-31 +1.53009e+05 2.531e-31 2.531e-31 5.063e-31 +1.52500e+05 2.539e-31 2.539e-31 5.079e-31 +1.51993e+05 2.547e-31 2.547e-31 5.095e-31 +1.51487e+05 2.556e-31 2.556e-31 5.111e-31 +1.50983e+05 2.564e-31 2.564e-31 5.127e-31 NO +1.50481e+05 2.572e-31 2.572e-31 5.144e-31 +1.49980e+05 2.580e-31 2.580e-31 5.160e-31 +1.49481e+05 2.588e-31 2.588e-31 5.176e-31 SiC2 +1.48984e+05 2.596e-31 2.596e-31 5.193e-31 +1.48488e+05 2.605e-31 2.605e-31 5.209e-31 +1.47994e+05 2.613e-31 2.613e-31 5.226e-31 NO +1.47501e+05 2.621e-31 2.621e-31 5.242e-31 +1.47010e+05 2.629e-31 2.629e-31 5.259e-31 +1.46521e+05 2.638e-31 2.638e-31 5.276e-31 NO +1.46034e+05 2.646e-31 2.646e-31 5.292e-31 +1.45548e+05 2.655e-31 2.655e-31 5.309e-31 He 1 +1.45064e+05 2.663e-31 2.663e-31 5.326e-31 +1.44581e+05 2.671e-31 2.671e-31 5.343e-31 +1.44100e+05 2.680e-31 2.680e-31 5.360e-31 He 1 +1.43620e+05 2.688e-31 2.688e-31 5.377e-31 NO +1.43142e+05 2.697e-31 2.697e-31 5.394e-31 +1.42666e+05 2.706e-31 2.706e-31 5.411e-31 +1.42191e+05 2.714e-31 2.714e-31 5.428e-31 +1.41718e+05 2.723e-31 2.723e-31 5.445e-31 +1.41247e+05 2.731e-31 2.731e-31 5.463e-31 +1.40777e+05 2.740e-31 2.740e-31 5.480e-31 +1.40308e+05 2.749e-31 2.749e-31 5.497e-31 NO +1.39841e+05 2.757e-31 2.757e-31 5.515e-31 +1.39376e+05 2.766e-31 2.766e-31 5.532e-31 +1.38912e+05 2.775e-31 2.775e-31 5.550e-31 NO +1.38450e+05 2.784e-31 2.784e-31 5.567e-31 +1.37989e+05 2.793e-31 2.793e-31 5.585e-31 Sc 2 +1.37530e+05 2.801e-31 2.801e-31 5.603e-31 +1.37073e+05 2.810e-31 2.810e-31 5.621e-31 +1.36617e+05 2.819e-31 2.819e-31 5.638e-31 +1.36162e+05 2.828e-31 2.828e-31 5.656e-31 +1.35709e+05 2.837e-31 2.837e-31 5.674e-31 NO +1.35257e+05 2.846e-31 2.846e-31 5.692e-31 +1.34807e+05 2.855e-31 2.855e-31 5.710e-31 +1.34359e+05 2.864e-31 2.864e-31 5.728e-31 +1.33912e+05 2.873e-31 2.873e-31 5.747e-31 V 1 +1.33466e+05 2.882e-31 2.882e-31 5.765e-31 +1.33022e+05 2.892e-31 2.892e-31 5.783e-31 +1.32579e+05 2.901e-31 2.901e-31 5.801e-31 +1.32138e+05 2.910e-31 2.910e-31 5.820e-31 +1.31699e+05 2.919e-31 2.919e-31 5.838e-31 +1.31260e+05 2.928e-31 2.928e-31 5.857e-31 +1.30824e+05 2.938e-31 2.938e-31 5.875e-31 He 1 +1.30388e+05 2.947e-31 2.947e-31 5.894e-31 +1.29954e+05 2.956e-31 2.956e-31 5.913e-31 +1.29522e+05 2.966e-31 2.966e-31 5.931e-31 +1.29091e+05 2.975e-31 2.975e-31 5.950e-31 NO +1.28662e+05 2.985e-31 2.985e-31 5.969e-31 +1.28233e+05 2.994e-31 2.994e-31 5.988e-31 +1.27807e+05 3.004e-31 3.004e-31 6.007e-31 +1.27381e+05 3.013e-31 3.013e-31 6.026e-31 +1.26958e+05 3.023e-31 3.023e-31 6.045e-31 +1.26535e+05 3.032e-31 3.032e-31 6.064e-31 NO +1.26114e+05 3.042e-31 3.042e-31 6.084e-31 +1.25694e+05 3.051e-31 3.051e-31 6.103e-31 NO +1.25276e+05 3.061e-31 3.061e-31 6.122e-31 +1.24859e+05 3.071e-31 3.071e-31 6.142e-31 +1.24444e+05 3.081e-31 3.081e-31 6.161e-31 +1.24030e+05 3.090e-31 3.090e-31 6.181e-31 +1.23617e+05 3.100e-31 3.100e-31 6.200e-31 NO +1.23206e+05 3.110e-31 3.110e-31 6.220e-31 +1.22796e+05 3.120e-31 3.120e-31 6.240e-31 +1.22387e+05 3.130e-31 3.130e-31 6.260e-31 +1.21980e+05 3.140e-31 3.140e-31 6.279e-31 +1.21574e+05 3.150e-31 3.150e-31 6.299e-31 +1.21170e+05 3.160e-31 3.160e-31 6.319e-31 NO +1.20766e+05 3.170e-31 3.170e-31 6.339e-31 H2CO +1.20365e+05 3.180e-31 3.180e-31 6.359e-31 +1.19964e+05 3.190e-31 3.190e-31 6.380e-31 NO +1.19565e+05 3.200e-31 3.200e-31 6.400e-31 +1.19167e+05 3.210e-31 3.210e-31 6.420e-31 +1.18771e+05 3.220e-31 3.220e-31 6.440e-31 +1.18375e+05 3.230e-31 3.230e-31 6.461e-31 +1.17981e+05 3.241e-31 3.241e-31 6.481e-31 NO +1.17589e+05 3.251e-31 3.251e-31 6.502e-31 +1.17198e+05 3.261e-31 3.261e-31 6.523e-31 +1.16808e+05 3.272e-31 3.272e-31 6.543e-31 +1.16419e+05 3.282e-31 3.282e-31 6.564e-31 +1.16032e+05 3.292e-31 3.292e-31 6.585e-31 +1.15646e+05 3.303e-31 3.303e-31 6.606e-31 +1.15261e+05 3.313e-31 3.313e-31 6.627e-31 +1.14877e+05 3.324e-31 3.324e-31 6.648e-31 +1.14495e+05 3.334e-31 3.334e-31 6.669e-31 +1.14114e+05 3.345e-31 3.345e-31 6.690e-31 +1.13734e+05 3.356e-31 3.356e-31 6.711e-31 +1.13356e+05 3.366e-31 3.366e-31 6.732e-31 +1.12979e+05 3.377e-31 3.377e-31 6.754e-31 NO +1.12603e+05 3.388e-31 3.388e-31 6.775e-31 +1.12228e+05 3.398e-31 3.398e-31 6.797e-31 +1.11855e+05 3.409e-31 3.409e-31 6.818e-31 +1.11482e+05 3.420e-31 3.420e-31 6.840e-31 +1.11112e+05 3.431e-31 3.431e-31 6.861e-31 NO +1.10742e+05 3.442e-31 3.442e-31 6.883e-31 +1.10373e+05 3.452e-31 3.452e-31 6.905e-31 NO +1.10006e+05 3.463e-31 3.463e-31 6.927e-31 +1.09640e+05 3.474e-31 3.474e-31 6.949e-31 +1.09275e+05 3.485e-31 3.485e-31 6.971e-31 +1.08912e+05 3.496e-31 3.496e-31 6.993e-31 +1.08549e+05 3.508e-31 3.508e-31 7.015e-31 NO +1.08188e+05 3.519e-31 3.519e-31 7.037e-31 +1.07828e+05 3.530e-31 3.530e-31 7.060e-31 +1.07469e+05 3.541e-31 3.541e-31 7.082e-31 +1.07112e+05 3.552e-31 3.552e-31 7.104e-31 V 1 +1.06755e+05 3.563e-31 3.563e-31 7.127e-31 NO +1.06400e+05 3.575e-31 3.575e-31 7.150e-31 +1.06046e+05 3.586e-31 3.586e-31 7.172e-31 +1.05693e+05 3.597e-31 3.597e-31 7.195e-31 NO +1.05341e+05 3.609e-31 3.609e-31 7.218e-31 +1.04991e+05 3.620e-31 3.620e-31 7.241e-31 +1.04642e+05 3.632e-31 3.632e-31 7.264e-31 +1.04293e+05 3.643e-31 3.643e-31 7.287e-31 +1.03946e+05 3.655e-31 3.655e-31 7.310e-31 NO +1.03600e+05 3.666e-31 3.666e-31 7.333e-31 +1.03256e+05 3.678e-31 3.678e-31 7.356e-31 +1.02912e+05 3.690e-31 3.690e-31 7.379e-31 +1.02570e+05 3.701e-31 3.701e-31 7.403e-31 +1.02228e+05 3.713e-31 3.713e-31 7.426e-31 +1.01888e+05 3.725e-31 3.725e-31 7.450e-31 +1.01549e+05 3.737e-31 3.737e-31 7.473e-31 +1.01211e+05 3.749e-31 3.749e-31 7.497e-31 +1.00875e+05 3.760e-31 3.760e-31 7.521e-31 +1.00539e+05 3.772e-31 3.772e-31 7.545e-31 NO +1.00204e+05 3.784e-31 3.784e-31 7.569e-31 +9.98710e+04 3.796e-31 3.796e-31 7.593e-31 +9.95387e+04 3.808e-31 3.808e-31 7.617e-31 +9.92075e+04 3.820e-31 3.820e-31 7.641e-31 NO +9.88774e+04 3.833e-31 3.833e-31 7.665e-31 +9.85484e+04 3.845e-31 3.845e-31 7.689e-31 NO +9.82204e+04 3.857e-31 3.857e-31 7.714e-31 +9.78936e+04 3.869e-31 3.869e-31 7.738e-31 +9.75679e+04 3.881e-31 3.881e-31 7.763e-31 +9.72432e+04 3.894e-31 3.894e-31 7.787e-31 NO +9.69197e+04 3.906e-31 3.906e-31 7.812e-31 +9.65972e+04 3.918e-31 3.918e-31 7.837e-31 +9.62758e+04 3.931e-31 3.931e-31 7.862e-31 +9.59554e+04 3.943e-31 3.943e-31 7.886e-31 +9.56361e+04 3.956e-31 3.956e-31 7.911e-31 NO +9.53179e+04 3.968e-31 3.968e-31 7.937e-31 +9.50007e+04 3.981e-31 3.981e-31 7.962e-31 NO +9.46846e+04 3.993e-31 3.993e-31 7.987e-31 +9.43696e+04 4.006e-31 4.006e-31 8.012e-31 +9.40556e+04 4.019e-31 4.019e-31 8.038e-31 +9.37426e+04 4.032e-31 4.032e-31 8.063e-31 NO +9.34307e+04 4.044e-31 4.044e-31 8.089e-31 Ca 2 +9.31198e+04 4.057e-31 4.057e-31 8.114e-31 +9.28099e+04 4.070e-31 4.070e-31 8.140e-31 +9.25011e+04 4.083e-31 4.083e-31 8.166e-31 +9.21933e+04 4.096e-31 4.096e-31 8.192e-31 +9.18866e+04 4.109e-31 4.109e-31 8.218e-31 +9.15808e+04 4.122e-31 4.122e-31 8.244e-31 +9.12761e+04 4.135e-31 4.135e-31 8.270e-31 +9.09724e+04 4.148e-31 4.148e-31 8.296e-31 +9.06697e+04 4.161e-31 4.161e-31 8.322e-31 +9.03680e+04 4.174e-31 4.174e-31 8.349e-31 +9.00673e+04 4.188e-31 4.188e-31 8.375e-31 +8.97676e+04 4.201e-31 4.201e-31 8.402e-31 +8.94689e+04 4.214e-31 4.214e-31 8.428e-31 +8.91712e+04 4.227e-31 4.227e-31 8.455e-31 +8.88745e+04 4.241e-31 4.241e-31 8.482e-31 +8.85788e+04 4.254e-31 4.254e-31 8.509e-31 CH3OH +8.82840e+04 4.268e-31 4.268e-31 8.536e-31 +8.79903e+04 4.281e-31 4.281e-31 8.563e-31 +8.76975e+04 4.295e-31 4.295e-31 8.590e-31 +8.74057e+04 4.308e-31 4.308e-31 8.617e-31 +8.71149e+04 4.322e-31 4.322e-31 8.644e-31 +8.68250e+04 4.336e-31 4.336e-31 8.672e-31 +8.65361e+04 4.350e-31 4.350e-31 8.699e-31 +8.62481e+04 4.363e-31 4.363e-31 8.727e-31 +8.59612e+04 4.377e-31 4.377e-31 8.754e-31 +8.56751e+04 4.391e-31 4.391e-31 8.782e-31 +8.53901e+04 4.405e-31 4.405e-31 8.810e-31 +8.51059e+04 4.419e-31 4.419e-31 8.838e-31 +8.48227e+04 4.433e-31 4.433e-31 8.866e-31 +8.45405e+04 4.447e-31 4.447e-31 8.894e-31 +8.42592e+04 4.461e-31 4.461e-31 8.922e-31 +8.39788e+04 4.475e-31 4.475e-31 8.950e-31 +8.36994e+04 4.489e-31 4.489e-31 8.979e-31 +8.34209e+04 4.504e-31 4.504e-31 9.007e-31 +8.31433e+04 4.518e-31 4.518e-31 9.036e-31 +8.28667e+04 4.532e-31 4.532e-31 9.064e-31 +8.25909e+04 4.546e-31 4.546e-31 9.093e-31 +8.23161e+04 4.561e-31 4.561e-31 9.122e-31 +8.20422e+04 4.575e-31 4.575e-31 9.151e-31 +8.17692e+04 4.590e-31 4.590e-31 9.180e-31 +8.14971e+04 4.604e-31 4.604e-31 9.209e-31 +8.12260e+04 4.619e-31 4.619e-31 9.238e-31 +8.09557e+04 4.634e-31 4.634e-31 9.267e-31 +8.06863e+04 4.648e-31 4.648e-31 9.297e-31 +8.04179e+04 4.663e-31 4.663e-31 9.326e-31 +8.01503e+04 4.678e-31 4.678e-31 9.356e-31 +7.98836e+04 4.693e-31 4.693e-31 9.385e-31 +7.96178e+04 4.707e-31 4.707e-31 9.415e-31 +7.93528e+04 4.722e-31 4.722e-31 9.445e-31 +7.90888e+04 4.737e-31 4.737e-31 9.475e-31 +7.88256e+04 4.752e-31 4.752e-31 9.505e-31 +7.85634e+04 4.767e-31 4.767e-31 9.535e-31 +7.83019e+04 4.782e-31 4.782e-31 9.565e-31 +7.80414e+04 4.798e-31 4.798e-31 9.595e-31 +7.77817e+04 4.813e-31 4.813e-31 9.626e-31 +7.75229e+04 4.828e-31 4.828e-31 9.656e-31 +7.72650e+04 4.843e-31 4.843e-31 9.687e-31 +7.70079e+04 4.859e-31 4.859e-31 9.717e-31 Si 2 +7.67516e+04 4.874e-31 4.874e-31 9.748e-31 +7.64962e+04 4.890e-31 4.890e-31 9.779e-31 N 5 +7.62417e+04 4.905e-31 4.905e-31 9.810e-31 +7.59880e+04 4.921e-31 4.921e-31 9.841e-31 +7.57352e+04 4.936e-31 4.936e-31 9.872e-31 +7.54832e+04 4.952e-31 4.952e-31 9.903e-31 +7.52320e+04 4.967e-31 4.967e-31 9.935e-31 +7.49817e+04 4.983e-31 4.983e-31 9.966e-31 +7.47322e+04 4.999e-31 4.999e-31 9.998e-31 +7.44835e+04 5.015e-31 5.015e-31 1.003e-30 F 1 +7.42357e+04 5.031e-31 5.031e-31 1.006e-30 +7.39887e+04 5.047e-31 5.047e-31 1.009e-30 +7.37425e+04 5.063e-31 5.063e-31 1.013e-30 +7.34971e+04 5.079e-31 5.079e-31 1.016e-30 +7.32525e+04 5.095e-31 5.095e-31 1.019e-30 +7.30088e+04 5.111e-31 5.111e-31 1.022e-30 +7.27659e+04 5.127e-31 5.127e-31 1.025e-30 +7.25237e+04 5.143e-31 5.143e-31 1.029e-30 +7.22824e+04 5.160e-31 5.160e-31 1.032e-30 +7.20419e+04 5.176e-31 5.176e-31 1.035e-30 B 3 +7.18022e+04 5.192e-31 5.192e-31 1.038e-30 +7.15633e+04 5.209e-31 5.209e-31 1.042e-30 +7.13252e+04 5.225e-31 5.225e-31 1.045e-30 +7.10878e+04 5.242e-31 5.242e-31 1.048e-30 +7.08513e+04 5.258e-31 5.258e-31 1.052e-30 +7.06155e+04 5.275e-31 5.275e-31 1.055e-30 N 5 +7.03806e+04 5.292e-31 5.292e-31 1.058e-30 +7.01464e+04 5.308e-31 5.308e-31 1.062e-30 +6.99130e+04 5.325e-31 5.325e-31 1.065e-30 +6.96803e+04 5.342e-31 5.342e-31 1.068e-30 +6.94485e+04 5.359e-31 5.359e-31 1.072e-30 +6.92174e+04 5.376e-31 5.376e-31 1.075e-30 +6.89871e+04 5.393e-31 5.393e-31 1.079e-30 +6.87575e+04 5.410e-31 5.410e-31 1.082e-30 +6.85288e+04 5.427e-31 5.427e-31 1.085e-30 +6.83007e+04 5.444e-31 5.444e-31 1.089e-30 +6.80735e+04 5.462e-31 5.462e-31 1.092e-30 +6.78470e+04 5.479e-31 5.479e-31 1.096e-30 +6.76212e+04 5.496e-31 5.496e-31 1.099e-30 +6.73962e+04 5.514e-31 5.514e-31 1.103e-30 +6.71719e+04 5.531e-31 5.531e-31 1.106e-30 +6.69484e+04 5.549e-31 5.549e-31 1.110e-30 +6.67257e+04 5.566e-31 5.566e-31 1.113e-30 +6.65036e+04 5.584e-31 5.584e-31 1.117e-30 +6.62824e+04 5.602e-31 5.602e-31 1.120e-30 +6.60618e+04 5.619e-31 5.619e-31 1.124e-30 +6.58420e+04 5.637e-31 5.637e-31 1.127e-30 SO2 +6.56229e+04 5.655e-31 5.655e-31 1.131e-30 +6.54046e+04 5.673e-31 5.673e-31 1.135e-30 +6.51869e+04 5.691e-31 5.691e-31 1.138e-30 +6.49700e+04 5.709e-31 5.709e-31 1.142e-30 SiC2 +6.47538e+04 5.727e-31 5.727e-31 1.145e-30 +6.45384e+04 5.745e-31 5.745e-31 1.149e-30 +6.43236e+04 5.763e-31 5.763e-31 1.153e-30 OH +6.41096e+04 5.781e-31 5.781e-31 1.156e-30 +6.38963e+04 5.800e-31 5.800e-31 1.160e-30 +6.36837e+04 5.818e-31 5.818e-31 1.164e-30 +6.34718e+04 5.836e-31 5.836e-31 1.167e-30 +6.32606e+04 5.855e-31 5.855e-31 1.171e-30 +6.30501e+04 5.873e-31 5.873e-31 1.175e-30 OH +6.28403e+04 5.892e-31 5.892e-31 1.178e-30 OH +6.26312e+04 5.911e-31 5.911e-31 1.182e-30 +6.24228e+04 5.929e-31 5.929e-31 1.186e-30 Si 2 +6.22151e+04 5.948e-31 5.948e-31 1.190e-30 +6.20081e+04 5.967e-31 5.967e-31 1.193e-30 H2CO +6.18017e+04 5.986e-31 5.986e-31 1.197e-30 +6.15961e+04 6.005e-31 6.005e-31 1.201e-30 +6.13911e+04 6.024e-31 6.024e-31 1.205e-30 +6.11869e+04 6.043e-31 6.043e-31 1.209e-30 +6.09833e+04 6.062e-31 6.062e-31 1.212e-30 +6.07803e+04 6.081e-31 6.081e-31 1.216e-30 +6.05781e+04 6.100e-31 6.100e-31 1.220e-30 H2CO +6.03765e+04 6.120e-31 6.120e-31 1.224e-30 +6.01756e+04 6.139e-31 6.139e-31 1.228e-30 +5.99754e+04 6.159e-31 6.159e-31 1.232e-30 +5.97758e+04 6.178e-31 6.178e-31 1.236e-30 +5.95769e+04 6.198e-31 6.198e-31 1.240e-30 +5.93787e+04 6.217e-31 6.217e-31 1.243e-30 +5.91811e+04 6.237e-31 6.237e-31 1.247e-30 +5.89842e+04 6.257e-31 6.257e-31 1.251e-30 +5.87879e+04 6.276e-31 6.276e-31 1.255e-30 Si 2 +5.85923e+04 6.296e-31 6.296e-31 1.259e-30 +5.83974e+04 6.316e-31 6.316e-31 1.263e-30 +5.82031e+04 6.336e-31 6.336e-31 1.267e-30 +5.80094e+04 6.356e-31 6.356e-31 1.271e-30 +5.78164e+04 6.376e-31 6.376e-31 1.275e-30 +5.76240e+04 6.397e-31 6.397e-31 1.279e-30 +5.74323e+04 6.417e-31 6.417e-31 1.283e-30 +5.72412e+04 6.437e-31 6.437e-31 1.287e-30 +5.70507e+04 6.458e-31 6.458e-31 1.292e-30 +5.68609e+04 6.478e-31 6.478e-31 1.296e-30 +5.66717e+04 6.498e-31 6.498e-31 1.300e-30 +5.64831e+04 6.519e-31 6.519e-31 1.304e-30 +5.62951e+04 6.540e-31 6.540e-31 1.308e-30 +5.61078e+04 6.560e-31 6.560e-31 1.312e-30 +5.59211e+04 6.581e-31 6.581e-31 1.316e-30 +5.57351e+04 6.602e-31 6.602e-31 1.320e-30 +5.55496e+04 6.623e-31 6.623e-31 1.325e-30 +5.53648e+04 6.644e-31 6.644e-31 1.329e-30 +5.51805e+04 6.665e-31 6.665e-31 1.333e-30 +5.49969e+04 6.686e-31 6.686e-31 1.337e-30 +5.48139e+04 6.707e-31 6.707e-31 1.341e-30 +5.46315e+04 6.728e-31 6.728e-31 1.346e-30 +5.44498e+04 6.750e-31 6.750e-31 1.350e-30 +5.42686e+04 6.771e-31 6.771e-31 1.354e-30 +5.40880e+04 6.792e-31 6.792e-31 1.358e-30 +5.39080e+04 6.814e-31 6.814e-31 1.363e-30 C 4 +5.37287e+04 6.835e-31 6.835e-31 1.367e-30 +5.35499e+04 6.857e-31 6.857e-31 1.371e-30 +5.33717e+04 6.879e-31 6.879e-31 1.376e-30 +5.31941e+04 6.900e-31 6.900e-31 1.380e-30 +5.30171e+04 6.922e-31 6.922e-31 1.384e-30 +5.28407e+04 6.944e-31 6.944e-31 1.389e-30 +5.26649e+04 6.966e-31 6.966e-31 1.393e-30 +5.24896e+04 6.988e-31 6.988e-31 1.398e-30 +5.23150e+04 7.010e-31 7.010e-31 1.402e-30 +5.21409e+04 7.032e-31 7.032e-31 1.406e-30 +5.19674e+04 7.055e-31 7.055e-31 1.411e-30 +5.17945e+04 7.077e-31 7.077e-31 1.415e-30 +5.16222e+04 7.099e-31 7.099e-31 1.420e-30 +5.14504e+04 7.122e-31 7.122e-31 1.424e-30 +5.12792e+04 7.144e-31 7.144e-31 1.429e-30 +5.11086e+04 7.167e-31 7.167e-31 1.433e-30 +5.09385e+04 7.190e-31 7.190e-31 1.438e-30 +5.07690e+04 7.212e-31 7.212e-31 1.442e-30 +5.06001e+04 7.235e-31 7.235e-31 1.447e-30 +5.04317e+04 7.258e-31 7.258e-31 1.452e-30 +5.02639e+04 7.281e-31 7.281e-31 1.456e-30 +5.00967e+04 7.304e-31 7.304e-31 1.461e-30 +4.99300e+04 7.327e-31 7.327e-31 1.465e-30 Si 4 +4.97638e+04 7.350e-31 7.350e-31 1.470e-30 OH +4.95982e+04 7.374e-31 7.374e-31 1.475e-30 OH +4.94332e+04 7.397e-31 7.397e-31 1.479e-30 +4.92687e+04 7.420e-31 7.420e-31 1.484e-30 +4.91048e+04 7.444e-31 7.444e-31 1.489e-30 +4.89414e+04 7.467e-31 7.467e-31 1.493e-30 +4.87785e+04 7.491e-31 7.491e-31 1.498e-30 +4.86162e+04 7.515e-31 7.515e-31 1.503e-30 +4.84545e+04 7.539e-31 7.539e-31 1.508e-30 +4.82932e+04 7.562e-31 7.562e-31 1.512e-30 +4.81325e+04 7.586e-31 7.586e-31 1.517e-30 +4.79724e+04 7.610e-31 7.610e-31 1.522e-30 +4.78128e+04 7.634e-31 7.634e-31 1.527e-30 +4.76537e+04 7.658e-31 7.658e-31 1.532e-30 +4.74951e+04 7.683e-31 7.683e-31 1.537e-30 +4.73371e+04 7.707e-31 7.707e-31 1.541e-30 +4.71796e+04 7.731e-31 7.731e-31 1.546e-30 +4.70226e+04 7.756e-31 7.756e-31 1.551e-30 +4.68661e+04 7.780e-31 7.780e-31 1.556e-30 +4.67102e+04 7.805e-31 7.805e-31 1.561e-30 +4.65547e+04 7.830e-31 7.830e-31 1.566e-30 +4.63998e+04 7.854e-31 7.854e-31 1.571e-30 +4.62454e+04 7.879e-31 7.879e-31 1.576e-30 +4.60916e+04 7.904e-31 7.904e-31 1.581e-30 +4.59382e+04 7.929e-31 7.929e-31 1.586e-30 +4.57853e+04 7.954e-31 7.954e-31 1.591e-30 +4.56330e+04 7.979e-31 7.979e-31 1.596e-30 +4.54812e+04 8.005e-31 8.005e-31 1.601e-30 +4.53298e+04 8.030e-31 8.030e-31 1.606e-30 +4.51790e+04 8.055e-31 8.055e-31 1.611e-30 +4.50287e+04 8.081e-31 8.081e-31 1.616e-30 +4.48788e+04 8.106e-31 8.106e-31 1.621e-30 +4.47295e+04 8.132e-31 8.132e-31 1.626e-30 +4.45807e+04 8.158e-31 8.158e-31 1.632e-30 +4.44323e+04 8.184e-31 8.184e-31 1.637e-30 +4.42845e+04 8.209e-31 8.209e-31 1.642e-30 +4.41371e+04 8.235e-31 8.235e-31 1.647e-30 +4.39903e+04 8.261e-31 8.261e-31 1.652e-30 +4.38439e+04 8.288e-31 8.288e-31 1.658e-30 +4.36980e+04 8.314e-31 8.314e-31 1.663e-30 +4.35526e+04 8.340e-31 8.340e-31 1.668e-30 +4.34077e+04 8.366e-31 8.366e-31 1.673e-30 +4.32632e+04 8.393e-31 8.393e-31 1.679e-30 +4.31193e+04 8.419e-31 8.419e-31 1.684e-30 +4.29758e+04 8.446e-31 8.446e-31 1.689e-30 +4.28328e+04 8.473e-31 8.473e-31 1.695e-30 +4.26903e+04 8.499e-31 8.499e-31 1.700e-30 +4.25482e+04 8.526e-31 8.526e-31 1.705e-30 +4.24067e+04 8.553e-31 8.553e-31 1.711e-30 +4.22656e+04 8.580e-31 8.580e-31 1.716e-30 B 3 +4.21249e+04 8.608e-31 8.608e-31 1.722e-30 +4.19848e+04 8.635e-31 8.635e-31 1.727e-30 +4.18451e+04 8.662e-31 8.662e-31 1.732e-30 SO2 +4.17058e+04 8.689e-31 8.689e-31 1.738e-30 +4.15671e+04 8.717e-31 8.717e-31 1.743e-30 +4.14287e+04 8.744e-31 8.744e-31 1.749e-30 +4.12909e+04 8.772e-31 8.772e-31 1.754e-30 +4.11535e+04 8.800e-31 8.800e-31 1.760e-30 +4.10166e+04 8.828e-31 8.828e-31 1.766e-30 +4.08801e+04 8.856e-31 8.856e-31 1.771e-30 +4.07441e+04 8.884e-31 8.884e-31 1.777e-30 +4.06085e+04 8.912e-31 8.912e-31 1.782e-30 +4.04734e+04 8.940e-31 8.940e-31 1.788e-30 +4.03387e+04 8.968e-31 8.968e-31 1.794e-30 +4.02045e+04 8.996e-31 8.996e-31 1.799e-30 +4.00707e+04 9.025e-31 9.025e-31 1.805e-30 +3.99374e+04 9.053e-31 9.053e-31 1.811e-30 K 9 +3.98045e+04 9.082e-31 9.082e-31 1.816e-30 +3.96720e+04 9.111e-31 9.111e-31 1.822e-30 +3.95400e+04 9.140e-31 9.140e-31 1.828e-30 +3.94085e+04 9.168e-31 9.168e-31 1.834e-30 +3.92773e+04 9.197e-31 9.197e-31 1.839e-30 +3.91466e+04 9.226e-31 9.226e-31 1.845e-30 +3.90164e+04 9.256e-31 9.256e-31 1.851e-30 +3.88866e+04 9.285e-31 9.285e-31 1.857e-30 +3.87572e+04 9.314e-31 9.314e-31 1.863e-30 +3.86282e+04 9.344e-31 9.344e-31 1.869e-30 OH +3.84997e+04 9.373e-31 9.373e-31 1.875e-30 +3.83716e+04 9.403e-31 9.403e-31 1.881e-30 OH +3.82439e+04 9.433e-31 9.433e-31 1.887e-30 OH +3.81166e+04 9.462e-31 9.462e-31 1.892e-30 +3.79898e+04 9.492e-31 9.492e-31 1.898e-30 +3.78634e+04 9.522e-31 9.522e-31 1.904e-30 +3.77374e+04 9.552e-31 9.552e-31 1.910e-30 +3.76118e+04 9.583e-31 9.583e-31 1.917e-30 +3.74867e+04 9.613e-31 9.613e-31 1.923e-30 +3.73619e+04 9.643e-31 9.643e-31 1.929e-30 +3.72376e+04 9.674e-31 9.674e-31 1.935e-30 +3.71137e+04 9.704e-31 9.704e-31 1.941e-30 +3.69902e+04 9.735e-31 9.735e-31 1.947e-30 OH +3.68671e+04 9.766e-31 9.766e-31 1.953e-30 OH +3.67445e+04 9.797e-31 9.797e-31 1.959e-30 +3.66222e+04 9.828e-31 9.828e-31 1.966e-30 OH +3.65004e+04 9.859e-31 9.859e-31 1.972e-30 OH +3.63789e+04 9.890e-31 9.890e-31 1.978e-30 +3.62579e+04 9.921e-31 9.921e-31 1.984e-30 +3.61372e+04 9.952e-31 9.952e-31 1.990e-30 +3.60170e+04 9.984e-31 9.984e-31 1.997e-30 +3.58971e+04 1.002e-30 1.002e-30 2.003e-30 +3.57777e+04 1.005e-30 1.005e-30 2.009e-30 +3.56586e+04 1.008e-30 1.008e-30 2.016e-30 SO2 +3.55400e+04 1.011e-30 1.011e-30 2.022e-30 +3.54217e+04 1.014e-30 1.014e-30 2.029e-30 +3.53039e+04 1.017e-30 1.017e-30 2.035e-30 Li 3 +3.51864e+04 1.021e-30 1.021e-30 2.041e-30 +3.50693e+04 1.024e-30 1.024e-30 2.048e-30 +3.49526e+04 1.027e-30 1.027e-30 2.054e-30 +3.48363e+04 1.030e-30 1.030e-30 2.061e-30 +3.47204e+04 1.034e-30 1.034e-30 2.067e-30 +3.46049e+04 1.037e-30 1.037e-30 2.074e-30 He 2 +3.44897e+04 1.040e-30 1.040e-30 2.080e-30 +3.43750e+04 1.043e-30 1.043e-30 2.087e-30 +3.42606e+04 1.047e-30 1.047e-30 2.094e-30 +3.41466e+04 1.050e-30 1.050e-30 2.100e-30 +3.40330e+04 1.053e-30 1.053e-30 2.107e-30 +3.39197e+04 1.057e-30 1.057e-30 2.113e-30 +3.38069e+04 1.060e-30 1.060e-30 2.120e-30 He 1 +3.36944e+04 1.063e-30 1.063e-30 2.127e-30 H2CO +3.35823e+04 1.067e-30 1.067e-30 2.134e-30 +3.34705e+04 1.070e-30 1.070e-30 2.140e-30 He 1 +3.33591e+04 1.074e-30 1.074e-30 2.147e-30 +3.32481e+04 1.077e-30 1.077e-30 2.154e-30 SiC2 +3.31375e+04 1.080e-30 1.080e-30 2.161e-30 +3.30272e+04 1.084e-30 1.084e-30 2.167e-30 +3.29174e+04 1.087e-30 1.087e-30 2.174e-30 HC3N +3.28078e+04 1.091e-30 1.091e-30 2.181e-30 +3.26987e+04 1.094e-30 1.094e-30 2.188e-30 +3.25899e+04 1.097e-30 1.097e-30 2.195e-30 +3.24814e+04 1.101e-30 1.101e-30 2.202e-30 +3.23733e+04 1.104e-30 1.104e-30 2.209e-30 +3.22656e+04 1.108e-30 1.108e-30 2.216e-30 +3.21583e+04 1.111e-30 1.111e-30 2.223e-30 +3.20512e+04 1.115e-30 1.115e-30 2.230e-30 +3.19446e+04 1.118e-30 1.118e-30 2.237e-30 +3.18383e+04 1.122e-30 1.122e-30 2.244e-30 CH3OH +3.17324e+04 1.126e-30 1.126e-30 2.251e-30 +3.16268e+04 1.129e-30 1.129e-30 2.258e-30 +3.15215e+04 1.133e-30 1.133e-30 2.265e-30 +3.14167e+04 1.136e-30 1.136e-30 2.272e-30 +3.13121e+04 1.140e-30 1.140e-30 2.280e-30 +3.12079e+04 1.143e-30 1.143e-30 2.287e-30 +3.11041e+04 1.147e-30 1.147e-30 2.294e-30 +3.10006e+04 1.151e-30 1.151e-30 2.301e-30 S 6 +3.08974e+04 1.154e-30 1.154e-30 2.309e-30 +3.07946e+04 1.158e-30 1.158e-30 2.316e-30 +3.06922e+04 1.162e-30 1.162e-30 2.323e-30 +3.05900e+04 1.165e-30 1.165e-30 2.331e-30 +3.04883e+04 1.169e-30 1.169e-30 2.338e-30 +3.03868e+04 1.173e-30 1.173e-30 2.345e-30 +3.02857e+04 1.176e-30 1.176e-30 2.353e-30 +3.01849e+04 1.180e-30 1.180e-30 2.360e-30 CH3OH +3.00845e+04 1.184e-30 1.184e-30 2.368e-30 +2.99844e+04 1.188e-30 1.188e-30 2.375e-30 +2.98846e+04 1.191e-30 1.191e-30 2.383e-30 +2.97852e+04 1.195e-30 1.195e-30 2.390e-30 +2.96861e+04 1.199e-30 1.199e-30 2.398e-30 +2.95873e+04 1.203e-30 1.203e-30 2.405e-30 +2.94888e+04 1.206e-30 1.206e-30 2.413e-30 +2.93907e+04 1.210e-30 1.210e-30 2.420e-30 +2.92929e+04 1.214e-30 1.214e-30 2.428e-30 +2.91955e+04 1.218e-30 1.218e-30 2.436e-30 +2.90983e+04 1.222e-30 1.222e-30 2.443e-30 +2.90015e+04 1.226e-30 1.226e-30 2.451e-30 +2.89050e+04 1.229e-30 1.229e-30 2.459e-30 +2.88088e+04 1.233e-30 1.233e-30 2.467e-30 +2.87129e+04 1.237e-30 1.237e-30 2.474e-30 +2.86174e+04 1.241e-30 1.241e-30 2.482e-30 +2.85222e+04 1.245e-30 1.245e-30 2.490e-30 +2.84273e+04 1.249e-30 1.249e-30 2.498e-30 +2.83327e+04 1.253e-30 1.253e-30 2.506e-30 +2.82384e+04 1.257e-30 1.257e-30 2.514e-30 +2.81445e+04 1.261e-30 1.261e-30 2.522e-30 +2.80508e+04 1.265e-30 1.265e-30 2.530e-30 +2.79575e+04 1.269e-30 1.269e-30 2.538e-30 +2.78644e+04 1.273e-30 1.273e-30 2.546e-30 +2.77717e+04 1.277e-30 1.277e-30 2.554e-30 +2.76793e+04 1.281e-30 1.281e-30 2.562e-30 +2.75872e+04 1.285e-30 1.285e-30 2.570e-30 +2.74954e+04 1.289e-30 1.289e-30 2.578e-30 +2.74039e+04 1.293e-30 1.293e-30 2.586e-30 +2.73127e+04 1.297e-30 1.297e-30 2.594e-30 +2.72219e+04 1.301e-30 1.301e-30 2.602e-30 +2.71313e+04 1.305e-30 1.305e-30 2.611e-30 +2.70410e+04 1.309e-30 1.309e-30 2.619e-30 +2.69510e+04 1.314e-30 1.314e-30 2.627e-30 +2.68614e+04 1.318e-30 1.318e-30 2.636e-30 +2.67720e+04 1.322e-30 1.322e-30 2.644e-30 +2.66829e+04 1.326e-30 1.326e-30 2.652e-30 +2.65941e+04 1.330e-30 1.330e-30 2.661e-30 +2.65056e+04 1.334e-30 1.334e-30 2.669e-30 +2.64174e+04 1.339e-30 1.339e-30 2.677e-30 +2.63295e+04 1.343e-30 1.343e-30 2.686e-30 +2.62419e+04 1.347e-30 1.347e-30 2.694e-30 +2.61546e+04 1.351e-30 1.351e-30 2.703e-30 +2.60676e+04 1.356e-30 1.356e-30 2.711e-30 +2.59808e+04 1.360e-30 1.360e-30 2.720e-30 +2.58944e+04 1.364e-30 1.364e-30 2.728e-30 N 1 +2.58082e+04 1.369e-30 1.369e-30 2.737e-30 +2.57223e+04 1.373e-30 1.373e-30 2.746e-30 +2.56368e+04 1.377e-30 1.377e-30 2.754e-30 +2.55515e+04 1.382e-30 1.382e-30 2.763e-30 +2.54664e+04 1.386e-30 1.386e-30 2.772e-30 SO2 +2.53817e+04 1.390e-30 1.390e-30 2.781e-30 +2.52972e+04 1.395e-30 1.395e-30 2.789e-30 +2.52131e+04 1.399e-30 1.399e-30 2.798e-30 +2.51292e+04 1.404e-30 1.404e-30 2.807e-30 +2.50456e+04 1.408e-30 1.408e-30 2.816e-30 +2.49622e+04 1.412e-30 1.412e-30 2.825e-30 C 5 +2.48792e+04 1.417e-30 1.417e-30 2.834e-30 +2.47964e+04 1.421e-30 1.421e-30 2.843e-30 +2.47139e+04 1.426e-30 1.426e-30 2.852e-30 +2.46316e+04 1.430e-30 1.430e-30 2.861e-30 CH3OH +2.45497e+04 1.435e-30 1.435e-30 2.870e-30 +2.44680e+04 1.439e-30 1.439e-30 2.879e-30 SO2 +2.43866e+04 1.444e-30 1.444e-30 2.888e-30 +2.43054e+04 1.448e-30 1.448e-30 2.897e-30 +2.42245e+04 1.453e-30 1.453e-30 2.906e-30 +2.41439e+04 1.458e-30 1.458e-30 2.915e-30 +2.40636e+04 1.462e-30 1.462e-30 2.924e-30 +2.39835e+04 1.467e-30 1.467e-30 2.934e-30 +2.39037e+04 1.471e-30 1.471e-30 2.943e-30 +2.38242e+04 1.476e-30 1.476e-30 2.952e-30 +2.37449e+04 1.481e-30 1.481e-30 2.962e-30 +2.36659e+04 1.485e-30 1.485e-30 2.971e-30 +2.35872e+04 1.490e-30 1.490e-30 2.980e-30 +2.35087e+04 1.495e-30 1.495e-30 2.990e-30 +2.34305e+04 1.500e-30 1.500e-30 2.999e-30 +2.33525e+04 1.504e-30 1.504e-30 3.009e-30 +2.32748e+04 1.509e-30 1.509e-30 3.018e-30 +2.31973e+04 1.514e-30 1.514e-30 3.028e-30 +2.31202e+04 1.519e-30 1.519e-30 3.037e-30 +2.30432e+04 1.523e-30 1.523e-30 3.047e-30 +2.29666e+04 1.528e-30 1.528e-30 3.056e-30 SO +2.28901e+04 1.533e-30 1.533e-30 3.066e-30 +2.28140e+04 1.538e-30 1.538e-30 3.076e-30 +2.27381e+04 1.543e-30 1.543e-30 3.085e-30 +2.26624e+04 1.548e-30 1.548e-30 3.095e-30 +2.25870e+04 1.552e-30 1.552e-30 3.105e-30 +2.25118e+04 1.557e-30 1.557e-30 3.115e-30 +2.24369e+04 1.562e-30 1.562e-30 3.124e-30 +2.23623e+04 1.567e-30 1.567e-30 3.134e-30 +2.22879e+04 1.572e-30 1.572e-30 3.144e-30 OH +2.22137e+04 1.577e-30 1.577e-30 3.154e-30 +2.21398e+04 1.582e-30 1.582e-30 3.164e-30 +2.20661e+04 1.587e-30 1.587e-30 3.174e-30 +2.19927e+04 1.592e-30 1.592e-30 3.184e-30 K 9 +2.19195e+04 1.597e-30 1.597e-30 3.194e-30 +2.18466e+04 1.602e-30 1.602e-30 3.204e-30 +2.17739e+04 1.607e-30 1.607e-30 3.214e-30 +2.17014e+04 1.612e-30 1.612e-30 3.224e-30 +2.16292e+04 1.617e-30 1.617e-30 3.235e-30 +2.15573e+04 1.622e-30 1.622e-30 3.245e-30 +2.14855e+04 1.628e-30 1.628e-30 3.255e-30 +2.14140e+04 1.633e-30 1.633e-30 3.265e-30 +2.13428e+04 1.638e-30 1.638e-30 3.276e-30 +2.12718e+04 1.643e-30 1.643e-30 3.286e-30 +2.12010e+04 1.648e-30 1.648e-30 3.296e-30 +2.11304e+04 1.653e-30 1.653e-30 3.307e-30 +2.10601e+04 1.659e-30 1.659e-30 3.317e-30 +2.09901e+04 1.664e-30 1.664e-30 3.328e-30 Cl 7 +2.09202e+04 1.669e-30 1.669e-30 3.338e-30 +2.08506e+04 1.674e-30 1.674e-30 3.349e-30 +2.07812e+04 1.680e-30 1.680e-30 3.359e-30 +2.07121e+04 1.685e-30 1.685e-30 3.370e-30 H2CO +2.06432e+04 1.690e-30 1.690e-30 3.380e-30 N 1 +2.05745e+04 1.696e-30 1.696e-30 3.391e-30 SO2 +2.05060e+04 1.701e-30 1.701e-30 3.402e-30 +2.04378e+04 1.706e-30 1.706e-30 3.413e-30 +2.03698e+04 1.712e-30 1.712e-30 3.423e-30 He 1 +2.03020e+04 1.717e-30 1.717e-30 3.434e-30 +2.02344e+04 1.722e-30 1.722e-30 3.445e-30 +2.01671e+04 1.728e-30 1.728e-30 3.456e-30 He 1 +2.01000e+04 1.733e-30 1.733e-30 3.467e-30 +2.00331e+04 1.739e-30 1.739e-30 3.478e-30 Al 3 +1.99665e+04 1.744e-30 1.744e-30 3.489e-30 +1.99000e+04 1.750e-30 1.750e-30 3.500e-30 +1.98338e+04 1.755e-30 1.755e-30 3.511e-30 +1.97678e+04 1.761e-30 1.761e-30 3.522e-30 +1.97020e+04 1.766e-30 1.766e-30 3.533e-30 +1.96365e+04 1.772e-30 1.772e-30 3.544e-30 +1.95711e+04 1.778e-30 1.778e-30 3.555e-30 +1.95060e+04 1.783e-30 1.783e-30 3.566e-30 +1.94411e+04 1.789e-30 1.789e-30 3.578e-30 +1.93764e+04 1.794e-30 1.794e-30 3.589e-30 +1.93120e+04 1.800e-30 1.800e-30 3.600e-30 +1.92477e+04 1.806e-30 1.806e-30 3.612e-30 +1.91837e+04 1.812e-30 1.812e-30 3.623e-30 CH3OH +1.91198e+04 1.817e-30 1.817e-30 3.634e-30 SiC2 +1.90562e+04 1.823e-30 1.823e-30 3.646e-30 +1.89928e+04 1.829e-30 1.829e-30 3.657e-30 +1.89296e+04 1.834e-30 1.834e-30 3.669e-30 +1.88666e+04 1.840e-30 1.840e-30 3.681e-30 +1.88038e+04 1.846e-30 1.846e-30 3.692e-30 +1.87413e+04 1.852e-30 1.852e-30 3.704e-30 +1.86789e+04 1.858e-30 1.858e-30 3.715e-30 +1.86168e+04 1.864e-30 1.864e-30 3.727e-30 +1.85548e+04 1.869e-30 1.869e-30 3.739e-30 +1.84931e+04 1.875e-30 1.875e-30 3.751e-30 +1.84315e+04 1.881e-30 1.881e-30 3.763e-30 +1.83702e+04 1.887e-30 1.887e-30 3.774e-30 +1.83091e+04 1.893e-30 1.893e-30 3.786e-30 +1.82482e+04 1.899e-30 1.899e-30 3.798e-30 +1.81874e+04 1.905e-30 1.905e-30 3.810e-30 Si 3 +1.81269e+04 1.911e-30 1.911e-30 3.822e-30 +1.80666e+04 1.917e-30 1.917e-30 3.834e-30 +1.80065e+04 1.923e-30 1.923e-30 3.846e-30 Fe16 +1.79466e+04 1.929e-30 1.929e-30 3.859e-30 +1.78869e+04 1.935e-30 1.935e-30 3.871e-30 +1.78273e+04 1.941e-30 1.941e-30 3.883e-30 +1.77680e+04 1.948e-30 1.948e-30 3.895e-30 +1.77089e+04 1.954e-30 1.954e-30 3.907e-30 +1.76500e+04 1.960e-30 1.960e-30 3.920e-30 +1.75912e+04 1.966e-30 1.966e-30 3.932e-30 +1.75327e+04 1.972e-30 1.972e-30 3.945e-30 +1.74744e+04 1.978e-30 1.978e-30 3.957e-30 +1.74162e+04 1.985e-30 1.985e-30 3.969e-30 +1.73583e+04 1.991e-30 1.991e-30 3.982e-30 +1.73005e+04 1.997e-30 1.997e-30 3.995e-30 +1.72430e+04 2.004e-30 2.004e-30 4.007e-30 +1.71856e+04 2.010e-30 2.010e-30 4.020e-30 +1.71284e+04 2.016e-30 2.016e-30 4.032e-30 +1.70714e+04 2.023e-30 2.023e-30 4.045e-30 +1.70146e+04 2.029e-30 2.029e-30 4.058e-30 +1.69580e+04 2.035e-30 2.035e-30 4.071e-30 +1.69016e+04 2.042e-30 2.042e-30 4.084e-30 +1.68453e+04 2.048e-30 2.048e-30 4.096e-30 +1.67893e+04 2.055e-30 2.055e-30 4.109e-30 +1.67334e+04 2.061e-30 2.061e-30 4.122e-30 +1.66777e+04 2.068e-30 2.068e-30 4.135e-30 +1.66222e+04 2.074e-30 2.074e-30 4.148e-30 NH3 +1.65669e+04 2.081e-30 2.081e-30 4.161e-30 +1.65118e+04 2.087e-30 2.087e-30 4.174e-30 +1.64569e+04 2.094e-30 2.094e-30 4.188e-30 HC3N +1.64021e+04 2.100e-30 2.100e-30 4.201e-30 +1.63475e+04 2.107e-30 2.107e-30 4.214e-30 CH3OH +1.62931e+04 2.114e-30 2.114e-30 4.227e-30 +1.62389e+04 2.120e-30 2.120e-30 4.241e-30 +1.61849e+04 2.127e-30 2.127e-30 4.254e-30 +1.61310e+04 2.134e-30 2.134e-30 4.267e-30 +1.60773e+04 2.140e-30 2.140e-30 4.281e-30 +1.60238e+04 2.147e-30 2.147e-30 4.294e-30 P 5 +1.59705e+04 2.154e-30 2.154e-30 4.308e-30 +1.59174e+04 2.161e-30 2.161e-30 4.322e-30 +1.58644e+04 2.168e-30 2.168e-30 4.335e-30 +1.58116e+04 2.174e-30 2.174e-30 4.349e-30 +1.57590e+04 2.181e-30 2.181e-30 4.363e-30 +1.57066e+04 2.188e-30 2.188e-30 4.376e-30 +1.56543e+04 2.195e-30 2.195e-30 4.390e-30 +1.56022e+04 2.202e-30 2.202e-30 4.404e-30 +1.55503e+04 2.209e-30 2.209e-30 4.418e-30 +1.54986e+04 2.216e-30 2.216e-30 4.432e-30 Be 1 +1.54470e+04 2.223e-30 2.223e-30 4.446e-30 +1.53956e+04 2.230e-30 2.230e-30 4.460e-30 +1.53444e+04 2.237e-30 2.237e-30 4.474e-30 +1.52933e+04 2.244e-30 2.244e-30 4.488e-30 +1.52424e+04 2.251e-30 2.251e-30 4.502e-30 +1.51917e+04 2.258e-30 2.258e-30 4.516e-30 NH3 +1.51412e+04 2.265e-30 2.265e-30 4.530e-30 +1.50908e+04 2.272e-30 2.272e-30 4.545e-30 NH3 +1.50406e+04 2.280e-30 2.280e-30 4.559e-30 +1.49905e+04 2.287e-30 2.287e-30 4.573e-30 CH3OH +1.49407e+04 2.294e-30 2.294e-30 4.588e-30 +1.48909e+04 2.301e-30 2.301e-30 4.602e-30 +1.48414e+04 2.308e-30 2.308e-30 4.617e-30 +1.47920e+04 2.316e-30 2.316e-30 4.631e-30 +1.47428e+04 2.323e-30 2.323e-30 4.646e-30 SO2 +1.46937e+04 2.330e-30 2.330e-30 4.661e-30 NH3 +1.46448e+04 2.338e-30 2.338e-30 4.675e-30 +1.45961e+04 2.345e-30 2.345e-30 4.690e-30 +1.45475e+04 2.352e-30 2.352e-30 4.705e-30 +1.44991e+04 2.360e-30 2.360e-30 4.720e-30 +1.44509e+04 2.367e-30 2.367e-30 4.734e-30 +1.44028e+04 2.375e-30 2.375e-30 4.749e-30 +1.43549e+04 2.382e-30 2.382e-30 4.764e-30 +1.43071e+04 2.390e-30 2.390e-30 4.779e-30 Ne 8 +1.42595e+04 2.397e-30 2.397e-30 4.794e-30 SiC2 +1.42121e+04 2.405e-30 2.405e-30 4.810e-30 +1.41648e+04 2.412e-30 2.412e-30 4.825e-30 NH3 +1.41176e+04 2.420e-30 2.420e-30 4.840e-30 +1.40707e+04 2.428e-30 2.428e-30 4.855e-30 NH3 +1.40238e+04 2.435e-30 2.435e-30 4.870e-30 +1.39772e+04 2.443e-30 2.443e-30 4.886e-30 +1.39307e+04 2.451e-30 2.451e-30 4.901e-30 +1.38843e+04 2.458e-30 2.458e-30 4.917e-30 +1.38381e+04 2.466e-30 2.466e-30 4.932e-30 +1.37921e+04 2.474e-30 2.474e-30 4.948e-30 NH3 +1.37462e+04 2.482e-30 2.482e-30 4.963e-30 +1.37004e+04 2.489e-30 2.489e-30 4.979e-30 +1.36549e+04 2.497e-30 2.497e-30 4.995e-30 +1.36094e+04 2.505e-30 2.505e-30 5.010e-30 +1.35641e+04 2.513e-30 2.513e-30 5.026e-30 +1.35190e+04 2.521e-30 2.521e-30 5.042e-30 +1.34740e+04 2.529e-30 2.529e-30 5.058e-30 NH3 +1.34292e+04 2.537e-30 2.537e-30 5.074e-30 CH3OH +1.33845e+04 2.545e-30 2.545e-30 5.090e-30 +1.33400e+04 2.553e-30 2.553e-30 5.106e-30 +1.32956e+04 2.561e-30 2.561e-30 5.122e-30 +1.32513e+04 2.569e-30 2.569e-30 5.138e-30 NH3 +1.32072e+04 2.577e-30 2.577e-30 5.154e-30 NH3 +1.31633e+04 2.585e-30 2.585e-30 5.170e-30 +1.31195e+04 2.593e-30 2.593e-30 5.187e-30 NH3 +1.30758e+04 2.602e-30 2.602e-30 5.203e-30 NH3 +1.30323e+04 2.610e-30 2.610e-30 5.219e-30 H2CO +1.29890e+04 2.618e-30 2.618e-30 5.236e-30 NH3 +1.29458e+04 2.626e-30 2.626e-30 5.252e-30 +1.29027e+04 2.634e-30 2.634e-30 5.269e-30 +1.28597e+04 2.643e-30 2.643e-30 5.286e-30 +1.28170e+04 2.651e-30 2.651e-30 5.302e-30 SO2 +1.27743e+04 2.659e-30 2.659e-30 5.319e-30 CH3OH +1.27318e+04 2.668e-30 2.668e-30 5.336e-30 +1.26894e+04 2.676e-30 2.676e-30 5.352e-30 SiC2 +1.26472e+04 2.685e-30 2.685e-30 5.369e-30 NH3 +1.26051e+04 2.693e-30 2.693e-30 5.386e-30 +1.25632e+04 2.702e-30 2.702e-30 5.403e-30 NH3 +1.25214e+04 2.710e-30 2.710e-30 5.420e-30 +1.24797e+04 2.719e-30 2.719e-30 5.437e-30 +1.24382e+04 2.727e-30 2.727e-30 5.454e-30 NH3 +1.23968e+04 2.736e-30 2.736e-30 5.472e-30 +1.23556e+04 2.744e-30 2.744e-30 5.489e-30 +1.23145e+04 2.753e-30 2.753e-30 5.506e-30 OCS +1.22735e+04 2.762e-30 2.762e-30 5.523e-30 +1.22326e+04 2.770e-30 2.770e-30 5.541e-30 NH3 +1.21919e+04 2.779e-30 2.779e-30 5.558e-30 CH3OH +1.21514e+04 2.788e-30 2.788e-30 5.576e-30 +1.21109e+04 2.797e-30 2.797e-30 5.593e-30 +1.20706e+04 2.805e-30 2.805e-30 5.611e-30 +1.20305e+04 2.814e-30 2.814e-30 5.629e-30 CH3OH +1.19904e+04 2.823e-30 2.823e-30 5.646e-30 CH3OH +1.19505e+04 2.832e-30 2.832e-30 5.664e-30 NH3 +1.19108e+04 2.841e-30 2.841e-30 5.682e-30 O 6 +1.18711e+04 2.850e-30 2.850e-30 5.700e-30 +1.18316e+04 2.859e-30 2.859e-30 5.718e-30 CH3OH +1.17923e+04 2.868e-30 2.868e-30 5.736e-30 SO2 +1.17530e+04 2.877e-30 2.877e-30 5.754e-30 CH3OH +1.17139e+04 2.886e-30 2.886e-30 5.772e-30 Be 4 +1.16750e+04 2.895e-30 2.895e-30 5.790e-30 +1.16361e+04 2.904e-30 2.904e-30 5.808e-30 +1.15974e+04 2.913e-30 2.913e-30 5.827e-30 CH3OH +1.15588e+04 2.923e-30 2.923e-30 5.845e-30 +1.15203e+04 2.932e-30 2.932e-30 5.863e-30 +1.14820e+04 2.941e-30 2.941e-30 5.882e-30 CH3OH +1.14438e+04 2.950e-30 2.950e-30 5.900e-30 +1.14057e+04 2.960e-30 2.960e-30 5.919e-30 +1.13678e+04 2.969e-30 2.969e-30 5.938e-30 +1.13299e+04 2.978e-30 2.978e-30 5.956e-30 +1.12922e+04 2.988e-30 2.988e-30 5.975e-30 +1.12547e+04 2.997e-30 2.997e-30 5.994e-30 +1.12172e+04 3.006e-30 3.006e-30 6.013e-30 +1.11799e+04 3.016e-30 3.016e-30 6.032e-30 +1.11427e+04 3.025e-30 3.025e-30 6.051e-30 +1.11056e+04 3.035e-30 3.035e-30 6.070e-30 +1.10687e+04 3.044e-30 3.044e-30 6.089e-30 +1.10318e+04 3.054e-30 3.054e-30 6.108e-30 +1.09951e+04 3.064e-30 3.064e-30 6.127e-30 HC3N +1.09585e+04 3.073e-30 3.073e-30 6.147e-30 +1.09221e+04 3.083e-30 3.083e-30 6.166e-30 +1.08857e+04 3.093e-30 3.093e-30 6.185e-30 +1.08495e+04 3.102e-30 3.102e-30 6.205e-30 +1.08134e+04 3.112e-30 3.112e-30 6.224e-30 +1.07774e+04 3.122e-30 3.122e-30 6.244e-30 +1.07416e+04 3.132e-30 3.132e-30 6.264e-30 +1.07058e+04 3.142e-30 3.142e-30 6.283e-30 +1.06702e+04 3.152e-30 3.152e-30 6.303e-30 +1.06347e+04 3.161e-30 3.161e-30 6.323e-30 +1.05993e+04 3.171e-30 3.171e-30 6.343e-30 CH3OH +1.05641e+04 3.181e-30 3.181e-30 6.363e-30 +1.05289e+04 3.191e-30 3.191e-30 6.383e-30 +1.04939e+04 3.201e-30 3.201e-30 6.403e-30 +1.04589e+04 3.212e-30 3.212e-30 6.423e-30 +1.04241e+04 3.222e-30 3.222e-30 6.443e-30 +1.03895e+04 3.232e-30 3.232e-30 6.464e-30 +1.03549e+04 3.242e-30 3.242e-30 6.484e-30 H2CO +1.03204e+04 3.252e-30 3.252e-30 6.504e-30 +1.02861e+04 3.262e-30 3.262e-30 6.525e-30 +1.02519e+04 3.273e-30 3.273e-30 6.545e-30 +1.02178e+04 3.283e-30 3.283e-30 6.566e-30 SO2 +1.01838e+04 3.293e-30 3.293e-30 6.587e-30 +1.01499e+04 3.304e-30 3.304e-30 6.607e-30 +1.01161e+04 3.314e-30 3.314e-30 6.628e-30 He 1 +1.00824e+04 3.325e-30 3.325e-30 6.649e-30 +1.00489e+04 3.335e-30 3.335e-30 6.670e-30 +1.00155e+04 3.345e-30 3.345e-30 6.691e-30 Li 3 +9.98213e+03 3.356e-30 3.356e-30 6.712e-30 Si10 +9.94891e+03 3.367e-30 3.367e-30 6.733e-30 +9.91581e+03 3.377e-30 3.377e-30 6.754e-30 +9.88281e+03 3.388e-30 3.388e-30 6.776e-30 +9.84993e+03 3.398e-30 3.398e-30 6.797e-30 CH3OH +9.81716e+03 3.409e-30 3.409e-30 6.818e-30 +9.78449e+03 3.420e-30 3.420e-30 6.840e-30 +9.75193e+03 3.431e-30 3.431e-30 6.861e-30 +9.71948e+03 3.441e-30 3.441e-30 6.883e-30 +9.68714e+03 3.452e-30 3.452e-30 6.905e-30 +9.65491e+03 3.463e-30 3.463e-30 6.926e-30 +9.62278e+03 3.474e-30 3.474e-30 6.948e-30 +9.59076e+03 3.485e-30 3.485e-30 6.970e-30 +9.55885e+03 3.496e-30 3.496e-30 6.992e-30 +9.52705e+03 3.507e-30 3.507e-30 7.014e-30 +9.49535e+03 3.518e-30 3.518e-30 7.036e-30 +9.46375e+03 3.529e-30 3.529e-30 7.058e-30 +9.43226e+03 3.540e-30 3.540e-30 7.080e-30 +9.40087e+03 3.551e-30 3.551e-30 7.103e-30 +9.36959e+03 3.562e-30 3.562e-30 7.125e-30 +9.33842e+03 3.574e-30 3.574e-30 7.147e-30 +9.30734e+03 3.585e-30 3.585e-30 7.170e-30 +9.27638e+03 3.596e-30 3.596e-30 7.192e-30 +9.24551e+03 3.607e-30 3.607e-30 7.215e-30 +9.21475e+03 3.619e-30 3.619e-30 7.238e-30 CH3OH +9.18408e+03 3.630e-30 3.630e-30 7.260e-30 +9.15352e+03 3.642e-30 3.642e-30 7.283e-30 +9.12307e+03 3.653e-30 3.653e-30 7.306e-30 +9.09271e+03 3.665e-30 3.665e-30 7.329e-30 C 3 +9.06246e+03 3.676e-30 3.676e-30 7.352e-30 +9.03230e+03 3.688e-30 3.688e-30 7.375e-30 +9.00225e+03 3.699e-30 3.699e-30 7.399e-30 +8.97229e+03 3.711e-30 3.711e-30 7.422e-30 +8.94244e+03 3.723e-30 3.723e-30 7.445e-30 +8.91268e+03 3.734e-30 3.734e-30 7.469e-30 +8.88303e+03 3.746e-30 3.746e-30 7.492e-30 +8.85347e+03 3.758e-30 3.758e-30 7.516e-30 +8.82401e+03 3.770e-30 3.770e-30 7.539e-30 +8.79465e+03 3.782e-30 3.782e-30 7.563e-30 H2CO +8.76538e+03 3.793e-30 3.793e-30 7.587e-30 SiC2 +8.73622e+03 3.805e-30 3.805e-30 7.611e-30 +8.70715e+03 3.817e-30 3.817e-30 7.635e-30 +8.67818e+03 3.829e-30 3.829e-30 7.659e-30 +8.64930e+03 3.841e-30 3.841e-30 7.683e-30 +8.62052e+03 3.853e-30 3.853e-30 7.707e-30 +8.59184e+03 3.866e-30 3.866e-30 7.731e-30 +8.56325e+03 3.878e-30 3.878e-30 7.756e-30 +8.53475e+03 3.890e-30 3.890e-30 7.780e-30 +8.50636e+03 3.902e-30 3.902e-30 7.804e-30 +8.47805e+03 3.914e-30 3.914e-30 7.829e-30 +8.44984e+03 3.927e-30 3.927e-30 7.854e-30 +8.42173e+03 3.939e-30 3.939e-30 7.878e-30 +8.39370e+03 3.952e-30 3.952e-30 7.903e-30 +8.36577e+03 3.964e-30 3.964e-30 7.928e-30 +8.33794e+03 3.976e-30 3.976e-30 7.953e-30 Si 3 +8.31019e+03 3.989e-30 3.989e-30 7.978e-30 +8.28254e+03 4.001e-30 4.001e-30 8.003e-30 CH3OH +8.25498e+03 4.014e-30 4.014e-30 8.028e-30 +8.22751e+03 4.027e-30 4.027e-30 8.053e-30 HC3N +8.20014e+03 4.039e-30 4.039e-30 8.079e-30 +8.17285e+03 4.052e-30 4.052e-30 8.104e-30 +8.14566e+03 4.065e-30 4.065e-30 8.130e-30 +8.11855e+03 4.078e-30 4.078e-30 8.155e-30 +8.09154e+03 4.090e-30 4.090e-30 8.181e-30 SiC2 +8.06462e+03 4.103e-30 4.103e-30 8.207e-30 +8.03778e+03 4.116e-30 4.116e-30 8.232e-30 +8.01104e+03 4.129e-30 4.129e-30 8.258e-30 S 2 +7.98438e+03 4.142e-30 4.142e-30 8.284e-30 +7.95781e+03 4.155e-30 4.155e-30 8.310e-30 CH3OH +7.93133e+03 4.168e-30 4.168e-30 8.336e-30 +7.90494e+03 4.181e-30 4.181e-30 8.363e-30 +7.87864e+03 4.194e-30 4.194e-30 8.389e-30 +7.85242e+03 4.208e-30 4.208e-30 8.415e-30 +7.82630e+03 4.221e-30 4.221e-30 8.442e-30 +7.80025e+03 4.234e-30 4.234e-30 8.468e-30 CH3OH +7.77430e+03 4.247e-30 4.247e-30 8.495e-30 +7.74843e+03 4.261e-30 4.261e-30 8.522e-30 +7.72265e+03 4.274e-30 4.274e-30 8.548e-30 +7.69695e+03 4.288e-30 4.288e-30 8.575e-30 Si 2 +7.67134e+03 4.301e-30 4.301e-30 8.602e-30 +7.64582e+03 4.315e-30 4.315e-30 8.629e-30 +7.62038e+03 4.328e-30 4.328e-30 8.657e-30 +7.59502e+03 4.342e-30 4.342e-30 8.684e-30 +7.56975e+03 4.356e-30 4.356e-30 8.711e-30 +7.54456e+03 4.369e-30 4.369e-30 8.738e-30 +7.51946e+03 4.383e-30 4.383e-30 8.766e-30 +7.49444e+03 4.397e-30 4.397e-30 8.793e-30 +7.46950e+03 4.411e-30 4.411e-30 8.821e-30 +7.44464e+03 4.424e-30 4.424e-30 8.849e-30 +7.41987e+03 4.438e-30 4.438e-30 8.877e-30 +7.39518e+03 4.452e-30 4.452e-30 8.905e-30 +7.37058e+03 4.466e-30 4.466e-30 8.933e-30 +7.34605e+03 4.480e-30 4.480e-30 8.961e-30 +7.32161e+03 4.494e-30 4.494e-30 8.989e-30 +7.29725e+03 4.509e-30 4.509e-30 9.017e-30 +7.27296e+03 4.523e-30 4.523e-30 9.045e-30 +7.24876e+03 4.537e-30 4.537e-30 9.074e-30 +7.22464e+03 4.551e-30 4.551e-30 9.102e-30 +7.20061e+03 4.566e-30 4.566e-30 9.131e-30 +7.17665e+03 4.580e-30 4.580e-30 9.160e-30 +7.15277e+03 4.594e-30 4.594e-30 9.189e-30 +7.12897e+03 4.609e-30 4.609e-30 9.217e-30 +7.10524e+03 4.623e-30 4.623e-30 9.246e-30 +7.08160e+03 4.638e-30 4.638e-30 9.275e-30 +7.05804e+03 4.652e-30 4.652e-30 9.305e-30 +7.03455e+03 4.667e-30 4.667e-30 9.334e-30 HCS+ +7.01115e+03 4.682e-30 4.682e-30 9.363e-30 +6.98782e+03 4.696e-30 4.696e-30 9.393e-30 +6.96457e+03 4.711e-30 4.711e-30 9.422e-30 +6.94139e+03 4.726e-30 4.726e-30 9.452e-30 +6.91830e+03 4.741e-30 4.741e-30 9.481e-30 +6.89528e+03 4.756e-30 4.756e-30 9.511e-30 SiO +6.87233e+03 4.771e-30 4.771e-30 9.541e-30 +6.84947e+03 4.786e-30 4.786e-30 9.571e-30 +6.82667e+03 4.801e-30 4.801e-30 9.601e-30 +6.80396e+03 4.816e-30 4.816e-30 9.631e-30 Cr14 +6.78132e+03 4.831e-30 4.831e-30 9.662e-30 +6.75875e+03 4.846e-30 4.846e-30 9.692e-30 +6.73627e+03 4.861e-30 4.861e-30 9.723e-30 +6.71385e+03 4.877e-30 4.877e-30 9.753e-30 +6.69151e+03 4.892e-30 4.892e-30 9.784e-30 +6.66925e+03 4.907e-30 4.907e-30 9.815e-30 Mg10 +6.64705e+03 4.923e-30 4.923e-30 9.845e-30 +6.62494e+03 4.938e-30 4.938e-30 9.876e-30 +6.60289e+03 4.954e-30 4.954e-30 9.907e-30 +6.58092e+03 4.969e-30 4.969e-30 9.938e-30 HC3N +6.55902e+03 4.985e-30 4.985e-30 9.970e-30 +6.53720e+03 5.001e-30 5.001e-30 1.000e-29 CH3OH +6.51545e+03 5.016e-30 5.016e-30 1.003e-29 +6.49377e+03 5.032e-30 5.032e-30 1.006e-29 Ti12 +6.47216e+03 5.048e-30 5.048e-30 1.010e-29 +6.45063e+03 5.064e-30 5.064e-30 1.013e-29 +6.42916e+03 5.080e-30 5.080e-30 1.016e-29 +6.40777e+03 5.096e-30 5.096e-30 1.019e-29 +6.38645e+03 5.112e-30 5.112e-30 1.022e-29 +6.36520e+03 5.128e-30 5.128e-30 1.026e-29 SiC2 +6.34402e+03 5.144e-30 5.144e-30 1.029e-29 +6.32291e+03 5.160e-30 5.160e-30 1.032e-29 +6.30187e+03 5.176e-30 5.176e-30 1.035e-29 +6.28090e+03 5.192e-30 5.192e-30 1.038e-29 +6.26000e+03 5.209e-30 5.209e-30 1.042e-29 SO2 +6.23917e+03 5.225e-30 5.225e-30 1.045e-29 +6.21841e+03 5.241e-30 5.241e-30 1.048e-29 H2CO +6.19772e+03 5.258e-30 5.258e-30 1.052e-29 CH3OH +6.17710e+03 5.274e-30 5.274e-30 1.055e-29 +6.15654e+03 5.291e-30 5.291e-30 1.058e-29 H2CO +6.13606e+03 5.308e-30 5.308e-30 1.062e-29 +6.11564e+03 5.324e-30 5.324e-30 1.065e-29 CS +6.09529e+03 5.341e-30 5.341e-30 1.068e-29 Ca10 +6.07501e+03 5.358e-30 5.358e-30 1.072e-29 +6.05480e+03 5.375e-30 5.375e-30 1.075e-29 +6.03465e+03 5.392e-30 5.392e-30 1.078e-29 N 7 +6.01457e+03 5.408e-30 5.408e-30 1.082e-29 He 1 +5.99456e+03 5.425e-30 5.425e-30 1.085e-29 +5.97461e+03 5.443e-30 5.443e-30 1.089e-29 +5.95473e+03 5.460e-30 5.460e-30 1.092e-29 +5.93492e+03 5.477e-30 5.477e-30 1.095e-29 +5.91517e+03 5.494e-30 5.494e-30 1.099e-29 +5.89549e+03 5.511e-30 5.511e-30 1.102e-29 +5.87587e+03 5.529e-30 5.529e-30 1.106e-29 +5.85632e+03 5.546e-30 5.546e-30 1.109e-29 SiC2 +5.83683e+03 5.563e-30 5.563e-30 1.113e-29 +5.81741e+03 5.581e-30 5.581e-30 1.116e-29 CH3OH +5.79805e+03 5.598e-30 5.598e-30 1.120e-29 +5.77876e+03 5.616e-30 5.616e-30 1.123e-29 +5.75953e+03 5.634e-30 5.634e-30 1.127e-29 O2 +5.74037e+03 5.651e-30 5.651e-30 1.130e-29 +5.72127e+03 5.669e-30 5.669e-30 1.134e-29 Si 3 +5.70223e+03 5.687e-30 5.687e-30 1.137e-29 O2 +5.68325e+03 5.705e-30 5.705e-30 1.141e-29 +5.66434e+03 5.723e-30 5.723e-30 1.145e-29 +5.64550e+03 5.983e-30 5.983e-30 1.197e-29 N 7 +5.62671e+03 5.759e-30 5.759e-30 1.152e-29 +5.60799e+03 5.777e-30 5.777e-30 1.155e-29 SO2 +5.58933e+03 5.795e-30 5.795e-30 1.159e-29 O2 +5.57073e+03 5.813e-30 5.813e-30 1.163e-29 +5.55220e+03 5.831e-30 5.831e-30 1.166e-29 +5.53372e+03 5.850e-30 5.850e-30 1.170e-29 O2 +5.51531e+03 5.868e-30 5.868e-30 1.174e-29 +5.49696e+03 5.886e-30 5.886e-30 1.177e-29 HC3N +5.47867e+03 5.905e-30 5.905e-30 1.181e-29 O2 +5.46044e+03 5.923e-30 5.923e-30 1.185e-29 +5.44227e+03 5.942e-30 5.942e-30 1.188e-29 +5.42416e+03 5.961e-30 5.961e-30 1.192e-29 O2 +5.40611e+03 5.979e-30 5.979e-30 1.196e-29 +5.38812e+03 5.998e-30 5.998e-30 1.200e-29 +5.37019e+03 6.017e-30 6.017e-30 1.203e-29 O2 +5.35232e+03 6.037e-30 6.037e-30 1.207e-29 K 17 +5.33451e+03 6.055e-30 6.055e-30 1.211e-29 O2 +5.31676e+03 6.074e-30 6.074e-30 1.215e-29 O2 +5.29907e+03 6.093e-30 6.093e-30 1.219e-29 +5.28144e+03 6.112e-30 6.112e-30 1.222e-29 +5.26387e+03 6.131e-30 6.131e-30 1.226e-29 O2 +5.24635e+03 6.151e-30 6.151e-30 1.230e-29 +5.22889e+03 6.170e-30 6.170e-30 1.234e-29 CH3OH +5.21150e+03 6.189e-30 6.189e-30 1.238e-29 CH3OH +5.19415e+03 6.209e-30 6.209e-30 1.242e-29 S 13 +5.17687e+03 6.228e-30 6.228e-30 1.246e-29 +5.15965e+03 6.248e-30 6.248e-30 1.250e-29 +5.14248e+03 6.267e-30 6.267e-30 1.253e-29 O2 +5.12537e+03 6.287e-30 6.287e-30 1.257e-29 O2 +5.10831e+03 6.307e-30 6.307e-30 1.261e-29 +5.09131e+03 6.327e-30 6.327e-30 1.265e-29 +5.07437e+03 6.346e-30 6.346e-30 1.269e-29 O2 +5.05749e+03 6.366e-30 6.366e-30 1.273e-29 SO2 +5.04066e+03 6.386e-30 6.386e-30 1.277e-29 +5.02389e+03 6.406e-30 6.406e-30 1.281e-29 O2 +5.00717e+03 6.427e-30 6.427e-30 1.285e-29 Cl 6 +4.99051e+03 6.447e-30 6.447e-30 1.289e-29 +4.97391e+03 6.467e-30 6.467e-30 1.293e-29 O2 +4.95735e+03 6.487e-30 6.487e-30 1.297e-29 CH3OH +4.94086e+03 6.508e-30 6.508e-30 1.302e-29 +4.92442e+03 6.528e-30 6.528e-30 1.306e-29 OCS +4.90803e+03 6.549e-30 6.549e-30 1.310e-29 Ti12 +4.89170e+03 6.569e-30 6.569e-30 1.314e-29 +4.87543e+03 6.590e-30 6.590e-30 1.318e-29 +4.85920e+03 6.610e-30 6.610e-30 1.322e-29 +4.84303e+03 6.631e-30 6.631e-30 1.326e-29 O2 +4.82692e+03 6.652e-30 6.652e-30 1.330e-29 +4.81086e+03 6.673e-30 6.673e-30 1.335e-29 O2 +4.79485e+03 6.694e-30 6.694e-30 1.339e-29 O2 +4.77890e+03 6.715e-30 6.715e-30 1.343e-29 +4.76300e+03 6.736e-30 6.736e-30 1.347e-29 O2 +4.74715e+03 6.757e-30 6.757e-30 1.351e-29 +4.73135e+03 6.778e-30 6.778e-30 1.356e-29 +4.71561e+03 6.800e-30 6.800e-30 1.360e-29 CH3OH +4.69992e+03 6.821e-30 6.821e-30 1.364e-29 HC3N +4.68428e+03 6.842e-30 6.842e-30 1.368e-29 +4.66869e+03 6.864e-30 6.864e-30 1.373e-29 O2 +4.65316e+03 6.885e-30 6.885e-30 1.377e-29 +4.63767e+03 6.907e-30 6.907e-30 1.381e-29 O2 +4.62224e+03 6.929e-30 6.929e-30 1.386e-29 +4.60686e+03 6.950e-30 6.950e-30 1.390e-29 +4.59153e+03 6.972e-30 6.972e-30 1.394e-29 O2 +4.57626e+03 6.994e-30 6.994e-30 1.399e-29 +4.56103e+03 7.016e-30 7.016e-30 1.403e-29 O2 +4.54585e+03 7.038e-30 7.038e-30 1.408e-29 SO +4.53073e+03 7.060e-30 7.060e-30 1.412e-29 +4.51565e+03 7.082e-30 7.082e-30 1.416e-29 O2 +4.50062e+03 7.104e-30 7.104e-30 1.421e-29 +4.48565e+03 7.127e-30 7.127e-30 1.425e-29 O2 +4.47072e+03 7.149e-30 7.149e-30 1.430e-29 B 5 +4.45585e+03 7.172e-30 7.172e-30 1.434e-29 O2 +4.44102e+03 7.194e-30 7.194e-30 1.439e-29 +4.42624e+03 7.217e-30 7.217e-30 1.443e-29 +4.41152e+03 7.239e-30 7.239e-30 1.448e-29 +4.39684e+03 7.262e-30 7.262e-30 1.452e-29 CH3OH +4.38221e+03 7.285e-30 7.285e-30 1.457e-29 +4.36763e+03 7.308e-30 7.308e-30 1.462e-29 +4.35309e+03 7.331e-30 7.331e-30 1.466e-29 CH3OH +4.33861e+03 7.354e-30 7.354e-30 1.471e-29 +4.32417e+03 7.377e-30 7.377e-30 1.475e-29 +4.30978e+03 7.400e-30 7.400e-30 1.480e-29 SO2 +4.29544e+03 7.423e-30 7.423e-30 1.485e-29 +4.28115e+03 7.446e-30 7.446e-30 1.489e-29 SO2 +4.26690e+03 7.470e-30 7.470e-30 1.494e-29 SiC2 +4.25271e+03 7.493e-30 7.493e-30 1.499e-29 He 1 +4.23856e+03 7.517e-30 7.517e-30 1.503e-29 CH3OH +4.22445e+03 7.540e-30 7.540e-30 1.508e-29 SiC2 +4.21040e+03 7.564e-30 7.564e-30 1.513e-29 CH3OH +4.19639e+03 7.588e-30 7.588e-30 1.518e-29 +4.18242e+03 7.611e-30 7.611e-30 1.522e-29 CH3OH +4.16851e+03 7.635e-30 7.635e-30 1.527e-29 +4.15464e+03 7.659e-30 7.659e-30 1.532e-29 +4.14081e+03 7.683e-30 7.683e-30 1.537e-29 H2CO +4.12703e+03 7.707e-30 7.707e-30 1.541e-29 SO2 +4.11330e+03 7.732e-30 7.732e-30 1.546e-29 CH3OH +4.09961e+03 7.756e-30 7.756e-30 1.551e-29 +4.08597e+03 7.780e-30 7.780e-30 1.556e-29 +4.07238e+03 7.805e-30 7.805e-30 1.561e-29 +4.05883e+03 7.829e-30 7.829e-30 1.566e-29 +4.04532e+03 7.854e-30 7.854e-30 1.571e-29 +4.03186e+03 7.878e-30 7.878e-30 1.576e-29 CH3OH +4.01845e+03 7.903e-30 7.903e-30 1.581e-29 +4.00507e+03 7.928e-30 7.928e-30 1.586e-29 +3.99175e+03 7.953e-30 7.953e-30 1.591e-29 +3.97847e+03 7.978e-30 7.978e-30 1.596e-29 +3.96523e+03 8.003e-30 8.003e-30 1.601e-29 +3.95203e+03 8.028e-30 8.028e-30 1.606e-29 +3.93888e+03 8.053e-30 8.053e-30 1.611e-29 CH3OH +3.92578e+03 8.078e-30 8.078e-30 1.616e-29 SO2 +3.91271e+03 8.103e-30 8.103e-30 1.621e-29 CH3OH +3.89970e+03 8.129e-30 8.129e-30 1.626e-29 +3.88672e+03 8.154e-30 8.154e-30 1.631e-29 +3.87379e+03 8.205e-30 8.205e-30 1.641e-29 C 6 +3.86090e+03 8.206e-30 8.206e-30 1.641e-29 +3.84805e+03 8.231e-30 8.231e-30 1.646e-29 +3.83525e+03 8.257e-30 8.257e-30 1.651e-29 +3.82248e+03 8.283e-30 8.283e-30 1.657e-29 +3.80977e+03 8.309e-30 8.309e-30 1.662e-29 +3.79709e+03 8.335e-30 8.335e-30 1.667e-29 +3.78445e+03 8.361e-30 8.361e-30 1.672e-29 +3.77186e+03 8.387e-30 8.387e-30 1.677e-29 +3.75931e+03 8.414e-30 8.414e-30 1.683e-29 +3.74680e+03 8.440e-30 8.440e-30 1.688e-29 +3.73434e+03 8.467e-30 8.467e-30 1.693e-29 +3.72191e+03 8.497e-30 8.497e-30 1.699e-29 Si12 +3.70953e+03 8.520e-30 8.520e-30 1.704e-29 C 5 +3.69718e+03 8.546e-30 8.546e-30 1.709e-29 C 5 +3.68488e+03 8.573e-30 8.573e-30 1.715e-29 +3.67262e+03 8.600e-30 8.600e-30 1.720e-29 +3.66040e+03 8.627e-30 8.627e-30 1.725e-29 HC3N +3.64822e+03 8.654e-30 8.654e-30 1.731e-29 +3.63608e+03 8.681e-30 8.681e-30 1.736e-29 +3.62398e+03 8.709e-30 8.709e-30 1.742e-29 +3.61192e+03 8.736e-30 8.736e-30 1.747e-29 SO2 +3.59990e+03 8.763e-30 8.763e-30 1.753e-29 +3.58793e+03 8.791e-30 8.791e-30 1.758e-29 SO2 +3.57599e+03 8.818e-30 8.818e-30 1.764e-29 +3.56409e+03 8.846e-30 8.846e-30 1.769e-29 C 3 +3.55223e+03 8.874e-30 8.874e-30 1.775e-29 +3.54041e+03 8.902e-30 8.902e-30 1.780e-29 CH3OH +3.52863e+03 8.929e-30 8.929e-30 1.786e-29 +3.51689e+03 8.957e-30 8.957e-30 1.791e-29 He 1 +3.50519e+03 8.986e-30 8.986e-30 1.797e-29 CH3OH +3.49352e+03 9.014e-30 9.014e-30 1.803e-29 +3.48190e+03 9.042e-30 9.042e-30 1.808e-29 CH3OH +3.47031e+03 9.070e-30 9.070e-30 1.814e-29 +3.45876e+03 9.099e-30 9.099e-30 1.820e-29 SO2 +3.44726e+03 9.127e-30 9.127e-30 1.825e-29 SiO +3.43579e+03 9.156e-30 9.156e-30 1.831e-29 C2H +3.42435e+03 9.185e-30 9.185e-30 1.837e-29 C2H +3.41296e+03 9.213e-30 9.213e-30 1.843e-29 F 7 +3.40160e+03 9.242e-30 9.242e-30 1.848e-29 +3.39028e+03 9.271e-30 9.271e-30 1.854e-29 +3.37900e+03 9.300e-30 9.300e-30 1.860e-29 HCN +3.36776e+03 9.329e-30 9.329e-30 1.866e-29 +3.35655e+03 9.359e-30 9.359e-30 1.872e-29 HCO+ +3.34538e+03 9.388e-30 9.388e-30 1.878e-29 Be 1 +3.33425e+03 9.417e-30 9.417e-30 1.883e-29 Cl 7 +3.32316e+03 9.447e-30 9.447e-30 1.889e-29 +3.31210e+03 9.477e-30 9.477e-30 1.895e-29 HNC +3.30108e+03 9.506e-30 9.506e-30 1.901e-29 +3.29010e+03 9.536e-30 9.536e-30 1.907e-29 HC3N +3.27915e+03 9.566e-30 9.566e-30 1.913e-29 +3.26824e+03 9.596e-30 9.596e-30 1.919e-29 +3.25736e+03 9.626e-30 9.626e-30 1.925e-29 +3.24652e+03 9.656e-30 9.656e-30 1.931e-29 CH3OH +3.23572e+03 9.686e-30 9.686e-30 1.937e-29 +3.22496e+03 9.717e-30 9.717e-30 1.943e-29 SiC2 +3.21422e+03 9.747e-30 9.747e-30 1.949e-29 N2H+ +3.20353e+03 9.778e-30 9.778e-30 1.956e-29 +3.19287e+03 9.808e-30 9.808e-30 1.962e-29 +3.18225e+03 9.839e-30 9.839e-30 1.968e-29 SiC2 +3.17166e+03 9.870e-30 9.870e-30 1.974e-29 CH3OH +3.16110e+03 9.901e-30 9.901e-30 1.980e-29 +3.15059e+03 9.932e-30 9.932e-30 1.986e-29 +3.14010e+03 9.963e-30 9.963e-30 1.993e-29 SiC2 +3.12965e+03 9.994e-30 9.994e-30 1.999e-29 +3.11924e+03 1.004e-29 1.004e-29 2.007e-29 S 14 +3.10886e+03 1.006e-29 1.006e-29 2.011e-29 +3.09852e+03 1.009e-29 1.009e-29 2.018e-29 CH3OH +3.08821e+03 1.012e-29 1.012e-29 2.024e-29 Na 9 +3.07793e+03 1.015e-29 1.015e-29 2.030e-29 OCS +3.06769e+03 1.369e-29 1.369e-29 2.737e-29 Fe24 +3.05748e+03 1.022e-29 1.022e-29 2.043e-29 CS +3.04731e+03 1.025e-29 1.025e-29 2.050e-29 +3.03717e+03 1.028e-29 1.028e-29 2.056e-29 +3.02706e+03 1.031e-29 1.031e-29 2.062e-29 +3.01699e+03 1.034e-29 1.034e-29 2.069e-29 SO +3.00695e+03 1.038e-29 1.038e-29 2.075e-29 CH3OH +2.99695e+03 1.041e-29 1.041e-29 2.082e-29 HC3N +2.98697e+03 1.044e-29 1.044e-29 2.088e-29 +2.97703e+03 1.047e-29 1.047e-29 2.095e-29 +2.96713e+03 1.051e-29 1.051e-29 2.101e-29 CH3OH +2.95726e+03 1.054e-29 1.054e-29 2.108e-29 CH3OH +2.94742e+03 1.057e-29 1.057e-29 2.115e-29 CH3OH +2.93761e+03 1.073e-29 1.073e-29 2.145e-29 K 17 +2.92783e+03 1.064e-29 1.064e-29 2.128e-29 +2.91809e+03 1.067e-29 1.067e-29 2.135e-29 +2.90838e+03 1.071e-29 1.071e-29 2.141e-29 +2.89870e+03 1.074e-29 1.074e-29 2.148e-29 +2.88906e+03 1.077e-29 1.077e-29 2.155e-29 +2.87945e+03 1.081e-29 1.081e-29 2.161e-29 SO2 +2.86987e+03 1.084e-29 1.084e-29 2.168e-29 CH3OH +2.86032e+03 1.088e-29 1.088e-29 2.175e-29 +2.85080e+03 1.091e-29 1.091e-29 2.182e-29 +2.84131e+03 1.094e-29 1.094e-29 2.189e-29 CH3OH +2.83186e+03 1.098e-29 1.098e-29 2.196e-29 +2.82244e+03 1.101e-29 1.101e-29 2.202e-29 +2.81304e+03 1.105e-29 1.105e-29 2.209e-29 +2.80368e+03 1.108e-29 1.108e-29 2.216e-29 +2.79435e+03 1.112e-29 1.112e-29 2.223e-29 +2.78506e+03 1.115e-29 1.115e-29 2.230e-29 +2.77579e+03 1.119e-29 1.119e-29 2.237e-29 SO2 +2.76655e+03 1.122e-29 1.122e-29 2.244e-29 +2.75735e+03 1.126e-29 1.126e-29 2.251e-29 CH3OH +2.74817e+03 1.129e-29 1.129e-29 2.258e-29 HC3N +2.73903e+03 1.133e-29 1.133e-29 2.265e-29 OCS +2.72992e+03 1.136e-29 1.136e-29 2.272e-29 +2.72083e+03 1.140e-29 1.140e-29 2.280e-29 ^13CO +2.71178e+03 1.143e-29 1.143e-29 2.287e-29 +2.70275e+03 1.147e-29 1.147e-29 2.294e-29 +2.69376e+03 1.151e-29 1.151e-29 2.301e-29 CH3OH +2.68480e+03 1.154e-29 1.154e-29 2.308e-29 +2.67586e+03 1.158e-29 1.158e-29 2.315e-29 +2.66696e+03 1.161e-29 1.161e-29 2.323e-29 +2.65809e+03 1.165e-29 1.165e-29 2.330e-29 +2.64924e+03 1.169e-29 1.169e-29 2.337e-29 CN +2.64043e+03 1.172e-29 1.172e-29 2.345e-29 CN +2.63164e+03 1.176e-29 1.176e-29 2.352e-29 +2.62289e+03 1.180e-29 1.180e-29 2.359e-29 B 5 +2.61416e+03 1.183e-29 1.183e-29 2.367e-29 +2.60546e+03 1.187e-29 1.187e-29 2.374e-29 +2.59679e+03 1.191e-29 1.191e-29 2.382e-29 CH3OH +2.58815e+03 1.194e-29 1.194e-29 2.389e-29 +2.57954e+03 1.198e-29 1.198e-29 2.396e-29 +2.57095e+03 1.202e-29 1.202e-29 2.404e-29 +2.56240e+03 1.206e-29 1.206e-29 2.411e-29 SO2 +2.55387e+03 1.210e-29 1.210e-29 2.419e-29 CH3OH +2.54538e+03 1.213e-29 1.213e-29 2.427e-29 SiC2 +2.53691e+03 1.217e-29 1.217e-29 2.434e-29 HC3N +2.52846e+03 1.221e-29 1.221e-29 2.442e-29 O2 +2.52005e+03 1.225e-29 1.225e-29 2.449e-29 He 1 +2.51167e+03 1.229e-29 1.229e-29 2.457e-29 +2.50331e+03 1.232e-29 1.232e-29 2.465e-29 Si 3 +2.49498e+03 1.236e-29 1.236e-29 2.473e-29 CH3OH +2.48668e+03 1.240e-29 1.240e-29 2.480e-29 +2.47840e+03 1.244e-29 1.244e-29 2.488e-29 CH3OH +2.47016e+03 1.248e-29 1.248e-29 2.496e-29 +2.46194e+03 1.252e-29 1.252e-29 2.504e-29 CH3OH +2.45375e+03 1.256e-29 1.256e-29 2.512e-29 +2.44558e+03 1.260e-29 1.260e-29 2.519e-29 +2.43744e+03 1.264e-29 1.264e-29 2.527e-29 CH3OH +2.42933e+03 1.268e-29 1.268e-29 2.535e-29 +2.42125e+03 1.272e-29 1.272e-29 2.543e-29 +2.41319e+03 1.276e-29 1.276e-29 2.551e-29 Cl15 +2.40516e+03 1.280e-29 1.280e-29 2.559e-29 CH3OH +2.39716e+03 1.284e-29 1.284e-29 2.567e-29 SO2 +2.38918e+03 1.288e-29 1.288e-29 2.575e-29 +2.38123e+03 1.292e-29 1.292e-29 2.583e-29 +2.37331e+03 1.296e-29 1.296e-29 2.591e-29 SO +2.36541e+03 1.300e-29 1.300e-29 2.599e-29 +2.35754e+03 1.304e-29 1.304e-29 2.608e-29 HC3N +2.34970e+03 1.308e-29 1.308e-29 2.616e-29 C 3 +2.34188e+03 1.312e-29 1.312e-29 2.624e-29 HCS+ +2.33409e+03 1.316e-29 1.316e-29 2.632e-29 SO2 +2.32632e+03 1.320e-29 1.320e-29 2.640e-29 CH3OH +2.31858e+03 1.324e-29 1.324e-29 2.649e-29 SO2 +2.31087e+03 1.328e-29 1.328e-29 2.657e-29 SO2 +2.30318e+03 1.333e-29 1.333e-29 2.665e-29 SiO +2.29551e+03 1.337e-29 1.337e-29 2.674e-29 +2.28787e+03 1.341e-29 1.341e-29 2.682e-29 SO2 +2.28026e+03 1.345e-29 1.345e-29 2.690e-29 +2.27267e+03 1.349e-29 1.349e-29 2.699e-29 +2.26511e+03 1.354e-29 1.354e-29 2.707e-29 +2.25757e+03 1.358e-29 1.358e-29 2.716e-29 CH3OH +2.25006e+03 1.362e-29 1.362e-29 2.724e-29 +2.24258e+03 1.366e-29 1.366e-29 2.733e-29 CH3OH +2.23511e+03 1.371e-29 1.371e-29 2.741e-29 SO2 +2.22768e+03 1.375e-29 1.375e-29 2.750e-29 +2.22026e+03 1.379e-29 1.379e-29 2.758e-29 H2CO +2.21288e+03 1.384e-29 1.384e-29 2.767e-29 SO2 +2.20551e+03 1.388e-29 1.388e-29 2.776e-29 +2.19817e+03 1.392e-29 1.392e-29 2.784e-29 HC3N +2.19086e+03 1.397e-29 1.397e-29 2.793e-29 SO +2.18357e+03 1.401e-29 1.401e-29 2.802e-29 SiC2 +2.17631e+03 1.405e-29 1.405e-29 2.811e-29 CH3OH +2.16906e+03 1.410e-29 1.410e-29 2.819e-29 SO +2.16185e+03 1.414e-29 1.414e-29 2.828e-29 +2.15465e+03 1.419e-29 1.419e-29 2.837e-29 SO2 +2.14748e+03 1.423e-29 1.423e-29 2.846e-29 SO +2.14034e+03 1.427e-29 1.427e-29 2.855e-29 +2.13322e+03 1.432e-29 1.432e-29 2.864e-29 SO2 +2.12612e+03 1.436e-29 1.436e-29 2.873e-29 CH3OH +2.11904e+03 1.441e-29 1.441e-29 2.882e-29 SO +2.11199e+03 1.445e-29 1.445e-29 2.891e-29 SO +2.10496e+03 1.450e-29 1.450e-29 2.900e-29 +2.09796e+03 1.454e-29 1.454e-29 2.909e-29 SO +2.09098e+03 1.459e-29 1.459e-29 2.918e-29 CH3OH +2.08402e+03 1.464e-29 1.464e-29 2.927e-29 SO +2.07709e+03 1.468e-29 1.468e-29 2.936e-29 SO +2.07018e+03 1.473e-29 1.473e-29 2.945e-29 SO +2.06329e+03 1.477e-29 1.477e-29 2.955e-29 CH3OH +2.05642e+03 1.482e-29 1.482e-29 2.964e-29 H2CO +2.04958e+03 1.487e-29 1.487e-29 2.973e-29 +2.04276e+03 1.491e-29 1.491e-29 2.982e-29 SO2 +2.03596e+03 1.496e-29 1.496e-29 2.992e-29 CH3OH +2.02919e+03 1.501e-29 1.501e-29 3.001e-29 +2.02244e+03 1.505e-29 1.505e-29 3.011e-29 +2.01571e+03 1.510e-29 1.510e-29 3.020e-29 +2.00900e+03 1.515e-29 1.515e-29 3.030e-29 Cl15 +2.00232e+03 1.519e-29 1.519e-29 3.039e-29 NO +1.99565e+03 1.524e-29 1.524e-29 3.048e-29 NO +1.98901e+03 1.529e-29 1.529e-29 3.058e-29 NO +1.98239e+03 1.534e-29 1.534e-29 3.067e-29 NO +1.97580e+03 1.539e-29 1.539e-29 3.077e-29 +1.96922e+03 1.543e-29 1.543e-29 3.087e-29 +1.96267e+03 1.548e-29 1.548e-29 3.096e-29 +1.95614e+03 1.553e-29 1.553e-29 3.106e-29 +1.94963e+03 1.558e-29 1.558e-29 3.116e-29 CH3OH +1.94314e+03 1.563e-29 1.563e-29 3.126e-29 +1.93668e+03 1.568e-29 1.568e-29 3.135e-29 HC3N +1.93023e+03 1.573e-29 1.573e-29 3.145e-29 CH3OH +1.92381e+03 1.577e-29 1.577e-29 3.155e-29 CH3OH +1.91741e+03 1.582e-29 1.582e-29 3.165e-29 CH3OH +1.91103e+03 1.587e-29 1.587e-29 3.175e-29 CH3OH +1.90467e+03 1.592e-29 1.592e-29 3.185e-29 CH3OH +1.89833e+03 1.597e-29 1.597e-29 3.195e-29 OCS +1.89202e+03 1.602e-29 1.602e-29 3.205e-29 SO2 +1.88572e+03 1.607e-29 1.607e-29 3.215e-29 CH3OH +1.87945e+03 1.612e-29 1.612e-29 3.225e-29 +1.87319e+03 1.617e-29 1.617e-29 3.235e-29 +1.86696e+03 1.622e-29 1.622e-29 3.245e-29 SO2 +1.86075e+03 1.627e-29 1.627e-29 3.255e-29 +1.85456e+03 1.633e-29 1.633e-29 3.265e-29 +1.84839e+03 1.638e-29 1.638e-29 3.275e-29 +1.84224e+03 1.643e-29 1.643e-29 3.286e-29 SiC2 +1.83611e+03 1.648e-29 1.648e-29 3.296e-29 He 1 +1.83000e+03 1.653e-29 1.653e-29 3.306e-29 CH3OH +1.82391e+03 1.658e-29 1.658e-29 3.317e-29 SiC2 +1.81784e+03 1.663e-29 1.663e-29 3.327e-29 CH3OH +1.81179e+03 1.669e-29 1.669e-29 3.337e-29 CH3OH +1.80576e+03 1.674e-29 1.674e-29 3.348e-29 CH3OH +1.79975e+03 1.679e-29 1.679e-29 3.358e-29 TIR +1.79376e+03 1.684e-29 1.684e-29 3.369e-29 CH3OH +1.78780e+03 1.690e-29 1.690e-29 3.379e-29 CH3OH +1.78185e+03 1.695e-29 1.695e-29 3.390e-29 CH3OH +1.77592e+03 1.700e-29 1.700e-29 3.400e-29 CH3OH +1.77001e+03 1.706e-29 1.706e-29 3.411e-29 CH3OH +1.76412e+03 1.711e-29 1.711e-29 3.422e-29 CH3OH +1.75825e+03 1.716e-29 1.716e-29 3.432e-29 HCS+ +1.75240e+03 1.722e-29 1.722e-29 3.443e-29 SO +1.74657e+03 1.727e-29 1.727e-29 3.454e-29 SO +1.74076e+03 1.732e-29 1.732e-29 3.465e-29 CH3OH +1.73496e+03 1.738e-29 1.738e-29 3.476e-29 HC3N +1.72919e+03 1.743e-29 1.743e-29 3.486e-29 H2CO +1.72344e+03 1.749e-29 1.749e-29 3.497e-29 SiO +1.71770e+03 1.754e-29 1.754e-29 3.508e-29 SO +1.71199e+03 1.760e-29 1.760e-29 3.519e-29 SO2 +1.70629e+03 1.765e-29 1.765e-29 3.530e-29 SO +1.70061e+03 1.771e-29 1.771e-29 3.541e-29 SiC2 +1.69495e+03 1.776e-29 1.776e-29 3.552e-29 SO +1.68931e+03 1.782e-29 1.782e-29 3.563e-29 CH3OH +1.68369e+03 1.787e-29 1.787e-29 3.575e-29 SO +1.67809e+03 1.793e-29 1.793e-29 3.586e-29 HCO+ +1.67251e+03 1.798e-29 1.798e-29 3.597e-29 SO2 +1.66694e+03 1.804e-29 1.804e-29 3.608e-29 SO +1.66140e+03 1.810e-29 1.810e-29 3.619e-29 CH3OH +1.65587e+03 1.815e-29 1.815e-29 3.631e-29 CH3OH +1.65036e+03 1.821e-29 1.821e-29 3.642e-29 CH3OH +1.64487e+03 1.827e-29 1.827e-29 3.654e-29 OCS +1.63939e+03 1.832e-29 1.832e-29 3.665e-29 C 5 +1.63394e+03 1.838e-29 1.838e-29 3.676e-29 H2O +1.62850e+03 1.844e-29 1.844e-29 3.688e-29 +1.62308e+03 1.850e-29 1.850e-29 3.699e-29 +1.61768e+03 1.855e-29 1.855e-29 3.711e-29 SO2 +1.61230e+03 1.861e-29 1.861e-29 3.723e-29 +1.60693e+03 1.867e-29 1.867e-29 3.734e-29 CH3OH +1.60159e+03 1.873e-29 1.873e-29 3.746e-29 SiC2 +1.59626e+03 1.879e-29 1.879e-29 3.758e-29 +1.59095e+03 1.885e-29 1.885e-29 3.769e-29 SO2 +1.58565e+03 1.891e-29 1.891e-29 3.781e-29 CH3OH +1.58038e+03 1.896e-29 1.896e-29 3.793e-29 CH3OH +1.57512e+03 1.902e-29 1.902e-29 3.805e-29 CH3OH +1.56988e+03 1.908e-29 1.908e-29 3.817e-29 CH3OH +1.56465e+03 1.914e-29 1.914e-29 3.829e-29 CH3OH +1.55945e+03 1.920e-29 1.920e-29 3.841e-29 CH3OH +1.55426e+03 1.926e-29 1.926e-29 3.853e-29 SO2 +1.54909e+03 1.932e-29 1.932e-29 3.865e-29 CH3OH +1.54393e+03 1.938e-29 1.938e-29 3.877e-29 +1.53879e+03 1.944e-29 1.944e-29 3.889e-29 Mg11 +1.53367e+03 1.950e-29 1.950e-29 3.901e-29 CH3OH +1.52857e+03 1.957e-29 1.957e-29 3.913e-29 SiC2 +1.52349e+03 1.963e-29 1.963e-29 3.925e-29 +1.51842e+03 1.969e-29 1.969e-29 3.938e-29 +1.51336e+03 1.975e-29 1.975e-29 3.950e-29 CH3OH +1.50833e+03 1.981e-29 1.981e-29 3.962e-29 +1.50331e+03 1.987e-29 1.987e-29 3.975e-29 +1.49831e+03 1.994e-29 1.994e-29 3.987e-29 SiC2 +1.49332e+03 2.000e-29 2.000e-29 4.000e-29 +1.48835e+03 2.006e-29 2.006e-29 4.012e-29 SO +1.48340e+03 2.012e-29 2.012e-29 4.025e-29 CH3OH +1.47846e+03 2.019e-29 2.019e-29 4.037e-29 +1.47354e+03 2.025e-29 2.025e-29 4.050e-29 SO2 +1.46864e+03 2.031e-29 2.031e-29 4.062e-29 SO2 +1.46375e+03 2.038e-29 2.038e-29 4.075e-29 +1.45888e+03 2.049e-29 2.049e-29 4.098e-29 P 13 +1.45403e+03 2.050e-29 2.050e-29 4.101e-29 CH3OH +1.44919e+03 2.057e-29 2.057e-29 4.113e-29 OCS +1.44437e+03 2.063e-29 2.063e-29 4.126e-29 +1.43956e+03 2.070e-29 2.070e-29 4.139e-29 +1.43477e+03 2.076e-29 2.076e-29 4.152e-29 SO2 +1.43000e+03 2.083e-29 2.083e-29 4.165e-29 SiC2 +1.42524e+03 2.089e-29 2.089e-29 4.178e-29 SO +1.42050e+03 2.096e-29 2.096e-29 4.191e-29 H2CO +1.41577e+03 2.102e-29 2.102e-29 4.204e-29 +1.41106e+03 2.109e-29 2.109e-29 4.217e-29 CH3OH +1.40637e+03 2.115e-29 2.115e-29 4.230e-29 CH3OH +1.40169e+03 2.122e-29 2.122e-29 4.244e-29 Sc11 +1.39702e+03 2.128e-29 2.128e-29 4.257e-29 SO +1.39237e+03 2.135e-29 2.135e-29 4.270e-29 SO +1.38774e+03 2.142e-29 2.142e-29 4.284e-29 H2CO +1.38312e+03 2.148e-29 2.148e-29 4.297e-29 CH3OH +1.37852e+03 2.155e-29 2.155e-29 4.310e-29 +1.37393e+03 2.162e-29 2.162e-29 4.324e-29 CH3OH +1.36936e+03 2.169e-29 2.169e-29 4.337e-29 H2CO +1.36481e+03 2.175e-29 2.175e-29 4.351e-29 SO +1.36027e+03 2.182e-29 2.182e-29 4.364e-29 CH3OH +1.35574e+03 2.189e-29 2.189e-29 4.378e-29 CH3OH +1.35123e+03 2.196e-29 2.196e-29 4.392e-29 He 1 +1.34673e+03 2.203e-29 2.203e-29 4.405e-29 +1.34225e+03 2.210e-29 2.210e-29 4.419e-29 +1.33778e+03 2.217e-29 2.217e-29 4.433e-29 SO2 +1.33333e+03 2.223e-29 2.223e-29 4.447e-29 SO2 +1.32890e+03 2.230e-29 2.230e-29 4.461e-29 CH3OH +1.32447e+03 2.237e-29 2.237e-29 4.475e-29 CN +1.32007e+03 2.245e-29 2.245e-29 4.491e-29 Ne10 +1.31568e+03 2.251e-29 2.251e-29 4.503e-29 +1.31130e+03 2.258e-29 2.258e-29 4.517e-29 +1.30693e+03 2.265e-29 2.265e-29 4.531e-29 CH3OH +1.30259e+03 2.273e-29 2.273e-29 4.545e-29 Si13 +1.29825e+03 2.280e-29 2.280e-29 4.559e-29 CO +1.29393e+03 2.287e-29 2.287e-29 4.573e-29 +1.28963e+03 2.294e-29 2.294e-29 4.588e-29 SiC2 +1.28533e+03 2.301e-29 2.301e-29 4.602e-29 +1.28106e+03 2.308e-29 2.308e-29 4.616e-29 SiC2 +1.27680e+03 2.315e-29 2.315e-29 4.631e-29 CH3OH +1.27255e+03 2.323e-29 2.323e-29 4.645e-29 +1.26831e+03 2.330e-29 2.330e-29 4.660e-29 SO +1.26409e+03 2.337e-29 2.337e-29 4.674e-29 CH3OH +1.25989e+03 2.344e-29 2.344e-29 4.689e-29 +1.25569e+03 2.352e-29 2.352e-29 4.704e-29 +1.25152e+03 2.359e-29 2.359e-29 4.718e-29 Cl 7 +1.24735e+03 2.366e-29 2.366e-29 4.733e-29 CH3OH +1.24320e+03 2.374e-29 2.374e-29 4.748e-29 CH3OH +1.23906e+03 2.381e-29 2.381e-29 4.763e-29 CH3OH +1.23494e+03 2.389e-29 2.389e-29 4.777e-29 SO2 +1.23083e+03 2.396e-29 2.396e-29 4.792e-29 OCS +1.22674e+03 2.404e-29 2.404e-29 4.807e-29 SO2 +1.22265e+03 2.411e-29 2.411e-29 4.822e-29 SO2 +1.21859e+03 2.419e-29 2.419e-29 4.837e-29 CH3OH +1.21453e+03 2.426e-29 2.426e-29 4.852e-29 +1.21049e+03 2.434e-29 2.434e-29 4.868e-29 SO2 +1.20646e+03 2.445e-29 2.445e-29 4.889e-29 Al11 +1.20245e+03 2.449e-29 2.449e-29 4.898e-29 NO +1.19845e+03 2.457e-29 2.457e-29 4.913e-29 NO +1.19446e+03 2.464e-29 2.464e-29 4.929e-29 NO +1.19048e+03 2.472e-29 2.472e-29 4.944e-29 NO +1.18652e+03 2.480e-29 2.480e-29 4.959e-29 +1.18258e+03 2.487e-29 2.487e-29 4.975e-29 +1.17864e+03 2.495e-29 2.495e-29 4.990e-29 CH3OH +1.17472e+03 2.503e-29 2.503e-29 5.006e-29 OCS +1.17081e+03 2.511e-29 2.511e-29 5.022e-29 HCS+ +1.16691e+03 2.519e-29 2.519e-29 5.037e-29 SO2 +1.16303e+03 2.527e-29 2.527e-29 5.053e-29 NO +1.15916e+03 2.534e-29 2.534e-29 5.069e-29 H2CO +1.15530e+03 2.542e-29 2.542e-29 5.085e-29 SiC2 +1.15146e+03 2.550e-29 2.550e-29 5.101e-29 SiO +1.14763e+03 2.558e-29 2.558e-29 5.116e-29 CH3OH +1.14381e+03 2.566e-29 2.566e-29 5.132e-29 CH3OH +1.14000e+03 2.574e-29 2.574e-29 5.148e-29 CH3OH +1.13621e+03 2.582e-29 2.582e-29 5.164e-29 H2CO +1.13243e+03 2.590e-29 2.590e-29 5.181e-29 +1.12866e+03 2.648e-29 2.648e-29 5.296e-29 Cr22 +1.12491e+03 2.606e-29 2.606e-29 5.213e-29 CH3OH +1.12116e+03 2.615e-29 2.615e-29 5.229e-29 CH3OH +1.11743e+03 2.623e-29 2.623e-29 5.246e-29 CH3OH +1.11372e+03 2.631e-29 2.631e-29 5.262e-29 +1.11001e+03 2.639e-29 2.639e-29 5.278e-29 Si10 +1.10632e+03 2.647e-29 2.647e-29 5.295e-29 +1.10263e+03 2.656e-29 2.656e-29 5.311e-29 CH3OH +1.09897e+03 2.664e-29 2.664e-29 5.328e-29 +1.09531e+03 2.672e-29 2.672e-29 5.345e-29 +1.09166e+03 2.681e-29 2.681e-29 5.361e-29 +1.08803e+03 2.689e-29 2.689e-29 5.378e-29 +1.08441e+03 2.697e-29 2.697e-29 5.395e-29 +1.08080e+03 2.706e-29 2.706e-29 5.412e-29 +1.07721e+03 2.714e-29 2.714e-29 5.428e-29 CH3OH +1.07362e+03 2.723e-29 2.723e-29 5.445e-29 OCS +1.07005e+03 2.731e-29 2.731e-29 5.462e-29 +1.06649e+03 2.740e-29 2.740e-29 5.479e-29 H2CO +1.06294e+03 2.748e-29 2.748e-29 5.496e-29 SO2 +1.05940e+03 2.757e-29 2.757e-29 5.514e-29 CH3OH +1.05588e+03 2.765e-29 2.765e-29 5.531e-29 SO2 +1.05237e+03 2.774e-29 2.774e-29 5.548e-29 +1.04886e+03 2.783e-29 2.783e-29 5.565e-29 CH3OH +1.04537e+03 2.791e-29 2.791e-29 5.583e-29 CH3OH +1.04190e+03 2.800e-29 2.800e-29 5.600e-29 CH3OH +1.03843e+03 2.809e-29 2.809e-29 5.618e-29 CH3OH +1.03497e+03 2.818e-29 2.818e-29 5.635e-29 CH3OH +1.03153e+03 2.826e-29 2.826e-29 5.653e-29 CH3OH +1.02810e+03 2.835e-29 2.835e-29 5.670e-29 H2CO +1.02468e+03 2.844e-29 2.844e-29 5.688e-29 +1.02127e+03 2.853e-29 2.853e-29 5.706e-29 CS +1.01787e+03 2.862e-29 2.862e-29 5.724e-29 CH3OH +1.01448e+03 2.871e-29 2.871e-29 5.741e-29 SO +1.01111e+03 2.887e-29 2.887e-29 5.775e-29 Ti20 +1.00774e+03 2.889e-29 2.889e-29 5.778e-29 O 8 +1.00439e+03 2.898e-29 2.898e-29 5.795e-29 HCS+ +1.00105e+03 2.907e-29 2.907e-29 5.813e-29 N 6 +9.97716e+02 2.916e-29 2.916e-29 5.832e-29 H2CO +9.94396e+02 2.925e-29 2.925e-29 5.850e-29 SO +9.91087e+02 2.934e-29 2.934e-29 5.868e-29 CH3OH +9.87790e+02 2.943e-29 2.943e-29 5.886e-29 SiO +9.84503e+02 2.952e-29 2.952e-29 5.905e-29 SO +9.81227e+02 2.962e-29 2.962e-29 5.923e-29 +9.77962e+02 2.971e-29 2.971e-29 5.942e-29 H3O+ +9.74708e+02 2.980e-29 2.980e-29 5.960e-29 H2CO +9.71465e+02 2.989e-29 2.989e-29 5.979e-29 +9.68232e+02 2.999e-29 2.999e-29 5.997e-29 SO +9.65010e+02 3.008e-29 3.008e-29 6.016e-29 CH3OH +9.61799e+02 3.017e-29 3.017e-29 6.035e-29 +9.58599e+02 3.027e-29 3.027e-29 6.054e-29 CH3OH +9.55409e+02 3.036e-29 3.036e-29 6.072e-29 CH3OH +9.52230e+02 3.046e-29 3.046e-29 6.091e-29 CH3OH +9.49062e+02 3.055e-29 3.055e-29 6.110e-29 OCS +9.45904e+02 3.065e-29 3.065e-29 6.129e-29 H2CO +9.42757e+02 3.074e-29 3.074e-29 6.149e-29 CH3OH +9.39620e+02 3.084e-29 3.084e-29 6.168e-29 +9.36493e+02 3.093e-29 3.093e-29 6.187e-29 +9.33377e+02 3.103e-29 3.103e-29 6.206e-29 H2O +9.30271e+02 3.113e-29 3.113e-29 6.226e-29 CH3OH +9.27176e+02 3.122e-29 3.122e-29 6.245e-29 CH3OH +9.24091e+02 3.132e-29 3.132e-29 6.264e-29 CH3OH +9.21016e+02 3.142e-29 3.142e-29 6.284e-29 H2O +9.17951e+02 3.152e-29 3.152e-29 6.304e-29 CH3OH +9.14897e+02 3.162e-29 3.162e-29 6.323e-29 +9.11853e+02 3.171e-29 3.171e-29 6.343e-29 OCS +9.08818e+02 3.181e-29 3.181e-29 6.363e-29 Mn14 +9.05794e+02 3.191e-29 3.191e-29 6.383e-29 CH3OH +9.02780e+02 3.201e-29 3.201e-29 6.402e-29 SO2 +8.99777e+02 3.211e-29 3.211e-29 6.422e-29 +8.96783e+02 3.221e-29 3.221e-29 6.442e-29 CH3OH +8.93799e+02 3.231e-29 3.231e-29 6.462e-29 CH3OH +8.90825e+02 3.241e-29 3.241e-29 6.483e-29 Mn15 +8.87860e+02 3.251e-29 3.251e-29 6.503e-29 CH3OH +8.84906e+02 3.262e-29 3.262e-29 6.523e-29 CH3OH +8.81962e+02 3.272e-29 3.272e-29 6.543e-29 CN +8.79027e+02 3.282e-29 3.282e-29 6.564e-29 HCS+ +8.76102e+02 3.292e-29 3.292e-29 6.584e-29 +8.73187e+02 3.302e-29 3.302e-29 6.605e-29 CH3OH +8.70281e+02 3.313e-29 3.313e-29 6.625e-29 V 13 +8.67386e+02 3.323e-29 3.323e-29 6.646e-29 CO +8.64500e+02 3.333e-29 3.333e-29 6.667e-29 CH3OH +8.61623e+02 3.346e-29 3.346e-29 6.692e-29 Ca18 +8.58756e+02 3.354e-29 3.354e-29 6.708e-29 NO +8.55899e+02 3.365e-29 3.365e-29 6.729e-29 NO +8.53051e+02 3.375e-29 3.375e-29 6.750e-29 NO +8.50212e+02 3.386e-29 3.386e-29 6.771e-29 NO +8.47383e+02 3.396e-29 3.396e-29 6.792e-29 +8.44564e+02 3.407e-29 3.407e-29 6.814e-29 HCN +8.41753e+02 3.417e-29 3.417e-29 6.835e-29 HCO+ +8.38952e+02 3.428e-29 3.428e-29 6.856e-29 SO2 +8.36161e+02 3.439e-29 3.439e-29 6.877e-29 CH3OH +8.33379e+02 3.449e-29 3.449e-29 6.899e-29 CH3OH +8.30606e+02 3.460e-29 3.460e-29 6.920e-29 NO +8.27842e+02 3.471e-29 3.471e-29 6.942e-29 CH3OH +8.25087e+02 3.482e-29 3.482e-29 6.964e-29 CH3OH +8.22342e+02 3.493e-29 3.493e-29 6.985e-29 H3O+ +8.19606e+02 3.503e-29 3.503e-29 7.007e-29 H2CO +8.16878e+02 3.514e-29 3.514e-29 7.029e-29 CH3OH +8.14160e+02 3.525e-29 3.525e-29 7.051e-29 O2 +8.11451e+02 3.536e-29 3.536e-29 7.073e-29 +8.08751e+02 3.547e-29 3.547e-29 7.095e-29 SO2 +8.06060e+02 3.558e-29 3.558e-29 7.117e-29 SO +8.03378e+02 3.570e-29 3.570e-29 7.139e-29 H2CO +8.00705e+02 3.581e-29 3.581e-29 7.161e-29 +7.98041e+02 3.592e-29 3.592e-29 7.184e-29 CH3OH +7.95385e+02 3.603e-29 3.603e-29 7.206e-29 OCS +7.92739e+02 3.614e-29 3.614e-29 7.228e-29 SO +7.90101e+02 3.625e-29 3.625e-29 7.251e-29 CH3OH +7.87472e+02 3.637e-29 3.637e-29 7.273e-29 H2O +7.84852e+02 3.648e-29 3.648e-29 7.296e-29 CH3OH +7.82240e+02 3.659e-29 3.659e-29 7.319e-29 CH3OH +7.79637e+02 3.671e-29 3.671e-29 7.342e-29 HCS+ +7.77043e+02 3.682e-29 3.682e-29 7.365e-29 CH3OH +7.74457e+02 3.694e-29 3.694e-29 7.387e-29 CH3OH +7.71881e+02 3.705e-29 3.705e-29 7.410e-29 H3O+ +7.69312e+02 3.717e-29 3.717e-29 7.434e-29 Mn14 +7.66752e+02 3.728e-29 3.728e-29 7.457e-29 CH3OH +7.64201e+02 3.740e-29 3.740e-29 7.480e-29 CS +7.61658e+02 3.752e-29 3.752e-29 7.503e-29 +7.59124e+02 3.763e-29 3.763e-29 7.527e-29 SO2 +7.56598e+02 3.775e-29 3.775e-29 7.550e-29 H3O+ +7.54080e+02 3.795e-29 3.795e-29 7.589e-29 Ti20 +7.51571e+02 3.799e-29 3.799e-29 7.597e-29 CH3OH +7.49070e+02 3.810e-29 3.810e-29 7.621e-29 NO +7.46578e+02 3.822e-29 3.822e-29 7.645e-29 NO +7.44094e+02 3.834e-29 3.834e-29 7.668e-29 +7.41618e+02 3.846e-29 3.846e-29 7.692e-29 +7.39150e+02 3.858e-29 3.858e-29 7.716e-29 SO +7.36691e+02 3.870e-29 3.870e-29 7.740e-29 CH3OH +7.34239e+02 3.882e-29 3.882e-29 7.764e-29 CH3OH +7.31796e+02 3.894e-29 3.894e-29 7.789e-29 CH3OH +7.29361e+02 3.906e-29 3.906e-29 7.813e-29 CH3OH +7.26934e+02 3.919e-29 3.919e-29 7.837e-29 CH3OH +7.24516e+02 3.931e-29 3.931e-29 7.862e-29 OCS +7.22105e+02 3.943e-29 3.943e-29 7.886e-29 CH3OH +7.19702e+02 3.955e-29 3.955e-29 7.911e-29 +7.17307e+02 3.968e-29 3.968e-29 7.935e-29 +7.14921e+02 3.980e-29 3.980e-29 7.960e-29 CH3OH +7.12542e+02 3.992e-29 3.992e-29 7.985e-29 +7.10171e+02 4.005e-29 4.005e-29 8.010e-29 H2CO +7.07808e+02 4.017e-29 4.017e-29 8.034e-29 He 1 +7.05453e+02 4.030e-29 4.030e-29 8.059e-29 CH3OH +7.03105e+02 4.042e-29 4.042e-29 8.085e-29 CH3OH +7.00766e+02 4.055e-29 4.055e-29 8.110e-29 CH3OH +6.98434e+02 4.068e-29 4.068e-29 8.135e-29 +6.96110e+02 4.080e-29 4.080e-29 8.160e-29 CH3OH +6.93794e+02 4.093e-29 4.093e-29 8.186e-29 CH3OH +6.91485e+02 4.106e-29 4.106e-29 8.211e-29 SiO +6.89184e+02 4.118e-29 4.118e-29 8.237e-29 CH3OH +6.86891e+02 4.131e-29 4.131e-29 8.262e-29 H2CO +6.84606e+02 4.144e-29 4.144e-29 8.288e-29 H2CO +6.82328e+02 4.157e-29 4.157e-29 8.314e-29 CH3OH +6.80057e+02 4.170e-29 4.170e-29 8.340e-29 ^13CO +6.77794e+02 4.183e-29 4.183e-29 8.366e-29 Fe25 +6.75539e+02 4.196e-29 4.196e-29 8.392e-29 CH3OH +6.73291e+02 4.209e-29 4.209e-29 8.418e-29 HCO+ +6.71051e+02 4.222e-29 4.222e-29 8.444e-29 CH3OH +6.68818e+02 4.236e-29 4.236e-29 8.472e-29 H 1 +6.66593e+02 4.248e-29 4.248e-29 8.497e-29 NO +6.64375e+02 4.262e-29 4.262e-29 8.523e-29 NO +6.62164e+02 4.275e-29 4.275e-29 8.550e-29 NO +6.59961e+02 4.288e-29 4.288e-29 8.576e-29 CN +6.57765e+02 4.302e-29 4.302e-29 8.603e-29 CH3OH +6.55576e+02 4.315e-29 4.315e-29 8.630e-29 +6.53395e+02 4.424e-29 4.424e-29 8.849e-29 Mg12 +6.51220e+02 4.342e-29 4.342e-29 8.684e-29 O 7 +6.49054e+02 4.355e-29 4.355e-29 8.711e-29 OCS +6.46894e+02 4.369e-29 4.369e-29 8.738e-29 CH3OH +6.44741e+02 4.383e-29 4.383e-29 8.765e-29 +6.42596e+02 4.396e-29 4.396e-29 8.792e-29 N2H+ +6.40458e+02 4.410e-29 4.410e-29 8.820e-29 CH3OH +6.38327e+02 4.424e-29 4.424e-29 8.847e-29 HCS+ +6.36203e+02 4.437e-29 4.437e-29 8.875e-29 H2O +6.34086e+02 4.451e-29 4.451e-29 8.902e-29 SO2 +6.31976e+02 4.465e-29 4.465e-29 8.930e-29 OCS +6.29873e+02 4.479e-29 4.479e-29 8.958e-29 CH3OH +6.27777e+02 4.493e-29 4.493e-29 8.986e-29 SiO +6.25688e+02 4.507e-29 4.507e-29 9.014e-29 CH3OH +6.23607e+02 4.521e-29 4.521e-29 9.042e-29 CH3OH +6.21532e+02 4.535e-29 4.535e-29 9.070e-29 CH3OH +6.19463e+02 4.549e-29 4.549e-29 9.098e-29 CH3OH +6.17402e+02 4.563e-29 4.563e-29 9.126e-29 H2CO +6.15348e+02 4.577e-29 4.577e-29 9.155e-29 O2 +6.13300e+02 4.592e-29 4.592e-29 9.183e-29 CH3OH +6.11260e+02 4.606e-29 4.606e-29 9.212e-29 TFIR +6.09226e+02 4.620e-29 4.620e-29 9.240e-29 CH3OH +6.07199e+02 4.635e-29 4.635e-29 9.269e-29 SiC2 +6.05178e+02 4.649e-29 4.649e-29 9.298e-29 CH3OH +6.03164e+02 4.663e-29 4.663e-29 9.327e-29 SO2 +6.01157e+02 4.678e-29 4.678e-29 9.356e-29 OCS +5.99157e+02 4.693e-29 4.693e-29 9.385e-29 +5.97163e+02 4.707e-29 4.707e-29 9.414e-29 +5.95177e+02 4.722e-29 4.722e-29 9.444e-29 CH3OH +5.93196e+02 4.736e-29 4.736e-29 9.473e-29 CH3OH +5.91222e+02 4.751e-29 4.751e-29 9.503e-29 H 1 +5.89255e+02 4.766e-29 4.766e-29 9.532e-29 CH3OH +5.87294e+02 4.781e-29 4.781e-29 9.562e-29 H2CO +5.85340e+02 4.796e-29 4.796e-29 9.591e-29 CH3OH +5.83393e+02 4.811e-29 4.811e-29 9.621e-29 Zn29 +5.81451e+02 4.826e-29 4.826e-29 9.651e-29 CH3OH +5.79517e+02 4.841e-29 4.841e-29 9.681e-29 SO +5.77588e+02 4.857e-29 4.857e-29 9.714e-29 K 19 +5.75666e+02 4.871e-29 4.871e-29 9.741e-29 CH3OH +5.73751e+02 4.886e-29 4.886e-29 9.772e-29 OCS +5.71842e+02 4.901e-29 4.901e-29 9.802e-29 CH3OH +5.69939e+02 4.916e-29 4.916e-29 9.833e-29 H2CO +5.68043e+02 4.932e-29 4.932e-29 9.863e-29 CH3OH +5.66153e+02 4.947e-29 4.947e-29 9.894e-29 CH3OH +5.64269e+02 4.962e-29 4.962e-29 9.925e-29 CH3OH +5.62391e+02 4.978e-29 4.978e-29 9.955e-29 +5.60520e+02 4.993e-29 4.993e-29 9.986e-29 OCS +5.58655e+02 5.009e-29 5.009e-29 1.002e-28 CH3OH +5.56796e+02 5.024e-29 5.024e-29 1.005e-28 CS +5.54943e+02 5.040e-29 5.040e-29 1.008e-28 CH3OH +5.53097e+02 5.056e-29 5.056e-29 1.011e-28 SO2 +5.51256e+02 5.071e-29 5.071e-29 1.014e-28 CH3OH +5.49422e+02 5.087e-29 5.087e-29 1.017e-28 SO +5.47594e+02 5.103e-29 5.103e-29 1.021e-28 OCS +5.45772e+02 5.119e-29 5.119e-29 1.024e-28 NO +5.43956e+02 5.135e-29 5.135e-29 1.027e-28 NO +5.42146e+02 5.151e-29 5.151e-29 1.030e-28 NO +5.40342e+02 5.167e-29 5.167e-29 1.033e-28 CH3OH +5.38544e+02 5.183e-29 5.183e-29 1.037e-28 CH3OH +5.36752e+02 5.199e-29 5.199e-29 1.040e-28 OCS +5.34966e+02 5.215e-29 5.215e-29 1.043e-28 CH3OH +5.33186e+02 5.231e-29 5.231e-29 1.046e-28 H2CO +5.31412e+02 5.248e-29 5.248e-29 1.050e-28 CH3OH +5.29643e+02 5.264e-29 5.264e-29 1.053e-28 CN +5.27881e+02 5.280e-29 5.280e-29 1.056e-28 CH3OH +5.26125e+02 5.297e-29 5.297e-29 1.059e-28 +5.24374e+02 5.313e-29 5.313e-29 1.063e-28 NH3 +5.22629e+02 5.330e-29 5.330e-29 1.066e-28 CH3OH +5.20890e+02 5.346e-29 5.346e-29 1.069e-28 CO +5.19157e+02 5.363e-29 5.363e-29 1.073e-28 H 1 +5.17429e+02 5.379e-29 5.379e-29 1.076e-28 CH3OH +5.15708e+02 5.396e-29 5.396e-29 1.079e-28 H2CO +5.13992e+02 5.413e-29 5.413e-29 1.083e-28 H2CO +5.12282e+02 5.430e-29 5.430e-29 1.086e-28 CH3OH +5.10577e+02 5.447e-29 5.447e-29 1.089e-28 Co17 +5.08878e+02 5.464e-29 5.464e-29 1.093e-28 CH3OH +5.07185e+02 5.481e-29 5.481e-29 1.096e-28 CH3OH +5.05497e+02 5.498e-29 5.498e-29 1.100e-28 SO2 +5.03815e+02 5.515e-29 5.515e-29 1.103e-28 OCS +5.02139e+02 5.532e-29 5.532e-29 1.106e-28 HCS+ +5.00468e+02 5.549e-29 5.549e-29 1.110e-28 SPR3 +4.98803e+02 5.566e-29 5.566e-29 1.113e-28 NO +4.97143e+02 5.584e-29 5.584e-29 1.117e-28 NO +4.95489e+02 5.601e-29 5.601e-29 1.120e-28 CH3OH +4.93840e+02 5.618e-29 5.618e-29 1.124e-28 SiO +4.92197e+02 5.636e-29 5.636e-29 1.127e-28 O 5 +4.90559e+02 5.653e-29 5.653e-29 1.131e-28 SO +4.88927e+02 5.671e-29 5.671e-29 1.134e-28 CH3OH +4.87300e+02 5.689e-29 5.689e-29 1.138e-28 +4.85678e+02 5.706e-29 5.706e-29 1.141e-28 CH3OH +4.84062e+02 5.724e-29 5.724e-29 1.145e-28 NO +4.82452e+02 5.742e-29 5.742e-29 1.148e-28 H2CO +4.80846e+02 5.760e-29 5.760e-29 1.152e-28 HCO+ +4.79246e+02 5.777e-29 5.777e-29 1.155e-28 CH3OH +4.77652e+02 5.795e-29 5.795e-29 1.159e-28 CH3OH +4.76062e+02 5.813e-29 5.813e-29 1.163e-28 SO +4.74478e+02 5.832e-29 5.832e-29 1.166e-28 H2CO +4.72900e+02 5.850e-29 5.850e-29 1.170e-28 HNC +4.71326e+02 5.868e-29 5.868e-29 1.174e-28 CH3OH +4.69758e+02 5.886e-29 5.886e-29 1.177e-28 Mg11 +4.68195e+02 5.904e-29 5.904e-29 1.181e-28 HCS+ +4.66637e+02 5.923e-29 5.923e-29 1.185e-28 +4.65084e+02 5.941e-29 5.941e-29 1.188e-28 OCS +4.63537e+02 5.960e-29 5.960e-29 1.192e-28 H2CO +4.61994e+02 5.978e-29 5.978e-29 1.196e-28 NO +4.60457e+02 5.997e-29 5.997e-29 1.199e-28 NO +4.58925e+02 6.015e-29 6.015e-29 1.203e-28 NO +4.57398e+02 6.034e-29 6.034e-29 1.207e-28 CH3OH +4.55876e+02 6.053e-29 6.053e-29 1.211e-28 +4.54359e+02 6.072e-29 6.072e-29 1.214e-28 +4.52847e+02 6.091e-29 6.091e-29 1.218e-28 H 1 +4.51340e+02 6.109e-29 6.109e-29 1.222e-28 SiC2 +4.49838e+02 6.128e-29 6.128e-29 1.226e-28 CH3OH +4.48342e+02 6.147e-29 6.147e-29 1.229e-28 OCS +4.46850e+02 6.166e-29 6.166e-29 1.233e-28 SO2 +4.45363e+02 6.186e-29 6.186e-29 1.237e-28 SO +4.43881e+02 6.205e-29 6.205e-29 1.241e-28 CH3OH +4.42404e+02 6.224e-29 6.224e-29 1.245e-28 CH3OH +4.40932e+02 6.243e-29 6.243e-29 1.249e-28 CN +4.39465e+02 6.263e-29 6.263e-29 1.253e-28 HCS+ +4.38003e+02 6.282e-29 6.282e-29 1.256e-28 CH3OH +4.36545e+02 6.302e-29 6.302e-29 1.260e-28 CH3OH +4.35093e+02 6.321e-29 6.321e-29 1.264e-28 SO2 +4.33645e+02 6.341e-29 6.341e-29 1.268e-28 H2CO +4.32202e+02 6.361e-29 6.361e-29 1.272e-28 SiO +4.30764e+02 6.380e-29 6.380e-29 1.276e-28 CH3OH +4.29330e+02 6.400e-29 6.400e-29 1.280e-28 CH3OH +4.27902e+02 6.420e-29 6.420e-29 1.284e-28 CH3OH +4.26478e+02 6.440e-29 6.440e-29 1.288e-28 CH3OH +4.25059e+02 6.460e-29 6.460e-29 1.292e-28 OCS +4.23645e+02 6.480e-29 6.480e-29 1.296e-28 +4.22235e+02 6.500e-29 6.500e-29 1.300e-28 CH3OH +4.20830e+02 6.520e-29 6.520e-29 1.304e-28 HCO+ +4.19430e+02 6.541e-29 6.541e-29 1.308e-28 CH3OH +4.18034e+02 6.561e-29 6.561e-29 1.312e-28 H2CO +4.16643e+02 6.581e-29 6.581e-29 1.316e-28 F 6 +4.15257e+02 6.602e-29 6.602e-29 1.320e-28 CH3OH +4.13875e+02 6.622e-29 6.622e-29 1.324e-28 He 1 +4.12498e+02 6.643e-29 6.643e-29 1.329e-28 H2CO +4.11125e+02 6.663e-29 6.663e-29 1.333e-28 H2CO +4.09757e+02 6.684e-29 6.684e-29 1.337e-28 SO2 +4.08394e+02 6.705e-29 6.705e-29 1.341e-28 CH3OH +4.07035e+02 6.726e-29 6.726e-29 1.345e-28 H2CO +4.05681e+02 6.747e-29 6.747e-29 1.349e-28 +4.04331e+02 6.768e-29 6.768e-29 1.354e-28 OCS +4.02985e+02 6.789e-29 6.789e-29 1.358e-28 CH3OH +4.01645e+02 6.810e-29 6.810e-29 1.362e-28 +4.00308e+02 6.831e-29 6.831e-29 1.366e-28 NO +3.98976e+02 6.852e-29 6.852e-29 1.370e-28 NO +3.97649e+02 6.873e-29 6.873e-29 1.375e-28 NO +3.96325e+02 6.895e-29 6.895e-29 1.379e-28 CH3OH +3.95007e+02 6.916e-29 6.916e-29 1.383e-28 CH3OH +3.93692e+02 6.937e-29 6.937e-29 1.387e-28 CH3OH +3.92382e+02 6.959e-29 6.959e-29 1.392e-28 H 1 +3.91077e+02 6.981e-29 6.981e-29 1.396e-28 CH3OH +3.89775e+02 7.002e-29 7.002e-29 1.400e-28 +3.88478e+02 7.024e-29 7.024e-29 1.405e-28 CH3OH +3.87186e+02 7.046e-29 7.046e-29 1.409e-28 O2 +3.85898e+02 7.068e-29 7.068e-29 1.414e-28 OCS +3.84613e+02 7.090e-29 7.090e-29 1.418e-28 SO2 +3.83334e+02 7.112e-29 7.112e-29 1.422e-28 SiO +3.82058e+02 7.134e-29 7.134e-29 1.427e-28 CH3OH +3.80787e+02 7.156e-29 7.156e-29 1.431e-28 H2CO +3.79520e+02 7.278e-29 7.278e-29 1.456e-28 Si14 +3.78257e+02 7.200e-29 7.200e-29 1.440e-28 CN +3.76998e+02 7.223e-29 7.223e-29 1.445e-28 +3.75744e+02 7.245e-29 7.245e-29 1.449e-28 CH3OH +3.74494e+02 7.268e-29 7.268e-29 1.454e-28 NO +3.73248e+02 7.290e-29 7.290e-29 1.458e-28 NO +3.72006e+02 7.313e-29 7.313e-29 1.463e-28 CO +3.70768e+02 7.335e-29 7.335e-29 1.467e-28 CH3OH +3.69534e+02 7.358e-29 7.358e-29 1.472e-28 CH3OH +3.68305e+02 7.381e-29 7.381e-29 1.476e-28 CH3OH +3.67079e+02 7.404e-29 7.404e-29 1.481e-28 HNC +3.65858e+02 7.427e-29 7.427e-29 1.485e-28 CH3OH +3.64640e+02 7.450e-29 7.450e-29 1.490e-28 F 6 +3.63427e+02 7.473e-29 7.473e-29 1.495e-28 SiO +3.62218e+02 7.496e-29 7.496e-29 1.499e-28 +3.61012e+02 7.520e-29 7.520e-29 1.504e-28 +3.59811e+02 7.543e-29 7.543e-29 1.509e-28 CH3OH +3.58614e+02 7.566e-29 7.566e-29 1.513e-28 Si 3 +3.57421e+02 7.590e-29 7.590e-29 1.518e-28 CH3OH +3.56231e+02 7.613e-29 7.613e-29 1.523e-28 CH3OH +3.55046e+02 7.637e-29 7.637e-29 1.527e-28 He 1 +3.53865e+02 7.661e-29 7.661e-29 1.532e-28 Si 1 +3.52687e+02 7.684e-29 7.684e-29 1.537e-28 NO +3.51514e+02 7.708e-29 7.708e-29 1.542e-28 NO +3.50344e+02 7.732e-29 7.732e-29 1.546e-28 SPR2 +3.49178e+02 7.756e-29 7.756e-29 1.551e-28 SO +3.48016e+02 7.782e-29 7.782e-29 1.556e-28 Fe26 +3.46858e+02 7.804e-29 7.804e-29 1.561e-28 CH3OH +3.45704e+02 7.829e-29 7.829e-29 1.566e-28 CH3OH +3.44554e+02 7.853e-29 7.853e-29 1.571e-28 Si10 +3.43408e+02 7.877e-29 7.877e-29 1.575e-28 C2H +3.42265e+02 7.902e-29 7.902e-29 1.580e-28 +3.41126e+02 7.926e-29 7.926e-29 1.585e-28 CH3OH +3.39991e+02 7.951e-29 7.951e-29 1.590e-28 ^13CO +3.38860e+02 7.975e-29 7.975e-29 1.595e-28 HCN +3.37732e+02 8.001e-29 8.001e-29 1.600e-28 H 1 +3.36608e+02 8.025e-29 8.025e-29 1.605e-28 CH3OH +3.35488e+02 8.050e-29 8.050e-29 1.610e-28 CH3OH +3.34372e+02 8.075e-29 8.075e-29 1.615e-28 H2CO +3.33259e+02 8.100e-29 8.100e-29 1.620e-28 N 6 +3.32150e+02 8.125e-29 8.125e-29 1.625e-28 SO +3.31045e+02 8.150e-29 8.150e-29 1.630e-28 CN +3.29944e+02 8.176e-29 8.176e-29 1.635e-28 O 5 +3.28846e+02 8.201e-29 8.201e-29 1.640e-28 CH3OH +3.27752e+02 8.226e-29 8.226e-29 1.645e-28 CH3OH +3.26661e+02 8.299e-29 8.299e-29 1.660e-28 S 16 +3.25574e+02 8.277e-29 8.277e-29 1.655e-28 CO +3.24491e+02 8.303e-29 8.303e-29 1.661e-28 +3.23411e+02 8.329e-29 8.329e-29 1.666e-28 +3.22335e+02 8.355e-29 8.355e-29 1.671e-28 SO +3.21262e+02 8.381e-29 8.381e-29 1.676e-28 Ne 3 +3.20193e+02 8.407e-29 8.407e-29 1.681e-28 SO +3.19128e+02 8.433e-29 8.433e-29 1.687e-28 HCS+ +3.18066e+02 8.459e-29 8.459e-29 1.692e-28 CH3OH +3.17008e+02 8.518e-29 8.518e-29 1.704e-28 K 19 +3.15953e+02 8.511e-29 8.511e-29 1.702e-28 CH3OH +3.14902e+02 8.538e-29 8.538e-29 1.708e-28 CH3OH +3.13854e+02 8.565e-29 8.565e-29 1.713e-28 H 1 +3.12810e+02 8.591e-29 8.591e-29 1.718e-28 SO2 +3.11769e+02 8.617e-29 8.617e-29 1.723e-28 CH3OH +3.10731e+02 8.644e-29 8.644e-29 1.729e-28 CH3OH +3.09697e+02 8.671e-29 8.671e-29 1.734e-28 +3.08667e+02 8.698e-29 8.698e-29 1.740e-28 H2O +3.07640e+02 8.725e-29 8.725e-29 1.745e-28 HCN +3.06616e+02 8.752e-29 8.752e-29 1.750e-28 CS +3.05596e+02 8.779e-29 8.779e-29 1.756e-28 H2CO +3.04579e+02 8.807e-29 8.807e-29 1.761e-28 F 9 +3.03566e+02 8.833e-29 8.833e-29 1.767e-28 CH3OH +3.02556e+02 8.861e-29 8.861e-29 1.772e-28 Ar11 +3.01549e+02 8.888e-29 8.888e-29 1.778e-28 H2CO +3.00545e+02 8.916e-29 8.916e-29 1.783e-28 CH3OH +2.99545e+02 8.943e-29 8.943e-29 1.789e-28 NO +2.98549e+02 8.971e-29 8.971e-29 1.794e-28 NO +2.97555e+02 8.999e-29 8.999e-29 1.800e-28 CH3OH +2.96565e+02 9.027e-29 9.027e-29 1.805e-28 CH3OH +2.95578e+02 9.174e-29 9.174e-29 1.835e-28 Na11 +2.94595e+02 9.083e-29 9.083e-29 1.817e-28 CN +2.93615e+02 9.111e-29 9.111e-29 1.822e-28 CN +2.92638e+02 9.139e-29 9.139e-29 1.828e-28 CH3OH +2.91664e+02 9.168e-29 9.168e-29 1.834e-28 SO +2.90693e+02 9.196e-29 9.196e-29 1.839e-28 H3O+ +2.89726e+02 9.225e-29 9.225e-29 1.845e-28 CH3OH +2.88762e+02 9.253e-29 9.253e-29 1.851e-28 CH3OH +2.87801e+02 9.282e-29 9.282e-29 1.856e-28 H 1 +2.86844e+02 9.311e-29 9.311e-29 1.862e-28 C2H +2.85889e+02 9.339e-29 9.339e-29 1.868e-28 CH3OH +2.84938e+02 9.368e-29 9.368e-29 1.874e-28 NO +2.83990e+02 9.397e-29 9.397e-29 1.879e-28 CH3OH +2.83045e+02 9.427e-29 9.427e-29 1.885e-28 CH3OH +2.82103e+02 9.456e-29 9.456e-29 1.891e-28 CH3OH +2.81164e+02 9.485e-29 9.485e-29 1.897e-28 HCS+ +2.80229e+02 9.515e-29 9.515e-29 1.903e-28 H3O+ +2.79296e+02 9.544e-29 9.544e-29 1.909e-28 SO2 +2.78367e+02 9.574e-29 9.574e-29 1.915e-28 SO2 +2.77441e+02 9.603e-29 9.603e-29 1.921e-28 F 6 +2.76518e+02 9.633e-29 9.633e-29 1.927e-28 H 1 +2.75598e+02 9.663e-29 9.663e-29 1.933e-28 HNC +2.74681e+02 9.693e-29 9.693e-29 1.939e-28 H3O+ +2.73767e+02 9.723e-29 9.723e-29 1.945e-28 +2.72856e+02 9.753e-29 9.753e-29 1.951e-28 O 5 +2.71948e+02 9.783e-29 9.783e-29 1.957e-28 ^13CO +2.71043e+02 9.813e-29 9.813e-29 1.963e-28 CH3OH +2.70141e+02 9.844e-29 9.844e-29 1.969e-28 CH3OH +2.69242e+02 9.874e-29 9.874e-29 1.975e-28 H2CO +2.68346e+02 9.905e-29 9.905e-29 1.981e-28 SO +2.67453e+02 9.936e-29 9.936e-29 1.987e-28 CH3OH +2.66563e+02 9.966e-29 9.966e-29 1.993e-28 CS +2.65676e+02 9.997e-29 9.997e-29 1.999e-28 H2CO +2.64792e+02 1.003e-28 1.003e-28 2.006e-28 CN +2.63911e+02 1.006e-28 1.006e-28 2.012e-28 C2H +2.63033e+02 1.009e-28 1.009e-28 2.018e-28 +2.62158e+02 1.012e-28 1.012e-28 2.024e-28 +2.61286e+02 1.015e-28 1.015e-28 2.031e-28 H2O +2.60416e+02 1.018e-28 1.018e-28 2.037e-28 HCN +2.59550e+02 1.022e-28 1.022e-28 2.043e-28 CH3OH +2.58686e+02 1.025e-28 1.025e-28 2.050e-28 CH3OH +2.57825e+02 1.028e-28 1.028e-28 2.056e-28 H2O +2.56967e+02 1.031e-28 1.031e-28 2.062e-28 NH3 +2.56112e+02 1.034e-28 1.034e-28 2.069e-28 S 11 +2.55260e+02 1.040e-28 1.040e-28 2.079e-28 Cl17 +2.54411e+02 1.041e-28 1.041e-28 2.081e-28 CH3OH +2.53564e+02 1.044e-28 1.044e-28 2.088e-28 CH3OH +2.52721e+02 1.047e-28 1.047e-28 2.094e-28 +2.51880e+02 1.050e-28 1.050e-28 2.101e-28 CH3OH +2.51042e+02 1.054e-28 1.054e-28 2.107e-28 HCS+ +2.50206e+02 1.057e-28 1.057e-28 2.114e-28 SPR1 +2.49374e+02 1.060e-28 1.060e-28 2.120e-28 NO +2.48544e+02 1.064e-28 1.064e-28 2.127e-28 NO +2.47717e+02 1.067e-28 1.067e-28 2.134e-28 ^13CO +2.46893e+02 1.070e-28 1.070e-28 2.140e-28 NH3 +2.46071e+02 1.073e-28 1.073e-28 2.147e-28 CH3OH +2.45252e+02 1.077e-28 1.077e-28 2.153e-28 CH3OH +2.44436e+02 1.080e-28 1.080e-28 2.160e-28 CH3OH +2.43623e+02 1.084e-28 1.084e-28 2.167e-28 H 1 +2.42812e+02 1.087e-28 1.087e-28 2.174e-28 HCS+ +2.42004e+02 1.090e-28 1.090e-28 2.180e-28 H 1 +2.41199e+02 1.094e-28 1.094e-28 2.187e-28 He 1 +2.40397e+02 1.097e-28 1.097e-28 2.194e-28 CN +2.39597e+02 1.100e-28 1.100e-28 2.201e-28 HCl +2.38799e+02 1.104e-28 1.104e-28 2.207e-28 CH3OH +2.38005e+02 1.107e-28 1.107e-28 2.214e-28 +2.37213e+02 1.111e-28 1.111e-28 2.221e-28 CH3OH +2.36424e+02 1.114e-28 1.114e-28 2.228e-28 HNC +2.35637e+02 1.117e-28 1.117e-28 2.235e-28 CH3OH +2.34853e+02 1.121e-28 1.121e-28 2.242e-28 CH3OH +2.34071e+02 1.124e-28 1.124e-28 2.249e-28 OH +2.33293e+02 1.128e-28 1.128e-28 2.256e-28 +2.32516e+02 1.131e-28 1.131e-28 2.263e-28 Si 9 +2.31743e+02 1.135e-28 1.135e-28 2.270e-28 CH3OH +2.30971e+02 1.138e-28 1.138e-28 2.277e-28 CH3OH +2.30203e+02 1.142e-28 1.142e-28 2.284e-28 +2.29437e+02 1.145e-28 1.145e-28 2.291e-28 H2O +2.28674e+02 1.149e-28 1.149e-28 2.298e-28 C2H +2.27913e+02 1.153e-28 1.153e-28 2.305e-28 CH3OH +2.27154e+02 1.156e-28 1.156e-28 2.312e-28 CH3OH +2.26398e+02 1.160e-28 1.160e-28 2.319e-28 CH3OH +2.25645e+02 1.163e-28 1.163e-28 2.327e-28 CH3OH +2.24894e+02 1.167e-28 1.167e-28 2.334e-28 +2.24146e+02 1.170e-28 1.170e-28 2.341e-28 CH3OH +2.23400e+02 1.174e-28 1.174e-28 2.348e-28 SiO +2.22657e+02 1.178e-28 1.178e-28 2.355e-28 H2O +2.21916e+02 1.181e-28 1.181e-28 2.363e-28 He 1 +2.21178e+02 1.185e-28 1.185e-28 2.370e-28 NO +2.20442e+02 1.189e-28 1.189e-28 2.377e-28 CN +2.19708e+02 1.192e-28 1.192e-28 2.385e-28 SO +2.18977e+02 1.196e-28 1.196e-28 2.392e-28 CS +2.18248e+02 1.200e-28 1.200e-28 2.400e-28 CH3OH +2.17522e+02 1.203e-28 1.203e-28 2.407e-28 CH3OH +2.16798e+02 1.207e-28 1.207e-28 2.414e-28 CH3OH +2.16077e+02 1.211e-28 1.211e-28 2.422e-28 He 1 +2.15358e+02 1.215e-28 1.215e-28 2.429e-28 Li 1 +2.14641e+02 1.218e-28 1.218e-28 2.437e-28 C2H +2.13927e+02 1.222e-28 1.222e-28 2.444e-28 NO +2.13215e+02 1.234e-28 1.234e-28 2.468e-28 Cl17 +2.12506e+02 1.230e-28 1.230e-28 2.460e-28 H2O +2.11799e+02 1.234e-28 1.234e-28 2.467e-28 HCN +2.11094e+02 1.237e-28 1.237e-28 2.475e-28 CH3OH +2.10392e+02 1.241e-28 1.241e-28 2.483e-28 H 1 +2.09692e+02 1.245e-28 1.245e-28 2.490e-28 He 1 +2.08994e+02 1.249e-28 1.249e-28 2.498e-28 CH3OH +2.08299e+02 1.253e-28 1.253e-28 2.506e-28 H2O +2.07605e+02 1.257e-28 1.257e-28 2.513e-28 +2.06915e+02 1.261e-28 1.261e-28 2.521e-28 HNC +2.06226e+02 1.264e-28 1.264e-28 2.529e-28 +2.05540e+02 1.268e-28 1.268e-28 2.537e-28 N 2 +2.04856e+02 1.272e-28 1.272e-28 2.545e-28 SO +2.04174e+02 1.276e-28 1.276e-28 2.553e-28 H 1 +2.03495e+02 1.280e-28 1.280e-28 2.560e-28 CN +2.02818e+02 1.285e-28 1.285e-28 2.570e-28 Sc19 +2.02143e+02 1.288e-28 1.288e-28 2.576e-28 CH3OH +2.01470e+02 1.292e-28 1.292e-28 2.584e-28 Si 3 +2.00800e+02 1.296e-28 1.296e-28 2.592e-28 SO2 +2.00132e+02 1.300e-28 1.300e-28 2.600e-28 CO +1.99466e+02 1.304e-28 1.304e-28 2.608e-28 H2CO +1.98802e+02 1.308e-28 1.308e-28 2.616e-28 SO +1.98141e+02 1.312e-28 1.312e-28 2.624e-28 SiO +1.97481e+02 1.316e-28 1.316e-28 2.632e-28 Zn 2 +1.96824e+02 1.320e-28 1.320e-28 2.641e-28 H2CO +1.96169e+02 1.324e-28 1.324e-28 2.649e-28 CH3OH +1.95517e+02 1.329e-28 1.329e-28 2.657e-28 H 1 +1.94866e+02 1.333e-28 1.333e-28 2.665e-28 CH3OH +1.94218e+02 1.337e-28 1.337e-28 2.673e-28 H2O +1.93571e+02 1.341e-28 1.341e-28 2.682e-28 +1.92927e+02 1.345e-28 1.345e-28 2.690e-28 H3O+ +1.92285e+02 1.349e-28 1.349e-28 2.698e-28 CH3OH +1.91646e+02 1.353e-28 1.353e-28 2.707e-28 H2CO +1.91008e+02 1.357e-28 1.357e-28 2.715e-28 +1.90372e+02 1.362e-28 1.362e-28 2.723e-28 H3O+ +1.89739e+02 1.366e-28 1.366e-28 2.732e-28 CN +1.89108e+02 1.370e-28 1.370e-28 2.740e-28 CN +1.88478e+02 1.374e-28 1.374e-28 2.749e-28 SO +1.87851e+02 1.379e-28 1.379e-28 2.757e-28 H3O+ +1.87226e+02 1.383e-28 1.383e-28 2.766e-28 NO +1.86603e+02 1.387e-28 1.387e-28 2.774e-28 NO +1.85982e+02 1.391e-28 1.391e-28 2.783e-28 CO +1.85363e+02 1.396e-28 1.396e-28 2.791e-28 H3O+ +1.84747e+02 1.400e-28 1.400e-28 2.800e-28 H3O+ +1.84132e+02 1.404e-28 1.404e-28 2.809e-28 CH3OH +1.83519e+02 1.409e-28 1.409e-28 2.817e-28 H3O+ +1.82909e+02 1.413e-28 1.413e-28 2.826e-28 +1.82300e+02 1.417e-28 1.417e-28 2.835e-28 SiO +1.81693e+02 1.422e-28 1.422e-28 2.844e-28 H 1 +1.81089e+02 1.426e-28 1.426e-28 2.852e-28 H 1 +1.80486e+02 1.431e-28 1.431e-28 2.861e-28 H3O+ +1.79886e+02 1.435e-28 1.435e-28 2.870e-28 +1.79287e+02 1.439e-28 1.439e-28 2.879e-28 H2CO +1.78691e+02 1.444e-28 1.444e-28 2.888e-28 SO +1.78096e+02 1.448e-28 1.448e-28 2.897e-28 HCN +1.77503e+02 1.453e-28 1.453e-28 2.906e-28 SiO +1.76913e+02 1.457e-28 1.457e-28 2.915e-28 CN +1.76324e+02 1.462e-28 1.462e-28 2.924e-28 CN +1.75737e+02 1.466e-28 1.466e-28 2.933e-28 SO +1.75153e+02 1.471e-28 1.471e-28 2.942e-28 H2O +1.74570e+02 1.475e-28 1.475e-28 2.951e-28 CH3OH +1.73989e+02 1.480e-28 1.480e-28 2.960e-28 +1.73410e+02 1.485e-28 1.485e-28 2.969e-28 CH3OH +1.72833e+02 1.489e-28 1.489e-28 2.978e-28 +1.72258e+02 1.494e-28 1.494e-28 2.988e-28 +1.71685e+02 1.498e-28 1.498e-28 2.997e-28 H 1 +1.71113e+02 1.503e-28 1.503e-28 3.006e-28 O2 +1.70544e+02 1.508e-28 1.508e-28 3.015e-28 CH3OH +1.69977e+02 1.512e-28 1.512e-28 3.025e-28 NH3 +1.69411e+02 1.517e-28 1.517e-28 3.034e-28 H 1 +1.68847e+02 1.522e-28 1.522e-28 3.043e-28 +1.68286e+02 1.526e-28 1.526e-28 3.053e-28 CH3OH +1.67726e+02 1.531e-28 1.531e-28 3.062e-28 SO +1.67167e+02 1.536e-28 1.536e-28 3.073e-28 He 2 +1.66611e+02 1.541e-28 1.541e-28 3.081e-28 Si11 +1.66057e+02 1.545e-28 1.545e-28 3.091e-28 CN +1.65504e+02 1.550e-28 1.550e-28 3.100e-28 CN +1.64954e+02 1.555e-28 1.555e-28 3.110e-28 Ca 2 +1.64405e+02 1.560e-28 1.560e-28 3.119e-28 Mg 1 +1.63858e+02 1.565e-28 1.565e-28 3.129e-28 CH3OH +1.63312e+02 1.569e-28 1.569e-28 3.139e-28 OH +1.62769e+02 1.574e-28 1.574e-28 3.148e-28 H2CO +1.62227e+02 1.579e-28 1.579e-28 3.158e-28 SO +1.61688e+02 1.584e-28 1.584e-28 3.168e-28 CH3OH +1.61150e+02 1.589e-28 1.589e-28 3.178e-28 H2CO +1.60613e+02 1.594e-28 1.594e-28 3.187e-28 H2O +1.60079e+02 1.599e-28 1.599e-28 3.197e-28 PAC3 +1.59546e+02 1.604e-28 1.604e-28 3.207e-28 H2CO +1.59015e+02 1.609e-28 1.609e-28 3.217e-28 H2O +1.58486e+02 1.613e-28 1.613e-28 3.227e-28 H2O +1.57959e+02 1.618e-28 1.618e-28 3.237e-28 H2CO +1.57433e+02 1.623e-28 1.623e-28 3.247e-28 C 2 +1.56910e+02 1.628e-28 1.628e-28 3.257e-28 CH3OH +1.56387e+02 1.634e-28 1.634e-28 3.267e-28 Si 9 +1.55867e+02 1.639e-28 1.639e-28 3.277e-28 CN +1.55348e+02 1.644e-28 1.644e-28 3.287e-28 H 1 +1.54832e+02 1.649e-28 1.649e-28 3.297e-28 H2CO +1.54316e+02 1.654e-28 1.654e-28 3.308e-28 +1.53803e+02 1.659e-28 1.659e-28 3.318e-28 H2CO +1.53291e+02 1.664e-28 1.664e-28 3.328e-28 NO +1.52781e+02 1.669e-28 1.669e-28 3.338e-28 SO +1.52273e+02 1.674e-28 1.674e-28 3.349e-28 SO +1.51766e+02 2.112e-28 2.112e-28 4.224e-28 Mn23 +1.51261e+02 1.685e-28 1.685e-28 3.369e-28 Si 9 +1.50758e+02 1.709e-28 1.709e-28 3.419e-28 P 15 +1.50256e+02 1.695e-28 1.695e-28 3.390e-28 +1.49756e+02 1.700e-28 1.700e-28 3.401e-28 H 1 +1.49258e+02 1.706e-28 1.706e-28 3.411e-28 He 1 +1.48761e+02 1.711e-28 1.711e-28 3.422e-28 He 1 +1.48266e+02 1.716e-28 1.716e-28 3.432e-28 He 1 +1.47773e+02 1.722e-28 1.722e-28 3.443e-28 He 2 +1.47281e+02 1.727e-28 1.727e-28 3.453e-28 CN +1.46791e+02 1.732e-28 1.732e-28 3.464e-28 Mg11 +1.46303e+02 1.737e-28 1.737e-28 3.475e-28 HCO+ +1.45816e+02 1.743e-28 1.743e-28 3.485e-28 CH3OH +1.45331e+02 1.748e-28 1.748e-28 3.496e-28 O 1 +1.44847e+02 1.754e-28 1.754e-28 3.507e-28 CO +1.44365e+02 1.759e-28 1.759e-28 3.518e-28 H2CO +1.43885e+02 1.764e-28 1.764e-28 3.529e-28 HNC +1.43406e+02 1.770e-28 1.770e-28 3.540e-28 ^13CO +1.42929e+02 1.775e-28 1.775e-28 3.551e-28 O 5 +1.42453e+02 1.781e-28 1.781e-28 3.561e-28 H2CO +1.41979e+02 1.786e-28 1.786e-28 3.572e-28 Sc 8 +1.41507e+02 1.792e-28 1.792e-28 3.584e-28 +1.41036e+02 1.797e-28 1.797e-28 3.595e-28 HCN +1.40567e+02 1.803e-28 1.803e-28 3.606e-28 HCO+ +1.40099e+02 1.820e-28 1.820e-28 3.639e-28 V 21 +1.39633e+02 1.814e-28 1.814e-28 3.628e-28 CN +1.39168e+02 1.820e-28 1.820e-28 3.639e-28 O2 +1.38705e+02 1.825e-28 1.825e-28 3.651e-28 H 1 +1.38244e+02 1.831e-28 1.831e-28 3.662e-28 HNC +1.37784e+02 1.836e-28 1.836e-28 3.673e-28 H2CO +1.37325e+02 1.842e-28 1.842e-28 3.684e-28 CO +1.36868e+02 1.848e-28 1.848e-28 3.696e-28 H2CO +1.36413e+02 1.854e-28 1.854e-28 3.707e-28 H 1 +1.35959e+02 1.859e-28 1.859e-28 3.718e-28 +1.35506e+02 1.865e-28 1.865e-28 3.730e-28 HCN +1.35056e+02 1.871e-28 1.871e-28 3.741e-28 H2O +1.34606e+02 1.876e-28 1.876e-28 3.753e-28 HCO+ +1.34158e+02 1.882e-28 1.882e-28 3.765e-28 +1.33712e+02 1.888e-28 1.888e-28 3.776e-28 H2CO +1.33267e+02 1.894e-28 1.894e-28 3.788e-28 NO +1.32823e+02 1.900e-28 1.900e-28 3.800e-28 NO +1.32382e+02 1.906e-28 1.906e-28 3.811e-28 CN +1.31941e+02 1.912e-28 1.912e-28 3.823e-28 H 1 +1.31502e+02 1.917e-28 1.917e-28 3.835e-28 +1.31064e+02 1.923e-28 1.923e-28 3.847e-28 C 3 +1.30628e+02 1.929e-28 1.929e-28 3.858e-28 HCN +1.30194e+02 1.935e-28 1.935e-28 3.870e-28 H2CO +1.29760e+02 1.941e-28 1.941e-28 3.883e-28 He 2 +1.29329e+02 1.947e-28 1.947e-28 3.894e-28 H 1 +1.28898e+02 1.953e-28 1.953e-28 3.906e-28 +1.28469e+02 1.959e-28 1.959e-28 3.918e-28 +1.28042e+02 1.965e-28 1.965e-28 3.930e-28 H2O +1.27616e+02 1.971e-28 1.971e-28 3.943e-28 H2CO +1.27191e+02 1.978e-28 1.978e-28 3.955e-28 Cr24 +1.26768e+02 1.983e-28 1.983e-28 3.967e-28 H2CO +1.26346e+02 1.990e-28 1.990e-28 3.979e-28 +1.25926e+02 1.996e-28 1.996e-28 3.991e-28 Li 1 +1.25507e+02 2.002e-28 2.002e-28 4.004e-28 HCN +1.25089e+02 2.008e-28 2.008e-28 4.016e-28 Mg 9 +1.24673e+02 2.014e-28 2.014e-28 4.028e-28 NH3 +1.24258e+02 2.020e-28 2.020e-28 4.041e-28 CO +1.23845e+02 2.027e-28 2.027e-28 4.053e-28 Ne 9 +1.23433e+02 2.033e-28 2.033e-28 4.066e-28 H2O +1.23022e+02 2.039e-28 2.039e-28 4.078e-28 H2CO +1.22613e+02 2.045e-28 2.045e-28 4.091e-28 H2O +1.22205e+02 2.052e-28 2.052e-28 4.104e-28 Ca 2 +1.21798e+02 2.058e-28 2.058e-28 4.116e-28 H2O +1.21393e+02 2.064e-28 2.064e-28 4.129e-28 +1.20989e+02 2.173e-28 2.173e-28 4.346e-28 Al13 +1.20586e+02 2.077e-28 2.077e-28 4.154e-28 HCO+ +1.20185e+02 2.084e-28 2.084e-28 4.167e-28 N 1 +1.19785e+02 2.090e-28 2.090e-28 4.180e-28 H2CO +1.19386e+02 2.097e-28 2.097e-28 4.193e-28 H 1 +1.18989e+02 2.103e-28 2.103e-28 4.206e-28 C 3 +1.18593e+02 2.109e-28 2.109e-28 4.219e-28 H2CO +1.18199e+02 2.116e-28 2.116e-28 4.232e-28 H2CO +1.17805e+02 2.122e-28 2.122e-28 4.245e-28 NO +1.17413e+02 2.129e-28 2.129e-28 4.258e-28 +1.17023e+02 2.136e-28 2.136e-28 4.271e-28 HCN +1.16633e+02 2.142e-28 2.142e-28 4.284e-28 H2O +1.16245e+02 2.149e-28 2.149e-28 4.297e-28 H2CO +1.15858e+02 2.155e-28 2.155e-28 4.311e-28 +1.15473e+02 2.162e-28 2.162e-28 4.324e-28 He 1 +1.15089e+02 2.169e-28 2.169e-28 4.337e-28 NO +1.14706e+02 2.175e-28 2.175e-28 4.351e-28 NO +1.14324e+02 2.182e-28 2.182e-28 4.364e-28 H2O +1.13944e+02 2.189e-28 2.189e-28 4.378e-28 H2O +1.13565e+02 2.196e-28 2.196e-28 4.391e-28 CO +1.13187e+02 2.202e-28 2.202e-28 4.405e-28 He 2 +1.12810e+02 2.209e-28 2.209e-28 4.418e-28 H2O +1.12435e+02 2.216e-28 2.216e-28 4.432e-28 Si11 +1.12061e+02 2.223e-28 2.223e-28 4.445e-28 +1.11688e+02 2.230e-28 2.230e-28 4.460e-28 H 1 +1.11316e+02 2.237e-28 2.237e-28 4.473e-28 H 1 +1.10946e+02 2.243e-28 2.243e-28 4.487e-28 Ti22 +1.10577e+02 2.250e-28 2.250e-28 4.501e-28 H2CO +1.10209e+02 2.257e-28 2.257e-28 4.514e-28 +1.09842e+02 2.264e-28 2.264e-28 4.528e-28 +1.09476e+02 2.271e-28 2.271e-28 4.542e-28 SO +1.09112e+02 2.278e-28 2.278e-28 4.556e-28 ^13CO +1.08749e+02 2.285e-28 2.285e-28 4.570e-28 CO +1.08387e+02 2.292e-28 2.292e-28 4.584e-28 Fe 9 +1.08027e+02 2.299e-28 2.299e-28 4.599e-28 H2O +1.07667e+02 2.306e-28 2.306e-28 4.613e-28 O2 +1.07309e+02 2.313e-28 2.313e-28 4.627e-28 +1.06952e+02 2.321e-28 2.321e-28 4.641e-28 NO +1.06596e+02 2.328e-28 2.328e-28 4.655e-28 H2CO +1.06241e+02 2.335e-28 2.335e-28 4.670e-28 +1.05888e+02 2.342e-28 2.342e-28 4.684e-28 +1.05535e+02 2.349e-28 2.349e-28 4.699e-28 Fe 3 +1.05184e+02 2.357e-28 2.357e-28 4.713e-28 O2 +1.04834e+02 2.364e-28 2.364e-28 4.728e-28 SO +1.04485e+02 2.371e-28 2.371e-28 4.742e-28 CO +1.04138e+02 2.378e-28 2.378e-28 4.757e-28 Si10 +1.03791e+02 2.386e-28 2.386e-28 4.771e-28 H 1 +1.03446e+02 2.393e-28 2.393e-28 4.786e-28 H 1 +1.03102e+02 2.400e-28 2.400e-28 4.801e-28 +1.02759e+02 2.408e-28 2.408e-28 4.816e-28 +1.02417e+02 2.415e-28 2.415e-28 4.830e-28 +1.02076e+02 2.423e-28 2.423e-28 4.845e-28 H2CO +1.01736e+02 2.430e-28 2.430e-28 4.860e-28 NH3 +1.01398e+02 2.438e-28 2.438e-28 4.876e-28 H 1 +1.01060e+02 2.445e-28 2.445e-28 4.890e-28 ^13CO +1.00724e+02 2.453e-28 2.453e-28 4.905e-28 H3O+ +1.00389e+02 2.460e-28 2.460e-28 4.920e-28 NH3 +1.00055e+02 2.468e-28 2.468e-28 4.936e-28 F100 +9.97219e+01 2.475e-28 2.475e-28 4.951e-28 +9.93901e+01 2.483e-28 2.483e-28 4.966e-28 H2O +9.90594e+01 2.491e-28 2.491e-28 4.981e-28 Si 3 +9.87298e+01 2.498e-28 2.498e-28 4.997e-28 OH +9.84013e+01 2.506e-28 2.506e-28 5.012e-28 H2O +9.80738e+01 2.514e-28 2.514e-28 5.028e-28 He 2 +9.77475e+01 2.521e-28 2.521e-28 5.043e-28 ^13CO +9.74223e+01 2.529e-28 2.529e-28 5.059e-28 +9.70981e+01 2.537e-28 2.537e-28 5.074e-28 +9.67750e+01 2.545e-28 2.545e-28 5.090e-28 Fe25 +9.64530e+01 2.553e-28 2.553e-28 5.105e-28 OH +9.61321e+01 2.561e-28 2.561e-28 5.121e-28 HCl +9.58122e+01 2.568e-28 2.568e-28 5.137e-28 He 1 +9.54934e+01 2.576e-28 2.576e-28 5.153e-28 H2O +9.51756e+01 2.584e-28 2.584e-28 5.169e-28 +9.48589e+01 2.592e-28 2.592e-28 5.185e-28 H 1 +9.45433e+01 2.600e-28 2.600e-28 5.200e-28 H2O +9.42287e+01 2.608e-28 2.608e-28 5.216e-28 O 5 +9.39152e+01 2.616e-28 2.616e-28 5.233e-28 Ca20 +9.36027e+01 2.624e-28 2.624e-28 5.249e-28 +9.32912e+01 2.632e-28 2.632e-28 5.265e-28 CO +9.29808e+01 2.640e-28 2.640e-28 5.281e-28 +9.26714e+01 2.649e-28 2.649e-28 5.298e-28 H 1 +9.23631e+01 2.657e-28 2.657e-28 5.314e-28 NO +9.20557e+01 2.665e-28 2.665e-28 5.330e-28 NO +9.17494e+01 2.673e-28 2.673e-28 5.346e-28 Si 9 +9.14441e+01 2.922e-28 2.922e-28 5.844e-28 Co25 +9.11399e+01 2.690e-28 2.690e-28 5.379e-28 ^13CO +9.08366e+01 2.698e-28 2.698e-28 5.396e-28 H2CO +9.05344e+01 2.706e-28 2.706e-28 5.412e-28 H2CO +9.02331e+01 2.715e-28 2.715e-28 5.429e-28 CO +8.99329e+01 2.723e-28 2.723e-28 5.446e-28 H2O +8.96336e+01 2.731e-28 2.731e-28 5.463e-28 NO +8.93354e+01 2.740e-28 2.740e-28 5.479e-28 H 1 +8.90381e+01 2.748e-28 2.748e-28 5.496e-28 +8.87418e+01 2.757e-28 2.757e-28 5.514e-28 H 1 +8.84466e+01 2.765e-28 2.765e-28 5.530e-28 O 3 +8.81523e+01 2.774e-28 2.774e-28 5.547e-28 H 1 +8.78589e+01 2.782e-28 2.782e-28 5.564e-28 O 5 +8.75666e+01 2.791e-28 2.791e-28 5.581e-28 O 5 +8.72752e+01 2.799e-28 2.799e-28 5.598e-28 CO +8.69848e+01 2.808e-28 2.808e-28 5.616e-28 H2CO +8.66954e+01 2.816e-28 2.816e-28 5.633e-28 +8.64069e+01 2.825e-28 2.825e-28 5.650e-28 O2 +8.61194e+01 2.834e-28 2.834e-28 5.668e-28 Mg 1 +8.58329e+01 2.843e-28 2.843e-28 5.685e-28 He 1 +8.55472e+01 2.851e-28 2.851e-28 5.703e-28 ^13CO +8.52626e+01 2.860e-28 2.860e-28 5.720e-28 +8.49789e+01 2.869e-28 2.869e-28 5.738e-28 O2 +8.46961e+01 2.878e-28 2.878e-28 5.755e-28 NH3 +8.44143e+01 2.887e-28 2.887e-28 5.774e-28 He 2 +8.41334e+01 2.895e-28 2.895e-28 5.791e-28 +8.38535e+01 2.904e-28 2.904e-28 5.809e-28 NH3 +8.35745e+01 2.913e-28 2.913e-28 5.827e-28 Ti22 +8.32964e+01 2.922e-28 2.922e-28 5.845e-28 NO +8.30192e+01 2.931e-28 2.931e-28 5.862e-28 FIR +8.27430e+01 2.940e-28 2.940e-28 5.881e-28 H3O+ +8.24677e+01 2.949e-28 2.949e-28 5.899e-28 +8.21933e+01 2.958e-28 2.958e-28 5.917e-28 H3O+ +8.19198e+01 2.967e-28 2.967e-28 5.935e-28 CO +8.16472e+01 2.977e-28 2.977e-28 5.953e-28 H2O +8.13755e+01 2.986e-28 2.986e-28 5.972e-28 H2O +8.11047e+01 2.995e-28 2.995e-28 5.990e-28 O 7 +8.08349e+01 3.004e-28 3.004e-28 6.008e-28 Al 2 +8.05659e+01 3.013e-28 3.013e-28 6.027e-28 ^13CO +8.02978e+01 3.023e-28 3.023e-28 6.046e-28 H 1 +8.00306e+01 3.032e-28 3.032e-28 6.064e-28 NO +7.97643e+01 3.041e-28 3.041e-28 6.083e-28 +7.94989e+01 3.051e-28 3.051e-28 6.101e-28 +7.92344e+01 3.060e-28 3.060e-28 6.120e-28 OH +7.89707e+01 3.069e-28 3.069e-28 6.139e-28 H2O +7.87080e+01 3.079e-28 3.079e-28 6.158e-28 O2 +7.84461e+01 3.089e-28 3.089e-28 6.178e-28 He 2 +7.81851e+01 3.098e-28 3.098e-28 6.196e-28 F 6 +7.79249e+01 3.108e-28 3.108e-28 6.215e-28 H 1 +7.76656e+01 3.117e-28 3.117e-28 6.234e-28 H2O +7.74072e+01 3.126e-28 3.126e-28 6.253e-28 O2 +7.71496e+01 3.136e-28 3.136e-28 6.272e-28 CO +7.68929e+01 3.146e-28 3.146e-28 6.291e-28 N 6 +7.66371e+01 3.155e-28 3.155e-28 6.311e-28 OH+ +7.63821e+01 3.165e-28 3.165e-28 6.330e-28 H 1 +7.61279e+01 3.175e-28 3.175e-28 6.350e-28 H 1 +7.58746e+01 3.185e-28 3.185e-28 6.369e-28 F 6 +7.56221e+01 3.194e-28 3.194e-28 6.389e-28 NO +7.53705e+01 3.204e-28 3.204e-28 6.408e-28 H2O +7.51197e+01 3.214e-28 3.214e-28 6.428e-28 C 3 +7.48698e+01 3.224e-28 3.224e-28 6.448e-28 NO +7.46206e+01 3.234e-28 3.234e-28 6.468e-28 N 5 +7.43723e+01 3.244e-28 3.244e-28 6.488e-28 +7.41249e+01 3.254e-28 3.254e-28 6.508e-28 ^13CO +7.38782e+01 3.264e-28 3.264e-28 6.528e-28 +7.36324e+01 3.274e-28 3.274e-28 6.548e-28 H2O +7.33874e+01 3.284e-28 3.284e-28 6.568e-28 O 5 +7.31432e+01 3.294e-28 3.294e-28 6.588e-28 +7.28998e+01 3.304e-28 3.304e-28 6.608e-28 Si10 +7.26573e+01 3.314e-28 3.314e-28 6.628e-28 NH3 +7.24155e+01 3.324e-28 3.324e-28 6.649e-28 NH3 +7.21745e+01 3.335e-28 3.335e-28 6.669e-28 N 5 +7.19344e+01 3.345e-28 3.345e-28 6.690e-28 He 2 +7.16950e+01 3.355e-28 3.355e-28 6.710e-28 NH3 +7.14565e+01 3.365e-28 3.365e-28 6.731e-28 H2O +7.12187e+01 3.376e-28 3.376e-28 6.752e-28 O 5 +7.09817e+01 3.386e-28 3.386e-28 6.772e-28 S 10 +7.07455e+01 3.397e-28 3.397e-28 6.793e-28 H3O+ +7.05101e+01 3.407e-28 3.407e-28 6.814e-28 He 1 +7.02755e+01 3.418e-28 3.418e-28 6.835e-28 H3O+ +7.00417e+01 3.428e-28 3.428e-28 6.856e-28 PAC1 +6.98086e+01 3.439e-28 3.439e-28 6.877e-28 N 5 +6.95763e+01 3.449e-28 3.449e-28 6.898e-28 H3O+ +6.93448e+01 3.460e-28 3.460e-28 6.919e-28 N 4 +6.91141e+01 3.471e-28 3.471e-28 6.943e-28 H 1 +6.88841e+01 3.481e-28 3.481e-28 6.962e-28 Si 9 +6.86549e+01 3.492e-28 3.492e-28 6.983e-28 NO +6.84265e+01 3.502e-28 3.502e-28 7.005e-28 Fe 7 +6.81988e+01 3.513e-28 3.513e-28 7.026e-28 +6.79719e+01 3.524e-28 3.524e-28 7.048e-28 Zn19 +6.77457e+01 3.535e-28 3.535e-28 7.070e-28 C 5 +6.75203e+01 3.546e-28 3.546e-28 7.091e-28 H 1 +6.72956e+01 3.557e-28 3.557e-28 7.113e-28 CO +6.70717e+01 3.568e-28 3.568e-28 7.135e-28 H 1 +6.68485e+01 3.578e-28 3.578e-28 7.157e-28 +6.66261e+01 3.589e-28 3.589e-28 7.179e-28 Mg 9 +6.64044e+01 3.600e-28 3.600e-28 7.201e-28 H2O +6.61834e+01 3.611e-28 3.611e-28 7.223e-28 H2O +6.59632e+01 3.623e-28 3.623e-28 7.245e-28 +6.57437e+01 3.634e-28 3.634e-28 7.267e-28 CO +6.55250e+01 3.645e-28 3.645e-28 7.290e-28 +6.53069e+01 3.656e-28 3.656e-28 7.312e-28 H 1 +6.50896e+01 3.667e-28 3.667e-28 7.335e-28 O2 +6.48731e+01 3.679e-28 3.679e-28 7.357e-28 H 1 +6.46572e+01 3.690e-28 3.690e-28 7.380e-28 +6.44420e+01 3.701e-28 3.701e-28 7.402e-28 K 8 +6.42276e+01 3.713e-28 3.713e-28 7.425e-28 O 5 +6.40139e+01 3.724e-28 3.724e-28 7.448e-28 CO +6.38009e+01 3.735e-28 3.735e-28 7.471e-28 H2O +6.35886e+01 3.747e-28 3.747e-28 7.494e-28 +6.33770e+01 3.758e-28 3.758e-28 7.517e-28 H2O +6.31661e+01 3.770e-28 3.770e-28 7.540e-28 O 1 +6.29560e+01 3.781e-28 3.781e-28 7.563e-28 H2O +6.27465e+01 3.793e-28 3.793e-28 7.586e-28 +6.25377e+01 3.805e-28 3.805e-28 7.609e-28 He 1 +6.23296e+01 3.816e-28 3.816e-28 7.633e-28 H2O +6.21222e+01 3.828e-28 3.828e-28 7.656e-28 +6.19155e+01 3.840e-28 3.840e-28 7.680e-28 H 1 +6.17095e+01 3.852e-28 3.852e-28 7.703e-28 O 5 He 1 +6.15042e+01 3.863e-28 3.863e-28 7.727e-28 He 1 +6.12995e+01 3.876e-28 3.876e-28 7.751e-28 H 1 +6.10955e+01 3.887e-28 3.887e-28 7.774e-28 O2 +6.08922e+01 3.900e-28 3.900e-28 7.799e-28 He 2 +6.06896e+01 3.911e-28 3.911e-28 7.822e-28 Li 1 +6.04877e+01 3.923e-28 3.923e-28 7.847e-28 He 2 +6.02864e+01 3.935e-28 3.935e-28 7.870e-28 He 2 +6.00858e+01 3.947e-28 3.947e-28 7.895e-28 F60 +5.98859e+01 3.959e-28 3.959e-28 7.919e-28 CO +5.96866e+01 3.972e-28 3.972e-28 7.943e-28 +5.94880e+01 3.984e-28 3.984e-28 7.967e-28 +5.92901e+01 3.996e-28 3.996e-28 7.992e-28 +5.90928e+01 4.008e-28 4.008e-28 8.016e-28 Sc10 +5.88962e+01 4.021e-28 4.021e-28 8.041e-28 O 7 +5.87002e+01 4.033e-28 4.033e-28 8.066e-28 H2O +5.85049e+01 4.045e-28 4.045e-28 8.090e-28 CO +5.83102e+01 4.058e-28 4.058e-28 8.115e-28 H2O +5.81162e+01 4.070e-28 4.070e-28 8.140e-28 H 1 +5.79228e+01 4.083e-28 4.083e-28 8.165e-28 O2 +5.77301e+01 4.095e-28 4.095e-28 8.190e-28 H2O +5.75380e+01 4.108e-28 4.108e-28 8.215e-28 +5.73465e+01 4.120e-28 4.120e-28 8.241e-28 Ni15 +5.71557e+01 4.133e-28 4.133e-28 8.266e-28 O2 +5.69655e+01 4.146e-28 4.146e-28 8.291e-28 H 1 H 1 +5.67760e+01 4.158e-28 4.158e-28 8.317e-28 He 1 +5.65871e+01 4.171e-28 4.171e-28 8.342e-28 O2 +5.63988e+01 4.184e-28 4.184e-28 8.368e-28 H2O +5.62111e+01 4.197e-28 4.197e-28 8.393e-28 CO +5.60241e+01 4.210e-28 4.210e-28 8.419e-28 H2O +5.58377e+01 4.222e-28 4.222e-28 8.445e-28 H2O +5.56519e+01 4.236e-28 4.236e-28 8.471e-28 H 1 +5.54667e+01 4.249e-28 4.249e-28 8.497e-28 H 1 +5.52821e+01 4.261e-28 4.261e-28 8.523e-28 Fe 3 +5.50982e+01 4.275e-28 4.275e-28 8.549e-28 H2O +5.49148e+01 4.288e-28 4.288e-28 8.575e-28 CO +5.47321e+01 4.301e-28 4.301e-28 8.602e-28 +5.45500e+01 4.314e-28 4.314e-28 8.628e-28 O 5 +5.43685e+01 4.327e-28 4.327e-28 8.655e-28 H 1 +5.41876e+01 4.341e-28 4.341e-28 8.681e-28 Cr 5 +5.40073e+01 4.354e-28 4.354e-28 8.708e-28 Ti 3 +5.38276e+01 4.367e-28 4.367e-28 8.734e-28 CO +5.36485e+01 4.381e-28 4.381e-28 8.761e-28 +5.34700e+01 4.394e-28 4.394e-28 8.788e-28 H2O +5.32920e+01 4.407e-28 4.407e-28 8.815e-28 S 15 +5.31147e+01 4.421e-28 4.421e-28 8.842e-28 H2O +5.29380e+01 4.435e-28 4.435e-28 8.869e-28 H 1 +5.27618e+01 4.448e-28 4.448e-28 8.896e-28 He 1 +5.25863e+01 4.464e-28 4.464e-28 8.928e-28 H 1 H 1 +5.24113e+01 4.475e-28 4.475e-28 8.951e-28 He 2 He 1 +5.22369e+01 4.489e-28 4.489e-28 8.978e-28 +5.20631e+01 4.503e-28 4.503e-28 9.006e-28 +5.18898e+01 4.517e-28 4.517e-28 9.034e-28 CO +5.17172e+01 4.531e-28 4.531e-28 9.061e-28 H2O +5.15451e+01 4.544e-28 4.544e-28 9.089e-28 H2O +5.13736e+01 4.558e-28 4.558e-28 9.117e-28 F 6 +5.12026e+01 4.572e-28 4.572e-28 9.145e-28 OH+ +5.10323e+01 4.587e-28 4.587e-28 9.174e-28 He 2 +5.08625e+01 4.600e-28 4.600e-28 9.201e-28 CO +5.06932e+01 4.615e-28 4.615e-28 9.229e-28 H2O +5.05246e+01 4.629e-28 4.629e-28 9.257e-28 O 5 +5.03564e+01 4.643e-28 4.643e-28 9.286e-28 OH+ +5.01889e+01 4.657e-28 4.657e-28 9.314e-28 +5.00219e+01 4.671e-28 4.671e-28 9.343e-28 Si10 +4.98554e+01 4.686e-28 4.686e-28 9.372e-28 +4.96895e+01 4.700e-28 4.700e-28 9.400e-28 +4.95242e+01 4.715e-28 4.715e-28 9.430e-28 H 1 +4.93594e+01 4.729e-28 4.729e-28 9.458e-28 OH +4.91952e+01 4.743e-28 4.743e-28 9.487e-28 +4.90315e+01 4.758e-28 4.758e-28 9.517e-28 H 1 +4.88683e+01 4.773e-28 4.773e-28 9.547e-28 He 2 +4.87057e+01 4.787e-28 4.787e-28 9.574e-28 OH +4.85437e+01 4.802e-28 4.802e-28 9.604e-28 S 2 +4.83821e+01 4.817e-28 4.817e-28 9.633e-28 +4.82212e+01 4.831e-28 4.831e-28 9.663e-28 H 1 H 1 +4.80607e+01 4.846e-28 4.846e-28 9.692e-28 +4.79008e+01 4.861e-28 4.861e-28 9.722e-28 Si 9 +4.77414e+01 4.876e-28 4.876e-28 9.752e-28 +4.75825e+01 4.891e-28 4.891e-28 9.782e-28 O 5 +4.74242e+01 4.906e-28 4.906e-28 9.812e-28 CO +4.72664e+01 4.921e-28 4.921e-28 9.842e-28 H2O +4.71091e+01 4.936e-28 4.936e-28 9.872e-28 H2O +4.69524e+01 4.951e-28 4.951e-28 9.902e-28 H 1 +4.67962e+01 4.966e-28 4.966e-28 9.932e-28 He 1 +4.66404e+01 4.981e-28 4.981e-28 9.963e-28 CO +4.64853e+01 4.997e-28 4.997e-28 9.993e-28 H2O +4.63306e+01 5.012e-28 5.012e-28 1.002e-27 F 6 +4.61764e+01 5.027e-28 5.027e-28 1.005e-27 +4.60228e+01 5.043e-28 5.043e-28 1.009e-27 He 1 +4.58696e+01 5.058e-28 5.058e-28 1.012e-27 CO +4.57170e+01 5.074e-28 5.074e-28 1.015e-27 Na 2 +4.55649e+01 5.089e-28 5.089e-28 1.018e-27 Na 1 +4.54133e+01 5.105e-28 5.105e-28 1.021e-27 O 7 +4.52622e+01 5.121e-28 5.121e-28 1.024e-27 H 1 +4.51116e+01 5.136e-28 5.136e-28 1.027e-27 CO +4.49614e+01 5.152e-28 5.152e-28 1.030e-27 F 6 +4.48118e+01 5.168e-28 5.168e-28 1.034e-27 Si 1 +4.46627e+01 5.184e-28 5.184e-28 1.037e-27 H2O +4.45141e+01 5.199e-28 5.199e-28 1.040e-27 +4.43660e+01 5.215e-28 5.215e-28 1.043e-27 CO +4.42184e+01 5.231e-28 5.231e-28 1.046e-27 H2O +4.40712e+01 5.247e-28 5.247e-28 1.049e-27 H 1 H 1 +4.39246e+01 5.263e-28 5.263e-28 1.053e-27 He 1 +4.37785e+01 5.279e-28 5.279e-28 1.056e-27 P 4 +4.36328e+01 5.296e-28 5.296e-28 1.059e-27 CO +4.34876e+01 5.312e-28 5.312e-28 1.062e-27 +4.33429e+01 5.328e-28 5.328e-28 1.066e-27 OH+ +4.31987e+01 5.344e-28 5.344e-28 1.069e-27 Fe 2 +4.30549e+01 5.361e-28 5.361e-28 1.072e-27 CO +4.29117e+01 5.377e-28 5.377e-28 1.075e-27 He 2 +4.27689e+01 5.394e-28 5.394e-28 1.079e-27 Mg11 +4.26266e+01 5.410e-28 5.410e-28 1.082e-27 +4.24847e+01 5.427e-28 5.427e-28 1.085e-27 O 5 +4.23434e+01 5.444e-28 5.444e-28 1.089e-27 He 2 +4.22025e+01 5.460e-28 5.460e-28 1.092e-27 Fe 3 +4.20621e+01 5.477e-28 5.477e-28 1.095e-27 H 1 +4.19221e+01 5.494e-28 5.494e-28 1.099e-27 H 1 +4.17826e+01 5.510e-28 5.510e-28 1.102e-27 CO +4.16436e+01 5.527e-28 5.527e-28 1.105e-27 Cl 7 +4.15050e+01 5.544e-28 5.544e-28 1.109e-27 Si 3 +4.13669e+01 5.561e-28 5.561e-28 1.112e-27 S 10 +4.12293e+01 5.578e-28 5.578e-28 1.116e-27 +4.10921e+01 5.595e-28 5.595e-28 1.119e-27 CO +4.09553e+01 5.612e-28 5.612e-28 1.122e-27 +4.08191e+01 5.630e-28 5.630e-28 1.126e-27 H2O +4.06832e+01 5.647e-28 5.647e-28 1.129e-27 H2O +4.05479e+01 5.664e-28 5.664e-28 1.133e-27 CO +4.04130e+01 5.681e-28 5.681e-28 1.136e-27 Ni11 +4.02785e+01 5.699e-28 5.699e-28 1.140e-27 H2O +4.01445e+01 5.716e-28 5.716e-28 1.143e-27 H 1 H 1 +4.00109e+01 5.734e-28 5.734e-28 1.147e-27 CO +3.98777e+01 5.751e-28 5.751e-28 1.150e-27 Si 8 +3.97451e+01 5.769e-28 5.769e-28 1.154e-27 Zn 2 +3.96128e+01 5.786e-28 5.786e-28 1.157e-27 Mn 1 +3.94810e+01 5.805e-28 5.805e-28 1.161e-27 H 1 +3.93496e+01 5.822e-28 5.822e-28 1.164e-27 S 11 +3.92187e+01 5.840e-28 5.840e-28 1.168e-27 N 6 +3.90882e+01 5.858e-28 5.858e-28 1.172e-27 H 1 +3.89581e+01 5.876e-28 5.876e-28 1.175e-27 He 1 +3.88285e+01 5.898e-28 5.898e-28 1.180e-27 H 1 +3.86993e+01 5.912e-28 5.912e-28 1.182e-27 OH+ +3.85705e+01 5.930e-28 5.930e-28 1.186e-27 OH+ +3.84422e+01 5.948e-28 5.948e-28 1.190e-27 F 6 +3.83143e+01 5.966e-28 5.966e-28 1.193e-27 H 1 +3.81868e+01 5.984e-28 5.984e-28 1.197e-27 OH+ +3.80597e+01 6.003e-28 6.003e-28 1.201e-27 H2O +3.79331e+01 6.021e-28 6.021e-28 1.204e-27 H2O +3.78069e+01 6.039e-28 6.039e-28 1.208e-27 +3.76811e+01 6.058e-28 6.058e-28 1.212e-27 +3.75557e+01 6.076e-28 6.076e-28 1.215e-27 He 1 +3.74307e+01 6.095e-28 6.095e-28 1.219e-27 He 2 +3.73062e+01 6.114e-28 6.114e-28 1.223e-27 He 2 +3.71821e+01 6.132e-28 6.132e-28 1.226e-27 O 5 +3.70583e+01 6.151e-28 6.151e-28 1.230e-27 H 1 +3.69350e+01 6.170e-28 6.170e-28 1.234e-27 +3.68121e+01 6.189e-28 6.189e-28 1.238e-27 Si 3 +3.66896e+01 6.208e-28 6.208e-28 1.242e-27 H2O +3.65676e+01 6.227e-28 6.227e-28 1.245e-27 +3.64459e+01 6.246e-28 6.246e-28 1.249e-27 H 1 H 1 +3.63246e+01 6.265e-28 6.265e-28 1.253e-27 Mn 6 +3.62037e+01 6.284e-28 6.284e-28 1.257e-27 H2O +3.60833e+01 6.303e-28 6.303e-28 1.261e-27 H2O +3.59632e+01 6.322e-28 6.322e-28 1.264e-27 H2O +3.58435e+01 6.342e-28 6.342e-28 1.268e-27 He 1 +3.57243e+01 6.361e-28 6.361e-28 1.272e-27 H 1 +3.56054e+01 6.381e-28 6.381e-28 1.276e-27 H2O +3.54869e+01 6.400e-28 6.400e-28 1.280e-27 H2O +3.53689e+01 6.420e-28 6.420e-28 1.284e-27 Fe 2 +3.52512e+01 6.439e-28 6.439e-28 1.288e-27 H2O +3.51339e+01 6.459e-28 6.459e-28 1.292e-27 +3.50170e+01 6.479e-28 6.479e-28 1.296e-27 H 1 +3.49004e+01 6.499e-28 6.499e-28 1.300e-27 +3.47843e+01 6.518e-28 6.518e-28 1.304e-27 Fe 9 +3.46686e+01 6.540e-28 6.540e-28 1.308e-27 He 2 +3.45532e+01 6.558e-28 6.558e-28 1.312e-27 OH +3.44382e+01 6.578e-28 6.578e-28 1.316e-27 H2O +3.43237e+01 6.598e-28 6.598e-28 1.320e-27 +3.42094e+01 6.619e-28 6.619e-28 1.324e-27 Fe 3 +3.40956e+01 6.640e-28 6.640e-28 1.328e-27 He 2 +3.39822e+01 6.659e-28 6.659e-28 1.332e-27 Cl 7 +3.38691e+01 6.679e-28 6.679e-28 1.336e-27 H2O +3.37564e+01 6.700e-28 6.700e-28 1.340e-27 Na 1 +3.36441e+01 6.720e-28 6.720e-28 1.344e-27 H 1 +3.35321e+01 6.741e-28 6.741e-28 1.348e-27 Ni15 +3.34206e+01 6.762e-28 6.762e-28 1.352e-27 Fe 9 +3.33093e+01 6.782e-28 6.782e-28 1.356e-27 Cl 2 +3.31985e+01 6.803e-28 6.803e-28 1.361e-27 +3.30880e+01 6.824e-28 6.824e-28 1.365e-27 H2O +3.29779e+01 6.845e-28 6.845e-28 1.369e-27 He 2 +3.28682e+01 6.865e-28 6.865e-28 1.373e-27 H 1 H 1 +3.27589e+01 6.886e-28 6.886e-28 1.377e-27 O 5 +3.26498e+01 6.907e-28 6.907e-28 1.381e-27 O 5 +3.25412e+01 6.929e-28 6.929e-28 1.386e-27 +3.24329e+01 6.950e-28 6.950e-28 1.390e-27 +3.23250e+01 6.971e-28 6.971e-28 1.394e-27 He 2 +3.22175e+01 6.993e-28 6.993e-28 1.399e-27 H 1 +3.21103e+01 7.014e-28 7.014e-28 1.403e-27 H 1 +3.20034e+01 7.036e-28 7.036e-28 1.407e-27 H 1 +3.18969e+01 7.057e-28 7.057e-28 1.411e-27 Fe 4 +3.17908e+01 7.078e-28 7.078e-28 1.416e-27 H2O +3.16850e+01 7.100e-28 7.100e-28 1.420e-27 H2O +3.15796e+01 7.121e-28 7.121e-28 1.424e-27 O 5 +3.14745e+01 7.143e-28 7.143e-28 1.429e-27 Sc10 +3.13698e+01 7.165e-28 7.165e-28 1.433e-27 Cr 4 +3.12654e+01 7.187e-28 7.187e-28 1.437e-27 +3.11614e+01 7.209e-28 7.209e-28 1.442e-27 Ne 3 +3.10577e+01 7.231e-28 7.231e-28 1.446e-27 Sc10 +3.09543e+01 7.253e-28 7.253e-28 1.451e-27 Ne 9 +3.08513e+01 7.275e-28 7.275e-28 1.455e-27 H2O +3.07487e+01 7.297e-28 7.297e-28 1.459e-27 He 1 +3.06464e+01 7.320e-28 7.320e-28 1.464e-27 H2O +3.05444e+01 7.342e-28 7.342e-28 1.468e-27 H2O +3.04427e+01 7.364e-28 7.364e-28 1.473e-27 H2O +3.03415e+01 7.387e-28 7.387e-28 1.477e-27 Na 1 +3.02405e+01 7.409e-28 7.409e-28 1.482e-27 Na 1 +3.01399e+01 7.432e-28 7.432e-28 1.486e-27 +3.00396e+01 7.455e-28 7.455e-28 1.491e-27 H 1 +2.99396e+01 7.478e-28 7.478e-28 1.496e-27 Cl 7 +2.98400e+01 7.502e-28 7.502e-28 1.500e-27 H 1 +2.97407e+01 7.523e-28 7.523e-28 1.505e-27 H2O +2.96418e+01 7.546e-28 7.546e-28 1.509e-27 Fe 6 +2.95431e+01 7.569e-28 7.569e-28 1.514e-27 H 1 H 1 +2.94448e+01 7.592e-28 7.592e-28 1.518e-27 C 3 +2.93468e+01 7.616e-28 7.616e-28 1.523e-27 H2O +2.92492e+01 7.639e-28 7.639e-28 1.528e-27 +2.91519e+01 7.662e-28 7.662e-28 1.532e-27 O 5 +2.90549e+01 7.686e-28 7.686e-28 1.537e-27 Cl 7 +2.89582e+01 7.709e-28 7.709e-28 1.542e-27 H 1 +2.88618e+01 7.733e-28 7.733e-28 1.547e-27 H 1 +2.87658e+01 7.756e-28 7.756e-28 1.551e-27 He 1 +2.86701e+01 7.780e-28 7.780e-28 1.556e-27 +2.85747e+01 7.804e-28 7.804e-28 1.561e-27 H2O +2.84796e+01 7.827e-28 7.827e-28 1.565e-27 Fe 9 +2.83848e+01 7.851e-28 7.851e-28 1.570e-27 H 1 +2.82904e+01 7.875e-28 7.875e-28 1.575e-27 Fe 9 +2.81963e+01 7.899e-28 7.899e-28 1.580e-27 F 6 +2.81024e+01 7.923e-28 7.923e-28 1.585e-27 Na 1 +2.80089e+01 7.948e-28 7.948e-28 1.590e-27 F 6 +2.79157e+01 7.974e-28 7.974e-28 1.595e-27 He 2 +2.78228e+01 8.004e-28 8.004e-28 1.601e-27 H 1 +2.77303e+01 8.021e-28 8.021e-28 1.604e-27 +2.76380e+01 8.045e-28 8.045e-28 1.609e-27 Cl 8 +2.75460e+01 8.070e-28 8.070e-28 1.614e-27 H2O +2.74544e+01 8.094e-28 8.094e-28 1.619e-27 Cr 5 +2.73630e+01 8.119e-28 8.119e-28 1.624e-27 Si 3 +2.72720e+01 8.144e-28 8.144e-28 1.629e-27 +2.71812e+01 8.168e-28 8.168e-28 1.634e-27 Fe 7 +2.70908e+01 8.193e-28 8.193e-28 1.639e-27 H 1 +2.70006e+01 8.218e-28 8.218e-28 1.644e-27 H2O +2.69108e+01 8.243e-28 8.243e-28 1.649e-27 Mn14 +2.68213e+01 8.269e-28 8.269e-28 1.654e-27 Cu18 +2.67320e+01 8.294e-28 8.294e-28 1.659e-27 H2O +2.66431e+01 8.319e-28 8.319e-28 1.664e-27 H 1 +2.65544e+01 8.345e-28 8.345e-28 1.669e-27 Fe 2 +2.64661e+01 8.370e-28 8.370e-28 1.674e-27 +2.63780e+01 8.396e-28 8.396e-28 1.679e-27 H 1 H 1 +2.62902e+01 8.421e-28 8.421e-28 1.684e-27 He 1 +2.62027e+01 8.447e-28 8.447e-28 1.689e-27 H 1 +2.61156e+01 8.473e-28 8.473e-28 1.695e-27 He 1 +2.60287e+01 8.499e-28 8.499e-28 1.700e-27 H 1 +2.59421e+01 8.524e-28 8.524e-28 1.705e-27 H2O +2.58557e+01 8.551e-28 8.551e-28 1.710e-27 He 2 +2.57697e+01 8.576e-28 8.576e-28 1.715e-27 C 5 +2.56840e+01 8.603e-28 8.603e-28 1.721e-27 Co 2 +2.55985e+01 8.629e-28 8.629e-28 1.726e-27 Si 3 +2.55133e+01 8.655e-28 8.655e-28 1.731e-27 Fe 3 +2.54284e+01 8.682e-28 8.682e-28 1.736e-27 OH+ +2.53438e+01 8.709e-28 8.709e-28 1.742e-27 He 2 +2.52595e+01 8.735e-28 8.735e-28 1.747e-27 H2O +2.51754e+01 8.761e-28 8.761e-28 1.752e-27 He 1 +2.50917e+01 8.788e-28 8.788e-28 1.758e-27 Cl 6 +2.50082e+01 8.815e-28 8.815e-28 1.763e-27 F25 +2.49250e+01 8.842e-28 8.842e-28 1.768e-27 He 1 +2.48420e+01 8.869e-28 8.869e-28 1.774e-27 Li 1 +2.47594e+01 8.896e-28 8.896e-28 1.779e-27 +2.46770e+01 8.923e-28 8.923e-28 1.785e-27 +2.45949e+01 8.950e-28 8.950e-28 1.790e-27 Mg 5 +2.45130e+01 8.977e-28 8.977e-28 1.795e-27 S 15 +2.44315e+01 9.005e-28 9.005e-28 1.801e-27 V 4 +2.43502e+01 9.032e-28 9.032e-28 1.806e-27 O 7 +2.42691e+01 9.060e-28 9.060e-28 1.812e-27 H2O +2.41884e+01 9.087e-28 9.087e-28 1.817e-27 Ne 5 +2.41079e+01 9.115e-28 9.115e-28 1.823e-27 Zn 2 +2.40277e+01 9.143e-28 9.143e-28 1.829e-27 MIPS +2.39477e+01 9.170e-28 9.170e-28 1.834e-27 Cl 6 +2.38681e+01 9.199e-28 9.199e-28 1.840e-27 H 1 +2.37886e+01 9.226e-28 9.226e-28 1.845e-27 Mg11 +2.37095e+01 9.255e-28 9.255e-28 1.851e-27 He 2 +2.36306e+01 9.283e-28 9.283e-28 1.857e-27 H 1 +2.35520e+01 9.311e-28 9.311e-28 1.862e-27 O 5 +2.34736e+01 9.339e-28 9.339e-28 1.868e-27 H2O +2.33955e+01 9.368e-28 9.368e-28 1.874e-27 Na 1 +2.33176e+01 9.396e-28 9.396e-28 1.879e-27 H 1 H 1 +2.32401e+01 9.425e-28 9.425e-28 1.885e-27 Na 1 +2.31627e+01 9.455e-28 9.455e-28 1.891e-27 He 2 +2.30857e+01 9.483e-28 9.483e-28 1.897e-27 S 11 +2.30088e+01 9.512e-28 9.512e-28 1.902e-27 +2.29323e+01 9.540e-28 9.540e-28 1.908e-27 Fe 2 +2.28560e+01 9.570e-28 9.570e-28 1.914e-27 Fe 9 +2.27799e+01 9.599e-28 9.599e-28 1.920e-27 +2.27041e+01 9.628e-28 9.628e-28 1.926e-27 +2.26286e+01 9.657e-28 9.657e-28 1.931e-27 H 1 +2.25533e+01 9.687e-28 9.687e-28 1.937e-27 O 5 +2.24782e+01 9.716e-28 9.716e-28 1.943e-27 MIRb +2.24034e+01 9.746e-28 9.746e-28 1.949e-27 Sc21 +2.23289e+01 9.780e-28 9.780e-28 1.956e-27 H 1 +2.22546e+01 9.805e-28 9.805e-28 1.961e-27 F 6 +2.21805e+01 9.839e-28 9.839e-28 1.968e-27 He 2 +2.21067e+01 9.865e-28 9.865e-28 1.973e-27 S 15 +2.20332e+01 9.895e-28 9.895e-28 1.979e-27 He 2 +2.19599e+01 9.925e-28 9.925e-28 1.985e-27 +2.18868e+01 9.956e-28 9.956e-28 1.991e-27 Si10 +2.18140e+01 9.986e-28 9.986e-28 1.997e-27 H 1 +2.17414e+01 1.002e-27 1.002e-27 2.003e-27 NMIR +2.16690e+01 1.005e-27 1.005e-27 2.009e-27 Si 4 +2.15969e+01 1.008e-27 1.008e-27 2.015e-27 H2O +2.15251e+01 1.011e-27 1.011e-27 2.022e-27 Fe 7 +2.14535e+01 1.014e-27 1.014e-27 2.028e-27 Fe 2 +2.13821e+01 1.017e-27 1.017e-27 2.034e-27 H2O +2.13109e+01 1.020e-27 1.020e-27 2.040e-27 P 2 +2.12400e+01 1.023e-27 1.023e-27 2.046e-27 Si10 +2.11693e+01 1.026e-27 1.026e-27 2.053e-27 Mn14 +2.10989e+01 1.029e-27 1.029e-27 2.059e-27 H 1 +2.10287e+01 1.033e-27 1.033e-27 2.065e-27 Zn19 +2.09587e+01 1.036e-27 1.036e-27 2.071e-27 +2.08890e+01 1.039e-27 1.039e-27 2.078e-27 H 1 +2.08195e+01 1.042e-27 1.042e-27 2.084e-27 Fe 9 +2.07502e+01 1.045e-27 1.045e-27 2.090e-27 S 2 +2.06812e+01 1.048e-27 1.048e-27 2.097e-27 H2O +2.06123e+01 1.052e-27 1.052e-27 2.103e-27 Mg 1 +2.05438e+01 1.055e-27 1.055e-27 2.110e-27 He 1 H 1 +2.04754e+01 1.058e-27 1.058e-27 2.116e-27 H 1 He 1 +2.04073e+01 1.061e-27 1.061e-27 2.122e-27 F 2 +2.03394e+01 1.064e-27 1.064e-27 2.129e-27 Na 1 +2.02717e+01 1.068e-27 1.068e-27 2.135e-27 Na 1 +2.02042e+01 1.071e-27 1.071e-27 2.142e-27 Na 1 +2.01370e+01 1.074e-27 1.074e-27 2.148e-27 Cu18 +2.00700e+01 1.077e-27 1.077e-27 2.155e-27 He 2 +2.00032e+01 1.081e-27 1.081e-27 2.161e-27 Fe 9 +1.99367e+01 1.084e-27 1.084e-27 2.168e-27 H2O +1.98703e+01 1.087e-27 1.087e-27 2.175e-27 Na 2 +1.98042e+01 1.091e-27 1.091e-27 2.181e-27 O 5 +1.97383e+01 1.094e-27 1.094e-27 2.188e-27 N 5 +1.96726e+01 1.097e-27 1.097e-27 2.195e-27 N 5 +1.96072e+01 1.101e-27 1.101e-27 2.201e-27 F 6 +1.95419e+01 1.104e-27 1.104e-27 2.208e-27 N 5 +1.94769e+01 1.107e-27 1.107e-27 2.215e-27 He 2 +1.94121e+01 1.111e-27 1.111e-27 2.221e-27 O 5 +1.93475e+01 1.114e-27 1.114e-27 2.228e-27 B 1 +1.92831e+01 1.117e-27 1.117e-27 2.235e-27 Ni13 +1.92190e+01 1.121e-27 1.121e-27 2.242e-27 Mg 9 +1.91550e+01 1.124e-27 1.124e-27 2.249e-27 C 3 +1.90913e+01 1.129e-27 1.129e-27 2.258e-27 He 2 +1.90278e+01 1.131e-27 1.131e-27 2.263e-27 H 1 +1.89644e+01 1.135e-27 1.135e-27 2.269e-27 H 1 +1.89013e+01 1.138e-27 1.138e-27 2.276e-27 C 3 +1.88385e+01 1.141e-27 1.141e-27 2.283e-27 Fe 9 +1.87758e+01 1.145e-27 1.145e-27 2.290e-27 Co 2 +1.87133e+01 1.148e-27 1.148e-27 2.297e-27 H 1 +1.86510e+01 1.152e-27 1.152e-27 2.304e-27 He 1 +1.85890e+01 1.156e-27 1.156e-27 2.311e-27 H 1 +1.85271e+01 1.159e-27 1.159e-27 2.318e-27 Mg 9 +1.84655e+01 1.162e-27 1.162e-27 2.325e-27 H2O +1.84040e+01 1.166e-27 1.166e-27 2.332e-27 Fe 9 +1.83428e+01 1.170e-27 1.170e-27 2.339e-27 Si 8 +1.82817e+01 1.173e-27 1.173e-27 2.346e-27 H2O +1.82209e+01 1.177e-27 1.177e-27 2.353e-27 Ni 2 +1.81603e+01 1.180e-27 1.180e-27 2.360e-27 Na 4 +1.80999e+01 1.184e-27 1.184e-27 2.368e-27 He 1 +1.80396e+01 1.187e-27 1.187e-27 2.375e-27 H 1 +1.79796e+01 1.191e-27 1.191e-27 2.382e-27 Ne 9 +1.79198e+01 1.195e-27 1.195e-27 2.389e-27 Fe 2 +1.78602e+01 1.198e-27 1.198e-27 2.397e-27 H 1 H 1 +1.78007e+01 1.202e-27 1.202e-27 2.404e-27 +1.77415e+01 1.206e-27 1.206e-27 2.411e-27 Ar15 +1.76825e+01 1.209e-27 1.209e-27 2.419e-27 +1.76236e+01 1.213e-27 1.213e-27 2.426e-27 H 1 +1.75650e+01 1.217e-27 1.217e-27 2.433e-27 Fe 7 +1.75065e+01 1.220e-27 1.220e-27 2.441e-27 H 1 +1.74483e+01 1.224e-27 1.224e-27 2.448e-27 Cl 6 +1.73902e+01 1.228e-27 1.228e-27 2.455e-27 +1.73324e+01 1.231e-27 1.231e-27 2.463e-27 F 6 +1.72747e+01 1.236e-27 1.236e-27 2.472e-27 He 2 +1.72172e+01 1.239e-27 1.239e-27 2.478e-27 +1.71599e+01 1.243e-27 1.243e-27 2.485e-27 Ne 3 +1.71028e+01 1.247e-27 1.247e-27 2.494e-27 Mn25 +1.70459e+01 1.250e-27 1.250e-27 2.501e-27 H 1 +1.69892e+01 1.254e-27 1.254e-27 2.508e-27 Fe 9 +1.69327e+01 1.258e-27 1.258e-27 2.516e-27 +1.68763e+01 1.262e-27 1.262e-27 2.524e-27 H 1 +1.68202e+01 1.266e-27 1.266e-27 2.531e-27 Na 1 +1.67642e+01 1.269e-27 1.269e-27 2.539e-27 He 2 +1.67084e+01 1.273e-27 1.273e-27 2.547e-27 H2O +1.66528e+01 1.277e-27 1.277e-27 2.554e-27 He 1 +1.65974e+01 1.281e-27 1.281e-27 2.562e-27 H 1 +1.65422e+01 1.285e-27 1.285e-27 2.570e-27 F 6 +1.64871e+01 1.289e-27 1.289e-27 2.578e-27 C 2 +1.64323e+01 1.293e-27 1.293e-27 2.586e-27 H 1 +1.63776e+01 1.297e-27 1.297e-27 2.593e-27 He 1 +1.63231e+01 1.301e-27 1.301e-27 2.601e-27 He 2 +1.62688e+01 1.305e-27 1.305e-27 2.609e-27 F 4 +1.62147e+01 1.309e-27 1.309e-27 2.618e-27 H 1 +1.61607e+01 1.312e-27 1.312e-27 2.625e-27 Cl 7 +1.61069e+01 1.316e-27 1.316e-27 2.633e-27 Na 2 +1.60533e+01 1.320e-27 1.320e-27 2.641e-27 C 2 +1.59999e+01 1.324e-27 1.324e-27 2.649e-27 C 2 +1.59467e+01 1.329e-27 1.329e-27 2.657e-27 Ar12 +1.58936e+01 1.333e-27 1.333e-27 2.665e-27 Si10 +1.58407e+01 1.337e-27 1.337e-27 2.673e-27 H 1 +1.57880e+01 1.341e-27 1.341e-27 2.681e-27 H 1 +1.57355e+01 1.345e-27 1.345e-27 2.689e-27 +1.56831e+01 1.349e-27 1.349e-27 2.698e-27 H2O +1.56310e+01 1.353e-27 1.353e-27 2.706e-27 Fe 6 +1.55789e+01 1.357e-27 1.357e-27 2.714e-27 V 23 +1.55271e+01 1.361e-27 1.361e-27 2.722e-27 Si10 +1.54754e+01 1.365e-27 1.365e-27 2.731e-27 He 2 +1.54240e+01 1.369e-27 1.369e-27 2.739e-27 H 1 H 1 +1.53726e+01 1.374e-27 1.374e-27 2.747e-27 H2O +1.53215e+01 1.378e-27 1.378e-27 2.756e-27 He 2 +1.52705e+01 1.382e-27 1.382e-27 2.764e-27 Si 2 +1.52197e+01 1.386e-27 1.386e-27 2.772e-27 H 1 +1.51690e+01 1.390e-27 1.390e-27 2.781e-27 He 1 +1.51186e+01 1.395e-27 1.395e-27 2.789e-27 Be 2 +1.50683e+01 1.399e-27 1.399e-27 2.798e-27 Fe 9 +1.50181e+01 1.403e-27 1.403e-27 2.806e-27 MIRa +1.49682e+01 1.407e-27 1.407e-27 2.815e-27 H 1 +1.49183e+01 1.412e-27 1.412e-27 2.823e-27 Si 8 +1.48687e+01 1.416e-27 1.416e-27 2.832e-27 F 6 +1.48192e+01 1.420e-27 1.420e-27 2.840e-27 Ni 1 +1.47699e+01 1.424e-27 1.424e-27 2.849e-27 Fe 7 +1.47208e+01 1.429e-27 1.429e-27 2.858e-27 H 1 +1.46718e+01 1.433e-27 1.433e-27 2.866e-27 S 13 +1.46230e+01 1.437e-27 1.437e-27 2.875e-27 Mg11 +1.45743e+01 1.442e-27 1.442e-27 2.884e-27 H2O +1.45258e+01 1.446e-27 1.446e-27 2.892e-27 He 2 +1.44775e+01 1.451e-27 1.451e-27 2.901e-27 F 8 +1.44293e+01 1.455e-27 1.455e-27 2.910e-27 +1.43813e+01 1.459e-27 1.459e-27 2.919e-27 C 3 +1.43335e+01 1.464e-27 1.464e-27 2.928e-27 Fe 7 +1.42858e+01 1.468e-27 1.468e-27 2.937e-27 H 1 +1.42382e+01 1.473e-27 1.473e-27 2.945e-27 He 2 He 2 +1.41909e+01 1.477e-27 1.477e-27 2.955e-27 H 1 +1.41436e+01 1.482e-27 1.482e-27 2.963e-27 Ti 9 +1.40966e+01 1.486e-27 1.486e-27 2.972e-27 PAHC +1.40497e+01 1.491e-27 1.491e-27 2.981e-27 Fe 8 +1.40029e+01 1.495e-27 1.495e-27 2.990e-27 Si11 +1.39563e+01 1.500e-27 1.500e-27 3.000e-27 H 1 +1.39099e+01 1.504e-27 1.504e-27 3.009e-27 He 2 +1.38636e+01 1.509e-27 1.509e-27 3.018e-27 He 2 +1.38175e+01 1.513e-27 1.513e-27 3.027e-27 Co 3 +1.37715e+01 1.518e-27 1.518e-27 3.036e-27 Si13 +1.37257e+01 1.523e-27 1.523e-27 3.045e-27 K 1 +1.36800e+01 1.527e-27 1.527e-27 3.055e-27 H 1 +1.36345e+01 1.532e-27 1.532e-27 3.064e-27 +1.35891e+01 1.537e-27 1.537e-27 3.073e-27 He 2 +1.35439e+01 1.541e-27 1.541e-27 3.082e-27 Fe 7 +1.34988e+01 1.546e-27 1.546e-27 3.092e-27 Fe 2 +1.34539e+01 1.551e-27 1.551e-27 3.101e-27 O 7 +1.34091e+01 1.555e-27 1.555e-27 3.111e-27 He 1 +1.33645e+01 1.560e-27 1.560e-27 3.120e-27 Fe 9 +1.33201e+01 1.565e-27 1.565e-27 3.129e-27 PAH +1.32757e+01 1.569e-27 1.569e-27 3.139e-27 S 2 +1.32316e+01 1.574e-27 1.574e-27 3.149e-27 He 2 +1.31875e+01 1.579e-27 1.579e-27 3.158e-27 H 1 PAH +1.31437e+01 1.585e-27 1.585e-27 3.170e-27 H 1 H 1 +1.30999e+01 1.589e-27 1.589e-27 3.177e-27 He 2 +1.30563e+01 1.593e-27 1.593e-27 3.187e-27 Na 2 +1.30129e+01 1.598e-27 1.598e-27 3.196e-27 H2O +1.29696e+01 1.603e-27 1.603e-27 3.206e-27 +1.29264e+01 1.608e-27 1.608e-27 3.216e-27 +1.28834e+01 1.613e-27 1.613e-27 3.226e-27 Zn19 +1.28406e+01 1.618e-27 1.618e-27 3.235e-27 Cu18 +1.27978e+01 1.623e-27 1.623e-27 3.245e-27 Si10 +1.27552e+01 1.628e-27 1.628e-27 3.255e-27 Fe 9 +1.27128e+01 1.632e-27 1.632e-27 3.265e-27 C 5 +1.26705e+01 1.637e-27 1.637e-27 3.275e-27 PAHC +1.26283e+01 1.642e-27 1.642e-27 3.285e-27 H 1 +1.25863e+01 1.647e-27 1.647e-27 3.295e-27 H 1 +1.25444e+01 1.652e-27 1.652e-27 3.305e-27 He 1 +1.25027e+01 1.657e-27 1.657e-27 3.315e-27 B 1 +1.24611e+01 1.662e-27 1.662e-27 3.325e-27 F 6 +1.24196e+01 1.667e-27 1.667e-27 3.335e-27 Mn14 +1.23783e+01 1.677e-27 1.677e-27 3.354e-27 H 1 +1.23371e+01 1.678e-27 1.678e-27 3.355e-27 He 1 +1.22961e+01 1.683e-27 1.683e-27 3.365e-27 C 3 +1.22552e+01 1.688e-27 1.688e-27 3.376e-27 He 2 +1.22144e+01 1.693e-27 1.693e-27 3.386e-27 Fe 9 +1.21737e+01 1.698e-27 1.698e-27 3.396e-27 H 1 +1.21332e+01 1.703e-27 1.703e-27 3.406e-27 H 1 +1.20929e+01 1.708e-27 1.708e-27 3.417e-27 Si11 +1.20526e+01 1.713e-27 1.713e-27 3.427e-27 He 2 He 2 +1.20125e+01 1.719e-27 1.719e-27 3.437e-27 F12 +1.19725e+01 1.724e-27 1.724e-27 3.448e-27 B 1 +1.19327e+01 1.729e-27 1.729e-27 3.458e-27 F 6 +1.18930e+01 1.734e-27 1.734e-27 3.469e-27 Co 3 +1.18534e+01 1.740e-27 1.740e-27 3.479e-27 PAH +1.18140e+01 1.745e-27 1.745e-27 3.490e-27 PAH +1.17747e+01 1.750e-27 1.750e-27 3.500e-27 H 1 +1.17355e+01 1.755e-27 1.755e-27 3.511e-27 Zn19 +1.16964e+01 1.761e-27 1.761e-27 3.521e-27 He 2 +1.16575e+01 1.766e-27 1.766e-27 3.532e-27 C 3 +1.16187e+01 1.771e-27 1.771e-27 3.543e-27 Si10 +1.15801e+01 1.777e-27 1.777e-27 3.554e-27 Fe 7 +1.15415e+01 1.782e-27 1.782e-27 3.565e-27 H 1 +1.15031e+01 1.788e-27 1.788e-27 3.575e-27 H 1 +1.14649e+01 1.793e-27 1.793e-27 3.586e-27 Ca 5 +1.14267e+01 1.798e-27 1.798e-27 3.597e-27 C 3 +1.13887e+01 1.804e-27 1.804e-27 3.608e-27 He 1 PAH +1.13508e+01 1.809e-27 1.809e-27 3.619e-27 Cl 1 +1.13130e+01 1.816e-27 1.816e-27 3.632e-27 PAH +1.12754e+01 1.820e-27 1.820e-27 3.641e-27 +1.12379e+01 1.826e-27 1.826e-27 3.652e-27 H 1 +1.12005e+01 1.831e-27 1.831e-27 3.663e-27 Fe 9 +1.11632e+01 1.837e-27 1.837e-27 3.674e-27 Co 2 +1.11261e+01 1.842e-27 1.842e-27 3.685e-27 Si11 +1.10890e+01 1.848e-27 1.848e-27 3.696e-27 Fe 9 +1.10521e+01 1.854e-27 1.854e-27 3.707e-27 Fe 3 +1.10154e+01 1.859e-27 1.859e-27 3.719e-27 H 1 H 1 +1.09787e+01 1.865e-27 1.865e-27 3.730e-27 Si11 +1.09422e+01 1.870e-27 1.870e-27 3.741e-27 Na 2 +1.09058e+01 1.876e-27 1.876e-27 3.752e-27 PAHC +1.08695e+01 1.882e-27 1.882e-27 3.764e-27 He 1 +1.08333e+01 1.888e-27 1.888e-27 3.775e-27 H 1 +1.07973e+01 1.893e-27 1.893e-27 3.787e-27 H 1 +1.07613e+01 1.899e-27 1.899e-27 3.798e-27 Be 3 +1.07255e+01 1.905e-27 1.905e-27 3.809e-27 Fe 3 +1.06899e+01 1.910e-27 1.910e-27 3.821e-27 He 1 +1.06543e+01 1.916e-27 1.916e-27 3.833e-27 +1.06188e+01 1.922e-27 1.922e-27 3.844e-27 O 5 +1.05835e+01 1.928e-27 1.928e-27 3.856e-27 F 6 +1.05483e+01 1.934e-27 1.934e-27 3.867e-27 H2O +1.05132e+01 1.940e-27 1.940e-27 3.880e-27 H 1 +1.04782e+01 1.945e-27 1.945e-27 3.891e-27 He 2 +1.04433e+01 1.951e-27 1.951e-27 3.903e-27 He 1 +1.04086e+01 1.957e-27 1.957e-27 3.914e-27 F 6 +1.03740e+01 1.963e-27 1.963e-27 3.926e-27 Ne 9 +1.03394e+01 1.969e-27 1.969e-27 3.938e-27 Fe 7 +1.03050e+01 1.975e-27 1.975e-27 3.950e-27 C 2 +1.02707e+01 1.981e-27 1.981e-27 3.962e-27 H 1 +1.02366e+01 1.987e-27 1.987e-27 3.974e-27 +1.02025e+01 1.993e-27 1.993e-27 3.986e-27 N 6 +1.01686e+01 1.999e-27 1.999e-27 3.998e-27 Cl 8 +1.01347e+01 2.005e-27 2.005e-27 4.010e-27 Si13 +1.01010e+01 2.011e-27 2.011e-27 4.022e-27 Mg 9 +1.00674e+01 2.017e-27 2.017e-27 4.035e-27 Ne 7 +1.00339e+01 2.023e-27 2.023e-27 4.047e-27 He 2 He 2 +1.00005e+01 2.029e-27 2.029e-27 4.059e-27 Fe23 +9.96723e+00 2.036e-27 2.036e-27 4.071e-27 Fe 9 +9.93406e+00 2.042e-27 2.042e-27 4.084e-27 Fe 7 +9.90101e+00 2.048e-27 2.048e-27 4.096e-27 Fe 7 +9.86806e+00 2.054e-27 2.054e-27 4.109e-27 He 2 +9.83523e+00 2.060e-27 2.060e-27 4.121e-27 H 1 +9.80250e+00 2.067e-27 2.067e-27 4.133e-27 Si 8 +9.76989e+00 2.073e-27 2.073e-27 4.146e-27 He 2 +9.73738e+00 2.079e-27 2.079e-27 4.158e-27 Fe 9 +9.70498e+00 2.088e-27 2.088e-27 4.176e-27 He 2 +9.67268e+00 2.092e-27 2.092e-27 4.183e-27 V 16 +9.64050e+00 2.098e-27 2.098e-27 4.196e-27 Fe 6 +9.60842e+00 2.104e-27 2.104e-27 4.209e-27 Ni 2 +9.57645e+00 2.111e-27 2.111e-27 4.222e-27 He 2 +9.54458e+00 2.117e-27 2.117e-27 4.234e-27 Cl 6 +9.51283e+00 2.124e-27 2.124e-27 4.247e-27 H 1 +9.48117e+00 2.130e-27 2.130e-27 4.260e-27 Fe 7 +9.44962e+00 2.136e-27 2.136e-27 4.273e-27 S 1 +9.41818e+00 2.143e-27 2.143e-27 4.286e-27 S 1 +9.38684e+00 2.150e-27 2.150e-27 4.299e-27 H 1 +9.35561e+00 2.156e-27 2.156e-27 4.312e-27 Cl 8 +9.32448e+00 2.162e-27 2.162e-27 4.325e-27 Cl 8 +9.29345e+00 2.169e-27 2.169e-27 4.338e-27 Fe 7 +9.26253e+00 2.176e-27 2.176e-27 4.351e-27 He 2 +9.23171e+00 2.182e-27 2.182e-27 4.364e-27 Cu18 +9.20099e+00 2.189e-27 2.189e-27 4.377e-27 Fe 3 +9.17038e+00 2.195e-27 2.195e-27 4.390e-27 K 8 +9.13986e+00 2.202e-27 2.202e-27 4.404e-27 Na 1 +9.10945e+00 2.209e-27 2.209e-27 4.417e-27 H 1 H 1 +9.07914e+00 2.215e-27 2.215e-27 4.430e-27 K 8 +9.04893e+00 2.222e-27 2.222e-27 4.444e-27 H 1 +9.01882e+00 2.229e-27 2.229e-27 4.457e-27 Mg 7 +8.98881e+00 2.235e-27 2.235e-27 4.471e-27 Ar 3 +8.95890e+00 2.242e-27 2.242e-27 4.484e-27 Ar11 +8.92909e+00 2.249e-27 2.249e-27 4.498e-27 He 2 +8.89938e+00 2.256e-27 2.256e-27 4.511e-27 F 6 +8.86977e+00 2.262e-27 2.262e-27 4.525e-27 H 1 +8.84025e+00 2.269e-27 2.269e-27 4.539e-27 S 10 +8.81084e+00 2.276e-27 2.276e-27 4.552e-27 He 1 +8.78152e+00 2.283e-27 2.283e-27 4.566e-27 Si 8 +8.75230e+00 2.291e-27 2.291e-27 4.582e-27 H 1 +8.72318e+00 2.297e-27 2.297e-27 4.594e-27 H 1 +8.69415e+00 2.304e-27 2.304e-27 4.607e-27 S 13 +8.66522e+00 2.311e-27 2.311e-27 4.622e-27 H 1 +8.63639e+00 2.318e-27 2.318e-27 4.635e-27 C 3 +8.60765e+00 2.325e-27 2.325e-27 4.649e-27 H 1 +8.57901e+00 2.332e-27 2.332e-27 4.663e-27 H 1 +8.55047e+00 2.339e-27 2.339e-27 4.677e-27 Si 8 +8.52202e+00 2.346e-27 2.346e-27 4.692e-27 He 1 +8.49366e+00 2.353e-27 2.353e-27 4.706e-27 H 1 +8.46540e+00 2.360e-27 2.360e-27 4.720e-27 He 1 +8.43723e+00 2.367e-27 2.367e-27 4.734e-27 +8.40915e+00 2.374e-27 2.374e-27 4.749e-27 He 2 +8.38117e+00 2.381e-27 2.381e-27 4.763e-27 He 1 +8.35329e+00 2.389e-27 2.389e-27 4.777e-27 Li 1 +8.32549e+00 2.396e-27 2.396e-27 4.792e-27 Fe23 +8.29779e+00 2.403e-27 2.403e-27 4.806e-27 Si13 +8.27018e+00 2.410e-27 2.410e-27 4.821e-27 Ni 1 +8.24266e+00 2.418e-27 2.418e-27 4.835e-27 Cr 4 +8.21523e+00 2.425e-27 2.425e-27 4.850e-27 He 2 He 2 +8.18790e+00 2.432e-27 2.432e-27 4.864e-27 Cl 6 +8.16065e+00 2.440e-27 2.440e-27 4.879e-27 H 1 +8.13350e+00 2.447e-27 2.447e-27 4.894e-27 O 5 +8.10644e+00 2.454e-27 2.454e-27 4.909e-27 +8.07946e+00 2.462e-27 2.462e-27 4.923e-27 C 1 +8.05258e+00 2.469e-27 2.469e-27 4.939e-27 He 2 +8.02578e+00 2.477e-27 2.477e-27 4.953e-27 He 2 +7.99908e+00 2.484e-27 2.484e-27 4.969e-27 IRAC +7.97246e+00 2.492e-27 2.492e-27 4.983e-27 Cl 6 +7.94594e+00 2.499e-27 2.499e-27 4.998e-27 C 5 +7.91950e+00 2.507e-27 2.507e-27 5.013e-27 Si11 +7.89314e+00 2.514e-27 2.514e-27 5.028e-27 PAH +7.86688e+00 2.522e-27 2.522e-27 5.044e-27 Si 8 +7.84070e+00 2.529e-27 2.529e-27 5.059e-27 He 1 +7.81461e+00 2.537e-27 2.537e-27 5.074e-27 Fe 7 +7.78861e+00 2.545e-27 2.545e-27 5.090e-27 H 1 PAH +7.76270e+00 2.552e-27 2.552e-27 5.105e-27 He 1 +7.73687e+00 2.560e-27 2.560e-27 5.120e-27 Mn14 +7.71112e+00 2.568e-27 2.568e-27 5.136e-27 Fe 2 +7.68546e+00 2.576e-27 2.576e-27 5.151e-27 Ne 9 +7.65989e+00 2.583e-27 2.583e-27 5.167e-27 Mg 9 +7.63440e+00 2.591e-27 2.591e-27 5.182e-27 Ne 6 +7.60900e+00 2.599e-27 2.599e-27 5.198e-27 Li 1 +7.58368e+00 2.607e-27 2.607e-27 5.213e-27 He 1 +7.55845e+00 2.615e-27 2.615e-27 5.229e-27 He 1 +7.53330e+00 2.622e-27 2.622e-27 5.245e-27 B 1 +7.50823e+00 2.634e-27 2.634e-27 5.268e-27 H 1 +7.48325e+00 2.638e-27 2.638e-27 5.277e-27 H 1 +7.45835e+00 2.658e-27 2.658e-27 5.316e-27 H 1 +7.43353e+00 2.654e-27 2.654e-27 5.309e-27 He 1 +7.40880e+00 2.662e-27 2.662e-27 5.325e-27 Si11 +7.38415e+00 2.670e-27 2.670e-27 5.341e-27 H 1 H 1 +7.35957e+00 2.678e-27 2.678e-27 5.357e-27 He 1 +7.33509e+00 2.686e-27 2.686e-27 5.373e-27 B 1 +7.31068e+00 2.695e-27 2.695e-27 5.389e-27 Fe 7 +7.28635e+00 2.703e-27 2.703e-27 5.405e-27 Fe11 +7.26211e+00 2.711e-27 2.711e-27 5.422e-27 H 1 +7.23794e+00 2.719e-27 2.719e-27 5.438e-27 He 2 +7.21386e+00 2.728e-27 2.728e-27 5.455e-27 He 2 +7.18986e+00 2.735e-27 2.735e-27 5.471e-27 Fe 7 +7.16593e+00 2.744e-27 2.744e-27 5.487e-27 N 5 +7.14209e+00 2.752e-27 2.752e-27 5.504e-27 N 5 +7.11833e+00 2.760e-27 2.760e-27 5.520e-27 He 1 +7.09464e+00 2.769e-27 2.769e-27 5.537e-27 H 1 +7.07103e+00 2.777e-27 2.777e-27 5.554e-27 N 5 +7.04750e+00 2.785e-27 2.785e-27 5.571e-27 N 6 +7.02405e+00 2.794e-27 2.794e-27 5.587e-27 Li 1 +7.00068e+00 2.802e-27 2.802e-27 5.604e-27 O 7 +6.97739e+00 2.811e-27 2.811e-27 5.621e-27 Mg11 +6.95417e+00 2.823e-27 2.823e-27 5.646e-27 He 2 +6.93103e+00 2.827e-27 2.827e-27 5.655e-27 He 1 +6.90797e+00 2.836e-27 2.836e-27 5.672e-27 PAHC +6.88498e+00 2.845e-27 2.845e-27 5.689e-27 Cl 6 +6.86207e+00 2.853e-27 2.853e-27 5.706e-27 He 1 +6.83924e+00 2.862e-27 2.862e-27 5.723e-27 He 1 +6.81648e+00 2.870e-27 2.870e-27 5.741e-27 H 1 +6.79380e+00 2.879e-27 2.879e-27 5.758e-27 C 1 +6.77120e+00 2.888e-27 2.888e-27 5.776e-27 H 1 +6.74867e+00 2.896e-27 2.896e-27 5.793e-27 He 1 +6.72621e+00 2.905e-27 2.905e-27 5.810e-27 H 1 +6.70383e+00 2.914e-27 2.914e-27 5.828e-27 N 6 +6.68152e+00 2.923e-27 2.923e-27 5.845e-27 Fe 7 +6.65929e+00 2.932e-27 2.932e-27 5.863e-27 He 2 +6.63713e+00 2.940e-27 2.940e-27 5.881e-27 H 1 +6.61505e+00 2.949e-27 2.949e-27 5.898e-27 Mg 9 +6.59304e+00 2.958e-27 2.958e-27 5.916e-27 He 2 He 2 +6.57110e+00 2.967e-27 2.967e-27 5.934e-27 H 1 +6.54923e+00 2.976e-27 2.976e-27 5.952e-27 He 2 +6.52744e+00 2.985e-27 2.985e-27 5.970e-27 He 2 +6.50572e+00 2.994e-27 2.994e-27 5.989e-27 He 2 +6.48408e+00 3.003e-27 3.003e-27 6.006e-27 Mg 9 +6.46250e+00 3.012e-27 3.012e-27 6.024e-27 Fe 6 +6.44100e+00 3.021e-27 3.021e-27 6.042e-27 He 1 +6.41957e+00 3.030e-27 3.030e-27 6.060e-27 Be 2 +6.39820e+00 3.039e-27 3.039e-27 6.078e-27 Si 8 +6.37691e+00 3.048e-27 3.048e-27 6.097e-27 Ar 3 +6.35570e+00 3.057e-27 3.057e-27 6.115e-27 Cl 7 +6.33455e+00 3.067e-27 3.067e-27 6.133e-27 N 5 +6.31347e+00 3.076e-27 3.076e-27 6.152e-27 N 5 +6.29246e+00 3.086e-27 3.086e-27 6.171e-27 H 1 +6.27153e+00 3.094e-27 3.094e-27 6.189e-27 Si11 +6.25066e+00 3.104e-27 3.104e-27 6.208e-27 He 2 +6.22986e+00 3.113e-27 3.113e-27 6.226e-27 Fe 7 +6.20913e+00 3.122e-27 3.122e-27 6.245e-27 PAH PAH +6.18847e+00 3.132e-27 3.132e-27 6.264e-27 Fe 5 +6.16788e+00 3.141e-27 3.141e-27 6.283e-27 Fe 7 +6.14735e+00 3.151e-27 3.151e-27 6.302e-27 Ca 7 +6.12690e+00 3.160e-27 3.160e-27 6.320e-27 Si13 +6.10651e+00 3.170e-27 3.170e-27 6.340e-27 Zn19 +6.08619e+00 3.179e-27 3.179e-27 6.359e-27 Mg 1 +6.06594e+00 3.189e-27 3.189e-27 6.378e-27 +6.04576e+00 3.198e-27 3.198e-27 6.397e-27 Ca13 +6.02564e+00 3.208e-27 3.208e-27 6.416e-27 He 1 +6.00559e+00 3.218e-27 3.218e-27 6.435e-27 Cl 8 +5.98561e+00 3.227e-27 3.227e-27 6.455e-27 Mn14 +5.96569e+00 3.238e-27 3.238e-27 6.476e-27 He 2 +5.94584e+00 3.247e-27 3.247e-27 6.494e-27 H 1 +5.92606e+00 3.257e-27 3.257e-27 6.513e-27 He 2 +5.90634e+00 3.268e-27 3.268e-27 6.537e-27 H 1 +5.88669e+00 3.276e-27 3.276e-27 6.553e-27 He 1 +5.86710e+00 3.286e-27 3.286e-27 6.572e-27 K 8 +5.84758e+00 3.296e-27 3.296e-27 6.592e-27 Fe 2 +5.82812e+00 3.306e-27 3.306e-27 6.612e-27 H 1 H 1 +5.80873e+00 3.316e-27 3.316e-27 6.632e-27 IRAC +5.78940e+00 3.326e-27 3.326e-27 6.652e-27 Fe 7 +5.77013e+00 3.336e-27 3.336e-27 6.672e-27 V 12 +5.75093e+00 3.346e-27 3.346e-27 6.692e-27 S 13 +5.73180e+00 3.356e-27 3.356e-27 6.712e-27 Li 2 +5.71273e+00 3.366e-27 3.366e-27 6.733e-27 H 1 +5.69372e+00 3.376e-27 3.376e-27 6.752e-27 C 3 +5.67477e+00 3.386e-27 3.386e-27 6.773e-27 He 1 +5.65589e+00 3.397e-27 3.397e-27 6.793e-27 PAHC +5.63707e+00 3.407e-27 3.407e-27 6.813e-27 Ca14 +5.61831e+00 3.417e-27 3.417e-27 6.834e-27 C 1 +5.59962e+00 3.427e-27 3.427e-27 6.854e-27 Ne 9 +5.58099e+00 3.440e-27 3.440e-27 6.880e-27 He 2 +5.56242e+00 3.448e-27 3.448e-27 6.896e-27 C 3 +5.54391e+00 3.458e-27 3.458e-27 6.916e-27 Cu18 +5.52546e+00 3.469e-27 3.469e-27 6.938e-27 H 1 +5.50708e+00 3.479e-27 3.479e-27 6.958e-27 Mg 7 +5.48875e+00 3.490e-27 3.490e-27 6.979e-27 Cu18 +5.47049e+00 3.500e-27 3.500e-27 7.000e-27 S 10 +5.45229e+00 3.511e-27 3.511e-27 7.022e-27 He 2 +5.43414e+00 3.521e-27 3.521e-27 7.042e-27 He 1 +5.41606e+00 3.532e-27 3.532e-27 7.063e-27 He 1 +5.39804e+00 3.542e-27 3.542e-27 7.085e-27 Cl 8 +5.38008e+00 3.553e-27 3.553e-27 7.106e-27 H 1 +5.36218e+00 3.564e-27 3.564e-27 7.127e-27 Fe 9 +5.34433e+00 3.574e-27 3.574e-27 7.149e-27 Ne 9 +5.32655e+00 3.585e-27 3.585e-27 7.170e-27 Cl 8 +5.30883e+00 3.596e-27 3.596e-27 7.192e-27 C 3 +5.29116e+00 3.607e-27 3.607e-27 7.213e-27 Si 3 +5.27356e+00 3.618e-27 3.618e-27 7.236e-27 He 2 +5.25601e+00 3.628e-27 3.628e-27 7.257e-27 H 1 +5.23852e+00 3.639e-27 3.639e-27 7.279e-27 Si 1 +5.22109e+00 3.650e-27 3.650e-27 7.301e-27 He 2 +5.20372e+00 3.661e-27 3.661e-27 7.322e-27 C 3 +5.18640e+00 3.672e-27 3.672e-27 7.344e-27 Fe 7 +5.16914e+00 3.683e-27 3.683e-27 7.367e-27 H 1 +5.15194e+00 3.694e-27 3.694e-27 7.389e-27 He 1 +5.13480e+00 3.707e-27 3.707e-27 7.414e-27 H 1 He 2 +5.11772e+00 3.716e-27 3.716e-27 7.433e-27 He 2 +5.10069e+00 3.728e-27 3.728e-27 7.455e-27 Cl 8 +5.08372e+00 3.739e-27 3.739e-27 7.478e-27 H 1 +5.06680e+00 3.750e-27 3.750e-27 7.500e-27 Fe 2 +5.04994e+00 3.761e-27 3.761e-27 7.523e-27 O 5 +5.03314e+00 3.773e-27 3.773e-27 7.545e-27 H 1 +5.01639e+00 3.784e-27 3.784e-27 7.568e-27 H 1 +4.99970e+00 3.795e-27 3.795e-27 7.591e-27 Fe23 +4.98306e+00 3.807e-27 3.807e-27 7.613e-27 C 1 +4.96648e+00 3.818e-27 3.818e-27 7.637e-27 H 1 +4.94996e+00 3.830e-27 3.830e-27 7.659e-27 He 1 +4.93348e+00 3.841e-27 3.841e-27 7.682e-27 Ar 5 +4.91707e+00 3.853e-27 3.853e-27 7.706e-27 H 1 +4.90071e+00 3.864e-27 3.864e-27 7.729e-27 Cl11 +4.88440e+00 3.876e-27 3.876e-27 7.752e-27 H 1 +4.86815e+00 3.888e-27 3.888e-27 7.775e-27 He 2 +4.85195e+00 3.900e-27 3.900e-27 7.799e-27 H 1 +4.83581e+00 3.911e-27 3.911e-27 7.822e-27 O 7 +4.81972e+00 3.923e-27 3.923e-27 7.845e-27 He 1 +4.80368e+00 3.934e-27 3.934e-27 7.869e-27 Zn19 +4.78769e+00 3.946e-27 3.946e-27 7.892e-27 Li 1 +4.77176e+00 3.958e-27 3.958e-27 7.916e-27 He 1 +4.75589e+00 3.979e-27 3.979e-27 7.958e-27 He 2 +4.74006e+00 3.982e-27 3.982e-27 7.964e-27 He 2 +4.72429e+00 3.994e-27 3.994e-27 7.988e-27 Fe 2 +4.70857e+00 4.006e-27 4.006e-27 8.012e-27 C 3 +4.69290e+00 4.018e-27 4.018e-27 8.036e-27 He 1 +4.67729e+00 4.031e-27 4.031e-27 8.062e-27 H 1 +4.66172e+00 4.042e-27 4.042e-27 8.084e-27 He 2 +4.64621e+00 4.062e-27 4.062e-27 8.124e-27 H 1 +4.63075e+00 4.066e-27 4.066e-27 8.133e-27 Si10 +4.61534e+00 4.079e-27 4.079e-27 8.157e-27 Fe 2 +4.59999e+00 4.091e-27 4.091e-27 8.181e-27 He 1 +4.58468e+00 4.103e-27 4.103e-27 8.206e-27 Fe 7 +4.56942e+00 4.115e-27 4.115e-27 8.231e-27 S 10 +4.55422e+00 4.128e-27 4.128e-27 8.255e-27 B 1 +4.53907e+00 4.140e-27 4.140e-27 8.280e-27 B 1 +4.52396e+00 4.152e-27 4.152e-27 8.305e-27 He 1 +4.50891e+00 4.165e-27 4.165e-27 8.330e-27 He 2 +4.49391e+00 4.177e-27 4.177e-27 8.355e-27 IRAC +4.47895e+00 4.190e-27 4.190e-27 8.380e-27 Fe 7 +4.46405e+00 4.203e-27 4.203e-27 8.405e-27 H 1 H 1 +4.44920e+00 4.215e-27 4.215e-27 8.430e-27 Si 8 +4.43439e+00 4.228e-27 4.228e-27 8.456e-27 Fe 2 +4.41964e+00 4.241e-27 4.241e-27 8.481e-27 Cl 8 +4.40493e+00 4.253e-27 4.253e-27 8.507e-27 He 2 +4.39027e+00 4.266e-27 4.266e-27 8.532e-27 He 1 +4.37567e+00 4.280e-27 4.280e-27 8.559e-27 H 1 +4.36111e+00 4.292e-27 4.292e-27 8.583e-27 He 1 +4.34659e+00 4.304e-27 4.304e-27 8.609e-27 Ca14 +4.33213e+00 4.317e-27 4.317e-27 8.635e-27 Fe 9 +4.31772e+00 4.330e-27 4.330e-27 8.661e-27 C 3 +4.30335e+00 4.343e-27 4.343e-27 8.687e-27 Cr17 +4.28903e+00 4.356e-27 4.356e-27 8.713e-27 He 1 +4.27476e+00 4.369e-27 4.369e-27 8.739e-27 Si11 +4.26054e+00 4.383e-27 4.383e-27 8.766e-27 He 2 +4.24636e+00 4.396e-27 4.396e-27 8.791e-27 He 1 +4.23223e+00 4.409e-27 4.409e-27 8.818e-27 Si 8 +4.21815e+00 4.423e-27 4.423e-27 8.847e-27 He 2 +4.20411e+00 4.435e-27 4.435e-27 8.871e-27 Fe 7 +4.19012e+00 4.449e-27 4.449e-27 8.897e-27 He 1 +4.17618e+00 4.463e-27 4.463e-27 8.925e-27 H 1 +4.16228e+00 4.475e-27 4.475e-27 8.951e-27 He 1 +4.14843e+00 4.489e-27 4.489e-27 8.978e-27 He 2 +4.13463e+00 4.502e-27 4.502e-27 9.004e-27 C 5 +4.12087e+00 4.516e-27 4.516e-27 9.031e-27 He 1 +4.10716e+00 4.530e-27 4.530e-27 9.059e-27 He 1 +4.09350e+00 4.543e-27 4.543e-27 9.086e-27 He 2 +4.07987e+00 4.556e-27 4.556e-27 9.113e-27 B 1 +4.06630e+00 4.570e-27 4.570e-27 9.140e-27 Mg 9 +4.05277e+00 4.632e-27 4.632e-27 9.265e-27 H 1 +4.03928e+00 4.597e-27 4.597e-27 9.195e-27 He 1 +4.02584e+00 4.612e-27 4.612e-27 9.223e-27 H 1 +4.01245e+00 4.625e-27 4.625e-27 9.250e-27 He 1 +3.99910e+00 4.639e-27 4.639e-27 9.278e-27 He 1 +3.98579e+00 4.653e-27 4.653e-27 9.306e-27 S 10 +3.97253e+00 4.667e-27 4.667e-27 9.334e-27 C 1 +3.95931e+00 4.681e-27 4.681e-27 9.361e-27 N 5 +3.94613e+00 4.695e-27 4.695e-27 9.390e-27 He 2 +3.93300e+00 4.709e-27 4.709e-27 9.418e-27 Si 9 +3.91992e+00 4.723e-27 4.723e-27 9.446e-27 He 1 +3.90687e+00 4.737e-27 4.737e-27 9.475e-27 H 1 +3.89387e+00 4.751e-27 4.751e-27 9.503e-27 Ni15 +3.88092e+00 4.765e-27 4.765e-27 9.531e-27 Fe 9 +3.86800e+00 4.780e-27 4.780e-27 9.560e-27 C 1 +3.85513e+00 4.794e-27 4.794e-27 9.588e-27 He 2 He 2 +3.84231e+00 4.808e-27 4.808e-27 9.617e-27 Fe18 +3.82952e+00 4.823e-27 4.823e-27 9.646e-27 He 1 +3.81678e+00 4.838e-27 4.838e-27 9.675e-27 H 1 +3.80408e+00 4.852e-27 4.852e-27 9.704e-27 He 2 +3.79142e+00 4.866e-27 4.866e-27 9.733e-27 He 1 +3.77881e+00 4.881e-27 4.881e-27 9.762e-27 Mg 9 +3.76623e+00 4.895e-27 4.895e-27 9.791e-27 He 1 +3.75370e+00 4.910e-27 4.910e-27 9.821e-27 H 1 +3.74121e+00 4.930e-27 4.930e-27 9.860e-27 H 1 +3.72876e+00 4.940e-27 4.940e-27 9.879e-27 He 1 +3.71635e+00 4.954e-27 4.954e-27 9.909e-27 He 1 +3.70399e+00 4.969e-27 4.969e-27 9.938e-27 He 1 +3.69166e+00 4.984e-27 4.984e-27 9.968e-27 H 1 +3.67938e+00 4.999e-27 4.999e-27 9.998e-27 He 2 +3.66714e+00 5.014e-27 5.014e-27 1.003e-26 He 1 +3.65493e+00 5.029e-27 5.029e-27 1.006e-26 He 1 +3.64277e+00 5.044e-27 5.044e-27 1.009e-26 H 1 +3.63065e+00 5.059e-27 5.059e-27 1.012e-26 N 5 +3.61857e+00 5.074e-27 5.074e-27 1.015e-26 He 1 +3.60653e+00 5.090e-27 5.090e-27 1.018e-26 H 1 +3.59453e+00 5.105e-27 5.105e-27 1.021e-26 IRAC +3.58257e+00 5.120e-27 5.120e-27 1.024e-26 He 1 +3.57065e+00 5.135e-27 5.135e-27 1.027e-26 H 1 +3.55877e+00 5.151e-27 5.151e-27 1.030e-26 He 1 +3.54693e+00 5.167e-27 5.167e-27 1.033e-26 He 2 +3.53512e+00 5.181e-27 5.181e-27 1.036e-26 O 7 +3.52336e+00 5.197e-27 5.197e-27 1.039e-26 H 1 +3.51164e+00 5.212e-27 5.212e-27 1.042e-26 He 1 +3.49995e+00 5.228e-27 5.228e-27 1.046e-26 H 1 +3.48831e+00 5.245e-27 5.245e-27 1.049e-26 He 2 +3.47670e+00 5.259e-27 5.259e-27 1.052e-26 H 1 +3.46513e+00 5.275e-27 5.275e-27 1.055e-26 He 1 +3.45360e+00 5.291e-27 5.291e-27 1.058e-26 He 1 +3.44211e+00 5.307e-27 5.307e-27 1.061e-26 C 1 +3.43066e+00 5.323e-27 5.323e-27 1.065e-26 He 1 +3.41924e+00 5.339e-27 5.339e-27 1.068e-26 He 2 +3.40786e+00 5.354e-27 5.354e-27 1.071e-26 N 6 +3.39652e+00 5.370e-27 5.370e-27 1.074e-26 He 1 +3.38522e+00 5.386e-27 5.386e-27 1.077e-26 He 1 +3.37396e+00 5.403e-27 5.403e-27 1.081e-26 PAHC +3.36273e+00 5.419e-27 5.419e-27 1.084e-26 He 1 +3.35154e+00 5.435e-27 5.435e-27 1.087e-26 Si11 +3.34039e+00 5.451e-27 5.451e-27 1.090e-26 He 1 +3.32928e+00 5.467e-27 5.467e-27 1.093e-26 He 1 +3.31820e+00 5.484e-27 5.484e-27 1.097e-26 He 1 +3.30716e+00 5.500e-27 5.500e-27 1.100e-26 He 1 +3.29615e+00 5.520e-27 5.520e-27 1.104e-26 PAH He 1 +3.28519e+00 5.533e-27 5.533e-27 1.107e-26 H 1 H 1 +3.27425e+00 5.550e-27 5.550e-27 1.110e-26 He 1 He 1 +3.26336e+00 5.566e-27 5.566e-27 1.113e-26 Cl11 +3.25250e+00 5.583e-27 5.583e-27 1.117e-26 N 6 PAH +3.24168e+00 5.600e-27 5.600e-27 1.120e-26 O 7 +3.23089e+00 5.616e-27 5.616e-27 1.123e-26 PAHC +3.22014e+00 5.633e-27 5.633e-27 1.127e-26 He 1 +3.20943e+00 5.650e-27 5.650e-27 1.130e-26 He 1 He 1 +3.19875e+00 5.667e-27 5.667e-27 1.133e-26 He 1 +3.18810e+00 5.684e-27 5.684e-27 1.137e-26 Mn14 +3.17750e+00 5.701e-27 5.701e-27 1.140e-26 He 1 +3.16692e+00 5.718e-27 5.718e-27 1.144e-26 He 1 +3.15639e+00 5.735e-27 5.735e-27 1.147e-26 He 1 +3.14588e+00 5.753e-27 5.753e-27 1.151e-26 He 2 +3.13542e+00 5.769e-27 5.769e-27 1.154e-26 He 1 +3.12498e+00 5.786e-27 5.786e-27 1.157e-26 He 1 He 1 +3.11458e+00 5.803e-27 5.803e-27 1.161e-26 He 1 +3.10422e+00 5.821e-27 5.821e-27 1.164e-26 S 15 +3.09389e+00 5.864e-27 5.864e-27 1.173e-26 He 2 +3.08360e+00 5.855e-27 5.855e-27 1.171e-26 Ni15 +3.07334e+00 5.873e-27 5.873e-27 1.175e-26 He 1 +3.06311e+00 5.890e-27 5.890e-27 1.178e-26 Cu18 +3.05292e+00 5.908e-27 5.908e-27 1.182e-26 He 1 +3.04276e+00 5.928e-27 5.928e-27 1.186e-26 H 1 +3.03263e+00 5.943e-27 5.943e-27 1.189e-26 He 2 +3.02254e+00 5.961e-27 5.961e-27 1.192e-26 Cl 6 +3.01249e+00 5.979e-27 5.979e-27 1.196e-26 F 6 +3.00246e+00 5.997e-27 5.997e-27 1.199e-26 NIRb +2.99247e+00 6.015e-27 6.015e-27 1.203e-26 Ni15 +2.98252e+00 6.032e-27 6.032e-27 1.206e-26 Ne 9 +2.97259e+00 6.050e-27 6.050e-27 1.210e-26 C 3 +2.96270e+00 6.068e-27 6.068e-27 1.214e-26 He 1 He 1 +2.95284e+00 6.087e-27 6.087e-27 1.217e-26 Si11 +2.94302e+00 6.105e-27 6.105e-27 1.221e-26 He 2 +2.93322e+00 6.123e-27 6.123e-27 1.225e-26 He 1 +2.92346e+00 6.141e-27 6.141e-27 1.228e-26 S 11 +2.91374e+00 6.159e-27 6.159e-27 1.232e-26 Si 8 +2.90404e+00 6.178e-27 6.178e-27 1.236e-26 B 2 +2.89438e+00 6.196e-27 6.196e-27 1.239e-26 O 7 +2.88475e+00 6.215e-27 6.215e-27 1.243e-26 He 2 +2.87515e+00 6.235e-27 6.235e-27 1.247e-26 H 1 +2.86558e+00 6.252e-27 6.252e-27 1.250e-26 He 1 +2.85605e+00 6.270e-27 6.270e-27 1.254e-26 He 1 +2.84654e+00 6.289e-27 6.289e-27 1.258e-26 NIRa +2.83707e+00 6.308e-27 6.308e-27 1.262e-26 S 10 +2.82763e+00 6.333e-27 6.333e-27 1.267e-26 He 2 +2.81822e+00 6.345e-27 6.345e-27 1.269e-26 He 1 +2.80885e+00 6.364e-27 6.364e-27 1.273e-26 He 2 +2.79950e+00 6.383e-27 6.383e-27 1.277e-26 Si10 +2.79018e+00 6.402e-27 6.402e-27 1.280e-26 Mg 9 +2.78090e+00 6.421e-27 6.421e-27 1.284e-26 Fe23 +2.77165e+00 6.440e-27 6.440e-27 1.288e-26 He 1 +2.76242e+00 6.461e-27 6.461e-27 1.292e-26 He 1 +2.75323e+00 6.479e-27 6.479e-27 1.296e-26 He 2 He 2 +2.74407e+00 6.498e-27 6.498e-27 1.300e-26 Fe 7 +2.73494e+00 6.518e-27 6.518e-27 1.304e-26 Fe 7 +2.72584e+00 6.537e-27 6.537e-27 1.307e-26 O 5 +2.71677e+00 6.557e-27 6.557e-27 1.311e-26 P 10 +2.70773e+00 6.576e-27 6.576e-27 1.315e-26 He 2 +2.69872e+00 6.596e-27 6.596e-27 1.319e-26 He 2 +2.68974e+00 6.615e-27 6.615e-27 1.323e-26 He 1 +2.68079e+00 6.635e-27 6.635e-27 1.327e-26 C 3 +2.67187e+00 6.656e-27 6.656e-27 1.331e-26 H 1 +2.66298e+00 6.674e-27 6.674e-27 1.335e-26 He 1 +2.65412e+00 6.694e-27 6.694e-27 1.339e-26 He 1 +2.64529e+00 6.714e-27 6.714e-27 1.343e-26 S 10 +2.63649e+00 6.734e-27 6.734e-27 1.347e-26 Be 1 +2.62771e+00 6.781e-27 6.781e-27 1.356e-26 H 1 +2.61897e+00 6.774e-27 6.774e-27 1.355e-26 He 1 +2.61026e+00 6.795e-27 6.795e-27 1.359e-26 H 1 +2.60157e+00 6.815e-27 6.815e-27 1.363e-26 Ca13 +2.59291e+00 6.835e-27 6.835e-27 1.367e-26 He 1 +2.58429e+00 6.855e-27 6.855e-27 1.371e-26 Si 9 +2.57569e+00 6.876e-27 6.876e-27 1.375e-26 He 1 +2.56712e+00 6.897e-27 6.897e-27 1.379e-26 H 1 +2.55857e+00 6.917e-27 6.917e-27 1.383e-26 He 1 +2.55006e+00 6.937e-27 6.937e-27 1.387e-26 Fe 3 +2.54158e+00 6.958e-27 6.958e-27 1.392e-26 He 1 +2.53312e+00 6.979e-27 6.979e-27 1.396e-26 He 1 +2.52469e+00 7.000e-27 7.000e-27 1.400e-26 H 1 +2.51629e+00 7.020e-27 7.020e-27 1.404e-26 Si13 +2.50792e+00 7.041e-27 7.041e-27 1.408e-26 He 1 +2.49957e+00 7.062e-27 7.062e-27 1.412e-26 He 1 +2.49125e+00 7.083e-27 7.083e-27 1.417e-26 H 1 +2.48297e+00 7.104e-27 7.104e-27 1.421e-26 He 1 +2.47470e+00 7.125e-27 7.125e-27 1.425e-26 He 1 +2.46647e+00 7.147e-27 7.147e-27 1.429e-26 H 1 +2.45826e+00 7.168e-27 7.168e-27 1.434e-26 He 2 +2.45008e+00 7.189e-27 7.189e-27 1.438e-26 H 1 +2.44193e+00 7.210e-27 7.210e-27 1.442e-26 He 1 +2.43380e+00 7.232e-27 7.232e-27 1.446e-26 H 1 +2.42571e+00 7.253e-27 7.253e-27 1.451e-26 He 1 +2.41764e+00 7.275e-27 7.275e-27 1.455e-26 H 1 +2.40959e+00 7.296e-27 7.296e-27 1.459e-26 He 1 +2.40157e+00 7.318e-27 7.318e-27 1.464e-26 H 1 +2.39358e+00 7.340e-27 7.340e-27 1.468e-26 H 1 +2.38562e+00 7.362e-27 7.362e-27 1.472e-26 H 1 +2.37768e+00 7.385e-27 7.385e-27 1.477e-26 He 2 +2.36977e+00 7.405e-27 7.405e-27 1.481e-26 H 1 +2.36188e+00 7.427e-27 7.427e-27 1.485e-26 He 1 +2.35402e+00 7.450e-27 7.450e-27 1.490e-26 F 6 +2.34619e+00 7.473e-27 7.473e-27 1.495e-26 He 2 +2.33838e+00 7.494e-27 7.494e-27 1.499e-26 K 12 +2.33060e+00 7.516e-27 7.516e-27 1.503e-26 He 1 +2.32285e+00 7.538e-27 7.538e-27 1.508e-26 He 1 +2.31512e+00 7.561e-27 7.561e-27 1.512e-26 He 2 +2.30742e+00 7.583e-27 7.583e-27 1.517e-26 He 1 +2.29974e+00 7.606e-27 7.606e-27 1.521e-26 He 1 +2.29209e+00 7.628e-27 7.628e-27 1.526e-26 He 1 He 1 +2.28446e+00 7.651e-27 7.651e-27 1.530e-26 He 1 +2.27686e+00 7.674e-27 7.674e-27 1.535e-26 H 1 H 1 +2.26928e+00 7.697e-27 7.697e-27 1.539e-26 He 1 +2.26173e+00 7.720e-27 7.720e-27 1.544e-26 He 2 +2.25421e+00 7.743e-27 7.743e-27 1.549e-26 He 1 +2.24670e+00 7.766e-27 7.766e-27 1.553e-26 He 1 +2.23923e+00 7.789e-27 7.789e-27 1.558e-26 He 1 +2.23178e+00 7.812e-27 7.812e-27 1.562e-26 He 1 +2.22435e+00 7.835e-27 7.835e-27 1.567e-26 Fe25 +2.21695e+00 7.858e-27 7.858e-27 1.572e-26 He 2 He 1 +2.20957e+00 7.882e-27 7.882e-27 1.576e-26 Ar 1 +2.20222e+00 7.905e-27 7.905e-27 1.581e-26 He 1 +2.19489e+00 7.928e-27 7.928e-27 1.586e-26 Cl 7 +2.18759e+00 7.957e-27 7.957e-27 1.591e-26 He 2 +2.18031e+00 7.976e-27 7.976e-27 1.595e-26 He 2 +2.17306e+00 7.999e-27 7.999e-27 1.600e-26 C 2 +2.16583e+00 8.040e-27 8.040e-27 1.608e-26 H 1 +2.15862e+00 8.047e-27 8.047e-27 1.609e-26 He 1 +2.15144e+00 8.071e-27 8.071e-27 1.614e-26 He 1 He 1 +2.14428e+00 8.095e-27 8.095e-27 1.619e-26 He 2 +2.13714e+00 8.119e-27 8.119e-27 1.624e-26 Ne 9 +2.13003e+00 8.143e-27 8.143e-27 1.629e-26 He 1 +2.12294e+00 8.168e-27 8.168e-27 1.634e-26 He 2 +2.11588e+00 8.191e-27 8.191e-27 1.638e-26 He 1 +2.10884e+00 8.216e-27 8.216e-27 1.643e-26 He 1 +2.10182e+00 8.240e-27 8.240e-27 1.648e-26 He 1 +2.09483e+00 8.264e-27 8.264e-27 1.653e-26 He 1 +2.08786e+00 8.289e-27 8.289e-27 1.658e-26 He 1 +2.08091e+00 8.314e-27 8.314e-27 1.663e-26 He 1 +2.07399e+00 8.338e-27 8.338e-27 1.668e-26 C 5 +2.06709e+00 8.363e-27 8.363e-27 1.673e-26 Mn14 +2.06021e+00 8.388e-27 8.388e-27 1.678e-26 He 1 +2.05335e+00 8.413e-27 8.413e-27 1.683e-26 S 15 +2.04652e+00 8.438e-27 8.438e-27 1.688e-26 Al 9 +2.03971e+00 8.464e-27 8.464e-27 1.693e-26 He 2 +2.03292e+00 8.488e-27 8.488e-27 1.698e-26 Ar 1 +2.02616e+00 8.513e-27 8.513e-27 1.703e-26 O 5 +2.01942e+00 8.538e-27 8.538e-27 1.708e-26 B 2 +2.01270e+00 8.564e-27 8.564e-27 1.713e-26 He 1 He 1 +2.00600e+00 8.589e-27 8.589e-27 1.718e-26 Cu18 +1.99933e+00 8.614e-27 8.614e-27 1.723e-26 O 7 +1.99267e+00 8.640e-27 8.640e-27 1.728e-26 S 10 +1.98604e+00 8.666e-27 8.666e-27 1.733e-26 Fe 2 +1.97944e+00 8.691e-27 8.691e-27 1.738e-26 S 11 +1.97285e+00 8.717e-27 8.717e-27 1.743e-26 C 1 +1.96628e+00 8.743e-27 8.743e-27 1.749e-26 Mg 9 +1.95974e+00 8.769e-27 8.769e-27 1.754e-26 He 1 +1.95322e+00 8.795e-27 8.795e-27 1.759e-26 He 1 +1.94672e+00 8.832e-27 8.832e-27 1.766e-26 H 1 +1.94024e+00 8.847e-27 8.847e-27 1.769e-26 He 1 +1.93379e+00 8.874e-27 8.874e-27 1.775e-26 Si11 +1.92735e+00 8.900e-27 8.900e-27 1.780e-26 Cl 6 +1.92094e+00 8.926e-27 8.926e-27 1.785e-26 S 11 +1.91455e+00 8.953e-27 8.953e-27 1.791e-26 Mn14 +1.90818e+00 8.979e-27 8.979e-27 1.796e-26 He 1 +1.90183e+00 9.006e-27 9.006e-27 1.801e-26 Cu18 +1.89550e+00 9.033e-27 9.033e-27 1.807e-26 F 6 +1.88919e+00 9.060e-27 9.060e-27 1.812e-26 Ar12 +1.88291e+00 9.086e-27 9.086e-27 1.817e-26 Ni15 +1.87664e+00 9.404e-27 9.404e-27 1.881e-26 H 1 +1.87040e+00 9.141e-27 9.141e-27 1.828e-26 He 2 +1.86417e+00 9.239e-27 9.239e-27 1.848e-26 He 2 +1.85797e+00 9.195e-27 9.195e-27 1.839e-26 He 1 +1.85179e+00 9.222e-27 9.222e-27 1.844e-26 F 6 +1.84563e+00 9.249e-27 9.249e-27 1.850e-26 He 2 He 2 +1.83949e+00 9.277e-27 9.277e-27 1.855e-26 Fe 2 +1.83337e+00 9.304e-27 9.304e-27 1.861e-26 Si 8 +1.82726e+00 9.332e-27 9.332e-27 1.866e-26 He 1 +1.82118e+00 9.360e-27 9.360e-27 1.872e-26 Ca13 +1.81512e+00 9.395e-27 9.395e-27 1.879e-26 H 1 +1.80909e+00 9.415e-27 9.415e-27 1.883e-26 F 6 +1.80307e+00 9.443e-27 9.443e-27 1.889e-26 S 10 +1.79707e+00 9.471e-27 9.471e-27 1.894e-26 S 13 +1.79109e+00 9.499e-27 9.499e-27 1.900e-26 O 5 +1.78513e+00 9.527e-27 9.527e-27 1.905e-26 Si 8 +1.77919e+00 9.556e-27 9.556e-27 1.911e-26 Mg 9 +1.77327e+00 9.584e-27 9.584e-27 1.917e-26 He 2 +1.76737e+00 9.612e-27 9.612e-27 1.922e-26 Mg11 +1.76149e+00 9.641e-27 9.641e-27 1.928e-26 C 1 +1.75562e+00 9.670e-27 9.670e-27 1.934e-26 S 11 +1.74978e+00 9.698e-27 9.698e-27 1.940e-26 He 1 H2+* +1.74396e+00 9.727e-27 9.727e-27 1.945e-26 He 1 +1.73816e+00 9.762e-27 9.762e-27 1.952e-26 H 1 +1.73237e+00 9.785e-27 9.785e-27 1.957e-26 He 1 +1.72661e+00 9.814e-27 9.814e-27 1.963e-26 F 6 +1.72086e+00 9.843e-27 9.843e-27 1.969e-26 Fe23 +1.71514e+00 9.872e-27 9.872e-27 1.974e-26 N 6 +1.70943e+00 9.901e-27 9.901e-27 1.980e-26 Mn14 +1.70374e+00 9.931e-27 9.931e-27 1.986e-26 He 2 +1.69807e+00 9.960e-27 9.960e-27 1.992e-26 He 1 +1.69242e+00 9.992e-27 9.992e-27 1.998e-26 He 2 +1.68679e+00 1.002e-26 1.002e-26 2.004e-26 Zn19 +1.68118e+00 1.005e-26 1.005e-26 2.010e-26 H 1 +1.67559e+00 1.008e-26 1.008e-26 2.016e-26 He 1 +1.67001e+00 1.011e-26 1.011e-26 2.022e-26 Zn19 +1.66445e+00 1.014e-26 1.014e-26 2.028e-26 He 1 +1.65892e+00 1.017e-26 1.017e-26 2.034e-26 He 2 +1.65340e+00 1.020e-26 1.020e-26 2.040e-26 He 1 +1.64789e+00 1.023e-26 1.023e-26 2.046e-26 B 1 +1.64241e+00 1.026e-26 1.026e-26 2.052e-26 H 1 H- +1.63695e+00 1.029e-26 1.029e-26 2.058e-26 He 1 +1.63150e+00 1.032e-26 1.032e-26 2.064e-26 S 10 +1.62607e+00 1.035e-26 1.035e-26 2.070e-26 He 2 +1.62066e+00 1.038e-26 1.038e-26 2.076e-26 He 1 +1.61527e+00 1.041e-26 1.041e-26 2.082e-26 He 1 +1.60989e+00 1.044e-26 1.044e-26 2.089e-26 H 1 +1.60454e+00 1.047e-26 1.047e-26 2.095e-26 Mg 9 +1.59920e+00 1.050e-26 1.050e-26 2.101e-26 O 7 +1.59388e+00 1.054e-26 1.054e-26 2.107e-26 He 1 +1.58857e+00 1.057e-26 1.057e-26 2.114e-26 H 1 +1.58329e+00 1.060e-26 1.060e-26 2.120e-26 He 1 +1.57802e+00 1.063e-26 1.063e-26 2.126e-26 He 1 +1.57277e+00 1.066e-26 1.066e-26 2.133e-26 He 2 +1.56753e+00 1.069e-26 1.069e-26 2.139e-26 H 1 +1.56232e+00 1.072e-26 1.072e-26 2.145e-26 S 15 +1.55712e+00 1.076e-26 1.076e-26 2.151e-26 H 1 +1.55194e+00 1.079e-26 1.079e-26 2.158e-26 C 5 +1.54677e+00 1.082e-26 1.082e-26 2.164e-26 He 1 +1.54163e+00 1.085e-26 1.085e-26 2.170e-26 H 1 +1.53650e+00 1.088e-26 1.088e-26 2.177e-26 H 1 +1.53139e+00 1.092e-26 1.092e-26 2.183e-26 He 1 +1.52629e+00 1.095e-26 1.095e-26 2.190e-26 H 1 +1.52121e+00 1.098e-26 1.098e-26 2.196e-26 H 1 +1.51615e+00 1.101e-26 1.101e-26 2.203e-26 He 1 +1.51110e+00 1.105e-26 1.105e-26 2.209e-26 H 1 +1.50608e+00 1.108e-26 1.108e-26 2.216e-26 H 1 +1.50107e+00 1.111e-26 1.111e-26 2.222e-26 H 1 +1.49607e+00 1.115e-26 1.115e-26 2.229e-26 H 1 +1.49109e+00 1.118e-26 1.118e-26 2.236e-26 He 1 +1.48613e+00 1.121e-26 1.121e-26 2.242e-26 He 2 +1.48119e+00 1.124e-26 1.124e-26 2.249e-26 He 1 +1.47626e+00 1.129e-26 1.129e-26 2.258e-26 He 2 +1.47135e+00 1.131e-26 1.131e-26 2.262e-26 He 1 +1.46645e+00 1.134e-26 1.134e-26 2.269e-26 He 1 He 1 +1.46157e+00 1.138e-26 1.138e-26 2.275e-26 He 1 +1.45671e+00 1.141e-26 1.141e-26 2.282e-26 H 1 H 1 +1.45186e+00 1.145e-26 1.145e-26 2.289e-26 Si13 +1.44703e+00 1.148e-26 1.148e-26 2.296e-26 He 1 +1.44221e+00 1.151e-26 1.151e-26 2.303e-26 He 1 +1.43742e+00 1.155e-26 1.155e-26 2.309e-26 C 3 +1.43263e+00 1.158e-26 1.158e-26 2.316e-26 S 10 +1.42787e+00 1.162e-26 1.162e-26 2.323e-26 He 2 +1.42311e+00 1.165e-26 1.165e-26 2.330e-26 He 1 +1.41838e+00 1.168e-26 1.168e-26 2.337e-26 Fe 2 +1.41366e+00 1.172e-26 1.172e-26 2.344e-26 He 1 +1.40896e+00 1.175e-26 1.175e-26 2.351e-26 He 1 He 1 +1.40427e+00 1.179e-26 1.179e-26 2.358e-26 He 1 +1.39959e+00 1.182e-26 1.182e-26 2.365e-26 He 1 +1.39494e+00 1.186e-26 1.186e-26 2.372e-26 P 12 +1.39030e+00 1.189e-26 1.189e-26 2.379e-26 S 11 +1.38567e+00 1.193e-26 1.193e-26 2.386e-26 He 1 +1.38106e+00 1.196e-26 1.196e-26 2.393e-26 He 2 +1.37646e+00 1.200e-26 1.200e-26 2.400e-26 C 1 +1.37188e+00 1.203e-26 1.203e-26 2.407e-26 Li 3 +1.36732e+00 1.207e-26 1.207e-26 2.414e-26 N 6 +1.36277e+00 1.211e-26 1.211e-26 2.421e-26 Ar 1 +1.35823e+00 1.214e-26 1.214e-26 2.428e-26 He 1 He 1 +1.35372e+00 1.218e-26 1.218e-26 2.435e-26 Si11 +1.34921e+00 1.221e-26 1.221e-26 2.443e-26 Fe20 +1.34472e+00 1.225e-26 1.225e-26 2.450e-26 He 2 +1.34025e+00 1.229e-26 1.229e-26 2.457e-26 He 1 +1.33579e+00 1.232e-26 1.232e-26 2.464e-26 Ar 1 +1.33134e+00 1.236e-26 1.236e-26 2.472e-26 Si11 +1.32691e+00 1.239e-26 1.239e-26 2.479e-26 He 1 +1.32250e+00 1.243e-26 1.243e-26 2.486e-26 Ar 1 +1.31810e+00 1.247e-26 1.247e-26 2.494e-26 He 1 +1.31371e+00 1.251e-26 1.251e-26 2.501e-26 He 2 +1.30934e+00 1.254e-26 1.254e-26 2.508e-26 He 1 +1.30498e+00 1.258e-26 1.258e-26 2.516e-26 He 1 +1.30064e+00 1.262e-26 1.262e-26 2.523e-26 He 1 +1.29631e+00 1.265e-26 1.265e-26 2.531e-26 He 1 +1.29200e+00 1.269e-26 1.269e-26 2.538e-26 He 2 +1.28770e+00 1.273e-26 1.273e-26 2.546e-26 He 1 +1.28342e+00 1.293e-26 1.293e-26 2.586e-26 H 1 +1.27915e+00 1.280e-26 1.280e-26 2.561e-26 He 2 +1.27489e+00 1.284e-26 1.284e-26 2.568e-26 S 13 +1.27065e+00 1.288e-26 1.288e-26 2.576e-26 He 2 +1.26642e+00 1.292e-26 1.292e-26 2.583e-26 Ar15 +1.26221e+00 1.296e-26 1.296e-26 2.591e-26 Mg 9 +1.25801e+00 1.299e-26 1.299e-26 2.599e-26 Mn14 +1.25382e+00 1.303e-26 1.303e-26 2.606e-26 He 2 +1.24965e+00 1.307e-26 1.307e-26 2.614e-26 He 1 He 1 +1.24549e+00 1.311e-26 1.311e-26 2.622e-26 Ar 1 +1.24135e+00 1.315e-26 1.315e-26 2.630e-26 He 2 +1.23721e+00 1.319e-26 1.319e-26 2.637e-26 Zn19 +1.23310e+00 1.323e-26 1.323e-26 2.645e-26 Ca14 +1.22899e+00 1.326e-26 1.326e-26 2.653e-26 He 2 +1.22491e+00 1.330e-26 1.330e-26 2.661e-26 Cl 8 +1.22083e+00 1.334e-26 1.334e-26 2.669e-26 He 2 +1.21677e+00 1.338e-26 1.338e-26 2.676e-26 Ni17 +1.21272e+00 1.342e-26 1.342e-26 2.685e-26 He 2 +1.20868e+00 1.346e-26 1.346e-26 2.692e-26 S 15 +1.20466e+00 1.350e-26 1.350e-26 2.700e-26 Mg11 +1.20065e+00 1.354e-26 1.354e-26 2.708e-26 Fe14 +1.19666e+00 1.358e-26 1.358e-26 2.716e-26 He 1 +1.19268e+00 1.362e-26 1.362e-26 2.724e-26 O 2 +1.18871e+00 1.366e-26 1.366e-26 2.732e-26 C 1 +1.18475e+00 1.370e-26 1.370e-26 2.740e-26 C 1 +1.18081e+00 1.374e-26 1.374e-26 2.748e-26 Ar15 +1.17688e+00 1.378e-26 1.378e-26 2.756e-26 Si10 +1.17297e+00 1.382e-26 1.382e-26 2.765e-26 F 6 +1.16906e+00 1.387e-26 1.387e-26 2.774e-26 He 2 +1.16517e+00 1.390e-26 1.390e-26 2.781e-26 Ni25 +1.16130e+00 1.399e-26 1.399e-26 2.798e-26 He 2 +1.15743e+00 1.399e-26 1.399e-26 2.797e-26 Cu18 +1.15358e+00 1.403e-26 1.403e-26 2.806e-26 C 3 +1.14974e+00 1.407e-26 1.407e-26 2.814e-26 O 5 +1.14592e+00 1.411e-26 1.411e-26 2.822e-26 Ni15 +1.14210e+00 1.415e-26 1.415e-26 2.830e-26 O 7 +1.13830e+00 1.419e-26 1.419e-26 2.839e-26 N 5 +1.13452e+00 1.424e-26 1.424e-26 2.847e-26 Fe24 +1.13074e+00 1.428e-26 1.428e-26 2.856e-26 S 11 +1.12698e+00 1.432e-26 1.432e-26 2.864e-26 Mg 9 +1.12323e+00 1.436e-26 1.436e-26 2.872e-26 He 1 +1.11949e+00 1.440e-26 1.440e-26 2.881e-26 Ne 9 +1.11577e+00 1.445e-26 1.445e-26 2.889e-26 He 2 He 2 +1.11205e+00 1.449e-26 1.449e-26 2.898e-26 C 5 +1.10835e+00 1.453e-26 1.453e-26 2.906e-26 P 10 +1.10466e+00 1.457e-26 1.457e-26 2.915e-26 He 1 +1.10099e+00 1.462e-26 1.462e-26 2.924e-26 He 1 +1.09733e+00 1.466e-26 1.466e-26 2.932e-26 Ar12 +1.09367e+00 1.478e-26 1.478e-26 2.955e-26 H 1 +1.09003e+00 1.475e-26 1.475e-26 2.949e-26 He 1 +1.08641e+00 1.479e-26 1.479e-26 2.958e-26 Ca14 +1.08279e+00 1.483e-26 1.483e-26 2.967e-26 TOTL +1.07919e+00 1.489e-26 1.489e-26 2.978e-26 C 6 +1.07560e+00 1.492e-26 1.492e-26 2.984e-26 Al 1 +1.07202e+00 1.497e-26 1.497e-26 2.993e-26 O 5 +1.06845e+00 1.501e-26 1.501e-26 3.002e-26 He 1 +1.06490e+00 1.505e-26 1.505e-26 3.011e-26 Cl12 +1.06135e+00 1.510e-26 1.510e-26 3.020e-26 Mg 9 +1.05782e+00 1.514e-26 1.514e-26 3.029e-26 N 1 +1.05430e+00 1.519e-26 1.519e-26 3.037e-26 B 4 +1.05080e+00 1.523e-26 1.523e-26 3.046e-26 Fe20 +1.04730e+00 1.528e-26 1.528e-26 3.055e-26 S 15 +1.04381e+00 1.533e-26 1.533e-26 3.065e-26 Cu18 +1.04034e+00 1.537e-26 1.537e-26 3.073e-26 He 2 +1.03688e+00 1.541e-26 1.541e-26 3.082e-26 Mg 9 +1.03343e+00 1.546e-26 1.546e-26 3.091e-26 Be 1 +1.02999e+00 1.550e-26 1.550e-26 3.101e-26 S 13 +1.02656e+00 1.555e-26 1.555e-26 3.110e-26 Zn19 +1.02315e+00 1.559e-26 1.559e-26 3.119e-26 C 2 +1.01974e+00 1.564e-26 1.564e-26 3.128e-26 Zn19 +1.01635e+00 1.569e-26 1.569e-26 3.137e-26 Fe 2 +1.01297e+00 1.602e-26 1.602e-26 3.203e-26 He 2 +1.00960e+00 1.578e-26 1.578e-26 3.156e-26 Zn29 +1.00624e+00 1.587e-26 1.587e-26 3.174e-26 H 1 +1.00289e+00 1.587e-26 1.587e-26 3.174e-26 He 2 +9.99553e-01 1.592e-26 1.592e-26 3.184e-26 TALL +9.96227e-01 1.597e-26 1.597e-26 3.193e-26 C 3 +9.92912e-01 1.601e-26 1.601e-26 3.202e-26 Fe 7 +9.89608e-01 1.606e-26 1.606e-26 3.212e-26 C 2 +9.86315e-01 1.611e-26 1.611e-26 3.221e-26 Si11 +9.83033e-01 1.615e-26 1.615e-26 3.231e-26 Ar15 +9.79762e-01 1.620e-26 1.620e-26 3.240e-26 Si13 +9.76502e-01 1.625e-26 1.625e-26 3.250e-26 He 2 +9.73253e-01 1.630e-26 1.630e-26 3.259e-26 F 6 +9.70014e-01 1.634e-26 1.634e-26 3.269e-26 C 3 +9.66787e-01 1.639e-26 1.639e-26 3.279e-26 S 10 +9.63570e-01 1.644e-26 1.644e-26 3.288e-26 He 1 +9.60364e-01 1.649e-26 1.649e-26 3.298e-26 He 1 +9.57168e-01 1.654e-26 1.654e-26 3.308e-26 Li 2 +9.53983e-01 1.662e-26 1.662e-26 3.323e-26 H 1 +9.50809e-01 1.664e-26 1.664e-26 3.327e-26 He 1 +9.47645e-01 1.668e-26 1.668e-26 3.337e-26 He 1 +9.44492e-01 1.673e-26 1.673e-26 3.347e-26 Ar11 +9.41349e-01 1.678e-26 1.678e-26 3.356e-26 Si10 +9.38217e-01 1.683e-26 1.683e-26 3.367e-26 He 2 +9.35095e-01 1.691e-26 1.691e-26 3.382e-26 He 2 +9.31984e-01 1.693e-26 1.693e-26 3.386e-26 S 13 +9.28883e-01 1.698e-26 1.698e-26 3.396e-26 He 1 +9.25792e-01 1.703e-26 1.703e-26 3.406e-26 Si10 +9.22711e-01 1.710e-26 1.710e-26 3.420e-26 H 1 +9.19641e-01 1.713e-26 1.713e-26 3.426e-26 He 1 +9.16581e-01 1.718e-26 1.718e-26 3.436e-26 Si11 +9.13531e-01 1.723e-26 1.723e-26 3.446e-26 Ca14 +9.10492e-01 1.728e-26 1.728e-26 3.457e-26 He 2 +9.07462e-01 1.733e-26 1.733e-26 3.467e-26 He 1 +9.04442e-01 1.738e-26 1.738e-26 3.477e-26 Ca13 +9.01433e-01 1.745e-26 1.745e-26 3.490e-26 H 1 +8.98434e-01 1.749e-26 1.749e-26 3.497e-26 He 1 +8.95444e-01 1.754e-26 1.754e-26 3.507e-26 Mg11 +8.92465e-01 1.759e-26 1.759e-26 3.518e-26 He 2 +8.89495e-01 1.764e-26 1.764e-26 3.528e-26 S 10 +8.86535e-01 1.770e-26 1.770e-26 3.540e-26 H 1 +8.83585e-01 1.774e-26 1.774e-26 3.549e-26 He 1 +8.80645e-01 1.780e-26 1.780e-26 3.559e-26 He 2 +8.77715e-01 1.785e-26 1.785e-26 3.570e-26 He 1 +8.74794e-01 1.791e-26 1.791e-26 3.582e-26 H 1 +8.71884e-01 1.795e-26 1.795e-26 3.591e-26 He 1 +8.68983e-01 1.801e-26 1.801e-26 3.602e-26 He 2 +8.66091e-01 1.806e-26 1.806e-26 3.613e-26 H 1 +8.63209e-01 1.811e-26 1.811e-26 3.622e-26 Fe24 +8.60337e-01 1.817e-26 1.817e-26 3.634e-26 H 1 +8.57474e-01 1.822e-26 1.822e-26 3.644e-26 He 1 +8.54621e-01 1.828e-26 1.828e-26 3.655e-26 H 1 +8.51777e-01 1.833e-26 1.833e-26 3.666e-26 He 1 +8.48943e-01 1.838e-26 1.838e-26 3.676e-26 H 1 +8.46118e-01 1.844e-26 1.844e-26 3.687e-26 H 1 +8.43303e-01 1.849e-26 1.849e-26 3.698e-26 H 1 +8.40497e-01 1.854e-26 1.854e-26 3.709e-26 H 1 +8.37700e-01 1.860e-26 1.860e-26 3.720e-26 H 1 +8.34913e-01 1.865e-26 1.865e-26 3.731e-26 H 1 +8.32135e-01 1.871e-26 1.871e-26 3.742e-26 H 1 +8.29366e-01 1.876e-26 1.876e-26 3.752e-26 He 1 +8.26606e-01 1.882e-26 1.882e-26 3.763e-26 He 1 He 1 +8.23856e-01 1.889e-26 1.889e-26 3.778e-26 He 2 +8.21114e-01 1.893e-26 1.893e-26 3.785e-26 H 1 H 1 +8.18382e-01 1.898e-26 1.898e-26 3.797e-26 He 1 He 1 +8.15659e-01 1.904e-26 1.904e-26 3.808e-26 He 1 +8.12945e-01 1.909e-26 1.909e-26 3.819e-26 He 1 +8.10240e-01 1.915e-26 1.915e-26 3.830e-26 He 1 +8.07544e-01 1.921e-26 1.921e-26 3.841e-26 Ne 9 +8.04857e-01 1.926e-26 1.926e-26 3.853e-26 S 15 +8.02179e-01 1.932e-26 1.932e-26 3.864e-26 S 13 +7.99510e-01 1.938e-26 1.938e-26 3.875e-26 He 1 +7.96849e-01 1.943e-26 1.943e-26 3.887e-26 He 1 +7.94198e-01 1.950e-26 1.950e-26 3.901e-26 He 1 +7.91555e-01 1.956e-26 1.956e-26 3.912e-26 O 7 +7.88921e-01 1.961e-26 1.961e-26 3.921e-26 He 1 +7.86296e-01 1.966e-26 1.966e-26 3.933e-26 N 4 +7.83680e-01 1.972e-26 1.972e-26 3.944e-26 He 1 He 1 +7.81072e-01 1.978e-26 1.978e-26 3.956e-26 He 1 +7.78473e-01 1.984e-26 1.984e-26 3.967e-26 He 1 +7.75883e-01 1.989e-26 1.989e-26 3.979e-26 Cl14 +7.73301e-01 1.995e-26 1.995e-26 3.991e-26 Be 4 +7.70728e-01 2.002e-26 2.002e-26 4.004e-26 C 6 +7.68164e-01 2.007e-26 2.007e-26 4.014e-26 He 1 +7.65608e-01 2.013e-26 2.013e-26 4.026e-26 He 1 +7.63060e-01 2.019e-26 2.019e-26 4.038e-26 C 5 +7.60521e-01 2.026e-26 2.026e-26 4.053e-26 S 12 +7.57991e-01 2.031e-26 2.031e-26 4.061e-26 He 2 +7.55469e-01 2.037e-26 2.037e-26 4.073e-26 K 14 +7.52955e-01 2.043e-26 2.043e-26 4.085e-26 He 1 +7.50449e-01 2.049e-26 2.049e-26 4.097e-26 F 8 +7.47952e-01 2.055e-26 2.055e-26 4.109e-26 He 1 +7.45464e-01 2.061e-26 2.061e-26 4.121e-26 Co26 +7.42983e-01 2.067e-26 2.067e-26 4.133e-26 He 1 He 1 +7.40511e-01 2.073e-26 2.073e-26 4.146e-26 Fe24 +7.38047e-01 2.079e-26 2.079e-26 4.158e-26 O 5 +7.35591e-01 2.085e-26 2.085e-26 4.170e-26 O 5 +7.33144e-01 2.091e-26 2.091e-26 4.182e-26 Si13 +7.30704e-01 2.097e-26 2.097e-26 4.194e-26 Sc18 +7.28273e-01 2.103e-26 2.103e-26 4.207e-26 He 1 +7.25849e-01 2.110e-26 2.110e-26 4.219e-26 O 5 +7.23434e-01 2.116e-26 2.116e-26 4.231e-26 Fe24 +7.21027e-01 2.122e-26 2.122e-26 4.244e-26 Si 8 +7.18628e-01 2.129e-26 2.129e-26 4.258e-26 He 2 +7.16237e-01 2.134e-26 2.134e-26 4.269e-26 He 1 +7.13853e-01 2.141e-26 2.141e-26 4.281e-26 S 13 +7.11478e-01 2.147e-26 2.147e-26 4.294e-26 N 4 +7.09111e-01 2.153e-26 2.153e-26 4.306e-26 Fe23 +7.06751e-01 2.159e-26 2.159e-26 4.319e-26 He 1 +7.04400e-01 2.166e-26 2.166e-26 4.332e-26 Fe19 +7.02056e-01 2.172e-26 2.172e-26 4.344e-26 Ar 1 +6.99720e-01 2.179e-26 2.179e-26 4.357e-26 N 6 +6.97391e-01 2.185e-26 2.185e-26 4.370e-26 He 1 +6.95071e-01 2.191e-26 2.191e-26 4.383e-26 F 6 +6.92758e-01 2.198e-26 2.198e-26 4.396e-26 He 1 +6.90453e-01 2.204e-26 2.204e-26 4.408e-26 Ar15 +6.88156e-01 2.211e-26 2.211e-26 4.423e-26 He 2 +6.85866e-01 2.217e-26 2.217e-26 4.434e-26 He 1 +6.83584e-01 2.224e-26 2.224e-26 4.447e-26 He 1 +6.81309e-01 2.230e-26 2.230e-26 4.460e-26 Ti16 +6.79042e-01 2.237e-26 2.237e-26 4.473e-26 He 1 +6.76783e-01 2.243e-26 2.243e-26 4.486e-26 He 1 +6.74531e-01 2.250e-26 2.250e-26 4.500e-26 He 1 +6.72286e-01 2.256e-26 2.256e-26 4.513e-26 He 1 +6.70049e-01 2.263e-26 2.263e-26 4.526e-26 He 1 +6.67820e-01 2.270e-26 2.270e-26 4.540e-26 He 2 +6.65598e-01 2.276e-26 2.276e-26 4.553e-26 S 13 +6.63383e-01 2.283e-26 2.283e-26 4.566e-26 He 1 He 1 +6.61176e-01 2.290e-26 2.290e-26 4.579e-26 Mg11 +6.58976e-01 2.296e-26 2.296e-26 4.593e-26 Si11 +6.56783e-01 2.681e-26 2.681e-26 5.362e-26 H 1 +6.54597e-01 2.310e-26 2.310e-26 4.620e-26 O 5 +6.52419e-01 2.317e-26 2.317e-26 4.634e-26 He 2 +6.50248e-01 2.323e-26 2.323e-26 4.647e-26 O 5 +6.48085e-01 2.330e-26 2.330e-26 4.660e-26 C 5 +6.45928e-01 2.337e-26 2.337e-26 4.674e-26 O 5 +6.43779e-01 2.344e-26 2.344e-26 4.688e-26 Zn19 +6.41637e-01 2.351e-26 2.351e-26 4.702e-26 He 2 +6.39502e-01 2.358e-26 2.358e-26 4.715e-26 Ne 9 +6.37374e-01 2.364e-26 2.364e-26 4.729e-26 N 4 +6.35253e-01 2.371e-26 2.371e-26 4.743e-26 Ar11 +6.33139e-01 2.378e-26 2.378e-26 4.757e-26 Fe20 +6.31033e-01 2.386e-26 2.386e-26 4.771e-26 He 2 +6.28933e-01 2.392e-26 2.392e-26 4.785e-26 Si10 +6.26840e-01 2.399e-26 2.399e-26 4.799e-26 Si11 +6.24755e-01 2.406e-26 2.406e-26 4.813e-26 Si11 +6.22676e-01 2.414e-26 2.414e-26 4.827e-26 He 2 +6.20604e-01 2.420e-26 2.420e-26 4.841e-26 F 6 +6.18539e-01 2.427e-26 2.427e-26 4.855e-26 Fe25 +6.16481e-01 2.435e-26 2.435e-26 4.870e-26 He 2 +6.14429e-01 2.442e-26 2.442e-26 4.883e-26 Be 3 +6.12385e-01 2.449e-26 2.449e-26 4.898e-26 He 2 +6.10347e-01 2.456e-26 2.456e-26 4.912e-26 Fe24 +6.08316e-01 2.463e-26 2.463e-26 4.927e-26 He 2 +6.06292e-01 2.484e-26 2.484e-26 4.967e-26 O 8 +6.04275e-01 2.478e-26 2.478e-26 4.955e-26 He 2 +6.02264e-01 2.485e-26 2.485e-26 4.970e-26 S 13 +6.00260e-01 2.492e-26 2.492e-26 4.984e-26 He 2 +5.98263e-01 2.500e-26 2.500e-26 4.999e-26 He 2 +5.96272e-01 2.507e-26 2.507e-26 5.014e-26 S 10 +5.94288e-01 2.515e-26 2.515e-26 5.030e-26 Ar15 +5.92311e-01 2.521e-26 2.521e-26 5.043e-26 He 2 +5.90340e-01 2.529e-26 2.529e-26 5.057e-26 Si10 +5.88376e-01 2.536e-26 2.536e-26 5.072e-26 He 1 +5.86418e-01 2.544e-26 2.544e-26 5.087e-26 O 5 +5.84466e-01 2.551e-26 2.551e-26 5.102e-26 O 5 +5.82522e-01 2.558e-26 2.558e-26 5.117e-26 O 5 +5.80583e-01 2.566e-26 2.566e-26 5.132e-26 Fe23 +5.78652e-01 2.573e-26 2.573e-26 5.147e-26 O 5 +5.76726e-01 2.581e-26 2.581e-26 5.162e-26 F 6 +5.74807e-01 2.588e-26 2.588e-26 5.177e-26 S 13 +5.72895e-01 2.596e-26 2.596e-26 5.192e-26 F 8 +5.70988e-01 2.604e-26 2.604e-26 5.207e-26 Fe23 +5.69088e-01 2.611e-26 2.611e-26 5.223e-26 He 2 He 2 +5.67195e-01 2.620e-26 2.620e-26 5.240e-26 N 7 +5.65307e-01 2.627e-26 2.627e-26 5.253e-26 Mg 9 +5.63426e-01 2.634e-26 2.634e-26 5.268e-26 Cu18 +5.61552e-01 2.642e-26 2.642e-26 5.284e-26 O 5 +5.59683e-01 2.650e-26 2.650e-26 5.299e-26 O 5 +5.57821e-01 2.657e-26 2.657e-26 5.315e-26 O 5 +5.55965e-01 2.665e-26 2.665e-26 5.330e-26 Al11 +5.54115e-01 2.673e-26 2.673e-26 5.346e-26 S 10 +5.52271e-01 2.681e-26 2.681e-26 5.361e-26 O 5 +5.50433e-01 2.689e-26 2.689e-26 5.377e-26 Cu18 +5.48602e-01 2.696e-26 2.696e-26 5.393e-26 TOTL +5.46776e-01 2.704e-26 2.704e-26 5.409e-26 Fe20 +5.44957e-01 2.712e-26 2.712e-26 5.425e-26 Ca15 +5.43144e-01 2.720e-26 2.720e-26 5.440e-26 F 6 +5.41336e-01 2.737e-26 2.737e-26 5.475e-26 He 2 +5.39535e-01 2.736e-26 2.736e-26 5.472e-26 Ca14 +5.37740e-01 2.744e-26 2.744e-26 5.488e-26 S 10 +5.35951e-01 2.752e-26 2.752e-26 5.504e-26 F 6 +5.34167e-01 2.760e-26 2.760e-26 5.520e-26 Si13 +5.32390e-01 2.768e-26 2.768e-26 5.536e-26 Ni15 +5.30618e-01 2.776e-26 2.776e-26 5.552e-26 Fe14 +5.28853e-01 2.786e-26 2.786e-26 5.571e-26 C 6 +5.27093e-01 2.792e-26 2.792e-26 5.585e-26 K 12 +5.25339e-01 2.801e-26 2.801e-26 5.601e-26 F 6 +5.23591e-01 2.809e-26 2.809e-26 5.617e-26 Fe23 +5.21849e-01 2.817e-26 2.817e-26 5.634e-26 Ti15 +5.20113e-01 2.825e-26 2.825e-26 5.650e-26 Mg 9 +5.18382e-01 2.833e-26 2.833e-26 5.667e-26 Fe23 +5.16657e-01 2.842e-26 2.842e-26 5.683e-26 V 17 +5.14938e-01 2.850e-26 2.850e-26 5.700e-26 F 6 +5.13225e-01 2.858e-26 2.858e-26 5.716e-26 V 20 +5.11517e-01 2.867e-26 2.867e-26 5.733e-26 O 5 +5.09815e-01 2.875e-26 2.875e-26 5.750e-26 Ne 6 +5.08118e-01 2.883e-26 2.883e-26 5.766e-26 Mg11 +5.06428e-01 2.892e-26 2.892e-26 5.783e-26 N 5 +5.04743e-01 2.900e-26 2.900e-26 5.800e-26 He 1 +5.03063e-01 2.909e-26 2.909e-26 5.817e-26 O 5 +5.01389e-01 2.917e-26 2.917e-26 5.834e-26 O3bn +4.99721e-01 2.925e-26 2.925e-26 5.851e-26 Fe15 +4.98058e-01 2.934e-26 2.934e-26 5.868e-26 O 5 +4.96401e-01 2.943e-26 2.943e-26 5.885e-26 Li 3 Li 3 +4.94749e-01 2.951e-26 2.951e-26 5.902e-26 C 5 +4.93103e-01 2.960e-26 2.960e-26 5.919e-26 O 5 +4.91462e-01 2.968e-26 2.968e-26 5.937e-26 He 1 +4.89827e-01 2.977e-26 2.977e-26 5.954e-26 Fe18 +4.88197e-01 2.986e-26 2.986e-26 5.971e-26 Ne 6 +4.86573e-01 3.136e-26 3.136e-26 6.272e-26 H 1 +4.84954e-01 3.003e-26 3.003e-26 6.006e-26 Ar 2 +4.83340e-01 3.012e-26 3.012e-26 6.024e-26 P 14 +4.81732e-01 3.021e-26 3.021e-26 6.041e-26 Si 8 +4.80129e-01 3.032e-26 3.032e-26 6.064e-26 Ne 9 +4.78531e-01 3.038e-26 3.038e-26 6.076e-26 Ne 6 +4.76939e-01 3.047e-26 3.047e-26 6.094e-26 Zn19 +4.75352e-01 3.056e-26 3.056e-26 6.112e-26 Ni17 +4.73770e-01 3.065e-26 3.065e-26 6.129e-26 N 4 +4.72194e-01 3.074e-26 3.074e-26 6.147e-26 Fe20 +4.70623e-01 3.083e-26 3.083e-26 6.165e-26 He 1 +4.69057e-01 3.263e-26 3.263e-26 6.527e-26 CaBo +4.67496e-01 3.101e-26 3.101e-26 6.201e-26 N 4 +4.65940e-01 3.110e-26 3.110e-26 6.219e-26 Be 4 +4.64390e-01 3.119e-26 3.119e-26 6.237e-26 C 3 +4.62845e-01 3.128e-26 3.128e-26 6.255e-26 K 16 +4.61305e-01 3.137e-26 3.137e-26 6.273e-26 N 5 +4.59770e-01 3.146e-26 3.146e-26 6.292e-26 Ne 9 +4.58240e-01 3.155e-26 3.155e-26 6.310e-26 Ar13 +4.56715e-01 3.164e-26 3.164e-26 6.328e-26 Al12 +4.55195e-01 3.173e-26 3.173e-26 6.347e-26 O 5 +4.53681e-01 3.187e-26 3.187e-26 6.374e-26 He 2 +4.52171e-01 3.192e-26 3.192e-26 6.384e-26 C 5 +4.50667e-01 3.201e-26 3.201e-26 6.402e-26 N 6 +4.49167e-01 3.212e-26 3.212e-26 6.425e-26 C 6 +4.47672e-01 3.220e-26 3.220e-26 6.440e-26 He 1 +4.46183e-01 3.229e-26 3.229e-26 6.458e-26 O 5 +4.44698e-01 3.238e-26 3.238e-26 6.477e-26 Si12 +4.43218e-01 3.248e-26 3.248e-26 6.496e-26 He 1 +4.41744e-01 3.258e-26 3.258e-26 6.516e-26 Ar14 +4.40274e-01 3.267e-26 3.267e-26 6.534e-26 Ca13 +4.38809e-01 3.276e-26 3.276e-26 6.553e-26 He 1 +4.37349e-01 3.286e-26 3.286e-26 6.572e-26 Fe20 +4.35893e-01 3.295e-26 3.295e-26 6.591e-26 Sc16 +4.34443e-01 3.380e-26 3.380e-26 6.759e-26 H 1 +4.32998e-01 3.314e-26 3.314e-26 6.629e-26 N 5 +4.31557e-01 3.324e-26 3.324e-26 6.648e-26 S 11 +4.30121e-01 3.334e-26 3.334e-26 6.668e-26 K 12 +4.28690e-01 3.343e-26 3.343e-26 6.687e-26 Si11 +4.27263e-01 3.353e-26 3.353e-26 6.706e-26 Fe18 +4.25841e-01 3.363e-26 3.363e-26 6.726e-26 Fe24 +4.24425e-01 3.373e-26 3.373e-26 6.745e-26 Co20 +4.23012e-01 3.382e-26 3.382e-26 6.765e-26 Zn29 +4.21605e-01 3.392e-26 3.392e-26 6.785e-26 Fe18 +4.20202e-01 3.404e-26 3.404e-26 6.808e-26 He 2 +4.18804e-01 3.412e-26 3.412e-26 6.824e-26 C 3 +4.17410e-01 3.422e-26 3.422e-26 6.844e-26 He 1 +4.16021e-01 3.432e-26 3.432e-26 6.864e-26 Ar15 +4.14637e-01 3.442e-26 3.442e-26 6.883e-26 He 1 +4.13257e-01 3.452e-26 3.452e-26 6.903e-26 Zn19 +4.11882e-01 3.462e-26 3.462e-26 6.923e-26 Si13 +4.10512e-01 3.497e-26 3.497e-26 6.995e-26 H 1 +4.09146e-01 3.482e-26 3.482e-26 6.964e-26 Ca13 +4.07784e-01 3.492e-26 3.492e-26 6.984e-26 N 4 +4.06427e-01 3.502e-26 3.502e-26 7.004e-26 N 4 +4.05075e-01 3.512e-26 3.512e-26 7.024e-26 He 1 +4.03727e-01 3.522e-26 3.522e-26 7.045e-26 Cr18 +4.02384e-01 3.534e-26 3.534e-26 7.068e-26 He 2 +4.01045e-01 3.543e-26 3.543e-26 7.086e-26 He 1 +3.99711e-01 3.553e-26 3.553e-26 7.106e-26 Cl16 +3.98381e-01 3.563e-26 3.563e-26 7.127e-26 Cu18 +3.97055e-01 3.589e-26 3.589e-26 7.178e-26 H 1 +3.95734e-01 3.584e-26 3.584e-26 7.168e-26 O 5 +3.94417e-01 3.595e-26 3.595e-26 7.189e-26 Cu18 +3.93105e-01 3.605e-26 3.605e-26 7.210e-26 He 1 +3.91797e-01 3.616e-26 3.616e-26 7.232e-26 He 2 +3.90493e-01 3.626e-26 3.626e-26 7.252e-26 Ar16 +3.89194e-01 3.648e-26 3.648e-26 7.296e-26 H 1 +3.87899e-01 3.658e-26 3.658e-26 7.316e-26 Ne10 +3.86608e-01 3.657e-26 3.657e-26 7.315e-26 He 1 +3.85321e-01 3.669e-26 3.669e-26 7.337e-26 He 2 +3.84039e-01 3.686e-26 3.686e-26 7.371e-26 H 1 +3.82762e-01 3.689e-26 3.689e-26 7.379e-26 He 2 +3.81488e-01 3.700e-26 3.700e-26 7.401e-26 He 2 +3.80219e-01 3.716e-26 3.716e-26 7.431e-26 H 1 +3.78953e-01 3.721e-26 3.721e-26 7.443e-26 S 13 +3.77692e-01 3.735e-26 3.735e-26 7.470e-26 He 2 +3.76436e-01 3.744e-26 3.744e-26 7.487e-26 H 1 +3.75183e-01 3.756e-26 3.756e-26 7.512e-26 H 1 +3.73935e-01 3.768e-26 3.768e-26 7.536e-26 H 1 +3.72691e-01 3.777e-26 3.777e-26 7.554e-26 H 1 +3.71450e-01 3.788e-26 3.788e-26 7.575e-26 H 1 +3.70214e-01 3.799e-26 3.799e-26 7.598e-26 H 1 +3.68983e-01 3.810e-26 3.810e-26 7.620e-26 H 1 +3.67755e-01 3.821e-26 3.821e-26 7.642e-26 H 1 He 1 +3.66531e-01 3.833e-26 3.833e-26 7.665e-26 H 1 +3.65312e-01 3.842e-26 3.842e-26 7.683e-26 Ni15 +3.64096e-01 3.858e-26 3.858e-26 7.716e-26 Bcon H 1 +3.62885e-01 3.865e-26 3.865e-26 7.730e-26 He 1 +3.61677e-01 3.876e-26 3.876e-26 7.752e-26 He 1 +3.60474e-01 3.887e-26 3.887e-26 7.775e-26 Ni16 +3.59275e-01 3.899e-26 3.899e-26 7.797e-26 He 1 +3.58080e-01 3.910e-26 3.910e-26 7.820e-26 Fe24 +3.56888e-01 3.921e-26 3.921e-26 7.842e-26 Ni21 +3.55701e-01 3.933e-26 3.933e-26 7.865e-26 He 1 +3.54518e-01 3.944e-26 3.944e-26 7.888e-26 K 14 +3.53338e-01 3.955e-26 3.955e-26 7.911e-26 He 1 +3.52163e-01 3.967e-26 3.967e-26 7.933e-26 C 5 +3.50991e-01 3.978e-26 3.978e-26 7.956e-26 He 1 +3.49823e-01 3.990e-26 3.990e-26 7.980e-26 C 5 +3.48660e-01 4.001e-26 4.001e-26 8.002e-26 He 1 +3.47500e-01 4.013e-26 4.013e-26 8.026e-26 He 1 +3.46343e-01 4.024e-26 4.024e-26 8.049e-26 He 1 +3.45191e-01 4.036e-26 4.036e-26 8.072e-26 K 15 +3.44043e-01 4.048e-26 4.048e-26 8.095e-26 He 1 +3.42898e-01 4.063e-26 4.063e-26 8.127e-26 C 6 +3.41757e-01 4.071e-26 4.071e-26 8.142e-26 He 1 He 1 +3.40620e-01 4.083e-26 4.083e-26 8.166e-26 S 15 +3.39487e-01 4.095e-26 4.095e-26 8.189e-26 S 13 +3.38358e-01 4.107e-26 4.107e-26 8.213e-26 C 3 +3.37232e-01 4.119e-26 4.119e-26 8.237e-26 Ti17 +3.36110e-01 4.130e-26 4.130e-26 8.261e-26 O 5 +3.34992e-01 4.142e-26 4.142e-26 8.284e-26 He 1 +3.33877e-01 4.154e-26 4.154e-26 8.308e-26 Al12 +3.32767e-01 4.166e-26 4.166e-26 8.332e-26 Ca12 +3.31660e-01 4.178e-26 4.178e-26 8.356e-26 Si11 +3.30556e-01 4.194e-26 4.194e-26 8.388e-26 O 7 +3.29456e-01 4.202e-26 4.202e-26 8.405e-26 Zn19 +3.28360e-01 4.215e-26 4.215e-26 8.429e-26 Si11 +3.27268e-01 4.227e-26 4.227e-26 8.453e-26 F 7 +3.26179e-01 4.239e-26 4.239e-26 8.478e-26 He 1 +3.25094e-01 4.251e-26 4.251e-26 8.502e-26 F 7 +3.24012e-01 4.263e-26 4.263e-26 8.527e-26 Mn19 +3.22934e-01 4.276e-26 4.276e-26 8.551e-26 He 1 +3.21860e-01 4.288e-26 4.288e-26 8.576e-26 Fe23 +3.20789e-01 4.383e-26 4.383e-26 8.766e-26 He 2 +3.19722e-01 4.313e-26 4.313e-26 8.626e-26 He 1 +3.18658e-01 4.325e-26 4.325e-26 8.651e-26 He 1 +3.17598e-01 4.338e-26 4.338e-26 8.676e-26 He 1 +3.16542e-01 4.350e-26 4.350e-26 8.701e-26 He 1 +3.15489e-01 4.363e-26 4.363e-26 8.726e-26 He 1 +3.14439e-01 4.376e-26 4.376e-26 8.751e-26 He 1 +3.13393e-01 4.389e-26 4.389e-26 8.778e-26 C 6 +3.12350e-01 4.401e-26 4.401e-26 8.802e-26 He 1 He 1 +3.11311e-01 4.413e-26 4.413e-26 8.827e-26 Si11 +3.10275e-01 4.426e-26 4.426e-26 8.852e-26 Cl16 +3.09243e-01 4.439e-26 4.439e-26 8.878e-26 Ar17 +3.08214e-01 4.452e-26 4.452e-26 8.904e-26 O 5 +3.07189e-01 4.465e-26 4.465e-26 8.929e-26 Ar11 +3.06167e-01 4.478e-26 4.478e-26 8.955e-26 Fe25 +3.05148e-01 4.490e-26 4.490e-26 8.981e-26 N 5 +3.04133e-01 4.503e-26 4.503e-26 9.007e-26 C 5 +3.03121e-01 4.516e-26 4.516e-26 9.033e-26 Si13 +3.02113e-01 4.529e-26 4.529e-26 9.059e-26 O 5 +3.01108e-01 4.543e-26 4.543e-26 9.085e-26 Fe20 +3.00106e-01 4.556e-26 4.556e-26 9.111e-26 C 5 +2.99108e-01 4.569e-26 4.569e-26 9.137e-26 Ar16 +2.98112e-01 4.582e-26 4.582e-26 9.164e-26 B 5 +2.97121e-01 4.610e-26 4.610e-26 9.219e-26 O 8 +2.96132e-01 4.608e-26 4.608e-26 9.217e-26 Ne 6 +2.95147e-01 4.622e-26 4.622e-26 9.243e-26 C 5 C 5 +2.94165e-01 4.635e-26 4.635e-26 9.270e-26 He 1 +2.93186e-01 4.648e-26 4.648e-26 9.297e-26 He 1 +2.92211e-01 4.662e-26 4.662e-26 9.323e-26 Mg 9 +2.91239e-01 4.675e-26 4.675e-26 9.350e-26 Sc18 +2.90270e-01 4.689e-26 4.689e-26 9.377e-26 Be 4 +2.89304e-01 4.702e-26 4.702e-26 9.404e-26 C 5 +2.88342e-01 4.724e-26 4.724e-26 9.448e-26 Cr19 +2.87382e-01 4.729e-26 4.729e-26 9.459e-26 Zn29 +2.86426e-01 4.743e-26 4.743e-26 9.486e-26 C 5 +2.85473e-01 4.757e-26 4.757e-26 9.513e-26 N 5 K 1 +2.84524e-01 4.770e-26 4.770e-26 9.541e-26 Fe18 +2.83577e-01 4.784e-26 4.784e-26 9.568e-26 Mg 9 +2.82634e-01 4.798e-26 4.798e-26 9.596e-26 He 1 +2.81693e-01 4.812e-26 4.812e-26 9.623e-26 Ni21 +2.80756e-01 4.825e-26 4.825e-26 9.651e-26 Co24 +2.79822e-01 4.839e-26 4.839e-26 9.679e-26 Ca19 +2.78891e-01 4.853e-26 4.853e-26 9.707e-26 Be 4 Be 4 +2.77963e-01 4.875e-26 4.875e-26 9.750e-26 Ne10 +2.77039e-01 4.881e-26 4.881e-26 9.763e-26 P 14 +2.76117e-01 4.895e-26 4.895e-26 9.791e-26 He 1 +2.75198e-01 4.909e-26 4.909e-26 9.819e-26 N 5 +2.74283e-01 4.924e-26 4.924e-26 9.847e-26 O 5 +2.73370e-01 4.987e-26 4.987e-26 9.974e-26 He 2 +2.72461e-01 4.952e-26 4.952e-26 9.904e-26 He 1 +2.71554e-01 4.966e-26 4.966e-26 9.932e-26 Mg 9 +2.70651e-01 4.981e-26 4.981e-26 9.961e-26 C 5 +2.69750e-01 4.995e-26 4.995e-26 9.990e-26 Fe25 +2.68853e-01 5.024e-26 5.024e-26 1.005e-25 Mg12 +2.67959e-01 5.024e-26 5.024e-26 1.005e-25 He 1 +2.67067e-01 5.038e-26 5.038e-26 1.008e-25 Mg 9 +2.66179e-01 5.080e-26 5.080e-26 1.016e-25 Fe20 +2.65293e-01 5.067e-26 5.067e-26 1.013e-25 He 1 +2.64410e-01 5.082e-26 5.082e-26 1.016e-25 He 1 +2.63531e-01 5.096e-26 5.096e-26 1.019e-25 V 18 +2.62654e-01 5.111e-26 5.111e-26 1.022e-25 He 1 +2.61780e-01 5.126e-26 5.126e-26 1.025e-25 He 1 +2.60909e-01 5.140e-26 5.140e-26 1.028e-25 He 1 +2.60041e-01 5.155e-26 5.155e-26 1.031e-25 He 1 He 1 +2.59176e-01 5.170e-26 5.170e-26 1.034e-25 Ca17 +2.58314e-01 5.185e-26 5.185e-26 1.037e-25 Ni15 +2.57454e-01 5.200e-26 5.200e-26 1.040e-25 Mg 9 +2.56598e-01 5.215e-26 5.215e-26 1.043e-25 Fe24 +2.55744e-01 5.232e-26 5.232e-26 1.046e-25 Mn20 +2.54893e-01 5.245e-26 5.245e-26 1.049e-25 Ti15 +2.54045e-01 5.260e-26 5.260e-26 1.052e-25 Ni14 +2.53200e-01 5.296e-26 5.296e-26 1.059e-25 C 6 Li 3 +2.52358e-01 5.294e-26 5.294e-26 1.059e-25 N 7 +2.51518e-01 5.330e-26 5.330e-26 1.066e-25 He 2 +2.50681e-01 5.321e-26 5.321e-26 1.064e-25 Fe24 +2.49847e-01 5.336e-26 5.336e-26 1.067e-25 Ni25 +2.49016e-01 5.351e-26 5.351e-26 1.070e-25 S 13 +2.48188e-01 5.367e-26 5.367e-26 1.073e-25 Zn29 +2.47362e-01 5.382e-26 5.382e-26 1.076e-25 O 5 +2.46539e-01 5.398e-26 5.398e-26 1.080e-25 F 6 +2.45719e-01 5.413e-26 5.413e-26 1.083e-25 N 4 +2.44901e-01 5.429e-26 5.429e-26 1.086e-25 Ca18 +2.44087e-01 5.444e-26 5.444e-26 1.089e-25 Si11 +2.43275e-01 5.463e-26 5.463e-26 1.093e-25 C 6 +2.42465e-01 5.476e-26 5.476e-26 1.095e-25 Si10 +2.41659e-01 5.491e-26 5.491e-26 1.098e-25 Ar16 Na 1 +2.40855e-01 5.507e-26 5.507e-26 1.101e-25 Fe20 +2.40053e-01 5.523e-26 5.523e-26 1.105e-25 Li 3 +2.39255e-01 5.539e-26 5.539e-26 1.108e-25 Si11 +2.38459e-01 5.570e-26 5.570e-26 1.114e-25 He 2 +2.37665e-01 5.571e-26 5.571e-26 1.114e-25 S 13 +2.36875e-01 5.587e-26 5.587e-26 1.117e-25 Ne 6 +2.36087e-01 5.603e-26 5.603e-26 1.121e-25 C 5 +2.35301e-01 5.620e-26 5.620e-26 1.124e-25 Ne 9 +2.34518e-01 5.635e-26 5.635e-26 1.127e-25 Ti19 +2.33738e-01 5.651e-26 5.651e-26 1.130e-25 Si11 +2.32961e-01 5.667e-26 5.667e-26 1.133e-25 C 5 C 5 +2.32186e-01 5.683e-26 5.683e-26 1.137e-25 Si11 +2.31413e-01 5.700e-26 5.700e-26 1.140e-25 F 6 +2.30643e-01 5.728e-26 5.728e-26 1.146e-25 He 2 +2.29876e-01 1.020e-25 1.020e-25 2.039e-25 Fe21 Li 1 +2.29111e-01 5.749e-26 5.749e-26 1.150e-25 Si11 +2.28349e-01 5.765e-26 5.765e-26 1.153e-25 Mg10 +2.27589e-01 5.782e-26 5.782e-26 1.156e-25 TOTL +2.26832e-01 5.799e-26 5.799e-26 1.160e-25 C 5 +2.26077e-01 5.815e-26 5.815e-26 1.163e-25 Si11 +2.25325e-01 5.840e-26 5.840e-26 1.168e-25 He 2 +2.24576e-01 5.849e-26 5.849e-26 1.170e-25 Co21 +2.23828e-01 5.865e-26 5.865e-26 1.173e-25 N 4 +2.23084e-01 5.882e-26 5.882e-26 1.176e-25 Mg 9 +2.22342e-01 5.899e-26 5.899e-26 1.180e-25 Fe23 +2.21602e-01 5.920e-26 5.920e-26 1.184e-25 He 2 +2.20865e-01 5.933e-26 5.933e-26 1.187e-25 Fe20 +2.20130e-01 5.950e-26 5.950e-26 1.190e-25 Zn29 +2.19397e-01 5.967e-26 5.967e-26 1.193e-25 Sc17 +2.18668e-01 5.987e-26 5.987e-26 1.197e-25 He 2 +2.17940e-01 6.001e-26 6.001e-26 1.200e-25 Mg 9 +2.17215e-01 6.018e-26 6.018e-26 1.204e-25 S 10 +2.16492e-01 6.038e-26 6.038e-26 1.208e-25 He 2 +2.15772e-01 6.053e-26 6.053e-26 1.211e-25 S 10 +2.15054e-01 6.072e-26 6.072e-26 1.214e-25 He 2 +2.14339e-01 6.088e-26 6.088e-26 1.218e-25 N 6 +2.13626e-01 6.107e-26 6.107e-26 1.221e-25 He 2 +2.12915e-01 6.123e-26 6.123e-26 1.225e-25 Cr18 +2.12207e-01 6.141e-26 6.141e-26 1.228e-25 He 2 +2.11501e-01 6.159e-26 6.159e-26 1.232e-25 He 2 +2.10797e-01 6.176e-26 6.176e-26 1.235e-25 He 2 +2.10096e-01 6.195e-26 6.195e-26 1.239e-25 He 2 +2.09397e-01 6.225e-26 6.225e-26 1.245e-25 Cr19 +2.08700e-01 6.234e-26 6.234e-26 1.247e-25 Co22 +2.08006e-01 6.253e-26 6.253e-26 1.251e-25 He 2 +2.07314e-01 6.273e-26 6.273e-26 1.255e-25 N 6 Al 1 +2.06624e-01 6.282e-26 6.282e-26 1.256e-25 C 6 +2.05937e-01 6.300e-26 6.300e-26 1.260e-25 Fe23 +2.05251e-01 6.318e-26 6.318e-26 1.264e-25 He 2 He 2 +2.04569e-01 6.337e-26 6.337e-26 1.267e-25 C 6 +2.03888e-01 6.355e-26 6.355e-26 1.271e-25 Si11 +2.03210e-01 6.373e-26 6.373e-26 1.275e-25 Cl11 +2.02534e-01 6.391e-26 6.391e-26 1.278e-25 Fe18 Ca 1 +2.01860e-01 6.410e-26 6.410e-26 1.282e-25 C 3 +2.01188e-01 6.428e-26 6.428e-26 1.286e-25 N 6 +2.00519e-01 6.446e-26 6.446e-26 1.289e-25 Fe24 +1.99852e-01 6.469e-26 6.469e-26 1.294e-25 Ne 9 +1.99187e-01 6.483e-26 6.483e-26 1.297e-25 S 13 +1.98524e-01 6.502e-26 6.502e-26 1.300e-25 Si 9 +1.97864e-01 6.569e-26 6.569e-26 1.314e-25 Si14 Li 2 +1.97206e-01 6.539e-26 6.539e-26 1.308e-25 K 18 +1.96549e-01 6.558e-26 6.558e-26 1.312e-25 S 13 +1.95896e-01 6.577e-26 6.577e-26 1.315e-25 Be 3 +1.95244e-01 6.595e-26 6.595e-26 1.319e-25 Fe20 Li 2 +1.94594e-01 6.614e-26 6.614e-26 1.323e-25 S 13 +1.93947e-01 6.633e-26 6.633e-26 1.327e-25 S 13 +1.93302e-01 6.684e-26 6.684e-26 1.337e-25 O 8 +1.92659e-01 6.692e-26 6.692e-26 1.338e-25 Mg12 +1.92018e-01 8.380e-26 8.380e-26 1.676e-25 Ni23 +1.91379e-01 6.709e-26 6.709e-26 1.342e-25 Cl11 +1.90742e-01 6.729e-26 6.729e-26 1.346e-25 TOTL +1.90107e-01 6.761e-26 6.761e-26 1.352e-25 Ne10 +1.89475e-01 6.768e-26 6.768e-26 1.354e-25 N 6 +1.88845e-01 6.786e-26 6.786e-26 1.357e-25 Ni25 +1.88216e-01 6.806e-26 6.806e-26 1.361e-25 Si12 +1.87590e-01 6.825e-26 6.825e-26 1.365e-25 N 5 +1.86966e-01 6.845e-26 6.845e-26 1.369e-25 C 5 +1.86344e-01 6.864e-26 6.864e-26 1.373e-25 Cu18 +1.85724e-01 6.884e-26 6.884e-26 1.377e-25 N 7 N 7 +1.85106e-01 6.903e-26 6.903e-26 1.381e-25 Fe23 +1.84490e-01 6.923e-26 6.923e-26 1.385e-25 O 5 +1.83877e-01 6.943e-26 6.943e-26 1.389e-25 Ar12 V 1 +1.83265e-01 6.963e-26 6.963e-26 1.393e-25 Ca17 Cr 1 +1.82655e-01 6.983e-26 6.983e-26 1.397e-25 C 5 +1.82048e-01 7.002e-26 7.002e-26 1.400e-25 Ca19 Ti 1 +1.81442e-01 7.023e-26 7.023e-26 1.405e-25 Fe23 H2+ +1.80838e-01 7.042e-26 7.042e-26 1.408e-25 Li 2 Li 2 +1.80237e-01 7.063e-26 7.063e-26 1.413e-25 Si12 +1.79637e-01 7.083e-26 7.083e-26 1.417e-25 Fe22 +1.79039e-01 7.103e-26 7.103e-26 1.421e-25 Ar12 +1.78444e-01 7.129e-26 7.129e-26 1.426e-25 O 7 B 5 +1.77850e-01 7.147e-26 7.147e-26 1.429e-25 Ti18 +1.77258e-01 7.164e-26 7.164e-26 1.433e-25 Fe20 +1.76669e-01 7.197e-26 7.197e-26 1.439e-25 O 8 +1.76081e-01 7.205e-26 7.205e-26 1.441e-25 S 11 +1.75495e-01 7.225e-26 7.225e-26 1.445e-25 V 22 +1.74911e-01 7.246e-26 7.246e-26 1.449e-25 C 5 +1.74329e-01 7.266e-26 7.266e-26 1.453e-25 Ar11 +1.73749e-01 7.287e-26 7.287e-26 1.457e-25 Si11 +1.73171e-01 7.308e-26 7.308e-26 1.462e-25 Ne 6 +1.72595e-01 7.383e-26 7.383e-26 1.477e-25 S 15 +1.72021e-01 7.350e-26 7.350e-26 1.470e-25 Cr17 +1.71449e-01 7.370e-26 7.370e-26 1.474e-25 Be 3 +1.70878e-01 7.391e-26 7.391e-26 1.478e-25 O 5 +1.70310e-01 7.413e-26 7.413e-26 1.483e-25 N 5 +1.69743e-01 7.434e-26 7.434e-26 1.487e-25 Cl12 +1.69178e-01 7.455e-26 7.455e-26 1.491e-25 Ti19 +1.68616e-01 7.476e-26 7.476e-26 1.495e-25 C 5 Sc 1 +1.68055e-01 7.497e-26 7.497e-26 1.499e-25 Ar15 +1.67495e-01 7.526e-26 7.526e-26 1.505e-25 Mn20 +1.66938e-01 7.540e-26 7.540e-26 1.508e-25 Ni21 Mn 1 +1.66383e-01 7.561e-26 7.561e-26 1.512e-25 K 13 +1.65829e-01 7.607e-26 7.607e-26 1.521e-25 Zn25 +1.65278e-01 7.604e-26 7.604e-26 1.521e-25 C 5 +1.64728e-01 7.626e-26 7.626e-26 1.525e-25 Na10 +1.64180e-01 9.378e-26 9.378e-26 1.876e-25 CaBo +1.63633e-01 7.672e-26 7.672e-26 1.534e-25 TOTL +1.63089e-01 7.691e-26 7.691e-26 1.538e-25 Fe18 +1.62547e-01 7.745e-26 7.745e-26 1.549e-25 O 7 Ni 1 +1.62006e-01 7.753e-26 7.753e-26 1.551e-25 C 6 Mg 1 +1.61467e-01 7.757e-26 7.757e-26 1.551e-25 C 5 +1.60930e-01 7.779e-26 7.779e-26 1.556e-25 C 5 +1.60394e-01 7.801e-26 7.801e-26 1.560e-25 S 13 Cu 1 +1.59861e-01 7.823e-26 7.823e-26 1.565e-25 Ar15 +1.59329e-01 7.846e-26 7.846e-26 1.569e-25 Co26 +1.58799e-01 7.868e-26 7.868e-26 1.574e-25 Fe20 +1.58270e-01 7.890e-26 7.890e-26 1.578e-25 Fe23 +1.57744e-01 7.913e-26 7.913e-26 1.583e-25 C 5 Co 1 +1.57219e-01 7.939e-26 7.939e-26 1.588e-25 Mg11 +1.56696e-01 7.970e-26 7.970e-26 1.594e-25 Cr21 Fe 1 +1.56175e-01 7.980e-26 7.980e-26 1.596e-25 Fe24 +1.55655e-01 8.003e-26 8.003e-26 1.601e-25 O 7 +1.55137e-01 8.025e-26 8.025e-26 1.605e-25 O 7 +1.54621e-01 8.048e-26 8.048e-26 1.610e-25 C 4 Sc 1 +1.54107e-01 8.071e-26 8.071e-26 1.614e-25 O 7 +1.53594e-01 8.094e-26 8.094e-26 1.619e-25 C 5 +1.53083e-01 8.120e-26 8.120e-26 1.624e-25 N 7 +1.52574e-01 8.143e-26 8.143e-26 1.629e-25 Ne 9 +1.52066e-01 8.171e-26 8.171e-26 1.634e-25 N 7 Si 1 +1.51560e-01 8.186e-26 8.186e-26 1.637e-25 Mg 9 +1.51056e-01 8.283e-26 8.283e-26 1.657e-25 S 16 +1.50553e-01 8.233e-26 8.233e-26 1.647e-25 N 7 N 7 +1.50053e-01 8.256e-26 8.256e-26 1.651e-25 C 5 +1.49553e-01 8.279e-26 8.279e-26 1.656e-25 Fe20 B 1 +1.49056e-01 8.302e-26 8.302e-26 1.660e-25 Ni26 +1.48560e-01 8.326e-26 8.326e-26 1.665e-25 O 7 +1.48066e-01 8.349e-26 8.349e-26 1.670e-25 K 13 +1.47573e-01 8.373e-26 8.373e-26 1.675e-25 O 7 +1.47082e-01 8.397e-26 8.397e-26 1.679e-25 C 5 +1.46593e-01 8.420e-26 8.420e-26 1.684e-25 C 5 +1.46105e-01 8.444e-26 8.444e-26 1.689e-25 Zn23 +1.45619e-01 8.468e-26 8.468e-26 1.694e-25 V 19 +1.45134e-01 8.492e-26 8.492e-26 1.698e-25 Cu18 +1.44652e-01 8.516e-26 8.516e-26 1.703e-25 Si 8 +1.44170e-01 8.540e-26 8.540e-26 1.708e-25 Ti15 +1.43691e-01 8.564e-26 8.564e-26 1.713e-25 Mn24 +1.43213e-01 8.588e-26 8.588e-26 1.718e-25 V 22 Cr 1 +1.42736e-01 8.612e-26 8.612e-26 1.722e-25 Be 3 +1.42261e-01 8.642e-26 8.642e-26 1.728e-25 O 8 Be 4 +1.41788e-01 8.661e-26 8.661e-26 1.732e-25 F 8 +1.41316e-01 8.739e-26 8.739e-26 1.748e-25 Si14 +1.40846e-01 8.710e-26 8.710e-26 1.742e-25 Ar16 +1.40378e-01 8.734e-26 8.734e-26 1.747e-25 Mg 9 +1.39911e-01 8.759e-26 8.759e-26 1.752e-25 Fe23 +1.39445e-01 8.785e-26 8.785e-26 1.757e-25 Ne 9 +1.38981e-01 8.808e-26 8.808e-26 1.762e-25 N 5 +1.38519e-01 8.833e-26 8.833e-26 1.767e-25 V 16 +1.38058e-01 8.858e-26 8.858e-26 1.772e-25 N 5 +1.37599e-01 8.883e-26 8.883e-26 1.777e-25 Ca15 +1.37141e-01 8.908e-26 8.908e-26 1.782e-25 O 5 +1.36685e-01 8.965e-26 8.965e-26 1.793e-25 O 8 +1.36230e-01 8.958e-26 8.958e-26 1.792e-25 Ca18 +1.35777e-01 8.983e-26 8.983e-26 1.797e-25 Sc15 +1.35325e-01 1.842e-25 1.842e-25 3.683e-25 Fe21 +1.34875e-01 9.033e-26 9.033e-26 1.807e-25 Fe23 +1.34426e-01 9.059e-26 9.059e-26 1.812e-25 Si11 +1.33979e-01 9.093e-26 9.093e-26 1.819e-25 Mg11 +1.33533e-01 9.109e-26 9.109e-26 1.822e-25 Si10 +1.33089e-01 9.140e-26 9.140e-26 1.828e-25 Fe19 Be 1 +1.32646e-01 9.160e-26 9.160e-26 1.832e-25 V 21 +1.32205e-01 9.207e-26 9.207e-26 1.841e-25 Mg12 Zn 1 +1.31765e-01 9.212e-26 9.212e-26 1.842e-25 Fe23 +1.31327e-01 9.237e-26 9.237e-26 1.847e-25 C 5 B 5 +1.30890e-01 9.263e-26 9.263e-26 1.853e-25 S 13 +1.30454e-01 9.289e-26 9.289e-26 1.858e-25 Fe15 +1.30020e-01 9.314e-26 9.314e-26 1.863e-25 C 5 +1.29588e-01 9.340e-26 9.340e-26 1.868e-25 N 6 +1.29157e-01 9.386e-26 9.386e-26 1.877e-25 Mn22 +1.28727e-01 9.392e-26 9.392e-26 1.878e-25 Ca17 +1.28299e-01 9.418e-26 9.418e-26 1.884e-25 Fe20 +1.27872e-01 9.457e-26 9.457e-26 1.891e-25 Ne 9 +1.27446e-01 9.471e-26 9.471e-26 1.894e-25 TOTL +1.27022e-01 9.496e-26 9.496e-26 1.899e-25 N 6 +1.26600e-01 9.522e-26 9.522e-26 1.904e-25 Co21 Ca2x +1.26179e-01 9.548e-26 9.548e-26 1.910e-25 C 5 +1.25759e-01 9.575e-26 9.575e-26 1.915e-25 Fe19 +1.25340e-01 9.601e-26 9.601e-26 1.920e-25 Mn19 +1.24923e-01 9.695e-26 9.695e-26 1.939e-25 Ne 9 Ti 1 +1.24508e-01 9.654e-26 9.654e-26 1.931e-25 Ni25 +1.24094e-01 9.680e-26 9.680e-26 1.936e-25 C 6 C 6 +1.23681e-01 9.779e-26 9.779e-26 1.956e-25 S 15 +1.23269e-01 9.733e-26 9.733e-26 1.947e-25 N 4 +1.22859e-01 9.760e-26 9.760e-26 1.952e-25 N 4 +1.22450e-01 9.786e-26 9.786e-26 1.957e-25 C 5 +1.22043e-01 9.813e-26 9.813e-26 1.963e-25 C 5 +1.21637e-01 2.731e-25 1.050e-25 3.781e-25 H 1 +1.21232e-01 9.867e-26 9.867e-26 1.973e-25 Cr19 +1.20829e-01 9.895e-26 9.895e-26 1.979e-25 K 14 +1.20427e-01 1.003e-25 1.003e-25 2.005e-25 Cr20 +1.20026e-01 9.951e-26 9.951e-26 1.990e-25 C 5 +1.19627e-01 9.979e-26 9.979e-26 1.996e-25 C 5 S 1 +1.19229e-01 1.001e-25 1.001e-25 2.002e-25 O 7 O 7 +1.18832e-01 1.004e-25 1.004e-25 2.007e-25 N 7 N 7 +1.18437e-01 1.006e-25 1.006e-25 2.013e-25 Fe23 +1.18043e-01 1.009e-25 1.009e-25 2.018e-25 Fe23 P 1 +1.17650e-01 1.012e-25 1.012e-25 2.024e-25 Ti17 +1.17259e-01 1.017e-25 1.017e-25 2.035e-25 O 8 +1.16869e-01 1.018e-25 1.018e-25 2.036e-25 Mn17 +1.16480e-01 1.029e-25 1.029e-25 2.059e-25 O 8 Cu 1 +1.16092e-01 1.024e-25 1.024e-25 2.047e-25 N 6 +1.15706e-01 1.026e-25 1.026e-25 2.053e-25 Fe23 +1.15321e-01 1.029e-25 1.029e-25 2.059e-25 O 8 O 8 +1.14938e-01 1.032e-25 1.032e-25 2.065e-25 Na10 +1.14555e-01 1.035e-25 1.035e-25 2.070e-25 N 6 +1.14174e-01 1.038e-25 1.038e-25 2.076e-25 TOTL +1.13794e-01 1.041e-25 1.041e-25 2.082e-25 N 6 +1.13416e-01 1.044e-25 1.044e-25 2.088e-25 Fe25 +1.13038e-01 1.048e-25 1.048e-25 2.096e-25 Ne10 +1.12662e-01 1.053e-25 1.053e-25 2.105e-25 Ne 9 Ne 9 +1.12287e-01 1.059e-25 1.059e-25 2.117e-25 C 6 +1.11914e-01 1.057e-25 1.057e-25 2.115e-25 Fe19 +1.11542e-01 1.059e-25 1.059e-25 2.117e-25 Li 3 +1.11170e-01 1.062e-25 1.062e-25 2.124e-25 Na10 +1.10801e-01 1.065e-25 1.065e-25 2.129e-25 N 6 +1.10432e-01 1.069e-25 1.069e-25 2.139e-25 Co22 +1.10065e-01 1.071e-25 1.071e-25 2.141e-25 Fe23 C 1 +1.09698e-01 1.074e-25 1.074e-25 2.147e-25 Ca15 +1.09333e-01 1.077e-25 1.077e-25 2.153e-25 Ca17 Al 1 +1.08970e-01 1.080e-25 1.080e-25 2.159e-25 S 13 +1.08607e-01 1.110e-25 1.110e-25 2.220e-25 He 2 +1.08246e-01 1.096e-25 1.096e-25 2.191e-25 S 16 +1.07886e-01 1.870e-25 1.870e-25 3.740e-25 Fe23 +1.07527e-01 1.092e-25 1.092e-25 2.184e-25 Fe18 +1.07169e-01 1.095e-25 1.095e-25 2.190e-25 Ni25 +1.06813e-01 1.098e-25 1.098e-25 2.196e-25 N 6 +1.06457e-01 1.101e-25 1.101e-25 2.202e-25 Mn14 O1ex +1.06103e-01 1.104e-25 1.104e-25 2.208e-25 C 5 +1.05750e-01 1.107e-25 1.107e-25 2.215e-25 N 6 +1.05398e-01 1.110e-25 1.110e-25 2.221e-25 C 5 +1.05048e-01 1.113e-25 1.113e-25 2.227e-25 C 5 +1.04698e-01 1.118e-25 1.118e-25 2.235e-25 O 7 +1.04350e-01 1.123e-25 1.123e-25 2.246e-25 Mg11 Ca 2 +1.04003e-01 1.123e-25 1.123e-25 2.246e-25 N 6 +1.03657e-01 1.127e-25 1.127e-25 2.253e-25 Blnd +1.03312e-01 1.130e-25 1.130e-25 2.259e-25 TOTL V 1 +1.02968e-01 1.132e-25 1.132e-25 2.265e-25 Cu18 +1.02625e-01 1.342e-25 1.342e-25 2.684e-25 H 1 +1.02284e-01 1.140e-25 1.140e-25 2.279e-25 Mg11 +1.01944e-01 1.142e-25 1.142e-25 2.284e-25 Na11 N1ex +1.01605e-01 1.145e-25 1.145e-25 2.290e-25 Mg 9 +1.01267e-01 1.148e-25 1.148e-25 2.297e-25 Mn20 +1.00930e-01 1.152e-25 1.152e-25 2.303e-25 Ne 6 +1.00594e-01 1.169e-25 1.169e-25 2.337e-25 Mn21 +1.00259e-01 1.158e-25 1.158e-25 2.316e-25 Ni25 +9.99256e-02 1.161e-25 1.161e-25 2.323e-25 Cr18 +9.95932e-02 1.181e-25 1.181e-25 2.363e-25 Mg11 +9.92618e-02 1.176e-25 1.176e-25 2.352e-25 He 2 +9.89316e-02 1.171e-25 1.171e-25 2.342e-25 Li 2 +9.86025e-02 1.174e-25 1.174e-25 2.349e-25 O 6 +9.82744e-02 1.178e-25 1.178e-25 2.355e-25 Fe20 +9.79475e-02 1.181e-25 1.181e-25 2.362e-25 Cr19 +9.76216e-02 1.184e-25 1.184e-25 2.369e-25 Fe18 +9.72968e-02 1.263e-25 1.263e-25 2.525e-25 H 1 +9.69731e-02 1.199e-25 1.199e-25 2.398e-25 Si14 Sc 2 +9.66505e-02 1.194e-25 1.194e-25 2.389e-25 Fe23 +9.63290e-02 1.198e-25 1.198e-25 2.395e-25 Ne 9 +9.60085e-02 1.209e-25 1.209e-25 2.418e-25 Crst +9.56891e-02 1.204e-25 1.204e-25 2.409e-25 O 7 Cl 1 +9.53707e-02 1.209e-25 1.209e-25 2.417e-25 Al12 +9.50534e-02 1.246e-25 1.246e-25 2.492e-25 H 1 +9.47372e-02 1.215e-25 1.215e-25 2.430e-25 N 7 +9.44220e-02 1.218e-25 1.218e-25 2.436e-25 TOTL +9.41079e-02 1.223e-25 1.223e-25 2.446e-25 He 2 +9.37948e-02 1.235e-25 1.235e-25 2.469e-25 H 1 +9.34828e-02 1.229e-25 1.229e-25 2.459e-25 He 2 +9.31718e-02 1.237e-25 1.237e-25 2.475e-25 H 1 +9.28618e-02 1.236e-25 1.236e-25 2.471e-25 He 2 +9.25528e-02 1.243e-25 1.243e-25 2.485e-25 H 1 Li 2 +9.22449e-02 1.248e-25 1.248e-25 2.497e-25 O 8 +9.19380e-02 1.250e-25 1.250e-25 2.500e-25 H 1 Be 3 +9.16322e-02 1.254e-25 1.254e-25 2.508e-25 He 2 C 5 +9.13273e-02 1.256e-25 1.256e-25 2.512e-25 H 1 Ti 2 +9.11553e-02 1.257e-25 1.257e-25 2.513e-25 H 1 H 1 +9.09837e-02 1.675e-25 1.675e-25 3.350e-25 He 2 He 2 +9.06817e-02 1.263e-25 1.263e-25 2.526e-25 Zn23 +9.03806e-02 1.268e-25 1.268e-25 2.535e-25 Co24 C 5 +9.00806e-02 1.274e-25 1.274e-25 2.547e-25 Al12 C 5 +8.97816e-02 1.273e-25 1.273e-25 2.547e-25 Cu28 +8.94836e-02 1.277e-25 1.277e-25 2.554e-25 Ne 9 +8.91866e-02 1.280e-25 1.280e-25 2.561e-25 F 7 +8.88905e-02 1.284e-25 1.284e-25 2.568e-25 Fe18 +8.85955e-02 1.288e-25 1.288e-25 2.575e-25 Ne 7 Be 3 +8.83014e-02 1.291e-25 1.291e-25 2.582e-25 C 5 B 1 +8.80083e-02 1.315e-25 1.315e-25 2.629e-25 Si13 +8.77161e-02 1.298e-25 1.298e-25 2.597e-25 Si11 +8.74250e-02 1.305e-25 1.305e-25 2.609e-25 Ne10 +8.71348e-02 1.306e-25 1.306e-25 2.611e-25 Na 7 +8.68455e-02 1.309e-25 1.309e-25 2.619e-25 C 5 Mn 1 +8.65573e-02 1.313e-25 1.313e-25 2.626e-25 TOTL +8.62699e-02 1.317e-25 1.317e-25 2.633e-25 Ti16 Li 2 +8.59836e-02 1.320e-25 1.320e-25 2.641e-25 Ne 9 Sc 2 +8.56981e-02 1.328e-25 1.328e-25 2.656e-25 Mg12 +8.54137e-02 1.328e-25 1.328e-25 2.655e-25 O 7 N 1 +8.51302e-02 1.332e-25 1.332e-25 2.665e-25 Fe21 +8.48476e-02 1.335e-25 1.335e-25 2.670e-25 C 5 +8.45659e-02 4.859e-25 4.859e-25 9.719e-25 Fe22 V 2 +8.42852e-02 1.343e-25 1.343e-25 2.687e-25 C 6 Fe 1 +8.40054e-02 1.346e-25 1.346e-25 2.693e-25 O 7 +8.37266e-02 1.350e-25 1.350e-25 2.700e-25 Ni21 +8.34487e-02 1.354e-25 1.354e-25 2.708e-25 O 7 Be 3 +8.31717e-02 1.358e-25 1.358e-25 2.716e-25 O 7 +8.28956e-02 1.361e-25 1.361e-25 2.723e-25 S 11 +8.26204e-02 1.369e-25 1.369e-25 2.738e-25 N 7 +8.23462e-02 1.377e-25 1.377e-25 2.753e-25 Si14 Mg 2 +8.20728e-02 1.373e-25 1.373e-25 2.746e-25 Fe20 +8.18004e-02 1.377e-25 1.377e-25 2.753e-25 Fe23 Si 1 +8.15289e-02 1.469e-25 1.469e-25 2.939e-25 Si13 +8.12583e-02 1.385e-25 1.385e-25 2.769e-25 P 14 +8.09885e-02 1.388e-25 1.388e-25 2.776e-25 Fe23 +8.07197e-02 1.392e-25 1.392e-25 2.784e-25 Fe23 +8.04517e-02 1.396e-25 1.396e-25 2.792e-25 S 10 H2 +8.01847e-02 1.400e-25 1.400e-25 2.800e-25 O 7 +7.99185e-02 1.409e-25 1.409e-25 2.818e-25 O 8 +7.96532e-02 1.408e-25 1.408e-25 2.815e-25 TOTL +7.93888e-02 1.411e-25 1.411e-25 2.823e-25 Cr18 Mn 2 +7.91253e-02 1.415e-25 1.415e-25 2.831e-25 Fe15 +7.88627e-02 1.419e-25 1.419e-25 2.839e-25 Na 8 +7.86009e-02 1.438e-25 1.438e-25 2.876e-25 Fe21 Ar 1 +7.83400e-02 1.429e-25 1.429e-25 2.859e-25 Mg12 +7.80799e-02 1.433e-25 1.433e-25 2.866e-25 Ne 8 +7.78208e-02 1.437e-25 1.437e-25 2.874e-25 Ni21 +7.75624e-02 1.440e-25 1.440e-25 2.879e-25 Fe24 +7.73050e-02 1.443e-25 1.443e-25 2.886e-25 Blnd +7.70484e-02 1.450e-25 1.450e-25 2.901e-25 Ne 8 +7.67926e-02 1.451e-25 1.451e-25 2.902e-25 O 7 Ti 2 +7.65377e-02 1.455e-25 1.455e-25 2.911e-25 O 7 Fe 2 +7.62837e-02 1.587e-25 1.587e-25 3.173e-25 Ni25 +7.60304e-02 1.463e-25 1.463e-25 2.927e-25 C 5 +7.57781e-02 1.467e-25 1.467e-25 2.935e-25 Mn19 Si 2 +7.55265e-02 1.514e-25 1.514e-25 3.027e-25 S 15 +7.52758e-02 1.476e-25 1.476e-25 2.951e-25 Mg11 Cr 2 +7.50259e-02 1.482e-25 1.482e-25 2.964e-25 Ne10 +7.47769e-02 1.484e-25 1.484e-25 2.968e-25 C 5 +7.45287e-02 1.495e-25 1.495e-25 2.990e-25 Ne10 Li 2 +7.42813e-02 1.506e-25 1.506e-25 3.011e-25 S 16 +7.40347e-02 1.498e-25 1.498e-25 2.996e-25 P 14 +7.37890e-02 1.500e-25 1.500e-25 3.001e-25 Ne10 Ne10 +7.35440e-02 1.505e-25 1.505e-25 3.009e-25 N 6 +7.32999e-02 1.509e-25 1.509e-25 3.017e-25 C 5 +7.30566e-02 1.520e-25 1.520e-25 3.041e-25 Si13 Ni 1 +7.28141e-02 1.519e-25 1.519e-25 3.038e-25 C 6 +7.25724e-02 1.527e-25 1.527e-25 3.055e-25 O 8 Co 2 +7.23315e-02 1.527e-25 1.527e-25 3.054e-25 Mg11 +7.20914e-02 1.571e-25 1.571e-25 3.143e-25 Fe20 Ne 9 +7.18521e-02 1.534e-25 1.534e-25 3.068e-25 C 5 +7.16136e-02 1.543e-25 1.543e-25 3.087e-25 Co23 Zn 1 +7.13759e-02 1.543e-25 1.543e-25 3.085e-25 N 6 +7.11390e-02 1.547e-25 1.547e-25 3.094e-25 C 5 F 1 +7.09028e-02 1.551e-25 1.551e-25 3.102e-25 Mn18 +7.06675e-02 1.556e-25 1.556e-25 3.112e-25 Cl16 +7.04329e-02 1.560e-25 1.560e-25 3.119e-25 Fe17 +7.01991e-02 1.564e-25 1.564e-25 3.128e-25 Ar13 +6.99661e-02 1.568e-25 1.568e-25 3.137e-25 C 5 +6.97338e-02 1.573e-25 1.573e-25 3.146e-25 O 8 O 8 +6.95023e-02 1.578e-25 1.578e-25 3.156e-25 Ni20 +6.92716e-02 1.581e-25 1.581e-25 3.163e-25 Al 9 +6.90417e-02 1.586e-25 1.586e-25 3.172e-25 Ni22 Zn 2 +6.88125e-02 1.590e-25 1.590e-25 3.181e-25 Fe24 +6.85841e-02 1.595e-25 1.595e-25 3.189e-25 TOTL +6.83564e-02 1.599e-25 1.599e-25 3.198e-25 C 5 Ni 2 +6.81295e-02 1.604e-25 1.604e-25 3.208e-25 Na 9 Be 2 +6.79034e-02 1.608e-25 1.608e-25 3.217e-25 Fe20 +6.76780e-02 1.612e-25 1.612e-25 3.225e-25 O 7 +6.74533e-02 1.617e-25 1.617e-25 3.234e-25 O 7 +6.72294e-02 1.782e-25 1.782e-25 3.564e-25 S 15 +6.70063e-02 1.626e-25 1.626e-25 3.252e-25 N 7 N 7 +6.67839e-02 1.633e-25 1.633e-25 3.266e-25 Si13 +6.65622e-02 1.635e-25 1.635e-25 3.270e-25 O 7 +6.63412e-02 1.639e-25 1.639e-25 3.279e-25 Cr18 +6.61210e-02 1.660e-25 1.660e-25 3.321e-25 Ar17 +6.59015e-02 1.648e-25 1.648e-25 3.297e-25 Cu22 Al 2 +6.56828e-02 1.653e-25 1.653e-25 3.306e-25 Ar13 +6.54647e-02 1.658e-25 1.658e-25 3.315e-25 Mn20 +6.52474e-02 1.662e-25 1.662e-25 3.324e-25 O 7 +6.50309e-02 1.667e-25 1.667e-25 3.334e-25 F 6 +6.48150e-02 1.671e-25 1.671e-25 3.343e-25 Si10 +6.45998e-02 1.676e-25 1.676e-25 3.352e-25 K 14 +6.43854e-02 1.681e-25 1.681e-25 3.361e-25 F 6 +6.41717e-02 1.685e-25 1.685e-25 3.371e-25 Ni26 +6.39587e-02 1.690e-25 1.690e-25 3.380e-25 TOTL C 1 +6.37464e-02 1.695e-25 1.695e-25 3.389e-25 Al10 +6.35348e-02 1.712e-25 1.712e-25 3.424e-25 Ni22 +6.33239e-02 1.757e-25 1.757e-25 3.513e-25 C 6 C 6 +6.31137e-02 1.720e-25 1.720e-25 3.441e-25 Mg12 Mg12 +6.29042e-02 1.727e-25 1.727e-25 3.455e-25 Si14 P 2 +6.26954e-02 1.718e-25 1.718e-25 3.436e-25 N 6 N 6 +6.24873e-02 1.740e-25 1.740e-25 3.481e-25 Mg10 +6.22798e-02 1.728e-25 1.728e-25 3.456e-25 O 7 +6.20731e-02 1.837e-25 1.837e-25 3.674e-25 Fe25 +6.18671e-02 1.738e-25 1.738e-25 3.476e-25 N 7 +6.16617e-02 1.745e-25 1.745e-25 3.490e-25 Ni23 N 6 +6.14570e-02 1.754e-25 1.754e-25 3.508e-25 Blnd P 1 +6.12530e-02 1.752e-25 1.752e-25 3.503e-25 O 7 +6.10497e-02 2.610e-25 2.610e-25 5.219e-25 Ni24 Cu 2 +6.08470e-02 1.761e-25 1.761e-25 3.523e-25 O 4 +6.06451e-02 1.770e-25 1.770e-25 3.540e-25 Mg12 +6.04438e-02 1.771e-25 1.771e-25 3.543e-25 Mg11 +6.02431e-02 1.776e-25 1.776e-25 3.552e-25 O 7 Mn 2 +6.00432e-02 1.782e-25 1.782e-25 3.564e-25 C 6 +5.98438e-02 1.786e-25 1.786e-25 3.572e-25 Fe23 +5.96452e-02 1.791e-25 1.791e-25 3.581e-25 TOTL +5.94472e-02 1.796e-25 1.796e-25 3.591e-25 K 13 +5.92499e-02 1.802e-25 1.802e-25 3.604e-25 Fe19 +5.90532e-02 1.808e-25 1.808e-25 3.615e-25 Ne10 +5.88572e-02 1.811e-25 1.811e-25 3.621e-25 Ar15 +5.86618e-02 1.858e-25 1.858e-25 3.715e-25 Ca19 C 5 +5.84671e-02 1.825e-25 1.825e-25 3.650e-25 O 8 C 5 +5.82730e-02 1.826e-25 1.826e-25 3.651e-25 Ne10 S 1 +5.80796e-02 1.831e-25 1.831e-25 3.661e-25 Si11 +5.78868e-02 1.836e-25 1.836e-25 3.671e-25 Mg 9 +5.76946e-02 1.841e-25 1.841e-25 3.681e-25 Cu18 +5.75031e-02 1.855e-25 1.855e-25 3.710e-25 Si14 Ne 1 +5.73123e-02 1.851e-25 1.851e-25 3.702e-25 F 9 +5.71220e-02 1.856e-25 1.856e-25 3.712e-25 Ne 9 +5.69324e-02 1.864e-25 1.864e-25 3.729e-25 Fe26 +5.67434e-02 1.901e-25 1.901e-25 3.801e-25 Fe20 +5.65551e-02 1.871e-25 1.871e-25 3.743e-25 Fe23 Fe 2 +5.63673e-02 1.877e-25 1.877e-25 3.753e-25 Ni26 +5.61802e-02 1.882e-25 1.882e-25 3.764e-25 Fe22 +5.59937e-02 1.938e-25 1.938e-25 3.876e-25 TOTL C 5 +5.58079e-02 1.893e-25 1.893e-25 3.785e-25 Zn23 +5.56226e-02 1.897e-25 1.897e-25 3.794e-25 Blnd +5.54380e-02 1.902e-25 1.902e-25 3.805e-25 Sc20 Si 2 +5.52540e-02 1.910e-25 1.910e-25 3.820e-25 Zn27 +5.50706e-02 1.922e-25 1.922e-25 3.844e-25 Al11 F 9 +5.48878e-02 1.934e-25 1.934e-25 3.869e-25 S 15 +5.47056e-02 1.923e-25 1.923e-25 3.847e-25 Zn19 +5.45240e-02 1.929e-25 1.929e-25 3.857e-25 Fe19 +5.43430e-02 1.934e-25 1.934e-25 3.868e-25 N 6 +5.41626e-02 1.941e-25 1.941e-25 3.883e-25 Fe20 +5.39828e-02 1.945e-25 1.945e-25 3.891e-25 Si13 Si13 +5.38036e-02 1.950e-25 1.950e-25 3.900e-25 O 7 +5.36250e-02 1.956e-25 1.956e-25 3.912e-25 O 7 +5.34470e-02 1.962e-25 1.962e-25 3.925e-25 N 7 +5.32696e-02 1.968e-25 1.968e-25 3.937e-25 Zn24 +5.30928e-02 1.972e-25 1.972e-25 3.943e-25 N 6 S 2 +5.29165e-02 1.977e-25 1.977e-25 3.954e-25 Co20 +5.27409e-02 1.982e-25 1.982e-25 3.965e-25 N 6 +5.25658e-02 1.988e-25 1.988e-25 3.976e-25 O 7 +5.23913e-02 1.994e-25 1.994e-25 3.989e-25 Ti21 +5.22174e-02 1.999e-25 1.999e-25 3.998e-25 Co22 +5.20441e-02 2.308e-25 2.308e-25 4.616e-25 Si12 Cl 2 +5.18713e-02 2.016e-25 2.016e-25 4.032e-25 Si13 +5.16992e-02 2.024e-25 2.024e-25 4.048e-25 Mg12 +5.15276e-02 2.025e-25 2.025e-25 4.049e-25 O 8 B 4 +5.13565e-02 2.026e-25 2.026e-25 4.053e-25 P 12 +5.11860e-02 2.037e-25 2.037e-25 4.073e-25 O 8 Be 4 +5.10161e-02 2.041e-25 2.041e-25 4.081e-25 K 18 +5.08468e-02 2.043e-25 2.043e-25 4.086e-25 Fe23 C 2 +5.06780e-02 2.049e-25 2.049e-25 4.097e-25 C 5 +5.05098e-02 2.055e-25 2.055e-25 4.110e-25 C 6 +5.03421e-02 2.061e-25 2.061e-25 4.123e-25 Fe23 He 1 +5.01749e-02 2.074e-25 2.074e-25 4.147e-25 S 15 +5.00083e-02 2.645e-25 2.645e-25 5.290e-25 Si12 Sc 3 +4.98422e-02 2.077e-25 2.077e-25 4.154e-25 Ne 9 +4.96767e-02 2.083e-25 2.083e-25 4.165e-25 TOTL +4.95117e-02 2.088e-25 2.088e-25 4.177e-25 C 5 +4.93473e-02 2.094e-25 2.094e-25 4.188e-25 Ne 9 B 2 +4.91834e-02 2.100e-25 2.100e-25 4.200e-25 S 13 +4.90201e-02 2.106e-25 2.106e-25 4.211e-25 Fe23 Cl 1 +4.88573e-02 2.112e-25 2.112e-25 4.225e-25 Mg11 N 1 +4.86950e-02 2.117e-25 2.117e-25 4.234e-25 Ar13 +4.85333e-02 2.123e-25 2.123e-25 4.246e-25 Ne 9 +4.83721e-02 2.129e-25 2.129e-25 4.257e-25 N 6 +4.82115e-02 2.158e-25 2.158e-25 4.317e-25 S 16 Mg11 +4.80514e-02 2.149e-25 2.149e-25 4.298e-25 P 13 +4.78918e-02 2.146e-25 2.146e-25 4.292e-25 Fe20 +4.77328e-02 2.165e-25 2.165e-25 4.329e-25 Ni22 B 4 +4.75742e-02 2.158e-25 2.158e-25 4.316e-25 N 6 +4.74163e-02 2.173e-25 2.173e-25 4.346e-25 O 8 +4.72588e-02 2.175e-25 2.175e-25 4.349e-25 Cr23 +4.71018e-02 2.179e-25 2.179e-25 4.357e-25 Ni21 +4.69454e-02 2.182e-25 2.182e-25 4.363e-25 TOTL +4.67895e-02 2.188e-25 2.188e-25 4.375e-25 O 7 O 7 +4.66341e-02 2.247e-25 2.247e-25 4.494e-25 Ca19 O 7 +4.64793e-02 2.210e-25 2.210e-25 4.420e-25 N 7 N 7 +4.63249e-02 2.206e-25 2.206e-25 4.411e-25 Si14 Si14 +4.61711e-02 2.212e-25 2.212e-25 4.424e-25 O 7 O 7 +4.60177e-02 2.218e-25 2.218e-25 4.435e-25 O 7 Zn 2 +4.58649e-02 2.224e-25 2.224e-25 4.448e-25 Ne 9 +4.57126e-02 2.230e-25 2.230e-25 4.460e-25 Cr19 P 2 +4.55608e-02 2.254e-25 2.254e-25 4.509e-25 P 13 O 7 +4.54095e-02 2.242e-25 2.242e-25 4.484e-25 Si11 +4.52587e-02 2.248e-25 2.248e-25 4.496e-25 Si11 +4.51084e-02 2.254e-25 2.254e-25 4.508e-25 Ca17 Ti 3 +4.49586e-02 2.263e-25 2.263e-25 4.525e-25 Mn24 +4.48093e-02 2.267e-25 2.267e-25 4.533e-25 Ni25 Ar 2 +4.46605e-02 2.273e-25 2.273e-25 4.545e-25 Ne10 Ne10 +4.45122e-02 3.885e-25 3.885e-25 7.770e-25 S 14 +4.43643e-02 2.290e-25 2.290e-25 4.580e-25 TOTL +4.42170e-02 2.293e-25 2.293e-25 4.585e-25 N 7 +4.40702e-02 2.327e-25 2.327e-25 4.654e-25 S 16 +4.39238e-02 2.306e-25 2.306e-25 4.612e-25 Si13 +4.37779e-02 2.310e-25 2.310e-25 4.620e-25 C 5 +4.36326e-02 2.316e-25 2.316e-25 4.633e-25 Si13 Al 3 +4.34877e-02 2.323e-25 2.323e-25 4.646e-25 O 7 O 1 +4.33432e-02 2.329e-25 2.329e-25 4.658e-25 Ca16 +4.31993e-02 2.336e-25 2.336e-25 4.672e-25 Si13 +4.30558e-02 2.342e-25 2.342e-25 4.684e-25 Si13 +4.29128e-02 2.348e-25 2.348e-25 4.696e-25 Ni22 Ar 1 +4.27703e-02 2.578e-25 2.578e-25 5.156e-25 Fe25 +4.26283e-02 2.362e-25 2.362e-25 4.723e-25 Cl17 +4.24867e-02 2.367e-25 2.367e-25 4.735e-25 Fe19 +4.23456e-02 2.377e-25 2.377e-25 4.754e-25 Mg11 V 3 +4.22050e-02 2.380e-25 2.380e-25 4.760e-25 Mn24 +4.20649e-02 2.387e-25 2.387e-25 4.774e-25 TOTL +4.19252e-02 2.393e-25 2.393e-25 4.787e-25 Si13 N 2 +4.17859e-02 5.412e-25 5.412e-25 1.082e-24 S 14 +4.16472e-02 2.406e-25 2.406e-25 4.812e-25 Ca15 +4.15089e-02 2.413e-25 2.413e-25 4.825e-25 Ne 9 +4.13710e-02 2.419e-25 2.419e-25 4.839e-25 Mg10 +4.12336e-02 2.427e-25 2.427e-25 4.853e-25 Ni22 +4.10967e-02 2.432e-25 2.432e-25 4.865e-25 Mg10 P 3 +4.09602e-02 2.461e-25 2.461e-25 4.923e-25 O 8 +4.08242e-02 2.446e-25 2.446e-25 4.892e-25 Co26 +4.06886e-02 2.457e-25 2.457e-25 4.914e-25 Fe26 C 2 +4.05535e-02 2.459e-25 2.459e-25 4.919e-25 S 15 N 6 +4.04188e-02 2.497e-25 2.497e-25 4.994e-25 C 6 Fe 3 +4.02846e-02 2.472e-25 2.472e-25 4.945e-25 C 5 +4.01508e-02 2.479e-25 2.479e-25 4.958e-25 Ne 9 +4.00174e-02 2.486e-25 2.486e-25 4.971e-25 TOTL Cr 3 +3.98846e-02 2.492e-25 2.492e-25 4.985e-25 Fe19 +3.97521e-02 2.499e-25 2.499e-25 4.999e-25 O 7 +3.96201e-02 2.507e-25 2.507e-25 5.013e-25 N 7 +3.94885e-02 2.513e-25 2.513e-25 5.026e-25 Fe21 +3.93574e-02 2.521e-25 2.521e-25 5.041e-25 Zn24 +3.92267e-02 2.526e-25 2.526e-25 5.053e-25 O 7 K 2 +3.90964e-02 2.544e-25 2.544e-25 5.088e-25 Ni27 N 6 +3.89666e-02 3.699e-25 3.699e-25 7.398e-25 Ar16 +3.88372e-02 2.547e-25 2.547e-25 5.094e-25 K 16 S 2 +3.87082e-02 2.554e-25 2.554e-25 5.108e-25 O 7 +3.85796e-02 2.561e-25 2.561e-25 5.121e-25 Mg11 +3.84515e-02 2.573e-25 2.573e-25 5.146e-25 Fe20 Be 3 +3.83238e-02 2.575e-25 2.575e-25 5.151e-25 Na11 +3.81966e-02 2.618e-25 2.618e-25 5.235e-25 N 7 +3.80697e-02 2.598e-25 2.598e-25 5.196e-25 Ar18 +3.79433e-02 2.623e-25 2.623e-25 5.246e-25 Si14 +3.78173e-02 2.602e-25 2.602e-25 5.204e-25 Fe20 +3.76917e-02 2.609e-25 2.609e-25 5.218e-25 Fe23 +3.75665e-02 2.617e-25 2.617e-25 5.234e-25 Si14 Si14 +3.74418e-02 2.624e-25 2.624e-25 5.248e-25 Zn23 +3.73174e-02 2.635e-25 2.635e-25 5.270e-25 Ne10 +3.71935e-02 2.638e-25 2.638e-25 5.275e-25 O 7 +3.70700e-02 2.653e-25 2.653e-25 5.307e-25 Ca17 Si 3 +3.69469e-02 2.652e-25 2.652e-25 5.305e-25 Mg11 Sc 1 +3.68242e-02 2.660e-25 2.660e-25 5.319e-25 Na11 Mn 3 +3.67019e-02 2.666e-25 2.666e-25 5.332e-25 Cr20 +3.65800e-02 2.781e-25 2.781e-25 5.562e-25 K 17 +3.64585e-02 2.680e-25 2.680e-25 5.360e-25 Ne 9 +3.63374e-02 2.688e-25 2.688e-25 5.375e-25 TOTL +3.62168e-02 2.695e-25 2.695e-25 5.389e-25 Ar15 +3.60965e-02 2.702e-25 2.702e-25 5.404e-25 C 5 +3.59766e-02 2.709e-25 2.709e-25 5.418e-25 N 6 Ca 1 +3.58571e-02 2.716e-25 2.716e-25 5.433e-25 Ni21 +3.57381e-02 2.725e-25 2.725e-25 5.451e-25 Ca17 +3.56194e-02 2.741e-25 2.741e-25 5.482e-25 O 8 S 3 +3.55011e-02 2.745e-25 2.745e-25 5.489e-25 S 16 F 2 +3.53832e-02 5.223e-25 5.223e-25 1.045e-24 Ar16 +3.52657e-02 2.753e-25 2.753e-25 5.506e-25 O 7 O 2 +3.51486e-02 2.760e-25 2.760e-25 5.520e-25 Fe17 Ni 3 +3.50318e-02 2.768e-25 2.768e-25 5.536e-25 O 7 +3.49155e-02 2.820e-25 2.820e-25 5.640e-25 Fe22 +3.47995e-02 2.782e-25 2.782e-25 5.564e-25 TOTL +3.46840e-02 2.790e-25 2.790e-25 5.579e-25 Fe19 +3.45688e-02 2.797e-25 2.797e-25 5.594e-25 Si13 Si13 +3.44540e-02 5.919e-25 5.919e-25 1.184e-24 Ca18 +3.43396e-02 2.812e-25 2.812e-25 5.624e-25 Co23 +3.42255e-02 2.819e-25 2.819e-25 5.639e-25 O 7 +3.41119e-02 2.845e-25 2.845e-25 5.691e-25 S 16 +3.39986e-02 2.843e-25 2.843e-25 5.686e-25 Ni24 +3.38857e-02 2.842e-25 2.842e-25 5.684e-25 C 5 +3.37732e-02 2.862e-25 2.862e-25 5.724e-25 O 8 +3.36610e-02 2.857e-25 2.857e-25 5.714e-25 Mg11 Cl 2 +3.35492e-02 2.900e-25 2.900e-25 5.799e-25 Fe21 +3.34378e-02 2.880e-25 2.880e-25 5.759e-25 Mg11 +3.33268e-02 2.894e-25 2.894e-25 5.787e-25 S 15 +3.32161e-02 2.893e-25 2.893e-25 5.786e-25 S 15 +3.31058e-02 2.927e-25 2.927e-25 5.855e-25 S 15 +3.29958e-02 2.903e-25 2.903e-25 5.806e-25 P 15 C 5 +3.28862e-02 2.914e-25 2.914e-25 5.827e-25 Ne10 +3.27770e-02 2.919e-25 2.919e-25 5.838e-25 Ne10 F 1 +3.26682e-02 3.165e-25 3.165e-25 6.329e-25 K 17 B 3 +3.25597e-02 2.933e-25 2.933e-25 5.866e-25 S 15 Na 1 +3.24516e-02 2.948e-25 2.948e-25 5.896e-25 Cr23 +3.23438e-02 2.948e-25 2.948e-25 5.896e-25 Cr20 P 3 +3.22364e-02 2.963e-25 2.963e-25 5.926e-25 Mg12 C 5 +3.21293e-02 2.963e-25 2.963e-25 5.926e-25 C 5 C 5 +3.20226e-02 2.971e-25 2.971e-25 5.942e-25 Ni18 +3.19163e-02 2.979e-25 2.979e-25 5.958e-25 Mg11 +3.18103e-02 2.987e-25 2.987e-25 5.974e-25 S 15 +3.17047e-02 2.994e-25 2.994e-25 5.988e-25 S 13 +3.15994e-02 3.001e-25 3.001e-25 6.003e-25 P 11 +3.14944e-02 3.009e-25 3.009e-25 6.018e-25 Si11 +3.13898e-02 3.017e-25 3.017e-25 6.034e-25 Fe23 +3.12856e-02 3.033e-25 3.033e-25 6.067e-25 Fe23 Cl 3 +3.11817e-02 3.032e-25 3.032e-25 6.064e-25 Cr19 Zn 3 +3.10781e-02 3.040e-25 3.040e-25 6.080e-25 K 15 +3.09749e-02 3.050e-25 3.050e-25 6.100e-25 Mg12 Ti 1 +3.08721e-02 3.321e-25 3.321e-25 6.642e-25 Ti20 +3.07695e-02 3.072e-25 3.072e-25 6.144e-25 Ca20 +3.06674e-02 3.071e-25 3.071e-25 6.141e-25 N 6 +3.05655e-02 3.079e-25 3.079e-25 6.157e-25 Mg11 +3.04640e-02 3.313e-25 3.313e-25 6.627e-25 Fe25 Ar 3 +3.03628e-02 8.042e-25 8.042e-25 1.608e-24 He 2 K 1 +3.02620e-02 1.002e-24 1.002e-24 2.005e-24 Ca18 Ne 2 +3.01615e-02 3.111e-25 3.111e-25 6.221e-25 Ca19 +3.00613e-02 3.134e-25 3.134e-25 6.268e-25 Si14 +2.99615e-02 3.127e-25 3.127e-25 6.255e-25 O 7 O 7 +2.98620e-02 3.136e-25 3.136e-25 6.271e-25 O 7 O 7 +2.97628e-02 3.144e-25 3.144e-25 6.288e-25 N 7 N 7 +2.96640e-02 3.156e-25 3.156e-25 6.312e-25 Si14 Si14 +2.95655e-02 3.161e-25 3.161e-25 6.322e-25 Fe18 Ar 2 +2.94673e-02 3.169e-25 3.169e-25 6.338e-25 O 7 O 7 +2.93694e-02 3.209e-25 3.209e-25 6.419e-25 V 21 +2.92719e-02 3.666e-25 3.666e-25 7.333e-25 Fe22 +2.91747e-02 3.218e-25 3.218e-25 6.437e-25 S 16 +2.90778e-02 3.245e-25 3.245e-25 6.489e-25 S 16 +2.89813e-02 3.212e-25 3.212e-25 6.423e-25 Fe19 +2.88850e-02 3.220e-25 3.220e-25 6.440e-25 O 7 O 7 +2.87891e-02 3.229e-25 3.229e-25 6.458e-25 S 16 S 16 +2.86935e-02 3.238e-25 3.238e-25 6.475e-25 Si12 Ti 4 +2.85982e-02 3.246e-25 3.246e-25 6.492e-25 Si12 +2.85032e-02 3.255e-25 3.255e-25 6.509e-25 Ne 9 Ne 9 +2.84086e-02 3.271e-25 3.271e-25 6.541e-25 O 8 +2.83142e-02 3.272e-25 3.272e-25 6.544e-25 Fe17 +2.82202e-02 3.281e-25 3.281e-25 6.561e-25 Ne 8 +2.81265e-02 3.299e-25 3.299e-25 6.597e-25 Ni23 S 3 +2.80331e-02 3.338e-25 3.338e-25 6.676e-25 Mg12 Ne 9 +2.79400e-02 5.181e-25 5.181e-25 1.036e-24 Cr22 +2.78472e-02 3.316e-25 3.316e-25 6.632e-25 Ne 9 Ne 9 +2.77547e-02 3.353e-25 3.353e-25 6.705e-25 Mn22 +2.76625e-02 3.333e-25 3.333e-25 6.666e-25 Fe20 +2.75707e-02 3.350e-25 3.350e-25 6.699e-25 Ne 9 Ne 9 +2.74791e-02 3.356e-25 3.356e-25 6.712e-25 Al13 Si 4 +2.73878e-02 3.360e-25 3.360e-25 6.720e-25 Si12 +2.72969e-02 3.369e-25 3.369e-25 6.738e-25 Mg11 +2.72062e-02 3.379e-25 3.379e-25 6.757e-25 Mg11 +2.71159e-02 3.726e-25 3.726e-25 7.453e-25 Fe25 Mg11 +2.70258e-02 3.407e-25 3.407e-25 6.815e-25 Na11 K 3 +2.69361e-02 3.405e-25 3.405e-25 6.810e-25 Mn21 O 2 +2.68466e-02 3.414e-25 3.414e-25 6.827e-25 Fe17 +2.67575e-02 3.424e-25 3.424e-25 6.848e-25 Ne 9 +2.66686e-02 4.806e-25 4.806e-25 9.612e-25 Mn23 +2.65801e-02 3.453e-25 3.453e-25 6.905e-25 Ni24 V 4 +2.64918e-02 3.452e-25 3.452e-25 6.904e-25 C 6 Sc 2 +2.64038e-02 1.183e-24 1.183e-24 2.367e-24 Fe23 V 1 +2.63161e-02 3.469e-25 3.469e-25 6.938e-25 O 7 +2.62287e-02 3.505e-25 3.505e-25 7.009e-25 Ne10 Na 2 +2.61416e-02 3.498e-25 3.498e-25 6.995e-25 N 7 N 3 +2.60548e-02 3.515e-25 3.515e-25 7.031e-25 Si14 +2.59683e-02 4.116e-25 4.116e-25 8.231e-25 Ti20 +2.58820e-02 3.681e-25 3.681e-25 7.362e-25 Fe25 C 3 +2.57961e-02 3.524e-25 3.524e-25 7.048e-25 Ar14 +2.57104e-02 3.604e-25 3.604e-25 7.207e-25 S 13 Ca 1 +2.56250e-02 4.231e-25 4.231e-25 8.461e-25 He 2 Ne 1 +2.55399e-02 1.637e-23 1.637e-23 3.275e-23 Fe24 +2.54551e-02 3.561e-25 3.561e-25 7.122e-25 Ar15 +2.53706e-02 3.571e-25 3.571e-25 7.142e-25 Ti22 +2.52863e-02 3.753e-25 3.753e-25 7.506e-25 Fe22 Cr 1 +2.52024e-02 3.590e-25 3.590e-25 7.179e-25 Co22 Cr 4 +2.51187e-02 3.626e-25 3.626e-25 7.253e-25 Co24 +2.50352e-02 3.612e-25 3.612e-25 7.225e-25 C 6 +2.49527e-02 3.618e-25 3.618e-25 7.237e-25 Ni22 O3ex +2.48710e-02 3.628e-25 3.628e-25 7.257e-25 C 5 +2.47896e-02 3.638e-25 3.638e-25 7.275e-25 Co26 +2.47085e-02 4.003e-25 4.003e-25 8.007e-25 Fe22 Cl 3 +2.46276e-02 3.656e-25 3.656e-25 7.312e-25 O 7 +2.45470e-02 3.665e-25 3.665e-25 7.331e-25 Mg11 +2.44666e-02 3.675e-25 3.675e-25 7.349e-25 Fe23 +2.43865e-02 4.220e-25 4.220e-25 8.440e-25 Co25 Ca 3 +2.43067e-02 3.928e-25 3.928e-25 7.855e-25 He 2 +2.42271e-02 3.717e-25 3.717e-25 7.435e-25 Fe21 Mn 4 +2.41478e-02 3.715e-25 3.715e-25 7.430e-25 Si13 Co 4 +2.40688e-02 3.780e-25 3.780e-25 7.559e-25 V 21 P 4 +2.39900e-02 3.762e-25 3.762e-25 7.524e-25 Si13 +2.39114e-02 5.081e-25 5.081e-25 1.016e-24 Ni25 +2.38332e-02 3.752e-25 3.752e-25 7.504e-25 Co23 +2.37552e-02 3.871e-25 3.871e-25 7.742e-25 He 2 +2.36774e-02 3.798e-25 3.798e-25 7.596e-25 Si14 +2.36024e-02 3.781e-25 3.781e-25 7.562e-25 Ne 9 O3ex +2.35300e-02 3.795e-25 3.795e-25 7.590e-25 Si13 +2.34579e-02 3.856e-25 3.856e-25 7.712e-25 He 2 +2.33860e-02 1.735e-24 1.735e-24 3.470e-24 Ni26 +2.33143e-02 3.823e-25 3.823e-25 7.645e-25 Ni23 V 2 +2.32429e-02 3.862e-25 3.862e-25 7.724e-25 He 2 +2.31717e-02 3.860e-25 3.860e-25 7.720e-25 He 2 Cl 4 +2.31006e-02 3.866e-25 3.866e-25 7.732e-25 He 2 +2.30298e-02 3.869e-25 3.869e-25 7.738e-25 He 2 B 4 +2.29593e-02 3.913e-25 3.913e-25 7.826e-25 S 16 N 6 +2.28889e-02 3.917e-25 3.917e-25 7.833e-25 Ar18 +2.28188e-02 3.932e-25 3.932e-25 7.863e-25 S 15 N 6 +2.27458e-02 3.908e-25 3.908e-25 7.816e-25 He 2 He 2 +2.26701e-02 3.918e-25 3.918e-25 7.837e-25 Zn29 +2.25947e-02 3.943e-25 3.943e-25 7.886e-25 Ni27 O 3 +2.25195e-02 3.939e-25 3.939e-25 7.878e-25 Zn25 +2.24446e-02 3.968e-25 3.968e-25 7.935e-25 Ni24 +2.23699e-02 3.960e-25 3.960e-25 7.919e-25 N 6 N 3 +2.22955e-02 8.435e-25 8.435e-25 1.687e-24 Cr22 +2.22213e-02 3.980e-25 3.980e-25 7.961e-25 Cr18 +2.21473e-02 4.473e-25 4.473e-25 8.946e-25 Fe23 Sc 3 +2.20736e-02 4.003e-25 4.003e-25 8.007e-25 Si13 +2.20002e-02 4.012e-25 4.012e-25 8.024e-25 Ni24 Ar 3 +2.19270e-02 4.023e-25 4.023e-25 8.045e-25 O 7 B 4 +2.18540e-02 4.145e-25 4.145e-25 8.289e-25 Ni24 +2.17813e-02 4.087e-25 4.087e-25 8.173e-25 Zn27 +2.17088e-02 4.134e-25 4.134e-25 8.269e-25 Fe22 N 6 +2.16366e-02 4.338e-25 4.338e-25 8.676e-25 Zn28 Cu 4 +2.15646e-02 4.076e-25 4.076e-25 8.152e-25 Si13 S 4 +2.14928e-02 4.088e-25 4.088e-25 8.175e-25 Ne 9 +2.14213e-02 4.098e-25 4.098e-25 8.197e-25 Ne 9 +2.13500e-02 4.109e-25 4.109e-25 8.217e-25 Mg11 +2.12790e-02 4.119e-25 4.119e-25 8.239e-25 Cr24 +2.12082e-02 4.133e-25 4.133e-25 8.266e-25 Fe23 +2.11376e-02 4.140e-25 4.140e-25 8.281e-25 Mn19 +2.10673e-02 4.161e-25 4.161e-25 8.322e-25 Mg12 Cr 2 +2.09972e-02 4.164e-25 4.164e-25 8.327e-25 S 14 +2.09273e-02 4.177e-25 4.177e-25 8.353e-25 Ni23 +2.08577e-02 4.190e-25 4.190e-25 8.380e-25 Ca16 Mn 1 +2.07883e-02 4.195e-25 4.195e-25 8.390e-25 Ne 9 +2.07191e-02 7.568e-25 7.568e-25 1.514e-24 Mn23 Ar 4 +2.06502e-02 4.261e-25 4.261e-25 8.522e-25 K 16 +2.05814e-02 4.351e-25 4.351e-25 8.702e-25 Si14 +2.05130e-02 4.244e-25 4.244e-25 8.489e-25 N 7 Ca 2 +2.04447e-02 4.250e-25 4.250e-25 8.501e-25 S 15 +2.03767e-02 4.262e-25 4.262e-25 8.523e-25 Co24 K 4 +2.03089e-02 4.272e-25 4.272e-25 8.545e-25 Ar14 +2.02413e-02 4.284e-25 4.284e-25 8.568e-25 S 14 +2.01739e-02 4.296e-25 4.296e-25 8.592e-25 S 15 +2.01068e-02 4.308e-25 4.308e-25 8.615e-25 Fe20 +2.00399e-02 4.417e-25 4.417e-25 8.834e-25 O 8 +1.99732e-02 4.358e-25 4.358e-25 8.717e-25 S 16 Ti 3 +1.99068e-02 4.340e-25 4.340e-25 8.680e-25 Ne 8 +1.98405e-02 4.351e-25 4.351e-25 8.703e-25 S 15 S 15 +1.97745e-02 4.739e-25 4.739e-25 9.479e-25 Fe25 F 3 +1.97087e-02 4.374e-25 4.374e-25 8.748e-25 C 5 +1.96431e-02 4.387e-25 4.387e-25 8.774e-25 Fe23 +1.95778e-02 4.397e-25 4.397e-25 8.794e-25 Mn20 +1.95126e-02 4.413e-25 4.413e-25 8.826e-25 Si13 Ne 3 +1.94477e-02 4.433e-25 4.433e-25 8.865e-25 Ne10 Ne 2 +1.93830e-02 4.472e-25 4.472e-25 8.943e-25 Si13 Al13 +1.93185e-02 4.444e-25 4.444e-25 8.888e-25 Si13 +1.92542e-02 5.257e-25 5.257e-25 1.051e-24 Ca17 Li 1 +1.91901e-02 4.061e-23 4.061e-23 8.122e-23 Fe24 Cl 4 +1.91263e-02 4.479e-25 4.479e-25 8.957e-25 O 7 +1.90626e-02 4.490e-25 4.490e-25 8.980e-25 Si13 P 5 +1.89992e-02 4.527e-25 4.527e-25 9.054e-25 Si14 V 5 +1.89360e-02 4.513e-25 4.513e-25 9.026e-25 Na10 O 3 +1.88730e-02 4.526e-25 4.526e-25 9.052e-25 Mg11 Mg 2 +1.88102e-02 4.579e-25 4.579e-25 9.159e-25 Fe21 Fe 1 +1.87476e-02 4.738e-25 4.738e-25 9.476e-25 Ne10 +1.86852e-02 4.561e-25 4.561e-25 9.121e-25 Mg11 Mg11 +1.86230e-02 4.572e-25 4.572e-25 9.144e-25 C 5 +1.85611e-02 4.604e-25 4.604e-25 9.208e-25 Ca20 +1.84993e-02 4.601e-25 4.601e-25 9.202e-25 Mg11 Mg11 +1.84377e-02 4.626e-25 4.626e-25 9.252e-25 Fe22 Ca 4 +1.83764e-02 4.625e-25 4.625e-25 9.250e-25 N 7 +1.83152e-02 4.632e-25 4.632e-25 9.265e-25 Na10 +1.82543e-02 4.644e-25 4.644e-25 9.289e-25 Zn25 Cl 5 +1.81936e-02 5.084e-25 5.084e-25 1.017e-24 C 6 V 3 +1.81330e-02 4.730e-25 4.730e-25 9.460e-25 S 16 Sc 2 +1.80727e-02 4.935e-25 4.935e-25 9.870e-25 Fe25 +1.80125e-02 4.997e-25 4.997e-25 9.994e-25 Fe23 F 9 +1.79526e-02 4.724e-25 4.724e-25 9.448e-25 Si13 +1.78929e-02 4.721e-25 4.721e-25 9.443e-25 Fe21 Ca 3 +1.78333e-02 6.082e-25 6.082e-25 1.216e-24 Co25 Cr 5 +1.77740e-02 4.742e-25 4.742e-25 9.483e-25 Si13 +1.77148e-02 4.754e-25 4.754e-25 9.507e-25 Ca15 Mn 2 +1.76559e-02 4.772e-25 4.772e-25 9.544e-25 S 15 +1.75972e-02 4.781e-25 4.781e-25 9.562e-25 S 15 +1.75386e-02 4.810e-25 4.810e-25 9.619e-25 Ni23 Ne 9 +1.74802e-02 4.803e-25 4.803e-25 9.606e-25 Fe23 Na 1 +1.74221e-02 4.816e-25 4.816e-25 9.632e-25 Ca16 +1.73641e-02 4.847e-25 4.847e-25 9.694e-25 S 16 S 16 +1.73063e-02 5.042e-25 5.042e-25 1.008e-24 Fe23 Na 3 +1.72487e-02 4.854e-25 4.854e-25 9.707e-25 Co24 +1.71913e-02 4.866e-25 4.866e-25 9.733e-25 Fe20 +1.71341e-02 4.878e-25 4.878e-25 9.757e-25 Zn24 Mn 5 +1.70771e-02 4.937e-25 4.937e-25 9.873e-25 O 8 S 5 +1.70203e-02 4.906e-25 4.906e-25 9.811e-25 Cr21 +1.69637e-02 5.045e-25 5.045e-25 1.009e-24 Ti19 Co 1 +1.69072e-02 4.945e-25 4.945e-25 9.890e-25 Fe22 +1.68510e-02 4.942e-25 4.942e-25 9.884e-25 O 7 Na 2 +1.67949e-02 4.980e-25 4.980e-25 9.960e-25 Si14 +1.67390e-02 4.972e-25 4.972e-25 9.944e-25 N 7 N 7 +1.66833e-02 5.304e-25 5.304e-25 1.061e-24 Si14 Cr 3 +1.66278e-02 5.014e-25 5.014e-25 1.003e-24 S 15 +1.65725e-02 5.014e-25 5.014e-25 1.003e-24 Fe26 +1.65173e-02 3.746e-24 3.746e-24 7.492e-24 Ni26 Ar 5 +1.64624e-02 5.033e-25 5.033e-25 1.007e-24 O 7 O 7 +1.64076e-02 5.048e-25 5.048e-25 1.010e-24 Ca16 Li 2 +1.63530e-02 5.058e-25 5.058e-25 1.012e-24 Si11 +1.62986e-02 5.082e-25 5.082e-25 1.016e-24 Fe20 F 3 +1.62443e-02 5.084e-25 5.084e-25 1.017e-24 Ni23 Co 2 +1.61903e-02 5.143e-25 5.143e-25 1.029e-24 Fe22 Ti 2 +1.61364e-02 5.111e-25 5.111e-25 1.022e-24 N 6 +1.60827e-02 5.126e-25 5.126e-25 1.025e-24 Ar16 V 1 +1.60292e-02 5.140e-25 5.140e-25 1.028e-24 O 7 N 4 +1.59759e-02 5.151e-25 5.151e-25 1.030e-24 Ar16 Sc 3 +1.59227e-02 5.186e-25 5.186e-25 1.037e-24 V 20 +1.58697e-02 5.197e-25 5.197e-25 1.039e-24 Ni25 +1.58169e-02 5.199e-25 5.199e-25 1.040e-24 Al12 Al12 +1.57643e-02 5.400e-25 5.400e-25 1.080e-24 Mg12 Mg12 +1.57118e-02 5.260e-25 5.260e-25 1.052e-24 O 8 Cr 1 +1.56595e-02 5.233e-25 5.233e-25 1.047e-24 Ni22 K 4 +1.56074e-02 5.766e-25 5.766e-25 1.153e-24 Fe22 V 2 +1.55555e-02 5.279e-25 5.279e-25 1.056e-24 Si13 +1.55037e-02 5.294e-25 5.294e-25 1.059e-24 Si13 Cl 5 +1.54522e-02 5.564e-25 5.564e-25 1.113e-24 Fe23 Mg 3 +1.54007e-02 5.298e-25 5.298e-25 1.060e-24 Cl17 Al 1 +1.53495e-02 5.311e-25 5.311e-25 1.062e-24 Co21 +1.52984e-02 5.331e-25 5.331e-25 1.066e-24 Si13 +1.52475e-02 5.339e-25 5.339e-25 1.068e-24 Zn27 +1.51968e-02 5.388e-25 5.388e-25 1.078e-24 Ni25 +1.51462e-02 5.413e-25 5.413e-25 1.083e-24 Fe22 Ni 1 +1.50958e-02 5.382e-25 5.382e-25 1.076e-24 Mg11 +1.50456e-02 5.395e-25 5.395e-25 1.079e-24 Ni22 Ni 2 +1.49955e-02 7.131e-25 7.131e-25 1.426e-24 Cr21 K 5 +1.49456e-02 5.895e-25 5.895e-25 1.179e-24 Fe23 Cu 1 +1.48959e-02 5.457e-25 5.457e-25 1.091e-24 O 8 +1.48463e-02 5.458e-25 5.458e-25 1.092e-24 Cr19 +1.47969e-02 5.463e-25 5.463e-25 1.093e-24 Zn25 +1.47477e-02 5.841e-25 5.841e-25 1.168e-24 Fe23 C 5 +1.46986e-02 5.502e-25 5.502e-25 1.100e-24 Fe21 +1.46497e-02 5.525e-25 5.525e-25 1.105e-24 S 15 Ca 5 +1.46010e-02 5.519e-25 5.519e-25 1.104e-24 Fe25 B 5 +1.45524e-02 5.671e-25 5.671e-25 1.134e-24 Ne10 Ne10 +1.45039e-02 5.569e-25 5.569e-25 1.114e-24 Ni22 V 4 +1.44557e-02 5.831e-25 5.831e-25 1.166e-24 Fe23 +1.44076e-02 5.593e-25 5.593e-25 1.119e-24 O 8 Ti 3 +1.43596e-02 5.597e-25 5.597e-25 1.119e-24 Mg11 +1.43119e-02 5.626e-25 5.626e-25 1.125e-24 Ar18 +1.42642e-02 6.339e-25 6.339e-25 1.268e-24 Zn28 Ca 4 +1.42168e-02 5.929e-25 5.929e-25 1.186e-24 Fe21 F 4 +1.41695e-02 5.653e-25 5.653e-25 1.131e-24 Mn21 O 4 +1.41223e-02 7.317e-25 7.317e-25 1.463e-24 Mn22 C 5 +1.40753e-02 5.718e-25 5.718e-25 1.144e-24 O 8 S 6 +1.40285e-02 6.019e-25 6.019e-25 1.204e-24 Fe25 Ar 5 +1.39818e-02 5.714e-25 5.714e-25 1.143e-24 Cl17 Cu 2 +1.39353e-02 5.720e-25 5.720e-25 1.144e-24 Co22 +1.38889e-02 5.753e-25 5.753e-25 1.151e-24 Ni24 +1.38427e-02 5.762e-25 5.762e-25 1.152e-24 Mn20 +1.37966e-02 5.770e-25 5.770e-25 1.154e-24 Fe21 Al 2 +1.37507e-02 5.781e-25 5.781e-25 1.156e-24 O 7 +1.37050e-02 5.793e-25 5.793e-25 1.159e-24 Ar18 Ar18 +1.36594e-02 6.394e-25 6.394e-25 1.279e-24 Fe23 Cr 6 +1.36139e-02 5.857e-25 5.857e-25 1.171e-24 Fe22 Ar 6 +1.35686e-02 2.426e-24 2.426e-24 4.852e-24 Fe22 +1.35235e-02 5.887e-25 5.887e-25 1.177e-24 S 15 +1.34785e-02 5.971e-25 5.971e-25 1.194e-24 C 6 Sc 5 +1.34336e-02 5.887e-25 5.887e-25 1.177e-24 Al13 Al13 +1.33889e-02 6.276e-25 6.276e-25 1.255e-24 N 7 Cr 4 +1.33444e-02 5.971e-25 5.971e-25 1.194e-24 Si14 Fe26 +1.33000e-02 2.812e-23 2.812e-23 5.624e-23 Fe23 C 5 +1.32557e-02 5.950e-25 5.950e-25 1.190e-24 Si13 Co 3 +1.32116e-02 5.961e-25 5.961e-25 1.192e-24 Si12 Mg 1 +1.31676e-02 5.976e-25 5.976e-25 1.195e-24 Si12 +1.31238e-02 5.988e-25 5.988e-25 1.198e-24 Al12 Sc 4 +1.30802e-02 6.085e-25 6.085e-25 1.217e-24 Ni25 +1.30366e-02 6.027e-25 6.027e-25 1.205e-24 Al12 +1.29933e-02 6.228e-25 6.228e-25 1.246e-24 Mg12 +1.29500e-02 6.048e-25 6.048e-25 1.210e-24 Mn20 Mn 6 +1.29069e-02 6.066e-25 6.066e-25 1.213e-24 Fe22 +1.28640e-02 9.978e-25 9.978e-25 1.996e-24 Fe21 F 8 +1.28212e-02 6.247e-25 6.247e-25 1.249e-24 O 8 K 5 +1.27785e-02 6.126e-25 6.126e-25 1.225e-24 S 16 Ne 4 +1.27360e-02 6.179e-25 6.179e-25 1.236e-24 Ni23 +1.26936e-02 6.248e-25 6.248e-25 1.250e-24 Co23 +1.26514e-02 6.209e-25 6.209e-25 1.242e-24 Ni25 N 5 +1.26093e-02 6.232e-25 6.232e-25 1.246e-24 Ni24 +1.25673e-02 6.197e-25 6.197e-25 1.239e-24 Fe22 Mg 2 +1.25255e-02 7.340e-25 7.340e-25 1.468e-24 Co24 Na 4 +1.24838e-02 6.228e-25 6.228e-25 1.246e-24 K 18 Na 3 +1.24423e-02 6.306e-25 6.306e-25 1.261e-24 Ar18 F 4 +1.24009e-02 6.361e-25 6.361e-25 1.272e-24 Fe21 F 8 +1.23596e-02 6.271e-25 6.271e-25 1.254e-24 Zn25 Ni 3 +1.23185e-02 6.288e-25 6.288e-25 1.258e-24 K 19 K 19 +1.22775e-02 6.301e-25 6.301e-25 1.260e-24 Ni24 +1.22366e-02 6.316e-25 6.316e-25 1.263e-24 Ca18 Mn 2 +1.21959e-02 6.534e-25 6.534e-25 1.307e-24 Fe20 +1.21553e-02 6.347e-25 6.347e-25 1.269e-24 Fe23 Co 6 +1.21149e-02 6.488e-25 6.488e-25 1.298e-24 Fe23 +1.20746e-02 6.379e-25 6.379e-25 1.276e-24 Mg11 Al 3 +1.20344e-02 6.512e-25 6.512e-25 1.302e-24 Ni25 Cr 3 +1.19944e-02 6.880e-25 6.880e-25 1.376e-24 Fe25 Ti 4 +1.19545e-02 6.433e-25 6.433e-25 1.287e-24 Mg11 Mg11 +1.19147e-02 7.102e-25 7.102e-25 1.420e-24 Fe25 Fe 1 +1.18750e-02 6.583e-25 6.583e-25 1.317e-24 Fe20 +1.18355e-02 1.085e-24 1.085e-24 2.169e-24 Ni24 +1.17961e-02 4.378e-24 4.378e-24 8.755e-24 Ni25 Mg11 +1.17569e-02 7.152e-25 7.152e-25 1.430e-24 Fe21 Ar 6 +1.17178e-02 2.784e-24 2.784e-24 5.568e-24 Fe22 V 5 +1.16788e-02 6.613e-25 6.613e-25 1.323e-24 S 15 Si 1 +1.16399e-02 7.449e-25 7.449e-25 1.490e-24 Fe22 Fe 4 +1.16012e-02 6.578e-25 6.578e-25 1.316e-24 Si14 Si14 +1.15626e-02 6.607e-25 6.607e-25 1.321e-24 Ca20 Cu 3 +1.15241e-02 6.632e-25 6.632e-25 1.326e-24 S 15 +1.14858e-02 6.638e-25 6.638e-25 1.328e-24 Si13 Ni 6 +1.14475e-02 1.053e-24 1.053e-24 2.106e-24 Fe22 +1.14094e-02 6.659e-25 6.659e-25 1.332e-24 Cr19 Ca 6 +1.13715e-02 6.694e-25 6.694e-25 1.339e-24 C 6 +1.13336e-02 6.717e-25 6.717e-25 1.343e-24 Fe21 Mg 4 +1.12959e-02 6.709e-25 6.709e-25 1.342e-24 Cl17 Cl17 +1.12583e-02 6.739e-25 6.739e-25 1.348e-24 Si13 Fe 2 +1.12209e-02 6.882e-25 6.882e-25 1.376e-24 Ca19 +1.11835e-02 8.473e-25 8.473e-25 1.695e-24 Ni23 Sc 6 +1.11463e-02 6.793e-25 6.793e-25 1.359e-24 Si13 Mg 3 +1.11092e-02 6.806e-25 6.806e-25 1.361e-24 Ca20 V 4 +1.10723e-02 7.001e-25 7.001e-25 1.400e-24 Si13 Mn 3 +1.10354e-02 6.888e-25 6.888e-25 1.378e-24 Si14 +1.09987e-02 6.863e-25 6.863e-25 1.373e-24 Fe26 Co 4 +1.09621e-02 6.985e-25 6.985e-25 1.397e-24 Mn21 Ne 4 +1.09256e-02 6.964e-25 6.964e-25 1.393e-24 Ne10 Cr 5 +1.08893e-02 6.896e-25 6.896e-25 1.379e-24 Fe20 O 5 +1.08530e-02 6.961e-25 6.961e-25 1.392e-24 Fe19 F 5 +1.08169e-02 7.152e-25 7.152e-25 1.430e-24 Fe21 Fe26 +1.07809e-02 6.955e-25 6.955e-25 1.391e-24 C 6 K 6 +1.07451e-02 6.975e-25 6.975e-25 1.395e-24 Si13 +1.07093e-02 6.985e-25 6.985e-25 1.397e-24 Fe20 +1.06737e-02 7.012e-25 7.012e-25 1.402e-24 Fe22 +1.06382e-02 7.025e-25 7.025e-25 1.405e-24 C 6 +1.06028e-02 7.177e-25 7.177e-25 1.435e-24 Ni22 +1.05675e-02 7.076e-25 7.076e-25 1.415e-24 Si13 +1.05323e-02 7.081e-25 7.081e-25 1.416e-24 C 6 K 7 +1.04973e-02 7.088e-25 7.088e-25 1.418e-24 Mg11 +1.04623e-02 8.498e-25 8.498e-25 1.700e-24 Zn27 Si 2 +1.04275e-02 7.127e-25 7.127e-25 1.425e-24 Mg11 +1.03928e-02 7.147e-25 7.147e-25 1.429e-24 Ni25 Be 1 +1.03583e-02 7.218e-25 7.218e-25 1.444e-24 Ni24 +1.03238e-02 7.461e-25 7.461e-25 1.492e-24 Ni23 Al 4 +1.02894e-02 7.195e-25 7.195e-25 1.439e-24 Si13 +1.02552e-02 1.220e-24 1.220e-24 2.440e-24 O 8 Mn 5 +1.02211e-02 8.840e-25 8.840e-25 1.768e-24 Fe21 Co 2 +1.01871e-02 7.254e-25 7.254e-25 1.451e-24 Si13 Cr 4 +1.01532e-02 7.273e-25 7.273e-25 1.455e-24 S 15 Ne 9 +1.01194e-02 7.283e-25 7.283e-25 1.457e-24 C 6 Li 3 +1.00857e-02 7.986e-25 7.986e-25 1.597e-24 Fe22 Ti 5 +1.00521e-02 7.346e-25 7.346e-25 1.469e-24 Ne10 Sc21 +1.00187e-02 7.351e-25 7.351e-25 1.470e-24 O 7 Zn30 +9.98536e-03 7.356e-25 7.356e-25 1.471e-24 S 15 Ar 7 +9.95213e-03 7.374e-25 7.374e-25 1.475e-24 Zn25 +9.91902e-03 7.455e-25 7.455e-25 1.491e-24 N 7 Ca 6 +9.88601e-03 7.463e-25 7.463e-25 1.493e-24 Si14 Al 1 +9.85312e-03 7.453e-25 7.453e-25 1.491e-24 Fe21 N 6 +9.82033e-03 7.463e-25 7.463e-25 1.493e-24 Ni22 F 5 +9.78765e-03 7.820e-25 7.820e-25 1.564e-24 Fe21 Na 4 +9.75508e-03 7.691e-25 7.691e-25 1.538e-24 Zn25 Ca 7 +9.72262e-03 7.504e-25 7.504e-25 1.501e-24 Ni21 Cu 4 +9.69027e-03 7.547e-25 7.547e-25 1.509e-24 S 14 Al 2 +9.65803e-03 7.544e-25 7.544e-25 1.509e-24 S 14 +9.62589e-03 7.625e-25 7.625e-25 1.525e-24 S 15 Fe 5 +9.59386e-03 7.613e-25 7.613e-25 1.523e-24 Ni21 +9.56194e-03 7.627e-25 7.627e-25 1.525e-24 S 14 +9.53012e-03 8.280e-25 8.280e-25 1.656e-24 Si14 Be 2 +9.49841e-03 7.633e-25 7.633e-25 1.527e-24 Fe21 Co 3 +9.46680e-03 7.655e-25 7.655e-25 1.531e-24 Fe20 Si 3 +9.43530e-03 8.074e-25 8.074e-25 1.615e-24 Fe25 Ni 2 +9.40391e-03 7.695e-25 7.695e-25 1.539e-24 Co23 +9.37262e-03 7.729e-25 7.729e-25 1.546e-24 Fe20 N 6 +9.34143e-03 7.747e-25 7.747e-25 1.549e-24 Fe25 V 5 +9.31034e-03 7.756e-25 7.756e-25 1.551e-24 S 14 Ni 7 +9.27936e-03 7.813e-25 7.813e-25 1.563e-24 Ni23 +9.24849e-03 7.836e-25 7.836e-25 1.567e-24 Si14 +9.21771e-03 7.848e-25 7.848e-25 1.570e-24 Zn24 K 7 +9.18704e-03 8.123e-25 8.123e-25 1.625e-24 Ni23 Sc 6 +9.15647e-03 7.842e-25 7.842e-25 1.568e-24 Ti22 Ti22 +9.12600e-03 8.005e-25 8.005e-25 1.601e-24 Fe21 Cr 6 +9.09564e-03 7.907e-25 7.907e-25 1.581e-24 Zn25 Zn 4 +9.06537e-03 7.904e-25 7.904e-25 1.581e-24 Fe20 Co 5 +9.03521e-03 7.929e-25 7.929e-25 1.586e-24 Mg11 K 19 +9.00514e-03 7.986e-25 7.986e-25 1.597e-24 Ne10 +8.97518e-03 7.958e-25 7.958e-25 1.592e-24 O 7 O 6 +8.94531e-03 7.981e-25 7.981e-25 1.596e-24 O 7 Na 5 +8.91555e-03 8.007e-25 8.007e-25 1.601e-24 Al12 Cu 7 +8.88588e-03 8.149e-25 8.149e-25 1.630e-24 S 16 S 16 +8.85631e-03 1.385e-24 1.385e-24 2.771e-24 Ni24 P 1 +8.82684e-03 8.121e-25 8.121e-25 1.624e-24 Si14 Al 3 +8.79747e-03 8.079e-25 8.079e-25 1.616e-24 Ne 8 Mg 4 +8.76820e-03 8.218e-25 8.218e-25 1.644e-24 Ni23 Ne 5 +8.73902e-03 8.213e-25 8.213e-25 1.643e-24 Ni24 +8.70994e-03 8.136e-25 8.136e-25 1.627e-24 Mg11 +8.68096e-03 8.154e-25 8.154e-25 1.631e-24 F 7 Cr 5 +8.65207e-03 8.224e-25 8.224e-25 1.645e-24 S 15 Ar 8 +8.62328e-03 8.199e-25 8.199e-25 1.640e-24 Al13 Al13 +8.59459e-03 8.217e-25 8.217e-25 1.643e-24 O 7 Ti 6 +8.56599e-03 8.243e-25 8.243e-25 1.649e-24 Si13 Ni 5 +8.53749e-03 8.257e-25 8.257e-25 1.651e-24 Zn23 Ca 7 +8.50908e-03 8.285e-25 8.285e-25 1.657e-24 Zn23 +8.48077e-03 8.294e-25 8.294e-25 1.659e-24 Fe19 +8.45255e-03 8.318e-25 8.318e-25 1.664e-24 Si13 Si 4 +8.42442e-03 8.438e-25 8.438e-25 1.688e-24 S 16 Ca 8 +8.39639e-03 8.371e-25 8.371e-25 1.674e-24 Ni22 Zn 2 +8.36845e-03 8.393e-25 8.393e-25 1.679e-24 N 7 +8.34060e-03 8.531e-25 8.531e-25 1.706e-24 S 15 +8.31285e-03 8.693e-25 8.693e-25 1.739e-24 S 15 +8.28519e-03 8.448e-25 8.448e-25 1.690e-24 Ne 9 P 2 +8.25762e-03 8.484e-25 8.484e-25 1.697e-24 Zn25 +8.23014e-03 8.478e-25 8.478e-25 1.696e-24 S 15 V 7 +8.20276e-03 8.901e-25 8.901e-25 1.780e-24 Ne10 Fe 8 +8.17546e-03 8.579e-25 8.579e-25 1.716e-24 S 15 +8.14826e-03 8.595e-25 8.595e-25 1.719e-24 Ne 9 Ca20 +8.12115e-03 8.561e-25 8.561e-25 1.712e-24 Na10 Fe 6 +8.09412e-03 8.592e-25 8.592e-25 1.718e-24 N 7 Mn 5 +8.06719e-03 8.667e-25 8.667e-25 1.733e-24 Ar18 Be 3 +8.04035e-03 8.636e-25 8.636e-25 1.727e-24 Ne 9 +8.01359e-03 8.653e-25 8.653e-25 1.731e-24 S 15 K 8 +7.98693e-03 8.714e-25 8.714e-25 1.743e-24 Ni23 +7.96035e-03 8.720e-25 8.720e-25 1.744e-24 S 15 Al 4 +7.93386e-03 8.715e-25 8.715e-25 1.743e-24 N 7 +7.90746e-03 8.732e-25 8.732e-25 1.746e-24 S 15 Na 5 +7.88115e-03 8.762e-25 8.762e-25 1.752e-24 Ar17 F 6 +7.85493e-03 8.770e-25 8.770e-25 1.754e-24 Cl17 Ne 6 +7.82879e-03 8.861e-25 8.861e-25 1.772e-24 Ne 9 +7.80274e-03 8.816e-25 8.816e-25 1.763e-24 Zn23 +7.77678e-03 8.849e-25 8.849e-25 1.770e-24 Fe23 Ni 4 +7.75090e-03 8.867e-25 8.867e-25 1.773e-24 N 7 Cr 7 +7.72511e-03 8.931e-25 8.931e-25 1.786e-24 S 15 +7.69940e-03 8.897e-25 8.897e-25 1.779e-24 Cr24 Zn 5 +7.67378e-03 8.918e-25 8.918e-25 1.784e-24 F 8 +7.64825e-03 9.004e-25 9.004e-25 1.801e-24 Cr23 Si 2 +7.62280e-03 9.053e-25 9.053e-25 1.811e-24 Fe23 +7.59743e-03 9.751e-25 9.751e-25 1.950e-24 O 8 Fe 5 +7.57215e-03 9.213e-25 9.213e-25 1.843e-24 S 16 P 3 +7.54696e-03 9.028e-25 9.028e-25 1.806e-24 Zn24 +7.52184e-03 9.087e-25 9.087e-25 1.817e-24 Fe23 +7.49682e-03 9.069e-25 9.069e-25 1.814e-24 O 7 Cr 6 +7.47187e-03 9.118e-25 9.118e-25 1.824e-24 Si13 +7.44701e-03 9.771e-25 9.771e-25 1.954e-24 Fe25 Ca 8 +7.42223e-03 9.154e-25 9.154e-25 1.831e-24 N 7 Si 5 +7.39753e-03 9.160e-25 9.160e-25 1.832e-24 Ar16 Sc21 +7.37291e-03 9.184e-25 9.184e-25 1.837e-24 Fe23 +7.34838e-03 9.277e-25 9.277e-25 1.855e-24 Fe25 +7.32393e-03 9.237e-25 9.237e-25 1.847e-24 Ar16 Mn 7 +7.29956e-03 9.969e-25 9.969e-25 1.994e-24 S 16 S 1 +7.27527e-03 9.272e-25 9.272e-25 1.854e-24 O 7 Ti 8 +7.25106e-03 9.304e-25 9.304e-25 1.861e-24 Fe25 Ni 6 +7.22693e-03 9.318e-25 9.318e-25 1.864e-24 O 7 +7.20289e-03 9.333e-25 9.333e-25 1.867e-24 Fe24 Ne 6 +7.17892e-03 9.420e-25 9.420e-25 1.884e-24 Fe23 +7.15503e-03 9.382e-25 9.382e-25 1.876e-24 Fe25 Mg 5 +7.13122e-03 9.725e-25 9.725e-25 1.945e-24 Fe24 Co 5 +7.10749e-03 9.422e-25 9.422e-25 1.884e-24 S 13 Si 3 +7.08384e-03 9.558e-25 9.558e-25 1.912e-24 S 16 Zn 8 +7.06027e-03 9.570e-25 9.570e-25 1.914e-24 Fe24 K 9 +7.03678e-03 9.516e-25 9.516e-25 1.903e-24 K 18 K 18 +7.01336e-03 9.517e-25 9.517e-25 1.903e-24 Ar18 Mn 6 +6.99003e-03 9.539e-25 9.539e-25 1.908e-24 Cr24 +6.96677e-03 9.607e-25 9.607e-25 1.921e-24 O 7 V 7 +6.94359e-03 9.714e-25 9.714e-25 1.943e-24 Fe24 Sc 8 +6.92048e-03 9.603e-25 9.603e-25 1.921e-24 Zn23 +6.89745e-03 9.699e-25 9.699e-25 1.940e-24 Fe24 P 4 +6.87450e-03 9.648e-25 9.648e-25 1.930e-24 Ni23 Cu 6 +6.85163e-03 9.700e-25 9.700e-25 1.940e-24 Ar16 +6.82883e-03 9.713e-25 9.713e-25 1.943e-24 Fe26 +6.80611e-03 9.717e-25 9.717e-25 1.943e-24 Ni17 +6.78346e-03 1.007e-24 1.007e-24 2.013e-24 O 8 Zn 4 +6.76089e-03 9.860e-25 9.860e-25 1.972e-24 Na11 Na11 +6.73839e-03 9.786e-25 9.786e-25 1.957e-24 Ne 8 Ti22 +6.71597e-03 9.984e-25 9.984e-25 1.997e-24 Fe24 S 2 +6.69362e-03 9.832e-25 9.832e-25 1.966e-24 Mg11 F 7 +6.67135e-03 9.855e-25 9.855e-25 1.971e-24 Fe24 Co 9 +6.64915e-03 9.915e-25 9.915e-25 1.983e-24 Ar18 Mg 6 +6.62702e-03 9.903e-25 9.903e-25 1.981e-24 Na10 +6.60497e-03 9.955e-25 9.955e-25 1.991e-24 Mg12 Fe 6 +6.58299e-03 9.954e-25 9.954e-25 1.991e-24 Mg11 Ca 9 +6.56109e-03 1.339e-24 1.339e-24 2.679e-24 Ne10 +6.53926e-03 1.002e-24 1.002e-24 2.004e-24 S 14 Na 6 +6.51750e-03 1.031e-24 1.031e-24 2.061e-24 Si14 Al 5 +6.49581e-03 1.030e-24 1.030e-24 2.061e-24 Ar17 S 15 +6.47420e-03 1.224e-24 1.224e-24 2.447e-24 Fe25 S 15 +6.45265e-03 1.062e-24 1.062e-24 2.123e-24 Fe25 Ti 9 +6.43118e-03 1.012e-24 1.012e-24 2.023e-24 S 15 Ni 9 +6.40978e-03 1.029e-24 1.029e-24 2.059e-24 O 8 Zn30 +6.38845e-03 1.022e-24 1.022e-24 2.043e-24 Mg12 B 1 +6.36720e-03 1.025e-24 1.025e-24 2.049e-24 S 15 Mn 8 +6.34601e-03 1.031e-24 1.031e-24 2.063e-24 Fe25 +6.32489e-03 1.026e-24 1.026e-24 2.052e-24 Mg10 Cu 5 +6.30385e-03 1.026e-24 1.026e-24 2.051e-24 Ca19 Ca19 +6.28287e-03 1.028e-24 1.028e-24 2.056e-24 K 19 Ni 7 +6.26196e-03 1.033e-24 1.033e-24 2.066e-24 Fe25 P 5 +6.24113e-03 1.037e-24 1.037e-24 2.074e-24 Mg12 P 2 +6.22036e-03 1.035e-24 1.035e-24 2.070e-24 Si10 S 3 +6.19966e-03 1.047e-24 1.047e-24 2.094e-24 O 8 Co 6 +6.17903e-03 1.041e-24 1.041e-24 2.083e-24 Ar17 +6.15847e-03 1.042e-24 1.042e-24 2.085e-24 Zn23 Sc 9 +6.13798e-03 1.045e-24 1.045e-24 2.090e-24 Fe18 +6.11756e-03 1.047e-24 1.047e-24 2.094e-24 Fe19 Zn 9 +6.09720e-03 1.050e-24 1.050e-24 2.099e-24 Zn29 V 8 +6.07691e-03 1.059e-24 1.059e-24 2.119e-24 O 8 Co27 +6.05669e-03 1.056e-24 1.056e-24 2.111e-24 Ne 9 +6.03654e-03 1.057e-24 1.057e-24 2.114e-24 Ne 9 Si 6 +6.01645e-03 1.059e-24 1.059e-24 2.119e-24 Mg 9 V 9 +5.99643e-03 1.068e-24 1.068e-24 2.136e-24 O 8 Cu 7 +5.97648e-03 1.126e-24 1.126e-24 2.253e-24 Fe25 Ne 7 +5.95659e-03 1.067e-24 1.067e-24 2.135e-24 Si13 Na 7 +5.93677e-03 1.095e-24 1.095e-24 2.191e-24 O 8 Cl 1 +5.91702e-03 1.079e-24 1.079e-24 2.158e-24 Fe25 B 2 +5.89733e-03 1.075e-24 1.075e-24 2.149e-24 Ne 9 +5.87770e-03 1.078e-24 1.078e-24 2.157e-24 Si13 Ca10 +5.85815e-03 1.082e-24 1.082e-24 2.164e-24 Fe25 Ni 6 +5.83865e-03 1.088e-24 1.088e-24 2.176e-24 Ca18 P 3 +5.81923e-03 1.085e-24 1.085e-24 2.169e-24 Ca18 +5.79986e-03 1.090e-24 1.090e-24 2.180e-24 Ca18 Fe 7 +5.78056e-03 1.100e-24 1.100e-24 2.199e-24 Ca18 Ti 9 +5.76133e-03 1.120e-24 1.120e-24 2.241e-24 Ar18 +5.74216e-03 1.094e-24 1.094e-24 2.188e-24 Mg10 Ti10 +5.72305e-03 1.098e-24 1.098e-24 2.195e-24 S 15 S 4 +5.70401e-03 1.105e-24 1.105e-24 2.209e-24 S 15 Be 4 +5.68503e-03 1.114e-24 1.114e-24 2.229e-24 O 8 O 8 +5.66611e-03 1.111e-24 1.111e-24 2.222e-24 Ca18 Ca20 +5.64726e-03 1.113e-24 1.113e-24 2.225e-24 Ca18 Cr24 +5.62846e-03 1.111e-24 1.111e-24 2.221e-24 S 15 P 6 +5.60974e-03 1.120e-24 1.120e-24 2.240e-24 S 15 +5.59107e-03 1.116e-24 1.116e-24 2.231e-24 Si11 Mn 9 +5.57247e-03 1.134e-24 1.134e-24 2.267e-24 Si14 F 8 +5.55392e-03 1.136e-24 1.136e-24 2.273e-24 Ni27 Cl 2 +5.53544e-03 1.123e-24 1.123e-24 2.247e-24 Zn29 Cu 6 +5.51702e-03 1.130e-24 1.130e-24 2.261e-24 S 15 Na 7 +5.49867e-03 1.133e-24 1.133e-24 2.266e-24 Ca18 Co 7 +5.48037e-03 1.143e-24 1.143e-24 2.286e-24 Mg11 Ni 8 +5.46213e-03 1.134e-24 1.134e-24 2.269e-24 Si13 Al 6 +5.44396e-03 1.138e-24 1.138e-24 2.275e-24 Si13 B 3 +5.42584e-03 1.139e-24 1.139e-24 2.278e-24 Al11 Mn 8 +5.40779e-03 1.156e-24 1.156e-24 2.312e-24 Na11 +5.38979e-03 1.152e-24 1.152e-24 2.304e-24 Mg11 +5.37186e-03 1.147e-24 1.147e-24 2.294e-24 Zn29 V 10 +5.35398e-03 1.149e-24 1.149e-24 2.298e-24 F 9 +5.33617e-03 1.154e-24 1.154e-24 2.307e-24 Si13 Cu10 +5.31841e-03 1.158e-24 1.158e-24 2.315e-24 Si13 Zn29 +5.30072e-03 1.157e-24 1.157e-24 2.315e-24 Si13 Fe 9 +5.28308e-03 1.160e-24 1.160e-24 2.319e-24 Fe22 S 1 +5.26550e-03 1.243e-24 1.243e-24 2.486e-24 Fe25 +5.24798e-03 1.166e-24 1.166e-24 2.333e-24 Fe25 Cu29 +5.23051e-03 1.175e-24 1.175e-24 2.351e-24 Fe25 Zn 6 +5.21311e-03 1.171e-24 1.171e-24 2.342e-24 Fe25 Cl 3 +5.19576e-03 1.209e-24 1.209e-24 2.418e-24 Ca19 S 2 +5.17848e-03 1.179e-24 1.179e-24 2.357e-24 Fe25 Ne 8 +5.16124e-03 1.180e-24 1.180e-24 2.359e-24 Ti21 Ti21 +5.14407e-03 1.181e-24 1.181e-24 2.362e-24 Sc21 Al 7 +5.12695e-03 1.184e-24 1.184e-24 2.367e-24 Fe17 Cr 9 +5.10989e-03 1.199e-24 1.199e-24 2.398e-24 Si14 +5.09289e-03 1.199e-24 1.199e-24 2.398e-24 Ca19 +5.07594e-03 1.192e-24 1.192e-24 2.385e-24 Ca19 Mg 7 +5.05905e-03 1.194e-24 1.194e-24 2.389e-24 Si11 Co 9 +5.04222e-03 1.205e-24 1.205e-24 2.411e-24 Ar17 P 5 +5.02544e-03 1.200e-24 1.200e-24 2.401e-24 Cl17 Si 6 +5.00872e-03 1.202e-24 1.202e-24 2.405e-24 Cl16 +4.99205e-03 1.239e-24 1.239e-24 2.477e-24 S 16 Mn10 +4.97544e-03 1.208e-24 1.208e-24 2.417e-24 Ar16 Ar 1 +4.95889e-03 1.214e-24 1.214e-24 2.427e-24 Ca19 Sc11 +4.94239e-03 1.214e-24 1.214e-24 2.427e-24 Ar16 +4.92594e-03 1.217e-24 1.217e-24 2.433e-24 Cl16 +4.90955e-03 1.219e-24 1.219e-24 2.438e-24 Ar16 Zn30 +4.89321e-03 1.222e-24 1.222e-24 2.444e-24 Ar16 S 3 +4.87693e-03 1.224e-24 1.224e-24 2.448e-24 Sc21 V 10 +4.86070e-03 1.362e-24 1.362e-24 2.724e-24 Ne10 Cl 4 +4.84453e-03 1.232e-24 1.232e-24 2.465e-24 Al13 S 6 +4.82841e-03 1.243e-24 1.243e-24 2.486e-24 Fe25 +4.81234e-03 1.236e-24 1.236e-24 2.472e-24 Fe25 Fe26 +4.79633e-03 1.244e-24 1.244e-24 2.489e-24 Si13 Si13 +4.78037e-03 1.243e-24 1.243e-24 2.486e-24 Fe25 B 4 +4.76446e-03 1.245e-24 1.245e-24 2.490e-24 Ar16 +4.74861e-03 1.246e-24 1.246e-24 2.493e-24 Na10 +4.73281e-03 1.249e-24 1.249e-24 2.498e-24 Si13 Fe10 +4.71706e-03 1.254e-24 1.254e-24 2.508e-24 S 15 P 7 +4.70136e-03 1.266e-24 1.266e-24 2.533e-24 Si14 V 22 +4.68572e-03 1.258e-24 1.258e-24 2.517e-24 Ti20 Na 8 +4.67013e-03 1.281e-24 1.281e-24 2.563e-24 Ca20 +4.65459e-03 1.263e-24 1.263e-24 2.526e-24 Zn29 Mg 8 +4.63910e-03 1.266e-24 1.266e-24 2.533e-24 Al12 Cu 9 +4.62366e-03 1.269e-24 1.269e-24 2.537e-24 Ne 9 Cr10 +4.60828e-03 1.271e-24 1.271e-24 2.543e-24 Sc20 +4.59294e-03 1.292e-24 1.292e-24 2.584e-24 Si14 S 4 +4.57766e-03 1.277e-24 1.277e-24 2.554e-24 Fe18 Cr11 +4.56243e-03 1.292e-24 1.292e-24 2.584e-24 Si12 +4.54725e-03 1.705e-24 1.705e-24 3.409e-24 Mg12 +4.53212e-03 1.286e-24 1.286e-24 2.572e-24 Ne 9 Zn11 +4.51704e-03 1.289e-24 1.289e-24 2.578e-24 Al12 +4.50201e-03 1.291e-24 1.291e-24 2.582e-24 K 18 Co10 +4.48702e-03 1.294e-24 1.294e-24 2.588e-24 Ar18 Cl 5 +4.47209e-03 1.300e-24 1.300e-24 2.600e-24 S 15 +4.45721e-03 1.309e-24 1.309e-24 2.617e-24 S 15 Cl 1 +4.44238e-03 1.318e-24 1.318e-24 2.636e-24 Ar17 +4.42760e-03 1.308e-24 1.308e-24 2.617e-24 Al12 Ar 3 +4.41287e-03 1.342e-24 1.342e-24 2.683e-24 Si12 S 7 +4.39818e-03 1.326e-24 1.326e-24 2.652e-24 Si12 Cu 8 +4.38355e-03 1.319e-24 1.319e-24 2.638e-24 Ar17 Co 9 +4.36896e-03 1.318e-24 1.318e-24 2.635e-24 Ar17 Mg 8 +4.35442e-03 1.320e-24 1.320e-24 2.639e-24 Fe23 Al 8 +4.33994e-03 1.347e-24 1.347e-24 2.695e-24 Ne10 Mn11 +4.32549e-03 1.326e-24 1.326e-24 2.651e-24 Fe21 +4.31110e-03 1.329e-24 1.329e-24 2.657e-24 Cr23 Si 7 +4.29676e-03 1.333e-24 1.333e-24 2.665e-24 Ar17 S 5 +4.28246e-03 1.334e-24 1.334e-24 2.669e-24 Fe23 V 23 +4.26821e-03 1.337e-24 1.337e-24 2.674e-24 Ne 9 C 1 +4.25401e-03 1.365e-24 1.365e-24 2.731e-24 S 16 Ti12 +4.23985e-03 1.350e-24 1.350e-24 2.700e-24 S 15 +4.22574e-03 1.346e-24 1.346e-24 2.692e-24 Mg10 +4.21168e-03 1.349e-24 1.349e-24 2.698e-24 Fe21 +4.19767e-03 1.437e-24 1.437e-24 2.874e-24 Fe25 P 14 +4.18370e-03 1.400e-24 1.400e-24 2.800e-24 Fe25 P 14 +4.16978e-03 1.358e-24 1.358e-24 2.717e-24 Si14 Cl 6 +4.15590e-03 1.361e-24 1.361e-24 2.722e-24 Ti21 Cl 3 +4.14207e-03 1.385e-24 1.385e-24 2.770e-24 Fe25 Fe10 +4.12829e-03 1.370e-24 1.370e-24 2.739e-24 Fe25 Na 9 +4.11456e-03 1.370e-24 1.370e-24 2.741e-24 Fe21 K 1 +4.10086e-03 1.407e-24 1.407e-24 2.815e-24 Si12 +4.08722e-03 1.414e-24 1.414e-24 2.827e-24 Si12 Si 8 +4.07362e-03 1.380e-24 1.380e-24 2.759e-24 Fe21 +4.06006e-03 1.389e-24 1.389e-24 2.779e-24 Fe23 Co11 +4.04655e-03 1.387e-24 1.387e-24 2.774e-24 Mg11 Al 8 +4.03309e-03 1.388e-24 1.388e-24 2.776e-24 Ca19 C 2 +4.01967e-03 1.390e-24 1.390e-24 2.781e-24 K 19 V 12 +4.00629e-03 1.406e-24 1.406e-24 2.812e-24 S 15 P 7 +3.99296e-03 1.398e-24 1.398e-24 2.795e-24 S 15 Zn12 +3.97968e-03 1.400e-24 1.400e-24 2.799e-24 Fe21 Mn11 +3.96643e-03 1.416e-24 1.416e-24 2.832e-24 Ne10 Zn10 +3.95324e-03 1.408e-24 1.408e-24 2.815e-24 Mn24 Mn24 +3.94008e-03 1.431e-24 1.431e-24 2.862e-24 Si13 Cl 4 +3.92697e-03 1.418e-24 1.418e-24 2.836e-24 Mg11 Cr24 +3.91390e-03 1.469e-24 1.469e-24 2.937e-24 Si13 +3.90088e-03 1.422e-24 1.422e-24 2.844e-24 S 15 Zn29 +3.88790e-03 1.428e-24 1.428e-24 2.857e-24 Ne10 +3.87496e-03 1.491e-24 1.491e-24 2.981e-24 Al13 Ar 5 +3.86207e-03 1.438e-24 1.438e-24 2.876e-24 Fe22 Cl 7 +3.84922e-03 1.443e-24 1.443e-24 2.886e-24 Si13 +3.83641e-03 1.438e-24 1.438e-24 2.876e-24 Ne10 +3.82364e-03 1.436e-24 1.436e-24 2.872e-24 Fe22 +3.81092e-03 1.440e-24 1.440e-24 2.880e-24 Fe21 Cr12 +3.79824e-03 1.466e-24 1.466e-24 2.932e-24 Ne10 Ar 1 +3.78560e-03 1.517e-24 1.517e-24 3.035e-24 Si13 K 3 +3.77300e-03 1.483e-24 1.483e-24 2.966e-24 Si13 C 3 +3.76045e-03 1.451e-24 1.451e-24 2.902e-24 P 13 Al 9 +3.74794e-03 1.454e-24 1.454e-24 2.908e-24 Fe22 Si 8 +3.73547e-03 1.463e-24 1.463e-24 2.925e-24 Fe22 S 7 +3.72304e-03 1.461e-24 1.461e-24 2.921e-24 Fe22 Cu11 +3.71065e-03 1.483e-24 1.483e-24 2.965e-24 S 16 +3.69830e-03 1.466e-24 1.466e-24 2.932e-24 Fe22 Cl 5 +3.68599e-03 1.469e-24 1.469e-24 2.939e-24 Fe22 V 13 +3.67373e-03 1.477e-24 1.477e-24 2.954e-24 S 13 Na10 +3.66151e-03 1.475e-24 1.475e-24 2.951e-24 S 13 +3.64932e-03 1.528e-24 1.528e-24 3.055e-24 Si13 B 5 +3.63718e-03 1.482e-24 1.482e-24 2.964e-24 Ne10 Ne10 +3.62508e-03 1.487e-24 1.487e-24 2.973e-24 Fe25 Ar 6 +3.61301e-03 1.504e-24 1.504e-24 3.009e-24 S 15 Mn12 +3.60099e-03 1.492e-24 1.492e-24 2.983e-24 Fe25 Co11 +3.58901e-03 1.515e-24 1.515e-24 3.030e-24 S 16 Ar 3 +3.57707e-03 1.500e-24 1.500e-24 2.999e-24 Fe22 Zn11 +3.56516e-03 1.508e-24 1.508e-24 3.015e-24 S 15 Cl 8 +3.55330e-03 1.535e-24 1.535e-24 3.070e-24 Ca19 +3.54148e-03 1.525e-24 1.525e-24 3.050e-24 Cr23 Al 9 +3.52969e-03 1.517e-24 1.517e-24 3.035e-24 Fe22 Si 9 +3.51795e-03 1.519e-24 1.519e-24 3.037e-24 Mg11 C 4 +3.50624e-03 1.578e-24 1.578e-24 3.156e-24 Fe22 +3.49457e-03 1.523e-24 1.523e-24 3.046e-24 Fe22 P 8 +3.48295e-03 1.622e-24 1.622e-24 3.244e-24 Fe23 Cl 6 +3.47136e-03 1.526e-24 1.526e-24 3.051e-24 Na10 Na10 +3.45981e-03 1.644e-24 1.644e-24 3.288e-24 Fe25 +3.44829e-03 1.593e-24 1.593e-24 3.185e-24 Fe23 Fe12 +3.43682e-03 1.538e-24 1.538e-24 3.076e-24 Ca19 Fe13 +3.42538e-03 1.559e-24 1.559e-24 3.119e-24 Fe25 Ni11 +3.41399e-03 1.543e-24 1.543e-24 3.086e-24 Fe25 Ca 2 +3.40263e-03 1.546e-24 1.546e-24 3.093e-24 Mg11 Ar 4 +3.39130e-03 1.549e-24 1.549e-24 3.098e-24 Al12 +3.38002e-03 1.560e-24 1.560e-24 3.121e-24 Fe25 Ar 7 +3.36877e-03 2.770e-24 2.770e-24 5.540e-24 C 6 Mg10 +3.35756e-03 1.634e-24 1.634e-24 3.267e-24 S 14 Cu12 +3.34639e-03 1.656e-24 1.656e-24 3.312e-24 Fe23 +3.33526e-03 2.710e-24 2.710e-24 5.421e-24 Si14 P 9 +3.32416e-03 1.571e-24 1.571e-24 3.141e-24 Mg11 Ca 3 +3.31310e-03 1.608e-24 1.608e-24 3.216e-24 Fe23 +3.30207e-03 1.579e-24 1.579e-24 3.157e-24 Si12 Si 9 +3.29108e-03 1.578e-24 1.578e-24 3.157e-24 Si12 Sc21 +3.28013e-03 1.863e-24 1.863e-24 3.726e-24 Fe24 Co12 +3.26922e-03 1.584e-24 1.584e-24 3.167e-24 S 12 S 8 +3.25834e-03 1.820e-24 1.820e-24 3.641e-24 S 14 +3.24750e-03 2.103e-24 2.103e-24 4.206e-24 Fe24 +3.23669e-03 1.944e-24 1.944e-24 3.888e-24 Fe24 Zn12 +3.22592e-03 1.601e-24 1.601e-24 3.203e-24 S 13 K 1 +3.21519e-03 1.648e-24 1.648e-24 3.297e-24 Fe23 Ar 5 +3.20449e-03 1.626e-24 1.626e-24 3.252e-24 Fe24 K 2 +3.19383e-03 1.840e-24 1.840e-24 3.681e-24 Fe24 S 16 +3.18320e-03 1.618e-24 1.618e-24 3.236e-24 Ca20 +3.17261e-03 1.616e-24 1.616e-24 3.232e-24 Fe26 K 6 +3.16205e-03 1.736e-24 1.736e-24 3.472e-24 Fe24 C 5 +3.15153e-03 1.620e-24 1.620e-24 3.241e-24 P 14 Ni12 +3.14104e-03 1.622e-24 1.622e-24 3.244e-24 Fe22 Ca 4 +3.13059e-03 1.625e-24 1.625e-24 3.250e-24 Ni27 Cl16 +3.12017e-03 1.629e-24 1.629e-24 3.258e-24 Mg11 +3.10979e-03 1.696e-24 1.696e-24 3.391e-24 Fe25 Al10 +3.09944e-03 1.690e-24 1.690e-24 3.379e-24 Fe25 Cl 9 +3.08913e-03 1.778e-24 1.778e-24 3.556e-24 Fe24 Si10 +3.07885e-03 1.915e-24 1.915e-24 3.830e-24 Fe24 Mn14 +3.06861e-03 1.647e-24 1.647e-24 3.293e-24 Fe25 +3.05839e-03 1.648e-24 1.648e-24 3.297e-24 Mg11 N 1 +3.04822e-03 1.748e-24 1.748e-24 3.496e-24 S 14 +3.03807e-03 1.830e-24 1.830e-24 3.661e-24 S 14 Ar 6 +3.02797e-03 1.658e-24 1.658e-24 3.316e-24 Mg11 Mg11 +3.01789e-03 1.671e-24 1.671e-24 3.342e-24 Fe25 Co14 +3.00785e-03 1.688e-24 1.688e-24 3.377e-24 Na11 Cu12 +2.99784e-03 1.900e-24 1.900e-24 3.800e-24 Fe25 Ti22 +2.98786e-03 2.336e-24 2.336e-24 4.671e-24 Fe25 +2.97792e-03 1.675e-24 1.675e-24 3.350e-24 Mn25 K 4 +2.96801e-03 1.679e-24 1.679e-24 3.357e-24 Mg11 Ca 5 +2.95814e-03 1.709e-24 1.709e-24 3.418e-24 S 15 Sc 2 +2.94829e-03 1.688e-24 1.688e-24 3.376e-24 Fe25 +2.93848e-03 1.790e-24 1.790e-24 3.579e-24 Fe25 Ar 9 +2.92871e-03 1.766e-24 1.766e-24 3.531e-24 S 15 N 2 +2.91896e-03 1.694e-24 1.694e-24 3.388e-24 Ar15 P 10 +2.90925e-03 1.785e-24 1.785e-24 3.570e-24 Fe25 Cu28 +2.89957e-03 1.764e-24 1.764e-24 3.529e-24 Fe25 +2.88992e-03 1.758e-24 1.758e-24 3.516e-24 S 15 S 9 +2.88030e-03 1.731e-24 1.731e-24 3.462e-24 Mg11 Ni14 +2.87072e-03 1.724e-24 1.724e-24 3.447e-24 Al13 Ar 7 +2.86117e-03 1.714e-24 1.714e-24 3.429e-24 S 15 +2.85165e-03 1.826e-24 1.826e-24 3.652e-24 Fe25 Mn15 +2.84216e-03 2.002e-24 2.002e-24 4.005e-24 S 15 Ar17 +2.83270e-03 1.730e-24 1.730e-24 3.460e-24 Si13 K 5 +2.82327e-03 1.755e-24 1.755e-24 3.510e-24 Si13 Cl17 +2.81388e-03 1.743e-24 1.743e-24 3.487e-24 Si13 Ar17 +2.80452e-03 1.734e-24 1.734e-24 3.468e-24 Al11 Al11 +2.79518e-03 1.755e-24 1.755e-24 3.509e-24 Ni26 K 8 +2.78588e-03 1.747e-24 1.747e-24 3.494e-24 Si12 Ca 2 +2.77661e-03 1.802e-24 1.802e-24 3.603e-24 Fe25 N 3 +2.76737e-03 1.794e-24 1.794e-24 3.588e-24 Fe25 Sc 4 +2.75817e-03 1.866e-24 1.866e-24 3.733e-24 S 15 Cr23 +2.74899e-03 1.830e-24 1.830e-24 3.660e-24 Fe26 +2.73984e-03 1.758e-24 1.758e-24 3.516e-24 S 13 P 10 +2.73072e-03 1.781e-24 1.781e-24 3.563e-24 Si13 Ca 3 +2.72164e-03 1.795e-24 1.795e-24 3.591e-24 Ni26 Cl10 +2.71258e-03 1.768e-24 1.768e-24 3.536e-24 Co26 Cl 9 +2.70355e-03 1.778e-24 1.778e-24 3.556e-24 Ar15 +2.69456e-03 1.821e-24 1.821e-24 3.643e-24 C 6 +2.68559e-03 1.778e-24 1.778e-24 3.556e-24 S 12 K 6 +2.67666e-03 1.781e-24 1.781e-24 3.562e-24 Fe23 Ti 1 +2.66775e-03 1.791e-24 1.791e-24 3.582e-24 Fe26 Zn29 +2.65887e-03 1.797e-24 1.797e-24 3.595e-24 Mg12 Zn13 +2.65003e-03 1.791e-24 1.791e-24 3.583e-24 Fe23 Zn29 +2.64121e-03 1.803e-24 1.803e-24 3.607e-24 Ni26 Ca 7 +2.63242e-03 1.840e-24 1.840e-24 3.679e-24 Ni26 K 9 +2.62366e-03 1.801e-24 1.801e-24 3.603e-24 Fe23 Ca 4 +2.61493e-03 1.805e-24 1.805e-24 3.609e-24 V 22 +2.60623e-03 1.822e-24 1.822e-24 3.644e-24 C 6 N 4 +2.59756e-03 1.812e-24 1.812e-24 3.623e-24 Cl16 Ti 2 +2.58891e-03 1.815e-24 1.815e-24 3.630e-24 Ar15 P 11 +2.58030e-03 1.833e-24 1.833e-24 3.665e-24 C 6 S 10 +2.57171e-03 1.945e-24 1.945e-24 3.891e-24 Ar16 +2.56315e-03 1.832e-24 1.832e-24 3.664e-24 Al13 Ar 9 +2.55463e-03 3.005e-24 3.005e-24 6.010e-24 S 16 +2.54613e-03 1.837e-24 1.837e-24 3.673e-24 Fe26 K 7 +2.53765e-03 1.835e-24 1.835e-24 3.671e-24 O 7 Fe16 +2.52921e-03 1.851e-24 1.851e-24 3.701e-24 C 6 Zn15 +2.52079e-03 1.858e-24 1.858e-24 3.715e-24 Ar18 Ar18 +2.51241e-03 1.861e-24 1.861e-24 3.721e-24 Ni27 Cr24 +2.50405e-03 1.869e-24 1.869e-24 3.737e-24 Ar16 Ca 5 +2.49571e-03 1.985e-24 1.985e-24 3.969e-24 Ar16 Ca 8 +2.48741e-03 1.927e-24 1.927e-24 3.854e-24 Ar16 Sc 6 +2.47913e-03 2.896e-24 2.896e-24 5.793e-24 N 7 K 18 +2.47088e-03 1.997e-24 1.997e-24 3.994e-24 Si14 Zn14 +2.46266e-03 1.870e-24 1.870e-24 3.739e-24 S 13 N 5 +2.45447e-03 1.906e-24 1.906e-24 3.811e-24 Fe22 S 11 +2.44630e-03 1.878e-24 1.878e-24 3.756e-24 Ni27 Ti 4 +2.43816e-03 1.889e-24 1.889e-24 3.778e-24 Si13 +2.43005e-03 1.914e-24 1.914e-24 3.829e-24 S 14 Cl10 +2.42196e-03 1.908e-24 1.908e-24 3.817e-24 S 14 Co16 +2.41390e-03 1.889e-24 1.889e-24 3.779e-24 Ca17 K 8 +2.40587e-03 1.893e-24 1.893e-24 3.785e-24 V 23 Sc 3 +2.39786e-03 1.904e-24 1.904e-24 3.809e-24 O 7 +2.38988e-03 1.916e-24 1.916e-24 3.832e-24 Cr23 Ca 6 +2.38193e-03 1.910e-24 1.910e-24 3.821e-24 Si13 Cu16 +2.37401e-03 1.907e-24 1.907e-24 3.814e-24 N 6 +2.36611e-03 1.911e-24 1.911e-24 3.821e-24 Si12 Si12 +2.35823e-03 2.130e-24 2.130e-24 4.260e-24 Ar16 +2.35039e-03 1.942e-24 1.942e-24 3.885e-24 Fe23 Ca 9 +2.34257e-03 1.924e-24 1.924e-24 3.849e-24 Al13 Cl11 +2.33477e-03 1.940e-24 1.940e-24 3.880e-24 Fe23 Sc 4 +2.32700e-03 1.935e-24 1.935e-24 3.869e-24 Fe25 Fe25 +2.31926e-03 1.938e-24 1.938e-24 3.875e-24 Fe25 S 11 +2.31154e-03 1.981e-24 1.981e-24 3.962e-24 Fe23 Mn25 +2.30385e-03 1.987e-24 1.987e-24 3.973e-24 S 14 O 1 +2.29618e-03 1.960e-24 1.960e-24 3.920e-24 Fe23 Ar10 +2.28854e-03 1.944e-24 1.944e-24 3.888e-24 N 6 K 9 +2.28093e-03 1.977e-24 1.977e-24 3.954e-24 Ar17 +2.27334e-03 1.951e-24 1.951e-24 3.902e-24 Ca19 Ca 7 +2.26577e-03 2.012e-24 2.012e-24 4.024e-24 Fe23 Co17 +2.25823e-03 1.968e-24 1.968e-24 3.936e-24 O 7 V 3 +2.25072e-03 1.973e-24 1.973e-24 3.946e-24 Ca19 Ca19 +2.24323e-03 1.966e-24 1.966e-24 3.932e-24 N 6 N 6 +2.23577e-03 2.006e-24 2.006e-24 4.013e-24 Fe23 Sc 5 +2.22833e-03 1.975e-24 1.975e-24 3.950e-24 Ca19 Ca10 +2.22091e-03 2.121e-24 2.121e-24 4.242e-24 Fe24 O 2 +2.21352e-03 2.109e-24 2.109e-24 4.217e-24 Ar17 P 12 +2.20616e-03 2.045e-24 2.045e-24 4.089e-24 Si14 +2.19882e-03 2.143e-24 2.143e-24 4.287e-24 Fe24 S 12 +2.19150e-03 1.988e-24 1.988e-24 3.976e-24 S 12 Cl11 +2.18421e-03 2.062e-24 2.062e-24 4.123e-24 Fe24 +2.17694e-03 2.008e-24 2.008e-24 4.016e-24 S 15 Ti 1 +2.16970e-03 2.022e-24 2.022e-24 4.044e-24 S 15 K 10 +2.16248e-03 2.035e-24 2.035e-24 4.071e-24 O 7 Ca 8 +2.15528e-03 2.065e-24 2.065e-24 4.129e-24 Al13 Al13 +2.14811e-03 2.010e-24 2.010e-24 4.019e-24 Ca16 Zn16 +2.14096e-03 2.135e-24 2.135e-24 4.271e-24 Fe24 Ti 3 +2.13384e-03 2.026e-24 2.026e-24 4.052e-24 S 15 Sc 6 +2.12674e-03 2.053e-24 2.053e-24 4.106e-24 Si13 O 3 +2.11966e-03 2.076e-24 2.076e-24 4.153e-24 S 15 Sc 9 +2.11261e-03 2.061e-24 2.061e-24 4.122e-24 Ca17 +2.10558e-03 2.028e-24 2.028e-24 4.057e-24 Ca17 +2.09857e-03 2.032e-24 2.032e-24 4.064e-24 Ca16 S 12 +2.09159e-03 2.156e-24 2.156e-24 4.312e-24 N 7 Cl12 +2.08463e-03 2.098e-24 2.098e-24 4.196e-24 Si14 Ti 4 +2.07769e-03 2.041e-24 2.041e-24 4.083e-24 Ca17 Cr 2 +2.07078e-03 2.045e-24 2.045e-24 4.089e-24 Si13 Ar11 +2.06389e-03 2.092e-24 2.092e-24 4.185e-24 S 15 Ca 9 +2.05702e-03 2.051e-24 2.051e-24 4.103e-24 S 13 +2.05017e-03 2.144e-24 2.144e-24 4.287e-24 Fe25 Sc 7 +2.04335e-03 2.332e-24 2.332e-24 4.664e-24 Fe25 Ni18 +2.03655e-03 2.075e-24 2.075e-24 4.150e-24 Fe25 Sc20 +2.02978e-03 2.067e-24 2.067e-24 4.134e-24 K 18 P 13 +2.02302e-03 2.359e-24 2.359e-24 4.717e-24 Ca18 Ti 8 +2.01629e-03 2.280e-24 2.280e-24 4.560e-24 Ar18 O 4 +2.00958e-03 2.074e-24 2.074e-24 4.147e-24 K 18 Sc10 +2.00290e-03 2.163e-24 2.163e-24 4.326e-24 Ca18 Ar12 +1.99623e-03 2.079e-24 2.079e-24 4.159e-24 S 13 +1.98959e-03 2.102e-24 2.102e-24 4.205e-24 Fe25 +1.98297e-03 2.148e-24 2.148e-24 4.295e-24 Ca18 Cl12 +1.97637e-03 2.490e-24 2.490e-24 4.981e-24 Ca18 +1.96979e-03 2.092e-24 2.092e-24 4.184e-24 Ca17 K 12 +1.96324e-03 2.296e-24 2.296e-24 4.592e-24 Ca18 K 11 +1.95671e-03 2.130e-24 2.130e-24 4.260e-24 Ca17 Cr 4 +1.95020e-03 2.138e-24 2.138e-24 4.277e-24 Si14 Sc 8 +1.94371e-03 2.103e-24 2.103e-24 4.206e-24 Ca17 V 1 +1.93724e-03 2.133e-24 2.133e-24 4.265e-24 S 15 +1.93079e-03 2.159e-24 2.159e-24 4.317e-24 Si14 V 3 +1.92437e-03 2.116e-24 2.116e-24 4.233e-24 K 18 Ti 6 +1.91796e-03 2.116e-24 2.116e-24 4.232e-24 O 7 Ti 9 +1.91158e-03 2.126e-24 2.126e-24 4.252e-24 N 7 O 5 +1.90522e-03 2.124e-24 2.124e-24 4.248e-24 Cl16 S 13 +1.89888e-03 1.568e-23 1.568e-23 3.136e-23 O 8 +1.89256e-03 2.287e-24 2.287e-24 4.574e-24 S 16 Mn 1 +1.88627e-03 2.134e-24 2.134e-24 4.268e-24 N 7 Cl13 +1.87999e-03 2.166e-24 2.166e-24 4.332e-24 Fe26 Cr 5 +1.87373e-03 2.331e-24 2.331e-24 4.661e-24 Ca18 +1.86750e-03 2.519e-24 2.519e-24 5.037e-24 Ca18 Ca11 +1.86128e-03 2.198e-24 2.198e-24 4.396e-24 N 7 Sc 9 +1.85509e-03 2.159e-24 2.159e-24 4.319e-24 Si14 Si14 +1.84892e-03 2.177e-24 2.177e-24 4.355e-24 S 15 Mn 2 +1.84277e-03 2.157e-24 2.157e-24 4.314e-24 Ti21 Ti 7 +1.83663e-03 2.169e-24 2.169e-24 4.338e-24 Ca19 P 14 +1.83052e-03 2.173e-24 2.173e-24 4.346e-24 S 15 P 14 +1.82443e-03 2.215e-24 2.215e-24 4.430e-24 Ca19 Ti10 +1.81836e-03 2.172e-24 2.172e-24 4.344e-24 P 15 Mn 3 +1.81231e-03 2.187e-24 2.187e-24 4.374e-24 Cl16 O 6 +1.80628e-03 2.187e-24 2.187e-24 4.374e-24 K 19 Ar13 +1.80027e-03 2.208e-24 2.208e-24 4.416e-24 Ca19 +1.79428e-03 2.202e-24 2.202e-24 4.404e-24 S 15 P 14 +1.78831e-03 2.191e-24 2.191e-24 4.382e-24 Ca19 F 1 +1.78236e-03 2.269e-24 2.269e-24 4.538e-24 Ca19 +1.77643e-03 2.275e-24 2.275e-24 4.549e-24 Ca19 Sc10 +1.77052e-03 2.267e-24 2.267e-24 4.534e-24 Ca19 Ti 8 +1.76462e-03 2.201e-24 2.201e-24 4.403e-24 Fe18 Cr 1 +1.75875e-03 2.230e-24 2.230e-24 4.459e-24 Ni27 +1.75290e-03 2.225e-24 2.225e-24 4.450e-24 S 14 S 14 +1.74707e-03 2.447e-24 2.447e-24 4.895e-24 Fe25 V 9 +1.74125e-03 2.235e-24 2.235e-24 4.469e-24 O 7 F 2 +1.73546e-03 2.230e-24 2.230e-24 4.461e-24 S 15 K 13 +1.72969e-03 2.412e-24 2.412e-24 4.824e-24 Fe25 Cr 3 +1.72393e-03 2.236e-24 2.236e-24 4.471e-24 Fe25 Zn29 +1.71819e-03 2.231e-24 2.231e-24 4.462e-24 O 7 Ar13 +1.71248e-03 2.235e-24 2.235e-24 4.469e-24 S 15 Fe 1 +1.70678e-03 2.245e-24 2.245e-24 4.490e-24 O 7 Ca13 +1.70110e-03 2.281e-24 2.281e-24 4.561e-24 Fe25 Ca12 +1.69544e-03 2.257e-24 2.257e-24 4.514e-24 S 15 Sc11 +1.68980e-03 2.325e-24 2.325e-24 4.649e-24 S 16 Ti 9 +1.68417e-03 2.274e-24 2.274e-24 4.547e-24 Ar17 Zn20 +1.67857e-03 2.258e-24 2.258e-24 4.517e-24 O 7 O 7 +1.67299e-03 2.306e-24 2.306e-24 4.612e-24 Ne 9 V 7 +1.66742e-03 2.271e-24 2.271e-24 4.541e-24 Cl16 Cr 8 +1.66187e-03 2.283e-24 2.283e-24 4.567e-24 S 15 Fe 3 +1.65634e-03 2.303e-24 2.303e-24 4.606e-24 Ne 9 Cl14 +1.65083e-03 2.307e-24 2.307e-24 4.614e-24 Ar17 Ti12 +1.64534e-03 2.288e-24 2.288e-24 4.576e-24 Ti20 +1.63986e-03 2.282e-24 2.282e-24 4.564e-24 S 15 Ar14 +1.63440e-03 2.411e-24 2.411e-24 4.822e-24 Ca20 K 13 +1.62897e-03 2.291e-24 2.291e-24 4.582e-24 Ti20 +1.62355e-03 2.297e-24 2.297e-24 4.594e-24 S 15 S 15 +1.61814e-03 2.289e-24 2.289e-24 4.578e-24 Ar15 Sc12 +1.61276e-03 2.293e-24 2.293e-24 4.587e-24 P 15 P 15 +1.60739e-03 2.395e-24 2.395e-24 4.789e-24 Fe25 F 4 +1.60204e-03 3.983e-24 3.983e-24 7.967e-24 O 8 Zn30 +1.59671e-03 2.374e-24 2.374e-24 4.749e-24 S 15 S 15 +1.59140e-03 2.429e-24 2.429e-24 4.857e-24 Fe25 +1.58610e-03 2.324e-24 2.324e-24 4.648e-24 Fe25 Cr 9 +1.58083e-03 2.318e-24 2.318e-24 4.636e-24 Ti19 Ar14 +1.57557e-03 2.320e-24 2.320e-24 4.640e-24 K 17 K 14 +1.57032e-03 2.318e-24 2.318e-24 4.636e-24 V 19 +1.56510e-03 2.352e-24 2.352e-24 4.704e-24 S 15 Fe 5 +1.55989e-03 2.325e-24 2.325e-24 4.650e-24 Fe20 Mn 3 +1.55470e-03 2.328e-24 2.328e-24 4.656e-24 V 19 Ca13 +1.54953e-03 2.352e-24 2.352e-24 4.704e-24 Ne 9 Ti11 +1.54437e-03 2.401e-24 2.401e-24 4.802e-24 S 16 V 9 +1.53923e-03 2.338e-24 2.338e-24 4.676e-24 Cr23 V 23 +1.53411e-03 2.341e-24 2.341e-24 4.682e-24 Cl15 F 5 +1.52901e-03 2.344e-24 2.344e-24 4.689e-24 Fe20 Mn 4 +1.52392e-03 2.559e-24 2.559e-24 5.117e-24 Fe25 Cr 7 +1.51885e-03 2.656e-24 2.656e-24 5.312e-24 O 8 Ca14 +1.51379e-03 2.419e-24 2.419e-24 4.838e-24 S 16 Mn 8 +1.50876e-03 2.448e-24 2.448e-24 4.896e-24 Fe25 V 12 +1.50374e-03 2.386e-24 2.386e-24 4.772e-24 Ar17 K 14 +1.49873e-03 2.366e-24 2.366e-24 4.732e-24 F 9 +1.49374e-03 2.494e-24 2.494e-24 4.988e-24 S 16 Sc14 +1.48877e-03 2.405e-24 2.405e-24 4.809e-24 Fe25 Sc13 +1.48382e-03 2.539e-24 2.539e-24 5.078e-24 O 8 Ti12 +1.47888e-03 2.484e-24 2.484e-24 4.968e-24 S 16 V 10 +1.47396e-03 2.644e-24 2.644e-24 5.287e-24 Fe25 +1.46906e-03 2.384e-24 2.384e-24 4.767e-24 K 17 Cr 8 +1.46417e-03 2.533e-24 2.533e-24 5.065e-24 O 8 +1.45930e-03 2.476e-24 2.476e-24 4.952e-24 Fe25 F 6 +1.45444e-03 2.497e-24 2.497e-24 4.995e-24 O 8 Fe 7 +1.44960e-03 2.406e-24 2.406e-24 4.811e-24 Ti21 Ar15 +1.44478e-03 2.470e-24 2.470e-24 4.941e-24 O 8 V 13 +1.43997e-03 2.662e-24 2.662e-24 5.324e-24 Fe25 K 15 +1.43518e-03 2.506e-24 2.506e-24 5.011e-24 O 8 Ca14 +1.43040e-03 2.410e-24 2.410e-24 4.820e-24 Fe20 +1.42564e-03 2.502e-24 2.502e-24 5.004e-24 Fe25 Ne 1 +1.42090e-03 2.453e-24 2.453e-24 4.906e-24 O 8 Ti13 +1.41617e-03 2.452e-24 2.452e-24 4.904e-24 Ti21 V 11 +1.41146e-03 2.551e-24 2.551e-24 5.102e-24 Ca18 Cr 9 +1.40676e-03 2.487e-24 2.487e-24 4.975e-24 Ca18 Cl16 +1.40208e-03 2.550e-24 2.550e-24 5.100e-24 Fe21 Ne 2 +1.39742e-03 2.470e-24 2.470e-24 4.940e-24 Fe26 Fe 4 +1.39277e-03 2.463e-24 2.463e-24 4.927e-24 Fe22 F 7 +1.38813e-03 2.471e-24 2.471e-24 4.942e-24 V 21 K 15 +1.38351e-03 2.486e-24 2.486e-24 4.971e-24 V 21 V 14 +1.37891e-03 2.495e-24 2.495e-24 4.991e-24 Fe21 +1.37432e-03 2.479e-24 2.479e-24 4.957e-24 Cl16 Cl16 +1.36975e-03 2.608e-24 2.608e-24 5.215e-24 Ne 9 Sc14 +1.36519e-03 2.560e-24 2.560e-24 5.120e-24 Fe22 Co 6 +1.36065e-03 2.487e-24 2.487e-24 4.973e-24 Fe22 V 12 +1.35612e-03 2.655e-24 2.655e-24 5.310e-24 Cr22 Ne 3 +1.35161e-03 2.639e-24 2.639e-24 5.278e-24 Fe21 Ar16 +1.34711e-03 2.537e-24 2.537e-24 5.073e-24 Ca19 Fe 9 +1.34263e-03 2.596e-24 2.596e-24 5.192e-24 Ne 9 Mn 8 +1.33816e-03 2.577e-24 2.577e-24 5.155e-24 Cr22 Sc15 +1.33371e-03 2.526e-24 2.526e-24 5.051e-24 Ar18 +1.32927e-03 2.801e-24 2.801e-24 5.601e-24 Cr22 Cr13 +1.32485e-03 2.855e-24 2.855e-24 5.709e-24 Fe22 Ca15 +1.32044e-03 2.672e-24 2.672e-24 5.345e-24 Ca19 Fe 6 +1.31604e-03 2.677e-24 2.677e-24 5.355e-24 Cr22 Ti15 +1.31167e-03 2.605e-24 2.605e-24 5.210e-24 Cr21 Ti14 +1.30730e-03 2.654e-24 2.654e-24 5.307e-24 Cr21 Ne 4 +1.30295e-03 2.533e-24 2.533e-24 5.066e-24 Fe21 Cr11 +1.29861e-03 2.534e-24 2.534e-24 5.069e-24 Fe25 F 8 +1.29429e-03 2.824e-24 2.824e-24 5.648e-24 Fe22 Fe10 +1.28999e-03 2.571e-24 2.571e-24 5.142e-24 Ca19 +1.28569e-03 2.581e-24 2.581e-24 5.162e-24 Fe20 Fe25 +1.28142e-03 2.719e-24 2.719e-24 5.439e-24 Fe21 K 16 +1.27715e-03 3.277e-24 3.277e-24 6.553e-24 Fe22 Fe 7 +1.27290e-03 2.543e-24 2.543e-24 5.086e-24 Fe21 Ca16 +1.26867e-03 2.606e-24 2.606e-24 5.211e-24 Fe23 Sc15 +1.26445e-03 2.926e-24 2.926e-24 5.852e-24 Fe23 Ar17 +1.26024e-03 2.835e-24 2.835e-24 5.671e-24 Cr22 +1.25604e-03 2.573e-24 2.573e-24 5.146e-24 Fe20 Ne 5 +1.25187e-03 2.653e-24 2.653e-24 5.306e-24 Fe22 Cr12 +1.24770e-03 2.672e-24 2.672e-24 5.343e-24 Fe23 Mn10 +1.24355e-03 2.877e-24 2.877e-24 5.754e-24 Fe23 Fe11 +1.23941e-03 2.875e-24 2.875e-24 5.750e-24 Fe22 +1.23529e-03 2.783e-24 2.783e-24 5.565e-24 Fe23 Fe 8 +1.23118e-03 2.626e-24 2.626e-24 5.252e-24 Fe22 Ca16 +1.22708e-03 3.437e-24 3.437e-24 6.875e-24 Fe21 Sc16 +1.22300e-03 2.795e-24 2.795e-24 5.589e-24 Fe22 +1.21893e-03 2.995e-24 2.995e-24 5.991e-24 Fe22 Ar17 +1.21487e-03 1.943e-23 1.943e-23 3.886e-23 Ne10 Ti15 +1.21083e-03 2.767e-24 2.767e-24 5.534e-24 Fe22 Co 6 +1.20680e-03 2.639e-24 2.639e-24 5.279e-24 Cr23 Cr13 +1.20278e-03 2.950e-24 2.950e-24 5.901e-24 Fe23 Ne 6 +1.19878e-03 2.864e-24 2.864e-24 5.728e-24 Mn22 K 17 +1.19479e-03 3.130e-24 3.130e-24 6.261e-24 Fe22 Fe 9 +1.19082e-03 2.818e-24 2.818e-24 5.636e-24 Fe22 Ni 3 +1.18685e-03 2.775e-24 2.775e-24 5.550e-24 Fe22 Ti16 +1.18290e-03 3.014e-24 3.014e-24 6.028e-24 Fe23 Co10 +1.17897e-03 2.919e-24 2.919e-24 5.838e-24 Fe22 Mn14 +1.17505e-03 1.687e-23 1.687e-23 3.375e-23 Fe23 Sc16 +1.17114e-03 2.909e-24 2.909e-24 5.818e-24 Fe23 V 16 +1.16724e-03 2.747e-24 2.747e-24 5.493e-24 Fe22 V 15 +1.16335e-03 2.704e-24 2.704e-24 5.408e-24 Fe23 Zn 2 +1.15948e-03 2.892e-24 2.892e-24 5.784e-24 Fe22 Cr14 +1.15563e-03 2.926e-24 2.926e-24 5.852e-24 Mn23 Cu 6 +1.15178e-03 2.907e-24 2.907e-24 5.813e-24 Fe22 Ne 7 +1.14795e-03 3.156e-24 3.156e-24 6.312e-24 Fe22 Na 1 +1.14413e-03 1.392e-23 1.392e-23 2.784e-23 Fe24 +1.14032e-03 2.717e-24 2.717e-24 5.434e-24 Fe22 Ca17 +1.13653e-03 2.679e-24 2.679e-24 5.358e-24 Fe22 Ni 9 +1.13274e-03 3.239e-24 3.239e-24 6.479e-24 Fe23 Sc17 +1.12898e-03 2.874e-24 2.874e-24 5.747e-24 Fe23 Na 2 +1.12522e-03 7.362e-24 7.362e-24 1.472e-23 Fe24 Zn 4 +1.12147e-03 2.664e-24 2.664e-24 5.328e-24 Ar18 Cu 1 +1.11774e-03 2.507e-23 2.507e-23 5.013e-23 Fe24 Cr15 +1.11402e-03 2.646e-24 2.646e-24 5.293e-24 K 18 Ni 6 +1.11032e-03 2.660e-24 2.660e-24 5.321e-24 Mn24 Na 3 +1.10662e-03 2.663e-24 2.663e-24 5.327e-24 Fe24 +1.10294e-03 1.815e-23 1.815e-23 3.629e-23 Fe24 Ne 8 +1.09927e-03 9.401e-24 9.401e-24 1.880e-23 Fe23 Cu 3 +1.09561e-03 2.661e-24 2.661e-24 5.323e-24 K 19 Sc17 +1.09197e-03 2.740e-24 2.740e-24 5.481e-24 Fe23 Cu 8 +1.08833e-03 2.677e-24 2.677e-24 5.355e-24 Mn24 Ni 7 +1.08471e-03 2.706e-24 2.706e-24 5.411e-24 Mg11 Na 4 +1.08110e-03 2.725e-24 2.725e-24 5.450e-24 Ca20 V 16 +1.07750e-03 2.710e-24 2.710e-24 5.421e-24 Ne 9 +1.07392e-03 2.681e-24 2.681e-24 5.361e-24 Ni25 Mn14 +1.07035e-03 2.695e-24 2.695e-24 5.389e-24 Ca18 Ca18 +1.06678e-03 1.231e-23 1.231e-23 2.462e-23 Fe24 Co10 +1.06323e-03 2.076e-23 2.076e-23 4.152e-23 Fe24 V 17 +1.05970e-03 2.779e-24 2.779e-24 5.558e-24 Fe25 +1.05617e-03 2.717e-24 2.717e-24 5.435e-24 Fe24 Ni 8 +1.05266e-03 2.750e-24 2.750e-24 5.500e-24 Co25 Ti17 +1.04915e-03 4.091e-24 4.091e-24 8.183e-24 Fe25 Fe15 +1.04566e-03 2.716e-24 2.716e-24 5.433e-24 Ni25 Na 5 +1.04218e-03 2.715e-24 2.715e-24 5.431e-24 Mn25 Cr16 +1.03872e-03 2.700e-24 2.700e-24 5.401e-24 V 21 Mn15 +1.03526e-03 4.807e-24 4.807e-24 9.613e-24 Fe25 Ne 9 +1.03181e-03 2.769e-24 2.769e-24 5.537e-24 Co25 Cu 6 +1.02838e-03 3.580e-24 3.580e-24 7.160e-24 Ni25 Ni12 +1.02496e-03 3.737e-24 3.737e-24 7.475e-24 Ne10 Ni 9 +1.02155e-03 4.081e-24 4.081e-24 8.162e-24 Fe25 Sc18 +1.01815e-03 3.118e-24 3.118e-24 6.236e-24 Na10 Fe16 +1.01476e-03 2.748e-24 2.748e-24 5.497e-24 Co25 Ti18 +1.01138e-03 2.864e-24 2.864e-24 5.729e-24 Ni25 V 17 +1.00802e-03 2.740e-24 2.740e-24 5.480e-24 Ni25 Na 6 +1.00466e-03 2.720e-24 2.720e-24 5.441e-24 K 19 K 19 +1.00132e-03 3.798e-24 3.798e-24 7.596e-24 Fe25 Mn16 +9.97990e-04 4.252e-24 4.252e-24 8.505e-24 Ni25 Co12 +9.94669e-04 2.740e-24 2.740e-24 5.479e-24 Ca19 Ca19 +9.91359e-04 2.737e-24 2.737e-24 5.475e-24 Cr22 Ni10 +9.88061e-04 2.796e-24 2.796e-24 5.592e-24 Cr22 +9.84773e-04 2.775e-24 2.775e-24 5.550e-24 Co25 Ti18 +9.81496e-04 2.797e-24 2.797e-24 5.594e-24 Fe21 Fe17 +9.78230e-04 2.786e-24 2.786e-24 5.573e-24 Ca19 Co15 +9.74975e-04 2.847e-24 2.847e-24 5.694e-24 Ni25 +9.71731e-04 3.723e-24 3.723e-24 7.446e-24 Ni26 Cr17 +9.68497e-04 2.764e-24 2.764e-24 5.529e-24 Fe21 Na 7 +9.65275e-04 2.745e-24 2.745e-24 5.490e-24 Ni25 Cu29 +9.62063e-04 2.988e-24 2.988e-24 5.976e-24 Fe26 Sc19 +9.58862e-04 2.786e-24 2.786e-24 5.571e-24 Ni25 Ni11 +9.55671e-04 3.346e-24 3.346e-24 6.693e-24 Ni26 Cr18 +9.52491e-04 4.176e-24 4.176e-24 8.352e-24 Ni26 Cu 9 +9.49322e-04 2.942e-24 2.942e-24 5.883e-24 Ne10 Cu12 +9.46163e-04 2.901e-24 2.901e-24 5.802e-24 Fe21 Mg 1 +9.43014e-04 2.821e-24 2.821e-24 5.641e-24 Fe23 Mn18 +9.39877e-04 3.640e-24 3.640e-24 7.280e-24 Ni26 Mg 2 +9.36749e-04 3.366e-24 3.366e-24 6.732e-24 Ni25 Zn 7 +9.33632e-04 3.538e-24 3.538e-24 7.076e-24 Ni25 Fe16 +9.30525e-04 3.203e-24 3.203e-24 6.406e-24 Mg11 Co14 +9.27429e-04 2.792e-24 2.792e-24 5.585e-24 Fe22 Na 8 +9.24343e-04 3.069e-24 3.069e-24 6.138e-24 TOTL Cu13 +9.21267e-04 2.840e-24 2.840e-24 5.680e-24 Ne10 Ti19 +9.18202e-04 3.154e-24 3.154e-24 6.308e-24 Mg11 +9.15147e-04 2.781e-24 2.781e-24 5.562e-24 Fe22 Mg 4 +9.12101e-04 2.794e-24 2.794e-24 5.588e-24 Fe23 Cr18 +9.09066e-04 3.471e-24 3.471e-24 6.943e-24 Ne10 Co17 +9.06041e-04 4.249e-24 4.249e-24 8.497e-24 Ni26 Ca20 +9.03027e-04 2.818e-24 2.818e-24 5.636e-24 Fe23 Fe17 +9.00022e-04 2.861e-24 2.861e-24 5.722e-24 Cr23 Co15 +8.97027e-04 3.284e-24 3.284e-24 6.568e-24 Fe22 Sc20 +8.94042e-04 2.806e-24 2.806e-24 5.612e-24 Fe23 Na 9 +8.91067e-04 3.439e-24 3.439e-24 6.879e-24 Fe23 +8.88102e-04 2.816e-24 2.816e-24 5.631e-24 Ni27 V 19 +8.85147e-04 2.912e-24 2.912e-24 5.823e-24 Fe21 Mg 5 +8.82202e-04 4.541e-24 4.541e-24 9.083e-24 Fe23 Ni16 +8.79266e-04 2.821e-24 2.821e-24 5.642e-24 Ni27 +8.76340e-04 2.842e-24 2.842e-24 5.685e-24 Fe22 Mn18 +8.73424e-04 2.961e-24 2.961e-24 5.922e-24 Ni27 Ni14 +8.70518e-04 3.038e-24 3.038e-24 6.076e-24 Fe22 Ti20 +8.67621e-04 3.231e-24 3.231e-24 6.462e-24 Si13 Cu12 +8.64734e-04 2.838e-24 2.838e-24 5.676e-24 Si13 Zn10 +8.61857e-04 3.037e-24 3.037e-24 6.074e-24 Fe23 Mn19 +8.58989e-04 2.861e-24 2.861e-24 5.723e-24 Ni27 +8.56131e-04 3.026e-24 3.026e-24 6.051e-24 Fe23 Mg 6 +8.53282e-04 2.976e-24 2.976e-24 5.952e-24 Fe23 +8.50443e-04 2.838e-24 2.838e-24 5.675e-24 Mg11 Fe18 +8.47613e-04 2.824e-24 2.824e-24 5.648e-24 Na10 Na10 +8.44793e-04 2.871e-24 2.871e-24 5.741e-24 Na11 Co17 +8.41982e-04 1.481e-23 1.481e-23 2.962e-23 Mg12 Ni15 +8.39180e-04 2.826e-24 2.826e-24 5.653e-24 Fe22 +8.36387e-04 4.055e-24 4.055e-24 8.109e-24 Fe24 Zn11 +8.33604e-04 2.877e-24 2.877e-24 5.754e-24 Fe22 V 20 +8.30831e-04 7.668e-24 7.668e-24 1.534e-23 Fe24 +8.28066e-04 3.460e-24 3.460e-24 6.920e-24 Fe24 Cr20 +8.25311e-04 2.844e-24 2.844e-24 5.688e-24 Si13 Mg 7 +8.22564e-04 4.252e-24 4.252e-24 8.505e-24 Fe24 Co19 +8.19827e-04 2.848e-24 2.848e-24 5.697e-24 Fe23 Ti21 +8.17099e-04 2.895e-24 2.895e-24 5.791e-24 Fe22 Co18 +8.14380e-04 2.846e-24 2.846e-24 5.693e-24 Fe22 Cu14 +8.11671e-04 2.857e-24 2.857e-24 5.713e-24 Mn24 Zn12 +8.08970e-04 2.997e-24 2.997e-24 5.994e-24 Fe22 +8.06278e-04 2.873e-24 2.873e-24 5.746e-24 Cr22 Cr20 +8.03595e-04 2.844e-24 2.844e-24 5.689e-24 Fe23 Ni19 +8.00921e-04 2.999e-24 2.999e-24 5.998e-24 Si13 Zn15 +7.98256e-04 7.684e-24 7.684e-24 1.537e-23 Fe24 Cu17 +7.95600e-04 2.844e-24 2.844e-24 5.688e-24 Fe23 Mg 8 +7.92953e-04 3.088e-24 3.088e-24 6.176e-24 Fe23 Cu15 +7.90314e-04 2.853e-24 2.853e-24 5.705e-24 Cr23 Al 1 +7.87684e-04 3.385e-24 3.385e-24 6.770e-24 Fe23 Zn13 +7.85063e-04 3.246e-24 3.246e-24 6.492e-24 Mg11 Fe20 +7.82451e-04 2.865e-24 2.865e-24 5.730e-24 Cr22 Al 3 +7.79847e-04 2.950e-24 2.950e-24 5.901e-24 TOTL +7.77252e-04 3.186e-24 3.186e-24 6.373e-24 Fe25 Mn20 +7.74666e-04 2.931e-24 2.931e-24 5.862e-24 Al12 Co20 +7.72088e-04 2.995e-24 2.995e-24 5.990e-24 Fe23 Al 4 +7.69519e-04 3.451e-24 3.451e-24 6.903e-24 Fe23 Zn14 +7.66959e-04 2.931e-24 2.931e-24 5.862e-24 Fe23 Mg 9 +7.64407e-04 2.951e-24 2.951e-24 5.903e-24 Fe25 +7.61863e-04 3.392e-24 3.392e-24 6.784e-24 Fe25 +7.59328e-04 2.861e-24 2.861e-24 5.721e-24 Co25 Al 5 +7.56801e-04 2.857e-24 2.857e-24 5.713e-24 Zn29 +7.54283e-04 2.860e-24 2.860e-24 5.720e-24 Mn24 Mn21 +7.51773e-04 2.857e-24 2.857e-24 5.713e-24 Na11 Fe20 +7.49272e-04 3.140e-24 3.140e-24 6.280e-24 Fe25 Cu19 +7.46778e-04 4.165e-24 4.165e-24 8.331e-24 Fe23 V 22 +7.44294e-04 3.857e-24 3.857e-24 7.715e-24 Fe24 +7.41817e-04 2.875e-24 2.875e-24 5.749e-24 Si13 Ni19 +7.39349e-04 2.989e-24 2.989e-24 5.977e-24 Fe24 Mg10 +7.36888e-04 3.333e-24 3.333e-24 6.666e-24 Fe24 +7.34436e-04 2.860e-24 2.860e-24 5.719e-24 Fe21 Al 6 +7.31993e-04 2.929e-24 2.929e-24 5.859e-24 Mg11 +7.29557e-04 2.860e-24 2.860e-24 5.720e-24 V 22 V 22 +7.27129e-04 2.873e-24 2.873e-24 5.747e-24 Al12 Zn18 +7.24710e-04 2.860e-24 2.860e-24 5.721e-24 LyEx Co20 +7.22298e-04 2.889e-24 2.889e-24 5.779e-24 Mg11 Zn16 +7.19895e-04 2.861e-24 2.861e-24 5.721e-24 Cr22 Cr22 +7.17499e-04 5.643e-24 5.643e-24 1.129e-23 Al13 +7.15112e-04 2.878e-24 2.878e-24 5.756e-24 Mn23 Co21 +7.12732e-04 3.016e-24 3.016e-24 6.031e-24 Ni26 Al 7 +7.10361e-04 4.111e-24 4.111e-24 8.222e-24 Mg12 Fe21 +7.07997e-04 3.049e-24 3.049e-24 6.097e-24 Ni26 +7.05641e-04 2.909e-24 2.909e-24 5.817e-24 Ni26 Ni20 +7.03293e-04 2.863e-24 2.863e-24 5.727e-24 Mg11 Mg11 +7.00953e-04 2.967e-24 2.967e-24 5.934e-24 Ni26 +6.98621e-04 2.864e-24 2.864e-24 5.727e-24 P 14 Cu19 +6.96296e-04 2.860e-24 2.860e-24 5.721e-24 Fe23 +6.93979e-04 3.029e-24 3.029e-24 6.058e-24 Fe25 Mn22 +6.91670e-04 2.860e-24 2.860e-24 5.720e-24 Cu21 Cu21 +6.89368e-04 2.897e-24 2.897e-24 5.795e-24 Fe22 Al 8 +6.87074e-04 3.126e-24 3.126e-24 6.252e-24 Fe25 Co21 +6.84788e-04 2.861e-24 2.861e-24 5.723e-24 Cr24 V 23 +6.82510e-04 3.049e-24 3.049e-24 6.098e-24 Ni26 Zn20 +6.80238e-04 3.283e-24 3.283e-24 6.567e-24 Fe25 Cr23 +6.77975e-04 2.861e-24 2.861e-24 5.723e-24 Cr23 Cu20 +6.75719e-04 2.858e-24 2.858e-24 5.715e-24 Mg12 +6.73471e-04 5.261e-24 5.261e-24 1.052e-23 Si13 +6.71230e-04 3.041e-24 3.041e-24 6.083e-24 Fe25 Si 1 +6.68996e-04 3.894e-24 3.894e-24 7.787e-24 TOTL Si 3 +6.66770e-04 3.293e-24 3.293e-24 6.586e-24 S 15 Al 9 +6.64551e-04 4.942e-24 4.942e-24 9.885e-24 Si13 Si 4 +6.62340e-04 2.853e-24 2.853e-24 5.707e-24 Si 4 Ni21 +6.60136e-04 2.864e-24 2.864e-24 5.728e-24 Mn23 Mn23 +6.57940e-04 2.987e-24 2.987e-24 5.974e-24 Mg12 Si 5 +6.55750e-04 3.035e-24 3.035e-24 6.071e-24 Fe25 Ni22 +6.53568e-04 2.850e-24 2.850e-24 5.699e-24 Si11 +6.51393e-04 2.902e-24 2.902e-24 5.804e-24 Ni27 Cu22 +6.49226e-04 3.284e-24 3.284e-24 6.568e-24 Mg12 Co22 +6.47066e-04 2.846e-24 2.846e-24 5.693e-24 P 14 +6.44913e-04 3.189e-24 3.189e-24 6.378e-24 Fe25 Cu21 +6.42767e-04 2.905e-24 2.905e-24 5.810e-24 Fe25 Al10 +6.40628e-04 2.942e-24 2.942e-24 5.884e-24 Mg12 Zn20 +6.38496e-04 3.014e-24 3.014e-24 6.029e-24 Mg12 +6.36372e-04 3.036e-24 3.036e-24 6.072e-24 Fe23 Si 6 +6.34254e-04 3.217e-24 3.217e-24 6.433e-24 Fe25 Zn22 +6.32144e-04 2.862e-24 2.862e-24 5.724e-24 Mg12 Co23 +6.30040e-04 2.860e-24 2.860e-24 5.720e-24 Co26 Ni22 +6.27944e-04 3.098e-24 3.098e-24 6.195e-24 Mn24 Cr24 +6.25854e-04 3.091e-24 3.091e-24 6.183e-24 Si13 +6.23772e-04 3.224e-24 3.224e-24 6.447e-24 Fe25 Mn24 +6.21696e-04 2.967e-24 2.967e-24 5.935e-24 Fe25 Al11 +6.19627e-04 2.850e-24 2.850e-24 5.700e-24 Co26 Si 7 +6.17566e-04 3.283e-23 3.283e-23 6.566e-23 Si14 Ni23 +6.15511e-04 3.055e-24 3.055e-24 6.110e-24 Fe25 Co23 +6.13463e-04 3.457e-24 3.457e-24 6.914e-24 Fe25 Mn24 +6.11421e-04 3.088e-24 3.088e-24 6.176e-24 Fe25 +6.09387e-04 2.844e-24 2.844e-24 5.688e-24 P 8 Cu22 +6.07359e-04 3.117e-24 3.117e-24 6.235e-24 Fe25 Cu23 +6.05338e-04 3.022e-24 3.022e-24 6.045e-24 Fe24 Fe24 +6.03324e-04 3.074e-24 3.074e-24 6.148e-24 Fe25 Si 8 +6.01316e-04 3.270e-24 3.270e-24 6.539e-24 Fe25 +5.99315e-04 2.848e-24 2.848e-24 5.695e-24 Zn23 Zn23 +5.97321e-04 3.052e-24 3.052e-24 6.104e-24 Fe25 Ni23 +5.95334e-04 2.846e-24 2.846e-24 5.691e-24 Al12 Al12 +5.93353e-04 3.093e-24 3.093e-24 6.186e-24 Fe25 Zn22 +5.91378e-04 2.843e-24 2.843e-24 5.686e-24 P 11 +5.89410e-04 3.104e-24 3.104e-24 6.208e-24 Fe25 +5.87449e-04 2.841e-24 2.841e-24 5.681e-24 LyEx +5.85494e-04 2.839e-24 2.839e-24 5.679e-24 Co24 Co24 +5.83546e-04 2.916e-24 2.916e-24 5.831e-24 Ni27 Si 9 +5.81604e-04 2.876e-24 2.876e-24 5.752e-24 Ni24 Ni24 +5.79669e-04 2.862e-24 2.862e-24 5.723e-24 TOTL +5.77740e-04 2.834e-24 2.834e-24 5.668e-24 Fe25 Mn25 +5.75818e-04 2.875e-24 2.875e-24 5.750e-24 P 14 P 1 +5.73902e-04 2.882e-24 2.882e-24 5.765e-24 Fe25 Fe25 +5.71992e-04 3.284e-24 3.284e-24 6.567e-24 S 15 +5.70089e-04 2.881e-24 2.881e-24 5.762e-24 Fe26 P 4 +5.68192e-04 5.706e-24 5.706e-24 1.141e-23 Si13 Ni24 +5.66301e-04 2.825e-24 2.825e-24 5.650e-24 Fe25 P 5 +5.64417e-04 2.833e-24 2.833e-24 5.666e-24 Cl16 Si10 +5.62539e-04 2.855e-24 2.855e-24 5.709e-24 Fe26 +5.60667e-04 2.833e-24 2.833e-24 5.665e-24 Al13 P 6 +5.58801e-04 2.818e-24 2.818e-24 5.637e-24 Co25 Co25 +5.56942e-04 2.849e-24 2.849e-24 5.698e-24 Fe26 +5.55089e-04 2.815e-24 2.815e-24 5.629e-24 Zn29 +5.53242e-04 2.836e-24 2.836e-24 5.673e-24 Al13 +5.51401e-04 2.811e-24 2.811e-24 5.621e-24 Al13 +5.49566e-04 2.840e-24 2.840e-24 5.680e-24 Al13 Cu24 +5.47737e-04 2.807e-24 2.807e-24 5.615e-24 Ni28 +5.45915e-04 2.809e-24 2.809e-24 5.618e-24 P 14 Si11 +5.44098e-04 2.806e-24 2.806e-24 5.612e-24 Cl16 P 7 +5.42288e-04 2.802e-24 2.802e-24 5.605e-24 P 14 +5.40483e-04 3.813e-24 3.813e-24 7.625e-24 Si13 Ni25 +5.38685e-04 3.196e-24 3.196e-24 6.392e-24 Al13 Al13 +5.36892e-04 2.796e-24 2.796e-24 5.592e-24 S 2 Zn24 +5.35106e-04 2.794e-24 2.794e-24 5.588e-24 Fe26 Fe26 +5.33325e-04 2.791e-24 2.791e-24 5.583e-24 Zn30 +5.31551e-04 2.789e-24 2.789e-24 5.578e-24 S 9 Si12 +5.29782e-04 2.786e-24 2.786e-24 5.573e-24 Co26 P 8 +5.28019e-04 3.272e-24 3.272e-24 6.545e-24 Si13 +5.26262e-04 2.781e-24 2.781e-24 5.562e-24 S 10 +5.24511e-04 2.779e-24 2.779e-24 5.557e-24 Zn25 Cu25 +5.22766e-04 2.892e-24 2.892e-24 5.783e-24 Si13 Co26 +5.21026e-04 5.844e-24 5.844e-24 1.169e-23 Si14 +5.19292e-04 2.841e-24 2.841e-24 5.683e-24 Si13 +5.17564e-04 2.769e-24 2.769e-24 5.538e-24 Ni26 Ni26 +5.15842e-04 2.817e-24 2.817e-24 5.634e-24 Si13 P 9 +5.14126e-04 2.915e-24 2.915e-24 5.829e-24 Si13 +5.12415e-04 2.775e-24 2.775e-24 5.549e-24 S 14 +5.10710e-04 7.514e-24 7.514e-24 1.503e-23 S 15 +5.09011e-04 2.893e-24 2.893e-24 5.786e-24 Si13 Si13 +5.07317e-04 4.680e-24 4.680e-24 9.361e-24 TOTL +5.05629e-04 3.801e-24 3.801e-24 7.601e-24 S 15 +5.03946e-04 7.451e-24 7.451e-24 1.490e-23 S 15 Cu26 +5.02269e-04 2.744e-24 2.744e-24 5.488e-24 S 2 +5.00598e-04 2.742e-24 2.742e-24 5.483e-24 Zn26 P 10 +4.98932e-04 2.738e-24 2.738e-24 5.475e-24 Ni27 S 3 +4.97272e-04 2.734e-24 2.734e-24 5.469e-24 Zn29 +4.95617e-04 2.731e-24 2.731e-24 5.462e-24 Ni27 S 4 +4.93968e-04 3.116e-24 3.116e-24 6.232e-24 Si14 +4.92325e-04 2.784e-24 2.784e-24 5.568e-24 P 14 S 5 +4.90686e-04 2.721e-24 2.721e-24 5.441e-24 Ni27 Ni27 +4.89054e-04 2.717e-24 2.717e-24 5.434e-24 S 6 +4.87426e-04 2.714e-24 2.714e-24 5.427e-24 S 6 +4.85804e-04 2.771e-24 2.771e-24 5.541e-24 Ar17 P 11 +4.84188e-04 2.706e-24 2.706e-24 5.413e-24 Ni27 Ni27 +4.82577e-04 2.899e-24 2.899e-24 5.798e-24 Si14 S 7 +4.80971e-04 2.699e-24 2.699e-24 5.398e-24 +4.79371e-04 3.172e-24 3.172e-24 6.344e-24 S 15 Cu27 +4.77776e-04 3.043e-24 3.043e-24 6.086e-24 Si14 +4.76186e-04 2.906e-24 2.906e-24 5.812e-24 S 15 +4.74601e-04 2.682e-24 2.682e-24 5.364e-24 Si14 +4.73022e-04 3.153e-23 3.153e-23 6.307e-23 S 16 +4.71448e-04 2.962e-24 2.962e-24 5.923e-24 Si14 P 12 +4.69879e-04 2.954e-24 2.954e-24 5.908e-24 Si14 S 8 +4.68316e-04 3.046e-24 3.046e-24 6.092e-24 Si14 Zn27 +4.66757e-04 2.667e-24 2.667e-24 5.334e-24 Cu29 +4.65204e-04 2.663e-24 2.663e-24 5.327e-24 Cu28 Cu28 +4.63656e-04 2.691e-24 2.691e-24 5.382e-24 Si14 Si14 +4.62114e-04 2.707e-24 2.707e-24 5.415e-24 Zn29 Cu28 +4.60576e-04 2.704e-24 2.704e-24 5.408e-24 Zn29 Ni28 +4.59043e-04 2.701e-24 2.701e-24 5.401e-24 LyEx S 9 +4.57516e-04 2.705e-24 2.705e-24 5.409e-24 P 14 P 13 +4.55993e-04 2.694e-24 2.694e-24 5.388e-24 Zn29 +4.54476e-04 2.731e-24 2.731e-24 5.463e-24 P 15 +4.52964e-04 2.771e-24 2.771e-24 5.543e-24 Ar17 +4.51457e-04 2.715e-24 2.715e-24 5.431e-24 Ar17 Cu28 +4.49954e-04 2.769e-24 2.769e-24 5.538e-24 Cl16 +4.48457e-04 2.676e-24 2.676e-24 5.353e-24 Cl15 +4.46965e-04 2.740e-24 2.740e-24 5.480e-24 TOTL +4.45478e-04 2.669e-24 2.669e-24 5.339e-24 Zn28 S 10 +4.43995e-04 2.753e-24 2.753e-24 5.506e-24 Cl16 +4.42518e-04 2.662e-24 2.662e-24 5.325e-24 Zn29 +4.41045e-04 2.659e-24 2.659e-24 5.317e-24 Zn29 +4.39578e-04 2.655e-24 2.655e-24 5.310e-24 P 14 P 14 +4.38115e-04 2.651e-24 2.651e-24 5.302e-24 Cl14 Cl 1 +4.36657e-04 2.650e-24 2.650e-24 5.301e-24 K 18 Cl 3 +4.35204e-04 2.643e-24 2.643e-24 5.287e-24 Zn30 Cl 4 +4.33756e-04 2.640e-24 2.640e-24 5.279e-24 Cl 8 S 11 +4.32313e-04 2.636e-24 2.636e-24 5.271e-24 Zn29 Zn29 +4.30874e-04 2.757e-24 2.757e-24 5.515e-24 S 15 Cl 5 +4.29441e-04 9.141e-24 9.141e-24 1.828e-23 S 15 Zn29 +4.28012e-04 2.624e-24 2.624e-24 5.248e-24 Cu29 Cl 6 +4.26588e-04 2.620e-24 2.620e-24 5.240e-24 Zn30 +4.25168e-04 2.616e-24 2.616e-24 5.232e-24 Zn29 Zn29 +4.23753e-04 2.620e-24 2.620e-24 5.239e-24 Cl16 Cl 7 +4.22343e-04 2.611e-24 2.611e-24 5.222e-24 Cl16 +4.20938e-04 2.607e-24 2.607e-24 5.215e-24 P 15 S 12 +4.19537e-04 2.933e-24 2.933e-24 5.866e-24 Cl17 Cl 8 +4.18141e-04 2.595e-24 2.595e-24 5.190e-24 +4.16750e-04 2.591e-24 2.591e-24 5.182e-24 Zn30 +4.15363e-04 2.595e-24 2.595e-24 5.190e-24 P 15 +4.13981e-04 2.582e-24 2.582e-24 5.165e-24 Ar11 +4.12604e-04 2.588e-24 2.588e-24 5.176e-24 P 15 +4.11231e-04 2.574e-24 2.574e-24 5.148e-24 Ar12 +4.09862e-04 2.569e-24 2.569e-24 5.139e-24 LyEx S 13 +4.08498e-04 4.931e-24 4.931e-24 9.861e-24 S 15 +4.07139e-04 2.571e-24 2.571e-24 5.142e-24 Ar16 +4.05784e-04 2.561e-24 2.561e-24 5.122e-24 K 18 +4.04434e-04 2.552e-24 2.552e-24 5.103e-24 P 15 P 15 +4.03088e-04 2.547e-24 2.547e-24 5.095e-24 Ar15 +4.01747e-04 2.545e-24 2.545e-24 5.091e-24 Ar16 +4.00410e-04 3.593e-24 3.593e-24 7.186e-24 S 15 Cl10 +3.99078e-04 7.254e-24 7.254e-24 1.451e-23 S 16 S 14 +3.97750e-04 2.618e-24 2.618e-24 5.235e-24 Ar16 +3.96427e-04 4.040e-24 4.040e-24 8.080e-24 TOTL +3.95107e-04 4.586e-24 4.586e-24 9.173e-24 Ar17 +3.93793e-04 2.515e-24 2.515e-24 5.030e-24 S 15 +3.92482e-04 2.696e-24 2.696e-24 5.391e-24 S 15 +3.91176e-04 2.506e-24 2.506e-24 5.011e-24 LyEx +3.89875e-04 2.643e-24 2.643e-24 5.286e-24 S 15 Cl11 +3.88577e-04 2.829e-24 2.829e-24 5.659e-24 S 15 +3.87284e-04 2.491e-24 2.491e-24 4.982e-24 LyEx Ar 1 +3.85996e-04 2.486e-24 2.486e-24 4.973e-24 LyEx Ar 2 +3.84711e-04 2.485e-24 2.485e-24 4.970e-24 S 15 S 15 +3.83431e-04 2.485e-24 2.485e-24 4.970e-24 Ar 8 +3.82155e-04 2.480e-24 2.480e-24 4.961e-24 Ar 9 +3.80884e-04 2.475e-24 2.475e-24 4.951e-24 LyEx Ar 5 +3.79616e-04 2.474e-24 2.474e-24 4.948e-24 Cl16 Cl12 +3.78353e-04 3.009e-24 3.009e-24 6.017e-24 S 16 Ar 6 +3.77094e-04 2.593e-24 2.593e-24 5.186e-24 Ar17 +3.75839e-04 2.525e-24 2.525e-24 5.050e-24 Ar17 Ar 7 +3.74589e-04 2.450e-24 2.450e-24 4.900e-24 Ar18 +3.73342e-04 6.641e-24 6.641e-24 1.328e-23 Ar18 +3.72100e-04 2.440e-24 2.440e-24 4.879e-24 K 11 Ar 8 +3.70862e-04 2.435e-24 2.435e-24 4.869e-24 Sc20 +3.69628e-04 2.651e-24 2.651e-24 5.303e-24 S 16 Cl13 +3.68398e-04 2.424e-24 2.424e-24 4.849e-24 K 12 Ar 9 +3.67172e-04 2.469e-24 2.469e-24 4.939e-24 Ca19 +3.65950e-04 2.436e-24 2.436e-24 4.873e-24 Ca19 +3.64733e-04 2.939e-24 2.939e-24 5.878e-24 S 16 +3.63519e-04 2.403e-24 2.403e-24 4.807e-24 K 15 +3.62309e-04 2.886e-24 2.886e-24 5.772e-24 S 16 +3.61104e-04 2.393e-24 2.393e-24 4.786e-24 LyEx +3.59902e-04 2.888e-24 2.888e-24 5.776e-24 S 16 Cl14 +3.58705e-04 3.412e-24 3.412e-24 6.825e-24 S 16 +3.57511e-04 2.492e-24 2.492e-24 4.984e-24 K 18 +3.56321e-04 2.371e-24 2.371e-24 4.743e-24 LyEx +3.55136e-04 2.487e-24 2.487e-24 4.974e-24 S 16 S 16 +3.53954e-04 2.438e-24 2.438e-24 4.876e-24 Cl17 +3.52776e-04 2.532e-24 2.532e-24 5.064e-24 K 18 +3.51602e-04 2.392e-24 2.392e-24 4.784e-24 Ar11 +3.50432e-04 2.386e-24 2.386e-24 4.773e-24 K 15 Cl15 +3.49266e-04 2.381e-24 2.381e-24 4.762e-24 +3.48104e-04 2.375e-24 2.375e-24 4.750e-24 LyEx +3.46946e-04 2.370e-24 2.370e-24 4.739e-24 +3.45791e-04 2.364e-24 2.364e-24 4.728e-24 LyEx +3.44641e-04 2.358e-24 2.358e-24 4.716e-24 LyEx +3.43494e-04 2.352e-24 2.352e-24 4.705e-24 LyEx Ar12 +3.42351e-04 2.347e-24 2.347e-24 4.693e-24 LyEx K 2 +3.41212e-04 2.341e-24 2.341e-24 4.682e-24 LyEx K 4 +3.40077e-04 2.335e-24 2.335e-24 4.670e-24 LyEx K 5 +3.38945e-04 2.338e-24 2.338e-24 4.677e-24 Cl16 Cl16 +3.37817e-04 2.325e-24 2.325e-24 4.650e-24 K 18 +3.36693e-04 4.833e-24 4.833e-24 9.667e-24 Ar17 K 6 +3.35573e-04 2.499e-24 2.499e-24 4.999e-24 K 19 +3.34456e-04 2.306e-24 2.306e-24 4.611e-24 Ca12 Ar13 +3.33343e-04 2.300e-24 2.300e-24 4.599e-24 Ca 4 +3.32234e-04 2.294e-24 2.294e-24 4.587e-24 Sc20 K 8 +3.31128e-04 2.288e-24 2.288e-24 4.575e-24 Sc20 +3.30027e-04 2.282e-24 2.282e-24 4.563e-24 Ca14 +3.28928e-04 2.275e-24 2.275e-24 4.551e-24 Ca14 K 9 +3.27834e-04 2.273e-24 2.273e-24 4.546e-24 Cl17 +3.26743e-04 2.264e-24 2.264e-24 4.528e-24 Ti21 Ar14 +3.25656e-04 2.257e-24 2.257e-24 4.514e-24 Ca10 +3.24572e-04 2.251e-24 2.251e-24 4.501e-24 Ca16 +3.23492e-04 2.257e-24 2.257e-24 4.513e-24 Cl17 +3.22416e-04 2.238e-24 2.238e-24 4.476e-24 SatL +3.21343e-04 4.478e-24 4.478e-24 8.956e-24 Ca19 +3.20274e-04 2.716e-24 2.716e-24 5.433e-24 Ar17 +3.19208e-04 4.628e-24 4.628e-24 9.255e-24 TOTL K 11 +3.18146e-04 4.575e-24 4.575e-24 9.150e-24 Ca19 Ar15 +3.17087e-04 2.207e-24 2.207e-24 4.414e-24 LyEx +3.16032e-04 2.201e-24 2.201e-24 4.401e-24 LyEx +3.14981e-04 2.644e-24 2.644e-24 5.288e-24 Ar18 +3.13932e-04 2.189e-24 2.189e-24 4.377e-24 Cl17 Cl17 +3.12888e-04 2.476e-24 2.476e-24 4.952e-24 Ar17 +3.11847e-04 2.176e-24 2.176e-24 4.352e-24 K 12 +3.10809e-04 2.170e-24 2.170e-24 4.339e-24 Ar16 +3.09775e-04 2.163e-24 2.163e-24 4.327e-24 V 22 +3.08744e-04 2.157e-24 2.157e-24 4.314e-24 Ca 2 +3.07717e-04 2.150e-24 2.150e-24 4.301e-24 Ar17 +3.06693e-04 2.144e-24 2.144e-24 4.288e-24 LyEx Ca 1 +3.05672e-04 2.241e-24 2.241e-24 4.483e-24 Ca19 Ca 3 +3.04655e-04 2.155e-24 2.155e-24 4.311e-24 Ca19 K 13 +3.03641e-04 2.167e-24 2.167e-24 4.334e-24 Ca19 Ca 5 +3.02631e-04 4.413e-24 4.413e-24 8.825e-24 Ca20 +3.01624e-04 2.121e-24 2.121e-24 4.243e-24 K 18 Ca 6 +3.00620e-04 2.265e-24 2.265e-24 4.530e-24 Ar17 Ar17 +2.99620e-04 2.102e-24 2.102e-24 4.204e-24 Sc14 Ca 7 +2.98623e-04 2.189e-24 2.189e-24 4.378e-24 Ar18 +2.97629e-04 2.089e-24 2.089e-24 4.177e-24 Sc15 K 14 +2.96639e-04 2.082e-24 2.082e-24 4.164e-24 Sc15 +2.95652e-04 2.076e-24 2.076e-24 4.151e-24 Sc16 Ca 9 +2.94668e-04 2.069e-24 2.069e-24 4.138e-24 Sc17 +2.93688e-04 2.062e-24 2.062e-24 4.125e-24 Sc17 Ca10 +2.92710e-04 2.056e-24 2.056e-24 4.111e-24 Sc17 +2.91736e-04 2.106e-24 2.106e-24 4.213e-24 Ar18 +2.90766e-04 2.044e-24 2.044e-24 4.088e-24 Sc20 K 15 +2.89798e-04 2.036e-24 2.036e-24 4.071e-24 Sc19 +2.88834e-04 2.030e-24 2.030e-24 4.059e-24 TOTL +2.87873e-04 2.224e-24 2.224e-24 4.448e-24 Ar18 +2.86915e-04 2.017e-24 2.017e-24 4.034e-24 Sc20 +2.85960e-04 2.256e-24 2.256e-24 4.512e-24 Ar18 +2.85009e-04 2.005e-24 2.005e-24 4.009e-24 Cr23 +2.84060e-04 1.995e-24 1.995e-24 3.990e-24 LyEx Ca12 +2.83115e-04 2.008e-24 2.008e-24 4.016e-24 K 19 K 16 +2.82173e-04 1.982e-24 1.982e-24 3.963e-24 LyEx +2.81234e-04 1.975e-24 1.975e-24 3.949e-24 LyEx +2.80298e-04 1.969e-24 1.969e-24 3.939e-24 Ar18 Ar18 +2.79366e-04 1.988e-24 1.988e-24 3.975e-24 K 18 +2.78436e-04 1.959e-24 1.959e-24 3.919e-24 Ca13 +2.77510e-04 1.952e-24 1.952e-24 3.905e-24 V 22 K 17 +2.76586e-04 1.946e-24 1.946e-24 3.891e-24 Sc20 +2.75666e-04 1.939e-24 1.939e-24 3.877e-24 Sc20 Sc 1 +2.74748e-04 1.933e-24 1.933e-24 3.866e-24 Cr23 Sc 3 +2.73834e-04 1.926e-24 1.926e-24 3.851e-24 Sc21 Sc 5 +2.72923e-04 1.918e-24 1.918e-24 3.835e-24 LyEx +2.72015e-04 1.911e-24 1.911e-24 3.821e-24 LyEx Ca14 +2.71110e-04 2.179e-24 2.179e-24 4.358e-24 Ca19 +2.70208e-04 4.880e-24 4.880e-24 9.759e-24 Ca19 Sc 7 +2.69309e-04 1.890e-24 1.890e-24 3.779e-24 K 18 K 18 +2.68412e-04 1.888e-24 1.888e-24 3.775e-24 K 19 Sc 8 +2.67519e-04 1.876e-24 1.876e-24 3.752e-24 Ti18 +2.66629e-04 1.869e-24 1.869e-24 3.738e-24 Ti12 Sc 9 +2.65742e-04 1.862e-24 1.862e-24 3.723e-24 Ti19 Ca15 +2.64858e-04 1.855e-24 1.855e-24 3.709e-24 LyEx Sc10 +2.63976e-04 1.949e-24 1.949e-24 3.898e-24 Ti21 +2.63098e-04 1.840e-24 1.840e-24 3.681e-24 Ti20 Sc11 +2.62223e-04 1.963e-24 1.963e-24 3.926e-24 TOTL +2.61350e-04 1.935e-24 1.935e-24 3.871e-24 Ti21 +2.60480e-04 1.819e-24 1.819e-24 3.638e-24 Ca16 +2.59614e-04 1.812e-24 1.812e-24 3.624e-24 Ti19 +2.58750e-04 1.816e-24 1.816e-24 3.632e-24 K 19 +2.57889e-04 1.798e-24 1.798e-24 3.595e-24 LyEx +2.57031e-04 2.501e-24 2.501e-24 5.001e-24 Ca19 +2.56175e-04 1.795e-24 1.795e-24 3.590e-24 K 19 +2.55323e-04 2.072e-24 2.072e-24 4.145e-24 Ca20 Sc13 +2.54473e-04 1.772e-24 1.772e-24 3.544e-24 Cr23 Ca17 +2.53627e-04 1.762e-24 1.762e-24 3.523e-24 Cr23 +2.52783e-04 1.755e-24 1.755e-24 3.511e-24 Fe25 +2.51942e-04 1.750e-24 1.750e-24 3.500e-24 Ti21 +2.51103e-04 2.216e-24 2.216e-24 4.432e-24 Ca19 K 19 +2.50268e-04 1.733e-24 1.733e-24 3.466e-24 Ti21 Sc14 +2.49435e-04 1.777e-24 1.777e-24 3.553e-24 Ti22 Ti 1 +2.48605e-04 1.718e-24 1.718e-24 3.437e-24 LyEx Ca18 +2.47778e-04 1.712e-24 1.712e-24 3.424e-24 Fe25 Ti 4 +2.46953e-04 1.704e-24 1.704e-24 3.407e-24 LyEx Ti 6 +2.46131e-04 1.696e-24 1.696e-24 3.393e-24 LyEx +2.45312e-04 1.689e-24 1.689e-24 3.378e-24 SatL Ti 7 +2.44496e-04 1.684e-24 1.684e-24 3.368e-24 Sc20 Sc15 +2.43683e-04 1.674e-24 1.674e-24 3.349e-24 LyEx Ti 8 +2.42872e-04 1.677e-24 1.677e-24 3.355e-24 Fe25 +2.42064e-04 1.735e-24 1.735e-24 3.471e-24 Ca19 Ca19 +2.41258e-04 1.657e-24 1.657e-24 3.313e-24 LyEx +2.40455e-04 1.658e-24 1.658e-24 3.317e-24 V 22 Ti10 +2.39655e-04 1.648e-24 1.648e-24 3.296e-24 TOTL Sc16 +2.38858e-04 1.641e-24 1.641e-24 3.283e-24 V 22 +2.38063e-04 1.637e-24 1.637e-24 3.273e-24 V 22 Ti11 +2.37271e-04 1.620e-24 1.620e-24 3.240e-24 V 20 +2.36481e-04 1.660e-24 1.660e-24 3.320e-24 Ca20 Ti12 +2.35694e-04 1.605e-24 1.605e-24 3.210e-24 +2.34910e-04 1.598e-24 1.598e-24 3.196e-24 Mn24 Ti13 +2.34128e-04 1.609e-24 1.609e-24 3.219e-24 Fe25 Sc17 +2.33349e-04 1.765e-24 1.765e-24 3.531e-24 Ca20 +2.32573e-04 1.576e-24 1.576e-24 3.152e-24 Sc20 +2.31799e-04 1.568e-24 1.568e-24 3.136e-24 Ca20 +2.31028e-04 1.747e-24 1.747e-24 3.493e-24 Ca20 +2.30259e-04 1.553e-24 1.553e-24 3.106e-24 V 22 Ti14 +2.29493e-04 1.546e-24 1.546e-24 3.091e-24 V 22 +2.28729e-04 1.538e-24 1.538e-24 3.076e-24 LyEx Sc18 +2.27968e-04 1.534e-24 1.534e-24 3.067e-24 V 23 +2.27210e-04 1.523e-24 1.523e-24 3.047e-24 Sc20 +2.26454e-04 1.517e-24 1.517e-24 3.034e-24 Ca20 V 1 +2.25700e-04 1.510e-24 1.510e-24 3.020e-24 Cr17 Ti15 +2.24949e-04 1.503e-24 1.503e-24 3.006e-24 Co26 Sc19 +2.24200e-04 1.495e-24 1.495e-24 2.990e-24 Cr18 V 6 +2.23454e-04 1.488e-24 1.488e-24 2.975e-24 LyEx V 7 +2.22711e-04 1.480e-24 1.480e-24 2.960e-24 LyEx +2.21970e-04 1.613e-24 1.613e-24 3.226e-24 Ti21 V 8 +2.21231e-04 1.465e-24 1.465e-24 2.930e-24 LyEx Ti16 +2.20495e-04 1.854e-24 1.854e-24 3.708e-24 Cr23 V 9 +2.19761e-04 1.450e-24 1.450e-24 2.900e-24 LyEx +2.19030e-04 2.031e-24 2.031e-24 4.063e-24 TOTL V 10 +2.18301e-04 1.839e-24 1.839e-24 3.677e-24 Cr23 Sc20 +2.17575e-04 1.427e-24 1.427e-24 2.855e-24 V 11 +2.16851e-04 1.466e-24 1.466e-24 2.932e-24 Fe25 Ti17 +2.16129e-04 1.415e-24 1.415e-24 2.830e-24 Fe25 V 12 +2.15410e-04 1.405e-24 1.405e-24 2.809e-24 Cr21 +2.14693e-04 1.397e-24 1.397e-24 2.794e-24 +2.13979e-04 1.389e-24 1.389e-24 2.779e-24 Sc21 V 13 +2.13267e-04 1.382e-24 1.382e-24 2.764e-24 +2.12557e-04 1.374e-24 1.374e-24 2.749e-24 Sc21 V 14 +2.11850e-04 1.367e-24 1.367e-24 2.733e-24 LyEx Ti18 +2.11145e-04 1.403e-24 1.403e-24 2.805e-24 Ti21 +2.10443e-04 1.363e-24 1.363e-24 2.725e-24 Ti22 +2.09742e-04 1.344e-24 1.344e-24 2.688e-24 Sc21 +2.09044e-04 1.428e-24 1.428e-24 2.856e-24 Cr24 V 15 +2.08349e-04 1.328e-24 1.328e-24 2.657e-24 LyEx +2.07656e-04 1.321e-24 1.321e-24 2.642e-24 LyEx Ti19 +2.06965e-04 1.313e-24 1.313e-24 2.626e-24 LyEx Cr 1 +2.06276e-04 1.333e-24 1.333e-24 2.667e-24 Ti21 Cr 2 +2.05589e-04 1.298e-24 1.298e-24 2.595e-24 Sc21 Cr 4 +2.04905e-04 1.290e-24 1.290e-24 2.580e-24 Mn21 V 16 +2.04224e-04 1.282e-24 1.282e-24 2.565e-24 LyEx Cr 6 +2.03544e-04 1.275e-24 1.275e-24 2.549e-24 LyEx Ti20 +2.02867e-04 1.503e-24 1.503e-24 3.005e-24 Mn24 Cr 8 +2.02192e-04 1.259e-24 1.259e-24 2.518e-24 Mn23 +2.01519e-04 1.407e-24 1.407e-24 2.814e-24 TOTL Cr 9 +2.00848e-04 1.669e-24 1.669e-24 3.337e-24 Mn24 V 17 +2.00180e-04 1.236e-24 1.236e-24 2.471e-24 FeLr Cr10 +1.99514e-04 1.230e-24 1.230e-24 2.460e-24 Ti22 +1.98850e-04 1.220e-24 1.220e-24 2.440e-24 Fe19 Cr11 +1.98188e-04 1.212e-24 1.212e-24 2.425e-24 Ti21 Ti21 +1.97529e-04 1.204e-24 1.204e-24 2.409e-24 Fe20 Cr12 +1.96872e-04 1.197e-24 1.197e-24 2.393e-24 Fe21 V 18 +1.96217e-04 1.189e-24 1.189e-24 2.378e-24 Fe21 Cr13 +1.95564e-04 1.181e-24 1.181e-24 2.362e-24 Fe21 +1.94913e-04 1.176e-24 1.176e-24 2.352e-24 Mn24 Cr14 +1.94264e-04 1.166e-24 1.166e-24 2.332e-24 Mn24 +1.93618e-04 1.166e-24 1.166e-24 2.331e-24 Fe22 Cr15 +1.92974e-04 1.183e-24 1.183e-24 2.366e-24 Mn25 V 19 +1.92332e-04 1.152e-24 1.152e-24 2.305e-24 Ti22 +1.91692e-04 1.343e-24 1.343e-24 2.686e-24 Fe23 +1.91054e-04 1.220e-24 1.220e-24 2.441e-24 Fe23 +1.90418e-04 1.140e-24 1.140e-24 2.279e-24 Fe21 +1.89784e-04 1.421e-24 1.421e-24 2.842e-24 Fe24 Cr16 +1.89153e-04 1.441e-24 1.441e-24 2.882e-24 Fe24 V 20 +1.88523e-04 1.227e-24 1.227e-24 2.453e-24 Fe22 Mn 3 +1.87896e-04 1.220e-24 1.220e-24 2.440e-24 Fe23 Mn 4 +1.87271e-04 3.022e-24 3.022e-24 6.043e-24 Fe23 Mn 6 +1.86648e-04 2.285e-23 2.285e-23 4.569e-23 Fe25 Cr17 +1.86027e-04 1.923e-23 1.923e-23 3.845e-23 TOTL Mn 8 +1.85408e-04 2.280e-23 2.280e-23 4.560e-23 Fe25 V 21 +1.84791e-04 2.118e-23 2.118e-23 4.235e-23 Fe25 +1.84176e-04 1.038e-24 1.038e-24 2.077e-24 Fe23 Mn10 +1.83563e-04 1.031e-24 1.031e-24 2.063e-24 Fe23 +1.82952e-04 1.024e-24 1.024e-24 2.049e-24 Fe23 Cr18 +1.82343e-04 1.018e-24 1.018e-24 2.035e-24 V 23 +1.81737e-04 1.011e-24 1.011e-24 2.021e-24 LyEx Mn12 +1.81132e-04 1.004e-24 1.004e-24 2.007e-24 V 22 V 22 +1.80529e-04 9.966e-25 9.966e-25 1.993e-24 Mn13 +1.79929e-04 1.073e-24 1.073e-24 2.147e-24 Fe25 +1.79330e-04 1.028e-24 1.028e-24 2.055e-24 Fe25 Cr19 +1.78733e-04 1.028e-24 1.028e-24 2.056e-24 Fe25 +1.78138e-04 2.885e-24 2.885e-24 5.771e-24 Fe26 Mn15 +1.77546e-04 9.622e-25 9.622e-25 1.924e-24 Co19 +1.76955e-04 9.684e-25 9.684e-25 1.937e-24 Cr24 Mn16 +1.76366e-04 1.133e-24 1.133e-24 2.266e-24 Cr23 Cr20 +1.75779e-04 9.423e-25 9.423e-25 1.885e-24 V 23 +1.75194e-04 9.351e-25 9.351e-25 1.870e-24 Zn29 +1.74611e-04 9.288e-25 9.288e-25 1.858e-24 V 23 +1.74030e-04 9.217e-25 9.217e-25 1.843e-24 Cu28 Mn17 +1.73451e-04 9.150e-25 9.150e-25 1.830e-24 Cu28 Fe 2 +1.72874e-04 9.616e-25 9.616e-25 1.923e-24 Co26 Cr21 +1.72299e-04 1.084e-24 1.084e-24 2.168e-24 Cr23 Fe 6 +1.71725e-04 9.503e-25 9.503e-25 1.901e-24 Co26 Fe 7 +1.71154e-04 9.394e-25 9.394e-25 1.879e-24 Co26 Fe 8 +1.70585e-04 1.158e-24 1.158e-24 2.315e-24 Mn24 Mn18 +1.70017e-04 8.752e-25 8.752e-25 1.750e-24 Fe16 +1.69451e-04 8.686e-25 8.686e-25 1.737e-24 LyEx Cr22 +1.68887e-04 8.621e-25 8.621e-25 1.724e-24 Co24 +1.68325e-04 8.555e-25 8.555e-25 1.711e-24 LyEx Fe11 +1.67765e-04 8.541e-25 8.541e-25 1.708e-24 Cr24 Mn19 +1.67207e-04 8.425e-25 8.425e-25 1.685e-24 LyEx +1.66651e-04 8.362e-25 8.362e-25 1.672e-24 Co26 Fe13 +1.66096e-04 8.298e-25 8.298e-25 1.660e-24 Co26 +1.65543e-04 8.236e-25 8.236e-25 1.647e-24 Cr23 Cr23 +1.64993e-04 8.207e-25 8.207e-25 1.641e-24 Co27 +1.64444e-04 8.109e-25 8.109e-25 1.622e-24 Ni 6 Mn20 +1.63896e-04 8.045e-25 8.045e-25 1.609e-24 Ni21 +1.63351e-04 8.014e-25 8.014e-25 1.603e-24 Cr24 Fe16 +1.62807e-04 7.969e-25 7.969e-25 1.594e-24 Mn25 +1.62266e-04 8.998e-25 8.998e-25 1.800e-24 Mn24 Fe17 +1.61726e-04 7.922e-25 7.922e-25 1.584e-24 Cr24 +1.61188e-04 7.730e-25 7.730e-25 1.546e-24 Ni26 Mn21 +1.60651e-04 8.033e-25 8.033e-25 1.607e-24 Ni26 Co 1 +1.60117e-04 1.809e-24 1.809e-24 3.619e-24 Ni27 Co 2 +1.59584e-04 1.730e-24 1.730e-24 3.461e-24 TOTL Fe18 +1.59053e-04 2.778e-24 2.778e-24 5.555e-24 Ni27 Co 5 +1.58524e-04 8.319e-25 8.319e-25 1.664e-24 Mn24 Mn22 +1.57996e-04 7.360e-25 7.360e-25 1.472e-24 LyEx Co 8 +1.57470e-04 2.367e-23 2.367e-23 4.735e-23 Fe25 Co 9 +1.56947e-04 7.240e-25 7.240e-25 1.448e-24 Cr24 Cr24 +1.56424e-04 7.180e-25 7.180e-25 1.436e-24 LyEx Fe19 +1.55904e-04 7.120e-25 7.120e-25 1.424e-24 SatL Mn23 +1.55385e-04 7.060e-25 7.060e-25 1.412e-24 LyEx +1.54868e-04 7.013e-25 7.013e-25 1.403e-24 Ni27 Co12 +1.54353e-04 6.969e-25 6.969e-25 1.394e-24 Mn25 Fe20 +1.53839e-04 6.891e-25 6.891e-25 1.378e-24 Ni27 +1.53327e-04 7.218e-25 7.218e-25 1.444e-24 Ni28 +1.52817e-04 6.766e-25 6.766e-25 1.353e-24 LyEx Co14 +1.52308e-04 6.709e-25 6.709e-25 1.342e-24 Mn24 Mn24 +1.51802e-04 6.652e-25 6.652e-25 1.330e-24 Cu23 +1.51297e-04 6.594e-25 6.594e-25 1.319e-24 Cu23 Fe21 +1.50793e-04 6.550e-25 6.550e-25 1.310e-24 Mn25 +1.50291e-04 9.645e-25 9.645e-25 1.929e-24 Fe26 Co17 +1.49791e-04 6.423e-25 6.423e-25 1.285e-24 LyEx +1.49293e-04 8.249e-24 8.249e-24 1.650e-23 Fe25 Co18 +1.48796e-04 6.354e-25 6.354e-25 1.271e-24 Mn25 +1.48301e-04 6.395e-25 6.395e-25 1.279e-24 TOTL Fe22 +1.47807e-04 6.311e-25 6.311e-25 1.262e-24 Cu28 Ni 3 +1.47316e-04 6.134e-25 6.134e-25 1.227e-24 Ni18 Ni 5 +1.46825e-04 6.079e-25 6.079e-25 1.216e-24 LyEx Co19 +1.46337e-04 2.161e-24 2.161e-24 4.322e-24 Fe25 Fe23 +1.45850e-04 2.682e-24 2.682e-24 5.364e-24 Fe25 Ni 9 +1.45365e-04 6.233e-25 6.233e-25 1.247e-24 Co26 Ni10 +1.44881e-04 5.860e-25 5.860e-25 1.172e-24 LyEx +1.44399e-04 5.241e-24 5.241e-24 1.048e-23 Fe25 Co20 +1.43918e-04 5.754e-25 5.754e-25 1.151e-24 Cu28 Ni12 +1.43439e-04 4.731e-24 4.731e-24 9.463e-24 Fe25 Fe24 +1.42962e-04 5.650e-25 5.650e-25 1.130e-24 Cu29 Ni13 +1.42486e-04 4.634e-24 4.634e-24 9.267e-24 Fe25 +1.42012e-04 8.093e-24 8.093e-24 1.619e-23 Fe25 Co21 +1.41540e-04 5.490e-25 5.490e-25 1.098e-24 LyEx +1.41069e-04 5.438e-25 5.438e-25 1.088e-24 SatL Ni15 +1.40599e-04 5.417e-25 5.417e-25 1.083e-24 Fe25 Fe25 +1.40132e-04 5.513e-25 5.513e-25 1.103e-24 Zn26 Ni16 +1.39665e-04 5.460e-25 5.460e-25 1.092e-24 Zn27 Co22 +1.39201e-04 6.250e-25 6.250e-25 1.250e-24 Fe26 Ni17 +1.38737e-04 5.509e-25 5.509e-25 1.102e-24 TOTL Ni18 +1.38276e-04 5.836e-25 5.836e-25 1.167e-24 Co26 +1.37816e-04 5.410e-25 5.410e-25 1.082e-24 Zn29 Ni19 +1.37357e-04 7.581e-25 7.581e-25 1.516e-24 Fe26 Cu 3 +1.36900e-04 5.152e-25 5.152e-25 1.030e-24 Zn27 Co23 +1.36444e-04 7.409e-25 7.409e-25 1.482e-24 Fe26 Cu 6 +1.35990e-04 5.051e-25 5.051e-25 1.010e-24 Zn27 Ni20 +1.35538e-04 7.336e-25 7.336e-25 1.467e-24 Fe26 Cu 9 +1.35087e-04 2.075e-24 2.075e-24 4.150e-24 Ni27 Cu10 +1.34637e-04 4.902e-25 4.902e-25 9.805e-25 Zn29 Co24 +1.34189e-04 4.853e-25 4.853e-25 9.707e-25 Zn29 Cu11 +1.33743e-04 4.806e-25 4.806e-25 9.611e-25 Fe26 Cu12 +1.33298e-04 4.762e-25 4.762e-25 9.524e-25 Zn30 Ni21 +1.32854e-04 4.712e-25 4.712e-25 9.423e-25 Co25 +1.32412e-04 4.664e-25 4.664e-25 9.328e-25 LyEx +1.31972e-04 4.618e-25 4.618e-25 9.237e-25 Co27 Cu14 +1.31532e-04 4.569e-25 4.569e-25 9.138e-25 LyEx Ni22 +1.31095e-04 4.522e-25 4.522e-25 9.044e-25 LyEx +1.30659e-04 4.475e-25 4.475e-25 8.950e-25 LyEx Cu16 +1.30224e-04 4.429e-25 4.429e-25 8.857e-25 LyEx +1.29791e-04 4.383e-25 4.383e-25 8.766e-25 Co26 Co26 +1.29359e-04 4.401e-25 4.401e-25 8.803e-25 Ni28 +1.28928e-04 4.293e-25 4.293e-25 8.586e-25 Co27 Ni23 +1.28499e-04 4.246e-25 4.246e-25 8.493e-25 LyEx +1.28072e-04 1.053e-24 1.053e-24 2.105e-24 Ni27 Cu19 +1.27645e-04 4.157e-25 4.157e-25 8.313e-25 Co27 Cu20 +1.27221e-04 4.118e-25 4.118e-25 8.236e-25 Co27 Zn 4 +1.26797e-04 4.068e-25 4.068e-25 8.137e-25 Zn21 Ni24 +1.26375e-04 4.030e-25 4.030e-25 8.061e-25 Co27 Zn 8 +1.25955e-04 3.981e-25 3.981e-25 7.962e-25 LyEx Cu21 +1.25536e-04 9.167e-25 9.167e-25 1.833e-24 Ni27 +1.25118e-04 3.895e-25 3.895e-25 7.790e-25 LyEx Zn11 +1.24702e-04 3.852e-25 3.852e-25 7.705e-25 LyEx Ni25 +1.24287e-04 3.810e-25 3.810e-25 7.620e-25 LyEx +1.23873e-04 3.768e-25 3.768e-25 7.536e-25 Co27 Zn13 +1.23461e-04 3.726e-25 3.726e-25 7.452e-25 Cu22 +1.23050e-04 3.685e-25 3.685e-25 7.370e-25 LyEx Ni26 +1.22641e-04 3.671e-25 3.671e-25 7.342e-25 Ni28 Zn15 +1.22233e-04 3.603e-25 3.603e-25 7.206e-25 LyEx Cu23 +1.21826e-04 3.562e-25 3.562e-25 7.125e-25 LyEx +1.21421e-04 3.522e-25 3.522e-25 7.044e-25 LyEx +1.21017e-04 3.482e-25 3.482e-25 6.964e-25 LyEx Zn17 +1.20614e-04 3.444e-25 3.444e-25 6.888e-25 Ni27 Ni27 +1.20213e-04 3.408e-25 3.408e-25 6.816e-25 +1.19813e-04 3.386e-25 3.386e-25 6.773e-25 Ni28 Cu24 +1.19414e-04 3.380e-25 3.380e-25 6.761e-25 Cu28 +1.19017e-04 3.292e-25 3.292e-25 6.583e-25 Zn20 +1.18621e-04 3.253e-25 3.253e-25 6.507e-25 Ni28 +1.18226e-04 3.285e-25 3.285e-25 6.569e-25 Ni28 Zn21 +1.17832e-04 3.178e-25 3.178e-25 6.356e-25 Ni28 Cu25 +1.17440e-04 3.209e-25 3.209e-25 6.417e-25 Ni28 +1.17050e-04 3.262e-25 3.262e-25 6.524e-25 Zn29 Zn22 +1.16660e-04 3.108e-25 3.108e-25 6.215e-25 Cu28 +1.16272e-04 3.030e-25 3.030e-25 6.060e-25 LyEx +1.15885e-04 2.994e-25 2.994e-25 5.988e-25 LyEx Cu26 +1.15499e-04 2.958e-25 2.958e-25 5.916e-25 LyEx +1.15115e-04 2.922e-25 2.922e-25 5.845e-25 Ni28 Ni28 +1.14732e-04 2.887e-25 2.887e-25 5.774e-25 Zn23 +1.14350e-04 2.852e-25 2.852e-25 5.704e-25 Cu29 Cu27 +1.13970e-04 2.817e-25 2.817e-25 5.634e-25 LyEx +1.13591e-04 2.783e-25 2.783e-25 5.565e-25 LyEx Zn24 +1.13213e-04 2.748e-25 2.748e-25 5.497e-25 LyEx +1.12836e-04 2.715e-25 2.715e-25 5.429e-25 LyEx +1.12460e-04 2.681e-25 2.681e-25 5.363e-25 Zn30 +1.12086e-04 2.648e-25 2.648e-25 5.295e-25 Cu28 Cu28 +1.11713e-04 2.615e-25 2.615e-25 5.229e-25 Cu29 +1.11341e-04 2.640e-25 2.640e-25 5.279e-25 Zn29 Zn25 +1.10971e-04 2.549e-25 2.549e-25 5.099e-25 +1.10602e-04 2.517e-25 2.517e-25 5.034e-25 Cu29 +1.10234e-04 2.485e-25 2.485e-25 4.971e-25 Cu29 +1.09867e-04 2.453e-25 2.453e-25 4.907e-25 Cu29 +1.09501e-04 2.422e-25 2.422e-25 4.845e-25 Cu29 Zn26 +1.09137e-04 2.391e-25 2.391e-25 4.782e-25 +1.08774e-04 2.390e-25 2.390e-25 4.781e-25 Zn29 +1.08412e-04 2.330e-25 2.330e-25 4.659e-25 LyEx +1.08051e-04 2.299e-25 2.299e-25 4.599e-25 LyEx Zn27 +1.07692e-04 2.269e-25 2.269e-25 4.539e-25 LyEx +1.07333e-04 2.292e-25 2.292e-25 4.583e-25 Zn29 Cu29 +1.06976e-04 2.210e-25 2.210e-25 4.421e-25 +1.06620e-04 2.228e-25 2.228e-25 4.457e-25 Zn29 +1.06265e-04 2.152e-25 2.152e-25 4.304e-25 LyEx Zn28 +1.05912e-04 2.169e-25 2.169e-25 4.337e-25 Zn29 +1.05559e-04 2.181e-25 2.181e-25 4.363e-25 Zn29 +1.05208e-04 2.067e-25 2.067e-25 4.134e-25 LyEx +1.04858e-04 2.039e-25 2.039e-25 4.079e-25 LyEx +1.04509e-04 2.012e-25 2.012e-25 4.024e-25 Zn29 Zn29 +1.04161e-04 1.985e-25 1.985e-25 3.969e-25 Zn30 +1.03815e-04 1.958e-25 1.958e-25 3.915e-25 +1.03469e-04 1.931e-25 1.931e-25 3.862e-25 Zn30 +1.03125e-04 1.904e-25 1.904e-25 3.809e-25 +1.02782e-04 1.878e-25 1.878e-25 3.757e-25 Zn30 +1.02440e-04 1.852e-25 1.852e-25 3.704e-25 Zn30 +1.02099e-04 1.827e-25 1.827e-25 3.653e-25 Zn30 +1.01759e-04 1.801e-25 1.801e-25 3.602e-25 Zn30 +1.01421e-04 1.775e-25 1.775e-25 3.550e-25 Zn30 +9.97370e-05 1.651e-25 1.651e-25 3.302e-25 UntD Zn30 +9.67964e-05 1.447e-25 1.447e-25 2.895e-25 +9.39426e-05 1.263e-25 1.263e-25 2.526e-25 +9.11729e-05 1.097e-25 1.097e-25 2.194e-25 SatL +8.84849e-05 9.478e-26 9.478e-26 1.896e-25 +8.58761e-05 8.148e-26 8.148e-26 1.630e-25 +8.33442e-05 6.968e-26 6.968e-26 1.394e-25 SatL +8.08870e-05 5.927e-26 5.927e-26 1.185e-25 +7.85022e-05 5.013e-26 5.013e-26 1.003e-25 SatL +7.61877e-05 4.216e-26 4.216e-26 8.432e-26 +7.39415e-05 3.525e-26 3.525e-26 7.050e-26 SatL +7.17615e-05 2.929e-26 2.929e-26 5.858e-26 +6.96457e-05 2.418e-26 2.418e-26 4.837e-26 +6.75924e-05 1.984e-26 1.984e-26 3.968e-26 SatL +6.55996e-05 1.617e-26 1.617e-26 3.233e-26 +6.36655e-05 1.308e-26 1.308e-26 2.617e-26 +6.17885e-05 1.051e-26 1.051e-26 2.103e-26 +5.99668e-05 8.388e-27 8.388e-27 1.678e-26 +5.81988e-05 6.641e-27 6.641e-27 1.328e-26 +5.64829e-05 5.217e-27 5.217e-27 1.043e-26 +5.48176e-05 4.066e-27 4.066e-27 8.133e-27 +5.32014e-05 3.143e-27 3.143e-27 6.287e-27 +5.16329e-05 2.409e-27 2.409e-27 4.819e-27 +5.01106e-05 1.831e-27 1.831e-27 3.661e-27 +4.86332e-05 1.378e-27 1.378e-27 2.757e-27 +4.71994e-05 1.028e-27 1.028e-27 2.057e-27 +4.58078e-05 7.599e-28 7.599e-28 1.520e-27 +4.44572e-05 5.560e-28 5.560e-28 1.112e-27 +4.31465e-05 4.027e-28 4.027e-28 8.054e-28 +4.18744e-05 2.886e-28 2.886e-28 5.773e-28 +4.06399e-05 2.047e-28 2.047e-28 4.094e-28 +3.94417e-05 1.435e-28 1.435e-28 2.871e-28 +3.82788e-05 9.951e-29 9.951e-29 1.990e-28 +3.71502e-05 6.818e-29 6.818e-29 1.364e-28 +3.60550e-05 4.616e-29 4.616e-29 9.231e-29 +3.49919e-05 3.086e-29 3.086e-29 6.171e-29 +3.39603e-05 2.036e-29 2.036e-29 4.073e-29 +3.29590e-05 1.326e-29 1.326e-29 2.652e-29 +3.19873e-05 8.519e-30 8.519e-30 1.704e-29 +3.10442e-05 5.396e-30 5.396e-30 1.079e-29 +3.01290e-05 3.369e-30 3.369e-30 6.738e-30 +2.92407e-05 2.072e-30 2.072e-30 4.144e-30 +2.83786e-05 1.255e-30 1.255e-30 2.510e-30 +2.75419e-05 7.479e-31 7.479e-31 1.496e-30 +2.67299e-05 4.386e-31 4.386e-31 8.772e-31 +2.59418e-05 2.529e-31 2.529e-31 5.058e-31 +2.51770e-05 1.433e-31 1.433e-31 2.866e-31 +2.44347e-05 7.978e-32 7.978e-32 1.596e-31 +2.37143e-05 4.360e-32 4.360e-32 8.720e-32 +2.30151e-05 2.338e-32 2.338e-32 4.675e-32 +2.23366e-05 1.229e-32 1.229e-32 2.458e-32 +2.16780e-05 6.335e-33 6.335e-33 1.267e-32 +2.10389e-05 3.197e-33 3.197e-33 6.395e-33 +2.04186e-05 1.580e-33 1.580e-33 3.159e-33 +1.98166e-05 7.635e-34 7.635e-34 1.527e-33 +1.92323e-05 3.607e-34 3.607e-34 7.214e-34 +1.86653e-05 1.665e-34 1.665e-34 3.329e-34 +1.81150e-05 7.499e-35 7.499e-35 1.500e-34 +1.75809e-05 3.295e-35 3.295e-35 6.591e-35 +1.70626e-05 1.412e-35 1.412e-35 2.823e-35 +1.65595e-05 5.890e-36 5.890e-36 1.178e-35 +1.60713e-05 2.391e-36 2.391e-36 4.783e-36 +1.55975e-05 9.443e-37 9.443e-37 1.889e-36 +1.51376e-05 3.622e-37 3.622e-37 7.245e-37 +1.46913e-05 1.349e-37 1.349e-37 2.698e-37 +1.42582e-05 4.872e-38 4.872e-38 9.745e-38 +1.38378e-05 1.705e-38 1.705e-38 3.410e-38 +1.34298e-05 5.777e-39 5.777e-39 1.155e-38 +1.30339e-05 1.893e-39 1.893e-39 3.785e-39 +1.26496e-05 5.945e-40 5.945e-40 1.189e-39 +1.22767e-05 1.814e-40 1.814e-40 3.628e-40 +1.19147e-05 5.132e-41 5.132e-41 1.026e-40 +1.15634e-05 1.376e-41 1.376e-41 2.752e-41 +1.12225e-05 3.291e-42 3.291e-42 6.582e-42 +1.08916e-05 8.344e-43 8.344e-43 1.669e-42 +1.05705e-05 2.087e-43 2.087e-43 4.174e-43 +1.02589e-05 4.378e-44 4.378e-44 8.756e-44 +9.95640e-06 1.008e-44 1.008e-44 2.016e-44 +9.66286e-06 2.218e-45 2.218e-45 4.435e-45 +9.37797e-06 4.658e-46 4.658e-46 9.317e-46 +9.10148e-06 9.327e-47 9.327e-47 1.865e-46 +8.83314e-06 1.778e-47 1.778e-47 3.555e-47 +8.57272e-06 3.212e-48 3.212e-48 6.424e-48 +8.31997e-06 5.590e-49 5.590e-49 1.118e-48 +8.07467e-06 9.216e-50 9.216e-50 1.843e-49 +7.83661e-06 1.187e-50 1.187e-50 2.374e-50 +7.60556e-06 0.000e+00 0.000e+00 0.000e+00 +7.38133e-06 0.000e+00 0.000e+00 0.000e+00 +7.16371e-06 0.000e+00 0.000e+00 0.000e+00 +6.95250e-06 0.000e+00 0.000e+00 0.000e+00 +6.74752e-06 0.000e+00 0.000e+00 0.000e+00 +6.54858e-06 0.000e+00 0.000e+00 0.000e+00 +6.35551e-06 0.000e+00 0.000e+00 0.000e+00 +6.16813e-06 0.000e+00 0.000e+00 0.000e+00 +5.98628e-06 0.000e+00 0.000e+00 0.000e+00 +5.80979e-06 0.000e+00 0.000e+00 0.000e+00 +5.63850e-06 0.000e+00 0.000e+00 0.000e+00 +5.47226e-06 0.000e+00 0.000e+00 0.000e+00 +5.31092e-06 0.000e+00 0.000e+00 0.000e+00 +5.15434e-06 0.000e+00 0.000e+00 0.000e+00 +5.00237e-06 0.000e+00 0.000e+00 0.000e+00 +4.85489e-06 0.000e+00 0.000e+00 0.000e+00 +4.71175e-06 0.000e+00 0.000e+00 0.000e+00 +4.57284e-06 0.000e+00 0.000e+00 0.000e+00 +4.43802e-06 0.000e+00 0.000e+00 0.000e+00 +4.30717e-06 0.000e+00 0.000e+00 0.000e+00 +4.18018e-06 0.000e+00 0.000e+00 0.000e+00 +4.05694e-06 0.000e+00 0.000e+00 0.000e+00 +3.93733e-06 0.000e+00 0.000e+00 0.000e+00 +3.82125e-06 0.000e+00 0.000e+00 0.000e+00 +3.70858e-06 0.000e+00 0.000e+00 0.000e+00 +3.59924e-06 0.000e+00 0.000e+00 0.000e+00 +3.49313e-06 0.000e+00 0.000e+00 0.000e+00 +3.39014e-06 0.000e+00 0.000e+00 0.000e+00 +3.29019e-06 0.000e+00 0.000e+00 0.000e+00 +3.19319e-06 0.000e+00 0.000e+00 0.000e+00 +3.09904e-06 0.000e+00 0.000e+00 0.000e+00 +3.00767e-06 0.000e+00 0.000e+00 0.000e+00 +2.91900e-06 0.000e+00 0.000e+00 0.000e+00 +2.83294e-06 0.000e+00 0.000e+00 0.000e+00 +2.74941e-06 0.000e+00 0.000e+00 0.000e+00 +2.66835e-06 0.000e+00 0.000e+00 0.000e+00 +2.58968e-06 0.000e+00 0.000e+00 0.000e+00 +2.51333e-06 0.000e+00 0.000e+00 0.000e+00 +2.43923e-06 0.000e+00 0.000e+00 0.000e+00 e-e+ +2.36732e-06 0.000e+00 0.000e+00 0.000e+00 +2.29752e-06 0.000e+00 0.000e+00 0.000e+00 +2.22978e-06 0.000e+00 0.000e+00 0.000e+00 +2.16404e-06 0.000e+00 0.000e+00 0.000e+00 +2.10024e-06 0.000e+00 0.000e+00 0.000e+00 +2.03832e-06 0.000e+00 0.000e+00 0.000e+00 +1.97822e-06 0.000e+00 0.000e+00 0.000e+00 +1.91990e-06 0.000e+00 0.000e+00 0.000e+00 +1.86330e-06 0.000e+00 0.000e+00 0.000e+00 +1.80836e-06 0.000e+00 0.000e+00 0.000e+00 +1.75504e-06 0.000e+00 0.000e+00 0.000e+00 +1.70330e-06 0.000e+00 0.000e+00 0.000e+00 +1.65308e-06 0.000e+00 0.000e+00 0.000e+00 +1.60434e-06 0.000e+00 0.000e+00 0.000e+00 +1.55704e-06 0.000e+00 0.000e+00 0.000e+00 +1.51114e-06 0.000e+00 0.000e+00 0.000e+00 +1.46659e-06 0.000e+00 0.000e+00 0.000e+00 +1.42335e-06 0.000e+00 0.000e+00 0.000e+00 +1.38138e-06 0.000e+00 0.000e+00 0.000e+00 +1.34065e-06 0.000e+00 0.000e+00 0.000e+00 +1.30113e-06 0.000e+00 0.000e+00 0.000e+00 +1.26277e-06 0.000e+00 0.000e+00 0.000e+00 +1.22554e-06 0.000e+00 0.000e+00 0.000e+00 +1.18940e-06 0.000e+00 0.000e+00 0.000e+00 +1.15434e-06 0.000e+00 0.000e+00 0.000e+00 +1.12030e-06 0.000e+00 0.000e+00 0.000e+00 +1.08727e-06 0.000e+00 0.000e+00 0.000e+00 +1.05522e-06 0.000e+00 0.000e+00 0.000e+00 +1.02411e-06 0.000e+00 0.000e+00 0.000e+00 +9.93914e-07 0.000e+00 0.000e+00 0.000e+00 +9.64611e-07 0.000e+00 0.000e+00 0.000e+00 +9.36171e-07 0.000e+00 0.000e+00 0.000e+00 +9.08570e-07 0.000e+00 0.000e+00 0.000e+00 +8.81783e-07 0.000e+00 0.000e+00 0.000e+00 +8.55786e-07 0.000e+00 0.000e+00 0.000e+00 +8.30554e-07 0.000e+00 0.000e+00 0.000e+00 +8.06067e-07 0.000e+00 0.000e+00 0.000e+00 +7.82302e-07 0.000e+00 0.000e+00 0.000e+00 +7.59238e-07 0.000e+00 0.000e+00 0.000e+00 +7.36853e-07 0.000e+00 0.000e+00 0.000e+00 +7.15129e-07 0.000e+00 0.000e+00 0.000e+00 +6.94045e-07 0.000e+00 0.000e+00 0.000e+00 +6.73582e-07 0.000e+00 0.000e+00 0.000e+00 +6.53723e-07 0.000e+00 0.000e+00 0.000e+00 +6.34449e-07 0.000e+00 0.000e+00 0.000e+00 +6.15744e-07 0.000e+00 0.000e+00 0.000e+00 +5.97590e-07 0.000e+00 0.000e+00 0.000e+00 +5.79971e-07 0.000e+00 0.000e+00 0.000e+00 +5.62872e-07 0.000e+00 0.000e+00 0.000e+00 +5.46277e-07 0.000e+00 0.000e+00 0.000e+00 +5.30171e-07 0.000e+00 0.000e+00 0.000e+00 +5.14540e-07 0.000e+00 0.000e+00 0.000e+00 +4.99370e-07 0.000e+00 0.000e+00 0.000e+00 +4.84647e-07 0.000e+00 0.000e+00 0.000e+00 +4.70358e-07 0.000e+00 0.000e+00 0.000e+00 +4.56491e-07 0.000e+00 0.000e+00 0.000e+00 +4.43032e-07 0.000e+00 0.000e+00 0.000e+00 +4.29970e-07 0.000e+00 0.000e+00 0.000e+00 +4.17294e-07 0.000e+00 0.000e+00 0.000e+00 +4.04991e-07 0.000e+00 0.000e+00 0.000e+00 +3.93050e-07 0.000e+00 0.000e+00 0.000e+00 +3.81462e-07 0.000e+00 0.000e+00 0.000e+00 +3.70215e-07 0.000e+00 0.000e+00 0.000e+00 +3.59300e-07 0.000e+00 0.000e+00 0.000e+00 +3.48707e-07 0.000e+00 0.000e+00 0.000e+00 +3.38426e-07 0.000e+00 0.000e+00 0.000e+00 +3.28449e-07 0.000e+00 0.000e+00 0.000e+00 +3.18765e-07 0.000e+00 0.000e+00 0.000e+00 +3.09367e-07 0.000e+00 0.000e+00 0.000e+00 +3.00246e-07 0.000e+00 0.000e+00 0.000e+00 +2.91394e-07 0.000e+00 0.000e+00 0.000e+00 +2.82803e-07 0.000e+00 0.000e+00 0.000e+00 +2.74465e-07 0.000e+00 0.000e+00 0.000e+00 +2.66373e-07 0.000e+00 0.000e+00 0.000e+00 +2.58519e-07 0.000e+00 0.000e+00 0.000e+00 +2.50897e-07 0.000e+00 0.000e+00 0.000e+00 +2.43500e-07 0.000e+00 0.000e+00 0.000e+00 +2.36321e-07 0.000e+00 0.000e+00 0.000e+00 +2.29354e-07 0.000e+00 0.000e+00 0.000e+00 +2.22592e-07 0.000e+00 0.000e+00 0.000e+00 +2.16029e-07 0.000e+00 0.000e+00 0.000e+00 +2.09660e-07 0.000e+00 0.000e+00 0.000e+00 +2.03478e-07 0.000e+00 0.000e+00 0.000e+00 +1.97479e-07 0.000e+00 0.000e+00 0.000e+00 +1.91657e-07 0.000e+00 0.000e+00 0.000e+00 +1.86006e-07 0.000e+00 0.000e+00 0.000e+00 +1.80522e-07 0.000e+00 0.000e+00 0.000e+00 +1.75200e-07 0.000e+00 0.000e+00 0.000e+00 +1.70035e-07 0.000e+00 0.000e+00 0.000e+00 +1.65022e-07 0.000e+00 0.000e+00 0.000e+00 +1.60156e-07 0.000e+00 0.000e+00 0.000e+00 +1.55434e-07 0.000e+00 0.000e+00 0.000e+00 +1.50852e-07 0.000e+00 0.000e+00 0.000e+00 +1.46404e-07 0.000e+00 0.000e+00 0.000e+00 +1.42088e-07 0.000e+00 0.000e+00 0.000e+00 +1.37899e-07 0.000e+00 0.000e+00 0.000e+00 +1.33833e-07 0.000e+00 0.000e+00 0.000e+00 +1.29887e-07 0.000e+00 0.000e+00 0.000e+00 +1.26058e-07 0.000e+00 0.000e+00 0.000e+00 +1.22341e-07 0.000e+00 0.000e+00 0.000e+00 +1.18734e-07 0.000e+00 0.000e+00 0.000e+00 +1.15234e-07 0.000e+00 0.000e+00 0.000e+00 +1.11836e-07 0.000e+00 0.000e+00 0.000e+00 +1.08539e-07 0.000e+00 0.000e+00 0.000e+00 +1.05339e-07 0.000e+00 0.000e+00 0.000e+00 +1.02233e-07 0.000e+00 0.000e+00 0.000e+00 +9.92191e-08 0.000e+00 0.000e+00 0.000e+00 +9.62938e-08 0.000e+00 0.000e+00 0.000e+00 +9.34548e-08 0.000e+00 0.000e+00 0.000e+00 +9.06995e-08 0.000e+00 0.000e+00 0.000e+00 +8.80254e-08 0.000e+00 0.000e+00 0.000e+00 +8.54302e-08 0.000e+00 0.000e+00 0.000e+00 +8.29115e-08 0.000e+00 0.000e+00 0.000e+00 +8.04670e-08 0.000e+00 0.000e+00 0.000e+00 +7.80946e-08 0.000e+00 0.000e+00 0.000e+00 +7.57921e-08 0.000e+00 0.000e+00 0.000e+00 +7.35576e-08 0.000e+00 0.000e+00 0.000e+00 +7.13889e-08 0.000e+00 0.000e+00 0.000e+00 +6.92841e-08 0.000e+00 0.000e+00 0.000e+00 +6.72414e-08 0.000e+00 0.000e+00 0.000e+00 +6.52590e-08 0.000e+00 0.000e+00 0.000e+00 +6.33349e-08 0.000e+00 0.000e+00 0.000e+00 +6.14676e-08 0.000e+00 0.000e+00 0.000e+00 +5.96554e-08 0.000e+00 0.000e+00 0.000e+00 +5.78966e-08 0.000e+00 0.000e+00 0.000e+00 +5.61896e-08 0.000e+00 0.000e+00 0.000e+00 +5.45330e-08 0.000e+00 0.000e+00 0.000e+00 +5.29252e-08 0.000e+00 0.000e+00 0.000e+00 +5.13648e-08 0.000e+00 0.000e+00 0.000e+00 +4.98504e-08 0.000e+00 0.000e+00 0.000e+00 +4.83807e-08 0.000e+00 0.000e+00 0.000e+00 +4.69543e-08 0.000e+00 0.000e+00 0.000e+00 +4.55699e-08 0.000e+00 0.000e+00 0.000e+00 +4.42264e-08 0.000e+00 0.000e+00 0.000e+00 +4.29225e-08 0.000e+00 0.000e+00 0.000e+00 +4.16570e-08 0.000e+00 0.000e+00 0.000e+00 +4.04288e-08 0.000e+00 0.000e+00 0.000e+00 +3.92369e-08 0.000e+00 0.000e+00 0.000e+00 +3.80801e-08 0.000e+00 0.000e+00 0.000e+00 +3.69574e-08 0.000e+00 0.000e+00 0.000e+00 +3.58677e-08 0.000e+00 0.000e+00 0.000e+00 +3.48103e-08 0.000e+00 0.000e+00 0.000e+00 +3.37840e-08 0.000e+00 0.000e+00 0.000e+00 +3.27879e-08 0.000e+00 0.000e+00 0.000e+00 +3.18212e-08 0.000e+00 0.000e+00 0.000e+00 +3.08830e-08 0.000e+00 0.000e+00 0.000e+00 +2.99725e-08 0.000e+00 0.000e+00 0.000e+00 +2.90888e-08 0.000e+00 0.000e+00 0.000e+00 +2.82312e-08 0.000e+00 0.000e+00 0.000e+00 +2.73989e-08 0.000e+00 0.000e+00 0.000e+00 +2.65911e-08 0.000e+00 0.000e+00 0.000e+00 +2.58071e-08 0.000e+00 0.000e+00 0.000e+00 +2.50462e-08 0.000e+00 0.000e+00 0.000e+00 +2.43078e-08 0.000e+00 0.000e+00 0.000e+00 +2.35911e-08 0.000e+00 0.000e+00 0.000e+00 +2.28956e-08 0.000e+00 0.000e+00 0.000e+00 +2.22206e-08 0.000e+00 0.000e+00 0.000e+00 +2.15654e-08 0.000e+00 0.000e+00 0.000e+00 +2.09296e-08 0.000e+00 0.000e+00 0.000e+00 +2.03126e-08 0.000e+00 0.000e+00 0.000e+00 +1.97137e-08 0.000e+00 0.000e+00 0.000e+00 +1.91325e-08 0.000e+00 0.000e+00 0.000e+00 +1.85684e-08 0.000e+00 0.000e+00 0.000e+00 +1.80210e-08 0.000e+00 0.000e+00 0.000e+00 +1.74896e-08 0.000e+00 0.000e+00 0.000e+00 +1.69740e-08 0.000e+00 0.000e+00 0.000e+00 +1.64736e-08 0.000e+00 0.000e+00 0.000e+00 +1.59879e-08 0.000e+00 0.000e+00 0.000e+00 +1.55165e-08 0.000e+00 0.000e+00 0.000e+00 +1.50590e-08 0.000e+00 0.000e+00 0.000e+00 +1.46150e-08 0.000e+00 0.000e+00 0.000e+00 +1.41842e-08 0.000e+00 0.000e+00 0.000e+00 +1.37660e-08 0.000e+00 0.000e+00 0.000e+00 +1.33601e-08 0.000e+00 0.000e+00 0.000e+00 +1.29662e-08 0.000e+00 0.000e+00 0.000e+00 diff --git a/hw11/coronal.cut b/hw11/coronal.cut new file mode 100644 index 0000000..105d96f --- /dev/null +++ b/hw11/coronal.cut @@ -0,0 +1,8229 @@ +"Energy (um)" "Flux (erg/s)" +2.99293e+07 3.266e-33 +2.98297e+07 3.276e-33 +2.97304e+07 3.287e-33 +2.96315e+07 3.298e-33 +2.95329e+07 3.308e-33 +2.94347e+07 3.319e-33 +2.93367e+07 3.329e-33 +2.92391e+07 3.340e-33 +2.91418e+07 3.351e-33 +2.90448e+07 3.361e-33 +2.89482e+07 3.372e-33 +2.88519e+07 3.383e-33 +2.87559e+07 3.394e-33 +2.86602e+07 3.405e-33 +2.85648e+07 3.416e-33 +2.84698e+07 3.427e-33 +2.83750e+07 3.438e-33 +2.82806e+07 3.449e-33 +2.81865e+07 3.460e-33 +2.80927e+07 3.471e-33 +2.79993e+07 3.482e-33 +2.79061e+07 3.493e-33 +2.78132e+07 3.504e-33 +2.77207e+07 3.516e-33 +2.76285e+07 3.527e-33 +2.75365e+07 3.538e-33 +2.74449e+07 3.549e-33 +2.73536e+07 3.561e-33 +2.72626e+07 3.572e-33 +2.71718e+07 3.584e-33 +2.70814e+07 3.595e-33 +2.69913e+07 3.607e-33 +2.69015e+07 3.618e-33 +2.68120e+07 3.630e-33 +2.67228e+07 3.642e-33 +2.66339e+07 3.653e-33 +2.65452e+07 3.665e-33 +2.64569e+07 3.677e-33 +2.63689e+07 3.688e-33 +2.62811e+07 3.700e-33 +2.61937e+07 3.712e-33 +2.61065e+07 3.724e-33 +2.60197e+07 3.736e-33 +2.59331e+07 3.748e-33 +2.58468e+07 3.760e-33 +2.57608e+07 3.772e-33 +2.56751e+07 3.784e-33 +2.55896e+07 3.796e-33 +2.55045e+07 3.808e-33 +2.54196e+07 3.821e-33 +2.53351e+07 3.833e-33 +2.52508e+07 3.845e-33 +2.51667e+07 3.858e-33 +2.50830e+07 3.870e-33 +2.49995e+07 3.882e-33 +2.49163e+07 3.895e-33 +2.48334e+07 3.907e-33 +2.47508e+07 3.920e-33 +2.46685e+07 3.932e-33 +2.45864e+07 3.945e-33 +2.45046e+07 3.958e-33 +2.44230e+07 3.970e-33 +2.43418e+07 3.983e-33 +2.42608e+07 3.996e-33 +2.41800e+07 4.009e-33 +2.40996e+07 4.021e-33 +2.40194e+07 4.034e-33 +2.39395e+07 4.047e-33 +2.38598e+07 4.060e-33 +2.37804e+07 4.073e-33 +2.37013e+07 4.086e-33 +2.36224e+07 4.099e-33 +2.35438e+07 4.113e-33 +2.34655e+07 4.126e-33 +2.33874e+07 4.139e-33 +2.33096e+07 4.152e-33 +2.32320e+07 4.165e-33 +2.31547e+07 4.179e-33 +2.30777e+07 4.192e-33 +2.30009e+07 4.206e-33 +2.29244e+07 4.219e-33 +2.28481e+07 4.233e-33 +2.27720e+07 4.246e-33 +2.26963e+07 4.260e-33 +2.26208e+07 4.274e-33 +2.25455e+07 4.287e-33 +2.24705e+07 4.301e-33 +2.23957e+07 4.315e-33 +2.23212e+07 4.329e-33 +2.22469e+07 4.342e-33 +2.21729e+07 4.356e-33 +2.20991e+07 4.370e-33 +2.20256e+07 4.384e-33 +2.19523e+07 4.398e-33 +2.18792e+07 4.412e-33 +2.18064e+07 4.427e-33 +2.17339e+07 4.441e-33 +2.16616e+07 4.455e-33 +2.15895e+07 4.469e-33 +2.15176e+07 4.484e-33 +2.14460e+07 4.498e-33 +2.13747e+07 4.512e-33 +2.13036e+07 4.527e-33 +2.12327e+07 4.541e-33 +2.11620e+07 4.556e-33 +2.10916e+07 4.571e-33 +2.10214e+07 4.585e-33 +2.09515e+07 4.600e-33 +2.08818e+07 4.615e-33 +2.08123e+07 4.629e-33 +2.07430e+07 4.644e-33 +2.06740e+07 4.659e-33 +2.06052e+07 4.674e-33 +2.05367e+07 4.689e-33 +2.04683e+07 4.704e-33 +2.04002e+07 4.719e-33 +2.03323e+07 4.734e-33 +2.02647e+07 4.749e-33 +2.01973e+07 4.765e-33 +2.01301e+07 4.780e-33 +2.00631e+07 4.795e-33 +1.99963e+07 4.811e-33 +1.99298e+07 4.826e-33 +1.98635e+07 4.842e-33 +1.97974e+07 4.857e-33 +1.97315e+07 4.873e-33 +1.96658e+07 4.888e-33 +1.96004e+07 4.904e-33 +1.95352e+07 4.920e-33 +1.94702e+07 4.935e-33 +1.94054e+07 4.951e-33 +1.93408e+07 4.967e-33 +1.92765e+07 4.983e-33 +1.92123e+07 4.999e-33 +1.91484e+07 5.015e-33 +1.90847e+07 5.031e-33 +1.90212e+07 5.047e-33 +1.89579e+07 5.063e-33 +1.88948e+07 5.080e-33 +1.88319e+07 5.096e-33 +1.87693e+07 5.112e-33 +1.87068e+07 5.129e-33 +1.86446e+07 5.145e-33 +1.85825e+07 5.161e-33 +1.85207e+07 5.178e-33 +1.84591e+07 5.195e-33 +1.83977e+07 5.211e-33 +1.83364e+07 5.228e-33 +1.82754e+07 5.245e-33 +1.82146e+07 5.261e-33 +1.81540e+07 5.278e-33 +1.80936e+07 5.295e-33 +1.80334e+07 5.312e-33 +1.79734e+07 5.329e-33 +1.79136e+07 5.346e-33 +1.78540e+07 5.363e-33 +1.77946e+07 5.381e-33 +1.77354e+07 5.398e-33 +1.76764e+07 5.415e-33 +1.76175e+07 5.432e-33 +1.75589e+07 5.450e-33 +1.75005e+07 5.467e-33 +1.74423e+07 5.485e-33 +1.73842e+07 5.502e-33 +1.73264e+07 5.520e-33 +1.72687e+07 5.538e-33 +1.72113e+07 5.556e-33 +1.71540e+07 5.573e-33 +1.70969e+07 5.591e-33 +1.70400e+07 5.609e-33 +1.69833e+07 5.627e-33 +1.69268e+07 5.645e-33 +1.68705e+07 5.663e-33 +1.68144e+07 5.681e-33 +1.67584e+07 5.700e-33 +1.67027e+07 5.718e-33 +1.66471e+07 5.736e-33 +1.65917e+07 5.754e-33 +1.65365e+07 5.773e-33 +1.64815e+07 5.791e-33 +1.64266e+07 5.810e-33 +1.63720e+07 5.829e-33 +1.63175e+07 5.847e-33 +1.62632e+07 5.866e-33 +1.62091e+07 5.885e-33 +1.61551e+07 5.904e-33 +1.61014e+07 5.923e-33 +1.60478e+07 5.941e-33 +1.59944e+07 5.961e-33 +1.59412e+07 5.980e-33 +1.58881e+07 5.999e-33 +1.58353e+07 6.018e-33 +1.57826e+07 6.037e-33 +1.57301e+07 6.057e-33 +1.56777e+07 6.076e-33 +1.56256e+07 6.095e-33 +1.55736e+07 6.115e-33 +1.55217e+07 6.135e-33 +1.54701e+07 6.154e-33 +1.54186e+07 6.174e-33 +1.53673e+07 6.194e-33 +1.53162e+07 6.214e-33 +1.52652e+07 6.233e-33 +1.52144e+07 6.253e-33 +1.51638e+07 6.273e-33 +1.51133e+07 6.294e-33 +1.50631e+07 6.314e-33 +1.50129e+07 6.334e-33 +1.49630e+07 6.354e-33 +1.49132e+07 6.375e-33 +1.48636e+07 6.395e-33 +1.48141e+07 6.415e-33 +1.47648e+07 6.436e-33 +1.47157e+07 6.457e-33 +1.46667e+07 6.477e-33 +1.46179e+07 6.498e-33 +1.45693e+07 6.519e-33 +1.45208e+07 6.540e-33 +1.44725e+07 6.561e-33 +1.44243e+07 6.582e-33 +1.43763e+07 6.603e-33 +1.43285e+07 6.624e-33 +1.42808e+07 6.645e-33 +1.42333e+07 6.666e-33 +1.41859e+07 6.688e-33 +1.41387e+07 6.709e-33 +1.40917e+07 6.731e-33 +1.40448e+07 6.752e-33 +1.39981e+07 6.774e-33 +1.39515e+07 6.796e-33 +1.39051e+07 6.817e-33 +1.38588e+07 6.839e-33 +1.38127e+07 6.861e-33 +1.37667e+07 6.883e-33 +1.37209e+07 6.905e-33 +1.36753e+07 6.927e-33 +1.36298e+07 6.949e-33 +1.35844e+07 6.972e-33 +1.35392e+07 6.994e-33 +1.34942e+07 7.016e-33 +1.34493e+07 7.039e-33 +1.34045e+07 7.061e-33 +1.33599e+07 7.084e-33 +1.33155e+07 7.107e-33 +1.32712e+07 7.129e-33 +1.32270e+07 7.152e-33 +1.31830e+07 7.175e-33 +1.31391e+07 7.198e-33 +1.30954e+07 7.221e-33 +1.30518e+07 7.244e-33 +1.30084e+07 7.268e-33 +1.29651e+07 7.291e-33 +1.29220e+07 7.314e-33 +1.28790e+07 7.338e-33 +1.28361e+07 7.361e-33 +1.27934e+07 7.385e-33 +1.27508e+07 7.408e-33 +1.27084e+07 7.432e-33 +1.26661e+07 7.456e-33 +1.26240e+07 7.480e-33 +1.25820e+07 7.504e-33 +1.25401e+07 7.528e-33 +1.24984e+07 7.552e-33 +1.24568e+07 7.576e-33 +1.24153e+07 7.600e-33 +1.23740e+07 7.625e-33 +1.23329e+07 7.649e-33 +1.22918e+07 7.674e-33 +1.22509e+07 7.698e-33 +1.22102e+07 7.723e-33 +1.21695e+07 7.747e-33 +1.21290e+07 7.772e-33 +1.20887e+07 7.797e-33 +1.20485e+07 7.822e-33 +1.20084e+07 7.847e-33 +1.19684e+07 7.872e-33 +1.19286e+07 7.897e-33 +1.18889e+07 7.923e-33 +1.18493e+07 7.948e-33 +1.18099e+07 7.974e-33 +1.17706e+07 7.999e-33 +1.17314e+07 8.025e-33 +1.16924e+07 8.050e-33 +1.16535e+07 8.076e-33 +1.16147e+07 8.102e-33 +1.15761e+07 8.128e-33 +1.15376e+07 8.154e-33 +1.14992e+07 8.180e-33 +1.14609e+07 8.206e-33 +1.14228e+07 8.233e-33 +1.13848e+07 8.259e-33 +1.13469e+07 8.285e-33 +1.13091e+07 8.312e-33 +1.12715e+07 8.339e-33 +1.12340e+07 8.365e-33 +1.11966e+07 8.392e-33 +1.11594e+07 8.419e-33 +1.11222e+07 8.446e-33 +1.10852e+07 8.473e-33 +1.10483e+07 8.500e-33 +1.10116e+07 8.527e-33 +1.09749e+07 8.555e-33 +1.09384e+07 8.582e-33 +1.09020e+07 8.609e-33 +1.08657e+07 8.637e-33 +1.08296e+07 8.665e-33 +1.07935e+07 8.692e-33 +1.07576e+07 8.720e-33 +1.07218e+07 8.748e-33 +1.06862e+07 8.776e-33 +1.06506e+07 8.804e-33 +1.06152e+07 8.832e-33 +1.05798e+07 8.861e-33 +1.05446e+07 8.889e-33 +1.05096e+07 8.917e-33 +1.04746e+07 8.946e-33 +1.04397e+07 8.975e-33 +1.04050e+07 9.003e-33 +1.03704e+07 9.032e-33 +1.03359e+07 9.061e-33 +1.03015e+07 9.090e-33 +1.02672e+07 9.119e-33 +1.02330e+07 9.148e-33 +1.01990e+07 9.178e-33 +1.01650e+07 9.207e-33 +1.01312e+07 9.237e-33 +1.00975e+07 9.266e-33 +1.00639e+07 9.296e-33 +1.00304e+07 9.325e-33 +9.99705e+06 9.355e-33 +9.96379e+06 9.385e-33 +9.93063e+06 9.415e-33 +9.89759e+06 9.445e-33 +9.86465e+06 9.476e-33 +9.83183e+06 9.506e-33 +9.79912e+06 9.536e-33 +9.76651e+06 9.567e-33 +9.73401e+06 9.598e-33 +9.70162e+06 9.628e-33 +9.66934e+06 9.659e-33 +9.63717e+06 9.690e-33 +9.60510e+06 9.721e-33 +9.57314e+06 9.752e-33 +9.54129e+06 9.783e-33 +9.50954e+06 9.815e-33 +9.47790e+06 9.846e-33 +9.44636e+06 9.878e-33 +9.41493e+06 9.909e-33 +9.38360e+06 9.941e-33 +9.35238e+06 9.973e-33 +9.32126e+06 1.000e-32 +9.29024e+06 1.004e-32 +9.25933e+06 1.007e-32 +9.22852e+06 1.010e-32 +9.19781e+06 1.013e-32 +9.16721e+06 1.017e-32 +9.13670e+06 1.020e-32 +9.10630e+06 1.023e-32 +9.07600e+06 1.026e-32 +9.04580e+06 1.030e-32 +9.01570e+06 1.033e-32 +8.98570e+06 1.036e-32 +8.95581e+06 1.040e-32 +8.92601e+06 1.043e-32 +8.89630e+06 1.046e-32 +8.86670e+06 1.050e-32 +8.83720e+06 1.053e-32 +8.80779e+06 1.056e-32 +8.77849e+06 1.060e-32 +8.74928e+06 1.063e-32 +8.72016e+06 1.066e-32 +8.69115e+06 1.070e-32 +8.66223e+06 1.073e-32 +8.63341e+06 1.077e-32 +8.60468e+06 1.080e-32 +8.57605e+06 1.084e-32 +8.54751e+06 1.087e-32 +8.51907e+06 1.091e-32 +8.49072e+06 1.094e-32 +8.46247e+06 1.098e-32 +8.43431e+06 1.101e-32 +8.40625e+06 1.105e-32 +8.37828e+06 1.108e-32 +8.35040e+06 1.112e-32 +8.32262e+06 1.115e-32 +8.29492e+06 1.119e-32 +8.26732e+06 1.122e-32 +8.23981e+06 1.126e-32 +8.21240e+06 1.130e-32 +8.18507e+06 1.133e-32 +8.15783e+06 1.137e-32 +8.13069e+06 1.141e-32 +8.10364e+06 1.144e-32 +8.07667e+06 1.148e-32 +8.04980e+06 1.151e-32 +8.02301e+06 1.155e-32 +7.99632e+06 1.159e-32 +7.96971e+06 1.163e-32 +7.94319e+06 1.166e-32 +7.91676e+06 1.170e-32 +7.89042e+06 1.174e-32 +7.86416e+06 1.178e-32 +7.83800e+06 1.181e-32 +7.81191e+06 1.185e-32 +7.78592e+06 1.189e-32 +7.76001e+06 1.193e-32 +7.73419e+06 1.196e-32 +7.70846e+06 1.200e-32 +7.68281e+06 1.204e-32 +7.65725e+06 1.208e-32 +7.63177e+06 1.212e-32 +7.60637e+06 1.216e-32 +7.58106e+06 1.220e-32 +7.55584e+06 1.224e-32 +7.53070e+06 1.227e-32 +7.50564e+06 1.231e-32 +7.48066e+06 1.235e-32 +7.45577e+06 1.239e-32 +7.43096e+06 1.243e-32 +7.40624e+06 1.247e-32 +7.38159e+06 1.251e-32 +7.35703e+06 1.255e-32 +7.33255e+06 1.259e-32 +7.30815e+06 1.263e-32 +7.28384e+06 1.267e-32 +7.25960e+06 1.271e-32 +7.23544e+06 1.275e-32 +7.21137e+06 1.279e-32 +7.18737e+06 1.284e-32 +7.16346e+06 1.288e-32 +7.13962e+06 1.292e-32 +7.11587e+06 1.296e-32 +7.09219e+06 1.300e-32 +7.06859e+06 1.304e-32 +7.04507e+06 1.308e-32 +7.02163e+06 1.313e-32 +6.99826e+06 1.317e-32 +6.97498e+06 1.321e-32 +6.95177e+06 1.325e-32 +6.92864e+06 1.329e-32 +6.90558e+06 1.334e-32 +6.88260e+06 1.338e-32 +6.85970e+06 1.342e-32 +6.83688e+06 1.347e-32 +6.81413e+06 1.351e-32 +6.79146e+06 1.355e-32 +6.76886e+06 1.360e-32 +6.74633e+06 1.364e-32 +6.72389e+06 1.368e-32 +6.70151e+06 1.373e-32 +6.67922e+06 1.377e-32 +6.65699e+06 1.381e-32 +6.63484e+06 1.386e-32 +6.61276e+06 1.390e-32 +6.59076e+06 1.395e-32 +6.56883e+06 1.399e-32 +6.54697e+06 1.404e-32 +6.52519e+06 1.408e-32 +6.50348e+06 1.413e-32 +6.48184e+06 1.417e-32 +6.46027e+06 1.422e-32 +6.43877e+06 1.426e-32 +6.41735e+06 1.431e-32 +6.39599e+06 1.435e-32 +6.37471e+06 1.440e-32 +6.35350e+06 1.445e-32 +6.33236e+06 1.449e-32 +6.31129e+06 1.454e-32 +6.29029e+06 1.458e-32 +6.26936e+06 1.463e-32 +6.24850e+06 1.468e-32 +6.22771e+06 1.473e-32 +6.20698e+06 1.477e-32 +6.18633e+06 1.482e-32 +6.16575e+06 1.487e-32 +6.14523e+06 1.491e-32 +6.12478e+06 1.496e-32 +6.10440e+06 1.501e-32 +6.08409e+06 1.506e-32 +6.06385e+06 1.511e-32 +6.04367e+06 1.515e-32 +6.02356e+06 1.520e-32 +6.00352e+06 1.525e-32 +5.98354e+06 1.530e-32 +5.96363e+06 1.535e-32 +5.94379e+06 1.540e-32 +5.92401e+06 1.545e-32 +5.90430e+06 1.550e-32 +5.88465e+06 1.555e-32 +5.86507e+06 1.560e-32 +5.84556e+06 1.565e-32 +5.82610e+06 1.570e-32 +5.80672e+06 1.575e-32 +5.78740e+06 1.580e-32 +5.76814e+06 1.585e-32 +5.74895e+06 1.590e-32 +5.72982e+06 1.595e-32 +5.71075e+06 1.600e-32 +5.69175e+06 1.605e-32 +5.67281e+06 1.610e-32 +5.65394e+06 1.615e-32 +5.63512e+06 1.621e-32 +5.61637e+06 1.626e-32 +5.59768e+06 1.631e-32 +5.57906e+06 1.636e-32 +5.56049e+06 1.641e-32 +5.54199e+06 1.647e-32 +5.52355e+06 1.652e-32 +5.50517e+06 1.657e-32 +5.48685e+06 1.662e-32 +5.46860e+06 1.668e-32 +5.45040e+06 1.673e-32 +5.43227e+06 1.678e-32 +5.41419e+06 1.684e-32 +5.39618e+06 1.689e-32 +5.37822e+06 1.695e-32 +5.36032e+06 1.700e-32 +5.34249e+06 1.705e-32 +5.32471e+06 1.711e-32 +5.30699e+06 1.716e-32 +5.28934e+06 1.722e-32 +5.27173e+06 1.727e-32 +5.25419e+06 1.733e-32 +5.23671e+06 1.738e-32 +5.21929e+06 1.744e-32 +5.20192e+06 1.750e-32 +5.18461e+06 1.755e-32 +5.16736e+06 1.761e-32 +5.15017e+06 1.766e-32 +5.13303e+06 1.772e-32 +5.11595e+06 1.778e-32 +5.09893e+06 1.783e-32 +5.08196e+06 1.789e-32 +5.06505e+06 1.795e-32 +5.04820e+06 1.801e-32 +5.03140e+06 1.806e-32 +5.01466e+06 1.812e-32 +4.99797e+06 1.818e-32 +4.98134e+06 1.824e-32 +4.96477e+06 1.830e-32 +4.94825e+06 1.835e-32 +4.93178e+06 1.841e-32 +4.91537e+06 1.847e-32 +4.89901e+06 1.853e-32 +4.88271e+06 1.859e-32 +4.86647e+06 1.865e-32 +4.85027e+06 1.871e-32 +4.83414e+06 1.877e-32 +4.81805e+06 1.883e-32 +4.80202e+06 1.889e-32 +4.78604e+06 1.895e-32 +4.77012e+06 1.901e-32 +4.75424e+06 1.907e-32 +4.73842e+06 1.913e-32 +4.72266e+06 1.919e-32 +4.70694e+06 1.925e-32 +4.69128e+06 1.932e-32 +4.67567e+06 1.938e-32 +4.66011e+06 1.944e-32 +4.64461e+06 1.950e-32 +4.62915e+06 1.956e-32 +4.61375e+06 1.963e-32 +4.59840e+06 1.969e-32 +4.58310e+06 1.975e-32 +4.56785e+06 1.982e-32 +4.55265e+06 1.988e-32 +4.53750e+06 1.994e-32 +4.52240e+06 2.001e-32 +4.50735e+06 2.007e-32 +4.49235e+06 2.013e-32 +4.47741e+06 2.020e-32 +4.46251e+06 2.026e-32 +4.44766e+06 2.033e-32 +4.43286e+06 2.039e-32 +4.41811e+06 2.046e-32 +4.40341e+06 2.052e-32 +4.38876e+06 2.059e-32 +4.37415e+06 2.065e-32 +4.35960e+06 2.072e-32 +4.34509e+06 2.079e-32 +4.33064e+06 2.085e-32 +4.31623e+06 2.092e-32 +4.30186e+06 2.099e-32 +4.28755e+06 2.105e-32 +4.27328e+06 2.112e-32 +4.25906e+06 2.119e-32 +4.24489e+06 2.126e-32 +4.23077e+06 2.132e-32 +4.21669e+06 2.139e-32 +4.20266e+06 2.146e-32 +4.18868e+06 2.153e-32 +4.17474e+06 2.160e-32 +4.16085e+06 2.167e-32 +4.14700e+06 2.174e-32 +4.13320e+06 2.181e-32 +4.11945e+06 2.188e-32 +4.10574e+06 2.195e-32 +4.09208e+06 2.202e-32 +4.07847e+06 2.209e-32 +4.06489e+06 2.216e-32 +4.05137e+06 2.223e-32 +4.03789e+06 2.230e-32 +4.02445e+06 2.237e-32 +4.01106e+06 2.244e-32 +3.99772e+06 2.251e-32 +3.98441e+06 2.258e-32 +3.97116e+06 2.266e-32 +3.95794e+06 2.273e-32 +3.94477e+06 2.280e-32 +3.93165e+06 2.287e-32 +3.91856e+06 2.295e-32 +3.90552e+06 2.302e-32 +3.89253e+06 2.309e-32 +3.87958e+06 2.317e-32 +3.86667e+06 2.324e-32 +3.85380e+06 2.332e-32 +3.84098e+06 2.339e-32 +3.82820e+06 2.347e-32 +3.81546e+06 2.354e-32 +3.80276e+06 2.362e-32 +3.79011e+06 2.369e-32 +3.77750e+06 2.377e-32 +3.76493e+06 2.384e-32 +3.75240e+06 2.392e-32 +3.73992e+06 2.400e-32 +3.72747e+06 2.407e-32 +3.71507e+06 2.415e-32 +3.70271e+06 2.423e-32 +3.69039e+06 2.430e-32 +3.67811e+06 2.438e-32 +3.66587e+06 2.446e-32 +3.65367e+06 2.454e-32 +3.64151e+06 2.462e-32 +3.62940e+06 2.469e-32 +3.61732e+06 2.477e-32 +3.60529e+06 2.485e-32 +3.59329e+06 2.493e-32 +3.58133e+06 2.501e-32 +3.56942e+06 2.509e-32 +3.55754e+06 2.517e-32 +3.54570e+06 2.525e-32 +3.53390e+06 2.533e-32 +3.52214e+06 2.541e-32 +3.51042e+06 2.550e-32 +3.49874e+06 2.558e-32 +3.48710e+06 2.566e-32 +3.47550e+06 2.574e-32 +3.46393e+06 2.582e-32 +3.45241e+06 2.591e-32 +3.44092e+06 2.599e-32 +3.42947e+06 2.607e-32 +3.41806e+06 2.615e-32 +3.40669e+06 2.624e-32 +3.39535e+06 2.632e-32 +3.38405e+06 2.641e-32 +3.37279e+06 2.649e-32 +3.36157e+06 2.657e-32 +3.35039e+06 2.666e-32 +3.33924e+06 2.674e-32 +3.32813e+06 2.683e-32 +3.31705e+06 2.692e-32 +3.30602e+06 2.700e-32 +3.29501e+06 2.709e-32 +3.28405e+06 2.717e-32 +3.27312e+06 2.726e-32 +3.26223e+06 2.735e-32 +3.25138e+06 2.744e-32 +3.24056e+06 2.752e-32 +3.22978e+06 2.761e-32 +3.21903e+06 2.770e-32 +3.20832e+06 2.779e-32 +3.19764e+06 2.788e-32 +3.18700e+06 2.797e-32 +3.17640e+06 2.806e-32 +3.16583e+06 2.814e-32 +3.15530e+06 2.823e-32 +3.14480e+06 2.833e-32 +3.13433e+06 2.842e-32 +3.12390e+06 2.851e-32 +3.11351e+06 2.860e-32 +3.10315e+06 2.869e-32 +3.09282e+06 2.878e-32 +3.08253e+06 2.887e-32 +3.07227e+06 2.896e-32 +3.06205e+06 2.906e-32 +3.05186e+06 2.915e-32 +3.04171e+06 2.924e-32 +3.03159e+06 2.934e-32 +3.02150e+06 2.943e-32 +3.01145e+06 2.952e-32 +3.00143e+06 2.962e-32 +2.99144e+06 2.971e-32 +2.98148e+06 2.981e-32 +2.97156e+06 2.990e-32 +2.96168e+06 3.000e-32 +2.95182e+06 3.009e-32 +2.94200e+06 3.019e-32 +2.93221e+06 3.029e-32 +2.92245e+06 3.038e-32 +2.91273e+06 3.048e-32 +2.90304e+06 3.058e-32 +2.89338e+06 3.068e-32 +2.88375e+06 3.077e-32 +2.87416e+06 3.087e-32 +2.86459e+06 3.097e-32 +2.85506e+06 3.107e-32 +2.84556e+06 3.117e-32 +2.83609e+06 3.127e-32 +2.82665e+06 3.137e-32 +2.81725e+06 3.147e-32 +2.80787e+06 3.157e-32 +2.79853e+06 3.167e-32 +2.78922e+06 3.177e-32 +2.77994e+06 3.187e-32 +2.77069e+06 3.197e-32 +2.76147e+06 3.208e-32 +2.75228e+06 3.218e-32 +2.74312e+06 3.228e-32 +2.73400e+06 3.238e-32 +2.72490e+06 3.249e-32 +2.71583e+06 3.259e-32 +2.70680e+06 3.270e-32 +2.69779e+06 3.280e-32 +2.68881e+06 3.290e-32 +2.67986e+06 3.301e-32 +2.67095e+06 3.312e-32 +2.66206e+06 3.322e-32 +2.65320e+06 3.333e-32 +2.64437e+06 3.343e-32 +2.63558e+06 3.354e-32 +2.62681e+06 3.365e-32 +2.61807e+06 3.375e-32 +2.60935e+06 3.386e-32 +2.60067e+06 3.397e-32 +2.59202e+06 3.408e-32 +2.58339e+06 3.419e-32 +2.57480e+06 3.430e-32 +2.56623e+06 3.441e-32 +2.55769e+06 3.452e-32 +2.54918e+06 3.463e-32 +2.54070e+06 3.474e-32 +2.53224e+06 3.485e-32 +2.52382e+06 3.496e-32 +2.51542e+06 3.507e-32 +2.50705e+06 3.518e-32 +2.49871e+06 3.530e-32 +2.49039e+06 3.541e-32 +2.48211e+06 3.552e-32 +2.47385e+06 3.563e-32 +2.46562e+06 3.575e-32 +2.45741e+06 3.586e-32 +2.44924e+06 3.598e-32 +2.44109e+06 3.609e-32 +2.43296e+06 3.621e-32 +2.42487e+06 3.632e-32 +2.41680e+06 3.644e-32 +2.40876e+06 3.655e-32 +2.40074e+06 3.667e-32 +2.39275e+06 3.679e-32 +2.38479e+06 3.691e-32 +2.37686e+06 3.702e-32 +2.36895e+06 3.714e-32 +2.36107e+06 3.726e-32 +2.35321e+06 3.738e-32 +2.34538e+06 3.750e-32 +2.33758e+06 3.762e-32 +2.32980e+06 3.774e-32 +2.32205e+06 3.786e-32 +2.31432e+06 3.798e-32 +2.30662e+06 3.810e-32 +2.29894e+06 3.822e-32 +2.29129e+06 3.834e-32 +2.28367e+06 3.847e-32 +2.27607e+06 3.859e-32 +2.26850e+06 3.871e-32 +2.26095e+06 3.884e-32 +2.25343e+06 3.896e-32 +2.24593e+06 3.909e-32 +2.23846e+06 3.921e-32 +2.23101e+06 3.933e-32 +2.22358e+06 3.946e-32 +2.21618e+06 3.959e-32 +2.20881e+06 3.971e-32 +2.20146e+06 3.984e-32 +2.19414e+06 3.997e-32 +2.18683e+06 4.009e-32 +2.17956e+06 4.022e-32 +2.17231e+06 4.035e-32 +2.16508e+06 4.048e-32 +2.15787e+06 4.061e-32 +2.15069e+06 4.074e-32 +2.14354e+06 4.087e-32 +2.13640e+06 4.100e-32 +2.12930e+06 4.113e-32 +2.12221e+06 4.126e-32 +2.11515e+06 4.139e-32 +2.10811e+06 4.152e-32 +2.10110e+06 4.166e-32 +2.09411e+06 4.179e-32 +2.08714e+06 4.192e-32 +2.08019e+06 4.206e-32 +2.07327e+06 4.219e-32 +2.06637e+06 4.233e-32 +2.05950e+06 4.246e-32 +2.05264e+06 4.260e-32 +2.04581e+06 4.273e-32 +2.03901e+06 4.287e-32 +2.03222e+06 4.301e-32 +2.02546e+06 4.314e-32 +2.01872e+06 4.328e-32 +2.01200e+06 4.342e-32 +2.00531e+06 4.356e-32 +1.99864e+06 4.370e-32 +1.99199e+06 4.384e-32 +1.98536e+06 4.398e-32 +1.97875e+06 4.412e-32 +1.97217e+06 4.426e-32 +1.96560e+06 4.440e-32 +1.95906e+06 4.454e-32 +1.95255e+06 4.468e-32 +1.94605e+06 4.482e-32 +1.93957e+06 4.497e-32 +1.93312e+06 4.511e-32 +1.92669e+06 4.526e-32 +1.92028e+06 4.540e-32 +1.91389e+06 4.554e-32 +1.90752e+06 4.569e-32 +1.90117e+06 4.584e-32 +1.89485e+06 4.598e-32 +1.88854e+06 4.613e-32 +1.88226e+06 4.628e-32 +1.87599e+06 4.642e-32 +1.86975e+06 4.657e-32 +1.86353e+06 4.672e-32 +1.85733e+06 4.687e-32 +1.85115e+06 4.702e-32 +1.84499e+06 4.717e-32 +1.83885e+06 4.732e-32 +1.83273e+06 4.747e-32 +1.82663e+06 4.762e-32 +1.82056e+06 4.777e-32 +1.81450e+06 4.793e-32 +1.80846e+06 4.808e-32 +1.80244e+06 4.823e-32 +1.79645e+06 4.839e-32 +1.79047e+06 4.854e-32 +1.78451e+06 4.870e-32 +1.77857e+06 4.885e-32 +1.77265e+06 4.901e-32 +1.76676e+06 4.916e-32 +1.76088e+06 4.932e-32 +1.75502e+06 4.948e-32 +1.74918e+06 4.964e-32 +1.74336e+06 4.979e-32 +1.73756e+06 4.995e-32 +1.73178e+06 5.011e-32 +1.72601e+06 5.027e-32 +1.72027e+06 5.043e-32 +1.71455e+06 5.059e-32 +1.70884e+06 5.075e-32 +1.70315e+06 5.092e-32 +1.69749e+06 5.108e-32 +1.69184e+06 5.124e-32 +1.68621e+06 5.141e-32 +1.68060e+06 5.157e-32 +1.67501e+06 5.173e-32 +1.66943e+06 5.190e-32 +1.66388e+06 5.206e-32 +1.65834e+06 5.223e-32 +1.65282e+06 5.240e-32 +1.64732e+06 5.256e-32 +1.64184e+06 5.273e-32 +1.63638e+06 5.290e-32 +1.63094e+06 5.307e-32 +1.62551e+06 5.324e-32 +1.62010e+06 5.341e-32 +1.61471e+06 5.358e-32 +1.60934e+06 5.375e-32 +1.60398e+06 5.392e-32 +1.59864e+06 5.409e-32 +1.59332e+06 5.427e-32 +1.58802e+06 5.444e-32 +1.58274e+06 5.461e-32 +1.57747e+06 5.479e-32 +1.57222e+06 5.496e-32 +1.56699e+06 5.514e-32 +1.56178e+06 5.531e-32 +1.55658e+06 5.549e-32 +1.55140e+06 5.567e-32 +1.54624e+06 5.584e-32 +1.54110e+06 5.602e-32 +1.53597e+06 5.620e-32 +1.53086e+06 5.638e-32 +1.52576e+06 5.656e-32 +1.52069e+06 5.674e-32 +1.51563e+06 5.692e-32 +1.51058e+06 5.710e-32 +1.50556e+06 5.728e-32 +1.50055e+06 5.747e-32 +1.49555e+06 5.765e-32 +1.49058e+06 5.783e-32 +1.48562e+06 5.802e-32 +1.48067e+06 5.820e-32 +1.47575e+06 5.839e-32 +1.47084e+06 5.858e-32 +1.46594e+06 5.876e-32 +1.46107e+06 5.895e-32 +1.45620e+06 5.914e-32 +1.45136e+06 5.933e-32 +1.44653e+06 5.952e-32 +1.44172e+06 5.971e-32 +1.43692e+06 5.990e-32 +1.43214e+06 6.009e-32 +1.42737e+06 6.028e-32 +1.42262e+06 6.047e-32 +1.41789e+06 6.066e-32 +1.41317e+06 6.086e-32 +1.40847e+06 6.105e-32 +1.40378e+06 6.125e-32 +1.39911e+06 6.144e-32 +1.39446e+06 6.164e-32 +1.38982e+06 6.183e-32 +1.38519e+06 6.203e-32 +1.38058e+06 6.223e-32 +1.37599e+06 6.243e-32 +1.37141e+06 6.263e-32 +1.36685e+06 6.283e-32 +1.36230e+06 6.303e-32 +1.35777e+06 6.323e-32 +1.35325e+06 6.343e-32 +1.34874e+06 6.363e-32 +1.34426e+06 6.383e-32 +1.33978e+06 6.404e-32 +1.33533e+06 6.424e-32 +1.33088e+06 6.445e-32 +1.32645e+06 6.465e-32 +1.32204e+06 6.486e-32 +1.31764e+06 6.507e-32 +1.31326e+06 6.527e-32 +1.30889e+06 6.548e-32 +1.30453e+06 6.569e-32 +1.30019e+06 6.590e-32 +1.29587e+06 6.611e-32 +1.29155e+06 6.632e-32 +1.28726e+06 6.653e-32 +1.28297e+06 6.674e-32 +1.27870e+06 6.696e-32 +1.27445e+06 6.717e-32 +1.27021e+06 6.738e-32 +1.26598e+06 6.760e-32 +1.26177e+06 6.781e-32 +1.25757e+06 6.803e-32 +1.25339e+06 6.825e-32 +1.24922e+06 6.847e-32 +1.24506e+06 6.868e-32 +1.24092e+06 6.890e-32 +1.23679e+06 6.912e-32 +1.23267e+06 6.934e-32 +1.22857e+06 6.956e-32 +1.22448e+06 6.979e-32 +1.22041e+06 7.001e-32 +1.21635e+06 7.023e-32 +1.21230e+06 7.045e-32 +1.20827e+06 7.068e-32 +1.20425e+06 7.090e-32 +1.20024e+06 7.113e-32 +1.19624e+06 7.136e-32 +1.19226e+06 7.159e-32 +1.18830e+06 7.181e-32 +1.18434e+06 7.204e-32 +1.18040e+06 7.227e-32 +1.17647e+06 7.250e-32 +1.17256e+06 7.273e-32 +1.16866e+06 7.297e-32 +1.16477e+06 7.320e-32 +1.16089e+06 7.343e-32 +1.15703e+06 7.367e-32 +1.15318e+06 7.390e-32 +1.14934e+06 7.414e-32 +1.14552e+06 7.437e-32 +1.14171e+06 7.461e-32 +1.13791e+06 7.485e-32 +1.13412e+06 7.509e-32 +1.13035e+06 7.532e-32 +1.12659e+06 7.557e-32 +1.12284e+06 7.581e-32 +1.11910e+06 7.605e-32 +1.11538e+06 7.629e-32 +1.11167e+06 7.653e-32 +1.10797e+06 7.678e-32 +1.10428e+06 7.702e-32 +1.10061e+06 7.727e-32 +1.09695e+06 7.751e-32 +1.09330e+06 7.776e-32 +1.08966e+06 7.801e-32 +1.08603e+06 7.826e-32 +1.08242e+06 7.851e-32 +1.07882e+06 7.876e-32 +1.07523e+06 7.901e-32 +1.07165e+06 7.926e-32 +1.06808e+06 7.951e-32 +1.06453e+06 7.977e-32 +1.06099e+06 8.002e-32 +1.05746e+06 8.028e-32 +1.05394e+06 8.053e-32 +1.05043e+06 8.079e-32 +1.04694e+06 8.105e-32 +1.04345e+06 8.130e-32 +1.03998e+06 8.156e-32 +1.03652e+06 8.182e-32 +1.03307e+06 8.208e-32 +1.02963e+06 8.234e-32 +1.02621e+06 8.261e-32 +1.02279e+06 8.287e-32 +1.01939e+06 8.313e-32 +1.01600e+06 8.340e-32 +1.01262e+06 8.367e-32 +1.00925e+06 8.393e-32 +1.00589e+06 8.420e-32 +1.00254e+06 8.447e-32 +9.99207e+05 8.474e-32 +9.95882e+05 8.501e-32 +9.92569e+05 8.528e-32 +9.89266e+05 8.555e-32 +9.85974e+05 8.582e-32 +9.82694e+05 8.610e-32 +9.79424e+05 8.637e-32 +9.76165e+05 8.665e-32 +9.72917e+05 8.692e-32 +9.69679e+05 8.720e-32 +9.66453e+05 8.748e-32 +9.63237e+05 8.776e-32 +9.60032e+05 8.803e-32 +9.56838e+05 8.832e-32 +9.53654e+05 8.860e-32 +9.50481e+05 8.888e-32 +9.47318e+05 8.916e-32 +9.44166e+05 8.945e-32 +9.41024e+05 8.973e-32 +9.37893e+05 9.002e-32 +9.34772e+05 9.030e-32 +9.31662e+05 9.059e-32 +9.28562e+05 9.088e-32 +9.25472e+05 9.117e-32 +9.22393e+05 9.146e-32 +9.19323e+05 9.175e-32 +9.16264e+05 9.204e-32 +9.13216e+05 9.234e-32 +9.10177e+05 9.263e-32 +9.07148e+05 9.293e-32 +9.04130e+05 9.322e-32 +9.01122e+05 9.352e-32 +8.98123e+05 9.382e-32 +8.95135e+05 9.412e-32 +8.92156e+05 9.442e-32 +8.89188e+05 9.472e-32 +8.86229e+05 9.502e-32 +8.83280e+05 9.532e-32 +8.80341e+05 9.563e-32 +8.77412e+05 9.593e-32 +8.74492e+05 9.624e-32 +8.71582e+05 9.654e-32 +8.68682e+05 9.685e-32 +8.65792e+05 9.716e-32 +8.62911e+05 9.747e-32 +8.60040e+05 9.778e-32 +8.57178e+05 9.809e-32 +8.54326e+05 9.840e-32 +8.51483e+05 9.872e-32 +8.48650e+05 9.903e-32 +8.45826e+05 9.935e-32 +8.43012e+05 9.966e-32 +8.40207e+05 9.998e-32 +8.37411e+05 1.003e-31 +8.34624e+05 1.006e-31 +8.31847e+05 1.009e-31 +8.29079e+05 1.013e-31 +8.26321e+05 1.016e-31 +8.23571e+05 1.019e-31 +8.20831e+05 1.022e-31 +8.18100e+05 1.026e-31 +8.15377e+05 1.029e-31 +8.12664e+05 1.032e-31 +8.09960e+05 1.035e-31 +8.07265e+05 1.039e-31 +8.04579e+05 1.042e-31 +8.01902e+05 1.045e-31 +7.99234e+05 1.049e-31 +7.96574e+05 1.052e-31 +7.93924e+05 1.055e-31 +7.91282e+05 1.059e-31 +7.88649e+05 1.062e-31 +7.86025e+05 1.065e-31 +7.83409e+05 1.069e-31 +7.80803e+05 1.072e-31 +7.78205e+05 1.076e-31 +7.75615e+05 1.079e-31 +7.73034e+05 1.083e-31 +7.70462e+05 1.086e-31 +7.67898e+05 1.089e-31 +7.65343e+05 1.093e-31 +7.62797e+05 1.096e-31 +7.60259e+05 1.100e-31 +7.57729e+05 1.103e-31 +7.55208e+05 1.107e-31 +7.52695e+05 1.110e-31 +7.50190e+05 1.114e-31 +7.47694e+05 1.118e-31 +7.45206e+05 1.121e-31 +7.42726e+05 1.125e-31 +7.40255e+05 1.128e-31 +7.37792e+05 1.132e-31 +7.35337e+05 1.135e-31 +7.32890e+05 1.139e-31 +7.30452e+05 1.143e-31 +7.28021e+05 1.146e-31 +7.25599e+05 1.150e-31 +7.23184e+05 1.154e-31 +7.20778e+05 1.157e-31 +7.18380e+05 1.161e-31 +7.15989e+05 1.165e-31 +7.13607e+05 1.168e-31 +7.11232e+05 1.172e-31 +7.08866e+05 1.176e-31 +7.06507e+05 1.180e-31 +7.04156e+05 1.183e-31 +7.01813e+05 1.187e-31 +6.99478e+05 1.191e-31 +6.97151e+05 1.195e-31 +6.94831e+05 1.198e-31 +6.92519e+05 1.202e-31 +6.90215e+05 1.206e-31 +6.87918e+05 1.210e-31 +6.85629e+05 1.214e-31 +6.83348e+05 1.218e-31 +6.81074e+05 1.222e-31 +6.78807e+05 1.225e-31 +6.76549e+05 1.229e-31 +6.74298e+05 1.233e-31 +6.72054e+05 1.237e-31 +6.69818e+05 1.241e-31 +6.67589e+05 1.245e-31 +6.65368e+05 1.249e-31 +6.63154e+05 1.253e-31 +6.60947e+05 1.257e-31 +6.58748e+05 1.261e-31 +6.56556e+05 1.265e-31 +6.54371e+05 1.269e-31 +6.52194e+05 1.273e-31 +6.50024e+05 1.277e-31 +6.47861e+05 1.281e-31 +6.45705e+05 1.285e-31 +6.43557e+05 1.289e-31 +6.41415e+05 1.293e-31 +6.39281e+05 1.298e-31 +6.37154e+05 1.302e-31 +6.35034e+05 1.306e-31 +6.32921e+05 1.310e-31 +6.30815e+05 1.314e-31 +6.28716e+05 1.318e-31 +6.26624e+05 1.323e-31 +6.24539e+05 1.327e-31 +6.22461e+05 1.331e-31 +6.20389e+05 1.335e-31 +6.18325e+05 1.340e-31 +6.16268e+05 1.344e-31 +6.14217e+05 1.348e-31 +6.12173e+05 1.352e-31 +6.10136e+05 1.357e-31 +6.08106e+05 1.361e-31 +6.06083e+05 1.365e-31 +6.04066e+05 1.370e-31 +6.02056e+05 1.374e-31 +6.00053e+05 1.378e-31 +5.98056e+05 1.383e-31 +5.96066e+05 1.387e-31 +5.94083e+05 1.392e-31 +5.92106e+05 1.396e-31 +5.90136e+05 1.400e-31 +5.88172e+05 1.405e-31 +5.86215e+05 1.409e-31 +5.84265e+05 1.414e-31 +5.82320e+05 1.418e-31 +5.80383e+05 1.423e-31 +5.78452e+05 1.427e-31 +5.76527e+05 1.432e-31 +5.74609e+05 1.437e-31 +5.72697e+05 1.441e-31 +5.70791e+05 1.446e-31 +5.68892e+05 1.450e-31 +5.66999e+05 1.455e-31 +5.65112e+05 1.460e-31 +5.63232e+05 1.464e-31 +5.61358e+05 1.469e-31 +5.59490e+05 1.474e-31 +5.57628e+05 1.478e-31 +5.55773e+05 1.483e-31 +5.53923e+05 1.488e-31 +5.52080e+05 1.492e-31 +5.50243e+05 1.497e-31 +5.48412e+05 1.502e-31 +5.46588e+05 1.507e-31 +5.44769e+05 1.511e-31 +5.42956e+05 1.516e-31 +5.41150e+05 1.521e-31 +5.39349e+05 1.526e-31 +5.37554e+05 1.531e-31 +5.35766e+05 1.536e-31 +5.33983e+05 1.541e-31 +5.32206e+05 1.545e-31 +5.30435e+05 1.550e-31 +5.28670e+05 1.555e-31 +5.26911e+05 1.560e-31 +5.25158e+05 1.565e-31 +5.23410e+05 1.570e-31 +5.21669e+05 1.575e-31 +5.19933e+05 1.580e-31 +5.18203e+05 1.585e-31 +5.16479e+05 1.590e-31 +5.14760e+05 1.595e-31 +5.13047e+05 1.600e-31 +5.11340e+05 1.606e-31 +5.09639e+05 1.611e-31 +5.07943e+05 1.616e-31 +5.06253e+05 1.621e-31 +5.04568e+05 1.626e-31 +5.02889e+05 1.631e-31 +5.01216e+05 1.636e-31 +4.99548e+05 1.642e-31 +4.97886e+05 1.647e-31 +4.96229e+05 1.652e-31 +4.94578e+05 1.657e-31 +4.92933e+05 1.663e-31 +4.91292e+05 1.668e-31 +4.89658e+05 1.673e-31 +4.88028e+05 1.679e-31 +4.86404e+05 1.684e-31 +4.84786e+05 1.689e-31 +4.83173e+05 1.695e-31 +4.81565e+05 1.700e-31 +4.79963e+05 1.705e-31 +4.78366e+05 1.711e-31 +4.76774e+05 1.716e-31 +4.75188e+05 1.722e-31 +4.73606e+05 1.727e-31 +4.72031e+05 1.733e-31 +4.70460e+05 1.738e-31 +4.68895e+05 1.744e-31 +4.67334e+05 1.749e-31 +4.65779e+05 1.755e-31 +4.64229e+05 1.760e-31 +4.62685e+05 1.766e-31 +4.61145e+05 1.772e-31 +4.59611e+05 1.777e-31 +4.58081e+05 1.783e-31 +4.56557e+05 1.789e-31 +4.55038e+05 1.794e-31 +4.53524e+05 1.800e-31 +4.52015e+05 1.806e-31 +4.50511e+05 1.812e-31 +4.49012e+05 1.817e-31 +4.47518e+05 1.823e-31 +4.46029e+05 1.829e-31 +4.44545e+05 1.835e-31 +4.43065e+05 1.841e-31 +4.41591e+05 1.846e-31 +4.40122e+05 1.852e-31 +4.38657e+05 1.858e-31 +4.37198e+05 1.864e-31 +4.35743e+05 1.870e-31 +4.34293e+05 1.876e-31 +4.32848e+05 1.882e-31 +4.31408e+05 1.888e-31 +4.29972e+05 1.894e-31 +4.28542e+05 1.900e-31 +4.27116e+05 1.906e-31 +4.25694e+05 1.912e-31 +4.24278e+05 1.918e-31 +4.22866e+05 1.924e-31 +4.21459e+05 1.930e-31 +4.20057e+05 1.936e-31 +4.18659e+05 1.943e-31 +4.17266e+05 1.949e-31 +4.15878e+05 1.955e-31 +4.14494e+05 1.961e-31 +4.13115e+05 1.967e-31 +4.11740e+05 1.974e-31 +4.10370e+05 1.980e-31 +4.09004e+05 1.986e-31 +4.07644e+05 1.993e-31 +4.06287e+05 1.999e-31 +4.04935e+05 2.005e-31 +4.03588e+05 2.012e-31 +4.02245e+05 2.018e-31 +4.00906e+05 2.024e-31 +3.99573e+05 2.031e-31 +3.98243e+05 2.037e-31 +3.96918e+05 2.044e-31 +3.95597e+05 2.050e-31 +3.94281e+05 2.057e-31 +3.92969e+05 2.063e-31 +3.91661e+05 2.070e-31 +3.90358e+05 2.077e-31 +3.89059e+05 2.083e-31 +3.87765e+05 2.090e-31 +3.86474e+05 2.096e-31 +3.85188e+05 2.103e-31 +3.83907e+05 2.110e-31 +3.82629e+05 2.116e-31 +3.81356e+05 2.123e-31 +3.80087e+05 2.130e-31 +3.78822e+05 2.137e-31 +3.77562e+05 2.144e-31 +3.76306e+05 2.150e-31 +3.75054e+05 2.157e-31 +3.73806e+05 2.164e-31 +3.72562e+05 2.171e-31 +3.71322e+05 2.178e-31 +3.70087e+05 2.185e-31 +3.68855e+05 2.192e-31 +3.67628e+05 2.199e-31 +3.66405e+05 2.206e-31 +3.65185e+05 2.213e-31 +3.63970e+05 2.220e-31 +3.62759e+05 2.227e-31 +3.61552e+05 2.234e-31 +3.60349e+05 2.241e-31 +3.59150e+05 2.248e-31 +3.57955e+05 2.255e-31 +3.56764e+05 2.262e-31 +3.55577e+05 2.270e-31 +3.54394e+05 2.277e-31 +3.53214e+05 2.284e-31 +3.52039e+05 2.291e-31 +3.50868e+05 2.299e-31 +3.49700e+05 2.306e-31 +3.48537e+05 2.313e-31 +3.47377e+05 2.321e-31 +3.46221e+05 2.328e-31 +3.45069e+05 2.335e-31 +3.43921e+05 2.343e-31 +3.42776e+05 2.350e-31 +3.41636e+05 2.358e-31 +3.40499e+05 2.365e-31 +3.39366e+05 2.373e-31 +3.38237e+05 2.380e-31 +3.37111e+05 2.388e-31 +3.35990e+05 2.395e-31 +3.34872e+05 2.403e-31 +3.33758e+05 2.411e-31 +3.32647e+05 2.418e-31 +3.31540e+05 2.426e-31 +3.30437e+05 2.434e-31 +3.29337e+05 2.441e-31 +3.28242e+05 2.449e-31 +3.27149e+05 2.457e-31 +3.26061e+05 2.465e-31 +3.24976e+05 2.473e-31 +3.23895e+05 2.481e-31 +3.22817e+05 2.488e-31 +3.21743e+05 2.496e-31 +3.20672e+05 2.504e-31 +3.19605e+05 2.512e-31 +3.18542e+05 2.520e-31 +3.17482e+05 2.528e-31 +3.16425e+05 2.536e-31 +3.15372e+05 2.544e-31 +3.14323e+05 2.552e-31 +3.13277e+05 2.561e-31 +3.12235e+05 2.569e-31 +3.11196e+05 2.577e-31 +3.10160e+05 2.585e-31 +3.09128e+05 2.593e-31 +3.08100e+05 2.601e-31 +3.07075e+05 2.610e-31 +3.06053e+05 2.618e-31 +3.05034e+05 2.626e-31 +3.04019e+05 2.635e-31 +3.03008e+05 2.643e-31 +3.02000e+05 2.651e-31 +3.00995e+05 2.660e-31 +2.99993e+05 2.668e-31 +2.98995e+05 2.677e-31 +2.98000e+05 2.685e-31 +2.97009e+05 2.694e-31 +2.96020e+05 2.702e-31 +2.95035e+05 2.711e-31 +2.94054e+05 2.720e-31 +2.93075e+05 2.728e-31 +2.92100e+05 2.737e-31 +2.91128e+05 2.746e-31 +2.90159e+05 2.754e-31 +2.89194e+05 2.763e-31 +2.88232e+05 2.772e-31 +2.87272e+05 2.781e-31 +2.86317e+05 2.790e-31 +2.85364e+05 2.798e-31 +2.84414e+05 2.807e-31 +2.83468e+05 2.816e-31 +2.82525e+05 2.825e-31 +2.81585e+05 2.834e-31 +2.80648e+05 2.843e-31 +2.79714e+05 2.852e-31 +2.78783e+05 2.861e-31 +2.77856e+05 2.870e-31 +2.76931e+05 2.879e-31 +2.76010e+05 2.889e-31 +2.75091e+05 2.898e-31 +2.74176e+05 2.907e-31 +2.73264e+05 2.916e-31 +2.72354e+05 2.926e-31 +2.71448e+05 2.935e-31 +2.70545e+05 2.944e-31 +2.69645e+05 2.954e-31 +2.68747e+05 2.963e-31 +2.67853e+05 2.972e-31 +2.66962e+05 2.982e-31 +2.66074e+05 2.991e-31 +2.65188e+05 3.001e-31 +2.64306e+05 3.010e-31 +2.63426e+05 3.020e-31 +2.62550e+05 3.029e-31 +2.61676e+05 3.039e-31 +2.60806e+05 3.049e-31 +2.59938e+05 3.058e-31 +2.59073e+05 3.068e-31 +2.58211e+05 3.078e-31 +2.57352e+05 3.088e-31 +2.56495e+05 3.097e-31 +2.55642e+05 3.107e-31 +2.54791e+05 3.117e-31 +2.53943e+05 3.127e-31 +2.53098e+05 3.137e-31 +2.52256e+05 3.147e-31 +2.51417e+05 3.157e-31 +2.50580e+05 3.167e-31 +2.49746e+05 3.177e-31 +2.48915e+05 3.187e-31 +2.48087e+05 3.197e-31 +2.47262e+05 3.207e-31 +2.46439e+05 3.218e-31 +2.45619e+05 3.228e-31 +2.44802e+05 3.238e-31 +2.43987e+05 3.248e-31 +2.43175e+05 3.259e-31 +2.42366e+05 3.269e-31 +2.41560e+05 3.279e-31 +2.40756e+05 3.290e-31 +2.39955e+05 3.300e-31 +2.39156e+05 3.311e-31 +2.38361e+05 3.321e-31 +2.37567e+05 3.332e-31 +2.36777e+05 3.342e-31 +2.35989e+05 3.353e-31 +2.35204e+05 3.364e-31 +2.34421e+05 3.374e-31 +2.33641e+05 3.385e-31 +2.32864e+05 3.396e-31 +2.32089e+05 3.407e-31 +2.31317e+05 3.417e-31 +2.30547e+05 3.428e-31 +2.29780e+05 3.439e-31 +2.29015e+05 3.450e-31 +2.28253e+05 3.461e-31 +2.27494e+05 3.472e-31 +2.26737e+05 3.483e-31 +2.25982e+05 3.494e-31 +2.25230e+05 3.505e-31 +2.24481e+05 3.516e-31 +2.23734e+05 3.528e-31 +2.22990e+05 3.539e-31 +2.22248e+05 3.550e-31 +2.21508e+05 3.561e-31 +2.20771e+05 3.573e-31 +2.20036e+05 3.584e-31 +2.19304e+05 3.595e-31 +2.18575e+05 3.607e-31 +2.17847e+05 3.618e-31 +2.17122e+05 3.630e-31 +2.16400e+05 3.641e-31 +2.15680e+05 3.653e-31 +2.14962e+05 3.664e-31 +2.14247e+05 3.676e-31 +2.13534e+05 3.688e-31 +2.12824e+05 3.699e-31 +2.12115e+05 3.711e-31 +2.11410e+05 3.723e-31 +2.10706e+05 3.735e-31 +2.10005e+05 3.747e-31 +2.09306e+05 3.758e-31 +2.08610e+05 3.770e-31 +2.07916e+05 3.782e-31 +2.07224e+05 3.794e-31 +2.06534e+05 3.806e-31 +2.05847e+05 3.819e-31 +2.05162e+05 3.831e-31 +2.04480e+05 3.843e-31 +2.03799e+05 3.855e-31 +2.03121e+05 3.867e-31 +2.02445e+05 3.880e-31 +2.01772e+05 3.892e-31 +2.01100e+05 3.904e-31 +2.00431e+05 3.917e-31 +1.99764e+05 3.929e-31 +1.99099e+05 3.942e-31 +1.98437e+05 3.954e-31 +1.97777e+05 3.967e-31 +1.97119e+05 3.979e-31 +1.96463e+05 3.992e-31 +1.95809e+05 4.005e-31 +1.95157e+05 4.017e-31 +1.94508e+05 4.030e-31 +1.93861e+05 4.043e-31 +1.93216e+05 4.056e-31 +1.92573e+05 4.068e-31 +1.91932e+05 4.081e-31 +1.91293e+05 4.094e-31 +1.90657e+05 4.107e-31 +1.90023e+05 4.120e-31 +1.89390e+05 4.133e-31 +1.88760e+05 4.147e-31 +1.88132e+05 4.160e-31 +1.87506e+05 4.173e-31 +1.86882e+05 4.186e-31 +1.86260e+05 4.199e-31 +1.85640e+05 4.213e-31 +1.85023e+05 4.226e-31 +1.84407e+05 4.240e-31 +1.83794e+05 4.253e-31 +1.83182e+05 4.267e-31 +1.82572e+05 4.280e-31 +1.81965e+05 4.294e-31 +1.81359e+05 4.307e-31 +1.80756e+05 4.321e-31 +1.80155e+05 4.335e-31 +1.79555e+05 4.348e-31 +1.78958e+05 4.362e-31 +1.78362e+05 4.376e-31 +1.77769e+05 4.390e-31 +1.77177e+05 4.404e-31 +1.76588e+05 4.418e-31 +1.76000e+05 4.432e-31 +1.75414e+05 4.446e-31 +1.74831e+05 4.460e-31 +1.74249e+05 4.474e-31 +1.73669e+05 4.488e-31 +1.73091e+05 4.503e-31 +1.72515e+05 4.517e-31 +1.71941e+05 4.531e-31 +1.71369e+05 4.546e-31 +1.70799e+05 4.560e-31 +1.70231e+05 4.575e-31 +1.69664e+05 4.589e-31 +1.69100e+05 4.604e-31 +1.68537e+05 4.618e-31 +1.67976e+05 4.633e-31 +1.67417e+05 4.648e-31 +1.66860e+05 4.662e-31 +1.66305e+05 4.677e-31 +1.65752e+05 4.692e-31 +1.65200e+05 4.707e-31 +1.64650e+05 4.722e-31 +1.64103e+05 4.737e-31 +1.63557e+05 4.752e-31 +1.63012e+05 4.767e-31 +1.62470e+05 4.782e-31 +1.61929e+05 4.797e-31 +1.61391e+05 4.813e-31 +1.60854e+05 4.828e-31 +1.60318e+05 4.843e-31 +1.59785e+05 4.859e-31 +1.59253e+05 4.874e-31 +1.58723e+05 4.889e-31 +1.58195e+05 4.905e-31 +1.57669e+05 4.920e-31 +1.57144e+05 4.936e-31 +1.56621e+05 4.952e-31 +1.56100e+05 4.967e-31 +1.55581e+05 4.983e-31 +1.55063e+05 4.999e-31 +1.54547e+05 5.015e-31 +1.54033e+05 5.031e-31 +1.53520e+05 5.047e-31 +1.53009e+05 5.063e-31 +1.52500e+05 5.079e-31 +1.51993e+05 5.095e-31 +1.51487e+05 5.111e-31 +1.50983e+05 5.127e-31 +1.50481e+05 5.144e-31 +1.49980e+05 5.160e-31 +1.49481e+05 5.176e-31 +1.48984e+05 5.193e-31 +1.48488e+05 5.209e-31 +1.47994e+05 5.226e-31 +1.47501e+05 5.242e-31 +1.47010e+05 5.259e-31 +1.46521e+05 5.276e-31 +1.46034e+05 5.292e-31 +1.45548e+05 5.309e-31 +1.45064e+05 5.326e-31 +1.44581e+05 5.343e-31 +1.44100e+05 5.360e-31 +1.43620e+05 5.377e-31 +1.43142e+05 5.394e-31 +1.42666e+05 5.411e-31 +1.42191e+05 5.428e-31 +1.41718e+05 5.445e-31 +1.41247e+05 5.463e-31 +1.40777e+05 5.480e-31 +1.40308e+05 5.497e-31 +1.39841e+05 5.515e-31 +1.39376e+05 5.532e-31 +1.38912e+05 5.550e-31 +1.38450e+05 5.567e-31 +1.37989e+05 5.585e-31 +1.37530e+05 5.603e-31 +1.37073e+05 5.621e-31 +1.36617e+05 5.638e-31 +1.36162e+05 5.656e-31 +1.35709e+05 5.674e-31 +1.35257e+05 5.692e-31 +1.34807e+05 5.710e-31 +1.34359e+05 5.728e-31 +1.33912e+05 5.747e-31 +1.33466e+05 5.765e-31 +1.33022e+05 5.783e-31 +1.32579e+05 5.801e-31 +1.32138e+05 5.820e-31 +1.31699e+05 5.838e-31 +1.31260e+05 5.857e-31 +1.30824e+05 5.875e-31 +1.30388e+05 5.894e-31 +1.29954e+05 5.913e-31 +1.29522e+05 5.931e-31 +1.29091e+05 5.950e-31 +1.28662e+05 5.969e-31 +1.28233e+05 5.988e-31 +1.27807e+05 6.007e-31 +1.27381e+05 6.026e-31 +1.26958e+05 6.045e-31 +1.26535e+05 6.064e-31 +1.26114e+05 6.084e-31 +1.25694e+05 6.103e-31 +1.25276e+05 6.122e-31 +1.24859e+05 6.142e-31 +1.24444e+05 6.161e-31 +1.24030e+05 6.181e-31 +1.23617e+05 6.200e-31 +1.23206e+05 6.220e-31 +1.22796e+05 6.240e-31 +1.22387e+05 6.260e-31 +1.21980e+05 6.279e-31 +1.21574e+05 6.299e-31 +1.21170e+05 6.319e-31 +1.20766e+05 6.339e-31 +1.20365e+05 6.359e-31 +1.19964e+05 6.380e-31 +1.19565e+05 6.400e-31 +1.19167e+05 6.420e-31 +1.18771e+05 6.440e-31 +1.18375e+05 6.461e-31 +1.17981e+05 6.481e-31 +1.17589e+05 6.502e-31 +1.17198e+05 6.523e-31 +1.16808e+05 6.543e-31 +1.16419e+05 6.564e-31 +1.16032e+05 6.585e-31 +1.15646e+05 6.606e-31 +1.15261e+05 6.627e-31 +1.14877e+05 6.648e-31 +1.14495e+05 6.669e-31 +1.14114e+05 6.690e-31 +1.13734e+05 6.711e-31 +1.13356e+05 6.732e-31 +1.12979e+05 6.754e-31 +1.12603e+05 6.775e-31 +1.12228e+05 6.797e-31 +1.11855e+05 6.818e-31 +1.11482e+05 6.840e-31 +1.11112e+05 6.861e-31 +1.10742e+05 6.883e-31 +1.10373e+05 6.905e-31 +1.10006e+05 6.927e-31 +1.09640e+05 6.949e-31 +1.09275e+05 6.971e-31 +1.08912e+05 6.993e-31 +1.08549e+05 7.015e-31 +1.08188e+05 7.037e-31 +1.07828e+05 7.060e-31 +1.07469e+05 7.082e-31 +1.07112e+05 7.104e-31 +1.06755e+05 7.127e-31 +1.06400e+05 7.150e-31 +1.06046e+05 7.172e-31 +1.05693e+05 7.195e-31 +1.05341e+05 7.218e-31 +1.04991e+05 7.241e-31 +1.04642e+05 7.264e-31 +1.04293e+05 7.287e-31 +1.03946e+05 7.310e-31 +1.03600e+05 7.333e-31 +1.03256e+05 7.356e-31 +1.02912e+05 7.379e-31 +1.02570e+05 7.403e-31 +1.02228e+05 7.426e-31 +1.01888e+05 7.450e-31 +1.01549e+05 7.473e-31 +1.01211e+05 7.497e-31 +1.00875e+05 7.521e-31 +1.00539e+05 7.545e-31 +1.00204e+05 7.569e-31 +9.98710e+04 7.593e-31 +9.95387e+04 7.617e-31 +9.92075e+04 7.641e-31 +9.88774e+04 7.665e-31 +9.85484e+04 7.689e-31 +9.82204e+04 7.714e-31 +9.78936e+04 7.738e-31 +9.75679e+04 7.763e-31 +9.72432e+04 7.787e-31 +9.69197e+04 7.812e-31 +9.65972e+04 7.837e-31 +9.62758e+04 7.862e-31 +9.59554e+04 7.886e-31 +9.56361e+04 7.911e-31 +9.53179e+04 7.937e-31 +9.50007e+04 7.962e-31 +9.46846e+04 7.987e-31 +9.43696e+04 8.012e-31 +9.40556e+04 8.038e-31 +9.37426e+04 8.063e-31 +9.34307e+04 8.089e-31 +9.31198e+04 8.114e-31 +9.28099e+04 8.140e-31 +9.25011e+04 8.166e-31 +9.21933e+04 8.192e-31 +9.18866e+04 8.218e-31 +9.15808e+04 8.244e-31 +9.12761e+04 8.270e-31 +9.09724e+04 8.296e-31 +9.06697e+04 8.322e-31 +9.03680e+04 8.349e-31 +9.00673e+04 8.375e-31 +8.97676e+04 8.402e-31 +8.94689e+04 8.428e-31 +8.91712e+04 8.455e-31 +8.88745e+04 8.482e-31 +8.85788e+04 8.509e-31 +8.82840e+04 8.536e-31 +8.79903e+04 8.563e-31 +8.76975e+04 8.590e-31 +8.74057e+04 8.617e-31 +8.71149e+04 8.644e-31 +8.68250e+04 8.672e-31 +8.65361e+04 8.699e-31 +8.62481e+04 8.727e-31 +8.59612e+04 8.754e-31 +8.56751e+04 8.782e-31 +8.53901e+04 8.810e-31 +8.51059e+04 8.838e-31 +8.48227e+04 8.866e-31 +8.45405e+04 8.894e-31 +8.42592e+04 8.922e-31 +8.39788e+04 8.950e-31 +8.36994e+04 8.979e-31 +8.34209e+04 9.007e-31 +8.31433e+04 9.036e-31 +8.28667e+04 9.064e-31 +8.25909e+04 9.093e-31 +8.23161e+04 9.122e-31 +8.20422e+04 9.151e-31 +8.17692e+04 9.180e-31 +8.14971e+04 9.209e-31 +8.12260e+04 9.238e-31 +8.09557e+04 9.267e-31 +8.06863e+04 9.297e-31 +8.04179e+04 9.326e-31 +8.01503e+04 9.356e-31 +7.98836e+04 9.385e-31 +7.96178e+04 9.415e-31 +7.93528e+04 9.445e-31 +7.90888e+04 9.475e-31 +7.88256e+04 9.505e-31 +7.85634e+04 9.535e-31 +7.83019e+04 9.565e-31 +7.80414e+04 9.595e-31 +7.77817e+04 9.626e-31 +7.75229e+04 9.656e-31 +7.72650e+04 9.687e-31 +7.70079e+04 9.717e-31 +7.67516e+04 9.748e-31 +7.64962e+04 9.779e-31 +7.62417e+04 9.810e-31 +7.59880e+04 9.841e-31 +7.57352e+04 9.872e-31 +7.54832e+04 9.903e-31 +7.52320e+04 9.935e-31 +7.49817e+04 9.966e-31 +7.47322e+04 9.998e-31 +7.44835e+04 1.003e-30 +7.42357e+04 1.006e-30 +7.39887e+04 1.009e-30 +7.37425e+04 1.013e-30 +7.34971e+04 1.016e-30 +7.32525e+04 1.019e-30 +7.30088e+04 1.022e-30 +7.27659e+04 1.025e-30 +7.25237e+04 1.029e-30 +7.22824e+04 1.032e-30 +7.20419e+04 1.035e-30 +7.18022e+04 1.038e-30 +7.15633e+04 1.042e-30 +7.13252e+04 1.045e-30 +7.10878e+04 1.048e-30 +7.08513e+04 1.052e-30 +7.06155e+04 1.055e-30 +7.03806e+04 1.058e-30 +7.01464e+04 1.062e-30 +6.99130e+04 1.065e-30 +6.96803e+04 1.068e-30 +6.94485e+04 1.072e-30 +6.92174e+04 1.075e-30 +6.89871e+04 1.079e-30 +6.87575e+04 1.082e-30 +6.85288e+04 1.085e-30 +6.83007e+04 1.089e-30 +6.80735e+04 1.092e-30 +6.78470e+04 1.096e-30 +6.76212e+04 1.099e-30 +6.73962e+04 1.103e-30 +6.71719e+04 1.106e-30 +6.69484e+04 1.110e-30 +6.67257e+04 1.113e-30 +6.65036e+04 1.117e-30 +6.62824e+04 1.120e-30 +6.60618e+04 1.124e-30 +6.58420e+04 1.127e-30 +6.56229e+04 1.131e-30 +6.54046e+04 1.135e-30 +6.51869e+04 1.138e-30 +6.49700e+04 1.142e-30 +6.47538e+04 1.145e-30 +6.45384e+04 1.149e-30 +6.43236e+04 1.153e-30 +6.41096e+04 1.156e-30 +6.38963e+04 1.160e-30 +6.36837e+04 1.164e-30 +6.34718e+04 1.167e-30 +6.32606e+04 1.171e-30 +6.30501e+04 1.175e-30 +6.28403e+04 1.178e-30 +6.26312e+04 1.182e-30 +6.24228e+04 1.186e-30 +6.22151e+04 1.190e-30 +6.20081e+04 1.193e-30 +6.18017e+04 1.197e-30 +6.15961e+04 1.201e-30 +6.13911e+04 1.205e-30 +6.11869e+04 1.209e-30 +6.09833e+04 1.212e-30 +6.07803e+04 1.216e-30 +6.05781e+04 1.220e-30 +6.03765e+04 1.224e-30 +6.01756e+04 1.228e-30 +5.99754e+04 1.232e-30 +5.97758e+04 1.236e-30 +5.95769e+04 1.240e-30 +5.93787e+04 1.243e-30 +5.91811e+04 1.247e-30 +5.89842e+04 1.251e-30 +5.87879e+04 1.255e-30 +5.85923e+04 1.259e-30 +5.83974e+04 1.263e-30 +5.82031e+04 1.267e-30 +5.80094e+04 1.271e-30 +5.78164e+04 1.275e-30 +5.76240e+04 1.279e-30 +5.74323e+04 1.283e-30 +5.72412e+04 1.287e-30 +5.70507e+04 1.292e-30 +5.68609e+04 1.296e-30 +5.66717e+04 1.300e-30 +5.64831e+04 1.304e-30 +5.62951e+04 1.308e-30 +5.61078e+04 1.312e-30 +5.59211e+04 1.316e-30 +5.57351e+04 1.320e-30 +5.55496e+04 1.325e-30 +5.53648e+04 1.329e-30 +5.51805e+04 1.333e-30 +5.49969e+04 1.337e-30 +5.48139e+04 1.341e-30 +5.46315e+04 1.346e-30 +5.44498e+04 1.350e-30 +5.42686e+04 1.354e-30 +5.40880e+04 1.358e-30 +5.39080e+04 1.363e-30 +5.37287e+04 1.367e-30 +5.35499e+04 1.371e-30 +5.33717e+04 1.376e-30 +5.31941e+04 1.380e-30 +5.30171e+04 1.384e-30 +5.28407e+04 1.389e-30 +5.26649e+04 1.393e-30 +5.24896e+04 1.398e-30 +5.23150e+04 1.402e-30 +5.21409e+04 1.406e-30 +5.19674e+04 1.411e-30 +5.17945e+04 1.415e-30 +5.16222e+04 1.420e-30 +5.14504e+04 1.424e-30 +5.12792e+04 1.429e-30 +5.11086e+04 1.433e-30 +5.09385e+04 1.438e-30 +5.07690e+04 1.442e-30 +5.06001e+04 1.447e-30 +5.04317e+04 1.452e-30 +5.02639e+04 1.456e-30 +5.00967e+04 1.461e-30 +4.99300e+04 1.465e-30 +4.97638e+04 1.470e-30 +4.95982e+04 1.475e-30 +4.94332e+04 1.479e-30 +4.92687e+04 1.484e-30 +4.91048e+04 1.489e-30 +4.89414e+04 1.493e-30 +4.87785e+04 1.498e-30 +4.86162e+04 1.503e-30 +4.84545e+04 1.508e-30 +4.82932e+04 1.512e-30 +4.81325e+04 1.517e-30 +4.79724e+04 1.522e-30 +4.78128e+04 1.527e-30 +4.76537e+04 1.532e-30 +4.74951e+04 1.537e-30 +4.73371e+04 1.541e-30 +4.71796e+04 1.546e-30 +4.70226e+04 1.551e-30 +4.68661e+04 1.556e-30 +4.67102e+04 1.561e-30 +4.65547e+04 1.566e-30 +4.63998e+04 1.571e-30 +4.62454e+04 1.576e-30 +4.60916e+04 1.581e-30 +4.59382e+04 1.586e-30 +4.57853e+04 1.591e-30 +4.56330e+04 1.596e-30 +4.54812e+04 1.601e-30 +4.53298e+04 1.606e-30 +4.51790e+04 1.611e-30 +4.50287e+04 1.616e-30 +4.48788e+04 1.621e-30 +4.47295e+04 1.626e-30 +4.45807e+04 1.632e-30 +4.44323e+04 1.637e-30 +4.42845e+04 1.642e-30 +4.41371e+04 1.647e-30 +4.39903e+04 1.652e-30 +4.38439e+04 1.658e-30 +4.36980e+04 1.663e-30 +4.35526e+04 1.668e-30 +4.34077e+04 1.673e-30 +4.32632e+04 1.679e-30 +4.31193e+04 1.684e-30 +4.29758e+04 1.689e-30 +4.28328e+04 1.695e-30 +4.26903e+04 1.700e-30 +4.25482e+04 1.705e-30 +4.24067e+04 1.711e-30 +4.22656e+04 1.716e-30 +4.21249e+04 1.722e-30 +4.19848e+04 1.727e-30 +4.18451e+04 1.732e-30 +4.17058e+04 1.738e-30 +4.15671e+04 1.743e-30 +4.14287e+04 1.749e-30 +4.12909e+04 1.754e-30 +4.11535e+04 1.760e-30 +4.10166e+04 1.766e-30 +4.08801e+04 1.771e-30 +4.07441e+04 1.777e-30 +4.06085e+04 1.782e-30 +4.04734e+04 1.788e-30 +4.03387e+04 1.794e-30 +4.02045e+04 1.799e-30 +4.00707e+04 1.805e-30 +3.99374e+04 1.811e-30 +3.98045e+04 1.816e-30 +3.96720e+04 1.822e-30 +3.95400e+04 1.828e-30 +3.94085e+04 1.834e-30 +3.92773e+04 1.839e-30 +3.91466e+04 1.845e-30 +3.90164e+04 1.851e-30 +3.88866e+04 1.857e-30 +3.87572e+04 1.863e-30 +3.86282e+04 1.869e-30 +3.84997e+04 1.875e-30 +3.83716e+04 1.881e-30 +3.82439e+04 1.887e-30 +3.81166e+04 1.892e-30 +3.79898e+04 1.898e-30 +3.78634e+04 1.904e-30 +3.77374e+04 1.910e-30 +3.76118e+04 1.917e-30 +3.74867e+04 1.923e-30 +3.73619e+04 1.929e-30 +3.72376e+04 1.935e-30 +3.71137e+04 1.941e-30 +3.69902e+04 1.947e-30 +3.68671e+04 1.953e-30 +3.67445e+04 1.959e-30 +3.66222e+04 1.966e-30 +3.65004e+04 1.972e-30 +3.63789e+04 1.978e-30 +3.62579e+04 1.984e-30 +3.61372e+04 1.990e-30 +3.60170e+04 1.997e-30 +3.58971e+04 2.003e-30 +3.57777e+04 2.009e-30 +3.56586e+04 2.016e-30 +3.55400e+04 2.022e-30 +3.54217e+04 2.029e-30 +3.53039e+04 2.035e-30 +3.51864e+04 2.041e-30 +3.50693e+04 2.048e-30 +3.49526e+04 2.054e-30 +3.48363e+04 2.061e-30 +3.47204e+04 2.067e-30 +3.46049e+04 2.074e-30 +3.44897e+04 2.080e-30 +3.43750e+04 2.087e-30 +3.42606e+04 2.094e-30 +3.41466e+04 2.100e-30 +3.40330e+04 2.107e-30 +3.39197e+04 2.113e-30 +3.38069e+04 2.120e-30 +3.36944e+04 2.127e-30 +3.35823e+04 2.134e-30 +3.34705e+04 2.140e-30 +3.33591e+04 2.147e-30 +3.32481e+04 2.154e-30 +3.31375e+04 2.161e-30 +3.30272e+04 2.167e-30 +3.29174e+04 2.174e-30 +3.28078e+04 2.181e-30 +3.26987e+04 2.188e-30 +3.25899e+04 2.195e-30 +3.24814e+04 2.202e-30 +3.23733e+04 2.209e-30 +3.22656e+04 2.216e-30 +3.21583e+04 2.223e-30 +3.20512e+04 2.230e-30 +3.19446e+04 2.237e-30 +3.18383e+04 2.244e-30 +3.17324e+04 2.251e-30 +3.16268e+04 2.258e-30 +3.15215e+04 2.265e-30 +3.14167e+04 2.272e-30 +3.13121e+04 2.280e-30 +3.12079e+04 2.287e-30 +3.11041e+04 2.294e-30 +3.10006e+04 2.301e-30 +3.08974e+04 2.309e-30 +3.07946e+04 2.316e-30 +3.06922e+04 2.323e-30 +3.05900e+04 2.331e-30 +3.04883e+04 2.338e-30 +3.03868e+04 2.345e-30 +3.02857e+04 2.353e-30 +3.01849e+04 2.360e-30 +3.00845e+04 2.368e-30 +2.99844e+04 2.375e-30 +2.98846e+04 2.383e-30 +2.97852e+04 2.390e-30 +2.96861e+04 2.398e-30 +2.95873e+04 2.405e-30 +2.94888e+04 2.413e-30 +2.93907e+04 2.420e-30 +2.92929e+04 2.428e-30 +2.91955e+04 2.436e-30 +2.90983e+04 2.443e-30 +2.90015e+04 2.451e-30 +2.89050e+04 2.459e-30 +2.88088e+04 2.467e-30 +2.87129e+04 2.474e-30 +2.86174e+04 2.482e-30 +2.85222e+04 2.490e-30 +2.84273e+04 2.498e-30 +2.83327e+04 2.506e-30 +2.82384e+04 2.514e-30 +2.81445e+04 2.522e-30 +2.80508e+04 2.530e-30 +2.79575e+04 2.538e-30 +2.78644e+04 2.546e-30 +2.77717e+04 2.554e-30 +2.76793e+04 2.562e-30 +2.75872e+04 2.570e-30 +2.74954e+04 2.578e-30 +2.74039e+04 2.586e-30 +2.73127e+04 2.594e-30 +2.72219e+04 2.602e-30 +2.71313e+04 2.611e-30 +2.70410e+04 2.619e-30 +2.69510e+04 2.627e-30 +2.68614e+04 2.636e-30 +2.67720e+04 2.644e-30 +2.66829e+04 2.652e-30 +2.65941e+04 2.661e-30 +2.65056e+04 2.669e-30 +2.64174e+04 2.677e-30 +2.63295e+04 2.686e-30 +2.62419e+04 2.694e-30 +2.61546e+04 2.703e-30 +2.60676e+04 2.711e-30 +2.59808e+04 2.720e-30 +2.58944e+04 2.728e-30 +2.58082e+04 2.737e-30 +2.57223e+04 2.746e-30 +2.56368e+04 2.754e-30 +2.55515e+04 2.763e-30 +2.54664e+04 2.772e-30 +2.53817e+04 2.781e-30 +2.52972e+04 2.789e-30 +2.52131e+04 2.798e-30 +2.51292e+04 2.807e-30 +2.50456e+04 2.816e-30 +2.49622e+04 2.825e-30 +2.48792e+04 2.834e-30 +2.47964e+04 2.843e-30 +2.47139e+04 2.852e-30 +2.46316e+04 2.861e-30 +2.45497e+04 2.870e-30 +2.44680e+04 2.879e-30 +2.43866e+04 2.888e-30 +2.43054e+04 2.897e-30 +2.42245e+04 2.906e-30 +2.41439e+04 2.915e-30 +2.40636e+04 2.924e-30 +2.39835e+04 2.934e-30 +2.39037e+04 2.943e-30 +2.38242e+04 2.952e-30 +2.37449e+04 2.962e-30 +2.36659e+04 2.971e-30 +2.35872e+04 2.980e-30 +2.35087e+04 2.990e-30 +2.34305e+04 2.999e-30 +2.33525e+04 3.009e-30 +2.32748e+04 3.018e-30 +2.31973e+04 3.028e-30 +2.31202e+04 3.037e-30 +2.30432e+04 3.047e-30 +2.29666e+04 3.056e-30 +2.28901e+04 3.066e-30 +2.28140e+04 3.076e-30 +2.27381e+04 3.085e-30 +2.26624e+04 3.095e-30 +2.25870e+04 3.105e-30 +2.25118e+04 3.115e-30 +2.24369e+04 3.124e-30 +2.23623e+04 3.134e-30 +2.22879e+04 3.144e-30 +2.22137e+04 3.154e-30 +2.21398e+04 3.164e-30 +2.20661e+04 3.174e-30 +2.19927e+04 3.184e-30 +2.19195e+04 3.194e-30 +2.18466e+04 3.204e-30 +2.17739e+04 3.214e-30 +2.17014e+04 3.224e-30 +2.16292e+04 3.235e-30 +2.15573e+04 3.245e-30 +2.14855e+04 3.255e-30 +2.14140e+04 3.265e-30 +2.13428e+04 3.276e-30 +2.12718e+04 3.286e-30 +2.12010e+04 3.296e-30 +2.11304e+04 3.307e-30 +2.10601e+04 3.317e-30 +2.09901e+04 3.328e-30 +2.09202e+04 3.338e-30 +2.08506e+04 3.349e-30 +2.07812e+04 3.359e-30 +2.07121e+04 3.370e-30 +2.06432e+04 3.380e-30 +2.05745e+04 3.391e-30 +2.05060e+04 3.402e-30 +2.04378e+04 3.413e-30 +2.03698e+04 3.423e-30 +2.03020e+04 3.434e-30 +2.02344e+04 3.445e-30 +2.01671e+04 3.456e-30 +2.01000e+04 3.467e-30 +2.00331e+04 3.478e-30 +1.99665e+04 3.489e-30 +1.99000e+04 3.500e-30 +1.98338e+04 3.511e-30 +1.97678e+04 3.522e-30 +1.97020e+04 3.533e-30 +1.96365e+04 3.544e-30 +1.95711e+04 3.555e-30 +1.95060e+04 3.566e-30 +1.94411e+04 3.578e-30 +1.93764e+04 3.589e-30 +1.93120e+04 3.600e-30 +1.92477e+04 3.612e-30 +1.91837e+04 3.623e-30 +1.91198e+04 3.634e-30 +1.90562e+04 3.646e-30 +1.89928e+04 3.657e-30 +1.89296e+04 3.669e-30 +1.88666e+04 3.681e-30 +1.88038e+04 3.692e-30 +1.87413e+04 3.704e-30 +1.86789e+04 3.715e-30 +1.86168e+04 3.727e-30 +1.85548e+04 3.739e-30 +1.84931e+04 3.751e-30 +1.84315e+04 3.763e-30 +1.83702e+04 3.774e-30 +1.83091e+04 3.786e-30 +1.82482e+04 3.798e-30 +1.81874e+04 3.810e-30 +1.81269e+04 3.822e-30 +1.80666e+04 3.834e-30 +1.80065e+04 3.846e-30 +1.79466e+04 3.859e-30 +1.78869e+04 3.871e-30 +1.78273e+04 3.883e-30 +1.77680e+04 3.895e-30 +1.77089e+04 3.907e-30 +1.76500e+04 3.920e-30 +1.75912e+04 3.932e-30 +1.75327e+04 3.945e-30 +1.74744e+04 3.957e-30 +1.74162e+04 3.969e-30 +1.73583e+04 3.982e-30 +1.73005e+04 3.995e-30 +1.72430e+04 4.007e-30 +1.71856e+04 4.020e-30 +1.71284e+04 4.032e-30 +1.70714e+04 4.045e-30 +1.70146e+04 4.058e-30 +1.69580e+04 4.071e-30 +1.69016e+04 4.084e-30 +1.68453e+04 4.096e-30 +1.67893e+04 4.109e-30 +1.67334e+04 4.122e-30 +1.66777e+04 4.135e-30 +1.66222e+04 4.148e-30 +1.65669e+04 4.161e-30 +1.65118e+04 4.174e-30 +1.64569e+04 4.188e-30 +1.64021e+04 4.201e-30 +1.63475e+04 4.214e-30 +1.62931e+04 4.227e-30 +1.62389e+04 4.241e-30 +1.61849e+04 4.254e-30 +1.61310e+04 4.267e-30 +1.60773e+04 4.281e-30 +1.60238e+04 4.294e-30 +1.59705e+04 4.308e-30 +1.59174e+04 4.322e-30 +1.58644e+04 4.335e-30 +1.58116e+04 4.349e-30 +1.57590e+04 4.363e-30 +1.57066e+04 4.376e-30 +1.56543e+04 4.390e-30 +1.56022e+04 4.404e-30 +1.55503e+04 4.418e-30 +1.54986e+04 4.432e-30 +1.54470e+04 4.446e-30 +1.53956e+04 4.460e-30 +1.53444e+04 4.474e-30 +1.52933e+04 4.488e-30 +1.52424e+04 4.502e-30 +1.51917e+04 4.516e-30 +1.51412e+04 4.530e-30 +1.50908e+04 4.545e-30 +1.50406e+04 4.559e-30 +1.49905e+04 4.573e-30 +1.49407e+04 4.588e-30 +1.48909e+04 4.602e-30 +1.48414e+04 4.617e-30 +1.47920e+04 4.631e-30 +1.47428e+04 4.646e-30 +1.46937e+04 4.661e-30 +1.46448e+04 4.675e-30 +1.45961e+04 4.690e-30 +1.45475e+04 4.705e-30 +1.44991e+04 4.720e-30 +1.44509e+04 4.734e-30 +1.44028e+04 4.749e-30 +1.43549e+04 4.764e-30 +1.43071e+04 4.779e-30 +1.42595e+04 4.794e-30 +1.42121e+04 4.810e-30 +1.41648e+04 4.825e-30 +1.41176e+04 4.840e-30 +1.40707e+04 4.855e-30 +1.40238e+04 4.870e-30 +1.39772e+04 4.886e-30 +1.39307e+04 4.901e-30 +1.38843e+04 4.917e-30 +1.38381e+04 4.932e-30 +1.37921e+04 4.948e-30 +1.37462e+04 4.963e-30 +1.37004e+04 4.979e-30 +1.36549e+04 4.995e-30 +1.36094e+04 5.010e-30 +1.35641e+04 5.026e-30 +1.35190e+04 5.042e-30 +1.34740e+04 5.058e-30 +1.34292e+04 5.074e-30 +1.33845e+04 5.090e-30 +1.33400e+04 5.106e-30 +1.32956e+04 5.122e-30 +1.32513e+04 5.138e-30 +1.32072e+04 5.154e-30 +1.31633e+04 5.170e-30 +1.31195e+04 5.187e-30 +1.30758e+04 5.203e-30 +1.30323e+04 5.219e-30 +1.29890e+04 5.236e-30 +1.29458e+04 5.252e-30 +1.29027e+04 5.269e-30 +1.28597e+04 5.286e-30 +1.28170e+04 5.302e-30 +1.27743e+04 5.319e-30 +1.27318e+04 5.336e-30 +1.26894e+04 5.352e-30 +1.26472e+04 5.369e-30 +1.26051e+04 5.386e-30 +1.25632e+04 5.403e-30 +1.25214e+04 5.420e-30 +1.24797e+04 5.437e-30 +1.24382e+04 5.454e-30 +1.23968e+04 5.472e-30 +1.23556e+04 5.489e-30 +1.23145e+04 5.506e-30 +1.22735e+04 5.523e-30 +1.22326e+04 5.541e-30 +1.21919e+04 5.558e-30 +1.21514e+04 5.576e-30 +1.21109e+04 5.593e-30 +1.20706e+04 5.611e-30 +1.20305e+04 5.629e-30 +1.19904e+04 5.646e-30 +1.19505e+04 5.664e-30 +1.19108e+04 5.682e-30 +1.18711e+04 5.700e-30 +1.18316e+04 5.718e-30 +1.17923e+04 5.736e-30 +1.17530e+04 5.754e-30 +1.17139e+04 5.772e-30 +1.16750e+04 5.790e-30 +1.16361e+04 5.808e-30 +1.15974e+04 5.827e-30 +1.15588e+04 5.845e-30 +1.15203e+04 5.863e-30 +1.14820e+04 5.882e-30 +1.14438e+04 5.900e-30 +1.14057e+04 5.919e-30 +1.13678e+04 5.938e-30 +1.13299e+04 5.956e-30 +1.12922e+04 5.975e-30 +1.12547e+04 5.994e-30 +1.12172e+04 6.013e-30 +1.11799e+04 6.032e-30 +1.11427e+04 6.051e-30 +1.11056e+04 6.070e-30 +1.10687e+04 6.089e-30 +1.10318e+04 6.108e-30 +1.09951e+04 6.127e-30 +1.09585e+04 6.147e-30 +1.09221e+04 6.166e-30 +1.08857e+04 6.185e-30 +1.08495e+04 6.205e-30 +1.08134e+04 6.224e-30 +1.07774e+04 6.244e-30 +1.07416e+04 6.264e-30 +1.07058e+04 6.283e-30 +1.06702e+04 6.303e-30 +1.06347e+04 6.323e-30 +1.05993e+04 6.343e-30 +1.05641e+04 6.363e-30 +1.05289e+04 6.383e-30 +1.04939e+04 6.403e-30 +1.04589e+04 6.423e-30 +1.04241e+04 6.443e-30 +1.03895e+04 6.464e-30 +1.03549e+04 6.484e-30 +1.03204e+04 6.504e-30 +1.02861e+04 6.525e-30 +1.02519e+04 6.545e-30 +1.02178e+04 6.566e-30 +1.01838e+04 6.587e-30 +1.01499e+04 6.607e-30 +1.01161e+04 6.628e-30 +1.00824e+04 6.649e-30 +1.00489e+04 6.670e-30 +1.00155e+04 6.691e-30 +9.98213e+03 6.712e-30 +9.94891e+03 6.733e-30 +9.91581e+03 6.754e-30 +9.88281e+03 6.776e-30 +9.84993e+03 6.797e-30 +9.81716e+03 6.818e-30 +9.78449e+03 6.840e-30 +9.75193e+03 6.861e-30 +9.71948e+03 6.883e-30 +9.68714e+03 6.905e-30 +9.65491e+03 6.926e-30 +9.62278e+03 6.948e-30 +9.59076e+03 6.970e-30 +9.55885e+03 6.992e-30 +9.52705e+03 7.014e-30 +9.49535e+03 7.036e-30 +9.46375e+03 7.058e-30 +9.43226e+03 7.080e-30 +9.40087e+03 7.103e-30 +9.36959e+03 7.125e-30 +9.33842e+03 7.147e-30 +9.30734e+03 7.170e-30 +9.27638e+03 7.192e-30 +9.24551e+03 7.215e-30 +9.21475e+03 7.238e-30 +9.18408e+03 7.260e-30 +9.15352e+03 7.283e-30 +9.12307e+03 7.306e-30 +9.09271e+03 7.329e-30 +9.06246e+03 7.352e-30 +9.03230e+03 7.375e-30 +9.00225e+03 7.399e-30 +8.97229e+03 7.422e-30 +8.94244e+03 7.445e-30 +8.91268e+03 7.469e-30 +8.88303e+03 7.492e-30 +8.85347e+03 7.516e-30 +8.82401e+03 7.539e-30 +8.79465e+03 7.563e-30 +8.76538e+03 7.587e-30 +8.73622e+03 7.611e-30 +8.70715e+03 7.635e-30 +8.67818e+03 7.659e-30 +8.64930e+03 7.683e-30 +8.62052e+03 7.707e-30 +8.59184e+03 7.731e-30 +8.56325e+03 7.756e-30 +8.53475e+03 7.780e-30 +8.50636e+03 7.804e-30 +8.47805e+03 7.829e-30 +8.44984e+03 7.854e-30 +8.42173e+03 7.878e-30 +8.39370e+03 7.903e-30 +8.36577e+03 7.928e-30 +8.33794e+03 7.953e-30 +8.31019e+03 7.978e-30 +8.28254e+03 8.003e-30 +8.25498e+03 8.028e-30 +8.22751e+03 8.053e-30 +8.20014e+03 8.079e-30 +8.17285e+03 8.104e-30 +8.14566e+03 8.130e-30 +8.11855e+03 8.155e-30 +8.09154e+03 8.181e-30 +8.06462e+03 8.207e-30 +8.03778e+03 8.232e-30 +8.01104e+03 8.258e-30 +7.98438e+03 8.284e-30 +7.95781e+03 8.310e-30 +7.93133e+03 8.336e-30 +7.90494e+03 8.363e-30 +7.87864e+03 8.389e-30 +7.85242e+03 8.415e-30 +7.82630e+03 8.442e-30 +7.80025e+03 8.468e-30 +7.77430e+03 8.495e-30 +7.74843e+03 8.522e-30 +7.72265e+03 8.548e-30 +7.69695e+03 8.575e-30 +7.67134e+03 8.602e-30 +7.64582e+03 8.629e-30 +7.62038e+03 8.657e-30 +7.59502e+03 8.684e-30 +7.56975e+03 8.711e-30 +7.54456e+03 8.738e-30 +7.51946e+03 8.766e-30 +7.49444e+03 8.793e-30 +7.46950e+03 8.821e-30 +7.44464e+03 8.849e-30 +7.41987e+03 8.877e-30 +7.39518e+03 8.905e-30 +7.37058e+03 8.933e-30 +7.34605e+03 8.961e-30 +7.32161e+03 8.989e-30 +7.29725e+03 9.017e-30 +7.27296e+03 9.045e-30 +7.24876e+03 9.074e-30 +7.22464e+03 9.102e-30 +7.20061e+03 9.131e-30 +7.17665e+03 9.160e-30 +7.15277e+03 9.189e-30 +7.12897e+03 9.217e-30 +7.10524e+03 9.246e-30 +7.08160e+03 9.275e-30 +7.05804e+03 9.305e-30 +7.03455e+03 9.334e-30 +7.01115e+03 9.363e-30 +6.98782e+03 9.393e-30 +6.96457e+03 9.422e-30 +6.94139e+03 9.452e-30 +6.91830e+03 9.481e-30 +6.89528e+03 9.511e-30 +6.87233e+03 9.541e-30 +6.84947e+03 9.571e-30 +6.82667e+03 9.601e-30 +6.80396e+03 9.631e-30 +6.78132e+03 9.662e-30 +6.75875e+03 9.692e-30 +6.73627e+03 9.723e-30 +6.71385e+03 9.753e-30 +6.69151e+03 9.784e-30 +6.66925e+03 9.815e-30 +6.64705e+03 9.845e-30 +6.62494e+03 9.876e-30 +6.60289e+03 9.907e-30 +6.58092e+03 9.938e-30 +6.55902e+03 9.970e-30 +6.53720e+03 1.000e-29 +6.51545e+03 1.003e-29 +6.49377e+03 1.006e-29 +6.47216e+03 1.010e-29 +6.45063e+03 1.013e-29 +6.42916e+03 1.016e-29 +6.40777e+03 1.019e-29 +6.38645e+03 1.022e-29 +6.36520e+03 1.026e-29 +6.34402e+03 1.029e-29 +6.32291e+03 1.032e-29 +6.30187e+03 1.035e-29 +6.28090e+03 1.038e-29 +6.26000e+03 1.042e-29 +6.23917e+03 1.045e-29 +6.21841e+03 1.048e-29 +6.19772e+03 1.052e-29 +6.17710e+03 1.055e-29 +6.15654e+03 1.058e-29 +6.13606e+03 1.062e-29 +6.11564e+03 1.065e-29 +6.09529e+03 1.068e-29 +6.07501e+03 1.072e-29 +6.05480e+03 1.075e-29 +6.03465e+03 1.078e-29 +6.01457e+03 1.082e-29 +5.99456e+03 1.085e-29 +5.97461e+03 1.089e-29 +5.95473e+03 1.092e-29 +5.93492e+03 1.095e-29 +5.91517e+03 1.099e-29 +5.89549e+03 1.102e-29 +5.87587e+03 1.106e-29 +5.85632e+03 1.109e-29 +5.83683e+03 1.113e-29 +5.81741e+03 1.116e-29 +5.79805e+03 1.120e-29 +5.77876e+03 1.123e-29 +5.75953e+03 1.127e-29 +5.74037e+03 1.130e-29 +5.72127e+03 1.134e-29 +5.70223e+03 1.137e-29 +5.68325e+03 1.141e-29 +5.66434e+03 1.145e-29 +5.64550e+03 1.197e-29 +5.62671e+03 1.152e-29 +5.60799e+03 1.155e-29 +5.58933e+03 1.159e-29 +5.57073e+03 1.163e-29 +5.55220e+03 1.166e-29 +5.53372e+03 1.170e-29 +5.51531e+03 1.174e-29 +5.49696e+03 1.177e-29 +5.47867e+03 1.181e-29 +5.46044e+03 1.185e-29 +5.44227e+03 1.188e-29 +5.42416e+03 1.192e-29 +5.40611e+03 1.196e-29 +5.38812e+03 1.200e-29 +5.37019e+03 1.203e-29 +5.35232e+03 1.207e-29 +5.33451e+03 1.211e-29 +5.31676e+03 1.215e-29 +5.29907e+03 1.219e-29 +5.28144e+03 1.222e-29 +5.26387e+03 1.226e-29 +5.24635e+03 1.230e-29 +5.22889e+03 1.234e-29 +5.21150e+03 1.238e-29 +5.19415e+03 1.242e-29 +5.17687e+03 1.246e-29 +5.15965e+03 1.250e-29 +5.14248e+03 1.253e-29 +5.12537e+03 1.257e-29 +5.10831e+03 1.261e-29 +5.09131e+03 1.265e-29 +5.07437e+03 1.269e-29 +5.05749e+03 1.273e-29 +5.04066e+03 1.277e-29 +5.02389e+03 1.281e-29 +5.00717e+03 1.285e-29 +4.99051e+03 1.289e-29 +4.97391e+03 1.293e-29 +4.95735e+03 1.297e-29 +4.94086e+03 1.302e-29 +4.92442e+03 1.306e-29 +4.90803e+03 1.310e-29 +4.89170e+03 1.314e-29 +4.87543e+03 1.318e-29 +4.85920e+03 1.322e-29 +4.84303e+03 1.326e-29 +4.82692e+03 1.330e-29 +4.81086e+03 1.335e-29 +4.79485e+03 1.339e-29 +4.77890e+03 1.343e-29 +4.76300e+03 1.347e-29 +4.74715e+03 1.351e-29 +4.73135e+03 1.356e-29 +4.71561e+03 1.360e-29 +4.69992e+03 1.364e-29 +4.68428e+03 1.368e-29 +4.66869e+03 1.373e-29 +4.65316e+03 1.377e-29 +4.63767e+03 1.381e-29 +4.62224e+03 1.386e-29 +4.60686e+03 1.390e-29 +4.59153e+03 1.394e-29 +4.57626e+03 1.399e-29 +4.56103e+03 1.403e-29 +4.54585e+03 1.408e-29 +4.53073e+03 1.412e-29 +4.51565e+03 1.416e-29 +4.50062e+03 1.421e-29 +4.48565e+03 1.425e-29 +4.47072e+03 1.430e-29 +4.45585e+03 1.434e-29 +4.44102e+03 1.439e-29 +4.42624e+03 1.443e-29 +4.41152e+03 1.448e-29 +4.39684e+03 1.452e-29 +4.38221e+03 1.457e-29 +4.36763e+03 1.462e-29 +4.35309e+03 1.466e-29 +4.33861e+03 1.471e-29 +4.32417e+03 1.475e-29 +4.30978e+03 1.480e-29 +4.29544e+03 1.485e-29 +4.28115e+03 1.489e-29 +4.26690e+03 1.494e-29 +4.25271e+03 1.499e-29 +4.23856e+03 1.503e-29 +4.22445e+03 1.508e-29 +4.21040e+03 1.513e-29 +4.19639e+03 1.518e-29 +4.18242e+03 1.522e-29 +4.16851e+03 1.527e-29 +4.15464e+03 1.532e-29 +4.14081e+03 1.537e-29 +4.12703e+03 1.541e-29 +4.11330e+03 1.546e-29 +4.09961e+03 1.551e-29 +4.08597e+03 1.556e-29 +4.07238e+03 1.561e-29 +4.05883e+03 1.566e-29 +4.04532e+03 1.571e-29 +4.03186e+03 1.576e-29 +4.01845e+03 1.581e-29 +4.00507e+03 1.586e-29 +3.99175e+03 1.591e-29 +3.97847e+03 1.596e-29 +3.96523e+03 1.601e-29 +3.95203e+03 1.606e-29 +3.93888e+03 1.611e-29 +3.92578e+03 1.616e-29 +3.91271e+03 1.621e-29 +3.89970e+03 1.626e-29 +3.88672e+03 1.631e-29 +3.87379e+03 1.641e-29 +3.86090e+03 1.641e-29 +3.84805e+03 1.646e-29 +3.83525e+03 1.651e-29 +3.82248e+03 1.657e-29 +3.80977e+03 1.662e-29 +3.79709e+03 1.667e-29 +3.78445e+03 1.672e-29 +3.77186e+03 1.677e-29 +3.75931e+03 1.683e-29 +3.74680e+03 1.688e-29 +3.73434e+03 1.693e-29 +3.72191e+03 1.699e-29 +3.70953e+03 1.704e-29 +3.69718e+03 1.709e-29 +3.68488e+03 1.715e-29 +3.67262e+03 1.720e-29 +3.66040e+03 1.725e-29 +3.64822e+03 1.731e-29 +3.63608e+03 1.736e-29 +3.62398e+03 1.742e-29 +3.61192e+03 1.747e-29 +3.59990e+03 1.753e-29 +3.58793e+03 1.758e-29 +3.57599e+03 1.764e-29 +3.56409e+03 1.769e-29 +3.55223e+03 1.775e-29 +3.54041e+03 1.780e-29 +3.52863e+03 1.786e-29 +3.51689e+03 1.791e-29 +3.50519e+03 1.797e-29 +3.49352e+03 1.803e-29 +3.48190e+03 1.808e-29 +3.47031e+03 1.814e-29 +3.45876e+03 1.820e-29 +3.44726e+03 1.825e-29 +3.43579e+03 1.831e-29 +3.42435e+03 1.837e-29 +3.41296e+03 1.843e-29 +3.40160e+03 1.848e-29 +3.39028e+03 1.854e-29 +3.37900e+03 1.860e-29 +3.36776e+03 1.866e-29 +3.35655e+03 1.872e-29 +3.34538e+03 1.878e-29 +3.33425e+03 1.883e-29 +3.32316e+03 1.889e-29 +3.31210e+03 1.895e-29 +3.30108e+03 1.901e-29 +3.29010e+03 1.907e-29 +3.27915e+03 1.913e-29 +3.26824e+03 1.919e-29 +3.25736e+03 1.925e-29 +3.24652e+03 1.931e-29 +3.23572e+03 1.937e-29 +3.22496e+03 1.943e-29 +3.21422e+03 1.949e-29 +3.20353e+03 1.956e-29 +3.19287e+03 1.962e-29 +3.18225e+03 1.968e-29 +3.17166e+03 1.974e-29 +3.16110e+03 1.980e-29 +3.15059e+03 1.986e-29 +3.14010e+03 1.993e-29 +3.12965e+03 1.999e-29 +3.11924e+03 2.007e-29 +3.10886e+03 2.011e-29 +3.09852e+03 2.018e-29 +3.08821e+03 2.024e-29 +3.07793e+03 2.030e-29 +3.06769e+03 2.737e-29 +3.05748e+03 2.043e-29 +3.04731e+03 2.050e-29 +3.03717e+03 2.056e-29 +3.02706e+03 2.062e-29 +3.01699e+03 2.069e-29 +3.00695e+03 2.075e-29 +2.99695e+03 2.082e-29 +2.98697e+03 2.088e-29 +2.97703e+03 2.095e-29 +2.96713e+03 2.101e-29 +2.95726e+03 2.108e-29 +2.94742e+03 2.115e-29 +2.93761e+03 2.145e-29 +2.92783e+03 2.128e-29 +2.91809e+03 2.135e-29 +2.90838e+03 2.141e-29 +2.89870e+03 2.148e-29 +2.88906e+03 2.155e-29 +2.87945e+03 2.161e-29 +2.86987e+03 2.168e-29 +2.86032e+03 2.175e-29 +2.85080e+03 2.182e-29 +2.84131e+03 2.189e-29 +2.83186e+03 2.196e-29 +2.82244e+03 2.202e-29 +2.81304e+03 2.209e-29 +2.80368e+03 2.216e-29 +2.79435e+03 2.223e-29 +2.78506e+03 2.230e-29 +2.77579e+03 2.237e-29 +2.76655e+03 2.244e-29 +2.75735e+03 2.251e-29 +2.74817e+03 2.258e-29 +2.73903e+03 2.265e-29 +2.72992e+03 2.272e-29 +2.72083e+03 2.280e-29 +2.71178e+03 2.287e-29 +2.70275e+03 2.294e-29 +2.69376e+03 2.301e-29 +2.68480e+03 2.308e-29 +2.67586e+03 2.315e-29 +2.66696e+03 2.323e-29 +2.65809e+03 2.330e-29 +2.64924e+03 2.337e-29 +2.64043e+03 2.345e-29 +2.63164e+03 2.352e-29 +2.62289e+03 2.359e-29 +2.61416e+03 2.367e-29 +2.60546e+03 2.374e-29 +2.59679e+03 2.382e-29 +2.58815e+03 2.389e-29 +2.57954e+03 2.396e-29 +2.57095e+03 2.404e-29 +2.56240e+03 2.411e-29 +2.55387e+03 2.419e-29 +2.54538e+03 2.427e-29 +2.53691e+03 2.434e-29 +2.52846e+03 2.442e-29 +2.52005e+03 2.449e-29 +2.51167e+03 2.457e-29 +2.50331e+03 2.465e-29 +2.49498e+03 2.473e-29 +2.48668e+03 2.480e-29 +2.47840e+03 2.488e-29 +2.47016e+03 2.496e-29 +2.46194e+03 2.504e-29 +2.45375e+03 2.512e-29 +2.44558e+03 2.519e-29 +2.43744e+03 2.527e-29 +2.42933e+03 2.535e-29 +2.42125e+03 2.543e-29 +2.41319e+03 2.551e-29 +2.40516e+03 2.559e-29 +2.39716e+03 2.567e-29 +2.38918e+03 2.575e-29 +2.38123e+03 2.583e-29 +2.37331e+03 2.591e-29 +2.36541e+03 2.599e-29 +2.35754e+03 2.608e-29 +2.34970e+03 2.616e-29 +2.34188e+03 2.624e-29 +2.33409e+03 2.632e-29 +2.32632e+03 2.640e-29 +2.31858e+03 2.649e-29 +2.31087e+03 2.657e-29 +2.30318e+03 2.665e-29 +2.29551e+03 2.674e-29 +2.28787e+03 2.682e-29 +2.28026e+03 2.690e-29 +2.27267e+03 2.699e-29 +2.26511e+03 2.707e-29 +2.25757e+03 2.716e-29 +2.25006e+03 2.724e-29 +2.24258e+03 2.733e-29 +2.23511e+03 2.741e-29 +2.22768e+03 2.750e-29 +2.22026e+03 2.758e-29 +2.21288e+03 2.767e-29 +2.20551e+03 2.776e-29 +2.19817e+03 2.784e-29 +2.19086e+03 2.793e-29 +2.18357e+03 2.802e-29 +2.17631e+03 2.811e-29 +2.16906e+03 2.819e-29 +2.16185e+03 2.828e-29 +2.15465e+03 2.837e-29 +2.14748e+03 2.846e-29 +2.14034e+03 2.855e-29 +2.13322e+03 2.864e-29 +2.12612e+03 2.873e-29 +2.11904e+03 2.882e-29 +2.11199e+03 2.891e-29 +2.10496e+03 2.900e-29 +2.09796e+03 2.909e-29 +2.09098e+03 2.918e-29 +2.08402e+03 2.927e-29 +2.07709e+03 2.936e-29 +2.07018e+03 2.945e-29 +2.06329e+03 2.955e-29 +2.05642e+03 2.964e-29 +2.04958e+03 2.973e-29 +2.04276e+03 2.982e-29 +2.03596e+03 2.992e-29 +2.02919e+03 3.001e-29 +2.02244e+03 3.011e-29 +2.01571e+03 3.020e-29 +2.00900e+03 3.030e-29 +2.00232e+03 3.039e-29 +1.99565e+03 3.048e-29 +1.98901e+03 3.058e-29 +1.98239e+03 3.067e-29 +1.97580e+03 3.077e-29 +1.96922e+03 3.087e-29 +1.96267e+03 3.096e-29 +1.95614e+03 3.106e-29 +1.94963e+03 3.116e-29 +1.94314e+03 3.126e-29 +1.93668e+03 3.135e-29 +1.93023e+03 3.145e-29 +1.92381e+03 3.155e-29 +1.91741e+03 3.165e-29 +1.91103e+03 3.175e-29 +1.90467e+03 3.185e-29 +1.89833e+03 3.195e-29 +1.89202e+03 3.205e-29 +1.88572e+03 3.215e-29 +1.87945e+03 3.225e-29 +1.87319e+03 3.235e-29 +1.86696e+03 3.245e-29 +1.86075e+03 3.255e-29 +1.85456e+03 3.265e-29 +1.84839e+03 3.275e-29 +1.84224e+03 3.286e-29 +1.83611e+03 3.296e-29 +1.83000e+03 3.306e-29 +1.82391e+03 3.317e-29 +1.81784e+03 3.327e-29 +1.81179e+03 3.337e-29 +1.80576e+03 3.348e-29 +1.79975e+03 3.358e-29 +1.79376e+03 3.369e-29 +1.78780e+03 3.379e-29 +1.78185e+03 3.390e-29 +1.77592e+03 3.400e-29 +1.77001e+03 3.411e-29 +1.76412e+03 3.422e-29 +1.75825e+03 3.432e-29 +1.75240e+03 3.443e-29 +1.74657e+03 3.454e-29 +1.74076e+03 3.465e-29 +1.73496e+03 3.476e-29 +1.72919e+03 3.486e-29 +1.72344e+03 3.497e-29 +1.71770e+03 3.508e-29 +1.71199e+03 3.519e-29 +1.70629e+03 3.530e-29 +1.70061e+03 3.541e-29 +1.69495e+03 3.552e-29 +1.68931e+03 3.563e-29 +1.68369e+03 3.575e-29 +1.67809e+03 3.586e-29 +1.67251e+03 3.597e-29 +1.66694e+03 3.608e-29 +1.66140e+03 3.619e-29 +1.65587e+03 3.631e-29 +1.65036e+03 3.642e-29 +1.64487e+03 3.654e-29 +1.63939e+03 3.665e-29 +1.63394e+03 3.676e-29 +1.62850e+03 3.688e-29 +1.62308e+03 3.699e-29 +1.61768e+03 3.711e-29 +1.61230e+03 3.723e-29 +1.60693e+03 3.734e-29 +1.60159e+03 3.746e-29 +1.59626e+03 3.758e-29 +1.59095e+03 3.769e-29 +1.58565e+03 3.781e-29 +1.58038e+03 3.793e-29 +1.57512e+03 3.805e-29 +1.56988e+03 3.817e-29 +1.56465e+03 3.829e-29 +1.55945e+03 3.841e-29 +1.55426e+03 3.853e-29 +1.54909e+03 3.865e-29 +1.54393e+03 3.877e-29 +1.53879e+03 3.889e-29 +1.53367e+03 3.901e-29 +1.52857e+03 3.913e-29 +1.52349e+03 3.925e-29 +1.51842e+03 3.938e-29 +1.51336e+03 3.950e-29 +1.50833e+03 3.962e-29 +1.50331e+03 3.975e-29 +1.49831e+03 3.987e-29 +1.49332e+03 4.000e-29 +1.48835e+03 4.012e-29 +1.48340e+03 4.025e-29 +1.47846e+03 4.037e-29 +1.47354e+03 4.050e-29 +1.46864e+03 4.062e-29 +1.46375e+03 4.075e-29 +1.45888e+03 4.098e-29 +1.45403e+03 4.101e-29 +1.44919e+03 4.113e-29 +1.44437e+03 4.126e-29 +1.43956e+03 4.139e-29 +1.43477e+03 4.152e-29 +1.43000e+03 4.165e-29 +1.42524e+03 4.178e-29 +1.42050e+03 4.191e-29 +1.41577e+03 4.204e-29 +1.41106e+03 4.217e-29 +1.40637e+03 4.230e-29 +1.40169e+03 4.244e-29 +1.39702e+03 4.257e-29 +1.39237e+03 4.270e-29 +1.38774e+03 4.284e-29 +1.38312e+03 4.297e-29 +1.37852e+03 4.310e-29 +1.37393e+03 4.324e-29 +1.36936e+03 4.337e-29 +1.36481e+03 4.351e-29 +1.36027e+03 4.364e-29 +1.35574e+03 4.378e-29 +1.35123e+03 4.392e-29 +1.34673e+03 4.405e-29 +1.34225e+03 4.419e-29 +1.33778e+03 4.433e-29 +1.33333e+03 4.447e-29 +1.32890e+03 4.461e-29 +1.32447e+03 4.475e-29 +1.32007e+03 4.491e-29 +1.31568e+03 4.503e-29 +1.31130e+03 4.517e-29 +1.30693e+03 4.531e-29 +1.30259e+03 4.545e-29 +1.29825e+03 4.559e-29 +1.29393e+03 4.573e-29 +1.28963e+03 4.588e-29 +1.28533e+03 4.602e-29 +1.28106e+03 4.616e-29 +1.27680e+03 4.631e-29 +1.27255e+03 4.645e-29 +1.26831e+03 4.660e-29 +1.26409e+03 4.674e-29 +1.25989e+03 4.689e-29 +1.25569e+03 4.704e-29 +1.25152e+03 4.718e-29 +1.24735e+03 4.733e-29 +1.24320e+03 4.748e-29 +1.23906e+03 4.763e-29 +1.23494e+03 4.777e-29 +1.23083e+03 4.792e-29 +1.22674e+03 4.807e-29 +1.22265e+03 4.822e-29 +1.21859e+03 4.837e-29 +1.21453e+03 4.852e-29 +1.21049e+03 4.868e-29 +1.20646e+03 4.889e-29 +1.20245e+03 4.898e-29 +1.19845e+03 4.913e-29 +1.19446e+03 4.929e-29 +1.19048e+03 4.944e-29 +1.18652e+03 4.959e-29 +1.18258e+03 4.975e-29 +1.17864e+03 4.990e-29 +1.17472e+03 5.006e-29 +1.17081e+03 5.022e-29 +1.16691e+03 5.037e-29 +1.16303e+03 5.053e-29 +1.15916e+03 5.069e-29 +1.15530e+03 5.085e-29 +1.15146e+03 5.101e-29 +1.14763e+03 5.116e-29 +1.14381e+03 5.132e-29 +1.14000e+03 5.148e-29 +1.13621e+03 5.164e-29 +1.13243e+03 5.181e-29 +1.12866e+03 5.296e-29 +1.12491e+03 5.213e-29 +1.12116e+03 5.229e-29 +1.11743e+03 5.246e-29 +1.11372e+03 5.262e-29 +1.11001e+03 5.278e-29 +1.10632e+03 5.295e-29 +1.10263e+03 5.311e-29 +1.09897e+03 5.328e-29 +1.09531e+03 5.345e-29 +1.09166e+03 5.361e-29 +1.08803e+03 5.378e-29 +1.08441e+03 5.395e-29 +1.08080e+03 5.412e-29 +1.07721e+03 5.428e-29 +1.07362e+03 5.445e-29 +1.07005e+03 5.462e-29 +1.06649e+03 5.479e-29 +1.06294e+03 5.496e-29 +1.05940e+03 5.514e-29 +1.05588e+03 5.531e-29 +1.05237e+03 5.548e-29 +1.04886e+03 5.565e-29 +1.04537e+03 5.583e-29 +1.04190e+03 5.600e-29 +1.03843e+03 5.618e-29 +1.03497e+03 5.635e-29 +1.03153e+03 5.653e-29 +1.02810e+03 5.670e-29 +1.02468e+03 5.688e-29 +1.02127e+03 5.706e-29 +1.01787e+03 5.724e-29 +1.01448e+03 5.741e-29 +1.01111e+03 5.775e-29 +1.00774e+03 5.778e-29 +1.00439e+03 5.795e-29 +1.00105e+03 5.813e-29 +9.97716e+02 5.832e-29 +9.94396e+02 5.850e-29 +9.91087e+02 5.868e-29 +9.87790e+02 5.886e-29 +9.84503e+02 5.905e-29 +9.81227e+02 5.923e-29 +9.77962e+02 5.942e-29 +9.74708e+02 5.960e-29 +9.71465e+02 5.979e-29 +9.68232e+02 5.997e-29 +9.65010e+02 6.016e-29 +9.61799e+02 6.035e-29 +9.58599e+02 6.054e-29 +9.55409e+02 6.072e-29 +9.52230e+02 6.091e-29 +9.49062e+02 6.110e-29 +9.45904e+02 6.129e-29 +9.42757e+02 6.149e-29 +9.39620e+02 6.168e-29 +9.36493e+02 6.187e-29 +9.33377e+02 6.206e-29 +9.30271e+02 6.226e-29 +9.27176e+02 6.245e-29 +9.24091e+02 6.264e-29 +9.21016e+02 6.284e-29 +9.17951e+02 6.304e-29 +9.14897e+02 6.323e-29 +9.11853e+02 6.343e-29 +9.08818e+02 6.363e-29 +9.05794e+02 6.383e-29 +9.02780e+02 6.402e-29 +8.99777e+02 6.422e-29 +8.96783e+02 6.442e-29 +8.93799e+02 6.462e-29 +8.90825e+02 6.483e-29 +8.87860e+02 6.503e-29 +8.84906e+02 6.523e-29 +8.81962e+02 6.543e-29 +8.79027e+02 6.564e-29 +8.76102e+02 6.584e-29 +8.73187e+02 6.605e-29 +8.70281e+02 6.625e-29 +8.67386e+02 6.646e-29 +8.64500e+02 6.667e-29 +8.61623e+02 6.692e-29 +8.58756e+02 6.708e-29 +8.55899e+02 6.729e-29 +8.53051e+02 6.750e-29 +8.50212e+02 6.771e-29 +8.47383e+02 6.792e-29 +8.44564e+02 6.814e-29 +8.41753e+02 6.835e-29 +8.38952e+02 6.856e-29 +8.36161e+02 6.877e-29 +8.33379e+02 6.899e-29 +8.30606e+02 6.920e-29 +8.27842e+02 6.942e-29 +8.25087e+02 6.964e-29 +8.22342e+02 6.985e-29 +8.19606e+02 7.007e-29 +8.16878e+02 7.029e-29 +8.14160e+02 7.051e-29 +8.11451e+02 7.073e-29 +8.08751e+02 7.095e-29 +8.06060e+02 7.117e-29 +8.03378e+02 7.139e-29 +8.00705e+02 7.161e-29 +7.98041e+02 7.184e-29 +7.95385e+02 7.206e-29 +7.92739e+02 7.228e-29 +7.90101e+02 7.251e-29 +7.87472e+02 7.273e-29 +7.84852e+02 7.296e-29 +7.82240e+02 7.319e-29 +7.79637e+02 7.342e-29 +7.77043e+02 7.365e-29 +7.74457e+02 7.387e-29 +7.71881e+02 7.410e-29 +7.69312e+02 7.434e-29 +7.66752e+02 7.457e-29 +7.64201e+02 7.480e-29 +7.61658e+02 7.503e-29 +7.59124e+02 7.527e-29 +7.56598e+02 7.550e-29 +7.54080e+02 7.589e-29 +7.51571e+02 7.597e-29 +7.49070e+02 7.621e-29 +7.46578e+02 7.645e-29 +7.44094e+02 7.668e-29 +7.41618e+02 7.692e-29 +7.39150e+02 7.716e-29 +7.36691e+02 7.740e-29 +7.34239e+02 7.764e-29 +7.31796e+02 7.789e-29 +7.29361e+02 7.813e-29 +7.26934e+02 7.837e-29 +7.24516e+02 7.862e-29 +7.22105e+02 7.886e-29 +7.19702e+02 7.911e-29 +7.17307e+02 7.935e-29 +7.14921e+02 7.960e-29 +7.12542e+02 7.985e-29 +7.10171e+02 8.010e-29 +7.07808e+02 8.034e-29 +7.05453e+02 8.059e-29 +7.03105e+02 8.085e-29 +7.00766e+02 8.110e-29 +6.98434e+02 8.135e-29 +6.96110e+02 8.160e-29 +6.93794e+02 8.186e-29 +6.91485e+02 8.211e-29 +6.89184e+02 8.237e-29 +6.86891e+02 8.262e-29 +6.84606e+02 8.288e-29 +6.82328e+02 8.314e-29 +6.80057e+02 8.340e-29 +6.77794e+02 8.366e-29 +6.75539e+02 8.392e-29 +6.73291e+02 8.418e-29 +6.71051e+02 8.444e-29 +6.68818e+02 8.472e-29 +6.66593e+02 8.497e-29 +6.64375e+02 8.523e-29 +6.62164e+02 8.550e-29 +6.59961e+02 8.576e-29 +6.57765e+02 8.603e-29 +6.55576e+02 8.630e-29 +6.53395e+02 8.849e-29 +6.51220e+02 8.684e-29 +6.49054e+02 8.711e-29 +6.46894e+02 8.738e-29 +6.44741e+02 8.765e-29 +6.42596e+02 8.792e-29 +6.40458e+02 8.820e-29 +6.38327e+02 8.847e-29 +6.36203e+02 8.875e-29 +6.34086e+02 8.902e-29 +6.31976e+02 8.930e-29 +6.29873e+02 8.958e-29 +6.27777e+02 8.986e-29 +6.25688e+02 9.014e-29 +6.23607e+02 9.042e-29 +6.21532e+02 9.070e-29 +6.19463e+02 9.098e-29 +6.17402e+02 9.126e-29 +6.15348e+02 9.155e-29 +6.13300e+02 9.183e-29 +6.11260e+02 9.212e-29 +6.09226e+02 9.240e-29 +6.07199e+02 9.269e-29 +6.05178e+02 9.298e-29 +6.03164e+02 9.327e-29 +6.01157e+02 9.356e-29 +5.99157e+02 9.385e-29 +5.97163e+02 9.414e-29 +5.95177e+02 9.444e-29 +5.93196e+02 9.473e-29 +5.91222e+02 9.503e-29 +5.89255e+02 9.532e-29 +5.87294e+02 9.562e-29 +5.85340e+02 9.591e-29 +5.83393e+02 9.621e-29 +5.81451e+02 9.651e-29 +5.79517e+02 9.681e-29 +5.77588e+02 9.714e-29 +5.75666e+02 9.741e-29 +5.73751e+02 9.772e-29 +5.71842e+02 9.802e-29 +5.69939e+02 9.833e-29 +5.68043e+02 9.863e-29 +5.66153e+02 9.894e-29 +5.64269e+02 9.925e-29 +5.62391e+02 9.955e-29 +5.60520e+02 9.986e-29 +5.58655e+02 1.002e-28 +5.56796e+02 1.005e-28 +5.54943e+02 1.008e-28 +5.53097e+02 1.011e-28 +5.51256e+02 1.014e-28 +5.49422e+02 1.017e-28 +5.47594e+02 1.021e-28 +5.45772e+02 1.024e-28 +5.43956e+02 1.027e-28 +5.42146e+02 1.030e-28 +5.40342e+02 1.033e-28 +5.38544e+02 1.037e-28 +5.36752e+02 1.040e-28 +5.34966e+02 1.043e-28 +5.33186e+02 1.046e-28 +5.31412e+02 1.050e-28 +5.29643e+02 1.053e-28 +5.27881e+02 1.056e-28 +5.26125e+02 1.059e-28 +5.24374e+02 1.063e-28 +5.22629e+02 1.066e-28 +5.20890e+02 1.069e-28 +5.19157e+02 1.073e-28 +5.17429e+02 1.076e-28 +5.15708e+02 1.079e-28 +5.13992e+02 1.083e-28 +5.12282e+02 1.086e-28 +5.10577e+02 1.089e-28 +5.08878e+02 1.093e-28 +5.07185e+02 1.096e-28 +5.05497e+02 1.100e-28 +5.03815e+02 1.103e-28 +5.02139e+02 1.106e-28 +5.00468e+02 1.110e-28 +4.98803e+02 1.113e-28 +4.97143e+02 1.117e-28 +4.95489e+02 1.120e-28 +4.93840e+02 1.124e-28 +4.92197e+02 1.127e-28 +4.90559e+02 1.131e-28 +4.88927e+02 1.134e-28 +4.87300e+02 1.138e-28 +4.85678e+02 1.141e-28 +4.84062e+02 1.145e-28 +4.82452e+02 1.148e-28 +4.80846e+02 1.152e-28 +4.79246e+02 1.155e-28 +4.77652e+02 1.159e-28 +4.76062e+02 1.163e-28 +4.74478e+02 1.166e-28 +4.72900e+02 1.170e-28 +4.71326e+02 1.174e-28 +4.69758e+02 1.177e-28 +4.68195e+02 1.181e-28 +4.66637e+02 1.185e-28 +4.65084e+02 1.188e-28 +4.63537e+02 1.192e-28 +4.61994e+02 1.196e-28 +4.60457e+02 1.199e-28 +4.58925e+02 1.203e-28 +4.57398e+02 1.207e-28 +4.55876e+02 1.211e-28 +4.54359e+02 1.214e-28 +4.52847e+02 1.218e-28 +4.51340e+02 1.222e-28 +4.49838e+02 1.226e-28 +4.48342e+02 1.229e-28 +4.46850e+02 1.233e-28 +4.45363e+02 1.237e-28 +4.43881e+02 1.241e-28 +4.42404e+02 1.245e-28 +4.40932e+02 1.249e-28 +4.39465e+02 1.253e-28 +4.38003e+02 1.256e-28 +4.36545e+02 1.260e-28 +4.35093e+02 1.264e-28 +4.33645e+02 1.268e-28 +4.32202e+02 1.272e-28 +4.30764e+02 1.276e-28 +4.29330e+02 1.280e-28 +4.27902e+02 1.284e-28 +4.26478e+02 1.288e-28 +4.25059e+02 1.292e-28 +4.23645e+02 1.296e-28 +4.22235e+02 1.300e-28 +4.20830e+02 1.304e-28 +4.19430e+02 1.308e-28 +4.18034e+02 1.312e-28 +4.16643e+02 1.316e-28 +4.15257e+02 1.320e-28 +4.13875e+02 1.324e-28 +4.12498e+02 1.329e-28 +4.11125e+02 1.333e-28 +4.09757e+02 1.337e-28 +4.08394e+02 1.341e-28 +4.07035e+02 1.345e-28 +4.05681e+02 1.349e-28 +4.04331e+02 1.354e-28 +4.02985e+02 1.358e-28 +4.01645e+02 1.362e-28 +4.00308e+02 1.366e-28 +3.98976e+02 1.370e-28 +3.97649e+02 1.375e-28 +3.96325e+02 1.379e-28 +3.95007e+02 1.383e-28 +3.93692e+02 1.387e-28 +3.92382e+02 1.392e-28 +3.91077e+02 1.396e-28 +3.89775e+02 1.400e-28 +3.88478e+02 1.405e-28 +3.87186e+02 1.409e-28 +3.85898e+02 1.414e-28 +3.84613e+02 1.418e-28 +3.83334e+02 1.422e-28 +3.82058e+02 1.427e-28 +3.80787e+02 1.431e-28 +3.79520e+02 1.456e-28 +3.78257e+02 1.440e-28 +3.76998e+02 1.445e-28 +3.75744e+02 1.449e-28 +3.74494e+02 1.454e-28 +3.73248e+02 1.458e-28 +3.72006e+02 1.463e-28 +3.70768e+02 1.467e-28 +3.69534e+02 1.472e-28 +3.68305e+02 1.476e-28 +3.67079e+02 1.481e-28 +3.65858e+02 1.485e-28 +3.64640e+02 1.490e-28 +3.63427e+02 1.495e-28 +3.62218e+02 1.499e-28 +3.61012e+02 1.504e-28 +3.59811e+02 1.509e-28 +3.58614e+02 1.513e-28 +3.57421e+02 1.518e-28 +3.56231e+02 1.523e-28 +3.55046e+02 1.527e-28 +3.53865e+02 1.532e-28 +3.52687e+02 1.537e-28 +3.51514e+02 1.542e-28 +3.50344e+02 1.546e-28 +3.49178e+02 1.551e-28 +3.48016e+02 1.556e-28 +3.46858e+02 1.561e-28 +3.45704e+02 1.566e-28 +3.44554e+02 1.571e-28 +3.43408e+02 1.575e-28 +3.42265e+02 1.580e-28 +3.41126e+02 1.585e-28 +3.39991e+02 1.590e-28 +3.38860e+02 1.595e-28 +3.37732e+02 1.600e-28 +3.36608e+02 1.605e-28 +3.35488e+02 1.610e-28 +3.34372e+02 1.615e-28 +3.33259e+02 1.620e-28 +3.32150e+02 1.625e-28 +3.31045e+02 1.630e-28 +3.29944e+02 1.635e-28 +3.28846e+02 1.640e-28 +3.27752e+02 1.645e-28 +3.26661e+02 1.660e-28 +3.25574e+02 1.655e-28 +3.24491e+02 1.661e-28 +3.23411e+02 1.666e-28 +3.22335e+02 1.671e-28 +3.21262e+02 1.676e-28 +3.20193e+02 1.681e-28 +3.19128e+02 1.687e-28 +3.18066e+02 1.692e-28 +3.17008e+02 1.704e-28 +3.15953e+02 1.702e-28 +3.14902e+02 1.708e-28 +3.13854e+02 1.713e-28 +3.12810e+02 1.718e-28 +3.11769e+02 1.723e-28 +3.10731e+02 1.729e-28 +3.09697e+02 1.734e-28 +3.08667e+02 1.740e-28 +3.07640e+02 1.745e-28 +3.06616e+02 1.750e-28 +3.05596e+02 1.756e-28 +3.04579e+02 1.761e-28 +3.03566e+02 1.767e-28 +3.02556e+02 1.772e-28 +3.01549e+02 1.778e-28 +3.00545e+02 1.783e-28 +2.99545e+02 1.789e-28 +2.98549e+02 1.794e-28 +2.97555e+02 1.800e-28 +2.96565e+02 1.805e-28 +2.95578e+02 1.835e-28 +2.94595e+02 1.817e-28 +2.93615e+02 1.822e-28 +2.92638e+02 1.828e-28 +2.91664e+02 1.834e-28 +2.90693e+02 1.839e-28 +2.89726e+02 1.845e-28 +2.88762e+02 1.851e-28 +2.87801e+02 1.856e-28 +2.86844e+02 1.862e-28 +2.85889e+02 1.868e-28 +2.84938e+02 1.874e-28 +2.83990e+02 1.879e-28 +2.83045e+02 1.885e-28 +2.82103e+02 1.891e-28 +2.81164e+02 1.897e-28 +2.80229e+02 1.903e-28 +2.79296e+02 1.909e-28 +2.78367e+02 1.915e-28 +2.77441e+02 1.921e-28 +2.76518e+02 1.927e-28 +2.75598e+02 1.933e-28 +2.74681e+02 1.939e-28 +2.73767e+02 1.945e-28 +2.72856e+02 1.951e-28 +2.71948e+02 1.957e-28 +2.71043e+02 1.963e-28 +2.70141e+02 1.969e-28 +2.69242e+02 1.975e-28 +2.68346e+02 1.981e-28 +2.67453e+02 1.987e-28 +2.66563e+02 1.993e-28 +2.65676e+02 1.999e-28 +2.64792e+02 2.006e-28 +2.63911e+02 2.012e-28 +2.63033e+02 2.018e-28 +2.62158e+02 2.024e-28 +2.61286e+02 2.031e-28 +2.60416e+02 2.037e-28 +2.59550e+02 2.043e-28 +2.58686e+02 2.050e-28 +2.57825e+02 2.056e-28 +2.56967e+02 2.062e-28 +2.56112e+02 2.069e-28 +2.55260e+02 2.079e-28 +2.54411e+02 2.081e-28 +2.53564e+02 2.088e-28 +2.52721e+02 2.094e-28 +2.51880e+02 2.101e-28 +2.51042e+02 2.107e-28 +2.50206e+02 2.114e-28 +2.49374e+02 2.120e-28 +2.48544e+02 2.127e-28 +2.47717e+02 2.134e-28 +2.46893e+02 2.140e-28 +2.46071e+02 2.147e-28 +2.45252e+02 2.153e-28 +2.44436e+02 2.160e-28 +2.43623e+02 2.167e-28 +2.42812e+02 2.174e-28 +2.42004e+02 2.180e-28 +2.41199e+02 2.187e-28 +2.40397e+02 2.194e-28 +2.39597e+02 2.201e-28 +2.38799e+02 2.207e-28 +2.38005e+02 2.214e-28 +2.37213e+02 2.221e-28 +2.36424e+02 2.228e-28 +2.35637e+02 2.235e-28 +2.34853e+02 2.242e-28 +2.34071e+02 2.249e-28 +2.33293e+02 2.256e-28 +2.32516e+02 2.263e-28 +2.31743e+02 2.270e-28 +2.30971e+02 2.277e-28 +2.30203e+02 2.284e-28 +2.29437e+02 2.291e-28 +2.28674e+02 2.298e-28 +2.27913e+02 2.305e-28 +2.27154e+02 2.312e-28 +2.26398e+02 2.319e-28 +2.25645e+02 2.327e-28 +2.24894e+02 2.334e-28 +2.24146e+02 2.341e-28 +2.23400e+02 2.348e-28 +2.22657e+02 2.355e-28 +2.21916e+02 2.363e-28 +2.21178e+02 2.370e-28 +2.20442e+02 2.377e-28 +2.19708e+02 2.385e-28 +2.18977e+02 2.392e-28 +2.18248e+02 2.400e-28 +2.17522e+02 2.407e-28 +2.16798e+02 2.414e-28 +2.16077e+02 2.422e-28 +2.15358e+02 2.429e-28 +2.14641e+02 2.437e-28 +2.13927e+02 2.444e-28 +2.13215e+02 2.468e-28 +2.12506e+02 2.460e-28 +2.11799e+02 2.467e-28 +2.11094e+02 2.475e-28 +2.10392e+02 2.483e-28 +2.09692e+02 2.490e-28 +2.08994e+02 2.498e-28 +2.08299e+02 2.506e-28 +2.07605e+02 2.513e-28 +2.06915e+02 2.521e-28 +2.06226e+02 2.529e-28 +2.05540e+02 2.537e-28 +2.04856e+02 2.545e-28 +2.04174e+02 2.553e-28 +2.03495e+02 2.560e-28 +2.02818e+02 2.570e-28 +2.02143e+02 2.576e-28 +2.01470e+02 2.584e-28 +2.00800e+02 2.592e-28 +2.00132e+02 2.600e-28 +1.99466e+02 2.608e-28 +1.98802e+02 2.616e-28 +1.98141e+02 2.624e-28 +1.97481e+02 2.632e-28 +1.96824e+02 2.641e-28 +1.96169e+02 2.649e-28 +1.95517e+02 2.657e-28 +1.94866e+02 2.665e-28 +1.94218e+02 2.673e-28 +1.93571e+02 2.682e-28 +1.92927e+02 2.690e-28 +1.92285e+02 2.698e-28 +1.91646e+02 2.707e-28 +1.91008e+02 2.715e-28 +1.90372e+02 2.723e-28 +1.89739e+02 2.732e-28 +1.89108e+02 2.740e-28 +1.88478e+02 2.749e-28 +1.87851e+02 2.757e-28 +1.87226e+02 2.766e-28 +1.86603e+02 2.774e-28 +1.85982e+02 2.783e-28 +1.85363e+02 2.791e-28 +1.84747e+02 2.800e-28 +1.84132e+02 2.809e-28 +1.83519e+02 2.817e-28 +1.82909e+02 2.826e-28 +1.82300e+02 2.835e-28 +1.81693e+02 2.844e-28 +1.81089e+02 2.852e-28 +1.80486e+02 2.861e-28 +1.79886e+02 2.870e-28 +1.79287e+02 2.879e-28 +1.78691e+02 2.888e-28 +1.78096e+02 2.897e-28 +1.77503e+02 2.906e-28 +1.76913e+02 2.915e-28 +1.76324e+02 2.924e-28 +1.75737e+02 2.933e-28 +1.75153e+02 2.942e-28 +1.74570e+02 2.951e-28 +1.73989e+02 2.960e-28 +1.73410e+02 2.969e-28 +1.72833e+02 2.978e-28 +1.72258e+02 2.988e-28 +1.71685e+02 2.997e-28 +1.71113e+02 3.006e-28 +1.70544e+02 3.015e-28 +1.69977e+02 3.025e-28 +1.69411e+02 3.034e-28 +1.68847e+02 3.043e-28 +1.68286e+02 3.053e-28 +1.67726e+02 3.062e-28 +1.67167e+02 3.073e-28 +1.66611e+02 3.081e-28 +1.66057e+02 3.091e-28 +1.65504e+02 3.100e-28 +1.64954e+02 3.110e-28 +1.64405e+02 3.119e-28 +1.63858e+02 3.129e-28 +1.63312e+02 3.139e-28 +1.62769e+02 3.148e-28 +1.62227e+02 3.158e-28 +1.61688e+02 3.168e-28 +1.61150e+02 3.178e-28 +1.60613e+02 3.187e-28 +1.60079e+02 3.197e-28 +1.59546e+02 3.207e-28 +1.59015e+02 3.217e-28 +1.58486e+02 3.227e-28 +1.57959e+02 3.237e-28 +1.57433e+02 3.247e-28 +1.56910e+02 3.257e-28 +1.56387e+02 3.267e-28 +1.55867e+02 3.277e-28 +1.55348e+02 3.287e-28 +1.54832e+02 3.297e-28 +1.54316e+02 3.308e-28 +1.53803e+02 3.318e-28 +1.53291e+02 3.328e-28 +1.52781e+02 3.338e-28 +1.52273e+02 3.349e-28 +1.51766e+02 4.224e-28 +1.51261e+02 3.369e-28 +1.50758e+02 3.419e-28 +1.50256e+02 3.390e-28 +1.49756e+02 3.401e-28 +1.49258e+02 3.411e-28 +1.48761e+02 3.422e-28 +1.48266e+02 3.432e-28 +1.47773e+02 3.443e-28 +1.47281e+02 3.453e-28 +1.46791e+02 3.464e-28 +1.46303e+02 3.475e-28 +1.45816e+02 3.485e-28 +1.45331e+02 3.496e-28 +1.44847e+02 3.507e-28 +1.44365e+02 3.518e-28 +1.43885e+02 3.529e-28 +1.43406e+02 3.540e-28 +1.42929e+02 3.551e-28 +1.42453e+02 3.561e-28 +1.41979e+02 3.572e-28 +1.41507e+02 3.584e-28 +1.41036e+02 3.595e-28 +1.40567e+02 3.606e-28 +1.40099e+02 3.639e-28 +1.39633e+02 3.628e-28 +1.39168e+02 3.639e-28 +1.38705e+02 3.651e-28 +1.38244e+02 3.662e-28 +1.37784e+02 3.673e-28 +1.37325e+02 3.684e-28 +1.36868e+02 3.696e-28 +1.36413e+02 3.707e-28 +1.35959e+02 3.718e-28 +1.35506e+02 3.730e-28 +1.35056e+02 3.741e-28 +1.34606e+02 3.753e-28 +1.34158e+02 3.765e-28 +1.33712e+02 3.776e-28 +1.33267e+02 3.788e-28 +1.32823e+02 3.800e-28 +1.32382e+02 3.811e-28 +1.31941e+02 3.823e-28 +1.31502e+02 3.835e-28 +1.31064e+02 3.847e-28 +1.30628e+02 3.858e-28 +1.30194e+02 3.870e-28 +1.29760e+02 3.883e-28 +1.29329e+02 3.894e-28 +1.28898e+02 3.906e-28 +1.28469e+02 3.918e-28 +1.28042e+02 3.930e-28 +1.27616e+02 3.943e-28 +1.27191e+02 3.955e-28 +1.26768e+02 3.967e-28 +1.26346e+02 3.979e-28 +1.25926e+02 3.991e-28 +1.25507e+02 4.004e-28 +1.25089e+02 4.016e-28 +1.24673e+02 4.028e-28 +1.24258e+02 4.041e-28 +1.23845e+02 4.053e-28 +1.23433e+02 4.066e-28 +1.23022e+02 4.078e-28 +1.22613e+02 4.091e-28 +1.22205e+02 4.104e-28 +1.21798e+02 4.116e-28 +1.21393e+02 4.129e-28 +1.20989e+02 4.346e-28 +1.20586e+02 4.154e-28 +1.20185e+02 4.167e-28 +1.19785e+02 4.180e-28 +1.19386e+02 4.193e-28 +1.18989e+02 4.206e-28 +1.18593e+02 4.219e-28 +1.18199e+02 4.232e-28 +1.17805e+02 4.245e-28 +1.17413e+02 4.258e-28 +1.17023e+02 4.271e-28 +1.16633e+02 4.284e-28 +1.16245e+02 4.297e-28 +1.15858e+02 4.311e-28 +1.15473e+02 4.324e-28 +1.15089e+02 4.337e-28 +1.14706e+02 4.351e-28 +1.14324e+02 4.364e-28 +1.13944e+02 4.378e-28 +1.13565e+02 4.391e-28 +1.13187e+02 4.405e-28 +1.12810e+02 4.418e-28 +1.12435e+02 4.432e-28 +1.12061e+02 4.445e-28 +1.11688e+02 4.460e-28 +1.11316e+02 4.473e-28 +1.10946e+02 4.487e-28 +1.10577e+02 4.501e-28 +1.10209e+02 4.514e-28 +1.09842e+02 4.528e-28 +1.09476e+02 4.542e-28 +1.09112e+02 4.556e-28 +1.08749e+02 4.570e-28 +1.08387e+02 4.584e-28 +1.08027e+02 4.599e-28 +1.07667e+02 4.613e-28 +1.07309e+02 4.627e-28 +1.06952e+02 4.641e-28 +1.06596e+02 4.655e-28 +1.06241e+02 4.670e-28 +1.05888e+02 4.684e-28 +1.05535e+02 4.699e-28 +1.05184e+02 4.713e-28 +1.04834e+02 4.728e-28 +1.04485e+02 4.742e-28 +1.04138e+02 4.757e-28 +1.03791e+02 4.771e-28 +1.03446e+02 4.786e-28 +1.03102e+02 4.801e-28 +1.02759e+02 4.816e-28 +1.02417e+02 4.830e-28 +1.02076e+02 4.845e-28 +1.01736e+02 4.860e-28 +1.01398e+02 4.876e-28 +1.01060e+02 4.890e-28 +1.00724e+02 4.905e-28 +1.00389e+02 4.920e-28 +1.00055e+02 4.936e-28 +9.97219e+01 4.951e-28 +9.93901e+01 4.966e-28 +9.90594e+01 4.981e-28 +9.87298e+01 4.997e-28 +9.84013e+01 5.012e-28 +9.80738e+01 5.028e-28 +9.77475e+01 5.043e-28 +9.74223e+01 5.059e-28 +9.70981e+01 5.074e-28 +9.67750e+01 5.090e-28 +9.64530e+01 5.105e-28 +9.61321e+01 5.121e-28 +9.58122e+01 5.137e-28 +9.54934e+01 5.153e-28 +9.51756e+01 5.169e-28 +9.48589e+01 5.185e-28 +9.45433e+01 5.200e-28 +9.42287e+01 5.216e-28 +9.39152e+01 5.233e-28 +9.36027e+01 5.249e-28 +9.32912e+01 5.265e-28 +9.29808e+01 5.281e-28 +9.26714e+01 5.298e-28 +9.23631e+01 5.314e-28 +9.20557e+01 5.330e-28 +9.17494e+01 5.346e-28 +9.14441e+01 5.844e-28 +9.11399e+01 5.379e-28 +9.08366e+01 5.396e-28 +9.05344e+01 5.412e-28 +9.02331e+01 5.429e-28 +8.99329e+01 5.446e-28 +8.96336e+01 5.463e-28 +8.93354e+01 5.479e-28 +8.90381e+01 5.496e-28 +8.87418e+01 5.514e-28 +8.84466e+01 5.530e-28 +8.81523e+01 5.547e-28 +8.78589e+01 5.564e-28 +8.75666e+01 5.581e-28 +8.72752e+01 5.598e-28 +8.69848e+01 5.616e-28 +8.66954e+01 5.633e-28 +8.64069e+01 5.650e-28 +8.61194e+01 5.668e-28 +8.58329e+01 5.685e-28 +8.55472e+01 5.703e-28 +8.52626e+01 5.720e-28 +8.49789e+01 5.738e-28 +8.46961e+01 5.755e-28 +8.44143e+01 5.774e-28 +8.41334e+01 5.791e-28 +8.38535e+01 5.809e-28 +8.35745e+01 5.827e-28 +8.32964e+01 5.845e-28 +8.30192e+01 5.862e-28 +8.27430e+01 5.881e-28 +8.24677e+01 5.899e-28 +8.21933e+01 5.917e-28 +8.19198e+01 5.935e-28 +8.16472e+01 5.953e-28 +8.13755e+01 5.972e-28 +8.11047e+01 5.990e-28 +8.08349e+01 6.008e-28 +8.05659e+01 6.027e-28 +8.02978e+01 6.046e-28 +8.00306e+01 6.064e-28 +7.97643e+01 6.083e-28 +7.94989e+01 6.101e-28 +7.92344e+01 6.120e-28 +7.89707e+01 6.139e-28 +7.87080e+01 6.158e-28 +7.84461e+01 6.178e-28 +7.81851e+01 6.196e-28 +7.79249e+01 6.215e-28 +7.76656e+01 6.234e-28 +7.74072e+01 6.253e-28 +7.71496e+01 6.272e-28 +7.68929e+01 6.291e-28 +7.66371e+01 6.311e-28 +7.63821e+01 6.330e-28 +7.61279e+01 6.350e-28 +7.58746e+01 6.369e-28 +7.56221e+01 6.389e-28 +7.53705e+01 6.408e-28 +7.51197e+01 6.428e-28 +7.48698e+01 6.448e-28 +7.46206e+01 6.468e-28 +7.43723e+01 6.488e-28 +7.41249e+01 6.508e-28 +7.38782e+01 6.528e-28 +7.36324e+01 6.548e-28 +7.33874e+01 6.568e-28 +7.31432e+01 6.588e-28 +7.28998e+01 6.608e-28 +7.26573e+01 6.628e-28 +7.24155e+01 6.649e-28 +7.21745e+01 6.669e-28 +7.19344e+01 6.690e-28 +7.16950e+01 6.710e-28 +7.14565e+01 6.731e-28 +7.12187e+01 6.752e-28 +7.09817e+01 6.772e-28 +7.07455e+01 6.793e-28 +7.05101e+01 6.814e-28 +7.02755e+01 6.835e-28 +7.00417e+01 6.856e-28 +6.98086e+01 6.877e-28 +6.95763e+01 6.898e-28 +6.93448e+01 6.919e-28 +6.91141e+01 6.943e-28 +6.88841e+01 6.962e-28 +6.86549e+01 6.983e-28 +6.84265e+01 7.005e-28 +6.81988e+01 7.026e-28 +6.79719e+01 7.048e-28 +6.77457e+01 7.070e-28 +6.75203e+01 7.091e-28 +6.72956e+01 7.113e-28 +6.70717e+01 7.135e-28 +6.68485e+01 7.157e-28 +6.66261e+01 7.179e-28 +6.64044e+01 7.201e-28 +6.61834e+01 7.223e-28 +6.59632e+01 7.245e-28 +6.57437e+01 7.267e-28 +6.55250e+01 7.290e-28 +6.53069e+01 7.312e-28 +6.50896e+01 7.335e-28 +6.48731e+01 7.357e-28 +6.46572e+01 7.380e-28 +6.44420e+01 7.402e-28 +6.42276e+01 7.425e-28 +6.40139e+01 7.448e-28 +6.38009e+01 7.471e-28 +6.35886e+01 7.494e-28 +6.33770e+01 7.517e-28 +6.31661e+01 7.540e-28 +6.29560e+01 7.563e-28 +6.27465e+01 7.586e-28 +6.25377e+01 7.609e-28 +6.23296e+01 7.633e-28 +6.21222e+01 7.656e-28 +6.19155e+01 7.680e-28 +6.17095e+01 7.703e-28 +6.15042e+01 7.727e-28 +6.12995e+01 7.751e-28 +6.10955e+01 7.774e-28 +6.08922e+01 7.799e-28 +6.06896e+01 7.822e-28 +6.04877e+01 7.847e-28 +6.02864e+01 7.870e-28 +6.00858e+01 7.895e-28 +5.98859e+01 7.919e-28 +5.96866e+01 7.943e-28 +5.94880e+01 7.967e-28 +5.92901e+01 7.992e-28 +5.90928e+01 8.016e-28 +5.88962e+01 8.041e-28 +5.87002e+01 8.066e-28 +5.85049e+01 8.090e-28 +5.83102e+01 8.115e-28 +5.81162e+01 8.140e-28 +5.79228e+01 8.165e-28 +5.77301e+01 8.190e-28 +5.75380e+01 8.215e-28 +5.73465e+01 8.241e-28 +5.71557e+01 8.266e-28 +5.69655e+01 8.291e-28 +5.67760e+01 8.317e-28 +5.65871e+01 8.342e-28 +5.63988e+01 8.368e-28 +5.62111e+01 8.393e-28 +5.60241e+01 8.419e-28 +5.58377e+01 8.445e-28 +5.56519e+01 8.471e-28 +5.54667e+01 8.497e-28 +5.52821e+01 8.523e-28 +5.50982e+01 8.549e-28 +5.49148e+01 8.575e-28 +5.47321e+01 8.602e-28 +5.45500e+01 8.628e-28 +5.43685e+01 8.655e-28 +5.41876e+01 8.681e-28 +5.40073e+01 8.708e-28 +5.38276e+01 8.734e-28 +5.36485e+01 8.761e-28 +5.34700e+01 8.788e-28 +5.32920e+01 8.815e-28 +5.31147e+01 8.842e-28 +5.29380e+01 8.869e-28 +5.27618e+01 8.896e-28 +5.25863e+01 8.928e-28 +5.24113e+01 8.951e-28 +5.22369e+01 8.978e-28 +5.20631e+01 9.006e-28 +5.18898e+01 9.034e-28 +5.17172e+01 9.061e-28 +5.15451e+01 9.089e-28 +5.13736e+01 9.117e-28 +5.12026e+01 9.145e-28 +5.10323e+01 9.174e-28 +5.08625e+01 9.201e-28 +5.06932e+01 9.229e-28 +5.05246e+01 9.257e-28 +5.03564e+01 9.286e-28 +5.01889e+01 9.314e-28 +5.00219e+01 9.343e-28 +4.98554e+01 9.372e-28 +4.96895e+01 9.400e-28 +4.95242e+01 9.430e-28 +4.93594e+01 9.458e-28 +4.91952e+01 9.487e-28 +4.90315e+01 9.517e-28 +4.88683e+01 9.547e-28 +4.87057e+01 9.574e-28 +4.85437e+01 9.604e-28 +4.83821e+01 9.633e-28 +4.82212e+01 9.663e-28 +4.80607e+01 9.692e-28 +4.79008e+01 9.722e-28 +4.77414e+01 9.752e-28 +4.75825e+01 9.782e-28 +4.74242e+01 9.812e-28 +4.72664e+01 9.842e-28 +4.71091e+01 9.872e-28 +4.69524e+01 9.902e-28 +4.67962e+01 9.932e-28 +4.66404e+01 9.963e-28 +4.64853e+01 9.993e-28 +4.63306e+01 1.002e-27 +4.61764e+01 1.005e-27 +4.60228e+01 1.009e-27 +4.58696e+01 1.012e-27 +4.57170e+01 1.015e-27 +4.55649e+01 1.018e-27 +4.54133e+01 1.021e-27 +4.52622e+01 1.024e-27 +4.51116e+01 1.027e-27 +4.49614e+01 1.030e-27 +4.48118e+01 1.034e-27 +4.46627e+01 1.037e-27 +4.45141e+01 1.040e-27 +4.43660e+01 1.043e-27 +4.42184e+01 1.046e-27 +4.40712e+01 1.049e-27 +4.39246e+01 1.053e-27 +4.37785e+01 1.056e-27 +4.36328e+01 1.059e-27 +4.34876e+01 1.062e-27 +4.33429e+01 1.066e-27 +4.31987e+01 1.069e-27 +4.30549e+01 1.072e-27 +4.29117e+01 1.075e-27 +4.27689e+01 1.079e-27 +4.26266e+01 1.082e-27 +4.24847e+01 1.085e-27 +4.23434e+01 1.089e-27 +4.22025e+01 1.092e-27 +4.20621e+01 1.095e-27 +4.19221e+01 1.099e-27 +4.17826e+01 1.102e-27 +4.16436e+01 1.105e-27 +4.15050e+01 1.109e-27 +4.13669e+01 1.112e-27 +4.12293e+01 1.116e-27 +4.10921e+01 1.119e-27 +4.09553e+01 1.122e-27 +4.08191e+01 1.126e-27 +4.06832e+01 1.129e-27 +4.05479e+01 1.133e-27 +4.04130e+01 1.136e-27 +4.02785e+01 1.140e-27 +4.01445e+01 1.143e-27 +4.00109e+01 1.147e-27 +3.98777e+01 1.150e-27 +3.97451e+01 1.154e-27 +3.96128e+01 1.157e-27 +3.94810e+01 1.161e-27 +3.93496e+01 1.164e-27 +3.92187e+01 1.168e-27 +3.90882e+01 1.172e-27 +3.89581e+01 1.175e-27 +3.88285e+01 1.180e-27 +3.86993e+01 1.182e-27 +3.85705e+01 1.186e-27 +3.84422e+01 1.190e-27 +3.83143e+01 1.193e-27 +3.81868e+01 1.197e-27 +3.80597e+01 1.201e-27 +3.79331e+01 1.204e-27 +3.78069e+01 1.208e-27 +3.76811e+01 1.212e-27 +3.75557e+01 1.215e-27 +3.74307e+01 1.219e-27 +3.73062e+01 1.223e-27 +3.71821e+01 1.226e-27 +3.70583e+01 1.230e-27 +3.69350e+01 1.234e-27 +3.68121e+01 1.238e-27 +3.66896e+01 1.242e-27 +3.65676e+01 1.245e-27 +3.64459e+01 1.249e-27 +3.63246e+01 1.253e-27 +3.62037e+01 1.257e-27 +3.60833e+01 1.261e-27 +3.59632e+01 1.264e-27 +3.58435e+01 1.268e-27 +3.57243e+01 1.272e-27 +3.56054e+01 1.276e-27 +3.54869e+01 1.280e-27 +3.53689e+01 1.284e-27 +3.52512e+01 1.288e-27 +3.51339e+01 1.292e-27 +3.50170e+01 1.296e-27 +3.49004e+01 1.300e-27 +3.47843e+01 1.304e-27 +3.46686e+01 1.308e-27 +3.45532e+01 1.312e-27 +3.44382e+01 1.316e-27 +3.43237e+01 1.320e-27 +3.42094e+01 1.324e-27 +3.40956e+01 1.328e-27 +3.39822e+01 1.332e-27 +3.38691e+01 1.336e-27 +3.37564e+01 1.340e-27 +3.36441e+01 1.344e-27 +3.35321e+01 1.348e-27 +3.34206e+01 1.352e-27 +3.33093e+01 1.356e-27 +3.31985e+01 1.361e-27 +3.30880e+01 1.365e-27 +3.29779e+01 1.369e-27 +3.28682e+01 1.373e-27 +3.27589e+01 1.377e-27 +3.26498e+01 1.381e-27 +3.25412e+01 1.386e-27 +3.24329e+01 1.390e-27 +3.23250e+01 1.394e-27 +3.22175e+01 1.399e-27 +3.21103e+01 1.403e-27 +3.20034e+01 1.407e-27 +3.18969e+01 1.411e-27 +3.17908e+01 1.416e-27 +3.16850e+01 1.420e-27 +3.15796e+01 1.424e-27 +3.14745e+01 1.429e-27 +3.13698e+01 1.433e-27 +3.12654e+01 1.437e-27 +3.11614e+01 1.442e-27 +3.10577e+01 1.446e-27 +3.09543e+01 1.451e-27 +3.08513e+01 1.455e-27 +3.07487e+01 1.459e-27 +3.06464e+01 1.464e-27 +3.05444e+01 1.468e-27 +3.04427e+01 1.473e-27 +3.03415e+01 1.477e-27 +3.02405e+01 1.482e-27 +3.01399e+01 1.486e-27 +3.00396e+01 1.491e-27 +2.99396e+01 1.496e-27 +2.98400e+01 1.500e-27 +2.97407e+01 1.505e-27 +2.96418e+01 1.509e-27 +2.95431e+01 1.514e-27 +2.94448e+01 1.518e-27 +2.93468e+01 1.523e-27 +2.92492e+01 1.528e-27 +2.91519e+01 1.532e-27 +2.90549e+01 1.537e-27 +2.89582e+01 1.542e-27 +2.88618e+01 1.547e-27 +2.87658e+01 1.551e-27 +2.86701e+01 1.556e-27 +2.85747e+01 1.561e-27 +2.84796e+01 1.565e-27 +2.83848e+01 1.570e-27 +2.82904e+01 1.575e-27 +2.81963e+01 1.580e-27 +2.81024e+01 1.585e-27 +2.80089e+01 1.590e-27 +2.79157e+01 1.595e-27 +2.78228e+01 1.601e-27 +2.77303e+01 1.604e-27 +2.76380e+01 1.609e-27 +2.75460e+01 1.614e-27 +2.74544e+01 1.619e-27 +2.73630e+01 1.624e-27 +2.72720e+01 1.629e-27 +2.71812e+01 1.634e-27 +2.70908e+01 1.639e-27 +2.70006e+01 1.644e-27 +2.69108e+01 1.649e-27 +2.68213e+01 1.654e-27 +2.67320e+01 1.659e-27 +2.66431e+01 1.664e-27 +2.65544e+01 1.669e-27 +2.64661e+01 1.674e-27 +2.63780e+01 1.679e-27 +2.62902e+01 1.684e-27 +2.62027e+01 1.689e-27 +2.61156e+01 1.695e-27 +2.60287e+01 1.700e-27 +2.59421e+01 1.705e-27 +2.58557e+01 1.710e-27 +2.57697e+01 1.715e-27 +2.56840e+01 1.721e-27 +2.55985e+01 1.726e-27 +2.55133e+01 1.731e-27 +2.54284e+01 1.736e-27 +2.53438e+01 1.742e-27 +2.52595e+01 1.747e-27 +2.51754e+01 1.752e-27 +2.50917e+01 1.758e-27 +2.50082e+01 1.763e-27 +2.49250e+01 1.768e-27 +2.48420e+01 1.774e-27 +2.47594e+01 1.779e-27 +2.46770e+01 1.785e-27 +2.45949e+01 1.790e-27 +2.45130e+01 1.795e-27 +2.44315e+01 1.801e-27 +2.43502e+01 1.806e-27 +2.42691e+01 1.812e-27 +2.41884e+01 1.817e-27 +2.41079e+01 1.823e-27 +2.40277e+01 1.829e-27 +2.39477e+01 1.834e-27 +2.38681e+01 1.840e-27 +2.37886e+01 1.845e-27 +2.37095e+01 1.851e-27 +2.36306e+01 1.857e-27 +2.35520e+01 1.862e-27 +2.34736e+01 1.868e-27 +2.33955e+01 1.874e-27 +2.33176e+01 1.879e-27 +2.32401e+01 1.885e-27 +2.31627e+01 1.891e-27 +2.30857e+01 1.897e-27 +2.30088e+01 1.902e-27 +2.29323e+01 1.908e-27 +2.28560e+01 1.914e-27 +2.27799e+01 1.920e-27 +2.27041e+01 1.926e-27 +2.26286e+01 1.931e-27 +2.25533e+01 1.937e-27 +2.24782e+01 1.943e-27 +2.24034e+01 1.949e-27 +2.23289e+01 1.956e-27 +2.22546e+01 1.961e-27 +2.21805e+01 1.968e-27 +2.21067e+01 1.973e-27 +2.20332e+01 1.979e-27 +2.19599e+01 1.985e-27 +2.18868e+01 1.991e-27 +2.18140e+01 1.997e-27 +2.17414e+01 2.003e-27 +2.16690e+01 2.009e-27 +2.15969e+01 2.015e-27 +2.15251e+01 2.022e-27 +2.14535e+01 2.028e-27 +2.13821e+01 2.034e-27 +2.13109e+01 2.040e-27 +2.12400e+01 2.046e-27 +2.11693e+01 2.053e-27 +2.10989e+01 2.059e-27 +2.10287e+01 2.065e-27 +2.09587e+01 2.071e-27 +2.08890e+01 2.078e-27 +2.08195e+01 2.084e-27 +2.07502e+01 2.090e-27 +2.06812e+01 2.097e-27 +2.06123e+01 2.103e-27 +2.05438e+01 2.110e-27 +2.04754e+01 2.116e-27 +2.04073e+01 2.122e-27 +2.03394e+01 2.129e-27 +2.02717e+01 2.135e-27 +2.02042e+01 2.142e-27 +2.01370e+01 2.148e-27 +2.00700e+01 2.155e-27 +2.00032e+01 2.161e-27 +1.99367e+01 2.168e-27 +1.98703e+01 2.175e-27 +1.98042e+01 2.181e-27 +1.97383e+01 2.188e-27 +1.96726e+01 2.195e-27 +1.96072e+01 2.201e-27 +1.95419e+01 2.208e-27 +1.94769e+01 2.215e-27 +1.94121e+01 2.221e-27 +1.93475e+01 2.228e-27 +1.92831e+01 2.235e-27 +1.92190e+01 2.242e-27 +1.91550e+01 2.249e-27 +1.90913e+01 2.258e-27 +1.90278e+01 2.263e-27 +1.89644e+01 2.269e-27 +1.89013e+01 2.276e-27 +1.88385e+01 2.283e-27 +1.87758e+01 2.290e-27 +1.87133e+01 2.297e-27 +1.86510e+01 2.304e-27 +1.85890e+01 2.311e-27 +1.85271e+01 2.318e-27 +1.84655e+01 2.325e-27 +1.84040e+01 2.332e-27 +1.83428e+01 2.339e-27 +1.82817e+01 2.346e-27 +1.82209e+01 2.353e-27 +1.81603e+01 2.360e-27 +1.80999e+01 2.368e-27 +1.80396e+01 2.375e-27 +1.79796e+01 2.382e-27 +1.79198e+01 2.389e-27 +1.78602e+01 2.397e-27 +1.78007e+01 2.404e-27 +1.77415e+01 2.411e-27 +1.76825e+01 2.419e-27 +1.76236e+01 2.426e-27 +1.75650e+01 2.433e-27 +1.75065e+01 2.441e-27 +1.74483e+01 2.448e-27 +1.73902e+01 2.455e-27 +1.73324e+01 2.463e-27 +1.72747e+01 2.472e-27 +1.72172e+01 2.478e-27 +1.71599e+01 2.485e-27 +1.71028e+01 2.494e-27 +1.70459e+01 2.501e-27 +1.69892e+01 2.508e-27 +1.69327e+01 2.516e-27 +1.68763e+01 2.524e-27 +1.68202e+01 2.531e-27 +1.67642e+01 2.539e-27 +1.67084e+01 2.547e-27 +1.66528e+01 2.554e-27 +1.65974e+01 2.562e-27 +1.65422e+01 2.570e-27 +1.64871e+01 2.578e-27 +1.64323e+01 2.586e-27 +1.63776e+01 2.593e-27 +1.63231e+01 2.601e-27 +1.62688e+01 2.609e-27 +1.62147e+01 2.618e-27 +1.61607e+01 2.625e-27 +1.61069e+01 2.633e-27 +1.60533e+01 2.641e-27 +1.59999e+01 2.649e-27 +1.59467e+01 2.657e-27 +1.58936e+01 2.665e-27 +1.58407e+01 2.673e-27 +1.57880e+01 2.681e-27 +1.57355e+01 2.689e-27 +1.56831e+01 2.698e-27 +1.56310e+01 2.706e-27 +1.55789e+01 2.714e-27 +1.55271e+01 2.722e-27 +1.54754e+01 2.731e-27 +1.54240e+01 2.739e-27 +1.53726e+01 2.747e-27 +1.53215e+01 2.756e-27 +1.52705e+01 2.764e-27 +1.52197e+01 2.772e-27 +1.51690e+01 2.781e-27 +1.51186e+01 2.789e-27 +1.50683e+01 2.798e-27 +1.50181e+01 2.806e-27 +1.49682e+01 2.815e-27 +1.49183e+01 2.823e-27 +1.48687e+01 2.832e-27 +1.48192e+01 2.840e-27 +1.47699e+01 2.849e-27 +1.47208e+01 2.858e-27 +1.46718e+01 2.866e-27 +1.46230e+01 2.875e-27 +1.45743e+01 2.884e-27 +1.45258e+01 2.892e-27 +1.44775e+01 2.901e-27 +1.44293e+01 2.910e-27 +1.43813e+01 2.919e-27 +1.43335e+01 2.928e-27 +1.42858e+01 2.937e-27 +1.42382e+01 2.945e-27 +1.41909e+01 2.955e-27 +1.41436e+01 2.963e-27 +1.40966e+01 2.972e-27 +1.40497e+01 2.981e-27 +1.40029e+01 2.990e-27 +1.39563e+01 3.000e-27 +1.39099e+01 3.009e-27 +1.38636e+01 3.018e-27 +1.38175e+01 3.027e-27 +1.37715e+01 3.036e-27 +1.37257e+01 3.045e-27 +1.36800e+01 3.055e-27 +1.36345e+01 3.064e-27 +1.35891e+01 3.073e-27 +1.35439e+01 3.082e-27 +1.34988e+01 3.092e-27 +1.34539e+01 3.101e-27 +1.34091e+01 3.111e-27 +1.33645e+01 3.120e-27 +1.33201e+01 3.129e-27 +1.32757e+01 3.139e-27 +1.32316e+01 3.149e-27 +1.31875e+01 3.158e-27 +1.31437e+01 3.170e-27 +1.30999e+01 3.177e-27 +1.30563e+01 3.187e-27 +1.30129e+01 3.196e-27 +1.29696e+01 3.206e-27 +1.29264e+01 3.216e-27 +1.28834e+01 3.226e-27 +1.28406e+01 3.235e-27 +1.27978e+01 3.245e-27 +1.27552e+01 3.255e-27 +1.27128e+01 3.265e-27 +1.26705e+01 3.275e-27 +1.26283e+01 3.285e-27 +1.25863e+01 3.295e-27 +1.25444e+01 3.305e-27 +1.25027e+01 3.315e-27 +1.24611e+01 3.325e-27 +1.24196e+01 3.335e-27 +1.23783e+01 3.354e-27 +1.23371e+01 3.355e-27 +1.22961e+01 3.365e-27 +1.22552e+01 3.376e-27 +1.22144e+01 3.386e-27 +1.21737e+01 3.396e-27 +1.21332e+01 3.406e-27 +1.20929e+01 3.417e-27 +1.20526e+01 3.427e-27 +1.20125e+01 3.437e-27 +1.19725e+01 3.448e-27 +1.19327e+01 3.458e-27 +1.18930e+01 3.469e-27 +1.18534e+01 3.479e-27 +1.18140e+01 3.490e-27 +1.17747e+01 3.500e-27 +1.17355e+01 3.511e-27 +1.16964e+01 3.521e-27 +1.16575e+01 3.532e-27 +1.16187e+01 3.543e-27 +1.15801e+01 3.554e-27 +1.15415e+01 3.565e-27 +1.15031e+01 3.575e-27 +1.14649e+01 3.586e-27 +1.14267e+01 3.597e-27 +1.13887e+01 3.608e-27 +1.13508e+01 3.619e-27 +1.13130e+01 3.632e-27 +1.12754e+01 3.641e-27 +1.12379e+01 3.652e-27 +1.12005e+01 3.663e-27 +1.11632e+01 3.674e-27 +1.11261e+01 3.685e-27 +1.10890e+01 3.696e-27 +1.10521e+01 3.707e-27 +1.10154e+01 3.719e-27 +1.09787e+01 3.730e-27 +1.09422e+01 3.741e-27 +1.09058e+01 3.752e-27 +1.08695e+01 3.764e-27 +1.08333e+01 3.775e-27 +1.07973e+01 3.787e-27 +1.07613e+01 3.798e-27 +1.07255e+01 3.809e-27 +1.06899e+01 3.821e-27 +1.06543e+01 3.833e-27 +1.06188e+01 3.844e-27 +1.05835e+01 3.856e-27 +1.05483e+01 3.867e-27 +1.05132e+01 3.880e-27 +1.04782e+01 3.891e-27 +1.04433e+01 3.903e-27 +1.04086e+01 3.914e-27 +1.03740e+01 3.926e-27 +1.03394e+01 3.938e-27 +1.03050e+01 3.950e-27 +1.02707e+01 3.962e-27 +1.02366e+01 3.974e-27 +1.02025e+01 3.986e-27 +1.01686e+01 3.998e-27 +1.01347e+01 4.010e-27 +1.01010e+01 4.022e-27 +1.00674e+01 4.035e-27 +1.00339e+01 4.047e-27 +1.00005e+01 4.059e-27 +9.96723e+00 4.071e-27 +9.93406e+00 4.084e-27 +9.90101e+00 4.096e-27 +9.86806e+00 4.109e-27 +9.83523e+00 4.121e-27 +9.80250e+00 4.133e-27 +9.76989e+00 4.146e-27 +9.73738e+00 4.158e-27 +9.70498e+00 4.176e-27 +9.67268e+00 4.183e-27 +9.64050e+00 4.196e-27 +9.60842e+00 4.209e-27 +9.57645e+00 4.222e-27 +9.54458e+00 4.234e-27 +9.51283e+00 4.247e-27 +9.48117e+00 4.260e-27 +9.44962e+00 4.273e-27 +9.41818e+00 4.286e-27 +9.38684e+00 4.299e-27 +9.35561e+00 4.312e-27 +9.32448e+00 4.325e-27 +9.29345e+00 4.338e-27 +9.26253e+00 4.351e-27 +9.23171e+00 4.364e-27 +9.20099e+00 4.377e-27 +9.17038e+00 4.390e-27 +9.13986e+00 4.404e-27 +9.10945e+00 4.417e-27 +9.07914e+00 4.430e-27 +9.04893e+00 4.444e-27 +9.01882e+00 4.457e-27 +8.98881e+00 4.471e-27 +8.95890e+00 4.484e-27 +8.92909e+00 4.498e-27 +8.89938e+00 4.511e-27 +8.86977e+00 4.525e-27 +8.84025e+00 4.539e-27 +8.81084e+00 4.552e-27 +8.78152e+00 4.566e-27 +8.75230e+00 4.582e-27 +8.72318e+00 4.594e-27 +8.69415e+00 4.607e-27 +8.66522e+00 4.622e-27 +8.63639e+00 4.635e-27 +8.60765e+00 4.649e-27 +8.57901e+00 4.663e-27 +8.55047e+00 4.677e-27 +8.52202e+00 4.692e-27 +8.49366e+00 4.706e-27 +8.46540e+00 4.720e-27 +8.43723e+00 4.734e-27 +8.40915e+00 4.749e-27 +8.38117e+00 4.763e-27 +8.35329e+00 4.777e-27 +8.32549e+00 4.792e-27 +8.29779e+00 4.806e-27 +8.27018e+00 4.821e-27 +8.24266e+00 4.835e-27 +8.21523e+00 4.850e-27 +8.18790e+00 4.864e-27 +8.16065e+00 4.879e-27 +8.13350e+00 4.894e-27 +8.10644e+00 4.909e-27 +8.07946e+00 4.923e-27 +8.05258e+00 4.939e-27 +8.02578e+00 4.953e-27 +7.99908e+00 4.969e-27 +7.97246e+00 4.983e-27 +7.94594e+00 4.998e-27 +7.91950e+00 5.013e-27 +7.89314e+00 5.028e-27 +7.86688e+00 5.044e-27 +7.84070e+00 5.059e-27 +7.81461e+00 5.074e-27 +7.78861e+00 5.090e-27 +7.76270e+00 5.105e-27 +7.73687e+00 5.120e-27 +7.71112e+00 5.136e-27 +7.68546e+00 5.151e-27 +7.65989e+00 5.167e-27 +7.63440e+00 5.182e-27 +7.60900e+00 5.198e-27 +7.58368e+00 5.213e-27 +7.55845e+00 5.229e-27 +7.53330e+00 5.245e-27 +7.50823e+00 5.268e-27 +7.48325e+00 5.277e-27 +7.45835e+00 5.316e-27 +7.43353e+00 5.309e-27 +7.40880e+00 5.325e-27 +7.38415e+00 5.341e-27 +7.35957e+00 5.357e-27 +7.33509e+00 5.373e-27 +7.31068e+00 5.389e-27 +7.28635e+00 5.405e-27 +7.26211e+00 5.422e-27 +7.23794e+00 5.438e-27 +7.21386e+00 5.455e-27 +7.18986e+00 5.471e-27 +7.16593e+00 5.487e-27 +7.14209e+00 5.504e-27 +7.11833e+00 5.520e-27 +7.09464e+00 5.537e-27 +7.07103e+00 5.554e-27 +7.04750e+00 5.571e-27 +7.02405e+00 5.587e-27 +7.00068e+00 5.604e-27 +6.97739e+00 5.621e-27 +6.95417e+00 5.646e-27 +6.93103e+00 5.655e-27 +6.90797e+00 5.672e-27 +6.88498e+00 5.689e-27 +6.86207e+00 5.706e-27 +6.83924e+00 5.723e-27 +6.81648e+00 5.741e-27 +6.79380e+00 5.758e-27 +6.77120e+00 5.776e-27 +6.74867e+00 5.793e-27 +6.72621e+00 5.810e-27 +6.70383e+00 5.828e-27 +6.68152e+00 5.845e-27 +6.65929e+00 5.863e-27 +6.63713e+00 5.881e-27 +6.61505e+00 5.898e-27 +6.59304e+00 5.916e-27 +6.57110e+00 5.934e-27 +6.54923e+00 5.952e-27 +6.52744e+00 5.970e-27 +6.50572e+00 5.989e-27 +6.48408e+00 6.006e-27 +6.46250e+00 6.024e-27 +6.44100e+00 6.042e-27 +6.41957e+00 6.060e-27 +6.39820e+00 6.078e-27 +6.37691e+00 6.097e-27 +6.35570e+00 6.115e-27 +6.33455e+00 6.133e-27 +6.31347e+00 6.152e-27 +6.29246e+00 6.171e-27 +6.27153e+00 6.189e-27 +6.25066e+00 6.208e-27 +6.22986e+00 6.226e-27 +6.20913e+00 6.245e-27 +6.18847e+00 6.264e-27 +6.16788e+00 6.283e-27 +6.14735e+00 6.302e-27 +6.12690e+00 6.320e-27 +6.10651e+00 6.340e-27 +6.08619e+00 6.359e-27 +6.06594e+00 6.378e-27 +6.04576e+00 6.397e-27 +6.02564e+00 6.416e-27 +6.00559e+00 6.435e-27 +5.98561e+00 6.455e-27 +5.96569e+00 6.476e-27 +5.94584e+00 6.494e-27 +5.92606e+00 6.513e-27 +5.90634e+00 6.537e-27 +5.88669e+00 6.553e-27 +5.86710e+00 6.572e-27 +5.84758e+00 6.592e-27 +5.82812e+00 6.612e-27 +5.80873e+00 6.632e-27 +5.78940e+00 6.652e-27 +5.77013e+00 6.672e-27 +5.75093e+00 6.692e-27 +5.73180e+00 6.712e-27 +5.71273e+00 6.733e-27 +5.69372e+00 6.752e-27 +5.67477e+00 6.773e-27 +5.65589e+00 6.793e-27 +5.63707e+00 6.813e-27 +5.61831e+00 6.834e-27 +5.59962e+00 6.854e-27 +5.58099e+00 6.880e-27 +5.56242e+00 6.896e-27 +5.54391e+00 6.916e-27 +5.52546e+00 6.938e-27 +5.50708e+00 6.958e-27 +5.48875e+00 6.979e-27 +5.47049e+00 7.000e-27 +5.45229e+00 7.022e-27 +5.43414e+00 7.042e-27 +5.41606e+00 7.063e-27 +5.39804e+00 7.085e-27 +5.38008e+00 7.106e-27 +5.36218e+00 7.127e-27 +5.34433e+00 7.149e-27 +5.32655e+00 7.170e-27 +5.30883e+00 7.192e-27 +5.29116e+00 7.213e-27 +5.27356e+00 7.236e-27 +5.25601e+00 7.257e-27 +5.23852e+00 7.279e-27 +5.22109e+00 7.301e-27 +5.20372e+00 7.322e-27 +5.18640e+00 7.344e-27 +5.16914e+00 7.367e-27 +5.15194e+00 7.389e-27 +5.13480e+00 7.414e-27 +5.11772e+00 7.433e-27 +5.10069e+00 7.455e-27 +5.08372e+00 7.478e-27 +5.06680e+00 7.500e-27 +5.04994e+00 7.523e-27 +5.03314e+00 7.545e-27 +5.01639e+00 7.568e-27 +4.99970e+00 7.591e-27 +4.98306e+00 7.613e-27 +4.96648e+00 7.637e-27 +4.94996e+00 7.659e-27 +4.93348e+00 7.682e-27 +4.91707e+00 7.706e-27 +4.90071e+00 7.729e-27 +4.88440e+00 7.752e-27 +4.86815e+00 7.775e-27 +4.85195e+00 7.799e-27 +4.83581e+00 7.822e-27 +4.81972e+00 7.845e-27 +4.80368e+00 7.869e-27 +4.78769e+00 7.892e-27 +4.77176e+00 7.916e-27 +4.75589e+00 7.958e-27 +4.74006e+00 7.964e-27 +4.72429e+00 7.988e-27 +4.70857e+00 8.012e-27 +4.69290e+00 8.036e-27 +4.67729e+00 8.062e-27 +4.66172e+00 8.084e-27 +4.64621e+00 8.124e-27 +4.63075e+00 8.133e-27 +4.61534e+00 8.157e-27 +4.59999e+00 8.181e-27 +4.58468e+00 8.206e-27 +4.56942e+00 8.231e-27 +4.55422e+00 8.255e-27 +4.53907e+00 8.280e-27 +4.52396e+00 8.305e-27 +4.50891e+00 8.330e-27 +4.49391e+00 8.355e-27 +4.47895e+00 8.380e-27 +4.46405e+00 8.405e-27 +4.44920e+00 8.430e-27 +4.43439e+00 8.456e-27 +4.41964e+00 8.481e-27 +4.40493e+00 8.507e-27 +4.39027e+00 8.532e-27 +4.37567e+00 8.559e-27 +4.36111e+00 8.583e-27 +4.34659e+00 8.609e-27 +4.33213e+00 8.635e-27 +4.31772e+00 8.661e-27 +4.30335e+00 8.687e-27 +4.28903e+00 8.713e-27 +4.27476e+00 8.739e-27 +4.26054e+00 8.766e-27 +4.24636e+00 8.791e-27 +4.23223e+00 8.818e-27 +4.21815e+00 8.847e-27 +4.20411e+00 8.871e-27 +4.19012e+00 8.897e-27 +4.17618e+00 8.925e-27 +4.16228e+00 8.951e-27 +4.14843e+00 8.978e-27 +4.13463e+00 9.004e-27 +4.12087e+00 9.031e-27 +4.10716e+00 9.059e-27 +4.09350e+00 9.086e-27 +4.07987e+00 9.113e-27 +4.06630e+00 9.140e-27 +4.05277e+00 9.265e-27 +4.03928e+00 9.195e-27 +4.02584e+00 9.223e-27 +4.01245e+00 9.250e-27 +3.99910e+00 9.278e-27 +3.98579e+00 9.306e-27 +3.97253e+00 9.334e-27 +3.95931e+00 9.361e-27 +3.94613e+00 9.390e-27 +3.93300e+00 9.418e-27 +3.91992e+00 9.446e-27 +3.90687e+00 9.475e-27 +3.89387e+00 9.503e-27 +3.88092e+00 9.531e-27 +3.86800e+00 9.560e-27 +3.85513e+00 9.588e-27 +3.84231e+00 9.617e-27 +3.82952e+00 9.646e-27 +3.81678e+00 9.675e-27 +3.80408e+00 9.704e-27 +3.79142e+00 9.733e-27 +3.77881e+00 9.762e-27 +3.76623e+00 9.791e-27 +3.75370e+00 9.821e-27 +3.74121e+00 9.860e-27 +3.72876e+00 9.879e-27 +3.71635e+00 9.909e-27 +3.70399e+00 9.938e-27 +3.69166e+00 9.968e-27 +3.67938e+00 9.998e-27 +3.66714e+00 1.003e-26 +3.65493e+00 1.006e-26 +3.64277e+00 1.009e-26 +3.63065e+00 1.012e-26 +3.61857e+00 1.015e-26 +3.60653e+00 1.018e-26 +3.59453e+00 1.021e-26 +3.58257e+00 1.024e-26 +3.57065e+00 1.027e-26 +3.55877e+00 1.030e-26 +3.54693e+00 1.033e-26 +3.53512e+00 1.036e-26 +3.52336e+00 1.039e-26 +3.51164e+00 1.042e-26 +3.49995e+00 1.046e-26 +3.48831e+00 1.049e-26 +3.47670e+00 1.052e-26 +3.46513e+00 1.055e-26 +3.45360e+00 1.058e-26 +3.44211e+00 1.061e-26 +3.43066e+00 1.065e-26 +3.41924e+00 1.068e-26 +3.40786e+00 1.071e-26 +3.39652e+00 1.074e-26 +3.38522e+00 1.077e-26 +3.37396e+00 1.081e-26 +3.36273e+00 1.084e-26 +3.35154e+00 1.087e-26 +3.34039e+00 1.090e-26 +3.32928e+00 1.093e-26 +3.31820e+00 1.097e-26 +3.30716e+00 1.100e-26 +3.29615e+00 1.104e-26 +3.28519e+00 1.107e-26 +3.27425e+00 1.110e-26 +3.26336e+00 1.113e-26 +3.25250e+00 1.117e-26 +3.24168e+00 1.120e-26 +3.23089e+00 1.123e-26 +3.22014e+00 1.127e-26 +3.20943e+00 1.130e-26 +3.19875e+00 1.133e-26 +3.18810e+00 1.137e-26 +3.17750e+00 1.140e-26 +3.16692e+00 1.144e-26 +3.15639e+00 1.147e-26 +3.14588e+00 1.151e-26 +3.13542e+00 1.154e-26 +3.12498e+00 1.157e-26 +3.11458e+00 1.161e-26 +3.10422e+00 1.164e-26 +3.09389e+00 1.173e-26 +3.08360e+00 1.171e-26 +3.07334e+00 1.175e-26 +3.06311e+00 1.178e-26 +3.05292e+00 1.182e-26 +3.04276e+00 1.186e-26 +3.03263e+00 1.189e-26 +3.02254e+00 1.192e-26 +3.01249e+00 1.196e-26 +3.00246e+00 1.199e-26 +2.99247e+00 1.203e-26 +2.98252e+00 1.206e-26 +2.97259e+00 1.210e-26 +2.96270e+00 1.214e-26 +2.95284e+00 1.217e-26 +2.94302e+00 1.221e-26 +2.93322e+00 1.225e-26 +2.92346e+00 1.228e-26 +2.91374e+00 1.232e-26 +2.90404e+00 1.236e-26 +2.89438e+00 1.239e-26 +2.88475e+00 1.243e-26 +2.87515e+00 1.247e-26 +2.86558e+00 1.250e-26 +2.85605e+00 1.254e-26 +2.84654e+00 1.258e-26 +2.83707e+00 1.262e-26 +2.82763e+00 1.267e-26 +2.81822e+00 1.269e-26 +2.80885e+00 1.273e-26 +2.79950e+00 1.277e-26 +2.79018e+00 1.280e-26 +2.78090e+00 1.284e-26 +2.77165e+00 1.288e-26 +2.76242e+00 1.292e-26 +2.75323e+00 1.296e-26 +2.74407e+00 1.300e-26 +2.73494e+00 1.304e-26 +2.72584e+00 1.307e-26 +2.71677e+00 1.311e-26 +2.70773e+00 1.315e-26 +2.69872e+00 1.319e-26 +2.68974e+00 1.323e-26 +2.68079e+00 1.327e-26 +2.67187e+00 1.331e-26 +2.66298e+00 1.335e-26 +2.65412e+00 1.339e-26 +2.64529e+00 1.343e-26 +2.63649e+00 1.347e-26 +2.62771e+00 1.356e-26 +2.61897e+00 1.355e-26 +2.61026e+00 1.359e-26 +2.60157e+00 1.363e-26 +2.59291e+00 1.367e-26 +2.58429e+00 1.371e-26 +2.57569e+00 1.375e-26 +2.56712e+00 1.379e-26 +2.55857e+00 1.383e-26 +2.55006e+00 1.387e-26 +2.54158e+00 1.392e-26 +2.53312e+00 1.396e-26 +2.52469e+00 1.400e-26 +2.51629e+00 1.404e-26 +2.50792e+00 1.408e-26 +2.49957e+00 1.412e-26 +2.49125e+00 1.417e-26 +2.48297e+00 1.421e-26 +2.47470e+00 1.425e-26 +2.46647e+00 1.429e-26 +2.45826e+00 1.434e-26 +2.45008e+00 1.438e-26 +2.44193e+00 1.442e-26 +2.43380e+00 1.446e-26 +2.42571e+00 1.451e-26 +2.41764e+00 1.455e-26 +2.40959e+00 1.459e-26 +2.40157e+00 1.464e-26 +2.39358e+00 1.468e-26 +2.38562e+00 1.472e-26 +2.37768e+00 1.477e-26 +2.36977e+00 1.481e-26 +2.36188e+00 1.485e-26 +2.35402e+00 1.490e-26 +2.34619e+00 1.495e-26 +2.33838e+00 1.499e-26 +2.33060e+00 1.503e-26 +2.32285e+00 1.508e-26 +2.31512e+00 1.512e-26 +2.30742e+00 1.517e-26 +2.29974e+00 1.521e-26 +2.29209e+00 1.526e-26 +2.28446e+00 1.530e-26 +2.27686e+00 1.535e-26 +2.26928e+00 1.539e-26 +2.26173e+00 1.544e-26 +2.25421e+00 1.549e-26 +2.24670e+00 1.553e-26 +2.23923e+00 1.558e-26 +2.23178e+00 1.562e-26 +2.22435e+00 1.567e-26 +2.21695e+00 1.572e-26 +2.20957e+00 1.576e-26 +2.20222e+00 1.581e-26 +2.19489e+00 1.586e-26 +2.18759e+00 1.591e-26 +2.18031e+00 1.595e-26 +2.17306e+00 1.600e-26 +2.16583e+00 1.608e-26 +2.15862e+00 1.609e-26 +2.15144e+00 1.614e-26 +2.14428e+00 1.619e-26 +2.13714e+00 1.624e-26 +2.13003e+00 1.629e-26 +2.12294e+00 1.634e-26 +2.11588e+00 1.638e-26 +2.10884e+00 1.643e-26 +2.10182e+00 1.648e-26 +2.09483e+00 1.653e-26 +2.08786e+00 1.658e-26 +2.08091e+00 1.663e-26 +2.07399e+00 1.668e-26 +2.06709e+00 1.673e-26 +2.06021e+00 1.678e-26 +2.05335e+00 1.683e-26 +2.04652e+00 1.688e-26 +2.03971e+00 1.693e-26 +2.03292e+00 1.698e-26 +2.02616e+00 1.703e-26 +2.01942e+00 1.708e-26 +2.01270e+00 1.713e-26 +2.00600e+00 1.718e-26 +1.99933e+00 1.723e-26 +1.99267e+00 1.728e-26 +1.98604e+00 1.733e-26 +1.97944e+00 1.738e-26 +1.97285e+00 1.743e-26 +1.96628e+00 1.749e-26 +1.95974e+00 1.754e-26 +1.95322e+00 1.759e-26 +1.94672e+00 1.766e-26 +1.94024e+00 1.769e-26 +1.93379e+00 1.775e-26 +1.92735e+00 1.780e-26 +1.92094e+00 1.785e-26 +1.91455e+00 1.791e-26 +1.90818e+00 1.796e-26 +1.90183e+00 1.801e-26 +1.89550e+00 1.807e-26 +1.88919e+00 1.812e-26 +1.88291e+00 1.817e-26 +1.87664e+00 1.881e-26 +1.87040e+00 1.828e-26 +1.86417e+00 1.848e-26 +1.85797e+00 1.839e-26 +1.85179e+00 1.844e-26 +1.84563e+00 1.850e-26 +1.83949e+00 1.855e-26 +1.83337e+00 1.861e-26 +1.82726e+00 1.866e-26 +1.82118e+00 1.872e-26 +1.81512e+00 1.879e-26 +1.80909e+00 1.883e-26 +1.80307e+00 1.889e-26 +1.79707e+00 1.894e-26 +1.79109e+00 1.900e-26 +1.78513e+00 1.905e-26 +1.77919e+00 1.911e-26 +1.77327e+00 1.917e-26 +1.76737e+00 1.922e-26 +1.76149e+00 1.928e-26 +1.75562e+00 1.934e-26 +1.74978e+00 1.940e-26 +1.74396e+00 1.945e-26 +1.73816e+00 1.952e-26 +1.73237e+00 1.957e-26 +1.72661e+00 1.963e-26 +1.72086e+00 1.969e-26 +1.71514e+00 1.974e-26 +1.70943e+00 1.980e-26 +1.70374e+00 1.986e-26 +1.69807e+00 1.992e-26 +1.69242e+00 1.998e-26 +1.68679e+00 2.004e-26 +1.68118e+00 2.010e-26 +1.67559e+00 2.016e-26 +1.67001e+00 2.022e-26 +1.66445e+00 2.028e-26 +1.65892e+00 2.034e-26 +1.65340e+00 2.040e-26 +1.64789e+00 2.046e-26 +1.64241e+00 2.052e-26 +1.63695e+00 2.058e-26 +1.63150e+00 2.064e-26 +1.62607e+00 2.070e-26 +1.62066e+00 2.076e-26 +1.61527e+00 2.082e-26 +1.60989e+00 2.089e-26 +1.60454e+00 2.095e-26 +1.59920e+00 2.101e-26 +1.59388e+00 2.107e-26 +1.58857e+00 2.114e-26 +1.58329e+00 2.120e-26 +1.57802e+00 2.126e-26 +1.57277e+00 2.133e-26 +1.56753e+00 2.139e-26 +1.56232e+00 2.145e-26 +1.55712e+00 2.151e-26 +1.55194e+00 2.158e-26 +1.54677e+00 2.164e-26 +1.54163e+00 2.170e-26 +1.53650e+00 2.177e-26 +1.53139e+00 2.183e-26 +1.52629e+00 2.190e-26 +1.52121e+00 2.196e-26 +1.51615e+00 2.203e-26 +1.51110e+00 2.209e-26 +1.50608e+00 2.216e-26 +1.50107e+00 2.222e-26 +1.49607e+00 2.229e-26 +1.49109e+00 2.236e-26 +1.48613e+00 2.242e-26 +1.48119e+00 2.249e-26 +1.47626e+00 2.258e-26 +1.47135e+00 2.262e-26 +1.46645e+00 2.269e-26 +1.46157e+00 2.275e-26 +1.45671e+00 2.282e-26 +1.45186e+00 2.289e-26 +1.44703e+00 2.296e-26 +1.44221e+00 2.303e-26 +1.43742e+00 2.309e-26 +1.43263e+00 2.316e-26 +1.42787e+00 2.323e-26 +1.42311e+00 2.330e-26 +1.41838e+00 2.337e-26 +1.41366e+00 2.344e-26 +1.40896e+00 2.351e-26 +1.40427e+00 2.358e-26 +1.39959e+00 2.365e-26 +1.39494e+00 2.372e-26 +1.39030e+00 2.379e-26 +1.38567e+00 2.386e-26 +1.38106e+00 2.393e-26 +1.37646e+00 2.400e-26 +1.37188e+00 2.407e-26 +1.36732e+00 2.414e-26 +1.36277e+00 2.421e-26 +1.35823e+00 2.428e-26 +1.35372e+00 2.435e-26 +1.34921e+00 2.443e-26 +1.34472e+00 2.450e-26 +1.34025e+00 2.457e-26 +1.33579e+00 2.464e-26 +1.33134e+00 2.472e-26 +1.32691e+00 2.479e-26 +1.32250e+00 2.486e-26 +1.31810e+00 2.494e-26 +1.31371e+00 2.501e-26 +1.30934e+00 2.508e-26 +1.30498e+00 2.516e-26 +1.30064e+00 2.523e-26 +1.29631e+00 2.531e-26 +1.29200e+00 2.538e-26 +1.28770e+00 2.546e-26 +1.28342e+00 2.586e-26 +1.27915e+00 2.561e-26 +1.27489e+00 2.568e-26 +1.27065e+00 2.576e-26 +1.26642e+00 2.583e-26 +1.26221e+00 2.591e-26 +1.25801e+00 2.599e-26 +1.25382e+00 2.606e-26 +1.24965e+00 2.614e-26 +1.24549e+00 2.622e-26 +1.24135e+00 2.630e-26 +1.23721e+00 2.637e-26 +1.23310e+00 2.645e-26 +1.22899e+00 2.653e-26 +1.22491e+00 2.661e-26 +1.22083e+00 2.669e-26 +1.21677e+00 2.676e-26 +1.21272e+00 2.685e-26 +1.20868e+00 2.692e-26 +1.20466e+00 2.700e-26 +1.20065e+00 2.708e-26 +1.19666e+00 2.716e-26 +1.19268e+00 2.724e-26 +1.18871e+00 2.732e-26 +1.18475e+00 2.740e-26 +1.18081e+00 2.748e-26 +1.17688e+00 2.756e-26 +1.17297e+00 2.765e-26 +1.16906e+00 2.774e-26 +1.16517e+00 2.781e-26 +1.16130e+00 2.798e-26 +1.15743e+00 2.797e-26 +1.15358e+00 2.806e-26 +1.14974e+00 2.814e-26 +1.14592e+00 2.822e-26 +1.14210e+00 2.830e-26 +1.13830e+00 2.839e-26 +1.13452e+00 2.847e-26 +1.13074e+00 2.856e-26 +1.12698e+00 2.864e-26 +1.12323e+00 2.872e-26 +1.11949e+00 2.881e-26 +1.11577e+00 2.889e-26 +1.11205e+00 2.898e-26 +1.10835e+00 2.906e-26 +1.10466e+00 2.915e-26 +1.10099e+00 2.924e-26 +1.09733e+00 2.932e-26 +1.09367e+00 2.955e-26 +1.09003e+00 2.949e-26 +1.08641e+00 2.958e-26 +1.08279e+00 2.967e-26 +1.07919e+00 2.978e-26 +1.07560e+00 2.984e-26 +1.07202e+00 2.993e-26 +1.06845e+00 3.002e-26 +1.06490e+00 3.011e-26 +1.06135e+00 3.020e-26 +1.05782e+00 3.029e-26 +1.05430e+00 3.037e-26 +1.05080e+00 3.046e-26 +1.04730e+00 3.055e-26 +1.04381e+00 3.065e-26 +1.04034e+00 3.073e-26 +1.03688e+00 3.082e-26 +1.03343e+00 3.091e-26 +1.02999e+00 3.101e-26 +1.02656e+00 3.110e-26 +1.02315e+00 3.119e-26 +1.01974e+00 3.128e-26 +1.01635e+00 3.137e-26 +1.01297e+00 3.203e-26 +1.00960e+00 3.156e-26 +1.00624e+00 3.174e-26 +1.00289e+00 3.174e-26 +9.99553e-01 3.184e-26 +9.96227e-01 3.193e-26 +9.92912e-01 3.202e-26 +9.89608e-01 3.212e-26 +9.86315e-01 3.221e-26 +9.83033e-01 3.231e-26 +9.79762e-01 3.240e-26 +9.76502e-01 3.250e-26 +9.73253e-01 3.259e-26 +9.70014e-01 3.269e-26 +9.66787e-01 3.279e-26 +9.63570e-01 3.288e-26 +9.60364e-01 3.298e-26 +9.57168e-01 3.308e-26 +9.53983e-01 3.323e-26 +9.50809e-01 3.327e-26 +9.47645e-01 3.337e-26 +9.44492e-01 3.347e-26 +9.41349e-01 3.356e-26 +9.38217e-01 3.367e-26 +9.35095e-01 3.382e-26 +9.31984e-01 3.386e-26 +9.28883e-01 3.396e-26 +9.25792e-01 3.406e-26 +9.22711e-01 3.420e-26 +9.19641e-01 3.426e-26 +9.16581e-01 3.436e-26 +9.13531e-01 3.446e-26 +9.10492e-01 3.457e-26 +9.07462e-01 3.467e-26 +9.04442e-01 3.477e-26 +9.01433e-01 3.490e-26 +8.98434e-01 3.497e-26 +8.95444e-01 3.507e-26 +8.92465e-01 3.518e-26 +8.89495e-01 3.528e-26 +8.86535e-01 3.540e-26 +8.83585e-01 3.549e-26 +8.80645e-01 3.559e-26 +8.77715e-01 3.570e-26 +8.74794e-01 3.582e-26 +8.71884e-01 3.591e-26 +8.68983e-01 3.602e-26 +8.66091e-01 3.613e-26 +8.63209e-01 3.622e-26 +8.60337e-01 3.634e-26 +8.57474e-01 3.644e-26 +8.54621e-01 3.655e-26 +8.51777e-01 3.666e-26 +8.48943e-01 3.676e-26 +8.46118e-01 3.687e-26 +8.43303e-01 3.698e-26 +8.40497e-01 3.709e-26 +8.37700e-01 3.720e-26 +8.34913e-01 3.731e-26 +8.32135e-01 3.742e-26 +8.29366e-01 3.752e-26 +8.26606e-01 3.763e-26 +8.23856e-01 3.778e-26 +8.21114e-01 3.785e-26 +8.18382e-01 3.797e-26 +8.15659e-01 3.808e-26 +8.12945e-01 3.819e-26 +8.10240e-01 3.830e-26 +8.07544e-01 3.841e-26 +8.04857e-01 3.853e-26 +8.02179e-01 3.864e-26 +7.99510e-01 3.875e-26 +7.96849e-01 3.887e-26 +7.94198e-01 3.901e-26 +7.91555e-01 3.912e-26 +7.88921e-01 3.921e-26 +7.86296e-01 3.933e-26 +7.83680e-01 3.944e-26 +7.81072e-01 3.956e-26 +7.78473e-01 3.967e-26 +7.75883e-01 3.979e-26 +7.73301e-01 3.991e-26 +7.70728e-01 4.004e-26 +7.68164e-01 4.014e-26 +7.65608e-01 4.026e-26 +7.63060e-01 4.038e-26 +7.60521e-01 4.053e-26 +7.57991e-01 4.061e-26 +7.55469e-01 4.073e-26 +7.52955e-01 4.085e-26 +7.50449e-01 4.097e-26 +7.47952e-01 4.109e-26 +7.45464e-01 4.121e-26 +7.42983e-01 4.133e-26 +7.40511e-01 4.146e-26 +7.38047e-01 4.158e-26 +7.35591e-01 4.170e-26 +7.33144e-01 4.182e-26 +7.30704e-01 4.194e-26 +7.28273e-01 4.207e-26 +7.25849e-01 4.219e-26 +7.23434e-01 4.231e-26 +7.21027e-01 4.244e-26 +7.18628e-01 4.258e-26 +7.16237e-01 4.269e-26 +7.13853e-01 4.281e-26 +7.11478e-01 4.294e-26 +7.09111e-01 4.306e-26 +7.06751e-01 4.319e-26 +7.04400e-01 4.332e-26 +7.02056e-01 4.344e-26 +6.99720e-01 4.357e-26 +6.97391e-01 4.370e-26 +6.95071e-01 4.383e-26 +6.92758e-01 4.396e-26 +6.90453e-01 4.408e-26 +6.88156e-01 4.423e-26 +6.85866e-01 4.434e-26 +6.83584e-01 4.447e-26 +6.81309e-01 4.460e-26 +6.79042e-01 4.473e-26 +6.76783e-01 4.486e-26 +6.74531e-01 4.500e-26 +6.72286e-01 4.513e-26 +6.70049e-01 4.526e-26 +6.67820e-01 4.540e-26 +6.65598e-01 4.553e-26 +6.63383e-01 4.566e-26 +6.61176e-01 4.579e-26 +6.58976e-01 4.593e-26 +6.56783e-01 5.362e-26 +6.54597e-01 4.620e-26 +6.52419e-01 4.634e-26 +6.50248e-01 4.647e-26 +6.48085e-01 4.660e-26 +6.45928e-01 4.674e-26 +6.43779e-01 4.688e-26 +6.41637e-01 4.702e-26 +6.39502e-01 4.715e-26 +6.37374e-01 4.729e-26 +6.35253e-01 4.743e-26 +6.33139e-01 4.757e-26 +6.31033e-01 4.771e-26 +6.28933e-01 4.785e-26 +6.26840e-01 4.799e-26 +6.24755e-01 4.813e-26 +6.22676e-01 4.827e-26 +6.20604e-01 4.841e-26 +6.18539e-01 4.855e-26 +6.16481e-01 4.870e-26 +6.14429e-01 4.883e-26 +6.12385e-01 4.898e-26 +6.10347e-01 4.912e-26 +6.08316e-01 4.927e-26 +6.06292e-01 4.967e-26 +6.04275e-01 4.955e-26 +6.02264e-01 4.970e-26 +6.00260e-01 4.984e-26 +5.98263e-01 4.999e-26 +5.96272e-01 5.014e-26 +5.94288e-01 5.030e-26 +5.92311e-01 5.043e-26 +5.90340e-01 5.057e-26 +5.88376e-01 5.072e-26 +5.86418e-01 5.087e-26 +5.84466e-01 5.102e-26 +5.82522e-01 5.117e-26 +5.80583e-01 5.132e-26 +5.78652e-01 5.147e-26 +5.76726e-01 5.162e-26 +5.74807e-01 5.177e-26 +5.72895e-01 5.192e-26 +5.70988e-01 5.207e-26 +5.69088e-01 5.223e-26 +5.67195e-01 5.240e-26 +5.65307e-01 5.253e-26 +5.63426e-01 5.268e-26 +5.61552e-01 5.284e-26 +5.59683e-01 5.299e-26 +5.57821e-01 5.315e-26 +5.55965e-01 5.330e-26 +5.54115e-01 5.346e-26 +5.52271e-01 5.361e-26 +5.50433e-01 5.377e-26 +5.48602e-01 5.393e-26 +5.46776e-01 5.409e-26 +5.44957e-01 5.425e-26 +5.43144e-01 5.440e-26 +5.41336e-01 5.475e-26 +5.39535e-01 5.472e-26 +5.37740e-01 5.488e-26 +5.35951e-01 5.504e-26 +5.34167e-01 5.520e-26 +5.32390e-01 5.536e-26 +5.30618e-01 5.552e-26 +5.28853e-01 5.571e-26 +5.27093e-01 5.585e-26 +5.25339e-01 5.601e-26 +5.23591e-01 5.617e-26 +5.21849e-01 5.634e-26 +5.20113e-01 5.650e-26 +5.18382e-01 5.667e-26 +5.16657e-01 5.683e-26 +5.14938e-01 5.700e-26 +5.13225e-01 5.716e-26 +5.11517e-01 5.733e-26 +5.09815e-01 5.750e-26 +5.08118e-01 5.766e-26 +5.06428e-01 5.783e-26 +5.04743e-01 5.800e-26 +5.03063e-01 5.817e-26 +5.01389e-01 5.834e-26 +4.99721e-01 5.851e-26 +4.98058e-01 5.868e-26 +4.96401e-01 5.885e-26 +4.94749e-01 5.902e-26 +4.93103e-01 5.919e-26 +4.91462e-01 5.937e-26 +4.89827e-01 5.954e-26 +4.88197e-01 5.971e-26 +4.86573e-01 6.272e-26 +4.84954e-01 6.006e-26 +4.83340e-01 6.024e-26 +4.81732e-01 6.041e-26 +4.80129e-01 6.064e-26 +4.78531e-01 6.076e-26 +4.76939e-01 6.094e-26 +4.75352e-01 6.112e-26 +4.73770e-01 6.129e-26 +4.72194e-01 6.147e-26 +4.70623e-01 6.165e-26 +4.69057e-01 6.527e-26 +4.67496e-01 6.201e-26 +4.65940e-01 6.219e-26 +4.64390e-01 6.237e-26 +4.62845e-01 6.255e-26 +4.61305e-01 6.273e-26 +4.59770e-01 6.292e-26 +4.58240e-01 6.310e-26 +4.56715e-01 6.328e-26 +4.55195e-01 6.347e-26 +4.53681e-01 6.374e-26 +4.52171e-01 6.384e-26 +4.50667e-01 6.402e-26 +4.49167e-01 6.425e-26 +4.47672e-01 6.440e-26 +4.46183e-01 6.458e-26 +4.44698e-01 6.477e-26 +4.43218e-01 6.496e-26 +4.41744e-01 6.516e-26 +4.40274e-01 6.534e-26 +4.38809e-01 6.553e-26 +4.37349e-01 6.572e-26 +4.35893e-01 6.591e-26 +4.34443e-01 6.759e-26 +4.32998e-01 6.629e-26 +4.31557e-01 6.648e-26 +4.30121e-01 6.668e-26 +4.28690e-01 6.687e-26 +4.27263e-01 6.706e-26 +4.25841e-01 6.726e-26 +4.24425e-01 6.745e-26 +4.23012e-01 6.765e-26 +4.21605e-01 6.785e-26 +4.20202e-01 6.808e-26 +4.18804e-01 6.824e-26 +4.17410e-01 6.844e-26 +4.16021e-01 6.864e-26 +4.14637e-01 6.883e-26 +4.13257e-01 6.903e-26 +4.11882e-01 6.923e-26 +4.10512e-01 6.995e-26 +4.09146e-01 6.964e-26 +4.07784e-01 6.984e-26 +4.06427e-01 7.004e-26 +4.05075e-01 7.024e-26 +4.03727e-01 7.045e-26 +4.02384e-01 7.068e-26 +4.01045e-01 7.086e-26 +3.99711e-01 7.106e-26 +3.98381e-01 7.127e-26 +3.97055e-01 7.178e-26 +3.95734e-01 7.168e-26 +3.94417e-01 7.189e-26 +3.93105e-01 7.210e-26 +3.91797e-01 7.232e-26 +3.90493e-01 7.252e-26 +3.89194e-01 7.296e-26 +3.87899e-01 7.316e-26 +3.86608e-01 7.315e-26 +3.85321e-01 7.337e-26 +3.84039e-01 7.371e-26 +3.82762e-01 7.379e-26 +3.81488e-01 7.401e-26 +3.80219e-01 7.431e-26 +3.78953e-01 7.443e-26 +3.77692e-01 7.470e-26 +3.76436e-01 7.487e-26 +3.75183e-01 7.512e-26 +3.73935e-01 7.536e-26 +3.72691e-01 7.554e-26 +3.71450e-01 7.575e-26 +3.70214e-01 7.598e-26 +3.68983e-01 7.620e-26 +3.67755e-01 7.642e-26 +3.66531e-01 7.665e-26 +3.65312e-01 7.683e-26 +3.64096e-01 7.716e-26 +3.62885e-01 7.730e-26 +3.61677e-01 7.752e-26 +3.60474e-01 7.775e-26 +3.59275e-01 7.797e-26 +3.58080e-01 7.820e-26 +3.56888e-01 7.842e-26 +3.55701e-01 7.865e-26 +3.54518e-01 7.888e-26 +3.53338e-01 7.911e-26 +3.52163e-01 7.933e-26 +3.50991e-01 7.956e-26 +3.49823e-01 7.980e-26 +3.48660e-01 8.002e-26 +3.47500e-01 8.026e-26 +3.46343e-01 8.049e-26 +3.45191e-01 8.072e-26 +3.44043e-01 8.095e-26 +3.42898e-01 8.127e-26 +3.41757e-01 8.142e-26 +3.40620e-01 8.166e-26 +3.39487e-01 8.189e-26 +3.38358e-01 8.213e-26 +3.37232e-01 8.237e-26 +3.36110e-01 8.261e-26 +3.34992e-01 8.284e-26 +3.33877e-01 8.308e-26 +3.32767e-01 8.332e-26 +3.31660e-01 8.356e-26 +3.30556e-01 8.388e-26 +3.29456e-01 8.405e-26 +3.28360e-01 8.429e-26 +3.27268e-01 8.453e-26 +3.26179e-01 8.478e-26 +3.25094e-01 8.502e-26 +3.24012e-01 8.527e-26 +3.22934e-01 8.551e-26 +3.21860e-01 8.576e-26 +3.20789e-01 8.766e-26 +3.19722e-01 8.626e-26 +3.18658e-01 8.651e-26 +3.17598e-01 8.676e-26 +3.16542e-01 8.701e-26 +3.15489e-01 8.726e-26 +3.14439e-01 8.751e-26 +3.13393e-01 8.778e-26 +3.12350e-01 8.802e-26 +3.11311e-01 8.827e-26 +3.10275e-01 8.852e-26 +3.09243e-01 8.878e-26 +3.08214e-01 8.904e-26 +3.07189e-01 8.929e-26 +3.06167e-01 8.955e-26 +3.05148e-01 8.981e-26 +3.04133e-01 9.007e-26 +3.03121e-01 9.033e-26 +3.02113e-01 9.059e-26 +3.01108e-01 9.085e-26 +3.00106e-01 9.111e-26 +2.99108e-01 9.137e-26 +2.98112e-01 9.164e-26 +2.97121e-01 9.219e-26 +2.96132e-01 9.217e-26 +2.95147e-01 9.243e-26 +2.94165e-01 9.270e-26 +2.93186e-01 9.297e-26 +2.92211e-01 9.323e-26 +2.91239e-01 9.350e-26 +2.90270e-01 9.377e-26 +2.89304e-01 9.404e-26 +2.88342e-01 9.448e-26 +2.87382e-01 9.459e-26 +2.86426e-01 9.486e-26 +2.85473e-01 9.513e-26 +2.84524e-01 9.541e-26 +2.83577e-01 9.568e-26 +2.82634e-01 9.596e-26 +2.81693e-01 9.623e-26 +2.80756e-01 9.651e-26 +2.79822e-01 9.679e-26 +2.78891e-01 9.707e-26 +2.77963e-01 9.750e-26 +2.77039e-01 9.763e-26 +2.76117e-01 9.791e-26 +2.75198e-01 9.819e-26 +2.74283e-01 9.847e-26 +2.73370e-01 9.974e-26 +2.72461e-01 9.904e-26 +2.71554e-01 9.932e-26 +2.70651e-01 9.961e-26 +2.69750e-01 9.990e-26 +2.68853e-01 1.005e-25 +2.67959e-01 1.005e-25 +2.67067e-01 1.008e-25 +2.66179e-01 1.016e-25 +2.65293e-01 1.013e-25 +2.64410e-01 1.016e-25 +2.63531e-01 1.019e-25 +2.62654e-01 1.022e-25 +2.61780e-01 1.025e-25 +2.60909e-01 1.028e-25 +2.60041e-01 1.031e-25 +2.59176e-01 1.034e-25 +2.58314e-01 1.037e-25 +2.57454e-01 1.040e-25 +2.56598e-01 1.043e-25 +2.55744e-01 1.046e-25 +2.54893e-01 1.049e-25 +2.54045e-01 1.052e-25 +2.53200e-01 1.059e-25 +2.52358e-01 1.059e-25 +2.51518e-01 1.066e-25 +2.50681e-01 1.064e-25 +2.49847e-01 1.067e-25 +2.49016e-01 1.070e-25 +2.48188e-01 1.073e-25 +2.47362e-01 1.076e-25 +2.46539e-01 1.080e-25 +2.45719e-01 1.083e-25 +2.44901e-01 1.086e-25 +2.44087e-01 1.089e-25 +2.43275e-01 1.093e-25 +2.42465e-01 1.095e-25 +2.41659e-01 1.098e-25 +2.40855e-01 1.101e-25 +2.40053e-01 1.105e-25 +2.39255e-01 1.108e-25 +2.38459e-01 1.114e-25 +2.37665e-01 1.114e-25 +2.36875e-01 1.117e-25 +2.36087e-01 1.121e-25 +2.35301e-01 1.124e-25 +2.34518e-01 1.127e-25 +2.33738e-01 1.130e-25 +2.32961e-01 1.133e-25 +2.32186e-01 1.137e-25 +2.31413e-01 1.140e-25 +2.30643e-01 1.146e-25 +2.29876e-01 2.039e-25 +2.29111e-01 1.150e-25 +2.28349e-01 1.153e-25 +2.27589e-01 1.156e-25 +2.26832e-01 1.160e-25 +2.26077e-01 1.163e-25 +2.25325e-01 1.168e-25 +2.24576e-01 1.170e-25 +2.23828e-01 1.173e-25 +2.23084e-01 1.176e-25 +2.22342e-01 1.180e-25 +2.21602e-01 1.184e-25 +2.20865e-01 1.187e-25 +2.20130e-01 1.190e-25 +2.19397e-01 1.193e-25 +2.18668e-01 1.197e-25 +2.17940e-01 1.200e-25 +2.17215e-01 1.204e-25 +2.16492e-01 1.208e-25 +2.15772e-01 1.211e-25 +2.15054e-01 1.214e-25 +2.14339e-01 1.218e-25 +2.13626e-01 1.221e-25 +2.12915e-01 1.225e-25 +2.12207e-01 1.228e-25 +2.11501e-01 1.232e-25 +2.10797e-01 1.235e-25 +2.10096e-01 1.239e-25 +2.09397e-01 1.245e-25 +2.08700e-01 1.247e-25 +2.08006e-01 1.251e-25 +2.07314e-01 1.255e-25 +2.06624e-01 1.256e-25 +2.05937e-01 1.260e-25 +2.05251e-01 1.264e-25 +2.04569e-01 1.267e-25 +2.03888e-01 1.271e-25 +2.03210e-01 1.275e-25 +2.02534e-01 1.278e-25 +2.01860e-01 1.282e-25 +2.01188e-01 1.286e-25 +2.00519e-01 1.289e-25 +1.99852e-01 1.294e-25 +1.99187e-01 1.297e-25 +1.98524e-01 1.300e-25 +1.97864e-01 1.314e-25 +1.97206e-01 1.308e-25 +1.96549e-01 1.312e-25 +1.95896e-01 1.315e-25 +1.95244e-01 1.319e-25 +1.94594e-01 1.323e-25 +1.93947e-01 1.327e-25 +1.93302e-01 1.337e-25 +1.92659e-01 1.338e-25 +1.92018e-01 1.676e-25 +1.91379e-01 1.342e-25 +1.90742e-01 1.346e-25 +1.90107e-01 1.352e-25 +1.89475e-01 1.354e-25 +1.88845e-01 1.357e-25 +1.88216e-01 1.361e-25 +1.87590e-01 1.365e-25 +1.86966e-01 1.369e-25 +1.86344e-01 1.373e-25 +1.85724e-01 1.377e-25 +1.85106e-01 1.381e-25 +1.84490e-01 1.385e-25 +1.83877e-01 1.389e-25 +1.83265e-01 1.393e-25 +1.82655e-01 1.397e-25 +1.82048e-01 1.400e-25 +1.81442e-01 1.405e-25 +1.80838e-01 1.408e-25 +1.80237e-01 1.413e-25 +1.79637e-01 1.417e-25 +1.79039e-01 1.421e-25 +1.78444e-01 1.426e-25 +1.77850e-01 1.429e-25 +1.77258e-01 1.433e-25 +1.76669e-01 1.439e-25 +1.76081e-01 1.441e-25 +1.75495e-01 1.445e-25 +1.74911e-01 1.449e-25 +1.74329e-01 1.453e-25 +1.73749e-01 1.457e-25 +1.73171e-01 1.462e-25 +1.72595e-01 1.477e-25 +1.72021e-01 1.470e-25 +1.71449e-01 1.474e-25 +1.70878e-01 1.478e-25 +1.70310e-01 1.483e-25 +1.69743e-01 1.487e-25 +1.69178e-01 1.491e-25 +1.68616e-01 1.495e-25 +1.68055e-01 1.499e-25 +1.67495e-01 1.505e-25 +1.66938e-01 1.508e-25 +1.66383e-01 1.512e-25 +1.65829e-01 1.521e-25 +1.65278e-01 1.521e-25 +1.64728e-01 1.525e-25 +1.64180e-01 1.876e-25 +1.63633e-01 1.534e-25 +1.63089e-01 1.538e-25 +1.62547e-01 1.549e-25 +1.62006e-01 1.551e-25 +1.61467e-01 1.551e-25 +1.60930e-01 1.556e-25 +1.60394e-01 1.560e-25 +1.59861e-01 1.565e-25 +1.59329e-01 1.569e-25 +1.58799e-01 1.574e-25 +1.58270e-01 1.578e-25 +1.57744e-01 1.583e-25 +1.57219e-01 1.588e-25 +1.56696e-01 1.594e-25 +1.56175e-01 1.596e-25 +1.55655e-01 1.601e-25 +1.55137e-01 1.605e-25 +1.54621e-01 1.610e-25 +1.54107e-01 1.614e-25 +1.53594e-01 1.619e-25 +1.53083e-01 1.624e-25 +1.52574e-01 1.629e-25 +1.52066e-01 1.634e-25 +1.51560e-01 1.637e-25 +1.51056e-01 1.657e-25 +1.50553e-01 1.647e-25 +1.50053e-01 1.651e-25 +1.49553e-01 1.656e-25 +1.49056e-01 1.660e-25 +1.48560e-01 1.665e-25 +1.48066e-01 1.670e-25 +1.47573e-01 1.675e-25 +1.47082e-01 1.679e-25 +1.46593e-01 1.684e-25 +1.46105e-01 1.689e-25 +1.45619e-01 1.694e-25 +1.45134e-01 1.698e-25 +1.44652e-01 1.703e-25 +1.44170e-01 1.708e-25 +1.43691e-01 1.713e-25 +1.43213e-01 1.718e-25 +1.42736e-01 1.722e-25 +1.42261e-01 1.728e-25 +1.41788e-01 1.732e-25 +1.41316e-01 1.748e-25 +1.40846e-01 1.742e-25 +1.40378e-01 1.747e-25 +1.39911e-01 1.752e-25 +1.39445e-01 1.757e-25 +1.38981e-01 1.762e-25 +1.38519e-01 1.767e-25 +1.38058e-01 1.772e-25 +1.37599e-01 1.777e-25 +1.37141e-01 1.782e-25 +1.36685e-01 1.793e-25 +1.36230e-01 1.792e-25 +1.35777e-01 1.797e-25 +1.35325e-01 3.683e-25 +1.34875e-01 1.807e-25 +1.34426e-01 1.812e-25 +1.33979e-01 1.819e-25 +1.33533e-01 1.822e-25 +1.33089e-01 1.828e-25 +1.32646e-01 1.832e-25 +1.32205e-01 1.841e-25 +1.31765e-01 1.842e-25 +1.31327e-01 1.847e-25 +1.30890e-01 1.853e-25 +1.30454e-01 1.858e-25 +1.30020e-01 1.863e-25 +1.29588e-01 1.868e-25 +1.29157e-01 1.877e-25 +1.28727e-01 1.878e-25 +1.28299e-01 1.884e-25 +1.27872e-01 1.891e-25 +1.27446e-01 1.894e-25 +1.27022e-01 1.899e-25 +1.26600e-01 1.904e-25 +1.26179e-01 1.910e-25 +1.25759e-01 1.915e-25 +1.25340e-01 1.920e-25 +1.24923e-01 1.939e-25 +1.24508e-01 1.931e-25 +1.24094e-01 1.936e-25 +1.23681e-01 1.956e-25 +1.23269e-01 1.947e-25 +1.22859e-01 1.952e-25 +1.22450e-01 1.957e-25 +1.22043e-01 1.963e-25 +1.21637e-01 3.781e-25 +1.21232e-01 1.973e-25 +1.20829e-01 1.979e-25 +1.20427e-01 2.005e-25 +1.20026e-01 1.990e-25 +1.19627e-01 1.996e-25 +1.19229e-01 2.002e-25 +1.18832e-01 2.007e-25 +1.18437e-01 2.013e-25 +1.18043e-01 2.018e-25 +1.17650e-01 2.024e-25 +1.17259e-01 2.035e-25 +1.16869e-01 2.036e-25 +1.16480e-01 2.059e-25 +1.16092e-01 2.047e-25 +1.15706e-01 2.053e-25 +1.15321e-01 2.059e-25 +1.14938e-01 2.065e-25 +1.14555e-01 2.070e-25 +1.14174e-01 2.076e-25 +1.13794e-01 2.082e-25 +1.13416e-01 2.088e-25 +1.13038e-01 2.096e-25 +1.12662e-01 2.105e-25 +1.12287e-01 2.117e-25 +1.11914e-01 2.115e-25 +1.11542e-01 2.117e-25 +1.11170e-01 2.124e-25 +1.10801e-01 2.129e-25 +1.10432e-01 2.139e-25 +1.10065e-01 2.141e-25 +1.09698e-01 2.147e-25 +1.09333e-01 2.153e-25 +1.08970e-01 2.159e-25 +1.08607e-01 2.220e-25 +1.08246e-01 2.191e-25 +1.07886e-01 3.740e-25 +1.07527e-01 2.184e-25 +1.07169e-01 2.190e-25 +1.06813e-01 2.196e-25 +1.06457e-01 2.202e-25 +1.06103e-01 2.208e-25 +1.05750e-01 2.215e-25 +1.05398e-01 2.221e-25 +1.05048e-01 2.227e-25 +1.04698e-01 2.235e-25 +1.04350e-01 2.246e-25 +1.04003e-01 2.246e-25 +1.03657e-01 2.253e-25 +1.03312e-01 2.259e-25 +1.02968e-01 2.265e-25 +1.02625e-01 2.684e-25 +1.02284e-01 2.279e-25 +1.01944e-01 2.284e-25 +1.01605e-01 2.290e-25 +1.01267e-01 2.297e-25 +1.00930e-01 2.303e-25 +1.00594e-01 2.337e-25 +1.00259e-01 2.316e-25 +9.99256e-02 2.323e-25 +9.95932e-02 2.363e-25 +9.92618e-02 2.352e-25 +9.89316e-02 2.342e-25 +9.86025e-02 2.349e-25 +9.82744e-02 2.355e-25 +9.79475e-02 2.362e-25 +9.76216e-02 2.369e-25 +9.72968e-02 2.525e-25 +9.69731e-02 2.398e-25 +9.66505e-02 2.389e-25 +9.63290e-02 2.395e-25 +9.60085e-02 2.418e-25 +9.56891e-02 2.409e-25 +9.53707e-02 2.417e-25 +9.50534e-02 2.492e-25 +9.47372e-02 2.430e-25 +9.44220e-02 2.436e-25 +9.41079e-02 2.446e-25 +9.37948e-02 2.469e-25 +9.34828e-02 2.459e-25 +9.31718e-02 2.475e-25 +9.28618e-02 2.471e-25 +9.25528e-02 2.485e-25 +9.22449e-02 2.497e-25 +9.19380e-02 2.500e-25 +9.16322e-02 2.508e-25 +9.13273e-02 2.512e-25 +9.11553e-02 2.513e-25 +9.09837e-02 3.350e-25 +9.06817e-02 2.526e-25 +9.03806e-02 2.535e-25 +9.00806e-02 2.547e-25 +8.97816e-02 2.547e-25 +8.94836e-02 2.554e-25 +8.91866e-02 2.561e-25 +8.88905e-02 2.568e-25 +8.85955e-02 2.575e-25 +8.83014e-02 2.582e-25 +8.80083e-02 2.629e-25 +8.77161e-02 2.597e-25 +8.74250e-02 2.609e-25 +8.71348e-02 2.611e-25 +8.68455e-02 2.619e-25 +8.65573e-02 2.626e-25 +8.62699e-02 2.633e-25 +8.59836e-02 2.641e-25 +8.56981e-02 2.656e-25 +8.54137e-02 2.655e-25 +8.51302e-02 2.665e-25 +8.48476e-02 2.670e-25 +8.45659e-02 9.719e-25 +8.42852e-02 2.687e-25 +8.40054e-02 2.693e-25 +8.37266e-02 2.700e-25 +8.34487e-02 2.708e-25 +8.31717e-02 2.716e-25 +8.28956e-02 2.723e-25 +8.26204e-02 2.738e-25 +8.23462e-02 2.753e-25 +8.20728e-02 2.746e-25 +8.18004e-02 2.753e-25 +8.15289e-02 2.939e-25 +8.12583e-02 2.769e-25 +8.09885e-02 2.776e-25 +8.07197e-02 2.784e-25 +8.04517e-02 2.792e-25 +8.01847e-02 2.800e-25 +7.99185e-02 2.818e-25 +7.96532e-02 2.815e-25 +7.93888e-02 2.823e-25 +7.91253e-02 2.831e-25 +7.88627e-02 2.839e-25 +7.86009e-02 2.876e-25 +7.83400e-02 2.859e-25 +7.80799e-02 2.866e-25 +7.78208e-02 2.874e-25 +7.75624e-02 2.879e-25 +7.73050e-02 2.886e-25 +7.70484e-02 2.901e-25 +7.67926e-02 2.902e-25 +7.65377e-02 2.911e-25 +7.62837e-02 3.173e-25 +7.60304e-02 2.927e-25 +7.57781e-02 2.935e-25 +7.55265e-02 3.027e-25 +7.52758e-02 2.951e-25 +7.50259e-02 2.964e-25 +7.47769e-02 2.968e-25 +7.45287e-02 2.990e-25 +7.42813e-02 3.011e-25 +7.40347e-02 2.996e-25 +7.37890e-02 3.001e-25 +7.35440e-02 3.009e-25 +7.32999e-02 3.017e-25 +7.30566e-02 3.041e-25 +7.28141e-02 3.038e-25 +7.25724e-02 3.055e-25 +7.23315e-02 3.054e-25 +7.20914e-02 3.143e-25 +7.18521e-02 3.068e-25 +7.16136e-02 3.087e-25 +7.13759e-02 3.085e-25 +7.11390e-02 3.094e-25 +7.09028e-02 3.102e-25 +7.06675e-02 3.112e-25 +7.04329e-02 3.119e-25 +7.01991e-02 3.128e-25 +6.99661e-02 3.137e-25 +6.97338e-02 3.146e-25 +6.95023e-02 3.156e-25 +6.92716e-02 3.163e-25 +6.90417e-02 3.172e-25 +6.88125e-02 3.181e-25 +6.85841e-02 3.189e-25 +6.83564e-02 3.198e-25 +6.81295e-02 3.208e-25 +6.79034e-02 3.217e-25 +6.76780e-02 3.225e-25 +6.74533e-02 3.234e-25 +6.72294e-02 3.564e-25 +6.70063e-02 3.252e-25 +6.67839e-02 3.266e-25 +6.65622e-02 3.270e-25 +6.63412e-02 3.279e-25 +6.61210e-02 3.321e-25 +6.59015e-02 3.297e-25 +6.56828e-02 3.306e-25 +6.54647e-02 3.315e-25 +6.52474e-02 3.324e-25 +6.50309e-02 3.334e-25 +6.48150e-02 3.343e-25 +6.45998e-02 3.352e-25 +6.43854e-02 3.361e-25 +6.41717e-02 3.371e-25 +6.39587e-02 3.380e-25 +6.37464e-02 3.389e-25 +6.35348e-02 3.424e-25 +6.33239e-02 3.513e-25 +6.31137e-02 3.441e-25 +6.29042e-02 3.455e-25 +6.26954e-02 3.436e-25 +6.24873e-02 3.481e-25 +6.22798e-02 3.456e-25 +6.20731e-02 3.674e-25 +6.18671e-02 3.476e-25 +6.16617e-02 3.490e-25 +6.14570e-02 3.508e-25 +6.12530e-02 3.503e-25 +6.10497e-02 5.219e-25 +6.08470e-02 3.523e-25 +6.06451e-02 3.540e-25 +6.04438e-02 3.543e-25 +6.02431e-02 3.552e-25 +6.00432e-02 3.564e-25 +5.98438e-02 3.572e-25 +5.96452e-02 3.581e-25 +5.94472e-02 3.591e-25 +5.92499e-02 3.604e-25 +5.90532e-02 3.615e-25 +5.88572e-02 3.621e-25 +5.86618e-02 3.715e-25 +5.84671e-02 3.650e-25 +5.82730e-02 3.651e-25 +5.80796e-02 3.661e-25 +5.78868e-02 3.671e-25 +5.76946e-02 3.681e-25 +5.75031e-02 3.710e-25 +5.73123e-02 3.702e-25 +5.71220e-02 3.712e-25 +5.69324e-02 3.729e-25 +5.67434e-02 3.801e-25 +5.65551e-02 3.743e-25 +5.63673e-02 3.753e-25 +5.61802e-02 3.764e-25 +5.59937e-02 3.876e-25 +5.58079e-02 3.785e-25 +5.56226e-02 3.794e-25 +5.54380e-02 3.805e-25 +5.52540e-02 3.820e-25 +5.50706e-02 3.844e-25 +5.48878e-02 3.869e-25 +5.47056e-02 3.847e-25 +5.45240e-02 3.857e-25 +5.43430e-02 3.868e-25 +5.41626e-02 3.883e-25 +5.39828e-02 3.891e-25 +5.38036e-02 3.900e-25 +5.36250e-02 3.912e-25 +5.34470e-02 3.925e-25 +5.32696e-02 3.937e-25 +5.30928e-02 3.943e-25 +5.29165e-02 3.954e-25 +5.27409e-02 3.965e-25 +5.25658e-02 3.976e-25 +5.23913e-02 3.989e-25 +5.22174e-02 3.998e-25 +5.20441e-02 4.616e-25 +5.18713e-02 4.032e-25 +5.16992e-02 4.048e-25 +5.15276e-02 4.049e-25 +5.13565e-02 4.053e-25 +5.11860e-02 4.073e-25 +5.10161e-02 4.081e-25 +5.08468e-02 4.086e-25 +5.06780e-02 4.097e-25 +5.05098e-02 4.110e-25 +5.03421e-02 4.123e-25 +5.01749e-02 4.147e-25 +5.00083e-02 5.290e-25 +4.98422e-02 4.154e-25 +4.96767e-02 4.165e-25 +4.95117e-02 4.177e-25 +4.93473e-02 4.188e-25 +4.91834e-02 4.200e-25 +4.90201e-02 4.211e-25 +4.88573e-02 4.225e-25 +4.86950e-02 4.234e-25 +4.85333e-02 4.246e-25 +4.83721e-02 4.257e-25 +4.82115e-02 4.317e-25 +4.80514e-02 4.298e-25 +4.78918e-02 4.292e-25 +4.77328e-02 4.329e-25 +4.75742e-02 4.316e-25 +4.74163e-02 4.346e-25 +4.72588e-02 4.349e-25 +4.71018e-02 4.357e-25 +4.69454e-02 4.363e-25 +4.67895e-02 4.375e-25 +4.66341e-02 4.494e-25 +4.64793e-02 4.420e-25 +4.63249e-02 4.411e-25 +4.61711e-02 4.424e-25 +4.60177e-02 4.435e-25 +4.58649e-02 4.448e-25 +4.57126e-02 4.460e-25 +4.55608e-02 4.509e-25 +4.54095e-02 4.484e-25 +4.52587e-02 4.496e-25 +4.51084e-02 4.508e-25 +4.49586e-02 4.525e-25 +4.48093e-02 4.533e-25 +4.46605e-02 4.545e-25 +4.45122e-02 7.770e-25 +4.43643e-02 4.580e-25 +4.42170e-02 4.585e-25 +4.40702e-02 4.654e-25 +4.39238e-02 4.612e-25 +4.37779e-02 4.620e-25 +4.36326e-02 4.633e-25 +4.34877e-02 4.646e-25 +4.33432e-02 4.658e-25 +4.31993e-02 4.672e-25 +4.30558e-02 4.684e-25 +4.29128e-02 4.696e-25 +4.27703e-02 5.156e-25 +4.26283e-02 4.723e-25 +4.24867e-02 4.735e-25 +4.23456e-02 4.754e-25 +4.22050e-02 4.760e-25 +4.20649e-02 4.774e-25 +4.19252e-02 4.787e-25 +4.17859e-02 1.082e-24 +4.16472e-02 4.812e-25 +4.15089e-02 4.825e-25 +4.13710e-02 4.839e-25 +4.12336e-02 4.853e-25 +4.10967e-02 4.865e-25 +4.09602e-02 4.923e-25 +4.08242e-02 4.892e-25 +4.06886e-02 4.914e-25 +4.05535e-02 4.919e-25 +4.04188e-02 4.994e-25 +4.02846e-02 4.945e-25 +4.01508e-02 4.958e-25 +4.00174e-02 4.971e-25 +3.98846e-02 4.985e-25 +3.97521e-02 4.999e-25 +3.96201e-02 5.013e-25 +3.94885e-02 5.026e-25 +3.93574e-02 5.041e-25 +3.92267e-02 5.053e-25 +3.90964e-02 5.088e-25 +3.89666e-02 7.398e-25 +3.88372e-02 5.094e-25 +3.87082e-02 5.108e-25 +3.85796e-02 5.121e-25 +3.84515e-02 5.146e-25 +3.83238e-02 5.151e-25 +3.81966e-02 5.235e-25 +3.80697e-02 5.196e-25 +3.79433e-02 5.246e-25 +3.78173e-02 5.204e-25 +3.76917e-02 5.218e-25 +3.75665e-02 5.234e-25 +3.74418e-02 5.248e-25 +3.73174e-02 5.270e-25 +3.71935e-02 5.275e-25 +3.70700e-02 5.307e-25 +3.69469e-02 5.305e-25 +3.68242e-02 5.319e-25 +3.67019e-02 5.332e-25 +3.65800e-02 5.562e-25 +3.64585e-02 5.360e-25 +3.63374e-02 5.375e-25 +3.62168e-02 5.389e-25 +3.60965e-02 5.404e-25 +3.59766e-02 5.418e-25 +3.58571e-02 5.433e-25 +3.57381e-02 5.451e-25 +3.56194e-02 5.482e-25 +3.55011e-02 5.489e-25 +3.53832e-02 1.045e-24 +3.52657e-02 5.506e-25 +3.51486e-02 5.520e-25 +3.50318e-02 5.536e-25 +3.49155e-02 5.640e-25 +3.47995e-02 5.564e-25 +3.46840e-02 5.579e-25 +3.45688e-02 5.594e-25 +3.44540e-02 1.184e-24 +3.43396e-02 5.624e-25 +3.42255e-02 5.639e-25 +3.41119e-02 5.691e-25 +3.39986e-02 5.686e-25 +3.38857e-02 5.684e-25 +3.37732e-02 5.724e-25 +3.36610e-02 5.714e-25 +3.35492e-02 5.799e-25 +3.34378e-02 5.759e-25 +3.33268e-02 5.787e-25 +3.32161e-02 5.786e-25 +3.31058e-02 5.855e-25 +3.29958e-02 5.806e-25 +3.28862e-02 5.827e-25 +3.27770e-02 5.838e-25 +3.26682e-02 6.329e-25 +3.25597e-02 5.866e-25 +3.24516e-02 5.896e-25 +3.23438e-02 5.896e-25 +3.22364e-02 5.926e-25 +3.21293e-02 5.926e-25 +3.20226e-02 5.942e-25 +3.19163e-02 5.958e-25 +3.18103e-02 5.974e-25 +3.17047e-02 5.988e-25 +3.15994e-02 6.003e-25 +3.14944e-02 6.018e-25 +3.13898e-02 6.034e-25 +3.12856e-02 6.067e-25 +3.11817e-02 6.064e-25 +3.10781e-02 6.080e-25 +3.09749e-02 6.100e-25 +3.08721e-02 6.642e-25 +3.07695e-02 6.144e-25 +3.06674e-02 6.141e-25 +3.05655e-02 6.157e-25 +3.04640e-02 6.627e-25 +3.03628e-02 1.608e-24 +3.02620e-02 2.005e-24 +3.01615e-02 6.221e-25 +3.00613e-02 6.268e-25 +2.99615e-02 6.255e-25 +2.98620e-02 6.271e-25 +2.97628e-02 6.288e-25 +2.96640e-02 6.312e-25 +2.95655e-02 6.322e-25 +2.94673e-02 6.338e-25 +2.93694e-02 6.419e-25 +2.92719e-02 7.333e-25 +2.91747e-02 6.437e-25 +2.90778e-02 6.489e-25 +2.89813e-02 6.423e-25 +2.88850e-02 6.440e-25 +2.87891e-02 6.458e-25 +2.86935e-02 6.475e-25 +2.85982e-02 6.492e-25 +2.85032e-02 6.509e-25 +2.84086e-02 6.541e-25 +2.83142e-02 6.544e-25 +2.82202e-02 6.561e-25 +2.81265e-02 6.597e-25 +2.80331e-02 6.676e-25 +2.79400e-02 1.036e-24 +2.78472e-02 6.632e-25 +2.77547e-02 6.705e-25 +2.76625e-02 6.666e-25 +2.75707e-02 6.699e-25 +2.74791e-02 6.712e-25 +2.73878e-02 6.720e-25 +2.72969e-02 6.738e-25 +2.72062e-02 6.757e-25 +2.71159e-02 7.453e-25 +2.70258e-02 6.815e-25 +2.69361e-02 6.810e-25 +2.68466e-02 6.827e-25 +2.67575e-02 6.848e-25 +2.66686e-02 9.612e-25 +2.65801e-02 6.905e-25 +2.64918e-02 6.904e-25 +2.64038e-02 2.367e-24 +2.63161e-02 6.938e-25 +2.62287e-02 7.009e-25 +2.61416e-02 6.995e-25 +2.60548e-02 7.031e-25 +2.59683e-02 8.231e-25 +2.58820e-02 7.362e-25 +2.57961e-02 7.048e-25 +2.57104e-02 7.207e-25 +2.56250e-02 8.461e-25 +2.55399e-02 3.275e-23 +2.54551e-02 7.122e-25 +2.53706e-02 7.142e-25 +2.52863e-02 7.506e-25 +2.52024e-02 7.179e-25 +2.51187e-02 7.253e-25 +2.50352e-02 7.225e-25 +2.49527e-02 7.237e-25 +2.48710e-02 7.257e-25 +2.47896e-02 7.275e-25 +2.47085e-02 8.007e-25 +2.46276e-02 7.312e-25 +2.45470e-02 7.331e-25 +2.44666e-02 7.349e-25 +2.43865e-02 8.440e-25 +2.43067e-02 7.855e-25 +2.42271e-02 7.435e-25 +2.41478e-02 7.430e-25 +2.40688e-02 7.559e-25 +2.39900e-02 7.524e-25 +2.39114e-02 1.016e-24 +2.38332e-02 7.504e-25 +2.37552e-02 7.742e-25 +2.36774e-02 7.596e-25 +2.36024e-02 7.562e-25 +2.35300e-02 7.590e-25 +2.34579e-02 7.712e-25 +2.33860e-02 3.470e-24 +2.33143e-02 7.645e-25 +2.32429e-02 7.724e-25 +2.31717e-02 7.720e-25 +2.31006e-02 7.732e-25 +2.30298e-02 7.738e-25 +2.29593e-02 7.826e-25 +2.28889e-02 7.833e-25 +2.28188e-02 7.863e-25 +2.27458e-02 7.816e-25 +2.26701e-02 7.837e-25 +2.25947e-02 7.886e-25 +2.25195e-02 7.878e-25 +2.24446e-02 7.935e-25 +2.23699e-02 7.919e-25 +2.22955e-02 1.687e-24 +2.22213e-02 7.961e-25 +2.21473e-02 8.946e-25 +2.20736e-02 8.007e-25 +2.20002e-02 8.024e-25 +2.19270e-02 8.045e-25 +2.18540e-02 8.289e-25 +2.17813e-02 8.173e-25 +2.17088e-02 8.269e-25 +2.16366e-02 8.676e-25 +2.15646e-02 8.152e-25 +2.14928e-02 8.175e-25 +2.14213e-02 8.197e-25 +2.13500e-02 8.217e-25 +2.12790e-02 8.239e-25 +2.12082e-02 8.266e-25 +2.11376e-02 8.281e-25 +2.10673e-02 8.322e-25 +2.09972e-02 8.327e-25 +2.09273e-02 8.353e-25 +2.08577e-02 8.380e-25 +2.07883e-02 8.390e-25 +2.07191e-02 1.514e-24 +2.06502e-02 8.522e-25 +2.05814e-02 8.702e-25 +2.05130e-02 8.489e-25 +2.04447e-02 8.501e-25 +2.03767e-02 8.523e-25 +2.03089e-02 8.545e-25 +2.02413e-02 8.568e-25 +2.01739e-02 8.592e-25 +2.01068e-02 8.615e-25 +2.00399e-02 8.834e-25 +1.99732e-02 8.717e-25 +1.99068e-02 8.680e-25 +1.98405e-02 8.703e-25 +1.97745e-02 9.479e-25 +1.97087e-02 8.748e-25 +1.96431e-02 8.774e-25 +1.95778e-02 8.794e-25 +1.95126e-02 8.826e-25 +1.94477e-02 8.865e-25 +1.93830e-02 8.943e-25 +1.93185e-02 8.888e-25 +1.92542e-02 1.051e-24 +1.91901e-02 8.122e-23 +1.91263e-02 8.957e-25 +1.90626e-02 8.980e-25 +1.89992e-02 9.054e-25 +1.89360e-02 9.026e-25 +1.88730e-02 9.052e-25 +1.88102e-02 9.159e-25 +1.87476e-02 9.476e-25 +1.86852e-02 9.121e-25 +1.86230e-02 9.144e-25 +1.85611e-02 9.208e-25 +1.84993e-02 9.202e-25 +1.84377e-02 9.252e-25 +1.83764e-02 9.250e-25 +1.83152e-02 9.265e-25 +1.82543e-02 9.289e-25 +1.81936e-02 1.017e-24 +1.81330e-02 9.460e-25 +1.80727e-02 9.870e-25 +1.80125e-02 9.994e-25 +1.79526e-02 9.448e-25 +1.78929e-02 9.443e-25 +1.78333e-02 1.216e-24 +1.77740e-02 9.483e-25 +1.77148e-02 9.507e-25 +1.76559e-02 9.544e-25 +1.75972e-02 9.562e-25 +1.75386e-02 9.619e-25 +1.74802e-02 9.606e-25 +1.74221e-02 9.632e-25 +1.73641e-02 9.694e-25 +1.73063e-02 1.008e-24 +1.72487e-02 9.707e-25 +1.71913e-02 9.733e-25 +1.71341e-02 9.757e-25 +1.70771e-02 9.873e-25 +1.70203e-02 9.811e-25 +1.69637e-02 1.009e-24 +1.69072e-02 9.890e-25 +1.68510e-02 9.884e-25 +1.67949e-02 9.960e-25 +1.67390e-02 9.944e-25 +1.66833e-02 1.061e-24 +1.66278e-02 1.003e-24 +1.65725e-02 1.003e-24 +1.65173e-02 7.492e-24 +1.64624e-02 1.007e-24 +1.64076e-02 1.010e-24 +1.63530e-02 1.012e-24 +1.62986e-02 1.016e-24 +1.62443e-02 1.017e-24 +1.61903e-02 1.029e-24 +1.61364e-02 1.022e-24 +1.60827e-02 1.025e-24 +1.60292e-02 1.028e-24 +1.59759e-02 1.030e-24 +1.59227e-02 1.037e-24 +1.58697e-02 1.039e-24 +1.58169e-02 1.040e-24 +1.57643e-02 1.080e-24 +1.57118e-02 1.052e-24 +1.56595e-02 1.047e-24 +1.56074e-02 1.153e-24 +1.55555e-02 1.056e-24 +1.55037e-02 1.059e-24 +1.54522e-02 1.113e-24 +1.54007e-02 1.060e-24 +1.53495e-02 1.062e-24 +1.52984e-02 1.066e-24 +1.52475e-02 1.068e-24 +1.51968e-02 1.078e-24 +1.51462e-02 1.083e-24 +1.50958e-02 1.076e-24 +1.50456e-02 1.079e-24 +1.49955e-02 1.426e-24 +1.49456e-02 1.179e-24 +1.48959e-02 1.091e-24 +1.48463e-02 1.092e-24 +1.47969e-02 1.093e-24 +1.47477e-02 1.168e-24 +1.46986e-02 1.100e-24 +1.46497e-02 1.105e-24 +1.46010e-02 1.104e-24 +1.45524e-02 1.134e-24 +1.45039e-02 1.114e-24 +1.44557e-02 1.166e-24 +1.44076e-02 1.119e-24 +1.43596e-02 1.119e-24 +1.43119e-02 1.125e-24 +1.42642e-02 1.268e-24 +1.42168e-02 1.186e-24 +1.41695e-02 1.131e-24 +1.41223e-02 1.463e-24 +1.40753e-02 1.144e-24 +1.40285e-02 1.204e-24 +1.39818e-02 1.143e-24 +1.39353e-02 1.144e-24 +1.38889e-02 1.151e-24 +1.38427e-02 1.152e-24 +1.37966e-02 1.154e-24 +1.37507e-02 1.156e-24 +1.37050e-02 1.159e-24 +1.36594e-02 1.279e-24 +1.36139e-02 1.171e-24 +1.35686e-02 4.852e-24 +1.35235e-02 1.177e-24 +1.34785e-02 1.194e-24 +1.34336e-02 1.177e-24 +1.33889e-02 1.255e-24 +1.33444e-02 1.194e-24 +1.33000e-02 5.624e-23 +1.32557e-02 1.190e-24 +1.32116e-02 1.192e-24 +1.31676e-02 1.195e-24 +1.31238e-02 1.198e-24 +1.30802e-02 1.217e-24 +1.30366e-02 1.205e-24 +1.29933e-02 1.246e-24 +1.29500e-02 1.210e-24 +1.29069e-02 1.213e-24 +1.28640e-02 1.996e-24 +1.28212e-02 1.249e-24 +1.27785e-02 1.225e-24 +1.27360e-02 1.236e-24 +1.26936e-02 1.250e-24 +1.26514e-02 1.242e-24 +1.26093e-02 1.246e-24 +1.25673e-02 1.239e-24 +1.25255e-02 1.468e-24 +1.24838e-02 1.246e-24 +1.24423e-02 1.261e-24 +1.24009e-02 1.272e-24 +1.23596e-02 1.254e-24 +1.23185e-02 1.258e-24 +1.22775e-02 1.260e-24 +1.22366e-02 1.263e-24 +1.21959e-02 1.307e-24 +1.21553e-02 1.269e-24 +1.21149e-02 1.298e-24 +1.20746e-02 1.276e-24 +1.20344e-02 1.302e-24 +1.19944e-02 1.376e-24 +1.19545e-02 1.287e-24 +1.19147e-02 1.420e-24 +1.18750e-02 1.317e-24 +1.18355e-02 2.169e-24 +1.17961e-02 8.755e-24 +1.17569e-02 1.430e-24 +1.17178e-02 5.568e-24 +1.16788e-02 1.323e-24 +1.16399e-02 1.490e-24 +1.16012e-02 1.316e-24 +1.15626e-02 1.321e-24 +1.15241e-02 1.326e-24 +1.14858e-02 1.328e-24 +1.14475e-02 2.106e-24 +1.14094e-02 1.332e-24 +1.13715e-02 1.339e-24 +1.13336e-02 1.343e-24 +1.12959e-02 1.342e-24 +1.12583e-02 1.348e-24 +1.12209e-02 1.376e-24 +1.11835e-02 1.695e-24 +1.11463e-02 1.359e-24 +1.11092e-02 1.361e-24 +1.10723e-02 1.400e-24 +1.10354e-02 1.378e-24 +1.09987e-02 1.373e-24 +1.09621e-02 1.397e-24 +1.09256e-02 1.393e-24 +1.08893e-02 1.379e-24 +1.08530e-02 1.392e-24 +1.08169e-02 1.430e-24 +1.07809e-02 1.391e-24 +1.07451e-02 1.395e-24 +1.07093e-02 1.397e-24 +1.06737e-02 1.402e-24 +1.06382e-02 1.405e-24 +1.06028e-02 1.435e-24 +1.05675e-02 1.415e-24 +1.05323e-02 1.416e-24 +1.04973e-02 1.418e-24 +1.04623e-02 1.700e-24 +1.04275e-02 1.425e-24 +1.03928e-02 1.429e-24 +1.03583e-02 1.444e-24 +1.03238e-02 1.492e-24 +1.02894e-02 1.439e-24 +1.02552e-02 2.440e-24 +1.02211e-02 1.768e-24 +1.01871e-02 1.451e-24 +1.01532e-02 1.455e-24 +1.01194e-02 1.457e-24 +1.00857e-02 1.597e-24 +1.00521e-02 1.469e-24 +1.00187e-02 1.470e-24 +9.98536e-03 1.471e-24 +9.95213e-03 1.475e-24 +9.91902e-03 1.491e-24 +9.88601e-03 1.493e-24 +9.85312e-03 1.491e-24 +9.82033e-03 1.493e-24 +9.78765e-03 1.564e-24 +9.75508e-03 1.538e-24 +9.72262e-03 1.501e-24 +9.69027e-03 1.509e-24 +9.65803e-03 1.509e-24 +9.62589e-03 1.525e-24 +9.59386e-03 1.523e-24 +9.56194e-03 1.525e-24 +9.53012e-03 1.656e-24 +9.49841e-03 1.527e-24 +9.46680e-03 1.531e-24 +9.43530e-03 1.615e-24 +9.40391e-03 1.539e-24 +9.37262e-03 1.546e-24 +9.34143e-03 1.549e-24 +9.31034e-03 1.551e-24 +9.27936e-03 1.563e-24 +9.24849e-03 1.567e-24 +9.21771e-03 1.570e-24 +9.18704e-03 1.625e-24 +9.15647e-03 1.568e-24 +9.12600e-03 1.601e-24 +9.09564e-03 1.581e-24 +9.06537e-03 1.581e-24 +9.03521e-03 1.586e-24 +9.00514e-03 1.597e-24 +8.97518e-03 1.592e-24 +8.94531e-03 1.596e-24 +8.91555e-03 1.601e-24 +8.88588e-03 1.630e-24 +8.85631e-03 2.771e-24 +8.82684e-03 1.624e-24 +8.79747e-03 1.616e-24 +8.76820e-03 1.644e-24 +8.73902e-03 1.643e-24 +8.70994e-03 1.627e-24 +8.68096e-03 1.631e-24 +8.65207e-03 1.645e-24 +8.62328e-03 1.640e-24 +8.59459e-03 1.643e-24 +8.56599e-03 1.649e-24 +8.53749e-03 1.651e-24 +8.50908e-03 1.657e-24 +8.48077e-03 1.659e-24 +8.45255e-03 1.664e-24 +8.42442e-03 1.688e-24 +8.39639e-03 1.674e-24 +8.36845e-03 1.679e-24 +8.34060e-03 1.706e-24 +8.31285e-03 1.739e-24 +8.28519e-03 1.690e-24 +8.25762e-03 1.697e-24 +8.23014e-03 1.696e-24 +8.20276e-03 1.780e-24 +8.17546e-03 1.716e-24 +8.14826e-03 1.719e-24 +8.12115e-03 1.712e-24 +8.09412e-03 1.718e-24 +8.06719e-03 1.733e-24 +8.04035e-03 1.727e-24 +8.01359e-03 1.731e-24 +7.98693e-03 1.743e-24 +7.96035e-03 1.744e-24 +7.93386e-03 1.743e-24 +7.90746e-03 1.746e-24 +7.88115e-03 1.752e-24 +7.85493e-03 1.754e-24 +7.82879e-03 1.772e-24 +7.80274e-03 1.763e-24 +7.77678e-03 1.770e-24 +7.75090e-03 1.773e-24 +7.72511e-03 1.786e-24 +7.69940e-03 1.779e-24 +7.67378e-03 1.784e-24 +7.64825e-03 1.801e-24 +7.62280e-03 1.811e-24 +7.59743e-03 1.950e-24 +7.57215e-03 1.843e-24 +7.54696e-03 1.806e-24 +7.52184e-03 1.817e-24 +7.49682e-03 1.814e-24 +7.47187e-03 1.824e-24 +7.44701e-03 1.954e-24 +7.42223e-03 1.831e-24 +7.39753e-03 1.832e-24 +7.37291e-03 1.837e-24 +7.34838e-03 1.855e-24 +7.32393e-03 1.847e-24 +7.29956e-03 1.994e-24 +7.27527e-03 1.854e-24 +7.25106e-03 1.861e-24 +7.22693e-03 1.864e-24 +7.20289e-03 1.867e-24 +7.17892e-03 1.884e-24 +7.15503e-03 1.876e-24 +7.13122e-03 1.945e-24 +7.10749e-03 1.884e-24 +7.08384e-03 1.912e-24 +7.06027e-03 1.914e-24 +7.03678e-03 1.903e-24 +7.01336e-03 1.903e-24 +6.99003e-03 1.908e-24 +6.96677e-03 1.921e-24 +6.94359e-03 1.943e-24 +6.92048e-03 1.921e-24 +6.89745e-03 1.940e-24 +6.87450e-03 1.930e-24 +6.85163e-03 1.940e-24 +6.82883e-03 1.943e-24 +6.80611e-03 1.943e-24 +6.78346e-03 2.013e-24 +6.76089e-03 1.972e-24 +6.73839e-03 1.957e-24 +6.71597e-03 1.997e-24 +6.69362e-03 1.966e-24 +6.67135e-03 1.971e-24 +6.64915e-03 1.983e-24 +6.62702e-03 1.981e-24 +6.60497e-03 1.991e-24 +6.58299e-03 1.991e-24 +6.56109e-03 2.679e-24 +6.53926e-03 2.004e-24 +6.51750e-03 2.061e-24 +6.49581e-03 2.061e-24 +6.47420e-03 2.447e-24 +6.45265e-03 2.123e-24 +6.43118e-03 2.023e-24 +6.40978e-03 2.059e-24 +6.38845e-03 2.043e-24 +6.36720e-03 2.049e-24 +6.34601e-03 2.063e-24 +6.32489e-03 2.052e-24 +6.30385e-03 2.051e-24 +6.28287e-03 2.056e-24 +6.26196e-03 2.066e-24 +6.24113e-03 2.074e-24 +6.22036e-03 2.070e-24 +6.19966e-03 2.094e-24 +6.17903e-03 2.083e-24 +6.15847e-03 2.085e-24 +6.13798e-03 2.090e-24 +6.11756e-03 2.094e-24 +6.09720e-03 2.099e-24 +6.07691e-03 2.119e-24 +6.05669e-03 2.111e-24 +6.03654e-03 2.114e-24 +6.01645e-03 2.119e-24 +5.99643e-03 2.136e-24 +5.97648e-03 2.253e-24 +5.95659e-03 2.135e-24 +5.93677e-03 2.191e-24 +5.91702e-03 2.158e-24 +5.89733e-03 2.149e-24 +5.87770e-03 2.157e-24 +5.85815e-03 2.164e-24 +5.83865e-03 2.176e-24 +5.81923e-03 2.169e-24 +5.79986e-03 2.180e-24 +5.78056e-03 2.199e-24 +5.76133e-03 2.241e-24 +5.74216e-03 2.188e-24 +5.72305e-03 2.195e-24 +5.70401e-03 2.209e-24 +5.68503e-03 2.229e-24 +5.66611e-03 2.222e-24 +5.64726e-03 2.225e-24 +5.62846e-03 2.221e-24 +5.60974e-03 2.240e-24 +5.59107e-03 2.231e-24 +5.57247e-03 2.267e-24 +5.55392e-03 2.273e-24 +5.53544e-03 2.247e-24 +5.51702e-03 2.261e-24 +5.49867e-03 2.266e-24 +5.48037e-03 2.286e-24 +5.46213e-03 2.269e-24 +5.44396e-03 2.275e-24 +5.42584e-03 2.278e-24 +5.40779e-03 2.312e-24 +5.38979e-03 2.304e-24 +5.37186e-03 2.294e-24 +5.35398e-03 2.298e-24 +5.33617e-03 2.307e-24 +5.31841e-03 2.315e-24 +5.30072e-03 2.315e-24 +5.28308e-03 2.319e-24 +5.26550e-03 2.486e-24 +5.24798e-03 2.333e-24 +5.23051e-03 2.351e-24 +5.21311e-03 2.342e-24 +5.19576e-03 2.418e-24 +5.17848e-03 2.357e-24 +5.16124e-03 2.359e-24 +5.14407e-03 2.362e-24 +5.12695e-03 2.367e-24 +5.10989e-03 2.398e-24 +5.09289e-03 2.398e-24 +5.07594e-03 2.385e-24 +5.05905e-03 2.389e-24 +5.04222e-03 2.411e-24 +5.02544e-03 2.401e-24 +5.00872e-03 2.405e-24 +4.99205e-03 2.477e-24 +4.97544e-03 2.417e-24 +4.95889e-03 2.427e-24 +4.94239e-03 2.427e-24 +4.92594e-03 2.433e-24 +4.90955e-03 2.438e-24 +4.89321e-03 2.444e-24 +4.87693e-03 2.448e-24 +4.86070e-03 2.724e-24 +4.84453e-03 2.465e-24 +4.82841e-03 2.486e-24 +4.81234e-03 2.472e-24 +4.79633e-03 2.489e-24 +4.78037e-03 2.486e-24 +4.76446e-03 2.490e-24 +4.74861e-03 2.493e-24 +4.73281e-03 2.498e-24 +4.71706e-03 2.508e-24 +4.70136e-03 2.533e-24 +4.68572e-03 2.517e-24 +4.67013e-03 2.563e-24 +4.65459e-03 2.526e-24 +4.63910e-03 2.533e-24 +4.62366e-03 2.537e-24 +4.60828e-03 2.543e-24 +4.59294e-03 2.584e-24 +4.57766e-03 2.554e-24 +4.56243e-03 2.584e-24 +4.54725e-03 3.409e-24 +4.53212e-03 2.572e-24 +4.51704e-03 2.578e-24 +4.50201e-03 2.582e-24 +4.48702e-03 2.588e-24 +4.47209e-03 2.600e-24 +4.45721e-03 2.617e-24 +4.44238e-03 2.636e-24 +4.42760e-03 2.617e-24 +4.41287e-03 2.683e-24 +4.39818e-03 2.652e-24 +4.38355e-03 2.638e-24 +4.36896e-03 2.635e-24 +4.35442e-03 2.639e-24 +4.33994e-03 2.695e-24 +4.32549e-03 2.651e-24 +4.31110e-03 2.657e-24 +4.29676e-03 2.665e-24 +4.28246e-03 2.669e-24 +4.26821e-03 2.674e-24 +4.25401e-03 2.731e-24 +4.23985e-03 2.700e-24 +4.22574e-03 2.692e-24 +4.21168e-03 2.698e-24 +4.19767e-03 2.874e-24 +4.18370e-03 2.800e-24 +4.16978e-03 2.717e-24 +4.15590e-03 2.722e-24 +4.14207e-03 2.770e-24 +4.12829e-03 2.739e-24 +4.11456e-03 2.741e-24 +4.10086e-03 2.815e-24 +4.08722e-03 2.827e-24 +4.07362e-03 2.759e-24 +4.06006e-03 2.779e-24 +4.04655e-03 2.774e-24 +4.03309e-03 2.776e-24 +4.01967e-03 2.781e-24 +4.00629e-03 2.812e-24 +3.99296e-03 2.795e-24 +3.97968e-03 2.799e-24 +3.96643e-03 2.832e-24 +3.95324e-03 2.815e-24 +3.94008e-03 2.862e-24 +3.92697e-03 2.836e-24 +3.91390e-03 2.937e-24 +3.90088e-03 2.844e-24 +3.88790e-03 2.857e-24 +3.87496e-03 2.981e-24 +3.86207e-03 2.876e-24 +3.84922e-03 2.886e-24 +3.83641e-03 2.876e-24 +3.82364e-03 2.872e-24 +3.81092e-03 2.880e-24 +3.79824e-03 2.932e-24 +3.78560e-03 3.035e-24 +3.77300e-03 2.966e-24 +3.76045e-03 2.902e-24 +3.74794e-03 2.908e-24 +3.73547e-03 2.925e-24 +3.72304e-03 2.921e-24 +3.71065e-03 2.965e-24 +3.69830e-03 2.932e-24 +3.68599e-03 2.939e-24 +3.67373e-03 2.954e-24 +3.66151e-03 2.951e-24 +3.64932e-03 3.055e-24 +3.63718e-03 2.964e-24 +3.62508e-03 2.973e-24 +3.61301e-03 3.009e-24 +3.60099e-03 2.983e-24 +3.58901e-03 3.030e-24 +3.57707e-03 2.999e-24 +3.56516e-03 3.015e-24 +3.55330e-03 3.070e-24 +3.54148e-03 3.050e-24 +3.52969e-03 3.035e-24 +3.51795e-03 3.037e-24 +3.50624e-03 3.156e-24 +3.49457e-03 3.046e-24 +3.48295e-03 3.244e-24 +3.47136e-03 3.051e-24 +3.45981e-03 3.288e-24 +3.44829e-03 3.185e-24 +3.43682e-03 3.076e-24 +3.42538e-03 3.119e-24 +3.41399e-03 3.086e-24 +3.40263e-03 3.093e-24 +3.39130e-03 3.098e-24 +3.38002e-03 3.121e-24 +3.36877e-03 5.540e-24 +3.35756e-03 3.267e-24 +3.34639e-03 3.312e-24 +3.33526e-03 5.421e-24 +3.32416e-03 3.141e-24 +3.31310e-03 3.216e-24 +3.30207e-03 3.157e-24 +3.29108e-03 3.157e-24 +3.28013e-03 3.726e-24 +3.26922e-03 3.167e-24 +3.25834e-03 3.641e-24 +3.24750e-03 4.206e-24 +3.23669e-03 3.888e-24 +3.22592e-03 3.203e-24 +3.21519e-03 3.297e-24 +3.20449e-03 3.252e-24 +3.19383e-03 3.681e-24 +3.18320e-03 3.236e-24 +3.17261e-03 3.232e-24 +3.16205e-03 3.472e-24 +3.15153e-03 3.241e-24 +3.14104e-03 3.244e-24 +3.13059e-03 3.250e-24 +3.12017e-03 3.258e-24 +3.10979e-03 3.391e-24 +3.09944e-03 3.379e-24 +3.08913e-03 3.556e-24 +3.07885e-03 3.830e-24 +3.06861e-03 3.293e-24 +3.05839e-03 3.297e-24 +3.04822e-03 3.496e-24 +3.03807e-03 3.661e-24 +3.02797e-03 3.316e-24 +3.01789e-03 3.342e-24 +3.00785e-03 3.377e-24 +2.99784e-03 3.800e-24 +2.98786e-03 4.671e-24 +2.97792e-03 3.350e-24 +2.96801e-03 3.357e-24 +2.95814e-03 3.418e-24 +2.94829e-03 3.376e-24 +2.93848e-03 3.579e-24 +2.92871e-03 3.531e-24 +2.91896e-03 3.388e-24 +2.90925e-03 3.570e-24 +2.89957e-03 3.529e-24 +2.88992e-03 3.516e-24 +2.88030e-03 3.462e-24 +2.87072e-03 3.447e-24 +2.86117e-03 3.429e-24 +2.85165e-03 3.652e-24 +2.84216e-03 4.005e-24 +2.83270e-03 3.460e-24 +2.82327e-03 3.510e-24 +2.81388e-03 3.487e-24 +2.80452e-03 3.468e-24 +2.79518e-03 3.509e-24 +2.78588e-03 3.494e-24 +2.77661e-03 3.603e-24 +2.76737e-03 3.588e-24 +2.75817e-03 3.733e-24 +2.74899e-03 3.660e-24 +2.73984e-03 3.516e-24 +2.73072e-03 3.563e-24 +2.72164e-03 3.591e-24 +2.71258e-03 3.536e-24 +2.70355e-03 3.556e-24 +2.69456e-03 3.643e-24 +2.68559e-03 3.556e-24 +2.67666e-03 3.562e-24 +2.66775e-03 3.582e-24 +2.65887e-03 3.595e-24 +2.65003e-03 3.583e-24 +2.64121e-03 3.607e-24 +2.63242e-03 3.679e-24 +2.62366e-03 3.603e-24 +2.61493e-03 3.609e-24 +2.60623e-03 3.644e-24 +2.59756e-03 3.623e-24 +2.58891e-03 3.630e-24 +2.58030e-03 3.665e-24 +2.57171e-03 3.891e-24 +2.56315e-03 3.664e-24 +2.55463e-03 6.010e-24 +2.54613e-03 3.673e-24 +2.53765e-03 3.671e-24 +2.52921e-03 3.701e-24 +2.52079e-03 3.715e-24 +2.51241e-03 3.721e-24 +2.50405e-03 3.737e-24 +2.49571e-03 3.969e-24 +2.48741e-03 3.854e-24 +2.47913e-03 5.793e-24 +2.47088e-03 3.994e-24 +2.46266e-03 3.739e-24 +2.45447e-03 3.811e-24 +2.44630e-03 3.756e-24 +2.43816e-03 3.778e-24 +2.43005e-03 3.829e-24 +2.42196e-03 3.817e-24 +2.41390e-03 3.779e-24 +2.40587e-03 3.785e-24 +2.39786e-03 3.809e-24 +2.38988e-03 3.832e-24 +2.38193e-03 3.821e-24 +2.37401e-03 3.814e-24 +2.36611e-03 3.821e-24 +2.35823e-03 4.260e-24 +2.35039e-03 3.885e-24 +2.34257e-03 3.849e-24 +2.33477e-03 3.880e-24 +2.32700e-03 3.869e-24 +2.31926e-03 3.875e-24 +2.31154e-03 3.962e-24 +2.30385e-03 3.973e-24 +2.29618e-03 3.920e-24 +2.28854e-03 3.888e-24 +2.28093e-03 3.954e-24 +2.27334e-03 3.902e-24 +2.26577e-03 4.024e-24 +2.25823e-03 3.936e-24 +2.25072e-03 3.946e-24 +2.24323e-03 3.932e-24 +2.23577e-03 4.013e-24 +2.22833e-03 3.950e-24 +2.22091e-03 4.242e-24 +2.21352e-03 4.217e-24 +2.20616e-03 4.089e-24 +2.19882e-03 4.287e-24 +2.19150e-03 3.976e-24 +2.18421e-03 4.123e-24 +2.17694e-03 4.016e-24 +2.16970e-03 4.044e-24 +2.16248e-03 4.071e-24 +2.15528e-03 4.129e-24 +2.14811e-03 4.019e-24 +2.14096e-03 4.271e-24 +2.13384e-03 4.052e-24 +2.12674e-03 4.106e-24 +2.11966e-03 4.153e-24 +2.11261e-03 4.122e-24 +2.10558e-03 4.057e-24 +2.09857e-03 4.064e-24 +2.09159e-03 4.312e-24 +2.08463e-03 4.196e-24 +2.07769e-03 4.083e-24 +2.07078e-03 4.089e-24 +2.06389e-03 4.185e-24 +2.05702e-03 4.103e-24 +2.05017e-03 4.287e-24 +2.04335e-03 4.664e-24 +2.03655e-03 4.150e-24 +2.02978e-03 4.134e-24 +2.02302e-03 4.717e-24 +2.01629e-03 4.560e-24 +2.00958e-03 4.147e-24 +2.00290e-03 4.326e-24 +1.99623e-03 4.159e-24 +1.98959e-03 4.205e-24 +1.98297e-03 4.295e-24 +1.97637e-03 4.981e-24 +1.96979e-03 4.184e-24 +1.96324e-03 4.592e-24 +1.95671e-03 4.260e-24 +1.95020e-03 4.277e-24 +1.94371e-03 4.206e-24 +1.93724e-03 4.265e-24 +1.93079e-03 4.317e-24 +1.92437e-03 4.233e-24 +1.91796e-03 4.232e-24 +1.91158e-03 4.252e-24 +1.90522e-03 4.248e-24 +1.89888e-03 3.136e-23 +1.89256e-03 4.574e-24 +1.88627e-03 4.268e-24 +1.87999e-03 4.332e-24 +1.87373e-03 4.661e-24 +1.86750e-03 5.037e-24 +1.86128e-03 4.396e-24 +1.85509e-03 4.319e-24 +1.84892e-03 4.355e-24 +1.84277e-03 4.314e-24 +1.83663e-03 4.338e-24 +1.83052e-03 4.346e-24 +1.82443e-03 4.430e-24 +1.81836e-03 4.344e-24 +1.81231e-03 4.374e-24 +1.80628e-03 4.374e-24 +1.80027e-03 4.416e-24 +1.79428e-03 4.404e-24 +1.78831e-03 4.382e-24 +1.78236e-03 4.538e-24 +1.77643e-03 4.549e-24 +1.77052e-03 4.534e-24 +1.76462e-03 4.403e-24 +1.75875e-03 4.459e-24 +1.75290e-03 4.450e-24 +1.74707e-03 4.895e-24 +1.74125e-03 4.469e-24 +1.73546e-03 4.461e-24 +1.72969e-03 4.824e-24 +1.72393e-03 4.471e-24 +1.71819e-03 4.462e-24 +1.71248e-03 4.469e-24 +1.70678e-03 4.490e-24 +1.70110e-03 4.561e-24 +1.69544e-03 4.514e-24 +1.68980e-03 4.649e-24 +1.68417e-03 4.547e-24 +1.67857e-03 4.517e-24 +1.67299e-03 4.612e-24 +1.66742e-03 4.541e-24 +1.66187e-03 4.567e-24 +1.65634e-03 4.606e-24 +1.65083e-03 4.614e-24 +1.64534e-03 4.576e-24 +1.63986e-03 4.564e-24 +1.63440e-03 4.822e-24 +1.62897e-03 4.582e-24 +1.62355e-03 4.594e-24 +1.61814e-03 4.578e-24 +1.61276e-03 4.587e-24 +1.60739e-03 4.789e-24 +1.60204e-03 7.967e-24 +1.59671e-03 4.749e-24 +1.59140e-03 4.857e-24 +1.58610e-03 4.648e-24 +1.58083e-03 4.636e-24 +1.57557e-03 4.640e-24 +1.57032e-03 4.636e-24 +1.56510e-03 4.704e-24 +1.55989e-03 4.650e-24 +1.55470e-03 4.656e-24 +1.54953e-03 4.704e-24 +1.54437e-03 4.802e-24 +1.53923e-03 4.676e-24 +1.53411e-03 4.682e-24 +1.52901e-03 4.689e-24 +1.52392e-03 5.117e-24 +1.51885e-03 5.312e-24 +1.51379e-03 4.838e-24 +1.50876e-03 4.896e-24 +1.50374e-03 4.772e-24 +1.49873e-03 4.732e-24 +1.49374e-03 4.988e-24 +1.48877e-03 4.809e-24 +1.48382e-03 5.078e-24 +1.47888e-03 4.968e-24 +1.47396e-03 5.287e-24 +1.46906e-03 4.767e-24 +1.46417e-03 5.065e-24 +1.45930e-03 4.952e-24 +1.45444e-03 4.995e-24 +1.44960e-03 4.811e-24 +1.44478e-03 4.941e-24 +1.43997e-03 5.324e-24 +1.43518e-03 5.011e-24 +1.43040e-03 4.820e-24 +1.42564e-03 5.004e-24 +1.42090e-03 4.906e-24 +1.41617e-03 4.904e-24 +1.41146e-03 5.102e-24 +1.40676e-03 4.975e-24 +1.40208e-03 5.100e-24 +1.39742e-03 4.940e-24 +1.39277e-03 4.927e-24 +1.38813e-03 4.942e-24 +1.38351e-03 4.971e-24 +1.37891e-03 4.991e-24 +1.37432e-03 4.957e-24 +1.36975e-03 5.215e-24 +1.36519e-03 5.120e-24 +1.36065e-03 4.973e-24 +1.35612e-03 5.310e-24 +1.35161e-03 5.278e-24 +1.34711e-03 5.073e-24 +1.34263e-03 5.192e-24 +1.33816e-03 5.155e-24 +1.33371e-03 5.051e-24 +1.32927e-03 5.601e-24 +1.32485e-03 5.709e-24 +1.32044e-03 5.345e-24 +1.31604e-03 5.355e-24 +1.31167e-03 5.210e-24 +1.30730e-03 5.307e-24 +1.30295e-03 5.066e-24 +1.29861e-03 5.069e-24 +1.29429e-03 5.648e-24 +1.28999e-03 5.142e-24 +1.28569e-03 5.162e-24 +1.28142e-03 5.439e-24 +1.27715e-03 6.553e-24 +1.27290e-03 5.086e-24 +1.26867e-03 5.211e-24 +1.26445e-03 5.852e-24 +1.26024e-03 5.671e-24 +1.25604e-03 5.146e-24 +1.25187e-03 5.306e-24 +1.24770e-03 5.343e-24 +1.24355e-03 5.754e-24 +1.23941e-03 5.750e-24 +1.23529e-03 5.565e-24 +1.23118e-03 5.252e-24 +1.22708e-03 6.875e-24 +1.22300e-03 5.589e-24 +1.21893e-03 5.991e-24 +1.21487e-03 3.886e-23 +1.21083e-03 5.534e-24 +1.20680e-03 5.279e-24 +1.20278e-03 5.901e-24 +1.19878e-03 5.728e-24 +1.19479e-03 6.261e-24 +1.19082e-03 5.636e-24 +1.18685e-03 5.550e-24 +1.18290e-03 6.028e-24 +1.17897e-03 5.838e-24 +1.17505e-03 3.375e-23 +1.17114e-03 5.818e-24 +1.16724e-03 5.493e-24 +1.16335e-03 5.408e-24 +1.15948e-03 5.784e-24 +1.15563e-03 5.852e-24 +1.15178e-03 5.813e-24 +1.14795e-03 6.312e-24 +1.14413e-03 2.784e-23 +1.14032e-03 5.434e-24 +1.13653e-03 5.358e-24 +1.13274e-03 6.479e-24 +1.12898e-03 5.747e-24 +1.12522e-03 1.472e-23 +1.12147e-03 5.328e-24 +1.11774e-03 5.013e-23 +1.11402e-03 5.293e-24 +1.11032e-03 5.321e-24 +1.10662e-03 5.327e-24 +1.10294e-03 3.629e-23 +1.09927e-03 1.880e-23 +1.09561e-03 5.323e-24 +1.09197e-03 5.481e-24 +1.08833e-03 5.355e-24 +1.08471e-03 5.411e-24 +1.08110e-03 5.450e-24 +1.07750e-03 5.421e-24 +1.07392e-03 5.361e-24 +1.07035e-03 5.389e-24 +1.06678e-03 2.462e-23 +1.06323e-03 4.152e-23 +1.05970e-03 5.558e-24 +1.05617e-03 5.435e-24 +1.05266e-03 5.500e-24 +1.04915e-03 8.183e-24 +1.04566e-03 5.433e-24 +1.04218e-03 5.431e-24 +1.03872e-03 5.401e-24 +1.03526e-03 9.613e-24 +1.03181e-03 5.537e-24 +1.02838e-03 7.160e-24 +1.02496e-03 7.475e-24 +1.02155e-03 8.162e-24 +1.01815e-03 6.236e-24 +1.01476e-03 5.497e-24 +1.01138e-03 5.729e-24 +1.00802e-03 5.480e-24 +1.00466e-03 5.441e-24 +1.00132e-03 7.596e-24 +9.97990e-04 8.505e-24 +9.94669e-04 5.479e-24 +9.91359e-04 5.475e-24 +9.88061e-04 5.592e-24 +9.84773e-04 5.550e-24 +9.81496e-04 5.594e-24 +9.78230e-04 5.573e-24 +9.74975e-04 5.694e-24 +9.71731e-04 7.446e-24 +9.68497e-04 5.529e-24 +9.65275e-04 5.490e-24 +9.62063e-04 5.976e-24 +9.58862e-04 5.571e-24 +9.55671e-04 6.693e-24 +9.52491e-04 8.352e-24 +9.49322e-04 5.883e-24 +9.46163e-04 5.802e-24 +9.43014e-04 5.641e-24 +9.39877e-04 7.280e-24 +9.36749e-04 6.732e-24 +9.33632e-04 7.076e-24 +9.30525e-04 6.406e-24 +9.27429e-04 5.585e-24 +9.24343e-04 6.138e-24 +9.21267e-04 5.680e-24 +9.18202e-04 6.308e-24 +9.15147e-04 5.562e-24 +9.12101e-04 5.588e-24 +9.09066e-04 6.943e-24 +9.06041e-04 8.497e-24 +9.03027e-04 5.636e-24 +9.00022e-04 5.722e-24 +8.97027e-04 6.568e-24 +8.94042e-04 5.612e-24 +8.91067e-04 6.879e-24 +8.88102e-04 5.631e-24 +8.85147e-04 5.823e-24 +8.82202e-04 9.083e-24 +8.79266e-04 5.642e-24 +8.76340e-04 5.685e-24 +8.73424e-04 5.922e-24 +8.70518e-04 6.076e-24 +8.67621e-04 6.462e-24 +8.64734e-04 5.676e-24 +8.61857e-04 6.074e-24 +8.58989e-04 5.723e-24 +8.56131e-04 6.051e-24 +8.53282e-04 5.952e-24 +8.50443e-04 5.675e-24 +8.47613e-04 5.648e-24 +8.44793e-04 5.741e-24 +8.41982e-04 2.962e-23 +8.39180e-04 5.653e-24 +8.36387e-04 8.109e-24 +8.33604e-04 5.754e-24 +8.30831e-04 1.534e-23 +8.28066e-04 6.920e-24 +8.25311e-04 5.688e-24 +8.22564e-04 8.505e-24 +8.19827e-04 5.697e-24 +8.17099e-04 5.791e-24 +8.14380e-04 5.693e-24 +8.11671e-04 5.713e-24 +8.08970e-04 5.994e-24 +8.06278e-04 5.746e-24 +8.03595e-04 5.689e-24 +8.00921e-04 5.998e-24 +7.98256e-04 1.537e-23 +7.95600e-04 5.688e-24 +7.92953e-04 6.176e-24 +7.90314e-04 5.705e-24 +7.87684e-04 6.770e-24 +7.85063e-04 6.492e-24 +7.82451e-04 5.730e-24 +7.79847e-04 5.901e-24 +7.77252e-04 6.373e-24 +7.74666e-04 5.862e-24 +7.72088e-04 5.990e-24 +7.69519e-04 6.903e-24 +7.66959e-04 5.862e-24 +7.64407e-04 5.903e-24 +7.61863e-04 6.784e-24 +7.59328e-04 5.721e-24 +7.56801e-04 5.713e-24 +7.54283e-04 5.720e-24 +7.51773e-04 5.713e-24 +7.49272e-04 6.280e-24 +7.46778e-04 8.331e-24 +7.44294e-04 7.715e-24 +7.41817e-04 5.749e-24 +7.39349e-04 5.977e-24 +7.36888e-04 6.666e-24 +7.34436e-04 5.719e-24 +7.31993e-04 5.859e-24 +7.29557e-04 5.720e-24 +7.27129e-04 5.747e-24 +7.24710e-04 5.721e-24 +7.22298e-04 5.779e-24 +7.19895e-04 5.721e-24 +7.17499e-04 1.129e-23 +7.15112e-04 5.756e-24 +7.12732e-04 6.031e-24 +7.10361e-04 8.222e-24 +7.07997e-04 6.097e-24 +7.05641e-04 5.817e-24 +7.03293e-04 5.727e-24 +7.00953e-04 5.934e-24 +6.98621e-04 5.727e-24 +6.96296e-04 5.721e-24 +6.93979e-04 6.058e-24 +6.91670e-04 5.720e-24 +6.89368e-04 5.795e-24 +6.87074e-04 6.252e-24 +6.84788e-04 5.723e-24 +6.82510e-04 6.098e-24 +6.80238e-04 6.567e-24 +6.77975e-04 5.723e-24 +6.75719e-04 5.715e-24 +6.73471e-04 1.052e-23 +6.71230e-04 6.083e-24 +6.68996e-04 7.787e-24 +6.66770e-04 6.586e-24 +6.64551e-04 9.885e-24 +6.62340e-04 5.707e-24 +6.60136e-04 5.728e-24 +6.57940e-04 5.974e-24 +6.55750e-04 6.071e-24 +6.53568e-04 5.699e-24 +6.51393e-04 5.804e-24 +6.49226e-04 6.568e-24 +6.47066e-04 5.693e-24 +6.44913e-04 6.378e-24 +6.42767e-04 5.810e-24 +6.40628e-04 5.884e-24 +6.38496e-04 6.029e-24 +6.36372e-04 6.072e-24 +6.34254e-04 6.433e-24 +6.32144e-04 5.724e-24 +6.30040e-04 5.720e-24 +6.27944e-04 6.195e-24 +6.25854e-04 6.183e-24 +6.23772e-04 6.447e-24 +6.21696e-04 5.935e-24 +6.19627e-04 5.700e-24 +6.17566e-04 6.566e-23 +6.15511e-04 6.110e-24 +6.13463e-04 6.914e-24 +6.11421e-04 6.176e-24 +6.09387e-04 5.688e-24 +6.07359e-04 6.235e-24 +6.05338e-04 6.045e-24 +6.03324e-04 6.148e-24 +6.01316e-04 6.539e-24 +5.99315e-04 5.695e-24 +5.97321e-04 6.104e-24 +5.95334e-04 5.691e-24 +5.93353e-04 6.186e-24 +5.91378e-04 5.686e-24 +5.89410e-04 6.208e-24 +5.87449e-04 5.681e-24 +5.85494e-04 5.679e-24 +5.83546e-04 5.831e-24 +5.81604e-04 5.752e-24 +5.79669e-04 5.723e-24 +5.77740e-04 5.668e-24 +5.75818e-04 5.750e-24 +5.73902e-04 5.765e-24 +5.71992e-04 6.567e-24 +5.70089e-04 5.762e-24 +5.68192e-04 1.141e-23 +5.66301e-04 5.650e-24 +5.64417e-04 5.666e-24 +5.62539e-04 5.709e-24 +5.60667e-04 5.665e-24 +5.58801e-04 5.637e-24 +5.56942e-04 5.698e-24 +5.55089e-04 5.629e-24 +5.53242e-04 5.673e-24 +5.51401e-04 5.621e-24 +5.49566e-04 5.680e-24 +5.47737e-04 5.615e-24 +5.45915e-04 5.618e-24 +5.44098e-04 5.612e-24 +5.42288e-04 5.605e-24 +5.40483e-04 7.625e-24 +5.38685e-04 6.392e-24 +5.36892e-04 5.592e-24 +5.35106e-04 5.588e-24 +5.33325e-04 5.583e-24 +5.31551e-04 5.578e-24 +5.29782e-04 5.573e-24 +5.28019e-04 6.545e-24 +5.26262e-04 5.562e-24 +5.24511e-04 5.557e-24 +5.22766e-04 5.783e-24 +5.21026e-04 1.169e-23 +5.19292e-04 5.683e-24 +5.17564e-04 5.538e-24 +5.15842e-04 5.634e-24 +5.14126e-04 5.829e-24 +5.12415e-04 5.549e-24 +5.10710e-04 1.503e-23 +5.09011e-04 5.786e-24 +5.07317e-04 9.361e-24 +5.05629e-04 7.601e-24 +5.03946e-04 1.490e-23 +5.02269e-04 5.488e-24 +5.00598e-04 5.483e-24 +4.98932e-04 5.475e-24 +4.97272e-04 5.469e-24 +4.95617e-04 5.462e-24 +4.93968e-04 6.232e-24 +4.92325e-04 5.568e-24 +4.90686e-04 5.441e-24 +4.89054e-04 5.434e-24 +4.87426e-04 5.427e-24 +4.85804e-04 5.541e-24 +4.84188e-04 5.413e-24 +4.82577e-04 5.798e-24 +4.80971e-04 5.398e-24 +4.79371e-04 6.344e-24 +4.77776e-04 6.086e-24 +4.76186e-04 5.812e-24 +4.74601e-04 5.364e-24 +4.73022e-04 6.307e-23 +4.71448e-04 5.923e-24 +4.69879e-04 5.908e-24 +4.68316e-04 6.092e-24 +4.66757e-04 5.334e-24 +4.65204e-04 5.327e-24 +4.63656e-04 5.382e-24 +4.62114e-04 5.415e-24 +4.60576e-04 5.408e-24 +4.59043e-04 5.401e-24 +4.57516e-04 5.409e-24 +4.55993e-04 5.388e-24 +4.54476e-04 5.463e-24 +4.52964e-04 5.543e-24 +4.51457e-04 5.431e-24 +4.49954e-04 5.538e-24 +4.48457e-04 5.353e-24 +4.46965e-04 5.480e-24 +4.45478e-04 5.339e-24 +4.43995e-04 5.506e-24 +4.42518e-04 5.325e-24 +4.41045e-04 5.317e-24 +4.39578e-04 5.310e-24 +4.38115e-04 5.302e-24 +4.36657e-04 5.301e-24 +4.35204e-04 5.287e-24 +4.33756e-04 5.279e-24 +4.32313e-04 5.271e-24 +4.30874e-04 5.515e-24 +4.29441e-04 1.828e-23 +4.28012e-04 5.248e-24 +4.26588e-04 5.240e-24 +4.25168e-04 5.232e-24 +4.23753e-04 5.239e-24 +4.22343e-04 5.222e-24 +4.20938e-04 5.215e-24 +4.19537e-04 5.866e-24 +4.18141e-04 5.190e-24 +4.16750e-04 5.182e-24 +4.15363e-04 5.190e-24 +4.13981e-04 5.165e-24 +4.12604e-04 5.176e-24 +4.11231e-04 5.148e-24 +4.09862e-04 5.139e-24 +4.08498e-04 9.861e-24 +4.07139e-04 5.142e-24 +4.05784e-04 5.122e-24 +4.04434e-04 5.103e-24 +4.03088e-04 5.095e-24 +4.01747e-04 5.091e-24 +4.00410e-04 7.186e-24 +3.99078e-04 1.451e-23 +3.97750e-04 5.235e-24 +3.96427e-04 8.080e-24 +3.95107e-04 9.173e-24 +3.93793e-04 5.030e-24 +3.92482e-04 5.391e-24 +3.91176e-04 5.011e-24 +3.89875e-04 5.286e-24 +3.88577e-04 5.659e-24 +3.87284e-04 4.982e-24 +3.85996e-04 4.973e-24 +3.84711e-04 4.970e-24 +3.83431e-04 4.970e-24 +3.82155e-04 4.961e-24 +3.80884e-04 4.951e-24 +3.79616e-04 4.948e-24 +3.78353e-04 6.017e-24 +3.77094e-04 5.186e-24 +3.75839e-04 5.050e-24 +3.74589e-04 4.900e-24 +3.73342e-04 1.328e-23 +3.72100e-04 4.879e-24 +3.70862e-04 4.869e-24 +3.69628e-04 5.303e-24 +3.68398e-04 4.849e-24 +3.67172e-04 4.939e-24 +3.65950e-04 4.873e-24 +3.64733e-04 5.878e-24 +3.63519e-04 4.807e-24 +3.62309e-04 5.772e-24 +3.61104e-04 4.786e-24 +3.59902e-04 5.776e-24 +3.58705e-04 6.825e-24 +3.57511e-04 4.984e-24 +3.56321e-04 4.743e-24 +3.55136e-04 4.974e-24 +3.53954e-04 4.876e-24 +3.52776e-04 5.064e-24 +3.51602e-04 4.784e-24 +3.50432e-04 4.773e-24 +3.49266e-04 4.762e-24 +3.48104e-04 4.750e-24 +3.46946e-04 4.739e-24 +3.45791e-04 4.728e-24 +3.44641e-04 4.716e-24 +3.43494e-04 4.705e-24 +3.42351e-04 4.693e-24 +3.41212e-04 4.682e-24 +3.40077e-04 4.670e-24 +3.38945e-04 4.677e-24 +3.37817e-04 4.650e-24 +3.36693e-04 9.667e-24 +3.35573e-04 4.999e-24 +3.34456e-04 4.611e-24 +3.33343e-04 4.599e-24 +3.32234e-04 4.587e-24 +3.31128e-04 4.575e-24 +3.30027e-04 4.563e-24 +3.28928e-04 4.551e-24 +3.27834e-04 4.546e-24 +3.26743e-04 4.528e-24 +3.25656e-04 4.514e-24 +3.24572e-04 4.501e-24 +3.23492e-04 4.513e-24 +3.22416e-04 4.476e-24 +3.21343e-04 8.956e-24 +3.20274e-04 5.433e-24 +3.19208e-04 9.255e-24 +3.18146e-04 9.150e-24 +3.17087e-04 4.414e-24 +3.16032e-04 4.401e-24 +3.14981e-04 5.288e-24 +3.13932e-04 4.377e-24 +3.12888e-04 4.952e-24 +3.11847e-04 4.352e-24 +3.10809e-04 4.339e-24 +3.09775e-04 4.327e-24 +3.08744e-04 4.314e-24 +3.07717e-04 4.301e-24 +3.06693e-04 4.288e-24 +3.05672e-04 4.483e-24 +3.04655e-04 4.311e-24 +3.03641e-04 4.334e-24 +3.02631e-04 8.825e-24 +3.01624e-04 4.243e-24 +3.00620e-04 4.530e-24 +2.99620e-04 4.204e-24 +2.98623e-04 4.378e-24 +2.97629e-04 4.177e-24 +2.96639e-04 4.164e-24 +2.95652e-04 4.151e-24 +2.94668e-04 4.138e-24 +2.93688e-04 4.125e-24 +2.92710e-04 4.111e-24 +2.91736e-04 4.213e-24 +2.90766e-04 4.088e-24 +2.89798e-04 4.071e-24 +2.88834e-04 4.059e-24 +2.87873e-04 4.448e-24 +2.86915e-04 4.034e-24 +2.85960e-04 4.512e-24 +2.85009e-04 4.009e-24 +2.84060e-04 3.990e-24 +2.83115e-04 4.016e-24 +2.82173e-04 3.963e-24 +2.81234e-04 3.949e-24 +2.80298e-04 3.939e-24 +2.79366e-04 3.975e-24 +2.78436e-04 3.919e-24 +2.77510e-04 3.905e-24 +2.76586e-04 3.891e-24 +2.75666e-04 3.877e-24 +2.74748e-04 3.866e-24 +2.73834e-04 3.851e-24 +2.72923e-04 3.835e-24 +2.72015e-04 3.821e-24 +2.71110e-04 4.358e-24 +2.70208e-04 9.759e-24 +2.69309e-04 3.779e-24 +2.68412e-04 3.775e-24 +2.67519e-04 3.752e-24 +2.66629e-04 3.738e-24 +2.65742e-04 3.723e-24 +2.64858e-04 3.709e-24 +2.63976e-04 3.898e-24 +2.63098e-04 3.681e-24 +2.62223e-04 3.926e-24 +2.61350e-04 3.871e-24 +2.60480e-04 3.638e-24 +2.59614e-04 3.624e-24 +2.58750e-04 3.632e-24 +2.57889e-04 3.595e-24 +2.57031e-04 5.001e-24 +2.56175e-04 3.590e-24 +2.55323e-04 4.145e-24 +2.54473e-04 3.544e-24 +2.53627e-04 3.523e-24 +2.52783e-04 3.511e-24 +2.51942e-04 3.500e-24 +2.51103e-04 4.432e-24 +2.50268e-04 3.466e-24 +2.49435e-04 3.553e-24 +2.48605e-04 3.437e-24 +2.47778e-04 3.424e-24 +2.46953e-04 3.407e-24 +2.46131e-04 3.393e-24 +2.45312e-04 3.378e-24 +2.44496e-04 3.368e-24 +2.43683e-04 3.349e-24 +2.42872e-04 3.355e-24 +2.42064e-04 3.471e-24 +2.41258e-04 3.313e-24 +2.40455e-04 3.317e-24 +2.39655e-04 3.296e-24 +2.38858e-04 3.283e-24 +2.38063e-04 3.273e-24 +2.37271e-04 3.240e-24 +2.36481e-04 3.320e-24 +2.35694e-04 3.210e-24 +2.34910e-04 3.196e-24 +2.34128e-04 3.219e-24 +2.33349e-04 3.531e-24 +2.32573e-04 3.152e-24 +2.31799e-04 3.136e-24 +2.31028e-04 3.493e-24 +2.30259e-04 3.106e-24 +2.29493e-04 3.091e-24 +2.28729e-04 3.076e-24 +2.27968e-04 3.067e-24 +2.27210e-04 3.047e-24 +2.26454e-04 3.034e-24 +2.25700e-04 3.020e-24 +2.24949e-04 3.006e-24 +2.24200e-04 2.990e-24 +2.23454e-04 2.975e-24 +2.22711e-04 2.960e-24 +2.21970e-04 3.226e-24 +2.21231e-04 2.930e-24 +2.20495e-04 3.708e-24 +2.19761e-04 2.900e-24 +2.19030e-04 4.063e-24 +2.18301e-04 3.677e-24 +2.17575e-04 2.855e-24 +2.16851e-04 2.932e-24 +2.16129e-04 2.830e-24 +2.15410e-04 2.809e-24 +2.14693e-04 2.794e-24 +2.13979e-04 2.779e-24 +2.13267e-04 2.764e-24 +2.12557e-04 2.749e-24 +2.11850e-04 2.733e-24 +2.11145e-04 2.805e-24 +2.10443e-04 2.725e-24 +2.09742e-04 2.688e-24 +2.09044e-04 2.856e-24 +2.08349e-04 2.657e-24 +2.07656e-04 2.642e-24 +2.06965e-04 2.626e-24 +2.06276e-04 2.667e-24 +2.05589e-04 2.595e-24 +2.04905e-04 2.580e-24 +2.04224e-04 2.565e-24 +2.03544e-04 2.549e-24 +2.02867e-04 3.005e-24 +2.02192e-04 2.518e-24 +2.01519e-04 2.814e-24 +2.00848e-04 3.337e-24 +2.00180e-04 2.471e-24 +1.99514e-04 2.460e-24 +1.98850e-04 2.440e-24 +1.98188e-04 2.425e-24 +1.97529e-04 2.409e-24 +1.96872e-04 2.393e-24 +1.96217e-04 2.378e-24 +1.95564e-04 2.362e-24 +1.94913e-04 2.352e-24 +1.94264e-04 2.332e-24 +1.93618e-04 2.331e-24 +1.92974e-04 2.366e-24 +1.92332e-04 2.305e-24 +1.91692e-04 2.686e-24 +1.91054e-04 2.441e-24 +1.90418e-04 2.279e-24 +1.89784e-04 2.842e-24 +1.89153e-04 2.882e-24 +1.88523e-04 2.453e-24 +1.87896e-04 2.440e-24 +1.87271e-04 6.043e-24 +1.86648e-04 4.569e-23 +1.86027e-04 3.845e-23 +1.85408e-04 4.560e-23 +1.84791e-04 4.235e-23 +1.84176e-04 2.077e-24 +1.83563e-04 2.063e-24 +1.82952e-04 2.049e-24 +1.82343e-04 2.035e-24 +1.81737e-04 2.021e-24 +1.81132e-04 2.007e-24 +1.80529e-04 1.993e-24 +1.79929e-04 2.147e-24 +1.79330e-04 2.055e-24 +1.78733e-04 2.056e-24 +1.78138e-04 5.771e-24 +1.77546e-04 1.924e-24 +1.76955e-04 1.937e-24 +1.76366e-04 2.266e-24 +1.75779e-04 1.885e-24 +1.75194e-04 1.870e-24 +1.74611e-04 1.858e-24 +1.74030e-04 1.843e-24 +1.73451e-04 1.830e-24 +1.72874e-04 1.923e-24 +1.72299e-04 2.168e-24 +1.71725e-04 1.901e-24 +1.71154e-04 1.879e-24 +1.70585e-04 2.315e-24 +1.70017e-04 1.750e-24 +1.69451e-04 1.737e-24 +1.68887e-04 1.724e-24 +1.68325e-04 1.711e-24 +1.67765e-04 1.708e-24 +1.67207e-04 1.685e-24 +1.66651e-04 1.672e-24 +1.66096e-04 1.660e-24 +1.65543e-04 1.647e-24 +1.64993e-04 1.641e-24 +1.64444e-04 1.622e-24 +1.63896e-04 1.609e-24 +1.63351e-04 1.603e-24 +1.62807e-04 1.594e-24 +1.62266e-04 1.800e-24 +1.61726e-04 1.584e-24 +1.61188e-04 1.546e-24 +1.60651e-04 1.607e-24 +1.60117e-04 3.619e-24 +1.59584e-04 3.461e-24 +1.59053e-04 5.555e-24 +1.58524e-04 1.664e-24 +1.57996e-04 1.472e-24 +1.57470e-04 4.735e-23 +1.56947e-04 1.448e-24 +1.56424e-04 1.436e-24 +1.55904e-04 1.424e-24 +1.55385e-04 1.412e-24 +1.54868e-04 1.403e-24 +1.54353e-04 1.394e-24 +1.53839e-04 1.378e-24 +1.53327e-04 1.444e-24 +1.52817e-04 1.353e-24 +1.52308e-04 1.342e-24 +1.51802e-04 1.330e-24 +1.51297e-04 1.319e-24 +1.50793e-04 1.310e-24 +1.50291e-04 1.929e-24 +1.49791e-04 1.285e-24 +1.49293e-04 1.650e-23 +1.48796e-04 1.271e-24 +1.48301e-04 1.279e-24 +1.47807e-04 1.262e-24 +1.47316e-04 1.227e-24 +1.46825e-04 1.216e-24 +1.46337e-04 4.322e-24 +1.45850e-04 5.364e-24 +1.45365e-04 1.247e-24 +1.44881e-04 1.172e-24 +1.44399e-04 1.048e-23 +1.43918e-04 1.151e-24 +1.43439e-04 9.463e-24 +1.42962e-04 1.130e-24 +1.42486e-04 9.267e-24 +1.42012e-04 1.619e-23 +1.41540e-04 1.098e-24 +1.41069e-04 1.088e-24 +1.40599e-04 1.083e-24 +1.40132e-04 1.103e-24 +1.39665e-04 1.092e-24 +1.39201e-04 1.250e-24 +1.38737e-04 1.102e-24 +1.38276e-04 1.167e-24 +1.37816e-04 1.082e-24 +1.37357e-04 1.516e-24 +1.36900e-04 1.030e-24 +1.36444e-04 1.482e-24 +1.35990e-04 1.010e-24 +1.35538e-04 1.467e-24 +1.35087e-04 4.150e-24 +1.34637e-04 9.805e-25 +1.34189e-04 9.707e-25 +1.33743e-04 9.611e-25 +1.33298e-04 9.524e-25 +1.32854e-04 9.423e-25 +1.32412e-04 9.328e-25 +1.31972e-04 9.237e-25 +1.31532e-04 9.138e-25 +1.31095e-04 9.044e-25 +1.30659e-04 8.950e-25 +1.30224e-04 8.857e-25 +1.29791e-04 8.766e-25 +1.29359e-04 8.803e-25 +1.28928e-04 8.586e-25 +1.28499e-04 8.493e-25 +1.28072e-04 2.105e-24 +1.27645e-04 8.313e-25 +1.27221e-04 8.236e-25 +1.26797e-04 8.137e-25 +1.26375e-04 8.061e-25 +1.25955e-04 7.962e-25 +1.25536e-04 1.833e-24 +1.25118e-04 7.790e-25 +1.24702e-04 7.705e-25 +1.24287e-04 7.620e-25 +1.23873e-04 7.536e-25 +1.23461e-04 7.452e-25 +1.23050e-04 7.370e-25 +1.22641e-04 7.342e-25 +1.22233e-04 7.206e-25 +1.21826e-04 7.125e-25 +1.21421e-04 7.044e-25 +1.21017e-04 6.964e-25 +1.20614e-04 6.888e-25 +1.20213e-04 6.816e-25 +1.19813e-04 6.773e-25 +1.19414e-04 6.761e-25 +1.19017e-04 6.583e-25 +1.18621e-04 6.507e-25 +1.18226e-04 6.569e-25 +1.17832e-04 6.356e-25 +1.17440e-04 6.417e-25 +1.17050e-04 6.524e-25 +1.16660e-04 6.215e-25 +1.16272e-04 6.060e-25 +1.15885e-04 5.988e-25 +1.15499e-04 5.916e-25 +1.15115e-04 5.845e-25 +1.14732e-04 5.774e-25 +1.14350e-04 5.704e-25 +1.13970e-04 5.634e-25 +1.13591e-04 5.565e-25 +1.13213e-04 5.497e-25 +1.12836e-04 5.429e-25 +1.12460e-04 5.363e-25 +1.12086e-04 5.295e-25 +1.11713e-04 5.229e-25 +1.11341e-04 5.279e-25 +1.10971e-04 5.099e-25 +1.10602e-04 5.034e-25 +1.10234e-04 4.971e-25 +1.09867e-04 4.907e-25 +1.09501e-04 4.845e-25 +1.09137e-04 4.782e-25 +1.08774e-04 4.781e-25 +1.08412e-04 4.659e-25 +1.08051e-04 4.599e-25 +1.07692e-04 4.539e-25 +1.07333e-04 4.583e-25 +1.06976e-04 4.421e-25 +1.06620e-04 4.457e-25 +1.06265e-04 4.304e-25 +1.05912e-04 4.337e-25 +1.05559e-04 4.363e-25 +1.05208e-04 4.134e-25 +1.04858e-04 4.079e-25 +1.04509e-04 4.024e-25 +1.04161e-04 3.969e-25 +1.03815e-04 3.915e-25 +1.03469e-04 3.862e-25 +1.03125e-04 3.809e-25 +1.02782e-04 3.757e-25 +1.02440e-04 3.704e-25 +1.02099e-04 3.653e-25 +1.01759e-04 3.602e-25 +1.01421e-04 3.550e-25 +9.97370e-05 3.302e-25 +9.67964e-05 2.895e-25 +9.39426e-05 2.526e-25 +9.11729e-05 2.194e-25 +8.84849e-05 1.896e-25 +8.58761e-05 1.630e-25 +8.33442e-05 1.394e-25 +8.08870e-05 1.185e-25 +7.85022e-05 1.003e-25 +7.61877e-05 8.432e-26 +7.39415e-05 7.050e-26 +7.17615e-05 5.858e-26 +6.96457e-05 4.837e-26 +6.75924e-05 3.968e-26 +6.55996e-05 3.233e-26 +6.36655e-05 2.617e-26 +6.17885e-05 2.103e-26 +5.99668e-05 1.678e-26 +5.81988e-05 1.328e-26 +5.64829e-05 1.043e-26 +5.48176e-05 8.133e-27 +5.32014e-05 6.287e-27 +5.16329e-05 4.819e-27 +5.01106e-05 3.661e-27 +4.86332e-05 2.757e-27 +4.71994e-05 2.057e-27 +4.58078e-05 1.520e-27 +4.44572e-05 1.112e-27 +4.31465e-05 8.054e-28 +4.18744e-05 5.773e-28 +4.06399e-05 4.094e-28 +3.94417e-05 2.871e-28 +3.82788e-05 1.990e-28 +3.71502e-05 1.364e-28 +3.60550e-05 9.231e-29 +3.49919e-05 6.171e-29 +3.39603e-05 4.073e-29 +3.29590e-05 2.652e-29 +3.19873e-05 1.704e-29 +3.10442e-05 1.079e-29 +3.01290e-05 6.738e-30 +2.92407e-05 4.144e-30 +2.83786e-05 2.510e-30 +2.75419e-05 1.496e-30 +2.67299e-05 8.772e-31 +2.59418e-05 5.058e-31 +2.51770e-05 2.866e-31 +2.44347e-05 1.596e-31 +2.37143e-05 8.720e-32 +2.30151e-05 4.675e-32 +2.23366e-05 2.458e-32 +2.16780e-05 1.267e-32 +2.10389e-05 6.395e-33 +2.04186e-05 3.159e-33 +1.98166e-05 1.527e-33 +1.92323e-05 7.214e-34 +1.86653e-05 3.329e-34 +1.81150e-05 1.500e-34 +1.75809e-05 6.591e-35 +1.70626e-05 2.823e-35 +1.65595e-05 1.178e-35 +1.60713e-05 4.783e-36 +1.55975e-05 1.889e-36 +1.51376e-05 7.245e-37 +1.46913e-05 2.698e-37 +1.42582e-05 9.745e-38 +1.38378e-05 3.410e-38 +1.34298e-05 1.155e-38 +1.30339e-05 3.785e-39 +1.26496e-05 1.189e-39 +1.22767e-05 3.628e-40 +1.19147e-05 1.026e-40 +1.15634e-05 2.752e-41 +1.12225e-05 6.582e-42 +1.08916e-05 1.669e-42 +1.05705e-05 4.174e-43 +1.02589e-05 8.756e-44 +9.95640e-06 2.016e-44 +9.66286e-06 4.435e-45 +9.37797e-06 9.317e-46 +9.10148e-06 1.865e-46 +8.83314e-06 3.555e-47 +8.57272e-06 6.424e-48 +8.31997e-06 1.118e-48 +8.07467e-06 1.843e-49 +7.83661e-06 2.374e-50 +7.60556e-06 0.000e+00 +7.38133e-06 0.000e+00 +7.16371e-06 0.000e+00 +6.95250e-06 0.000e+00 +6.74752e-06 0.000e+00 +6.54858e-06 0.000e+00 +6.35551e-06 0.000e+00 +6.16813e-06 0.000e+00 +5.98628e-06 0.000e+00 +5.80979e-06 0.000e+00 +5.63850e-06 0.000e+00 +5.47226e-06 0.000e+00 +5.31092e-06 0.000e+00 +5.15434e-06 0.000e+00 +5.00237e-06 0.000e+00 +4.85489e-06 0.000e+00 +4.71175e-06 0.000e+00 +4.57284e-06 0.000e+00 +4.43802e-06 0.000e+00 +4.30717e-06 0.000e+00 +4.18018e-06 0.000e+00 +4.05694e-06 0.000e+00 +3.93733e-06 0.000e+00 +3.82125e-06 0.000e+00 +3.70858e-06 0.000e+00 +3.59924e-06 0.000e+00 +3.49313e-06 0.000e+00 +3.39014e-06 0.000e+00 +3.29019e-06 0.000e+00 +3.19319e-06 0.000e+00 +3.09904e-06 0.000e+00 +3.00767e-06 0.000e+00 +2.91900e-06 0.000e+00 +2.83294e-06 0.000e+00 +2.74941e-06 0.000e+00 +2.66835e-06 0.000e+00 +2.58968e-06 0.000e+00 +2.51333e-06 0.000e+00 +2.43923e-06 0.000e+00 +2.36732e-06 0.000e+00 +2.29752e-06 0.000e+00 +2.22978e-06 0.000e+00 +2.16404e-06 0.000e+00 +2.10024e-06 0.000e+00 +2.03832e-06 0.000e+00 +1.97822e-06 0.000e+00 +1.91990e-06 0.000e+00 +1.86330e-06 0.000e+00 +1.80836e-06 0.000e+00 +1.75504e-06 0.000e+00 +1.70330e-06 0.000e+00 +1.65308e-06 0.000e+00 +1.60434e-06 0.000e+00 +1.55704e-06 0.000e+00 +1.51114e-06 0.000e+00 +1.46659e-06 0.000e+00 +1.42335e-06 0.000e+00 +1.38138e-06 0.000e+00 +1.34065e-06 0.000e+00 +1.30113e-06 0.000e+00 +1.26277e-06 0.000e+00 +1.22554e-06 0.000e+00 +1.18940e-06 0.000e+00 +1.15434e-06 0.000e+00 +1.12030e-06 0.000e+00 +1.08727e-06 0.000e+00 +1.05522e-06 0.000e+00 +1.02411e-06 0.000e+00 +9.93914e-07 0.000e+00 +9.64611e-07 0.000e+00 +9.36171e-07 0.000e+00 +9.08570e-07 0.000e+00 +8.81783e-07 0.000e+00 +8.55786e-07 0.000e+00 +8.30554e-07 0.000e+00 +8.06067e-07 0.000e+00 +7.82302e-07 0.000e+00 +7.59238e-07 0.000e+00 +7.36853e-07 0.000e+00 +7.15129e-07 0.000e+00 +6.94045e-07 0.000e+00 +6.73582e-07 0.000e+00 +6.53723e-07 0.000e+00 +6.34449e-07 0.000e+00 +6.15744e-07 0.000e+00 +5.97590e-07 0.000e+00 +5.79971e-07 0.000e+00 +5.62872e-07 0.000e+00 +5.46277e-07 0.000e+00 +5.30171e-07 0.000e+00 +5.14540e-07 0.000e+00 +4.99370e-07 0.000e+00 +4.84647e-07 0.000e+00 +4.70358e-07 0.000e+00 +4.56491e-07 0.000e+00 +4.43032e-07 0.000e+00 +4.29970e-07 0.000e+00 +4.17294e-07 0.000e+00 +4.04991e-07 0.000e+00 +3.93050e-07 0.000e+00 +3.81462e-07 0.000e+00 +3.70215e-07 0.000e+00 +3.59300e-07 0.000e+00 +3.48707e-07 0.000e+00 +3.38426e-07 0.000e+00 +3.28449e-07 0.000e+00 +3.18765e-07 0.000e+00 +3.09367e-07 0.000e+00 +3.00246e-07 0.000e+00 +2.91394e-07 0.000e+00 +2.82803e-07 0.000e+00 +2.74465e-07 0.000e+00 +2.66373e-07 0.000e+00 +2.58519e-07 0.000e+00 +2.50897e-07 0.000e+00 +2.43500e-07 0.000e+00 +2.36321e-07 0.000e+00 +2.29354e-07 0.000e+00 +2.22592e-07 0.000e+00 +2.16029e-07 0.000e+00 +2.09660e-07 0.000e+00 +2.03478e-07 0.000e+00 +1.97479e-07 0.000e+00 +1.91657e-07 0.000e+00 +1.86006e-07 0.000e+00 +1.80522e-07 0.000e+00 +1.75200e-07 0.000e+00 +1.70035e-07 0.000e+00 +1.65022e-07 0.000e+00 +1.60156e-07 0.000e+00 +1.55434e-07 0.000e+00 +1.50852e-07 0.000e+00 +1.46404e-07 0.000e+00 +1.42088e-07 0.000e+00 +1.37899e-07 0.000e+00 +1.33833e-07 0.000e+00 +1.29887e-07 0.000e+00 +1.26058e-07 0.000e+00 +1.22341e-07 0.000e+00 +1.18734e-07 0.000e+00 +1.15234e-07 0.000e+00 +1.11836e-07 0.000e+00 +1.08539e-07 0.000e+00 +1.05339e-07 0.000e+00 +1.02233e-07 0.000e+00 +9.92191e-08 0.000e+00 +9.62938e-08 0.000e+00 +9.34548e-08 0.000e+00 +9.06995e-08 0.000e+00 +8.80254e-08 0.000e+00 +8.54302e-08 0.000e+00 +8.29115e-08 0.000e+00 +8.04670e-08 0.000e+00 +7.80946e-08 0.000e+00 +7.57921e-08 0.000e+00 +7.35576e-08 0.000e+00 +7.13889e-08 0.000e+00 +6.92841e-08 0.000e+00 +6.72414e-08 0.000e+00 +6.52590e-08 0.000e+00 +6.33349e-08 0.000e+00 +6.14676e-08 0.000e+00 +5.96554e-08 0.000e+00 +5.78966e-08 0.000e+00 +5.61896e-08 0.000e+00 +5.45330e-08 0.000e+00 +5.29252e-08 0.000e+00 +5.13648e-08 0.000e+00 +4.98504e-08 0.000e+00 +4.83807e-08 0.000e+00 +4.69543e-08 0.000e+00 +4.55699e-08 0.000e+00 +4.42264e-08 0.000e+00 +4.29225e-08 0.000e+00 +4.16570e-08 0.000e+00 +4.04288e-08 0.000e+00 +3.92369e-08 0.000e+00 +3.80801e-08 0.000e+00 +3.69574e-08 0.000e+00 +3.58677e-08 0.000e+00 +3.48103e-08 0.000e+00 +3.37840e-08 0.000e+00 +3.27879e-08 0.000e+00 +3.18212e-08 0.000e+00 +3.08830e-08 0.000e+00 +2.99725e-08 0.000e+00 +2.90888e-08 0.000e+00 +2.82312e-08 0.000e+00 +2.73989e-08 0.000e+00 +2.65911e-08 0.000e+00 +2.58071e-08 0.000e+00 +2.50462e-08 0.000e+00 +2.43078e-08 0.000e+00 +2.35911e-08 0.000e+00 +2.28956e-08 0.000e+00 +2.22206e-08 0.000e+00 +2.15654e-08 0.000e+00 +2.09296e-08 0.000e+00 +2.03126e-08 0.000e+00 +1.97137e-08 0.000e+00 +1.91325e-08 0.000e+00 +1.85684e-08 0.000e+00 +1.80210e-08 0.000e+00 +1.74896e-08 0.000e+00 +1.69740e-08 0.000e+00 +1.64736e-08 0.000e+00 +1.59879e-08 0.000e+00 +1.55165e-08 0.000e+00 +1.50590e-08 0.000e+00 +1.46150e-08 0.000e+00 +1.41842e-08 0.000e+00 +1.37660e-08 0.000e+00 +1.33601e-08 0.000e+00 +1.29662e-08 0.000e+00 diff --git a/hw12/text b/hw12/text new file mode 100644 index 0000000..3a243d9 --- /dev/null +++ b/hw12/text @@ -0,0 +1,37 @@ +Homework 12, due Oct 5 + +1) For the kinetic temperatures of a cluster of galaxies, T=3x10⁷ K, and for the Orion H II region, T=10⁴ K, what energy in eV does it correspond to? + + T 3x10⁷ K 10⁴ K + Eₖₜ 2585.2 eV 0.86173 eV + + +2) What is the closest ionization stage of the six most common elements for those two temperatures, considering just the ionization energy? + + + + Cluster Orion + + Thermal Average Energy + ──────────────────────── + 2585.2 eV 0.86173 eV + + Near Ionization Stage + ──────────────────────── + H I H I + He II He I + O VIII O I + C VI C I + Ne X Ne I + Fe XXIV Fe I + + We expect all of the elements to be ionized in the cluster, except iron. + + +3) Consider the very important case of H 2 , H 0 , and H + . What is the temperature needed to dissociate H 2 and form H 0 , and then to ionize H 0 ? + + H₂[zero point] = -4.5 eV. + 4.5 eV / kᵦ = 5.2×10⁴ K. + + H⁰[zero point] = 13.6 eV. + 13.6 / kᵦ = 1.58×10⁶ K. \ No newline at end of file diff --git a/hw13/text b/hw13/text new file mode 100644 index 0000000..0fe6e1f --- /dev/null +++ b/hw13/text @@ -0,0 +1,28 @@ +Homework 13, due Oct 10 +1) Use the simple form of the NIST transition probabilities for H I. What is the transition probability for Lyman alpha? Lyman gamma? + + Just reading Aₖᵢ values from the table. + + 6.27×10⁸ s⁻¹ + 1.278×10⁷ s⁻¹ + + +2) What is the transition probability for Balmer alpha? Balmer beta? + + 4.410×10⁷ s⁻¹ + 8.419×10⁶ s⁻¹ + +3) What is the lifetime for the n=2 and n=4 levels of hydrogen? + + This is the inverse of the sum ∑ₗAᵤ﹐ₗ where l = {1..u}. + + n=2: + + Lifetime T = (∑ₗA₂﹐ₗ)⁻¹ + = (6.27×10⁸ s⁻¹)⁻¹ + = 1.60×10⁻⁹ s. + + n=4: + T = (∑ₗA₄﹐ₗ)⁻¹ + = (1.278×10⁷ s⁻¹ + 8.419×10⁶ s⁻¹ + 8.986×10⁶ s⁻¹)⁻¹ + = 3.313×10⁻⁸ s. \ No newline at end of file diff --git a/hw14/.RData b/hw14/.RData new file mode 100644 index 0000000..de3dd94 Binary files /dev/null and b/hw14/.RData differ diff --git a/hw14/.Rhistory b/hw14/.Rhistory new file mode 100644 index 0000000..635defc --- /dev/null +++ b/hw14/.Rhistory @@ -0,0 +1,30 @@ +ls() +data = read.table("partition.tab") +plot(data,type"b") +plot(data,type="b") +data +plot(x=data.V1) +data.V1 +data["partition.tab"] +ls(data) +data[,"V1"] +data = read.table("partition.tab",header=T) +plot(data,type="b") +plot(data,type="b",log="xy") +plot(data,type="b",log="xy",xlab="Temperature (K)",ylab="Partition Function (n.u.)") +pdf("partition.pdf") +plot(data,type="b",log="xy",xlab="Temperature (K)",ylab="Partition Function (n.u.)") +dev.off() +quit() +lyman = read.table("lyman.tab") +plot(lyman,ylab="Emissivity (erg /s /cm^3)",xlab="Temperature (K)",log="xy",type="b") +plot(lyman,ylab="Emissivity (erg /s /cm^3)",xlab="Temperature (K)",log="xy",type="b") +lyman +plot(lyman[,V1],lyman[,V3],,ylab="Emissivity (erg /s /cm^3)",xlab="Temperature (K)",log="xy",type="b") +plot(lyman[,V1],lyman[,V3],ylab="Emissivity (erg /s /cm^3)",xlab="Temperature (K)",log="xy",type="b") +plot(lyman[,"V1"],lyman[,"V3"],ylab="Emissivity (erg /s /cm^3)",xlab="Temperature (K)",log="xy",type="b") +pdf("lyman.pdf") +plot(lyman[,"V1"],lyman[,"V3"],ylab="Emissivity (erg /s /cm^3)",xlab="Temperature (K)",log="xy",type="b") +dev.off() +exit +quit() diff --git a/hw14/lyman.tab b/hw14/lyman.tab new file mode 100644 index 0000000..f810237 --- /dev/null +++ b/hw14/lyman.tab @@ -0,0 +1,7 @@ +10 0 0 +100 0 0 +1000 1.9e-40 1.3e-42 +10000 2199661 22548 +100000 1402819 14380 +1000000 983798 10084 +10000000 949502 9733 \ No newline at end of file diff --git a/hw14/partition.tab b/hw14/partition.tab new file mode 100644 index 0000000..c2ff845 --- /dev/null +++ b/hw14/partition.tab @@ -0,0 +1,9 @@ +T U +10 2 +100 2 +1000 2 +10000 2.095 +100000 139606 +1000000 577892 +10000000 666102 + diff --git a/hw14/text b/hw14/text new file mode 100644 index 0000000..f61191a --- /dev/null +++ b/hw14/text @@ -0,0 +1,27 @@ +Homework 14, due Oct 12 + +1) The partition function of H, given in lecture. + +T U +10 2 +100 2 +1000 2 +10000 2.095 +100000 139606 +1000000 577892 +10000000 666102 + +Plot submitted as pdf. + + + +2) The emissivity of Lyman alpha given in the lecture + +T Density (first excited) Emissivity (erg s⁻¹ cm⁻³) +10 0 0 +100 0 0 +1000 1.9e-40 1.3e-42 +10000 2199661 22548 +100000 1402819 14380 +1000000 983798 10084 +10000000 949502 9733 diff --git a/hw15/.Rhistory b/hw15/.Rhistory new file mode 100644 index 0000000..03d239a --- /dev/null +++ b/hw15/.Rhistory @@ -0,0 +1,46 @@ +curve() +curve( +?curve +curve(0.00308105*exp(-4241.3*x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)") +curve(0.00308105*exp(-4241.3*x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",ylim=c(0,0.004)) +curve(0.00308105*exp(-4241.3*x)*x,xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",ylim=c(0,0.004)) +curve(0.00308105*exp(-4241.3*x)*x,xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",ylim=c(0,0.0004)) +curve(0.00308105*exp(-4241.3*x)*x,xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",ylim=c(0,0.000004)) +curve(0.00308105*exp(-4241.3*x)*x,xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",ylim=c(0,0.0000000004)) +q +curve(0.00308105*exp(-4241.3/x),xlim=c(5000,50000)) +curve(0.00308105*exp(-4241.3/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)")) +curve(0.00308105*exp(-4241.3/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)")) +curve(0.00308105*exp(-4241.3/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)") +curve(0.00308105*exp(-4241.3/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",log="x") +curve(0.00308105*exp(-4241.3/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",log="y") +pdf("lineratio.pdf") +curve(0.00308105*exp(-4241.3/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",log="y") +dev.off() +ln(0.0048/0.00308105)/-4241.3 +log(0.0048/0.00308105)/-4241.3 +log10(0.0048/0.00308105)/-4241.3 +?log +log(0.0048/0.00308105)/-4241.3 +quit() +pdf("lineratio.pdf") +curve(0.00308105*exp(-4241.3/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",log="y") +pdf("lineratio.pdf") +dev.off() +curve(0.00308105*exp(-4241.3/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",log="y") +dev.off() +pdf("lineratio.pdf") +curve(0.0040569*exp(-4241.3/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",log="y") +dev.off() +exit() +exit +quit() +curve(36.070*exp(-32976/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",log="y") +pdf("lineratio.pdf") +curve(36.070*exp(-32976/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="Line Ratio (n.u.)",log="y") +dev.off() +curve(36.070*exp(-32976/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="I[4262A]/I[5007A] (n.u.)",log="y") +pdf("lineratio.pdf") +curve(36.070*exp(-32976/x),xlim=c(5000,50000),xlab="Temperature (K)",ylab="I[4262A]/I[5007A] (n.u.)",log="y") +dev.off() +quit() diff --git a/hw15/text b/hw15/text new file mode 100644 index 0000000..bdb1818 --- /dev/null +++ b/hw15/text @@ -0,0 +1,77 @@ +Homework 15, due Oct 17 + +1) Find the ratio of emission in the [O III] 4363 to 5007 lines as a function of temperature assuming LTE. Use the energies and TPs from NIST and assume LTE. Give this as an equation as a function of temperature. +A₁﹐ᵦ + + j₁/j₂ = g₁/g₂ A₁/A₂ hν₁/hν₂ exp(-E₁₂/kT). + j₁/j₂ = g₁/g₂ A₁/A₂ λ₂/λ₁ exp(-E₁₂/kT). + + g₁/g₂ = 1/3. + A₁/A₂ = 94.292. + λ₂/λ₁ = 1.1476. + E₁₂ = 2.84 eV. + exp(-E₁₂/kT) = exp(-2.84 eV/k × T) = exp(-32976 K⁻¹ × T). + + j₁/j₂ = 1/3 × 94.292 × 1.1476 × exp(-32976 K⁻¹ × T). + j₁/j₂ = 36.070 × exp(-32976 K⁻¹ × T). + +───────────── +2) Plot the line ratio as a function of temperature between 5000 K and 50 000 K. Make the y-axis a log. + + Attached. + +───────────── +3) The line ratio is observed to be I(4363)/I(5007) = 0.0048 in Orion. What would be the LTE temperature? (Orion is not in LTE). +* + + 0.0048 = 36.070 × exp(-32976 K⁻¹ × T). + 0.0048/36.070 = exp(-32976 K⁻¹ × T). + ln(0.0048/36.070) = -32976 K⁻¹ × T. + (ln(0.0048/36.070)/-32976) K = T. + T = 0.0027064 K. + + Way too small! Something wrong. + +───────────── +4) What is the coefficient +the Saha equation, in CGS units? + + ⎛2 π mₑ k T ⎞3/2 + ⎜---------- ⎟ = 2.41468×10¹⁵ g/(K erg s²) T^(3/2). + ⎝ h² ⎠ + +───────────── +5) Assume a hydrogen density of 1e15 cm-3. What is the hydrogen ionization fraction H+/H0 at 6000 K, 10 000 K, and 20 000 K? + + n[ion]/n[atom] = 1/nₑ + × U[ion]/U[atom] + × gₑ + × (coefficient) + × T^(3/2) + × exp(-E[ion]/kT). + + nₑ = 10¹⁵ cm⁻³. + U[ion] = 1. + U[atom] = 10^0.3 ≈ 2. + gₑ = 2. + coefficient = 2.41468×10¹⁵ g/(K erg s²). + + Temperature Ion Fraction + 6000 K 4.196×10⁻⁶ + 10000 K 3.365×10⁻¹ + 20000 K 2.552×10³ + +───────────── +6) Use the Boltzmann equation to find the n=2 population at these three temperatures and give the Lya emissivity. + + Just following the process from hw14. + + 4 π j = n₂ Aᵤₗ hν. + hν = 1.63403 × 10⁻¹¹ ergs. + n₂ differs by temperature: ~1.1×10⁷, ~3.9×10⁷, ~6.3×10⁷. + Aᵤₗ = 6.27×10⁸ s⁻¹. + + Temperature Emissivity + 6000 K 1.136×10⁵ ergs + 10000 K 4.024×10⁵ ergs + 20000 K 6.525×10⁵ ergs \ No newline at end of file diff --git a/hw16/text b/hw16/text new file mode 100644 index 0000000..094e8ad --- /dev/null +++ b/hw16/text @@ -0,0 +1,74 @@ +1) What is the partition function for O III at 10 4 K? + + The partition function for O III is approximately independent of temperature, provided the density is not very small, and can be read from table 3-2B in Stellar Atmospheres. + + U[O III] = 10^0.95 ≈ 8.9. + + I computed this by taking the sum in an excel spreadsheet.. I get ~9.009. Like this: + + Config.  Term J  "Level (eV)" gᵢ E₁ᵢ Weight +        + 2s22p2   3P  0 0 1 0 1 +    1 0.0140323 3 0.0140323 2.951544 +    2 0.0379607 5 0.0379607 4.784523 + 2s22p2   1D  2 2.513565 5 2.513565 0.270513 + 2s22p2   1S  0 5.354349 1 5.354349 0.002002 + 2s2p3   5S°  2 7.479321 5 7.479321 0.000850 + 2s2p3   3D°  3 14.88123 7 14.88123 2.214550E-07 +   2 14.88472 5 14.88472 1.575428E-07 +     1 14.88532 3 14.88532 9.445992E-08 + 2s2p3   3P°  2 17.65299 5 17.65299 6.342369E-09 + ... + + Temperature 1.00E+04 U 9.00943346 + + +2) What is the density of the 1 S level if the total O III density is 1e10 cm -3 ? + + nₜₒₜ/nₛ = g₁ₛ/U. + gᵢ = 2*Jᵢ+1, g₁ₛ = 1. + n₁ₛ/nₜₒₜ = g₁ₛ*exp(-E₁﹐₁ₛ/kT)/8.9 = 0.000222. + n₁ₛ = 2.22×10⁶ cm⁻³. + +3) Assume a temperature of 10 4 K, about that of a typical A star like Vega or Sirius. +What is the hydrogen ionization fraction H + /H total at hydrogen densities of 10 10 , +10 15 and 10 20 cm -3 ? + + I'm actually stuck on how to solve this. I can get the algebraic manipulation to + + nₕ/(nₕ₊)² = 1/nₕ₊ + 1/saha, + but I can't figure out how to solve for nₕ/(nₕ₊). Once I get that, then I just plug the saha equation in the appropriate place and get the density. Most people are saying that they just are not putting the square in and getting about the right answer anyway, so I would appreciate my credit being considered within that context. + + At least for partial credit, the saha equation evaluates to + 6.948×10²². I have the densities, so once this is solved I'll have the density of nₕ₊. + + + ***Late Finish: + + This is a quadratic equation that reads + + (nₕ₊)² + nₕ₊*saha - nₕ*saha = 0, which has positive solution + nₕ₊ = 1/2 (√(saha)*√(4*nₕ+saha) - saha) + + This gives solutions + + nₕ₊ = {1.00×10¹⁰, 4.35×10¹⁴, 1.83×10¹⁷}, so + nₕ₊/nₕ = {1.00, 43.5, 1.83×10³}. + + + This is not right, however. I know these should be different by about 5 orders of magnitude. I am not sure what is wrong. I am copying in my spreadsheet values, because maybe you can help identify where my values went wrong. Thanks. + + +2*pi*me*k/h/h = 17998640157. +(2*pi*me*k/h/h)^3/2 = 2.41×10¹⁵. + +nH 1.00E+10 1.00E+15 1.00E+20 +UH 2 2 2 +UH+ 1 1 1 +ge 2 2 2 +Eion 13.605693 13.605693 13.605693009 +T 1.00E+04 1.00E+04 1.00E+04 +kT 0.86173303 0.86173303 0.86173303 +saha 3.3565×10¹⁴ 3.3565×10¹⁴ 3.3565×10¹⁴ +nH+ 1.00E+10 4.35E+14 1.83E+17 +nH+/nH 1.00E+00 4.35E-01 1.83E-03 diff --git a/hw17/scratch.motes b/hw17/scratch.motes new file mode 100644 index 0000000..06c7d77 --- /dev/null +++ b/hw17/scratch.motes @@ -0,0 +1,15 @@ +λ(obs) = λ(rest) (1 + z) + + + +z = (λ(obs) - λ(rest)) λ(rest)⁻¹ + +adiabatic process +───────────── + P^(1-γ) T^γ = constant + + VT^(f/2) = constant + + TV^(γ-1) = constant + + diff --git a/hw17/text.motes b/hw17/text.motes new file mode 100644 index 0000000..426b079 --- /dev/null +++ b/hw17/text.motes @@ -0,0 +1,27 @@ +Day 17 homework +───────────── +Assume the following very approximate scaling relations for the temperature, density, and age of the universe, as a function of redshift z. + +◆ T kinetic = 2.7 (1+z) K +◆ n(H) ≈ 2.51×10⁻⁷ (1+z)³ cm ⁻³ +◆ Age ≈ 1.3×10¹⁰ (1+z)\^-1.5 yr + +━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ +Find the H + , H 0 , n e density vs z. Neglect all elements other than H, and assume that H + is the only source of free electrons. Use the Saha equation for the kinetic temperature given. Make a plot showing the H + /H and H 0 /H ionization fractions as a function of redshift, for 0.1 < z < 10 6 . Make both axes a base 10 log. + +I use the approximate total hydrogen number density as a function of z. + + n(H) ≈ 2.51×10⁻⁷ (1+z)³ cm ⁻³ + + + +━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ +Find the brems opacity at 0.5 microns vs z. Plot this opacity vs redshift with both axes logs. +━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ +Find the photon mean free path vs z and plot this. Add the visible diameter of the universe, c × Age, to this plot. +━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ +At what redshift does the photon mean free path equal the visible diameter of the universe? The universe is transparent with the mean free path is larger than the diameter, and a foggy photosphere when the mean free path is less. +━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ +What is the temperature at this redshift? +━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ +Assuming Wein’s Law, λₚₑₐₖ ∝ T⁻¹ , what would be the temperature of this blackbody today? How does this compare with the observed CMB temperature of 2.7K? \ No newline at end of file diff --git a/hw18/.RData b/hw18/.RData new file mode 100644 index 0000000..321e7e7 Binary files /dev/null and b/hw18/.RData differ diff --git a/hw18/.Rhistory b/hw18/.Rhistory new file mode 100644 index 0000000..7efa22a --- /dev/null +++ b/hw18/.Rhistory @@ -0,0 +1,237 @@ +data = read.table("h+.tab") +plot(data) +data = read.table("h+.tab") +plot(data[,1]) +plot(data) +data +data = read.table("h+.tab") +plot(data[,1]) +plot(data[,1],data[,9]) +plot(data[,1],data[,9],type="b") +plot(data[,1],data[,9],type="b",log="x") +plot(data[,1],data[,9],type="b",log="xy") +plot(data[,1],data[,9],type="b") +plot(data[,1],data[,9],type="b",log="x") +plot(data[,1],data[,9]/data[,3],type="b",log="x") +.125/2 +data = read.table("h+.tab") +data = read.table("h+.tab") +plot(data[,1],data[,11],type="b",log="x") +plot(data[,1],data[,13],type="b",log="x") +line(data[,1],data[,13],type="b") +line(data[,1],data[,13]) +?line +?lines +lines(data[,1],data[,13],type="b") +lines(data[,1],data[,11],type="b") +pdf("saha.pdf") +plot(data[,1],data[,13],type="b",log="x") +lines(data[,1],data[,11],type="b") +dev.off() +plot(data[,1],data[,13],type="b",log="x") +lines(data[,1],data[,11],type="b",pch="□") +plot(data[,1],data[,13],type="b",log="x") +lines(data[,1],data[,11],type="b",pch="x") +lines(data[,1],data[,11],type="l",pch="x") +plot(data[,1],data[,13],type="l",log="x") +lines(data[,1],data[,11],type="l",pch="x") +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift") +?plot +tick +ticks +label +lab +par +?par +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(1,10,100,1000,10000)) +?xaxp +plot +?plot +?par +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",lab=c(5,5,20)) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",lab=c(7,5,20)) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",lab=c(7,5,5)) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",lab=c(7,5,3)) +?par +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(1,10000,5)) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(1,1000,5)) +?par +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(0,5,1)) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(0,5,1:1)) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(1,5,1)) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(-1,5,1)) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(1,5,1)) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(1,5,1),type="b") +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1)) +lines(data[,1],data[,11],type="l",pch="x") +lines(data[,1],data[,11],type="b",pch="x") +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1).pch="-") +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1),pch="-") +lines(data[,1],data[,11],type="b",pch="|") +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1),pch="-") +lines(data[,1],data[,11],type="b",pch="=") +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1),pch="-") +lines(data[,1],data[,11],type="b",pch="x") +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1),pch="-") +lines(data[,1],data[,11],type="b",pch=".") +lines(data[,1],data[,11],type="b",pch="█") +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1),pch="-") +lines(data[,1],data[,11],type="b",pch="◎") +?lines +lines(data[,1],data[,11],type="b",lty = 1) +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1),pch="-") +lines(data[,1],data[,11],type="b",lty = 1) +lines(data[,1],data[,11],type="l",lty = 1) +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1),pch="-") +lines(data[,1],data[,11],type="l",lty = 1) +lines(data[,1],data[,11],type="l",lty = 2) +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1),pch="-") +lines(data[,1],data[,11],type="l",lty = 2) +plot(data[,1],data[,13],type="b",log="x",xlab="Redshift",xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11],type="b",lty=2) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11],type="l",lty=2) +?legend +legend( x="left", + legend=c("Red line, blue points","Green line, purple points"), + col=c("red","green"), lwd=1, lty=c(1,2), pch=c(15,17), merge=FALSE ) +> plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(1,5,1),lty=3) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13],type="l",log="x",xlab="Redshift",xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11],type="l",lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + ylab="n/nₜₒₜ" + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + ylab="n/nₜₒₜ" + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + ylab="n/n[tot] (n.u.)" + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + ylab="n/n[tot] (n.u.)" + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + ylab="n/nₜₒₜ", + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + ylab="n/nₜₒₜ", + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE )plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + ylab="n/nₜₒₜ", + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + ylab="n/nₜₒₜ", + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift", + ylab="n/nₜₒₜ [n.u.]", + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift [n.u.]", + ylab="n/nₜₒₜ [n.u.]", + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) +quit() diff --git a/hw18/h+.tab b/hw18/h+.tab new file mode 100644 index 0000000..23bf186 --- /dev/null +++ b/hw18/h+.tab @@ -0,0 +1,92 @@ +1.00E+00 5.40E+00 2.01E-06 4.60E+09 3.03E+16 0.00E+00 0.00E+00 0.00E+00 0.00E+00 2.01E-06 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +1.15E+00 5.82E+00 2.51E-06 4.11E+09 3.39E+16 0.00E+00 0.00E+00 0.00E+00 0.00E+00 2.51E-06 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +1.33E+00 6.30E+00 3.19E-06 3.65E+09 3.82E+16 0.00E+00 0.00E+00 0.00E+00 0.00E+00 3.19E-06 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +1.54E+00 6.86E+00 4.11E-06 3.21E+09 4.34E+16 0.00E+00 0.00E+00 0.00E+00 0.00E+00 4.11E-06 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +1.78E+00 7.50E+00 5.38E-06 2.81E+09 4.96E+16 0.00E+00 0.00E+00 0.00E+00 0.00E+00 5.38E-06 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +2.05E+00 8.24E+00 7.15E-06 2.44E+09 5.72E+16 0.00E+00 0.00E+00 0.00E+00 0.00E+00 7.15E-06 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +2.37E+00 9.10E+00 9.62E-06 2.10E+09 6.63E+16 0.00E+00 0.00E+00 0.00E+00 0.00E+00 9.62E-06 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +2.74E+00 1.01E+01 1.31E-05 1.80E+09 7.74E+16 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.31E-05 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +3.16E+00 1.12E+01 1.81E-05 1.53E+09 9.10E+16 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.81E-05 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +3.65E+00 1.26E+01 2.53E-05 1.30E+09 1.07E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 2.53E-05 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +4.22E+00 1.41E+01 3.56E-05 1.09E+09 1.28E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 3.56E-05 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +4.87E+00 1.58E+01 5.08E-05 9.14E+08 1.52E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 5.08E-05 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +5.62E+00 1.79E+01 7.29E-05 7.63E+08 1.83E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 7.29E-05 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +6.49E+00 2.02E+01 1.06E-04 6.34E+08 2.20E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.06E-04 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +7.50E+00 2.29E+01 1.54E-04 5.25E+08 2.65E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.54E-04 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +8.66E+00 2.61E+01 2.26E-04 4.33E+08 3.22E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 2.26E-04 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +1.00E+01 2.97E+01 3.34E-04 3.56E+08 3.91E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 3.34E-04 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +1.15E+01 3.39E+01 4.96E-04 2.92E+08 4.76E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 4.96E-04 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +1.33E+01 3.87E+01 7.39E-04 2.40E+08 5.81E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 7.39E-04 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +1.54E+01 4.43E+01 1.11E-03 1.96E+08 7.11E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.11E-03 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +1.78E+01 5.07E+01 1.66E-03 1.60E+08 8.72E+17 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.66E-03 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +2.05E+01 5.81E+01 2.51E-03 1.30E+08 1.07E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 2.51E-03 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +2.37E+01 6.67E+01 3.79E-03 1.06E+08 1.32E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 3.79E-03 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +2.74E+01 7.66E+01 5.74E-03 8.60E+07 1.62E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 5.74E-03 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +3.16E+01 8.81E+01 8.71E-03 6.98E+07 2.00E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 8.71E-03 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +3.65E+01 1.01E+02 1.33E-02 5.66E+07 2.46E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.33E-02 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +4.22E+01 1.17E+02 2.02E-02 4.58E+07 3.04E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 2.02E-02 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +4.87E+01 1.34E+02 3.08E-02 3.71E+07 3.75E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 3.08E-02 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +5.62E+01 1.55E+02 4.71E-02 3.00E+07 4.64E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 4.71E-02 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +6.49E+01 1.78E+02 7.20E-02 2.43E+07 5.74E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 7.20E-02 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +7.50E+01 2.05E+02 1.10E-01 1.96E+07 7.10E+18 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.10E-01 1.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 +8.66E+01 2.37E+02 1.69E-01 1.59E+07 8.78E+18 1.20E-290 1.05E-271 2.66E-136 2.66E-136 1.69E-01 1.00E+00 1.33E-136 7.89E-136 -1.33E-136 7.89E-136 +1.00E+02 2.73E+02 2.59E-01 1.28E+07 1.09E+19 3.57E-252 3.88E-233 6.34E-117 6.34E-117 2.59E-01 1.00E+00 3.17E-117 1.23E-116 -3.17E-117 1.23E-116 +1.15E+02 3.14E+02 3.97E-01 1.03E+07 1.35E+19 9.25E-219 1.25E-199 4.45E-100 4.45E-100 3.97E-01 1.00E+00 2.22E-100 5.60E-100 -2.22E-100 5.60E-100 +1.33E+02 3.63E+02 6.09E-01 8.35E+06 1.67E+19 9.40E-190 1.57E-170 1.95E-85 1.95E-85 6.09E-01 1.00E+00 9.77E-86 1.60E-85 -9.77E-86 1.60E-85 +1.54E+02 4.18E+02 9.35E-01 6.74E+06 2.07E+19 1.40E-164 2.89E-145 1.04E-72 1.04E-72 9.35E-01 1.00E+00 5.20E-73 5.56E-73 -5.20E-73 5.56E-73 +1.78E+02 4.83E+02 1.44E+00 5.44E+06 2.56E+19 9.67E-143 2.48E-123 1.19E-61 1.19E-61 1.44E+00 1.00E+00 5.96E-62 4.15E-62 -5.96E-62 4.15E-62 +2.05E+02 5.57E+02 2.21E+00 4.39E+06 3.18E+19 8.48E-124 2.69E-104 4.87E-52 4.87E-52 2.21E+00 1.00E+00 2.44E-52 1.10E-52 -2.44E-52 1.10E-52 +2.37E+02 6.43E+02 3.39E+00 3.54E+06 3.94E+19 2.26E-107 8.91E-88 1.10E-43 1.10E-43 3.39E+00 1.00E+00 5.50E-44 1.62E-44 -5.50E-44 1.62E-44 +2.74E+02 7.42E+02 5.21E+00 2.85E+06 4.88E+19 3.95E-93 1.93E-73 2.01E-36 2.01E-36 5.21E+00 1.00E+00 1.00E-36 1.92E-37 -1.00E-36 1.92E-37 +3.16E+02 8.57E+02 8.01E+00 2.30E+06 6.05E+19 8.78E-81 5.31E-61 4.13E-30 4.13E-30 8.01E+00 1.00E+00 2.06E-30 2.57E-31 -2.06E-30 2.57E-31 +3.65E+02 9.89E+02 1.23E+01 1.86E+06 7.51E+19 4.41E-70 3.31E-50 1.28E-24 1.28E-24 1.23E+01 1.00E+00 6.39E-25 5.18E-26 -6.39E-25 5.18E-26 +4.22E+02 1.14E+03 1.90E+01 1.50E+06 9.31E+19 8.29E-61 7.72E-41 7.65E-20 7.65E-20 1.90E+01 1.00E+00 3.83E-20 2.02E-21 -3.83E-20 2.02E-21 +4.87E+02 1.32E+03 2.92E+01 1.21E+06 1.15E+20 9.02E-53 1.04E-32 1.10E-15 1.10E-15 2.92E+01 1.00E+00 5.51E-16 1.89E-17 -5.51E-16 1.89E-17 +5.62E+02 1.52E+03 4.49E+01 9.72E+05 1.43E+20 8.29E-46 1.19E-25 4.62E-12 4.62E-12 4.49E+01 1.00E+00 2.31E-12 5.14E-14 6.40E-16 5.14E-14 +6.49E+02 1.76E+03 6.91E+01 7.84E+05 1.78E+20 8.95E-40 1.59E-19 6.63E-09 6.63E-09 6.91E+01 1.00E+00 3.31E-09 4.80E-11 -1.46E-15 4.80E-11 +7.50E+02 2.03E+03 1.06E+02 6.32E+05 2.20E+20 1.51E-34 3.33E-14 3.76E-06 3.76E-06 1.06E+02 1.00E+00 1.88E-06 1.77E-08 -6.29E-15 1.77E-08 +8.66E+02 2.34E+03 1.64E+02 5.09E+05 2.73E+20 5.09E-30 1.39E-09 9.54E-04 9.54E-04 1.64E+02 1.00E+00 4.77E-04 2.92E-06 2.37E-15 2.92E-06 +1.00E+03 2.70E+03 2.52E+02 4.10E+05 3.39E+20 4.26E-26 1.44E-05 1.21E-01 1.21E-01 2.52E+02 1.00E+00 6.03E-02 2.40E-04 5.71E-15 2.40E-04 +1.15E+03 3.12E+03 3.88E+02 3.31E+05 4.21E+20 1.06E-22 4.48E-02 8.33E+00 8.29E+00 3.83E+02 9.89E-01 4.14E+00 1.07E-02 -2.22E-14 1.08E-02 +1.33E+03 3.60E+03 5.97E+02 2.67E+05 5.22E+20 9.33E-20 4.87E+01 3.44E+02 2.96E+02 4.49E+02 7.52E-01 1.48E+02 2.48E-01 0.00E+00 3.30E-01 +1.54E+03 4.16E+03 9.18E+02 2.15E+05 6.48E+20 3.30E-17 2.14E+04 2.32E+04 1.76E+03 3.63E+01 3.96E-02 8.82E+02 9.60E-01 0.00E+00 2.43E+01 +1.78E+03 4.80E+03 1.41E+03 1.73E+05 8.04E+20 5.33E-15 4.29E+06 4.29E+06 2.83E+03 4.66E-01 3.30E-04 1.41E+03 1.00E+00 0.00E+00 3.03E+03 +2.05E+03 5.55E+03 2.18E+03 1.40E+05 9.98E+20 4.35E-13 4.34E+08 4.34E+08 4.35E+03 1.09E-02 5.01E-06 2.18E+03 1.00E+00 0.00E+00 2.00E+05 +2.37E+03 6.41E+03 3.35E+03 1.13E+05 1.24E+21 1.97E-11 2.44E+10 2.44E+10 6.70E+03 4.59E-04 1.37E-07 3.35E+03 1.00E+00 0.00E+00 7.30E+06 +2.74E+03 7.40E+03 5.16E+03 9.07E+04 1.54E+21 5.36E-10 8.24E+11 8.24E+11 1.03E+04 5.34E-08 1.04E-11 5.16E+03 1.00E+00 0.00E+00 9.65E+10 +3.16E+03 8.54E+03 7.94E+03 7.31E+04 1.91E+21 9.37E-09 1.79E+13 1.79E+13 1.59E+04 -3.01E-04 -3.79E-08 7.94E+03 1.00E+00 0.00E+00 -2.64E+07 +3.65E+03 9.86E+03 1.22E+04 5.89E+04 2.37E+21 1.12E-07 2.64E+14 2.64E+14 2.45E+04 -8.45E-03 -6.91E-07 1.22E+04 1.00E+00 0.00E+00 -1.45E+06 +4.22E+03 1.14E+04 1.88E+04 4.75E+04 2.93E+21 9.53E-07 2.80E+15 2.80E+15 3.77E+04 -1.17E-02 -6.23E-07 1.88E+04 1.00E+00 0.00E+00 -1.61E+06 +4.87E+03 1.32E+04 2.90E+04 3.82E+04 3.64E+21 6.11E-06 2.22E+16 2.22E+16 5.80E+04 -1.11E+00 -3.83E-05 2.90E+04 1.00E+00 0.00E+00 -2.61E+04 +5.62E+03 1.52E+04 4.47E+04 3.08E+04 4.52E+21 3.05E-05 1.38E+17 1.38E+17 8.93E+04 2.63E+00 5.89E-05 4.47E+04 1.00E+00 0.00E+00 1.70E+04 +6.49E+03 1.75E+04 6.88E+04 2.48E+04 5.61E+21 1.23E-04 6.89E+17 6.89E+17 1.38E+05 -3.39E+01 -4.93E-04 6.88E+04 1.00E+00 0.00E+00 -2.03E+03 +7.50E+03 2.02E+04 1.06E+05 2.00E+04 6.96E+21 4.11E-04 2.86E+18 2.86E+18 2.12E+05 -9.58E+01 -9.05E-04 1.06E+05 1.00E+00 0.00E+00 -1.11E+03 +8.66E+03 2.34E+04 1.63E+05 1.61E+04 8.63E+21 1.17E-03 1.01E+19 1.01E+19 3.24E+05 1.26E+03 7.72E-03 1.62E+05 9.92E-01 0.00E+00 1.28E+02 +1.00E+04 2.70E+04 2.51E+05 1.30E+04 1.07E+22 2.89E-03 3.09E+19 3.09E+19 5.00E+05 1.22E+03 4.86E-03 2.50E+05 9.95E-01 0.00E+00 2.05E+02 +1.15E+04 3.12E+04 3.87E+05 1.05E+04 1.33E+22 6.32E-03 8.41E+19 8.41E+19 7.70E+05 1.60E+03 4.13E-03 3.85E+05 9.96E-01 0.00E+00 2.41E+02 +1.33E+04 3.60E+04 5.95E+05 8.44E+03 1.65E+22 1.25E-02 2.06E+20 2.06E+20 1.21E+06 -1.09E+04 -1.82E-02 6.06E+05 1.02E+00 0.00E+00 -5.58E+01 +1.54E+04 4.16E+04 9.17E+05 6.80E+03 2.05E+22 2.24E-02 4.59E+20 4.59E+20 1.84E+06 -7.38E+02 -8.05E-04 9.18E+05 1.00E+00 0.00E+00 -1.24E+03 +1.78E+04 4.80E+04 1.41E+06 5.48E+03 2.54E+22 3.73E-02 9.48E+20 9.48E+20 2.75E+06 3.55E+04 2.51E-02 1.38E+06 9.75E-01 0.00E+00 3.88E+01 +2.05E+04 5.54E+04 2.17E+06 4.42E+03 3.15E+22 5.80E-02 1.83E+21 1.83E+21 4.19E+06 7.67E+04 3.53E-02 2.10E+06 9.65E-01 0.00E+00 2.73E+01 +2.37E+04 6.40E+04 3.35E+06 3.56E+03 3.91E+22 8.49E-02 3.32E+21 3.32E+21 6.82E+06 -6.03E+04 -1.80E-02 3.41E+06 1.02E+00 0.00E+00 -5.65E+01 +2.74E+04 7.39E+04 5.15E+06 2.87E+03 4.85E+22 1.18E-01 5.74E+21 5.74E+21 1.05E+07 -8.80E+04 -1.71E-02 5.24E+06 1.02E+00 0.00E+00 -5.96E+01 +3.16E+04 8.54E+04 7.94E+06 2.31E+03 6.02E+22 1.57E-01 9.48E+21 9.48E+21 1.68E+07 -4.51E+05 -5.68E-02 8.39E+06 1.06E+00 0.00E+00 -1.86E+01 +3.65E+04 9.86E+04 1.22E+07 1.86E+03 7.48E+22 2.02E-01 1.51E+22 1.51E+22 2.52E+07 -3.59E+05 -2.94E-02 1.26E+07 1.03E+00 0.00E+00 -3.50E+01 +4.22E+04 1.14E+05 1.88E+07 1.50E+03 9.28E+22 2.50E-01 2.32E+22 2.32E+22 3.36E+07 2.05E+06 1.09E-01 1.68E+07 8.91E-01 0.00E+00 8.20E+00 +4.87E+04 1.31E+05 2.90E+07 1.21E+03 1.15E+23 3.01E-01 3.46E+22 3.46E+22 5.87E+07 -3.73E+05 -1.29E-02 2.94E+07 1.01E+00 0.00E+00 -7.86E+01 +5.62E+04 1.52E+05 4.46E+07 9.75E+02 1.43E+23 3.54E-01 5.05E+22 5.05E+22 9.23E+07 -1.50E+06 -3.36E-02 4.61E+07 1.03E+00 0.00E+00 -3.08E+01 +6.49E+04 1.75E+05 6.87E+07 7.86E+02 1.77E+23 4.06E-01 7.20E+22 7.20E+22 1.43E+08 -2.57E+06 -3.73E-02 7.13E+07 1.04E+00 0.00E+00 -2.78E+01 +7.50E+04 2.02E+05 1.06E+08 6.33E+02 2.20E+23 4.59E-01 1.01E+23 1.01E+23 2.01E+08 5.19E+06 4.90E-02 1.01E+08 9.51E-01 0.00E+00 1.94E+01 +8.66E+04 2.34E+05 1.63E+08 5.10E+02 2.73E+23 5.09E-01 1.39E+23 1.39E+23 3.19E+08 3.62E+06 2.22E-02 1.59E+08 9.78E-01 0.00E+00 4.41E+01 +1.00E+05 2.70E+05 2.51E+08 4.11E+02 3.39E+23 5.57E-01 1.89E+23 1.89E+23 4.70E+08 1.61E+07 6.42E-02 2.35E+08 9.36E-01 0.00E+00 1.46E+01 +1.15E+05 3.12E+05 3.87E+08 3.31E+02 4.20E+23 6.03E-01 2.53E+23 2.53E+23 7.72E+08 6.56E+05 1.70E-03 3.86E+08 9.98E-01 0.00E+00 5.89E+02 +1.33E+05 3.60E+05 5.95E+08 2.67E+02 5.22E+23 6.45E-01 3.36E+23 3.36E+23 1.14E+09 2.48E+07 4.17E-02 5.70E+08 9.58E-01 0.00E+00 2.30E+01 +1.54E+05 4.16E+05 9.17E+08 2.15E+02 6.47E+23 6.84E-01 4.43E+23 4.43E+23 1.88E+09 -2.29E+07 -2.50E-02 9.40E+08 1.03E+00 0.00E+00 -4.10E+01 +1.78E+05 4.80E+05 1.41E+09 1.73E+02 8.03E+23 7.20E-01 5.78E+23 5.78E+23 2.75E+09 3.58E+07 2.53E-02 1.38E+09 9.75E-01 0.00E+00 3.85E+01 +2.05E+05 5.54E+05 2.17E+09 1.40E+02 9.97E+23 7.52E-01 7.50E+23 7.50E+23 4.29E+09 2.61E+07 1.20E-02 2.15E+09 9.88E-01 0.00E+00 8.22E+01 +2.37E+05 6.40E+05 3.35E+09 1.13E+02 1.24E+24 7.81E-01 9.67E+23 9.67E+23 6.71E+09 -8.26E+06 -2.47E-03 3.36E+09 1.00E+00 0.00E+00 -4.06E+02 +2.74E+05 7.39E+05 5.15E+09 9.07E+01 1.54E+24 8.08E-01 1.24E+24 1.24E+24 1.05E+10 -8.01E+07 -1.55E-02 5.23E+09 1.02E+00 0.00E+00 -6.54E+01 +3.16E+05 8.54E+05 7.94E+09 7.31E+01 1.91E+24 8.31E-01 1.58E+24 1.58E+24 1.61E+10 -1.16E+08 -1.46E-02 8.05E+09 1.01E+00 0.00E+00 -6.96E+01 +3.65E+05 9.86E+05 1.22E+10 5.89E+01 2.36E+24 8.52E-01 2.01E+24 2.01E+24 2.44E+10 9.17E+06 7.50E-04 1.22E+10 9.99E-01 0.00E+00 1.33E+03 +4.22E+05 1.14E+06 1.88E+10 4.75E+01 2.93E+24 8.71E-01 2.55E+24 2.55E+24 3.76E+10 3.20E+07 1.70E-03 1.88E+10 9.98E-01 0.00E+00 5.87E+02 +4.87E+05 1.31E+06 2.90E+10 3.83E+01 3.64E+24 8.87E-01 3.23E+24 3.23E+24 5.80E+10 -5.82E+06 -2.01E-04 2.90E+10 1.00E+00 0.00E+00 -4.98E+03 \ No newline at end of file diff --git a/hw18/plots.R b/hw18/plots.R new file mode 100644 index 0000000..6b5e964 --- /dev/null +++ b/hw18/plots.R @@ -0,0 +1,12 @@ +plot(data[,1],data[,13], + type="l", + log="x", + xlab="Redshift [n.u.]", + ylab="n/nₜₒₜ [n.u.]", + xaxp=c(1,5,1),lty=3) +lines(data[,1],data[,11], + type="l", + lty=2) +legend( x="left", + legend=c("H⁺/H","H⁰/H"), + col=c("black","black"), lwd=1, lty=c(3,2), merge=FALSE ) \ No newline at end of file diff --git a/hw18/text.motes b/hw18/text.motes new file mode 100644 index 0000000..53f3df1 --- /dev/null +++ b/hw18/text.motes @@ -0,0 +1,170 @@ +Homework 18, due Nov 1 +The N II spectrum forms from N + , which is iso-electronic with O III / O 2+. This means that they have the same number of orbiting electrons although the nuclear charge is different. The structure of the energy levels of N II will be similar to O III although the energies and As will bedifferent. In homework 15 did O III. For this we will do N II. Go to NIST and look at the energy levels given there. 1 The lowest terms of O III are 3 P, 1 D, and 1 S, as shown in Lecture 15, top left slide of page 3. The energies of the levels are also given on that slide. How does the energies of the levels in N II compare with O III? What is the net nuclear charge of an orbiting valence electron in N II? What is the net nuclear charge for O III? For both, the net charge is the nuclear charge minus the number of inner electrons that screen the nuclear charge. + + The energy levels have the same ratios, so the absolute value of each level for one ion is a scalar multiple of the absolute value of the energy of the level of the other ion. + + For N II, Z[N II] = 7. For O III, Z[O III] = 8. + + Net nuclear charge Q[N II] = 7 - 1 = 6, and Q[O III] = 8 - 2 = 6. + +───────────── +2. Use these energies to write out the Boltzmann factor, exp −E/kT, for the 1 D and 1 S levels. + + @ 10000 K, kT = 0.6333621 Rydberg + Boltzmann Factor β = exp(-E/kt) = exp(-E/(0.6333621 R)) + + 1D 1S + E 1.396e-1 2.979e-1 + β 4.0111 6.2480e-1 + +───────────── +3. For O III the 1 S – 1 D transition has a wavelength of 4363A. The wavelength of the 1 D – 3 P 2 level is 5007A. Use NIST and air wavelengths to find the wavelength of these two transitions for N II. + + E = hf = hc/λ, λ = hc/E, where E = E₁ - E₂ (a transition from higher energy E₂ to lower energy E₁). + + N II E1 (R) E2 (R) wavelength (A) + 1S → 1D 2.9788E-01 1.3957E-01 5755.9878991494 + 1D → 3P2 1.3957E-01 1.1920E-03 6585.0757723516 + +───────────── +4. Use NIST to find the total Einstein A for the 1 S – 1 D and 1 D – 3 P 2 lines. How do they compare with the As for O III? + + Just looking them up in the table by wavelength, + + N II wavelength (A) A (1/s) + 1S → 1D 5755.9878991494 1.14 + 1D → 3P2 6585.0757723516 8.65e-06 + + By the way, I see that my wavelengths are off a bit. Maybe difference between air and vacuum? + +───────────── +5. What is the Boltzmann factor that predicts the LTE population ratio of the 1 D and 1 S levels? Assume LTE to predict the ratio of the 5755 to 6584 lines. + + I realize now as I inspect homework 15 more closely that I should be doing these things as a function of T. Alright, + + exp(-E₁₂/kT) = exp(-(E₁ᴅ - E₁ꜱ)/kT) + + exp(((E₁ᴅ - E₁ꜱ)/k)/T) + = exp((0.1384 R - 0.1583)/(6.334e-6 R K⁻¹)/T) + = exp((-3147 K)/T). + + Assuming LTE, the line ratio is given by g₁/g₂ A₁/A₂ λ₂/λ₁ exp((-3147 K)/T). + + + g₁/g₂ A₁/A₂ λ₂/λ₁ = 3.316e-5. + + Seems small just based on that we'd be studying something in class that has a lot of action, but I think this should be expected considering the disparity in the einstein probabilities. I guess this just slides the action up or down the temperature scale, anyway. + +───────────── +6. The ratio observed in the Orion Nebula is 0.02 ±0.003. What is the kinetic temperature, including the uncertainty? (This assumes LTE – that is not correct for the Orion Nebula.) + + 3.316e-5 exp((3147 K)/T) = 0.02 ±0.003. + + Note: I've gone back and forth about this, because I would think this exp() factor should be negative, but from + + g₁/g₂ nₜₒₜ/U U/nₜₒₜ exp(-(E₁ - E₀))/exp(-(E₂ - E₀)), + + I get g₁/g₂ exp(E₂ - E₁). + + 3.316e-5 exp((3147 K)/T) = 0.02 ±0.003. + + ln(3.316e-5) (3147 K)/T = ln(0.02 ±0.003). + + T = ln(3.316e-5)/ln(0.02 ±0.003) (3147 K) = 7.966e3 K + ≈ 8000 K. + + This is quite high, like the photosphere of a star a bit hotter than Sol. I expected to get something more like 4000K, because of a previous assignment. I'm thinking there's an error here, but not an egregious one. + +───────────── +We have demonstrated that Mathmatica cannot solve HW 17. Redo this with a spreadsheet. First derive and show the equations that will go in each column of the spreadsheet. In the spreadsheet make the first columns a log10 range in z with 10 < z < 1e5. Makecolumns giving the kinetic temperature, total hydrogen density, and age of the universe. Next use the Saha equation and electron conservation to write down the expression for the H + and H 0 density in terms of the temperature, by solving the quadratic. + + Approximate relationship of redshift z to thermodynamic properties: + + ◆ T kinetic = 2.7 (1+z) K + ◆ n(H) ≈ 2.51×10⁻⁷ (1+z)³ cm ⁻³ + ◆ Age ≈ 1.3×10¹⁰ (1+z)\^-1.5 yr + + The Saha equation for ionized hydrogen is + nᵢₒₙ nₑ/nₐₜₒₘ = Uᵢₒₙgₑ/Uₐₜₒₘ (2πmₑkT/h²)^(3/2) exp(-Eᵢₒₙ/kT). + + Checking units: + + 2πmₑkT/h² → g R (R*s)⁻² + → g R⁻¹ s⁻² + → g (g cm² s⁻²)⁻¹ s⁻² + → cm⁻² + + (2πmₑkT/h²)^3/2 → cm⁻³ + + Of course, nᵢₒₙ = nₑ, for ionized hydrogen. + + (2πmₑkT/h²)^(3/2) = 2.415e15 cm⁻³ K^-(3/2) T^(3/2). + + Established in previous assignments. + + Eᵢₒₙ = 1 R. + gₑ = 2. + Uᵢₒₙ = 1. + Uₐₜₒₘ = 2. + + So, + nᵢₒₙ²/nₐₜₒₘ = (2.415e15 cm⁻³ K^-(3/2) T^(3/2)) exp(-(1 R)/kT). + + Set + α(T) = 2.415e15 cm⁻³ K^-(3/2) T^(3/2), and + β(T) = exp(-(1 R)/kT) = exp(-157900 K T⁻¹), and + γ(T) = α β. + + Then, nᵢₒₙ²/nₐₜₒₘ = γ. + + Particle conservation gives nₜₒₜ - nᵢₒₙ = nₐₜₒₘ. + + To find an expression for the ionized hydrogen fraction, substitute for + + nᵢₒₙ²/(nₜₒₜ - nᵢₒₙ) = γ. + + nᵢₒₙ² + γ nᵢₒₙ - γ nₜₒₜ = 0. + + Quadratic formula gives + + nᵢₒₙ(nₜₒₜ,T) = 1/2 (-√γ √(γ + 4nₜₒₜ) - γ) and + + nᵢₒₙ(nₜₒₜ,T) = 1/2 (√γ √(γ + 4nₜₒₜ) - γ). + + For neutral hydrogen fraction, + + (nₜₒₜ - nₐₜₒₘ)²/nₐₜₒₘ = γ. + + (nₜₒₜ - nₐₜₒₘ)(nₜₒₜ - nₐₜₒₘ) = γ nₐₜₒₘ. + + nₜₒₜ² - 2 nₐₜₒₘ nₜₒₜ + nₐₜₒₘ² = γ nₐₜₒₘ. + + nₐₜₒₘ² + nₜₒₜ² - 2 nₐₜₒₘ nₜₒₜ - γ nₐₜₒₘ = 0. + + nₐₜₒₘ² - nₐₜₒₘ(2 nₜₒₜ + γ) + nₜₒₜ² = 0. + + Quadratic formula gives + + nₐₜₒₘ(nₜₒₜ,T) = 1/2 (± √γ √(γ + 4 nₜₒₜ) + γ + 2 nₜₒₜ). + + Reminder: α(T) = 2.415e15 cm⁻³ K^-(3/2) T^(3/2), and + β(T) = exp(-157900 K⁻¹ T). + +So, I have + + nᵢₒₙ(nₜₒₜ,T) = 1/2 (√γ √(γ + 4nₜₒₜ) - γ), and + + nₐₜₒₘ(nₜₒₜ,T) = 1/2 (√γ √(γ + 4 nₜₒₜ) + γ + 2 nₜₒₜ), with + + γ(T) = 2.415e15 cm⁻³ K^-(3/2) T^(3/2) exp(-157900 K T⁻¹). + +───────────── +Make columns giving the H + and H 0 density at each redshift. Do not take the difference to two nearly identical numbers! Use different solutions for the quadratic to get the H + and H 0 densities. Plot each over the z range 10 to 1e5. The universe recombined at roughly z≈1000. + + OK. I was stuck on this for a long time. I used the above equations, but I have what seems like numerical instability at high redshift. Perhaps I've used an unstable expression, but I think what I'm seeing here is a problem with librecalc when it computes √γ √(γ + 4nₜₒₜ) - γ. It seems that it's leaving out the nₜₒₜ factor where γ is very large, because of the disparity in order, I suppose. This is unfortunate, but I can't see how to fix it at the moment. However, the graph at least shows the general characteristics I'm looking for, with the ionization front at z≃1000. Plot attached. + +───────────── +Find the brems opacity, recalling that the units are cm -1 . Make columns giving the photon mean free path (the inverse of the opacity) and the visible diameter of the universe. At what z do they cross? What is the temperature at that redshift? That is the photosphere we observe. Use the Wien displacement theorem to find the temperature of the blackbody we observe today. + + +Plot axes must be labeled with a font that can be read on a screen. Do not use a tiny font. Clearly label all lines on the plot. Especially clear and well-done examples may be posted as the solution. There will be extra credit if I use yours. \ No newline at end of file diff --git a/hw19/data.tab b/hw19/data.tab new file mode 100644 index 0000000..9bf998a --- /dev/null +++ b/hw19/data.tab @@ -0,0 +1,18 @@ +1.0000E-03 6.0100E-18 4.1000E-09 +1.0000E-02 6.0100E-16 4.1000E-08 +1.0000E-01 6.0100E-14 4.1000E-07 +1.0000E+00 6.0100E-12 4.1000E-06 +1.0000E+01 6.0099E-10 4.1000E-05 +1.0000E+02 6.0091E-08 4.1000E-04 +1.0000E+03 6.0011E-06 4.1000E-03 +1.0000E+04 5.9223E-04 4.1000E-02 +1.0000E+05 5.2352E-02 4.1000E-01 +1.0000E+06 2.4234E+00 4.1000E+00 +1.0000E+07 3.8038E+01 4.1000E+01 +1.0000E+08 4.0336E+02 4.1000E+02 +1.0000E+09 4.0581E+03 4.1000E+03 +1.0000E+10 4.0605E+04 4.1000E+04 +1.0000E+11 4.0608E+05 4.1000E+05 +1.0000E+12 4.0608E+06 4.1000E+06 +1.0000E+13 4.0608E+07 4.1000E+07 +1.0000E+14 4.0608E+08 4.1000E+08 diff --git a/hw19/plot.R b/hw19/plot.R new file mode 100644 index 0000000..ad0cb56 --- /dev/null +++ b/hw19/plot.R @@ -0,0 +1,22 @@ +data = read.table("data.tab") +png("plot.png") +plot( + data[,1], + data[,2], + type="l", + lty=1, + log="xy", + xlim=c(1e-2,1e10), + xlab="Hydrogen Density [cm⁻³]", + ylab="Level Population 1D [cm⁻³]" + ) +lines(data[,1],data[,3],lty=2) +abline(v=6.78e5,lty=3) +legend( + .5, + 1e6, + legend = c("NLTE Steady State","LTE","Critical Density"), + lty=c(1,2,3) +# col=c("blue","green","red") + ) +dev.off() diff --git a/hw19/text.motes b/hw19/text.motes new file mode 100644 index 0000000..1503e53 --- /dev/null +++ b/hw19/text.motes @@ -0,0 +1,85 @@ +Homework 19 (marked homework 21 on the pdf) + +1. Solve the NLTE balance equation (equation 3.24 in AGN3, also given on page 6, side 2, of the lecture notes) for the population of the ¹D level of O III, n(¹D), cm⁻³. That equation gives the dimensionless population ratio n(¹D) / n(3P) we want the population. Assume that the total density of O²⁺ is 10⁻⁴ of the hydrogen density, and that the electron density is equal to the hydrogen density. Vary the hydrogen density n(H) between 10⁻² to 10¹⁰ cm⁻³ in 1 dex steps. Plot log n(¹D) as the x-axis and log n(H) as the y-axis. + +NTLE balance is given by + + n₂/n₁ = nₑ q₁₂/A₂₁ (1 + nₑ q₂₁/A₂₁)⁻¹. + +I model a two level O-III atom. + +I assume density n[O²⁺]/n[H] = 10⁻⁴. + +I assume hydrogen is completely ionized, i.e., + + nₑ = n[H]. + +I will vary n[H], so I need only find the coefficients q and A, which can be pulled from AGN3, + +From combining the 3P levels, + A₂₁(1D→3P) = [6.8e-3 + 2.0e-2 + 1.7e-6] s⁻¹ + = 0.0268 [s⁻¹]. + +The collision strengths are also given in AGN3, + γ₁₂ = 2.29 + +q₂₁ = 8.629e-6 γ₁₂ Tₑ^(-1/2) g₂⁻¹ [cm³/s] + = 1.98e-5 Tₑ^(-1/2) g₂⁻¹ [cm³/s]. + +Assuming electron temperature + Tₑ = 1e4 K. + +g₁ = 9, + combining all the states of the 3P levels. + +g₂ = 2*J + 1, + with J = 2 for 1D, so + g₂ = 5, + +q₂₁ = 1.98e-5 * 1e-2 K^(-1/2) 1/5 + = 3.96e-08 [cm³/s]. + +q₁₂ = q₂₁ g₂/g₁ exp(-Eₜₒₜ/kT). + +Eₜₒₜ = 26169 K. + +q₁₂ = 2.20e-8 exp(-26169/1e4) [cm³/s]. + = 2.20e-8 * 0.073 [cm³/s] + = 1.61e-9 [cm³/s]. + +So, the population ratio is + + n₂/n₁ = nₑ q₁₂/A₂₁ (1 + nₑ q₂₁/A₂₁)⁻¹ + + = nₑ (1.61e-9 [cm³/s])/(0.0268 [s⁻¹]) + × (1 + nₑ (3.96e-08 [cm³/s])/(0.0268 [s⁻¹]))⁻¹ + + = nₑ (1.61e-9/0.0268 [cm³]) + × (1 + nₑ (3.96e-08/0.0268) [cm³])⁻¹ + + = nₑ (6.01e-8 [cm³]) (1 + nₑ (1.48e-6) [cm³])⁻¹. + +This can now be computed across the n[H] density spectrum. + +Plot attached. + + +2. Solve for this population using the Boltzmann equation, assuming U=9. Add this to the plot. + +From the boltzmann equation + + n₂/n₁ = g₂/g₁ exp(-Eₜₒₜ/kt) + = 5/9 * 0.073 + = 0.041. + + + +3. Find the critical density and indicate that on the plot. How does this compare with the density where the ¹D level has come into LTE? + +Critical density can be predicted as + + n[crit] = A₂₁/q₂₁ = 6.78e5 [cm⁻³]. + +This line is drawn on the plot, and shows where the level populations predicted by the NLTE solution agrees with LTE predictions. + + diff --git a/hw2/text b/hw2/text new file mode 100644 index 0000000..92aaccb --- /dev/null +++ b/hw2/text @@ -0,0 +1,53 @@ +(1) + +Solar Luminosity, according to this page, is 3.828 × 10²⁶ W. + +The conversion from W to erg/s is (1 W)/(10⁷ erg/s). + +3.828 × 10²⁶ W × (10⁷ erg/s) / (1 W) = 3.828 × 10³³ erg/s. + +(2) + +It quotes the most powerful quasars exceeding 10⁴¹ W. + +10⁴¹ W × (10⁷ erg/s) / (1 W) = 10⁴⁸ erg/s. + +The article claims that 3C 273 is about 4 trillion times as bright as our sun (intrinsically). + +3.828 × 10³³ erg/s × 4 × 10¹² = 1.531 × 10⁴⁶ erg/s. + +(3) + +Flux F observed by some distant observer is related to intrinsic luminosity L by the inverse square law and the encompassing solid angle 4 π. We use 1 AU as the distance light travels from the sun to the top of earth's atmosphere, but of course in reality the light travels from the sun's photosphere (essentially the outer edge of the sun) and strikes the earth's atmosphere at essentially the edge of the earth's sphere. To compute this more accurately, we could subtract the radii of the earth and sun from the distance. Again, we'll just use 1 AU for these calculations, as indicated by the problem. + +F = L/(4 π d²) = (3.828 × 10³³ erg/s) / ( 12.566 × (1 AU)² ) + +F = (3.046 × 10³² erg/s) / (1 AU)² + = (3.046 × 10³² erg/s) / (1.4960 × 10¹³ cm)² + = (3.046 × 10³² erg/s) / 3.3480 × 10²⁶ + = 9.098 × 1⁵ erg/s/cm² + +(4) + +I note some useful conversions and constants here, then convert the wavelength to cm. To convert from wavelength λ to energy E or frequency ν, I use the DeBroglie relationships and the definition of wave velocity. I also note that one Rydberg is 13.606 eV, the energy needed to ionize hydrogen with an electron in the ground state. + +1 Å = 10⁻⁸ cm. +h = 4.13567 × 10⁻¹⁵ eV s. +c = 29979245800 cm / s. + +λ = 5000 Å × (10⁻⁸ cm/1 Å) + = 5 × 10⁻⁵ cm. + +E = h ν. +λ ν = v = c (for a photon). +∴ E = h c / λ. + +E = (4.13567 × 10⁻¹⁵ eV s) × (29979245800 cm / s) / (5000 Å) × (1 Å/10⁻⁸ cm). + = 2.479686 × 10⁷ × 10⁻¹⁵ × 10⁸ eV s cm Å /s / Å / cm + = 2.480 eV. + +1 Rydberg = 13.606 eV. + +E = 2.480 eV × (1 Rydberg/13.606 eV) + = 0.1823 rydberg. + diff --git a/hw20/text.mth b/hw20/text.mth new file mode 100644 index 0000000..0e5e755 --- /dev/null +++ b/hw20/text.mth @@ -0,0 +1,7 @@ +Homework 20, Day 22, Due Nov 9 + Solve HW17 for the case of non-equilibrium time dependent ionization. + + Plot H+/H and H0/H as a function of redshift, for 100 < z < 1e5. Include the equilibrium solution from HW17 or HW18 on the same plot, but with different line styles. + + Find the recombination and ionization timescales. Make a plot showing these timescales together with the age of the universe. + diff --git a/hw21/.RData b/hw21/.RData new file mode 100644 index 0000000..5049bb5 Binary files /dev/null and b/hw21/.RData differ diff --git a/hw21/.Rhistory b/hw21/.Rhistory new file mode 100644 index 0000000..c9195bd --- /dev/null +++ b/hw21/.Rhistory @@ -0,0 +1,395 @@ +fe = read.table("shock.fe") +fe +plot(fe) +plot(fe[1,]) +fe[1.] +fe[1,] +fe[1,] +fe[1,1] +fe[1,2] +fe[1,,] +fe[2,] +fe[0,] +fe[1,] +plot,x=c(1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28),y=fe[1,]) +plot(x=c(1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28),y=fe[1,]) +1..28 +1...28 +?seq +seq(1..28) +seq(1,28) +plot(seq(1,28),fe[1,]) +plot(seq(1,27),fe[1,2..28]) +plot(seq(1,27),fe[1,2..27]) +plot(seq(1,27),fe[1,2...27]) +plot(seq(1,27),fe[1,]) +plot(seq(1,28),fe[1,]) +plot(seq(1,28),fe[1,2]) +plot(seq(1,28),fe[1,0]) +plot(seq(1,28),fe[1,]) +plot(seq(1,28),fe[1,>1]) +plot(seq(1,28),subset(fe[1,],>1) +?subset +fe[c(seq(2,28)] +fe[c(seq(2,28))] +fe[c(seq(1,28))] +fe[c(seq(2,28)] +plot(seq(1,28),fe[1,c(seq(2,28))]) +plot(seq(2,28),fe[1,c(seq(2,28))]) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b") +pdf("fe_stages.pdf") +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction") +dv.off() +dev.off() +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction") +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(seq(1,28))) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(1,28,1)) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(1,1,28)) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(1,28,28)) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(1,28,27)) +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(1,28,27)) +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(1,28,27)) +fe +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(1,28,0)) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(1,28,0)) +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,0)) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +?for +? +for +?for +for +axis(1,"yo") +?axis +axis(1,at=1,"yo"0 +axis(1,at=1,"yo) +axis(1,at=1,"yo") +axis(1,at=1,label="yo") +fe[1,1] +fe[0,1] +fe[0,2] +fe[1,1] +fe[1,0] +fe[1,] +fe[1,1] +fe[2,1] +fe[2,2] +fe[2,3] +fe[1,3] +fe[0,3] +fe[0,5] +fe[1,5] +fe[1,1] +name(fe[1,1]) +names(fe[1,1]) +names(fe[1,2]) +names(fe[1,3]) +fe +fe[1,] +fe[1,1] +fe[1,2] +fe[1,0] +fe[1,1] +fe[1,2] +fe +title +title(fe[1,1]) +fe[1] +fe[2] +fe[3] +names(fe[3]) +names(fe[4]) +names(fe[5]) +names(fe[6]) +names(fe[1]) +names(fe[2]) +fe +names(fe[3]) +names(fe[4]) +axis(1,at=2,label="Fe") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +axis(1,at=2,label="Fe") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Iron Stages.") +axis(1,at=2,label="Fe") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Iron Stages, AGN Shock Winds") +subtitle("v=10,000 km/s, T = 2e9 K") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K") +?title +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(3,28),axis(1,at=coord,label=paste("FE+",coord-2))) +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(3,28)){axis(1,at=coord,label=paste("FE+",coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(3,28,2)){axis(1,at=coord,label=paste("FE+",coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=paste("FE+",coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=paste("FE-",coord-2))} +?paste +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=paste0("FE-",coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=paste0("FE^+",coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=paste0("FE",^+,coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=paste0("FE",^"+",coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=paste0("FE","^+",coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=paste0("FE",parse("^+"),coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=paste0("FE",parse(text="^+"),coord-2))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("FE","^+",coord-2))) +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("FE","^+",coord-2))} +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("FE","^+",coord-2)))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("FE","^+",coord-2)))} +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +#title("Ionization Fraction for Iron Stages, AGN Shock Winds\rv=10,000 km/s, T = 2e9 K",main="") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("Fe","^+",coord-2)))} +pdf("fe_ion.pdf") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Iron Stages, AGN Shock Winds (v=10,000 km/s, T = 2e9 K)") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("Fe","^+",coord-2)))} +pdf("fe_ion.pdf") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Iron Stages, AGN Shock Winds (v=10,000 km/s, T = 2e9 K)") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("Fe","^+",coord-2)))} +pdf("fe_ion.pdf") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Iron Stages, AGN Shock Winds (v=10,000 km/s, T = 2e9 K)") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("Fe","^+",coord-2)))} +dev.off() +pdf("fe_ion.pdf") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Iron Stages, AGN Shock Winds (v=10,000 km/s, T = 2e9 K)") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("Fe","^+",coord-2)))} +dev.off() +oxy= read.table("shock.oxy",header=T) +oxy +pdf("oxy_ion.pdf") +oxy= read.table("shock.oxy",header=T) +plot(seq(2,12),oxy[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Oxygen Stages, AGN Shock Winds (v=10,000 km/s, T = 2e9 K)") +axis(1,at=2,label="O") +for(coord in seq(4,12,2)){axis(1,at=coord,label=parse(text=paste0("O","^+",coord-2)))} +dev.off() +oxy= read.table("shock.oxy",header=T) +plot(seq(2,12),oxy[1,c(seq(2,12))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +xy[1,c(seq(2,12))] +oxy[1,c(seq(2,12))] +pdf("oxy_ion.pdf") +oxy= read.table("shock.oxy",header=T) +plot(seq(2,12),oxy[1,c(seq(2,12))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Oxygen Stages, AGN Shock Winds (v=10,000 km/s, T = 2e9 K)") +axis(1,at=2,label="O") +for(coord in seq(4,12,2)){axis(1,at=coord,label=parse(text=paste0("O","^+",coord-2)))} +dev.off() +pdf("oxy_ion.pdf") +oxy= read.table("shock.oxy",header=T) +plot(seq(2,10),oxy[1,c(seq(2,10))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Oxygen Stages, AGN Shock Winds (v=10,000 km/s, T = 2e9 K)") +axis(1,at=2,label="O") +for(coord in seq(4,10,2)){axis(1,at=coord,label=parse(text=paste0("O","^+",coord-2)))} +dev.off() +pdf("fe_ion.pdf") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Iron Stages, AGN Shock Winds (v=10,000 km/s)") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("Fe","^+",coord-2)))} +dev.off() +pdf("oxy_ion.pdf") +oxy= read.table("shock.oxy",header=T) +plot(seq(2,10),oxy[1,c(seq(2,10))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Oxygen Stages, AGN Shock Winds (v=10,000 km/s)") +axis(1,at=2,label="O") +for(coord in seq(4,10,2)){axis(1,at=coord,label=parse(text=paste0("O","^+",coord-2)))} +dev.off() +pdf("fe_ion.pdf") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Fe Stages, AGN Shock Winds (v=10,000 km/s)") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("Fe","^+",coord-2)))} +dev.off() +pdf("oxy_ion.pdf") +oxy= read.table("shock.oxy",header=T) +plot(seq(2,10),oxy[1,c(seq(2,10))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for O Stages, AGN Shock Winds (v=10,000 km/s)") +axis(1,at=2,label="O") +for(coord in seq(4,10,2)){axis(1,at=coord,label=parse(text=paste0("O","^+",coord-2)))} +dev.off() +pdf("cont.pdf") +cont = read.table("shock.con") +plot(cont[,1],cont[,7]) +cont +pdf("cont.pdf") +cont = read.table("shock.con") +plot(cont[,1],cont[,7]) +dev.off() +?plot +?Read +?read +?read +?read.table +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,7]) +dev.off() +cont +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,4]) +dev.off() +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,4],log="xy") +dev.off() +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,4],log="x") +dev.off() +plot(cont) +plot(cont) +plot(cont) +plot(cont[,1],cont[,4],log="x") +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,4],log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab="Intensity (ergs/cm/cm/s)") +dev.off() +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,4],log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab="Flux (ergs/cm/cm/s)") +dev.off() +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,4],log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab="Flux (ergs/cm^2/s)") +dev.off() +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,4],log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text="Flux (ergs/cm^2/s)")) +dev.off() +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,4],log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text=paste("Flux,(ergs/cm^2/s)"))) +dev.off() +pdf("cont.pdf") +cont = read.table("shock.con",fill=T) +plot(cont[,1],cont[,4],log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text=paste("Flux","(ergs/cm^2/s)"))) +dev.off() +cont[,1] +cont[,4] +cont[,3] +cont[,2] +cont = read.table("cont.preplot") +plot(cont) +plot(cont) +cont +cont[1] +cont[2] +plot(cont[1],cont[2]) +cont[1,] +cont[,1] +cont[,2] +pdf("cont.pdf") +cont = read.table("cont.preplot",fill=T) +plot(cont[,1],cont[,2],log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text=paste("Flux","(ergs/cm^2/s)"))) +dev.off() +pdf("cont.pdf") +cont = read.table("cont.preplot",fill=T) +plot(cont[,1],cont[,2],type="l",log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text=paste("Flux","(ergs/cm^2/s)"))) +dev.off() +pdf("cont.pdf") +cont = read.table("cont.preplot",fill=T) +plot(cont[,1],cont[,2],type="l",log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text=paste("Flux","(ergs/cm^2/s)"))) +title("Emitted Continuum, AGN Shock Winds (v=10,000 km/s, T=2e9 K) ") +dev.off()pdf("cont.pdf") +cont = read.table("cont.preplot",fill=T) +plot(cont[,1],cont[,2],type="l",log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text=paste("Flux","(ergs/cm^2/s)"))) +title("Emitted Continuum, AGN Shock Winds (v=10,000 km/s, T=2e9 K) ") +dev.off() +pdf("cont.pdf") +cont = read.table("cont.preplot",fill=T) +plot(cont[,1],cont[,2],type="l",log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text=paste("Flux","(ergs/cm^2/s)"))) +title("Emitted Continuum, AGN Shock Winds (v=10,000 km/s, T=2e9 K) ") +dev.off() +pdf("cont.pdf") +cont = read.table("cont.preplot",fill=T) +plot(cont[,1],cont[,2],type="l",log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text=paste("Flux","(ergs/cm^2/s)"))) +title("Emitted Continuum, AGN Shock Winds (v=10,000 km/s, T=2e9 K) ") +dev.off() +exit +quit() diff --git a/hw21/cont.preplot b/hw21/cont.preplot new file mode 100644 index 0000000..82fbccb --- /dev/null +++ b/hw21/cont.preplot @@ -0,0 +1,8229 @@ +#Energy/um total +2.99293e+07 8.055e-34 +2.98297e+07 8.080e-34 +2.97304e+07 8.106e-34 +2.96315e+07 8.131e-34 +2.95329e+07 8.157e-34 +2.94347e+07 8.183e-34 +2.93367e+07 8.209e-34 +2.92391e+07 8.235e-34 +2.91418e+07 8.261e-34 +2.90448e+07 8.287e-34 +2.89482e+07 8.313e-34 +2.88519e+07 8.340e-34 +2.87559e+07 8.366e-34 +2.86602e+07 8.393e-34 +2.85648e+07 8.419e-34 +2.84698e+07 8.446e-34 +2.83750e+07 8.473e-34 +2.82806e+07 8.499e-34 +2.81865e+07 8.526e-34 +2.80927e+07 8.553e-34 +2.79993e+07 8.580e-34 +2.79061e+07 8.608e-34 +2.78132e+07 8.635e-34 +2.77207e+07 8.662e-34 +2.76285e+07 8.690e-34 +2.75365e+07 8.717e-34 +2.74449e+07 8.745e-34 +2.73536e+07 8.772e-34 +2.72626e+07 8.800e-34 +2.71718e+07 8.828e-34 +2.70814e+07 8.856e-34 +2.69913e+07 8.884e-34 +2.69015e+07 8.912e-34 +2.68120e+07 8.940e-34 +2.67228e+07 8.969e-34 +2.66339e+07 8.997e-34 +2.65452e+07 9.026e-34 +2.64569e+07 9.054e-34 +2.63689e+07 9.083e-34 +2.62811e+07 9.112e-34 +2.61937e+07 9.140e-34 +2.61065e+07 9.169e-34 +2.60197e+07 9.198e-34 +2.59331e+07 9.227e-34 +2.58468e+07 9.257e-34 +2.57608e+07 9.286e-34 +2.56751e+07 9.315e-34 +2.55896e+07 9.345e-34 +2.55045e+07 9.375e-34 +2.54196e+07 9.404e-34 +2.53351e+07 9.434e-34 +2.52508e+07 9.464e-34 +2.51667e+07 9.494e-34 +2.50830e+07 9.524e-34 +2.49995e+07 9.554e-34 +2.49163e+07 9.584e-34 +2.48334e+07 9.615e-34 +2.47508e+07 9.645e-34 +2.46685e+07 9.676e-34 +2.45864e+07 9.706e-34 +2.45046e+07 9.737e-34 +2.44230e+07 9.768e-34 +2.43418e+07 9.799e-34 +2.42608e+07 9.830e-34 +2.41800e+07 9.861e-34 +2.40996e+07 9.892e-34 +2.40194e+07 9.923e-34 +2.39395e+07 9.955e-34 +2.38598e+07 9.986e-34 +2.37804e+07 1.002e-33 +2.37013e+07 1.005e-33 +2.36224e+07 1.008e-33 +2.35438e+07 1.011e-33 +2.34655e+07 1.015e-33 +2.33874e+07 1.018e-33 +2.33096e+07 1.021e-33 +2.32320e+07 1.024e-33 +2.31547e+07 1.027e-33 +2.30777e+07 1.031e-33 +2.30009e+07 1.034e-33 +2.29244e+07 1.037e-33 +2.28481e+07 1.041e-33 +2.27720e+07 1.044e-33 +2.26963e+07 1.047e-33 +2.26208e+07 1.050e-33 +2.25455e+07 1.054e-33 +2.24705e+07 1.057e-33 +2.23957e+07 1.060e-33 +2.23212e+07 1.064e-33 +2.22469e+07 1.067e-33 +2.21729e+07 1.071e-33 +2.20991e+07 1.074e-33 +2.20256e+07 1.077e-33 +2.19523e+07 1.081e-33 +2.18792e+07 1.084e-33 +2.18064e+07 1.088e-33 +2.17339e+07 1.091e-33 +2.16616e+07 1.095e-33 +2.15895e+07 1.098e-33 +2.15176e+07 1.101e-33 +2.14460e+07 1.105e-33 +2.13747e+07 1.108e-33 +2.13036e+07 1.112e-33 +2.12327e+07 1.115e-33 +2.11620e+07 1.119e-33 +2.10916e+07 1.123e-33 +2.10214e+07 1.126e-33 +2.09515e+07 1.130e-33 +2.08818e+07 1.133e-33 +2.08123e+07 1.137e-33 +2.07430e+07 1.140e-33 +2.06740e+07 1.144e-33 +2.06052e+07 1.148e-33 +2.05367e+07 1.151e-33 +2.04683e+07 1.155e-33 +2.04002e+07 1.159e-33 +2.03323e+07 1.162e-33 +2.02647e+07 1.166e-33 +2.01973e+07 1.170e-33 +2.01301e+07 1.173e-33 +2.00631e+07 1.177e-33 +1.99963e+07 1.181e-33 +1.99298e+07 1.185e-33 +1.98635e+07 1.188e-33 +1.97974e+07 1.192e-33 +1.97315e+07 1.196e-33 +1.96658e+07 1.200e-33 +1.96004e+07 1.203e-33 +1.95352e+07 1.207e-33 +1.94702e+07 1.211e-33 +1.94054e+07 1.215e-33 +1.93408e+07 1.219e-33 +1.92765e+07 1.223e-33 +1.92123e+07 1.226e-33 +1.91484e+07 1.230e-33 +1.90847e+07 1.234e-33 +1.90212e+07 1.238e-33 +1.89579e+07 1.242e-33 +1.88948e+07 1.246e-33 +1.88319e+07 1.250e-33 +1.87693e+07 1.254e-33 +1.87068e+07 1.258e-33 +1.86446e+07 1.262e-33 +1.85825e+07 1.266e-33 +1.85207e+07 1.270e-33 +1.84591e+07 1.274e-33 +1.83977e+07 1.278e-33 +1.83364e+07 1.282e-33 +1.82754e+07 1.286e-33 +1.82146e+07 1.290e-33 +1.81540e+07 1.294e-33 +1.80936e+07 1.298e-33 +1.80334e+07 1.302e-33 +1.79734e+07 1.307e-33 +1.79136e+07 1.311e-33 +1.78540e+07 1.315e-33 +1.77946e+07 1.319e-33 +1.77354e+07 1.323e-33 +1.76764e+07 1.327e-33 +1.76175e+07 1.332e-33 +1.75589e+07 1.336e-33 +1.75005e+07 1.340e-33 +1.74423e+07 1.344e-33 +1.73842e+07 1.348e-33 +1.73264e+07 1.353e-33 +1.72687e+07 1.357e-33 +1.72113e+07 1.361e-33 +1.71540e+07 1.366e-33 +1.70969e+07 1.370e-33 +1.70400e+07 1.374e-33 +1.69833e+07 1.379e-33 +1.69268e+07 1.383e-33 +1.68705e+07 1.387e-33 +1.68144e+07 1.392e-33 +1.67584e+07 1.396e-33 +1.67027e+07 1.401e-33 +1.66471e+07 1.405e-33 +1.65917e+07 1.409e-33 +1.65365e+07 1.414e-33 +1.64815e+07 1.418e-33 +1.64266e+07 1.423e-33 +1.63720e+07 1.427e-33 +1.63175e+07 1.432e-33 +1.62632e+07 1.436e-33 +1.62091e+07 1.441e-33 +1.61551e+07 1.446e-33 +1.61014e+07 1.450e-33 +1.60478e+07 1.455e-33 +1.59944e+07 1.459e-33 +1.59412e+07 1.464e-33 +1.58881e+07 1.469e-33 +1.58353e+07 1.473e-33 +1.57826e+07 1.478e-33 +1.57301e+07 1.483e-33 +1.56777e+07 1.487e-33 +1.56256e+07 1.492e-33 +1.55736e+07 1.497e-33 +1.55217e+07 1.501e-33 +1.54701e+07 1.506e-33 +1.54186e+07 1.511e-33 +1.53673e+07 1.516e-33 +1.53162e+07 1.521e-33 +1.52652e+07 1.525e-33 +1.52144e+07 1.530e-33 +1.51638e+07 1.535e-33 +1.51133e+07 1.540e-33 +1.50631e+07 1.545e-33 +1.50129e+07 1.550e-33 +1.49630e+07 1.555e-33 +1.49132e+07 1.560e-33 +1.48636e+07 1.564e-33 +1.48141e+07 1.569e-33 +1.47648e+07 1.574e-33 +1.47157e+07 1.579e-33 +1.46667e+07 1.584e-33 +1.46179e+07 1.589e-33 +1.45693e+07 1.594e-33 +1.45208e+07 1.599e-33 +1.44725e+07 1.605e-33 +1.44243e+07 1.610e-33 +1.43763e+07 1.615e-33 +1.43285e+07 1.620e-33 +1.42808e+07 1.625e-33 +1.42333e+07 1.630e-33 +1.41859e+07 1.635e-33 +1.41387e+07 1.640e-33 +1.40917e+07 1.646e-33 +1.40448e+07 1.651e-33 +1.39981e+07 1.656e-33 +1.39515e+07 1.661e-33 +1.39051e+07 1.667e-33 +1.38588e+07 1.672e-33 +1.38127e+07 1.677e-33 +1.37667e+07 1.682e-33 +1.37209e+07 1.688e-33 +1.36753e+07 1.693e-33 +1.36298e+07 1.698e-33 +1.35844e+07 1.704e-33 +1.35392e+07 1.709e-33 +1.34942e+07 1.715e-33 +1.34493e+07 1.720e-33 +1.34045e+07 1.726e-33 +1.33599e+07 1.731e-33 +1.33155e+07 1.736e-33 +1.32712e+07 1.742e-33 +1.32270e+07 1.748e-33 +1.31830e+07 1.753e-33 +1.31391e+07 1.759e-33 +1.30954e+07 1.764e-33 +1.30518e+07 1.770e-33 +1.30084e+07 1.775e-33 +1.29651e+07 1.781e-33 +1.29220e+07 1.787e-33 +1.28790e+07 1.792e-33 +1.28361e+07 1.798e-33 +1.27934e+07 1.804e-33 +1.27508e+07 1.809e-33 +1.27084e+07 1.815e-33 +1.26661e+07 1.821e-33 +1.26240e+07 1.827e-33 +1.25820e+07 1.832e-33 +1.25401e+07 1.838e-33 +1.24984e+07 1.844e-33 +1.24568e+07 1.850e-33 +1.24153e+07 1.856e-33 +1.23740e+07 1.862e-33 +1.23329e+07 1.867e-33 +1.22918e+07 1.873e-33 +1.22509e+07 1.879e-33 +1.22102e+07 1.885e-33 +1.21695e+07 1.891e-33 +1.21290e+07 1.897e-33 +1.20887e+07 1.903e-33 +1.20485e+07 1.909e-33 +1.20084e+07 1.915e-33 +1.19684e+07 1.921e-33 +1.19286e+07 1.927e-33 +1.18889e+07 1.934e-33 +1.18493e+07 1.940e-33 +1.18099e+07 1.946e-33 +1.17706e+07 1.952e-33 +1.17314e+07 1.958e-33 +1.16924e+07 1.964e-33 +1.16535e+07 1.971e-33 +1.16147e+07 1.977e-33 +1.15761e+07 1.983e-33 +1.15376e+07 1.989e-33 +1.14992e+07 1.996e-33 +1.14609e+07 2.002e-33 +1.14228e+07 2.008e-33 +1.13848e+07 2.015e-33 +1.13469e+07 2.021e-33 +1.13091e+07 2.027e-33 +1.12715e+07 2.034e-33 +1.12340e+07 2.040e-33 +1.11966e+07 2.047e-33 +1.11594e+07 2.053e-33 +1.11222e+07 2.060e-33 +1.10852e+07 2.066e-33 +1.10483e+07 2.073e-33 +1.10116e+07 2.079e-33 +1.09749e+07 2.086e-33 +1.09384e+07 2.093e-33 +1.09020e+07 2.099e-33 +1.08657e+07 2.106e-33 +1.08296e+07 2.112e-33 +1.07935e+07 2.119e-33 +1.07576e+07 2.126e-33 +1.07218e+07 2.133e-33 +1.06862e+07 2.139e-33 +1.06506e+07 2.146e-33 +1.06152e+07 2.153e-33 +1.05798e+07 2.160e-33 +1.05446e+07 2.167e-33 +1.05096e+07 2.173e-33 +1.04746e+07 2.180e-33 +1.04397e+07 2.187e-33 +1.04050e+07 2.194e-33 +1.03704e+07 2.201e-33 +1.03359e+07 2.208e-33 +1.03015e+07 2.215e-33 +1.02672e+07 2.222e-33 +1.02330e+07 2.229e-33 +1.01990e+07 2.236e-33 +1.01650e+07 2.243e-33 +1.01312e+07 2.250e-33 +1.00975e+07 2.257e-33 +1.00639e+07 2.265e-33 +1.00304e+07 2.272e-33 +9.99705e+06 2.279e-33 +9.96379e+06 2.286e-33 +9.93063e+06 2.293e-33 +9.89759e+06 2.301e-33 +9.86465e+06 2.308e-33 +9.83183e+06 2.315e-33 +9.79912e+06 2.323e-33 +9.76651e+06 2.330e-33 +9.73401e+06 2.337e-33 +9.70162e+06 2.345e-33 +9.66934e+06 2.352e-33 +9.63717e+06 2.360e-33 +9.60510e+06 2.367e-33 +9.57314e+06 2.375e-33 +9.54129e+06 2.382e-33 +9.50954e+06 2.390e-33 +9.47790e+06 2.397e-33 +9.44636e+06 2.405e-33 +9.41493e+06 2.412e-33 +9.38360e+06 2.420e-33 +9.35238e+06 2.428e-33 +9.32126e+06 2.435e-33 +9.29024e+06 2.443e-33 +9.25933e+06 2.451e-33 +9.22852e+06 2.459e-33 +9.19781e+06 2.466e-33 +9.16721e+06 2.474e-33 +9.13670e+06 2.482e-33 +9.10630e+06 2.490e-33 +9.07600e+06 2.498e-33 +9.04580e+06 2.506e-33 +9.01570e+06 2.514e-33 +8.98570e+06 2.522e-33 +8.95581e+06 2.530e-33 +8.92601e+06 2.538e-33 +8.89630e+06 2.546e-33 +8.86670e+06 2.554e-33 +8.83720e+06 2.562e-33 +8.80779e+06 2.570e-33 +8.77849e+06 2.578e-33 +8.74928e+06 2.586e-33 +8.72016e+06 2.594e-33 +8.69115e+06 2.603e-33 +8.66223e+06 2.611e-33 +8.63341e+06 2.619e-33 +8.60468e+06 2.627e-33 +8.57605e+06 2.636e-33 +8.54751e+06 2.644e-33 +8.51907e+06 2.652e-33 +8.49072e+06 2.661e-33 +8.46247e+06 2.669e-33 +8.43431e+06 2.678e-33 +8.40625e+06 2.686e-33 +8.37828e+06 2.695e-33 +8.35040e+06 2.703e-33 +8.32262e+06 2.712e-33 +8.29492e+06 2.720e-33 +8.26732e+06 2.729e-33 +8.23981e+06 2.738e-33 +8.21240e+06 2.746e-33 +8.18507e+06 2.755e-33 +8.15783e+06 2.764e-33 +8.13069e+06 2.772e-33 +8.10364e+06 2.781e-33 +8.07667e+06 2.790e-33 +8.04980e+06 2.799e-33 +8.02301e+06 2.808e-33 +7.99632e+06 2.817e-33 +7.96971e+06 2.825e-33 +7.94319e+06 2.834e-33 +7.91676e+06 2.843e-33 +7.89042e+06 2.852e-33 +7.86416e+06 2.861e-33 +7.83800e+06 2.870e-33 +7.81191e+06 2.880e-33 +7.78592e+06 2.889e-33 +7.76001e+06 2.898e-33 +7.73419e+06 2.907e-33 +7.70846e+06 2.916e-33 +7.68281e+06 2.925e-33 +7.65725e+06 2.935e-33 +7.63177e+06 2.944e-33 +7.60637e+06 2.953e-33 +7.58106e+06 2.963e-33 +7.55584e+06 2.972e-33 +7.53070e+06 2.981e-33 +7.50564e+06 2.991e-33 +7.48066e+06 3.000e-33 +7.45577e+06 3.010e-33 +7.43096e+06 3.019e-33 +7.40624e+06 3.029e-33 +7.38159e+06 3.038e-33 +7.35703e+06 3.048e-33 +7.33255e+06 3.058e-33 +7.30815e+06 3.067e-33 +7.28384e+06 3.077e-33 +7.25960e+06 3.087e-33 +7.23544e+06 3.097e-33 +7.21137e+06 3.106e-33 +7.18737e+06 3.116e-33 +7.16346e+06 3.126e-33 +7.13962e+06 3.136e-33 +7.11587e+06 3.146e-33 +7.09219e+06 3.156e-33 +7.06859e+06 3.166e-33 +7.04507e+06 3.176e-33 +7.02163e+06 3.186e-33 +6.99826e+06 3.196e-33 +6.97498e+06 3.206e-33 +6.95177e+06 3.216e-33 +6.92864e+06 3.227e-33 +6.90558e+06 3.237e-33 +6.88260e+06 3.247e-33 +6.85970e+06 3.257e-33 +6.83688e+06 3.268e-33 +6.81413e+06 3.278e-33 +6.79146e+06 3.288e-33 +6.76886e+06 3.299e-33 +6.74633e+06 3.309e-33 +6.72389e+06 3.320e-33 +6.70151e+06 3.330e-33 +6.67922e+06 3.341e-33 +6.65699e+06 3.351e-33 +6.63484e+06 3.362e-33 +6.61276e+06 3.373e-33 +6.59076e+06 3.383e-33 +6.56883e+06 3.394e-33 +6.54697e+06 3.405e-33 +6.52519e+06 3.415e-33 +6.50348e+06 3.426e-33 +6.48184e+06 3.437e-33 +6.46027e+06 3.448e-33 +6.43877e+06 3.459e-33 +6.41735e+06 3.470e-33 +6.39599e+06 3.481e-33 +6.37471e+06 3.492e-33 +6.35350e+06 3.503e-33 +6.33236e+06 3.514e-33 +6.31129e+06 3.525e-33 +6.29029e+06 3.536e-33 +6.26936e+06 3.547e-33 +6.24850e+06 3.559e-33 +6.22771e+06 3.570e-33 +6.20698e+06 3.581e-33 +6.18633e+06 3.593e-33 +6.16575e+06 3.604e-33 +6.14523e+06 3.615e-33 +6.12478e+06 3.627e-33 +6.10440e+06 3.638e-33 +6.08409e+06 3.650e-33 +6.06385e+06 3.661e-33 +6.04367e+06 3.673e-33 +6.02356e+06 3.685e-33 +6.00352e+06 3.696e-33 +5.98354e+06 3.708e-33 +5.96363e+06 3.720e-33 +5.94379e+06 3.731e-33 +5.92401e+06 3.743e-33 +5.90430e+06 3.755e-33 +5.88465e+06 3.767e-33 +5.86507e+06 3.779e-33 +5.84556e+06 3.791e-33 +5.82610e+06 3.803e-33 +5.80672e+06 3.815e-33 +5.78740e+06 3.827e-33 +5.76814e+06 3.839e-33 +5.74895e+06 3.851e-33 +5.72982e+06 3.863e-33 +5.71075e+06 3.876e-33 +5.69175e+06 3.888e-33 +5.67281e+06 3.900e-33 +5.65394e+06 3.913e-33 +5.63512e+06 3.925e-33 +5.61637e+06 3.937e-33 +5.59768e+06 3.950e-33 +5.57906e+06 3.962e-33 +5.56049e+06 3.975e-33 +5.54199e+06 3.988e-33 +5.52355e+06 4.000e-33 +5.50517e+06 4.013e-33 +5.48685e+06 4.025e-33 +5.46860e+06 4.038e-33 +5.45040e+06 4.051e-33 +5.43227e+06 4.064e-33 +5.41419e+06 4.077e-33 +5.39618e+06 4.090e-33 +5.37822e+06 4.103e-33 +5.36032e+06 4.116e-33 +5.34249e+06 4.129e-33 +5.32471e+06 4.142e-33 +5.30699e+06 4.155e-33 +5.28934e+06 4.168e-33 +5.27173e+06 4.181e-33 +5.25419e+06 4.194e-33 +5.23671e+06 4.208e-33 +5.21929e+06 4.221e-33 +5.20192e+06 4.234e-33 +5.18461e+06 4.248e-33 +5.16736e+06 4.261e-33 +5.15017e+06 4.275e-33 +5.13303e+06 4.288e-33 +5.11595e+06 4.302e-33 +5.09893e+06 4.315e-33 +5.08196e+06 4.329e-33 +5.06505e+06 4.343e-33 +5.04820e+06 4.356e-33 +5.03140e+06 4.370e-33 +5.01466e+06 4.384e-33 +4.99797e+06 4.398e-33 +4.98134e+06 4.412e-33 +4.96477e+06 4.426e-33 +4.94825e+06 4.440e-33 +4.93178e+06 4.454e-33 +4.91537e+06 4.468e-33 +4.89901e+06 4.482e-33 +4.88271e+06 4.496e-33 +4.86647e+06 4.511e-33 +4.85027e+06 4.525e-33 +4.83414e+06 4.539e-33 +4.81805e+06 4.554e-33 +4.80202e+06 4.568e-33 +4.78604e+06 4.582e-33 +4.77012e+06 4.597e-33 +4.75424e+06 4.611e-33 +4.73842e+06 4.626e-33 +4.72266e+06 4.641e-33 +4.70694e+06 4.655e-33 +4.69128e+06 4.670e-33 +4.67567e+06 4.685e-33 +4.66011e+06 4.700e-33 +4.64461e+06 4.715e-33 +4.62915e+06 4.730e-33 +4.61375e+06 4.745e-33 +4.59840e+06 4.760e-33 +4.58310e+06 4.775e-33 +4.56785e+06 4.790e-33 +4.55265e+06 4.805e-33 +4.53750e+06 4.820e-33 +4.52240e+06 4.835e-33 +4.50735e+06 4.851e-33 +4.49235e+06 4.866e-33 +4.47741e+06 4.881e-33 +4.46251e+06 4.897e-33 +4.44766e+06 4.912e-33 +4.43286e+06 4.928e-33 +4.41811e+06 4.943e-33 +4.40341e+06 4.959e-33 +4.38876e+06 4.975e-33 +4.37415e+06 4.991e-33 +4.35960e+06 5.006e-33 +4.34509e+06 5.022e-33 +4.33064e+06 5.038e-33 +4.31623e+06 5.054e-33 +4.30186e+06 5.070e-33 +4.28755e+06 5.086e-33 +4.27328e+06 5.102e-33 +4.25906e+06 5.118e-33 +4.24489e+06 5.135e-33 +4.23077e+06 5.151e-33 +4.21669e+06 5.167e-33 +4.20266e+06 5.183e-33 +4.18868e+06 5.200e-33 +4.17474e+06 5.216e-33 +4.16085e+06 5.233e-33 +4.14700e+06 5.249e-33 +4.13320e+06 5.266e-33 +4.11945e+06 5.283e-33 +4.10574e+06 5.299e-33 +4.09208e+06 5.316e-33 +4.07847e+06 5.333e-33 +4.06489e+06 5.350e-33 +4.05137e+06 5.367e-33 +4.03789e+06 5.384e-33 +4.02445e+06 5.401e-33 +4.01106e+06 5.418e-33 +3.99772e+06 5.435e-33 +3.98441e+06 5.452e-33 +3.97116e+06 5.470e-33 +3.95794e+06 5.487e-33 +3.94477e+06 5.504e-33 +3.93165e+06 5.522e-33 +3.91856e+06 5.539e-33 +3.90552e+06 5.557e-33 +3.89253e+06 5.574e-33 +3.87958e+06 5.592e-33 +3.86667e+06 5.610e-33 +3.85380e+06 5.627e-33 +3.84098e+06 5.645e-33 +3.82820e+06 5.663e-33 +3.81546e+06 5.681e-33 +3.80276e+06 5.699e-33 +3.79011e+06 5.717e-33 +3.77750e+06 5.735e-33 +3.76493e+06 5.753e-33 +3.75240e+06 5.771e-33 +3.73992e+06 5.790e-33 +3.72747e+06 5.808e-33 +3.71507e+06 5.826e-33 +3.70271e+06 5.845e-33 +3.69039e+06 5.863e-33 +3.67811e+06 5.882e-33 +3.66587e+06 5.901e-33 +3.65367e+06 5.919e-33 +3.64151e+06 5.938e-33 +3.62940e+06 5.957e-33 +3.61732e+06 5.976e-33 +3.60529e+06 5.994e-33 +3.59329e+06 6.013e-33 +3.58133e+06 6.032e-33 +3.56942e+06 6.052e-33 +3.55754e+06 6.071e-33 +3.54570e+06 6.090e-33 +3.53390e+06 6.109e-33 +3.52214e+06 6.129e-33 +3.51042e+06 6.148e-33 +3.49874e+06 6.167e-33 +3.48710e+06 6.187e-33 +3.47550e+06 6.207e-33 +3.46393e+06 6.226e-33 +3.45241e+06 6.246e-33 +3.44092e+06 6.266e-33 +3.42947e+06 6.285e-33 +3.41806e+06 6.305e-33 +3.40669e+06 6.325e-33 +3.39535e+06 6.345e-33 +3.38405e+06 6.365e-33 +3.37279e+06 6.386e-33 +3.36157e+06 6.406e-33 +3.35039e+06 6.426e-33 +3.33924e+06 6.446e-33 +3.32813e+06 6.467e-33 +3.31705e+06 6.487e-33 +3.30602e+06 6.508e-33 +3.29501e+06 6.528e-33 +3.28405e+06 6.549e-33 +3.27312e+06 6.570e-33 +3.26223e+06 6.591e-33 +3.25138e+06 6.611e-33 +3.24056e+06 6.632e-33 +3.22978e+06 6.653e-33 +3.21903e+06 6.674e-33 +3.20832e+06 6.696e-33 +3.19764e+06 6.717e-33 +3.18700e+06 6.738e-33 +3.17640e+06 6.759e-33 +3.16583e+06 6.781e-33 +3.15530e+06 6.802e-33 +3.14480e+06 6.824e-33 +3.13433e+06 6.845e-33 +3.12390e+06 6.867e-33 +3.11351e+06 6.889e-33 +3.10315e+06 6.910e-33 +3.09282e+06 6.932e-33 +3.08253e+06 6.954e-33 +3.07227e+06 6.976e-33 +3.06205e+06 6.998e-33 +3.05186e+06 7.021e-33 +3.04171e+06 7.043e-33 +3.03159e+06 7.065e-33 +3.02150e+06 7.087e-33 +3.01145e+06 7.110e-33 +3.00143e+06 7.132e-33 +2.99144e+06 7.155e-33 +2.98148e+06 7.178e-33 +2.97156e+06 7.200e-33 +2.96168e+06 7.223e-33 +2.95182e+06 7.246e-33 +2.94200e+06 7.269e-33 +2.93221e+06 7.292e-33 +2.92245e+06 7.315e-33 +2.91273e+06 7.338e-33 +2.90304e+06 7.361e-33 +2.89338e+06 7.385e-33 +2.88375e+06 7.408e-33 +2.87416e+06 7.431e-33 +2.86459e+06 7.455e-33 +2.85506e+06 7.479e-33 +2.84556e+06 7.502e-33 +2.83609e+06 7.526e-33 +2.82665e+06 7.550e-33 +2.81725e+06 7.574e-33 +2.80787e+06 7.598e-33 +2.79853e+06 7.622e-33 +2.78922e+06 7.646e-33 +2.77994e+06 7.670e-33 +2.77069e+06 7.694e-33 +2.76147e+06 7.719e-33 +2.75228e+06 7.743e-33 +2.74312e+06 7.768e-33 +2.73400e+06 7.792e-33 +2.72490e+06 7.817e-33 +2.71583e+06 7.842e-33 +2.70680e+06 7.866e-33 +2.69779e+06 7.891e-33 +2.68881e+06 7.916e-33 +2.67986e+06 7.941e-33 +2.67095e+06 7.966e-33 +2.66206e+06 7.992e-33 +2.65320e+06 8.017e-33 +2.64437e+06 8.042e-33 +2.63558e+06 8.068e-33 +2.62681e+06 8.093e-33 +2.61807e+06 8.119e-33 +2.60935e+06 8.145e-33 +2.60067e+06 8.170e-33 +2.59202e+06 8.196e-33 +2.58339e+06 8.222e-33 +2.57480e+06 8.248e-33 +2.56623e+06 8.274e-33 +2.55769e+06 8.300e-33 +2.54918e+06 8.327e-33 +2.54070e+06 8.353e-33 +2.53224e+06 8.379e-33 +2.52382e+06 8.406e-33 +2.51542e+06 8.433e-33 +2.50705e+06 8.459e-33 +2.49871e+06 8.486e-33 +2.49039e+06 8.513e-33 +2.48211e+06 8.540e-33 +2.47385e+06 8.567e-33 +2.46562e+06 8.594e-33 +2.45741e+06 8.621e-33 +2.44924e+06 8.648e-33 +2.44109e+06 8.676e-33 +2.43296e+06 8.703e-33 +2.42487e+06 8.731e-33 +2.41680e+06 8.758e-33 +2.40876e+06 8.786e-33 +2.40074e+06 8.814e-33 +2.39275e+06 8.842e-33 +2.38479e+06 8.870e-33 +2.37686e+06 8.898e-33 +2.36895e+06 8.926e-33 +2.36107e+06 8.954e-33 +2.35321e+06 8.983e-33 +2.34538e+06 9.011e-33 +2.33758e+06 9.040e-33 +2.32980e+06 9.068e-33 +2.32205e+06 9.097e-33 +2.31432e+06 9.126e-33 +2.30662e+06 9.155e-33 +2.29894e+06 9.184e-33 +2.29129e+06 9.213e-33 +2.28367e+06 9.242e-33 +2.27607e+06 9.271e-33 +2.26850e+06 9.300e-33 +2.26095e+06 9.330e-33 +2.25343e+06 9.359e-33 +2.24593e+06 9.389e-33 +2.23846e+06 9.419e-33 +2.23101e+06 9.448e-33 +2.22358e+06 9.478e-33 +2.21618e+06 9.508e-33 +2.20881e+06 9.538e-33 +2.20146e+06 9.569e-33 +2.19414e+06 9.599e-33 +2.18683e+06 9.629e-33 +2.17956e+06 9.660e-33 +2.17231e+06 9.690e-33 +2.16508e+06 9.721e-33 +2.15787e+06 9.752e-33 +2.15069e+06 9.783e-33 +2.14354e+06 9.814e-33 +2.13640e+06 9.845e-33 +2.12930e+06 9.876e-33 +2.12221e+06 9.907e-33 +2.11515e+06 9.938e-33 +2.10811e+06 9.970e-33 +2.10110e+06 1.000e-32 +2.09411e+06 1.003e-32 +2.08714e+06 1.006e-32 +2.08019e+06 1.010e-32 +2.07327e+06 1.013e-32 +2.06637e+06 1.016e-32 +2.05950e+06 1.019e-32 +2.05264e+06 1.022e-32 +2.04581e+06 1.026e-32 +2.03901e+06 1.029e-32 +2.03222e+06 1.032e-32 +2.02546e+06 1.036e-32 +2.01872e+06 1.039e-32 +2.01200e+06 1.042e-32 +2.00531e+06 1.045e-32 +1.99864e+06 1.049e-32 +1.99199e+06 1.052e-32 +1.98536e+06 1.055e-32 +1.97875e+06 1.059e-32 +1.97217e+06 1.062e-32 +1.96560e+06 1.065e-32 +1.95906e+06 1.069e-32 +1.95255e+06 1.072e-32 +1.94605e+06 1.076e-32 +1.93957e+06 1.079e-32 +1.93312e+06 1.082e-32 +1.92669e+06 1.086e-32 +1.92028e+06 1.089e-32 +1.91389e+06 1.093e-32 +1.90752e+06 1.096e-32 +1.90117e+06 1.100e-32 +1.89485e+06 1.103e-32 +1.88854e+06 1.107e-32 +1.88226e+06 1.110e-32 +1.87599e+06 1.114e-32 +1.86975e+06 1.117e-32 +1.86353e+06 1.121e-32 +1.85733e+06 1.124e-32 +1.85115e+06 1.128e-32 +1.84499e+06 1.131e-32 +1.83885e+06 1.135e-32 +1.83273e+06 1.138e-32 +1.82663e+06 1.142e-32 +1.82056e+06 1.146e-32 +1.81450e+06 1.149e-32 +1.80846e+06 1.153e-32 +1.80244e+06 1.157e-32 +1.79645e+06 1.160e-32 +1.79047e+06 1.164e-32 +1.78451e+06 1.168e-32 +1.77857e+06 1.171e-32 +1.77265e+06 1.175e-32 +1.76676e+06 1.179e-32 +1.76088e+06 1.182e-32 +1.75502e+06 1.186e-32 +1.74918e+06 1.190e-32 +1.74336e+06 1.194e-32 +1.73756e+06 1.197e-32 +1.73178e+06 1.201e-32 +1.72601e+06 1.205e-32 +1.72027e+06 1.209e-32 +1.71455e+06 1.213e-32 +1.70884e+06 1.217e-32 +1.70315e+06 1.220e-32 +1.69749e+06 1.224e-32 +1.69184e+06 1.228e-32 +1.68621e+06 1.232e-32 +1.68060e+06 1.236e-32 +1.67501e+06 1.240e-32 +1.66943e+06 1.244e-32 +1.66388e+06 1.248e-32 +1.65834e+06 1.252e-32 +1.65282e+06 1.256e-32 +1.64732e+06 1.260e-32 +1.64184e+06 1.264e-32 +1.63638e+06 1.268e-32 +1.63094e+06 1.272e-32 +1.62551e+06 1.276e-32 +1.62010e+06 1.280e-32 +1.61471e+06 1.284e-32 +1.60934e+06 1.288e-32 +1.60398e+06 1.292e-32 +1.59864e+06 1.296e-32 +1.59332e+06 1.300e-32 +1.58802e+06 1.304e-32 +1.58274e+06 1.308e-32 +1.57747e+06 1.312e-32 +1.57222e+06 1.317e-32 +1.56699e+06 1.321e-32 +1.56178e+06 1.325e-32 +1.55658e+06 1.329e-32 +1.55140e+06 1.333e-32 +1.54624e+06 1.337e-32 +1.54110e+06 1.342e-32 +1.53597e+06 1.346e-32 +1.53086e+06 1.350e-32 +1.52576e+06 1.354e-32 +1.52069e+06 1.359e-32 +1.51563e+06 1.363e-32 +1.51058e+06 1.367e-32 +1.50556e+06 1.372e-32 +1.50055e+06 1.376e-32 +1.49555e+06 1.380e-32 +1.49058e+06 1.385e-32 +1.48562e+06 1.389e-32 +1.48067e+06 1.394e-32 +1.47575e+06 1.398e-32 +1.47084e+06 1.402e-32 +1.46594e+06 1.407e-32 +1.46107e+06 1.411e-32 +1.45620e+06 1.416e-32 +1.45136e+06 1.420e-32 +1.44653e+06 1.425e-32 +1.44172e+06 1.429e-32 +1.43692e+06 1.434e-32 +1.43214e+06 1.438e-32 +1.42737e+06 1.443e-32 +1.42262e+06 1.447e-32 +1.41789e+06 1.452e-32 +1.41317e+06 1.457e-32 +1.40847e+06 1.461e-32 +1.40378e+06 1.466e-32 +1.39911e+06 1.470e-32 +1.39446e+06 1.475e-32 +1.38982e+06 1.480e-32 +1.38519e+06 1.484e-32 +1.38058e+06 1.489e-32 +1.37599e+06 1.494e-32 +1.37141e+06 1.499e-32 +1.36685e+06 1.503e-32 +1.36230e+06 1.508e-32 +1.35777e+06 1.513e-32 +1.35325e+06 1.518e-32 +1.34874e+06 1.522e-32 +1.34426e+06 1.527e-32 +1.33978e+06 1.532e-32 +1.33533e+06 1.537e-32 +1.33088e+06 1.542e-32 +1.32645e+06 1.547e-32 +1.32204e+06 1.552e-32 +1.31764e+06 1.556e-32 +1.31326e+06 1.561e-32 +1.30889e+06 1.566e-32 +1.30453e+06 1.571e-32 +1.30019e+06 1.576e-32 +1.29587e+06 1.581e-32 +1.29155e+06 1.586e-32 +1.28726e+06 1.591e-32 +1.28297e+06 1.596e-32 +1.27870e+06 1.601e-32 +1.27445e+06 1.606e-32 +1.27021e+06 1.611e-32 +1.26598e+06 1.617e-32 +1.26177e+06 1.622e-32 +1.25757e+06 1.627e-32 +1.25339e+06 1.632e-32 +1.24922e+06 1.637e-32 +1.24506e+06 1.642e-32 +1.24092e+06 1.648e-32 +1.23679e+06 1.653e-32 +1.23267e+06 1.658e-32 +1.22857e+06 1.663e-32 +1.22448e+06 1.668e-32 +1.22041e+06 1.674e-32 +1.21635e+06 1.679e-32 +1.21230e+06 1.684e-32 +1.20827e+06 1.690e-32 +1.20425e+06 1.695e-32 +1.20024e+06 1.700e-32 +1.19624e+06 1.706e-32 +1.19226e+06 1.711e-32 +1.18830e+06 1.717e-32 +1.18434e+06 1.722e-32 +1.18040e+06 1.727e-32 +1.17647e+06 1.733e-32 +1.17256e+06 1.738e-32 +1.16866e+06 1.744e-32 +1.16477e+06 1.749e-32 +1.16089e+06 1.755e-32 +1.15703e+06 1.760e-32 +1.15318e+06 1.766e-32 +1.14934e+06 1.772e-32 +1.14552e+06 1.777e-32 +1.14171e+06 1.783e-32 +1.13791e+06 1.789e-32 +1.13412e+06 1.794e-32 +1.13035e+06 1.800e-32 +1.12659e+06 1.806e-32 +1.12284e+06 1.811e-32 +1.11910e+06 1.817e-32 +1.11538e+06 1.823e-32 +1.11167e+06 1.829e-32 +1.10797e+06 1.834e-32 +1.10428e+06 1.840e-32 +1.10061e+06 1.846e-32 +1.09695e+06 1.852e-32 +1.09330e+06 1.858e-32 +1.08966e+06 1.863e-32 +1.08603e+06 1.869e-32 +1.08242e+06 1.875e-32 +1.07882e+06 1.881e-32 +1.07523e+06 1.887e-32 +1.07165e+06 1.893e-32 +1.06808e+06 1.899e-32 +1.06453e+06 1.905e-32 +1.06099e+06 1.911e-32 +1.05746e+06 1.917e-32 +1.05394e+06 1.923e-32 +1.05043e+06 1.929e-32 +1.04694e+06 1.935e-32 +1.04345e+06 1.942e-32 +1.03998e+06 1.948e-32 +1.03652e+06 1.954e-32 +1.03307e+06 1.960e-32 +1.02963e+06 1.966e-32 +1.02621e+06 1.972e-32 +1.02279e+06 1.979e-32 +1.01939e+06 1.985e-32 +1.01600e+06 1.991e-32 +1.01262e+06 1.998e-32 +1.00925e+06 2.004e-32 +1.00589e+06 2.010e-32 +1.00254e+06 2.017e-32 +9.99207e+05 2.023e-32 +9.95882e+05 2.029e-32 +9.92569e+05 2.036e-32 +9.89266e+05 2.042e-32 +9.85974e+05 2.049e-32 +9.82694e+05 2.055e-32 +9.79424e+05 2.062e-32 +9.76165e+05 2.068e-32 +9.72917e+05 2.075e-32 +9.69679e+05 2.081e-32 +9.66453e+05 2.088e-32 +9.63237e+05 2.094e-32 +9.60032e+05 2.101e-32 +9.56838e+05 2.108e-32 +9.53654e+05 2.114e-32 +9.50481e+05 2.121e-32 +9.47318e+05 2.128e-32 +9.44166e+05 2.135e-32 +9.41024e+05 2.141e-32 +9.37893e+05 2.148e-32 +9.34772e+05 2.155e-32 +9.31662e+05 2.162e-32 +9.28562e+05 2.169e-32 +9.25472e+05 2.175e-32 +9.22393e+05 2.182e-32 +9.19323e+05 2.189e-32 +9.16264e+05 2.196e-32 +9.13216e+05 2.203e-32 +9.10177e+05 2.210e-32 +9.07148e+05 2.217e-32 +9.04130e+05 2.224e-32 +9.01122e+05 2.231e-32 +8.98123e+05 2.238e-32 +8.95135e+05 2.245e-32 +8.92156e+05 2.252e-32 +8.89188e+05 2.259e-32 +8.86229e+05 2.267e-32 +8.83280e+05 2.274e-32 +8.80341e+05 2.281e-32 +8.77412e+05 2.288e-32 +8.74492e+05 2.295e-32 +8.71582e+05 2.303e-32 +8.68682e+05 2.310e-32 +8.65792e+05 2.317e-32 +8.62911e+05 2.325e-32 +8.60040e+05 2.332e-32 +8.57178e+05 2.339e-32 +8.54326e+05 2.347e-32 +8.51483e+05 2.354e-32 +8.48650e+05 2.362e-32 +8.45826e+05 2.369e-32 +8.43012e+05 2.377e-32 +8.40207e+05 2.384e-32 +8.37411e+05 2.392e-32 +8.34624e+05 2.399e-32 +8.31847e+05 2.407e-32 +8.29079e+05 2.414e-32 +8.26321e+05 2.422e-32 +8.23571e+05 2.430e-32 +8.20831e+05 2.437e-32 +8.18100e+05 2.445e-32 +8.15377e+05 2.453e-32 +8.12664e+05 2.461e-32 +8.09960e+05 2.468e-32 +8.07265e+05 2.476e-32 +8.04579e+05 2.484e-32 +8.01902e+05 2.492e-32 +7.99234e+05 2.500e-32 +7.96574e+05 2.508e-32 +7.93924e+05 2.516e-32 +7.91282e+05 2.523e-32 +7.88649e+05 2.531e-32 +7.86025e+05 2.539e-32 +7.83409e+05 2.547e-32 +7.80803e+05 2.556e-32 +7.78205e+05 2.564e-32 +7.75615e+05 2.572e-32 +7.73034e+05 2.580e-32 +7.70462e+05 2.588e-32 +7.67898e+05 2.596e-32 +7.65343e+05 2.604e-32 +7.62797e+05 2.613e-32 +7.60259e+05 2.621e-32 +7.57729e+05 2.629e-32 +7.55208e+05 2.638e-32 +7.52695e+05 2.646e-32 +7.50190e+05 2.654e-32 +7.47694e+05 2.663e-32 +7.45206e+05 2.671e-32 +7.42726e+05 2.680e-32 +7.40255e+05 2.688e-32 +7.37792e+05 2.696e-32 +7.35337e+05 2.705e-32 +7.32890e+05 2.714e-32 +7.30452e+05 2.722e-32 +7.28021e+05 2.731e-32 +7.25599e+05 2.739e-32 +7.23184e+05 2.748e-32 +7.20778e+05 2.757e-32 +7.18380e+05 2.765e-32 +7.15989e+05 2.774e-32 +7.13607e+05 2.783e-32 +7.11232e+05 2.792e-32 +7.08866e+05 2.801e-32 +7.06507e+05 2.809e-32 +7.04156e+05 2.818e-32 +7.01813e+05 2.827e-32 +6.99478e+05 2.836e-32 +6.97151e+05 2.845e-32 +6.94831e+05 2.854e-32 +6.92519e+05 2.863e-32 +6.90215e+05 2.872e-32 +6.87918e+05 2.881e-32 +6.85629e+05 2.890e-32 +6.83348e+05 2.900e-32 +6.81074e+05 2.909e-32 +6.78807e+05 2.918e-32 +6.76549e+05 2.927e-32 +6.74298e+05 2.936e-32 +6.72054e+05 2.946e-32 +6.69818e+05 2.955e-32 +6.67589e+05 2.964e-32 +6.65368e+05 2.974e-32 +6.63154e+05 2.983e-32 +6.60947e+05 2.993e-32 +6.58748e+05 3.002e-32 +6.56556e+05 3.012e-32 +6.54371e+05 3.021e-32 +6.52194e+05 3.031e-32 +6.50024e+05 3.040e-32 +6.47861e+05 3.050e-32 +6.45705e+05 3.060e-32 +6.43557e+05 3.069e-32 +6.41415e+05 3.079e-32 +6.39281e+05 3.089e-32 +6.37154e+05 3.098e-32 +6.35034e+05 3.108e-32 +6.32921e+05 3.118e-32 +6.30815e+05 3.128e-32 +6.28716e+05 3.138e-32 +6.26624e+05 3.148e-32 +6.24539e+05 3.158e-32 +6.22461e+05 3.168e-32 +6.20389e+05 3.178e-32 +6.18325e+05 3.188e-32 +6.16268e+05 3.198e-32 +6.14217e+05 3.208e-32 +6.12173e+05 3.218e-32 +6.10136e+05 3.228e-32 +6.08106e+05 3.238e-32 +6.06083e+05 3.249e-32 +6.04066e+05 3.259e-32 +6.02056e+05 3.269e-32 +6.00053e+05 3.280e-32 +5.98056e+05 3.290e-32 +5.96066e+05 3.300e-32 +5.94083e+05 3.311e-32 +5.92106e+05 3.321e-32 +5.90136e+05 3.332e-32 +5.88172e+05 3.342e-32 +5.86215e+05 3.353e-32 +5.84265e+05 3.364e-32 +5.82320e+05 3.374e-32 +5.80383e+05 3.385e-32 +5.78452e+05 3.396e-32 +5.76527e+05 3.406e-32 +5.74609e+05 3.417e-32 +5.72697e+05 3.428e-32 +5.70791e+05 3.439e-32 +5.68892e+05 3.450e-32 +5.66999e+05 3.460e-32 +5.65112e+05 3.471e-32 +5.63232e+05 3.482e-32 +5.61358e+05 3.493e-32 +5.59490e+05 3.504e-32 +5.57628e+05 3.516e-32 +5.55773e+05 3.527e-32 +5.53923e+05 3.538e-32 +5.52080e+05 3.549e-32 +5.50243e+05 3.560e-32 +5.48412e+05 3.571e-32 +5.46588e+05 3.583e-32 +5.44769e+05 3.594e-32 +5.42956e+05 3.605e-32 +5.41150e+05 3.617e-32 +5.39349e+05 3.628e-32 +5.37554e+05 3.640e-32 +5.35766e+05 3.651e-32 +5.33983e+05 3.663e-32 +5.32206e+05 3.674e-32 +5.30435e+05 3.686e-32 +5.28670e+05 3.698e-32 +5.26911e+05 3.709e-32 +5.25158e+05 3.721e-32 +5.23410e+05 3.733e-32 +5.21669e+05 3.745e-32 +5.19933e+05 3.757e-32 +5.18203e+05 3.768e-32 +5.16479e+05 3.780e-32 +5.14760e+05 3.792e-32 +5.13047e+05 3.804e-32 +5.11340e+05 3.816e-32 +5.09639e+05 3.828e-32 +5.07943e+05 3.840e-32 +5.06253e+05 3.853e-32 +5.04568e+05 3.865e-32 +5.02889e+05 3.877e-32 +5.01216e+05 3.889e-32 +4.99548e+05 3.902e-32 +4.97886e+05 3.914e-32 +4.96229e+05 3.926e-32 +4.94578e+05 3.939e-32 +4.92933e+05 3.951e-32 +4.91292e+05 3.964e-32 +4.89658e+05 3.976e-32 +4.88028e+05 3.989e-32 +4.86404e+05 4.001e-32 +4.84786e+05 4.014e-32 +4.83173e+05 4.027e-32 +4.81565e+05 4.039e-32 +4.79963e+05 4.052e-32 +4.78366e+05 4.065e-32 +4.76774e+05 4.078e-32 +4.75188e+05 4.091e-32 +4.73606e+05 4.104e-32 +4.72031e+05 4.117e-32 +4.70460e+05 4.130e-32 +4.68895e+05 4.143e-32 +4.67334e+05 4.156e-32 +4.65779e+05 4.169e-32 +4.64229e+05 4.182e-32 +4.62685e+05 4.195e-32 +4.61145e+05 4.209e-32 +4.59611e+05 4.222e-32 +4.58081e+05 4.235e-32 +4.56557e+05 4.249e-32 +4.55038e+05 4.262e-32 +4.53524e+05 4.276e-32 +4.52015e+05 4.289e-32 +4.50511e+05 4.303e-32 +4.49012e+05 4.316e-32 +4.47518e+05 4.330e-32 +4.46029e+05 4.344e-32 +4.44545e+05 4.357e-32 +4.43065e+05 4.371e-32 +4.41591e+05 4.385e-32 +4.40122e+05 4.399e-32 +4.38657e+05 4.413e-32 +4.37198e+05 4.427e-32 +4.35743e+05 4.441e-32 +4.34293e+05 4.455e-32 +4.32848e+05 4.469e-32 +4.31408e+05 4.483e-32 +4.29972e+05 4.497e-32 +4.28542e+05 4.511e-32 +4.27116e+05 4.526e-32 +4.25694e+05 4.540e-32 +4.24278e+05 4.554e-32 +4.22866e+05 4.569e-32 +4.21459e+05 4.583e-32 +4.20057e+05 4.598e-32 +4.18659e+05 4.612e-32 +4.17266e+05 4.627e-32 +4.15878e+05 4.641e-32 +4.14494e+05 4.656e-32 +4.13115e+05 4.671e-32 +4.11740e+05 4.686e-32 +4.10370e+05 4.700e-32 +4.09004e+05 4.715e-32 +4.07644e+05 4.730e-32 +4.06287e+05 4.745e-32 +4.04935e+05 4.760e-32 +4.03588e+05 4.775e-32 +4.02245e+05 4.790e-32 +4.00906e+05 4.805e-32 +3.99573e+05 4.821e-32 +3.98243e+05 4.836e-32 +3.96918e+05 4.851e-32 +3.95597e+05 4.866e-32 +3.94281e+05 4.882e-32 +3.92969e+05 4.897e-32 +3.91661e+05 4.913e-32 +3.90358e+05 4.928e-32 +3.89059e+05 4.944e-32 +3.87765e+05 4.960e-32 +3.86474e+05 4.975e-32 +3.85188e+05 4.991e-32 +3.83907e+05 5.007e-32 +3.82629e+05 5.023e-32 +3.81356e+05 5.038e-32 +3.80087e+05 5.054e-32 +3.78822e+05 5.070e-32 +3.77562e+05 5.086e-32 +3.76306e+05 5.102e-32 +3.75054e+05 5.119e-32 +3.73806e+05 5.135e-32 +3.72562e+05 5.151e-32 +3.71322e+05 5.167e-32 +3.70087e+05 5.184e-32 +3.68855e+05 5.200e-32 +3.67628e+05 5.216e-32 +3.66405e+05 5.233e-32 +3.65185e+05 5.249e-32 +3.63970e+05 5.266e-32 +3.62759e+05 5.283e-32 +3.61552e+05 5.299e-32 +3.60349e+05 5.316e-32 +3.59150e+05 5.333e-32 +3.57955e+05 5.350e-32 +3.56764e+05 5.367e-32 +3.55577e+05 5.384e-32 +3.54394e+05 5.401e-32 +3.53214e+05 5.418e-32 +3.52039e+05 5.435e-32 +3.50868e+05 5.452e-32 +3.49700e+05 5.469e-32 +3.48537e+05 5.487e-32 +3.47377e+05 5.504e-32 +3.46221e+05 5.521e-32 +3.45069e+05 5.539e-32 +3.43921e+05 5.556e-32 +3.42776e+05 5.574e-32 +3.41636e+05 5.592e-32 +3.40499e+05 5.609e-32 +3.39366e+05 5.627e-32 +3.38237e+05 5.645e-32 +3.37111e+05 5.663e-32 +3.35990e+05 5.681e-32 +3.34872e+05 5.698e-32 +3.33758e+05 5.716e-32 +3.32647e+05 5.735e-32 +3.31540e+05 5.753e-32 +3.30437e+05 5.771e-32 +3.29337e+05 5.789e-32 +3.28242e+05 5.807e-32 +3.27149e+05 5.826e-32 +3.26061e+05 5.844e-32 +3.24976e+05 5.863e-32 +3.23895e+05 5.881e-32 +3.22817e+05 5.900e-32 +3.21743e+05 5.918e-32 +3.20672e+05 5.937e-32 +3.19605e+05 5.956e-32 +3.18542e+05 5.975e-32 +3.17482e+05 5.994e-32 +3.16425e+05 6.013e-32 +3.15372e+05 6.032e-32 +3.14323e+05 6.051e-32 +3.13277e+05 6.070e-32 +3.12235e+05 6.089e-32 +3.11196e+05 6.108e-32 +3.10160e+05 6.128e-32 +3.09128e+05 6.147e-32 +3.08100e+05 6.166e-32 +3.07075e+05 6.186e-32 +3.06053e+05 6.205e-32 +3.05034e+05 6.225e-32 +3.04019e+05 6.245e-32 +3.03008e+05 6.264e-32 +3.02000e+05 6.284e-32 +3.00995e+05 6.304e-32 +2.99993e+05 6.324e-32 +2.98995e+05 6.344e-32 +2.98000e+05 6.364e-32 +2.97009e+05 6.384e-32 +2.96020e+05 6.404e-32 +2.95035e+05 6.425e-32 +2.94054e+05 6.445e-32 +2.93075e+05 6.465e-32 +2.92100e+05 6.486e-32 +2.91128e+05 6.506e-32 +2.90159e+05 6.527e-32 +2.89194e+05 6.547e-32 +2.88232e+05 6.568e-32 +2.87272e+05 6.589e-32 +2.86317e+05 6.610e-32 +2.85364e+05 6.631e-32 +2.84414e+05 6.652e-32 +2.83468e+05 6.673e-32 +2.82525e+05 6.694e-32 +2.81585e+05 6.715e-32 +2.80648e+05 6.736e-32 +2.79714e+05 6.757e-32 +2.78783e+05 6.779e-32 +2.77856e+05 6.800e-32 +2.76931e+05 6.822e-32 +2.76010e+05 6.843e-32 +2.75091e+05 6.865e-32 +2.74176e+05 6.887e-32 +2.73264e+05 6.908e-32 +2.72354e+05 6.930e-32 +2.71448e+05 6.952e-32 +2.70545e+05 6.974e-32 +2.69645e+05 6.996e-32 +2.68747e+05 7.018e-32 +2.67853e+05 7.040e-32 +2.66962e+05 7.063e-32 +2.66074e+05 7.085e-32 +2.65188e+05 7.107e-32 +2.64306e+05 7.130e-32 +2.63426e+05 7.152e-32 +2.62550e+05 7.175e-32 +2.61676e+05 7.198e-32 +2.60806e+05 7.220e-32 +2.59938e+05 7.243e-32 +2.59073e+05 7.266e-32 +2.58211e+05 7.289e-32 +2.57352e+05 7.312e-32 +2.56495e+05 7.335e-32 +2.55642e+05 7.358e-32 +2.54791e+05 7.382e-32 +2.53943e+05 7.405e-32 +2.53098e+05 7.428e-32 +2.52256e+05 7.452e-32 +2.51417e+05 7.475e-32 +2.50580e+05 7.499e-32 +2.49746e+05 7.523e-32 +2.48915e+05 7.547e-32 +2.48087e+05 7.570e-32 +2.47262e+05 7.594e-32 +2.46439e+05 7.618e-32 +2.45619e+05 7.642e-32 +2.44802e+05 7.667e-32 +2.43987e+05 7.691e-32 +2.43175e+05 7.715e-32 +2.42366e+05 7.740e-32 +2.41560e+05 7.764e-32 +2.40756e+05 7.789e-32 +2.39955e+05 7.813e-32 +2.39156e+05 7.838e-32 +2.38361e+05 7.863e-32 +2.37567e+05 7.887e-32 +2.36777e+05 7.912e-32 +2.35989e+05 7.937e-32 +2.35204e+05 7.962e-32 +2.34421e+05 7.988e-32 +2.33641e+05 8.013e-32 +2.32864e+05 8.038e-32 +2.32089e+05 8.064e-32 +2.31317e+05 8.089e-32 +2.30547e+05 8.115e-32 +2.29780e+05 8.140e-32 +2.29015e+05 8.166e-32 +2.28253e+05 8.192e-32 +2.27494e+05 8.218e-32 +2.26737e+05 8.244e-32 +2.25982e+05 8.270e-32 +2.25230e+05 8.296e-32 +2.24481e+05 8.322e-32 +2.23734e+05 8.348e-32 +2.22990e+05 8.375e-32 +2.22248e+05 8.401e-32 +2.21508e+05 8.428e-32 +2.20771e+05 8.454e-32 +2.20036e+05 8.481e-32 +2.19304e+05 8.508e-32 +2.18575e+05 8.535e-32 +2.17847e+05 8.562e-32 +2.17122e+05 8.589e-32 +2.16400e+05 8.616e-32 +2.15680e+05 8.643e-32 +2.14962e+05 8.671e-32 +2.14247e+05 8.698e-32 +2.13534e+05 8.726e-32 +2.12824e+05 8.753e-32 +2.12115e+05 8.781e-32 +2.11410e+05 8.809e-32 +2.10706e+05 8.836e-32 +2.10005e+05 8.864e-32 +2.09306e+05 8.892e-32 +2.08610e+05 8.920e-32 +2.07916e+05 8.949e-32 +2.07224e+05 8.977e-32 +2.06534e+05 9.005e-32 +2.05847e+05 9.034e-32 +2.05162e+05 9.062e-32 +2.04480e+05 9.091e-32 +2.03799e+05 9.120e-32 +2.03121e+05 9.148e-32 +2.02445e+05 9.177e-32 +2.01772e+05 9.206e-32 +2.01100e+05 9.235e-32 +2.00431e+05 9.265e-32 +1.99764e+05 9.294e-32 +1.99099e+05 9.323e-32 +1.98437e+05 9.353e-32 +1.97777e+05 9.382e-32 +1.97119e+05 9.412e-32 +1.96463e+05 9.442e-32 +1.95809e+05 9.472e-32 +1.95157e+05 9.501e-32 +1.94508e+05 9.531e-32 +1.93861e+05 9.562e-32 +1.93216e+05 9.592e-32 +1.92573e+05 9.622e-32 +1.91932e+05 9.653e-32 +1.91293e+05 9.683e-32 +1.90657e+05 9.714e-32 +1.90023e+05 9.744e-32 +1.89390e+05 9.775e-32 +1.88760e+05 9.806e-32 +1.88132e+05 9.837e-32 +1.87506e+05 9.868e-32 +1.86882e+05 9.899e-32 +1.86260e+05 9.931e-32 +1.85640e+05 9.962e-32 +1.85023e+05 9.993e-32 +1.84407e+05 1.003e-31 +1.83794e+05 1.006e-31 +1.83182e+05 1.009e-31 +1.82572e+05 1.012e-31 +1.81965e+05 1.015e-31 +1.81359e+05 1.018e-31 +1.80756e+05 1.022e-31 +1.80155e+05 1.025e-31 +1.79555e+05 1.028e-31 +1.78958e+05 1.031e-31 +1.78362e+05 1.035e-31 +1.77769e+05 1.038e-31 +1.77177e+05 1.041e-31 +1.76588e+05 1.044e-31 +1.76000e+05 1.048e-31 +1.75414e+05 1.051e-31 +1.74831e+05 1.054e-31 +1.74249e+05 1.058e-31 +1.73669e+05 1.061e-31 +1.73091e+05 1.064e-31 +1.72515e+05 1.068e-31 +1.71941e+05 1.071e-31 +1.71369e+05 1.075e-31 +1.70799e+05 1.078e-31 +1.70231e+05 1.081e-31 +1.69664e+05 1.085e-31 +1.69100e+05 1.088e-31 +1.68537e+05 1.092e-31 +1.67976e+05 1.095e-31 +1.67417e+05 1.099e-31 +1.66860e+05 1.102e-31 +1.66305e+05 1.106e-31 +1.65752e+05 1.109e-31 +1.65200e+05 1.113e-31 +1.64650e+05 1.116e-31 +1.64103e+05 1.120e-31 +1.63557e+05 1.123e-31 +1.63012e+05 1.127e-31 +1.62470e+05 1.130e-31 +1.61929e+05 1.134e-31 +1.61391e+05 1.137e-31 +1.60854e+05 1.141e-31 +1.60318e+05 1.145e-31 +1.59785e+05 1.148e-31 +1.59253e+05 1.152e-31 +1.58723e+05 1.155e-31 +1.58195e+05 1.159e-31 +1.57669e+05 1.163e-31 +1.57144e+05 1.166e-31 +1.56621e+05 1.170e-31 +1.56100e+05 1.174e-31 +1.55581e+05 1.178e-31 +1.55063e+05 1.181e-31 +1.54547e+05 1.185e-31 +1.54033e+05 1.189e-31 +1.53520e+05 1.192e-31 +1.53009e+05 1.196e-31 +1.52500e+05 1.200e-31 +1.51993e+05 1.204e-31 +1.51487e+05 1.208e-31 +1.50983e+05 1.211e-31 +1.50481e+05 1.215e-31 +1.49980e+05 1.219e-31 +1.49481e+05 1.223e-31 +1.48984e+05 1.227e-31 +1.48488e+05 1.231e-31 +1.47994e+05 1.235e-31 +1.47501e+05 1.238e-31 +1.47010e+05 1.242e-31 +1.46521e+05 1.246e-31 +1.46034e+05 1.250e-31 +1.45548e+05 1.254e-31 +1.45064e+05 1.258e-31 +1.44581e+05 1.262e-31 +1.44100e+05 1.266e-31 +1.43620e+05 1.270e-31 +1.43142e+05 1.274e-31 +1.42666e+05 1.278e-31 +1.42191e+05 1.282e-31 +1.41718e+05 1.286e-31 +1.41247e+05 1.290e-31 +1.40777e+05 1.294e-31 +1.40308e+05 1.298e-31 +1.39841e+05 1.303e-31 +1.39376e+05 1.307e-31 +1.38912e+05 1.311e-31 +1.38450e+05 1.315e-31 +1.37989e+05 1.319e-31 +1.37530e+05 1.323e-31 +1.37073e+05 1.327e-31 +1.36617e+05 1.332e-31 +1.36162e+05 1.336e-31 +1.35709e+05 1.340e-31 +1.35257e+05 1.344e-31 +1.34807e+05 1.349e-31 +1.34359e+05 1.353e-31 +1.33912e+05 1.357e-31 +1.33466e+05 1.361e-31 +1.33022e+05 1.366e-31 +1.32579e+05 1.370e-31 +1.32138e+05 1.374e-31 +1.31699e+05 1.379e-31 +1.31260e+05 1.383e-31 +1.30824e+05 1.387e-31 +1.30388e+05 1.392e-31 +1.29954e+05 1.396e-31 +1.29522e+05 1.401e-31 +1.29091e+05 1.405e-31 +1.28662e+05 1.409e-31 +1.28233e+05 1.414e-31 +1.27807e+05 1.418e-31 +1.27381e+05 1.423e-31 +1.26958e+05 1.427e-31 +1.26535e+05 1.432e-31 +1.26114e+05 1.436e-31 +1.25694e+05 1.441e-31 +1.25276e+05 1.445e-31 +1.24859e+05 1.450e-31 +1.24444e+05 1.455e-31 +1.24030e+05 1.459e-31 +1.23617e+05 1.464e-31 +1.23206e+05 1.468e-31 +1.22796e+05 1.473e-31 +1.22387e+05 1.478e-31 +1.21980e+05 1.482e-31 +1.21574e+05 1.487e-31 +1.21170e+05 1.492e-31 +1.20766e+05 1.497e-31 +1.20365e+05 1.501e-31 +1.19964e+05 1.506e-31 +1.19565e+05 1.511e-31 +1.19167e+05 1.516e-31 +1.18771e+05 1.520e-31 +1.18375e+05 1.525e-31 +1.17981e+05 1.530e-31 +1.17589e+05 1.535e-31 +1.17198e+05 1.540e-31 +1.16808e+05 1.544e-31 +1.16419e+05 1.549e-31 +1.16032e+05 1.554e-31 +1.15646e+05 1.559e-31 +1.15261e+05 1.564e-31 +1.14877e+05 1.569e-31 +1.14495e+05 1.574e-31 +1.14114e+05 1.579e-31 +1.13734e+05 1.584e-31 +1.13356e+05 1.589e-31 +1.12979e+05 1.594e-31 +1.12603e+05 1.599e-31 +1.12228e+05 1.604e-31 +1.11855e+05 1.609e-31 +1.11482e+05 1.614e-31 +1.11112e+05 1.619e-31 +1.10742e+05 1.624e-31 +1.10373e+05 1.630e-31 +1.10006e+05 1.635e-31 +1.09640e+05 1.640e-31 +1.09275e+05 1.645e-31 +1.08912e+05 1.650e-31 +1.08549e+05 1.655e-31 +1.08188e+05 1.661e-31 +1.07828e+05 1.666e-31 +1.07469e+05 1.671e-31 +1.07112e+05 1.676e-31 +1.06755e+05 1.682e-31 +1.06400e+05 1.687e-31 +1.06046e+05 1.692e-31 +1.05693e+05 1.698e-31 +1.05341e+05 1.703e-31 +1.04991e+05 1.708e-31 +1.04642e+05 1.714e-31 +1.04293e+05 1.719e-31 +1.03946e+05 1.725e-31 +1.03600e+05 1.730e-31 +1.03256e+05 1.736e-31 +1.02912e+05 1.741e-31 +1.02570e+05 1.747e-31 +1.02228e+05 1.752e-31 +1.01888e+05 1.758e-31 +1.01549e+05 1.763e-31 +1.01211e+05 1.769e-31 +1.00875e+05 1.774e-31 +1.00539e+05 1.780e-31 +1.00204e+05 1.786e-31 +9.98710e+04 1.791e-31 +9.95387e+04 1.797e-31 +9.92075e+04 1.803e-31 +9.88774e+04 1.808e-31 +9.85484e+04 1.814e-31 +9.82204e+04 1.820e-31 +9.78936e+04 1.825e-31 +9.75679e+04 1.831e-31 +9.72432e+04 1.837e-31 +9.69197e+04 1.843e-31 +9.65972e+04 1.849e-31 +9.62758e+04 1.854e-31 +9.59554e+04 1.860e-31 +9.56361e+04 1.866e-31 +9.53179e+04 1.872e-31 +9.50007e+04 1.878e-31 +9.46846e+04 1.884e-31 +9.43696e+04 1.890e-31 +9.40556e+04 1.896e-31 +9.37426e+04 1.902e-31 +9.34307e+04 1.908e-31 +9.31198e+04 1.914e-31 +9.28099e+04 1.920e-31 +9.25011e+04 1.926e-31 +9.21933e+04 1.932e-31 +9.18866e+04 1.938e-31 +9.15808e+04 1.944e-31 +9.12761e+04 1.950e-31 +9.09724e+04 1.957e-31 +9.06697e+04 1.963e-31 +9.03680e+04 1.969e-31 +9.00673e+04 1.975e-31 +8.97676e+04 1.981e-31 +8.94689e+04 1.988e-31 +8.91712e+04 1.994e-31 +8.88745e+04 2.000e-31 +8.85788e+04 2.007e-31 +8.82840e+04 2.013e-31 +8.79903e+04 2.019e-31 +8.76975e+04 2.026e-31 +8.74057e+04 2.032e-31 +8.71149e+04 2.038e-31 +8.68250e+04 2.045e-31 +8.65361e+04 2.051e-31 +8.62481e+04 2.058e-31 +8.59612e+04 2.064e-31 +8.56751e+04 2.071e-31 +8.53901e+04 2.077e-31 +8.51059e+04 2.084e-31 +8.48227e+04 2.091e-31 +8.45405e+04 2.097e-31 +8.42592e+04 2.104e-31 +8.39788e+04 2.110e-31 +8.36994e+04 2.117e-31 +8.34209e+04 2.124e-31 +8.31433e+04 2.130e-31 +8.28667e+04 2.137e-31 +8.25909e+04 2.144e-31 +8.23161e+04 2.151e-31 +8.20422e+04 2.158e-31 +8.17692e+04 2.164e-31 +8.14971e+04 2.171e-31 +8.12260e+04 2.178e-31 +8.09557e+04 2.185e-31 +8.06863e+04 2.192e-31 +8.04179e+04 2.199e-31 +8.01503e+04 2.206e-31 +7.98836e+04 2.213e-31 +7.96178e+04 2.220e-31 +7.93528e+04 2.227e-31 +7.90888e+04 2.234e-31 +7.88256e+04 2.241e-31 +7.85634e+04 2.248e-31 +7.83019e+04 2.255e-31 +7.80414e+04 2.262e-31 +7.77817e+04 2.269e-31 +7.75229e+04 2.276e-31 +7.72650e+04 2.284e-31 +7.70079e+04 2.291e-31 +7.67516e+04 2.298e-31 +7.64962e+04 2.305e-31 +7.62417e+04 2.312e-31 +7.59880e+04 2.320e-31 +7.57352e+04 2.327e-31 +7.54832e+04 2.334e-31 +7.52320e+04 2.342e-31 +7.49817e+04 2.349e-31 +7.47322e+04 2.357e-31 +7.44835e+04 2.364e-31 +7.42357e+04 2.372e-31 +7.39887e+04 2.379e-31 +7.37425e+04 2.387e-31 +7.34971e+04 2.394e-31 +7.32525e+04 2.402e-31 +7.30088e+04 2.409e-31 +7.27659e+04 2.417e-31 +7.25237e+04 2.424e-31 +7.22824e+04 2.432e-31 +7.20419e+04 2.440e-31 +7.18022e+04 2.448e-31 +7.15633e+04 2.455e-31 +7.13252e+04 2.463e-31 +7.10878e+04 2.471e-31 +7.08513e+04 2.479e-31 +7.06155e+04 2.486e-31 +7.03806e+04 2.494e-31 +7.01464e+04 2.502e-31 +6.99130e+04 2.510e-31 +6.96803e+04 2.518e-31 +6.94485e+04 2.526e-31 +6.92174e+04 2.534e-31 +6.89871e+04 2.542e-31 +6.87575e+04 2.550e-31 +6.85288e+04 2.558e-31 +6.83007e+04 2.566e-31 +6.80735e+04 2.574e-31 +6.78470e+04 2.582e-31 +6.76212e+04 2.590e-31 +6.73962e+04 2.599e-31 +6.71719e+04 2.607e-31 +6.69484e+04 2.615e-31 +6.67257e+04 2.623e-31 +6.65036e+04 2.632e-31 +6.62824e+04 2.640e-31 +6.60618e+04 2.648e-31 +6.58420e+04 2.657e-31 +6.56229e+04 2.665e-31 +6.54046e+04 2.673e-31 +6.51869e+04 2.682e-31 +6.49700e+04 2.690e-31 +6.47538e+04 2.699e-31 +6.45384e+04 2.707e-31 +6.43236e+04 2.716e-31 +6.41096e+04 2.724e-31 +6.38963e+04 2.733e-31 +6.36837e+04 2.742e-31 +6.34718e+04 2.750e-31 +6.32606e+04 2.759e-31 +6.30501e+04 2.768e-31 +6.28403e+04 2.776e-31 +6.26312e+04 2.785e-31 +6.24228e+04 2.794e-31 +6.22151e+04 2.803e-31 +6.20081e+04 2.812e-31 +6.18017e+04 2.821e-31 +6.15961e+04 2.829e-31 +6.13911e+04 2.838e-31 +6.11869e+04 2.847e-31 +6.09833e+04 2.856e-31 +6.07803e+04 2.865e-31 +6.05781e+04 2.874e-31 +6.03765e+04 2.884e-31 +6.01756e+04 2.893e-31 +5.99754e+04 2.902e-31 +5.97758e+04 2.911e-31 +5.95769e+04 2.920e-31 +5.93787e+04 2.929e-31 +5.91811e+04 2.939e-31 +5.89842e+04 2.948e-31 +5.87879e+04 2.957e-31 +5.85923e+04 2.966e-31 +5.83974e+04 2.976e-31 +5.82031e+04 2.985e-31 +5.80094e+04 2.995e-31 +5.78164e+04 3.004e-31 +5.76240e+04 3.014e-31 +5.74323e+04 3.023e-31 +5.72412e+04 3.033e-31 +5.70507e+04 3.042e-31 +5.68609e+04 3.052e-31 +5.66717e+04 3.061e-31 +5.64831e+04 3.071e-31 +5.62951e+04 3.081e-31 +5.61078e+04 3.091e-31 +5.59211e+04 3.100e-31 +5.57351e+04 3.110e-31 +5.55496e+04 3.120e-31 +5.53648e+04 3.130e-31 +5.51805e+04 3.140e-31 +5.49969e+04 3.150e-31 +5.48139e+04 3.160e-31 +5.46315e+04 3.169e-31 +5.44498e+04 3.179e-31 +5.42686e+04 3.190e-31 +5.40880e+04 3.200e-31 +5.39080e+04 3.210e-31 +5.37287e+04 3.220e-31 +5.35499e+04 3.230e-31 +5.33717e+04 3.240e-31 +5.31941e+04 3.250e-31 +5.30171e+04 3.261e-31 +5.28407e+04 3.271e-31 +5.26649e+04 3.281e-31 +5.24896e+04 3.292e-31 +5.23150e+04 3.302e-31 +5.21409e+04 3.312e-31 +5.19674e+04 3.323e-31 +5.17945e+04 3.333e-31 +5.16222e+04 3.344e-31 +5.14504e+04 3.355e-31 +5.12792e+04 3.365e-31 +5.11086e+04 3.376e-31 +5.09385e+04 3.386e-31 +5.07690e+04 3.397e-31 +5.06001e+04 3.408e-31 +5.04317e+04 3.419e-31 +5.02639e+04 3.429e-31 +5.00967e+04 3.440e-31 +4.99300e+04 3.451e-31 +4.97638e+04 3.462e-31 +4.95982e+04 3.473e-31 +4.94332e+04 3.484e-31 +4.92687e+04 3.495e-31 +4.91048e+04 3.506e-31 +4.89414e+04 3.517e-31 +4.87785e+04 3.528e-31 +4.86162e+04 3.539e-31 +4.84545e+04 3.550e-31 +4.82932e+04 3.562e-31 +4.81325e+04 3.573e-31 +4.79724e+04 3.584e-31 +4.78128e+04 3.595e-31 +4.76537e+04 3.607e-31 +4.74951e+04 3.618e-31 +4.73371e+04 3.630e-31 +4.71796e+04 3.641e-31 +4.70226e+04 3.652e-31 +4.68661e+04 3.664e-31 +4.67102e+04 3.676e-31 +4.65547e+04 3.687e-31 +4.63998e+04 3.699e-31 +4.62454e+04 3.710e-31 +4.60916e+04 3.722e-31 +4.59382e+04 3.734e-31 +4.57853e+04 3.746e-31 +4.56330e+04 3.758e-31 +4.54812e+04 3.769e-31 +4.53298e+04 3.781e-31 +4.51790e+04 3.793e-31 +4.50287e+04 3.805e-31 +4.48788e+04 3.817e-31 +4.47295e+04 3.829e-31 +4.45807e+04 3.841e-31 +4.44323e+04 3.853e-31 +4.42845e+04 3.866e-31 +4.41371e+04 3.878e-31 +4.39903e+04 3.890e-31 +4.38439e+04 3.902e-31 +4.36980e+04 3.915e-31 +4.35526e+04 3.927e-31 +4.34077e+04 3.939e-31 +4.32632e+04 3.952e-31 +4.31193e+04 3.964e-31 +4.29758e+04 3.977e-31 +4.28328e+04 3.989e-31 +4.26903e+04 4.002e-31 +4.25482e+04 4.015e-31 +4.24067e+04 4.027e-31 +4.22656e+04 4.040e-31 +4.21249e+04 4.053e-31 +4.19848e+04 4.066e-31 +4.18451e+04 4.078e-31 +4.17058e+04 4.091e-31 +4.15671e+04 4.104e-31 +4.14287e+04 4.117e-31 +4.12909e+04 4.130e-31 +4.11535e+04 4.143e-31 +4.10166e+04 4.156e-31 +4.08801e+04 4.169e-31 +4.07441e+04 4.183e-31 +4.06085e+04 4.196e-31 +4.04734e+04 4.209e-31 +4.03387e+04 4.222e-31 +4.02045e+04 4.236e-31 +4.00707e+04 4.249e-31 +3.99374e+04 4.262e-31 +3.98045e+04 4.276e-31 +3.96720e+04 4.289e-31 +3.95400e+04 4.303e-31 +3.94085e+04 4.316e-31 +3.92773e+04 4.330e-31 +3.91466e+04 4.344e-31 +3.90164e+04 4.357e-31 +3.88866e+04 4.371e-31 +3.87572e+04 4.385e-31 +3.86282e+04 4.399e-31 +3.84997e+04 4.413e-31 +3.83716e+04 4.427e-31 +3.82439e+04 4.441e-31 +3.81166e+04 4.455e-31 +3.79898e+04 4.469e-31 +3.78634e+04 4.483e-31 +3.77374e+04 4.497e-31 +3.76118e+04 4.511e-31 +3.74867e+04 4.525e-31 +3.73619e+04 4.540e-31 +3.72376e+04 4.554e-31 +3.71137e+04 4.568e-31 +3.69902e+04 4.583e-31 +3.68671e+04 4.597e-31 +3.67445e+04 4.612e-31 +3.66222e+04 4.626e-31 +3.65004e+04 4.641e-31 +3.63789e+04 4.655e-31 +3.62579e+04 4.670e-31 +3.61372e+04 4.685e-31 +3.60170e+04 4.700e-31 +3.58971e+04 4.715e-31 +3.57777e+04 4.729e-31 +3.56586e+04 4.744e-31 +3.55400e+04 4.759e-31 +3.54217e+04 4.774e-31 +3.53039e+04 4.789e-31 +3.51864e+04 4.804e-31 +3.50693e+04 4.820e-31 +3.49526e+04 4.835e-31 +3.48363e+04 4.850e-31 +3.47204e+04 4.865e-31 +3.46049e+04 4.881e-31 +3.44897e+04 4.896e-31 +3.43750e+04 4.912e-31 +3.42606e+04 4.927e-31 +3.41466e+04 4.943e-31 +3.40330e+04 4.958e-31 +3.39197e+04 4.974e-31 +3.38069e+04 4.990e-31 +3.36944e+04 5.005e-31 +3.35823e+04 5.021e-31 +3.34705e+04 5.037e-31 +3.33591e+04 5.053e-31 +3.32481e+04 5.069e-31 +3.31375e+04 5.085e-31 +3.30272e+04 5.101e-31 +3.29174e+04 5.117e-31 +3.28078e+04 5.133e-31 +3.26987e+04 5.149e-31 +3.25899e+04 5.166e-31 +3.24814e+04 5.182e-31 +3.23733e+04 5.198e-31 +3.22656e+04 5.215e-31 +3.21583e+04 5.231e-31 +3.20512e+04 5.248e-31 +3.19446e+04 5.264e-31 +3.18383e+04 5.281e-31 +3.17324e+04 5.297e-31 +3.16268e+04 5.314e-31 +3.15215e+04 5.331e-31 +3.14167e+04 5.348e-31 +3.13121e+04 5.365e-31 +3.12079e+04 5.382e-31 +3.11041e+04 5.398e-31 +3.10006e+04 5.416e-31 +3.08974e+04 5.433e-31 +3.07946e+04 5.450e-31 +3.06922e+04 5.467e-31 +3.05900e+04 5.484e-31 +3.04883e+04 5.501e-31 +3.03868e+04 5.519e-31 +3.02857e+04 5.536e-31 +3.01849e+04 5.554e-31 +3.00845e+04 5.571e-31 +2.99844e+04 5.589e-31 +2.98846e+04 5.606e-31 +2.97852e+04 5.624e-31 +2.96861e+04 5.642e-31 +2.95873e+04 5.660e-31 +2.94888e+04 5.678e-31 +2.93907e+04 5.695e-31 +2.92929e+04 5.713e-31 +2.91955e+04 5.731e-31 +2.90983e+04 5.750e-31 +2.90015e+04 5.768e-31 +2.89050e+04 5.786e-31 +2.88088e+04 5.804e-31 +2.87129e+04 5.822e-31 +2.86174e+04 5.841e-31 +2.85222e+04 5.859e-31 +2.84273e+04 5.878e-31 +2.83327e+04 5.896e-31 +2.82384e+04 5.915e-31 +2.81445e+04 5.934e-31 +2.80508e+04 5.952e-31 +2.79575e+04 5.971e-31 +2.78644e+04 5.990e-31 +2.77717e+04 6.009e-31 +2.76793e+04 6.028e-31 +2.75872e+04 6.047e-31 +2.74954e+04 6.066e-31 +2.74039e+04 6.085e-31 +2.73127e+04 6.104e-31 +2.72219e+04 6.123e-31 +2.71313e+04 6.143e-31 +2.70410e+04 6.162e-31 +2.69510e+04 6.182e-31 +2.68614e+04 6.201e-31 +2.67720e+04 6.221e-31 +2.66829e+04 6.240e-31 +2.65941e+04 6.260e-31 +2.65056e+04 6.280e-31 +2.64174e+04 6.300e-31 +2.63295e+04 6.319e-31 +2.62419e+04 6.339e-31 +2.61546e+04 6.359e-31 +2.60676e+04 6.379e-31 +2.59808e+04 6.399e-31 +2.58944e+04 6.420e-31 +2.58082e+04 6.440e-31 +2.57223e+04 6.460e-31 +2.56368e+04 6.481e-31 +2.55515e+04 6.501e-31 +2.54664e+04 6.522e-31 +2.53817e+04 6.542e-31 +2.52972e+04 6.563e-31 +2.52131e+04 6.583e-31 +2.51292e+04 6.604e-31 +2.50456e+04 6.625e-31 +2.49622e+04 6.646e-31 +2.48792e+04 6.667e-31 +2.47964e+04 6.688e-31 +2.47139e+04 6.709e-31 +2.46316e+04 6.730e-31 +2.45497e+04 6.751e-31 +2.44680e+04 6.773e-31 +2.43866e+04 6.794e-31 +2.43054e+04 6.816e-31 +2.42245e+04 6.837e-31 +2.41439e+04 6.859e-31 +2.40636e+04 6.880e-31 +2.39835e+04 6.902e-31 +2.39037e+04 6.924e-31 +2.38242e+04 6.946e-31 +2.37449e+04 6.968e-31 +2.36659e+04 6.989e-31 +2.35872e+04 7.012e-31 +2.35087e+04 7.034e-31 +2.34305e+04 7.056e-31 +2.33525e+04 7.078e-31 +2.32748e+04 7.100e-31 +2.31973e+04 7.123e-31 +2.31202e+04 7.145e-31 +2.30432e+04 7.168e-31 +2.29666e+04 7.190e-31 +2.28901e+04 7.213e-31 +2.28140e+04 7.236e-31 +2.27381e+04 7.259e-31 +2.26624e+04 7.282e-31 +2.25870e+04 7.305e-31 +2.25118e+04 7.328e-31 +2.24369e+04 7.351e-31 +2.23623e+04 7.374e-31 +2.22879e+04 7.397e-31 +2.22137e+04 7.420e-31 +2.21398e+04 7.444e-31 +2.20661e+04 7.467e-31 +2.19927e+04 7.491e-31 +2.19195e+04 7.515e-31 +2.18466e+04 7.538e-31 +2.17739e+04 7.562e-31 +2.17014e+04 7.586e-31 +2.16292e+04 7.610e-31 +2.15573e+04 7.634e-31 +2.14855e+04 7.658e-31 +2.14140e+04 7.682e-31 +2.13428e+04 7.706e-31 +2.12718e+04 7.731e-31 +2.12010e+04 7.755e-31 +2.11304e+04 7.779e-31 +2.10601e+04 7.804e-31 +2.09901e+04 7.829e-31 +2.09202e+04 7.853e-31 +2.08506e+04 7.878e-31 +2.07812e+04 7.903e-31 +2.07121e+04 7.928e-31 +2.06432e+04 7.953e-31 +2.05745e+04 7.978e-31 +2.05060e+04 8.003e-31 +2.04378e+04 8.028e-31 +2.03698e+04 8.054e-31 +2.03020e+04 8.079e-31 +2.02344e+04 8.104e-31 +2.01671e+04 8.130e-31 +2.01000e+04 8.156e-31 +2.00331e+04 8.181e-31 +1.99665e+04 8.207e-31 +1.99000e+04 8.233e-31 +1.98338e+04 8.259e-31 +1.97678e+04 8.285e-31 +1.97020e+04 8.311e-31 +1.96365e+04 8.337e-31 +1.95711e+04 8.364e-31 +1.95060e+04 8.390e-31 +1.94411e+04 8.417e-31 +1.93764e+04 8.443e-31 +1.93120e+04 8.470e-31 +1.92477e+04 8.496e-31 +1.91837e+04 8.523e-31 +1.91198e+04 8.550e-31 +1.90562e+04 8.577e-31 +1.89928e+04 8.604e-31 +1.89296e+04 8.631e-31 +1.88666e+04 8.659e-31 +1.88038e+04 8.686e-31 +1.87413e+04 8.713e-31 +1.86789e+04 8.741e-31 +1.86168e+04 8.768e-31 +1.85548e+04 8.796e-31 +1.84931e+04 8.824e-31 +1.84315e+04 8.851e-31 +1.83702e+04 8.879e-31 +1.83091e+04 8.907e-31 +1.82482e+04 8.935e-31 +1.81874e+04 8.964e-31 +1.81269e+04 8.992e-31 +1.80666e+04 9.020e-31 +1.80065e+04 9.049e-31 +1.79466e+04 9.077e-31 +1.78869e+04 9.106e-31 +1.78273e+04 9.135e-31 +1.77680e+04 9.163e-31 +1.77089e+04 9.192e-31 +1.76500e+04 9.221e-31 +1.75912e+04 9.250e-31 +1.75327e+04 9.280e-31 +1.74744e+04 9.309e-31 +1.74162e+04 9.338e-31 +1.73583e+04 9.368e-31 +1.73005e+04 9.397e-31 +1.72430e+04 9.427e-31 +1.71856e+04 9.456e-31 +1.71284e+04 9.486e-31 +1.70714e+04 9.516e-31 +1.70146e+04 9.546e-31 +1.69580e+04 9.576e-31 +1.69016e+04 9.607e-31 +1.68453e+04 9.637e-31 +1.67893e+04 9.667e-31 +1.67334e+04 9.698e-31 +1.66777e+04 9.728e-31 +1.66222e+04 9.759e-31 +1.65669e+04 9.790e-31 +1.65118e+04 9.821e-31 +1.64569e+04 9.852e-31 +1.64021e+04 9.883e-31 +1.63475e+04 9.914e-31 +1.62931e+04 9.945e-31 +1.62389e+04 9.976e-31 +1.61849e+04 1.001e-30 +1.61310e+04 1.004e-30 +1.60773e+04 1.007e-30 +1.60238e+04 1.010e-30 +1.59705e+04 1.013e-30 +1.59174e+04 1.017e-30 +1.58644e+04 1.020e-30 +1.58116e+04 1.023e-30 +1.57590e+04 1.026e-30 +1.57066e+04 1.030e-30 +1.56543e+04 1.033e-30 +1.56022e+04 1.036e-30 +1.55503e+04 1.039e-30 +1.54986e+04 1.043e-30 +1.54470e+04 1.046e-30 +1.53956e+04 1.049e-30 +1.53444e+04 1.052e-30 +1.52933e+04 1.056e-30 +1.52424e+04 1.059e-30 +1.51917e+04 1.062e-30 +1.51412e+04 1.066e-30 +1.50908e+04 1.069e-30 +1.50406e+04 1.073e-30 +1.49905e+04 1.076e-30 +1.49407e+04 1.079e-30 +1.48909e+04 1.083e-30 +1.48414e+04 1.086e-30 +1.47920e+04 1.090e-30 +1.47428e+04 1.093e-30 +1.46937e+04 1.096e-30 +1.46448e+04 1.100e-30 +1.45961e+04 1.103e-30 +1.45475e+04 1.107e-30 +1.44991e+04 1.110e-30 +1.44509e+04 1.114e-30 +1.44028e+04 1.117e-30 +1.43549e+04 1.121e-30 +1.43071e+04 1.124e-30 +1.42595e+04 1.128e-30 +1.42121e+04 1.132e-30 +1.41648e+04 1.135e-30 +1.41176e+04 1.139e-30 +1.40707e+04 1.142e-30 +1.40238e+04 1.146e-30 +1.39772e+04 1.149e-30 +1.39307e+04 1.153e-30 +1.38843e+04 1.157e-30 +1.38381e+04 1.160e-30 +1.37921e+04 1.164e-30 +1.37462e+04 1.168e-30 +1.37004e+04 1.171e-30 +1.36549e+04 1.175e-30 +1.36094e+04 1.179e-30 +1.35641e+04 1.182e-30 +1.35190e+04 1.186e-30 +1.34740e+04 1.190e-30 +1.34292e+04 1.194e-30 +1.33845e+04 1.197e-30 +1.33400e+04 1.201e-30 +1.32956e+04 1.205e-30 +1.32513e+04 1.209e-30 +1.32072e+04 1.213e-30 +1.31633e+04 1.216e-30 +1.31195e+04 1.220e-30 +1.30758e+04 1.224e-30 +1.30323e+04 1.228e-30 +1.29890e+04 1.232e-30 +1.29458e+04 1.236e-30 +1.29027e+04 1.240e-30 +1.28597e+04 1.244e-30 +1.28170e+04 1.247e-30 +1.27743e+04 1.251e-30 +1.27318e+04 1.255e-30 +1.26894e+04 1.259e-30 +1.26472e+04 1.263e-30 +1.26051e+04 1.267e-30 +1.25632e+04 1.271e-30 +1.25214e+04 1.275e-30 +1.24797e+04 1.279e-30 +1.24382e+04 1.283e-30 +1.23968e+04 1.287e-30 +1.23556e+04 1.291e-30 +1.23145e+04 1.295e-30 +1.22735e+04 1.300e-30 +1.22326e+04 1.304e-30 +1.21919e+04 1.308e-30 +1.21514e+04 1.312e-30 +1.21109e+04 1.316e-30 +1.20706e+04 1.320e-30 +1.20305e+04 1.324e-30 +1.19904e+04 1.329e-30 +1.19505e+04 1.333e-30 +1.19108e+04 1.337e-30 +1.18711e+04 1.341e-30 +1.18316e+04 1.345e-30 +1.17923e+04 1.350e-30 +1.17530e+04 1.354e-30 +1.17139e+04 1.358e-30 +1.16750e+04 1.362e-30 +1.16361e+04 1.367e-30 +1.15974e+04 1.371e-30 +1.15588e+04 1.375e-30 +1.15203e+04 1.380e-30 +1.14820e+04 1.384e-30 +1.14438e+04 1.388e-30 +1.14057e+04 1.393e-30 +1.13678e+04 1.397e-30 +1.13299e+04 1.402e-30 +1.12922e+04 1.406e-30 +1.12547e+04 1.410e-30 +1.12172e+04 1.415e-30 +1.11799e+04 1.419e-30 +1.11427e+04 1.424e-30 +1.11056e+04 1.428e-30 +1.10687e+04 1.433e-30 +1.10318e+04 1.437e-30 +1.09951e+04 1.442e-30 +1.09585e+04 1.446e-30 +1.09221e+04 1.451e-30 +1.08857e+04 1.455e-30 +1.08495e+04 1.460e-30 +1.08134e+04 1.465e-30 +1.07774e+04 1.469e-30 +1.07416e+04 1.474e-30 +1.07058e+04 1.479e-30 +1.06702e+04 1.483e-30 +1.06347e+04 1.488e-30 +1.05993e+04 1.493e-30 +1.05641e+04 1.497e-30 +1.05289e+04 1.502e-30 +1.04939e+04 1.507e-30 +1.04589e+04 1.511e-30 +1.04241e+04 1.516e-30 +1.03895e+04 1.521e-30 +1.03549e+04 1.526e-30 +1.03204e+04 1.531e-30 +1.02861e+04 1.535e-30 +1.02519e+04 1.540e-30 +1.02178e+04 1.545e-30 +1.01838e+04 1.550e-30 +1.01499e+04 1.555e-30 +1.01161e+04 1.560e-30 +1.00824e+04 1.565e-30 +1.00489e+04 1.570e-30 +1.00155e+04 1.575e-30 +9.98213e+03 1.580e-30 +9.94891e+03 1.585e-30 +9.91581e+03 1.590e-30 +9.88281e+03 1.595e-30 +9.84993e+03 1.600e-30 +9.81716e+03 1.605e-30 +9.78449e+03 1.610e-30 +9.75193e+03 1.615e-30 +9.71948e+03 1.620e-30 +9.68714e+03 1.625e-30 +9.65491e+03 1.630e-30 +9.62278e+03 1.635e-30 +9.59076e+03 1.640e-30 +9.55885e+03 1.645e-30 +9.52705e+03 1.651e-30 +9.49535e+03 1.656e-30 +9.46375e+03 1.661e-30 +9.43226e+03 1.666e-30 +9.40087e+03 1.672e-30 +9.36959e+03 1.677e-30 +9.33842e+03 1.682e-30 +9.30734e+03 1.687e-30 +9.27638e+03 1.693e-30 +9.24551e+03 1.698e-30 +9.21475e+03 1.703e-30 +9.18408e+03 1.709e-30 +9.15352e+03 1.714e-30 +9.12307e+03 1.720e-30 +9.09271e+03 1.725e-30 +9.06246e+03 1.730e-30 +9.03230e+03 1.736e-30 +9.00225e+03 1.741e-30 +8.97229e+03 1.747e-30 +8.94244e+03 1.752e-30 +8.91268e+03 1.758e-30 +8.88303e+03 1.763e-30 +8.85347e+03 1.769e-30 +8.82401e+03 1.775e-30 +8.79465e+03 1.780e-30 +8.76538e+03 1.786e-30 +8.73622e+03 1.791e-30 +8.70715e+03 1.797e-30 +8.67818e+03 1.803e-30 +8.64930e+03 1.808e-30 +8.62052e+03 1.814e-30 +8.59184e+03 1.820e-30 +8.56325e+03 1.825e-30 +8.53475e+03 1.831e-30 +8.50636e+03 1.837e-30 +8.47805e+03 1.843e-30 +8.44984e+03 1.849e-30 +8.42173e+03 1.854e-30 +8.39370e+03 1.860e-30 +8.36577e+03 1.866e-30 +8.33794e+03 1.872e-30 +8.31019e+03 1.878e-30 +8.28254e+03 1.884e-30 +8.25498e+03 1.890e-30 +8.22751e+03 1.896e-30 +8.20014e+03 1.902e-30 +8.17285e+03 1.908e-30 +8.14566e+03 1.914e-30 +8.11855e+03 1.920e-30 +8.09154e+03 1.926e-30 +8.06462e+03 1.932e-30 +8.03778e+03 1.938e-30 +8.01104e+03 1.944e-30 +7.98438e+03 1.950e-30 +7.95781e+03 1.956e-30 +7.93133e+03 1.962e-30 +7.90494e+03 1.969e-30 +7.87864e+03 1.975e-30 +7.85242e+03 1.981e-30 +7.82630e+03 1.987e-30 +7.80025e+03 1.994e-30 +7.77430e+03 2.000e-30 +7.74843e+03 2.006e-30 +7.72265e+03 2.012e-30 +7.69695e+03 2.019e-30 +7.67134e+03 2.025e-30 +7.64582e+03 2.032e-30 +7.62038e+03 2.038e-30 +7.59502e+03 2.044e-30 +7.56975e+03 2.051e-30 +7.54456e+03 2.057e-30 +7.51946e+03 2.064e-30 +7.49444e+03 2.070e-30 +7.46950e+03 2.077e-30 +7.44464e+03 2.083e-30 +7.41987e+03 2.090e-30 +7.39518e+03 2.096e-30 +7.37058e+03 2.103e-30 +7.34605e+03 2.110e-30 +7.32161e+03 2.116e-30 +7.29725e+03 2.123e-30 +7.27296e+03 2.130e-30 +7.24876e+03 2.136e-30 +7.22464e+03 2.143e-30 +7.20061e+03 2.150e-30 +7.17665e+03 2.157e-30 +7.15277e+03 2.163e-30 +7.12897e+03 2.170e-30 +7.10524e+03 2.177e-30 +7.08160e+03 2.184e-30 +7.05804e+03 2.191e-30 +7.03455e+03 2.198e-30 +7.01115e+03 2.205e-30 +6.98782e+03 2.212e-30 +6.96457e+03 2.219e-30 +6.94139e+03 2.226e-30 +6.91830e+03 2.233e-30 +6.89528e+03 2.240e-30 +6.87233e+03 2.247e-30 +6.84947e+03 2.254e-30 +6.82667e+03 2.261e-30 +6.80396e+03 2.268e-30 +6.78132e+03 2.275e-30 +6.75875e+03 2.282e-30 +6.73627e+03 2.289e-30 +6.71385e+03 2.297e-30 +6.69151e+03 2.304e-30 +6.66925e+03 2.311e-30 +6.64705e+03 2.318e-30 +6.62494e+03 2.326e-30 +6.60289e+03 2.333e-30 +6.58092e+03 2.340e-30 +6.55902e+03 2.348e-30 +6.53720e+03 2.355e-30 +6.51545e+03 2.363e-30 +6.49377e+03 2.370e-30 +6.47216e+03 2.377e-30 +6.45063e+03 2.385e-30 +6.42916e+03 2.392e-30 +6.40777e+03 2.400e-30 +6.38645e+03 2.408e-30 +6.36520e+03 2.415e-30 +6.34402e+03 2.423e-30 +6.32291e+03 2.430e-30 +6.30187e+03 2.438e-30 +6.28090e+03 2.446e-30 +6.26000e+03 2.453e-30 +6.23917e+03 2.461e-30 +6.21841e+03 2.469e-30 +6.19772e+03 2.477e-30 +6.17710e+03 2.485e-30 +6.15654e+03 2.492e-30 +6.13606e+03 2.500e-30 +6.11564e+03 2.508e-30 +6.09529e+03 2.516e-30 +6.07501e+03 2.524e-30 +6.05480e+03 2.532e-30 +6.03465e+03 2.540e-30 +6.01457e+03 2.548e-30 +5.99456e+03 2.556e-30 +5.97461e+03 2.564e-30 +5.95473e+03 2.572e-30 +5.93492e+03 2.580e-30 +5.91517e+03 2.588e-30 +5.89549e+03 2.596e-30 +5.87587e+03 2.604e-30 +5.85632e+03 2.613e-30 +5.83683e+03 2.621e-30 +5.81741e+03 2.629e-30 +5.79805e+03 2.637e-30 +5.77876e+03 2.646e-30 +5.75953e+03 2.654e-30 +5.74037e+03 2.662e-30 +5.72127e+03 2.671e-30 +5.70223e+03 2.679e-30 +5.68325e+03 2.688e-30 +5.66434e+03 2.696e-30 +5.64550e+03 2.707e-30 +5.62671e+03 2.713e-30 +5.60799e+03 2.722e-30 +5.58933e+03 2.730e-30 +5.57073e+03 2.739e-30 +5.55220e+03 2.747e-30 +5.53372e+03 2.756e-30 +5.51531e+03 2.765e-30 +5.49696e+03 2.774e-30 +5.47867e+03 2.782e-30 +5.46044e+03 2.791e-30 +5.44227e+03 2.800e-30 +5.42416e+03 2.809e-30 +5.40611e+03 2.817e-30 +5.38812e+03 2.826e-30 +5.37019e+03 2.835e-30 +5.35232e+03 2.844e-30 +5.33451e+03 2.853e-30 +5.31676e+03 2.862e-30 +5.29907e+03 2.871e-30 +5.28144e+03 2.880e-30 +5.26387e+03 2.889e-30 +5.24635e+03 2.898e-30 +5.22889e+03 2.907e-30 +5.21150e+03 2.917e-30 +5.19415e+03 2.926e-30 +5.17687e+03 2.935e-30 +5.15965e+03 2.944e-30 +5.14248e+03 2.954e-30 +5.12537e+03 2.963e-30 +5.10831e+03 2.972e-30 +5.09131e+03 2.981e-30 +5.07437e+03 2.991e-30 +5.05749e+03 3.000e-30 +5.04066e+03 3.010e-30 +5.02389e+03 3.019e-30 +5.00717e+03 3.029e-30 +4.99051e+03 3.038e-30 +4.97391e+03 3.048e-30 +4.95735e+03 3.057e-30 +4.94086e+03 3.067e-30 +4.92442e+03 3.077e-30 +4.90803e+03 3.086e-30 +4.89170e+03 3.096e-30 +4.87543e+03 3.106e-30 +4.85920e+03 3.116e-30 +4.84303e+03 3.125e-30 +4.82692e+03 3.135e-30 +4.81086e+03 3.145e-30 +4.79485e+03 3.155e-30 +4.77890e+03 3.165e-30 +4.76300e+03 3.175e-30 +4.74715e+03 3.185e-30 +4.73135e+03 3.195e-30 +4.71561e+03 3.205e-30 +4.69992e+03 3.215e-30 +4.68428e+03 3.225e-30 +4.66869e+03 3.235e-30 +4.65316e+03 3.246e-30 +4.63767e+03 3.256e-30 +4.62224e+03 3.266e-30 +4.60686e+03 3.276e-30 +4.59153e+03 3.287e-30 +4.57626e+03 3.297e-30 +4.56103e+03 3.307e-30 +4.54585e+03 3.318e-30 +4.53073e+03 3.328e-30 +4.51565e+03 3.339e-30 +4.50062e+03 3.349e-30 +4.48565e+03 3.360e-30 +4.47072e+03 3.370e-30 +4.45585e+03 3.381e-30 +4.44102e+03 3.392e-30 +4.42624e+03 3.402e-30 +4.41152e+03 3.413e-30 +4.39684e+03 3.424e-30 +4.38221e+03 3.434e-30 +4.36763e+03 3.445e-30 +4.35309e+03 3.456e-30 +4.33861e+03 3.467e-30 +4.32417e+03 3.478e-30 +4.30978e+03 3.489e-30 +4.29544e+03 3.500e-30 +4.28115e+03 3.511e-30 +4.26690e+03 3.522e-30 +4.25271e+03 3.533e-30 +4.23856e+03 3.544e-30 +4.22445e+03 3.555e-30 +4.21040e+03 3.566e-30 +4.19639e+03 3.578e-30 +4.18242e+03 3.589e-30 +4.16851e+03 3.600e-30 +4.15464e+03 3.612e-30 +4.14081e+03 3.623e-30 +4.12703e+03 3.634e-30 +4.11330e+03 3.646e-30 +4.09961e+03 3.657e-30 +4.08597e+03 3.669e-30 +4.07238e+03 3.680e-30 +4.05883e+03 3.692e-30 +4.04532e+03 3.704e-30 +4.03186e+03 3.715e-30 +4.01845e+03 3.727e-30 +4.00507e+03 3.739e-30 +3.99175e+03 3.750e-30 +3.97847e+03 3.762e-30 +3.96523e+03 3.774e-30 +3.95203e+03 3.786e-30 +3.93888e+03 3.798e-30 +3.92578e+03 3.810e-30 +3.91271e+03 3.822e-30 +3.89970e+03 3.834e-30 +3.88672e+03 3.846e-30 +3.87379e+03 3.858e-30 +3.86090e+03 3.870e-30 +3.84805e+03 3.882e-30 +3.83525e+03 3.895e-30 +3.82248e+03 3.907e-30 +3.80977e+03 3.919e-30 +3.79709e+03 3.931e-30 +3.78445e+03 3.944e-30 +3.77186e+03 3.956e-30 +3.75931e+03 3.969e-30 +3.74680e+03 3.981e-30 +3.73434e+03 3.994e-30 +3.72191e+03 4.006e-30 +3.70953e+03 4.019e-30 +3.69718e+03 4.031e-30 +3.68488e+03 4.044e-30 +3.67262e+03 4.057e-30 +3.66040e+03 4.070e-30 +3.64822e+03 4.082e-30 +3.63608e+03 4.095e-30 +3.62398e+03 4.108e-30 +3.61192e+03 4.121e-30 +3.59990e+03 4.134e-30 +3.58793e+03 4.147e-30 +3.57599e+03 4.160e-30 +3.56409e+03 4.173e-30 +3.55223e+03 4.186e-30 +3.54041e+03 4.200e-30 +3.52863e+03 4.213e-30 +3.51689e+03 4.226e-30 +3.50519e+03 4.239e-30 +3.49352e+03 4.253e-30 +3.48190e+03 4.266e-30 +3.47031e+03 4.279e-30 +3.45876e+03 4.293e-30 +3.44726e+03 4.306e-30 +3.43579e+03 4.320e-30 +3.42435e+03 4.334e-30 +3.41296e+03 4.347e-30 +3.40160e+03 4.361e-30 +3.39028e+03 4.375e-30 +3.37900e+03 4.388e-30 +3.36776e+03 4.402e-30 +3.35655e+03 4.416e-30 +3.34538e+03 4.430e-30 +3.33425e+03 4.444e-30 +3.32316e+03 4.458e-30 +3.31210e+03 4.472e-30 +3.30108e+03 4.486e-30 +3.29010e+03 4.500e-30 +3.27915e+03 4.514e-30 +3.26824e+03 4.528e-30 +3.25736e+03 4.543e-30 +3.24652e+03 4.557e-30 +3.23572e+03 4.571e-30 +3.22496e+03 4.586e-30 +3.21422e+03 4.600e-30 +3.20353e+03 4.615e-30 +3.19287e+03 4.629e-30 +3.18225e+03 4.644e-30 +3.17166e+03 4.658e-30 +3.16110e+03 4.673e-30 +3.15059e+03 4.688e-30 +3.14010e+03 4.702e-30 +3.12965e+03 4.717e-30 +3.11924e+03 4.732e-30 +3.10886e+03 4.747e-30 +3.09852e+03 4.762e-30 +3.08821e+03 4.777e-30 +3.07793e+03 4.792e-30 +3.06769e+03 4.807e-30 +3.05748e+03 4.822e-30 +3.04731e+03 4.837e-30 +3.03717e+03 4.852e-30 +3.02706e+03 4.868e-30 +3.01699e+03 4.883e-30 +3.00695e+03 4.898e-30 +2.99695e+03 4.914e-30 +2.98697e+03 4.929e-30 +2.97703e+03 4.945e-30 +2.96713e+03 4.960e-30 +2.95726e+03 4.976e-30 +2.94742e+03 4.992e-30 +2.93761e+03 5.007e-30 +2.92783e+03 5.023e-30 +2.91809e+03 5.039e-30 +2.90838e+03 5.055e-30 +2.89870e+03 5.071e-30 +2.88906e+03 5.087e-30 +2.87945e+03 5.103e-30 +2.86987e+03 5.119e-30 +2.86032e+03 5.135e-30 +2.85080e+03 5.151e-30 +2.84131e+03 5.167e-30 +2.83186e+03 5.183e-30 +2.82244e+03 5.200e-30 +2.81304e+03 5.216e-30 +2.80368e+03 5.232e-30 +2.79435e+03 5.249e-30 +2.78506e+03 5.265e-30 +2.77579e+03 5.282e-30 +2.76655e+03 5.298e-30 +2.75735e+03 5.315e-30 +2.74817e+03 5.332e-30 +2.73903e+03 5.349e-30 +2.72992e+03 5.365e-30 +2.72083e+03 5.382e-30 +2.71178e+03 5.399e-30 +2.70275e+03 5.416e-30 +2.69376e+03 5.433e-30 +2.68480e+03 5.450e-30 +2.67586e+03 5.468e-30 +2.66696e+03 5.485e-30 +2.65809e+03 5.502e-30 +2.64924e+03 5.519e-30 +2.64043e+03 5.537e-30 +2.63164e+03 5.554e-30 +2.62289e+03 5.572e-30 +2.61416e+03 5.589e-30 +2.60546e+03 5.607e-30 +2.59679e+03 5.624e-30 +2.58815e+03 5.642e-30 +2.57954e+03 5.660e-30 +2.57095e+03 5.678e-30 +2.56240e+03 5.695e-30 +2.55387e+03 5.713e-30 +2.54538e+03 5.731e-30 +2.53691e+03 5.749e-30 +2.52846e+03 5.767e-30 +2.52005e+03 5.786e-30 +2.51167e+03 5.804e-30 +2.50331e+03 5.822e-30 +2.49498e+03 5.840e-30 +2.48668e+03 5.859e-30 +2.47840e+03 5.877e-30 +2.47016e+03 5.896e-30 +2.46194e+03 5.914e-30 +2.45375e+03 5.933e-30 +2.44558e+03 5.951e-30 +2.43744e+03 5.970e-30 +2.42933e+03 5.989e-30 +2.42125e+03 6.008e-30 +2.41319e+03 6.027e-30 +2.40516e+03 6.046e-30 +2.39716e+03 6.065e-30 +2.38918e+03 6.084e-30 +2.38123e+03 6.103e-30 +2.37331e+03 6.122e-30 +2.36541e+03 6.141e-30 +2.35754e+03 6.161e-30 +2.34970e+03 6.180e-30 +2.34188e+03 6.199e-30 +2.33409e+03 6.219e-30 +2.32632e+03 6.238e-30 +2.31858e+03 6.258e-30 +2.31087e+03 6.278e-30 +2.30318e+03 6.297e-30 +2.29551e+03 6.317e-30 +2.28787e+03 6.337e-30 +2.28026e+03 6.357e-30 +2.27267e+03 6.377e-30 +2.26511e+03 6.397e-30 +2.25757e+03 6.417e-30 +2.25006e+03 6.437e-30 +2.24258e+03 6.458e-30 +2.23511e+03 6.478e-30 +2.22768e+03 6.498e-30 +2.22026e+03 6.519e-30 +2.21288e+03 6.539e-30 +2.20551e+03 6.560e-30 +2.19817e+03 6.580e-30 +2.19086e+03 6.601e-30 +2.18357e+03 6.622e-30 +2.17631e+03 6.643e-30 +2.16906e+03 6.664e-30 +2.16185e+03 6.685e-30 +2.15465e+03 6.706e-30 +2.14748e+03 6.727e-30 +2.14034e+03 6.748e-30 +2.13322e+03 6.769e-30 +2.12612e+03 6.790e-30 +2.11904e+03 6.812e-30 +2.11199e+03 6.833e-30 +2.10496e+03 6.855e-30 +2.09796e+03 6.876e-30 +2.09098e+03 6.898e-30 +2.08402e+03 6.919e-30 +2.07709e+03 6.941e-30 +2.07018e+03 6.963e-30 +2.06329e+03 6.985e-30 +2.05642e+03 7.007e-30 +2.04958e+03 7.029e-30 +2.04276e+03 7.051e-30 +2.03596e+03 7.073e-30 +2.02919e+03 7.095e-30 +2.02244e+03 7.118e-30 +2.01571e+03 7.140e-30 +2.00900e+03 7.163e-30 +2.00232e+03 7.185e-30 +1.99565e+03 7.208e-30 +1.98901e+03 7.230e-30 +1.98239e+03 7.253e-30 +1.97580e+03 7.276e-30 +1.96922e+03 7.299e-30 +1.96267e+03 7.322e-30 +1.95614e+03 7.345e-30 +1.94963e+03 7.368e-30 +1.94314e+03 7.391e-30 +1.93668e+03 7.414e-30 +1.93023e+03 7.438e-30 +1.92381e+03 7.461e-30 +1.91741e+03 7.484e-30 +1.91103e+03 7.508e-30 +1.90467e+03 7.532e-30 +1.89833e+03 7.555e-30 +1.89202e+03 7.579e-30 +1.88572e+03 7.603e-30 +1.87945e+03 7.627e-30 +1.87319e+03 7.651e-30 +1.86696e+03 7.675e-30 +1.86075e+03 7.699e-30 +1.85456e+03 7.723e-30 +1.84839e+03 7.747e-30 +1.84224e+03 7.772e-30 +1.83611e+03 7.796e-30 +1.83000e+03 7.821e-30 +1.82391e+03 7.845e-30 +1.81784e+03 7.870e-30 +1.81179e+03 7.895e-30 +1.80576e+03 7.920e-30 +1.79975e+03 7.944e-30 +1.79376e+03 7.969e-30 +1.78780e+03 7.994e-30 +1.78185e+03 8.020e-30 +1.77592e+03 8.045e-30 +1.77001e+03 8.070e-30 +1.76412e+03 8.095e-30 +1.75825e+03 8.121e-30 +1.75240e+03 8.146e-30 +1.74657e+03 8.172e-30 +1.74076e+03 8.198e-30 +1.73496e+03 8.224e-30 +1.72919e+03 8.249e-30 +1.72344e+03 8.275e-30 +1.71770e+03 8.301e-30 +1.71199e+03 8.327e-30 +1.70629e+03 8.354e-30 +1.70061e+03 8.380e-30 +1.69495e+03 8.406e-30 +1.68931e+03 8.433e-30 +1.68369e+03 8.459e-30 +1.67809e+03 8.486e-30 +1.67251e+03 8.512e-30 +1.66694e+03 8.539e-30 +1.66140e+03 8.566e-30 +1.65587e+03 8.593e-30 +1.65036e+03 8.620e-30 +1.64487e+03 8.647e-30 +1.63939e+03 8.674e-30 +1.63394e+03 8.701e-30 +1.62850e+03 8.729e-30 +1.62308e+03 8.756e-30 +1.61768e+03 8.784e-30 +1.61230e+03 8.811e-30 +1.60693e+03 8.839e-30 +1.60159e+03 8.867e-30 +1.59626e+03 8.895e-30 +1.59095e+03 8.923e-30 +1.58565e+03 8.951e-30 +1.58038e+03 8.979e-30 +1.57512e+03 9.007e-30 +1.56988e+03 9.035e-30 +1.56465e+03 9.064e-30 +1.55945e+03 9.092e-30 +1.55426e+03 9.121e-30 +1.54909e+03 9.150e-30 +1.54393e+03 9.178e-30 +1.53879e+03 9.207e-30 +1.53367e+03 9.236e-30 +1.52857e+03 9.265e-30 +1.52349e+03 9.294e-30 +1.51842e+03 9.323e-30 +1.51336e+03 9.353e-30 +1.50833e+03 9.382e-30 +1.50331e+03 9.412e-30 +1.49831e+03 9.441e-30 +1.49332e+03 9.471e-30 +1.48835e+03 9.501e-30 +1.48340e+03 9.530e-30 +1.47846e+03 9.560e-30 +1.47354e+03 9.590e-30 +1.46864e+03 9.621e-30 +1.46375e+03 9.651e-30 +1.45888e+03 9.681e-30 +1.45403e+03 9.712e-30 +1.44919e+03 9.742e-30 +1.44437e+03 9.773e-30 +1.43956e+03 9.803e-30 +1.43477e+03 9.834e-30 +1.43000e+03 9.865e-30 +1.42524e+03 9.896e-30 +1.42050e+03 9.927e-30 +1.41577e+03 9.958e-30 +1.41106e+03 9.990e-30 +1.40637e+03 1.002e-29 +1.40169e+03 1.005e-29 +1.39702e+03 1.008e-29 +1.39237e+03 1.012e-29 +1.38774e+03 1.015e-29 +1.38312e+03 1.018e-29 +1.37852e+03 1.021e-29 +1.37393e+03 1.024e-29 +1.36936e+03 1.028e-29 +1.36481e+03 1.031e-29 +1.36027e+03 1.034e-29 +1.35574e+03 1.037e-29 +1.35123e+03 1.041e-29 +1.34673e+03 1.044e-29 +1.34225e+03 1.047e-29 +1.33778e+03 1.050e-29 +1.33333e+03 1.054e-29 +1.32890e+03 1.057e-29 +1.32447e+03 1.060e-29 +1.32007e+03 1.064e-29 +1.31568e+03 1.067e-29 +1.31130e+03 1.070e-29 +1.30693e+03 1.074e-29 +1.30259e+03 1.077e-29 +1.29825e+03 1.080e-29 +1.29393e+03 1.084e-29 +1.28963e+03 1.087e-29 +1.28533e+03 1.091e-29 +1.28106e+03 1.094e-29 +1.27680e+03 1.098e-29 +1.27255e+03 1.101e-29 +1.26831e+03 1.104e-29 +1.26409e+03 1.108e-29 +1.25989e+03 1.111e-29 +1.25569e+03 1.115e-29 +1.25152e+03 1.118e-29 +1.24735e+03 1.122e-29 +1.24320e+03 1.125e-29 +1.23906e+03 1.129e-29 +1.23494e+03 1.133e-29 +1.23083e+03 1.136e-29 +1.22674e+03 1.140e-29 +1.22265e+03 1.143e-29 +1.21859e+03 1.147e-29 +1.21453e+03 1.150e-29 +1.21049e+03 1.154e-29 +1.20646e+03 1.158e-29 +1.20245e+03 1.161e-29 +1.19845e+03 1.165e-29 +1.19446e+03 1.169e-29 +1.19048e+03 1.172e-29 +1.18652e+03 1.176e-29 +1.18258e+03 1.180e-29 +1.17864e+03 1.183e-29 +1.17472e+03 1.187e-29 +1.17081e+03 1.191e-29 +1.16691e+03 1.195e-29 +1.16303e+03 1.198e-29 +1.15916e+03 1.202e-29 +1.15530e+03 1.206e-29 +1.15146e+03 1.210e-29 +1.14763e+03 1.213e-29 +1.14381e+03 1.217e-29 +1.14000e+03 1.221e-29 +1.13621e+03 1.225e-29 +1.13243e+03 1.229e-29 +1.12866e+03 1.233e-29 +1.12491e+03 1.237e-29 +1.12116e+03 1.240e-29 +1.11743e+03 1.244e-29 +1.11372e+03 1.248e-29 +1.11001e+03 1.252e-29 +1.10632e+03 1.256e-29 +1.10263e+03 1.260e-29 +1.09897e+03 1.264e-29 +1.09531e+03 1.268e-29 +1.09166e+03 1.272e-29 +1.08803e+03 1.276e-29 +1.08441e+03 1.280e-29 +1.08080e+03 1.284e-29 +1.07721e+03 1.288e-29 +1.07362e+03 1.292e-29 +1.07005e+03 1.296e-29 +1.06649e+03 1.300e-29 +1.06294e+03 1.304e-29 +1.05940e+03 1.308e-29 +1.05588e+03 1.312e-29 +1.05237e+03 1.317e-29 +1.04886e+03 1.321e-29 +1.04537e+03 1.325e-29 +1.04190e+03 1.329e-29 +1.03843e+03 1.333e-29 +1.03497e+03 1.337e-29 +1.03153e+03 1.342e-29 +1.02810e+03 1.346e-29 +1.02468e+03 1.350e-29 +1.02127e+03 1.354e-29 +1.01787e+03 1.358e-29 +1.01448e+03 1.363e-29 +1.01111e+03 1.367e-29 +1.00774e+03 1.371e-29 +1.00439e+03 1.376e-29 +1.00105e+03 1.380e-29 +9.97716e+02 1.384e-29 +9.94396e+02 1.389e-29 +9.91087e+02 1.393e-29 +9.87790e+02 1.397e-29 +9.84503e+02 1.402e-29 +9.81227e+02 1.406e-29 +9.77962e+02 1.411e-29 +9.74708e+02 1.415e-29 +9.71465e+02 1.419e-29 +9.68232e+02 1.424e-29 +9.65010e+02 1.428e-29 +9.61799e+02 1.433e-29 +9.58599e+02 1.437e-29 +9.55409e+02 1.442e-29 +9.52230e+02 1.446e-29 +9.49062e+02 1.451e-29 +9.45904e+02 1.456e-29 +9.42757e+02 1.460e-29 +9.39620e+02 1.465e-29 +9.36493e+02 1.469e-29 +9.33377e+02 1.474e-29 +9.30271e+02 1.479e-29 +9.27176e+02 1.483e-29 +9.24091e+02 1.488e-29 +9.21016e+02 1.492e-29 +9.17951e+02 1.497e-29 +9.14897e+02 1.502e-29 +9.11853e+02 1.507e-29 +9.08818e+02 1.511e-29 +9.05794e+02 1.516e-29 +9.02780e+02 1.521e-29 +8.99777e+02 1.526e-29 +8.96783e+02 1.530e-29 +8.93799e+02 1.535e-29 +8.90825e+02 1.540e-29 +8.87860e+02 1.545e-29 +8.84906e+02 1.550e-29 +8.81962e+02 1.555e-29 +8.79027e+02 1.559e-29 +8.76102e+02 1.564e-29 +8.73187e+02 1.569e-29 +8.70281e+02 1.574e-29 +8.67386e+02 1.579e-29 +8.64500e+02 1.584e-29 +8.61623e+02 1.589e-29 +8.58756e+02 1.594e-29 +8.55899e+02 1.599e-29 +8.53051e+02 1.604e-29 +8.50212e+02 1.609e-29 +8.47383e+02 1.614e-29 +8.44564e+02 1.619e-29 +8.41753e+02 1.624e-29 +8.38952e+02 1.629e-29 +8.36161e+02 1.635e-29 +8.33379e+02 1.640e-29 +8.30606e+02 1.645e-29 +8.27842e+02 1.650e-29 +8.25087e+02 1.655e-29 +8.22342e+02 1.660e-29 +8.19606e+02 1.666e-29 +8.16878e+02 1.671e-29 +8.14160e+02 1.676e-29 +8.11451e+02 1.681e-29 +8.08751e+02 1.687e-29 +8.06060e+02 1.692e-29 +8.03378e+02 1.697e-29 +8.00705e+02 1.703e-29 +7.98041e+02 1.708e-29 +7.95385e+02 1.713e-29 +7.92739e+02 1.719e-29 +7.90101e+02 1.724e-29 +7.87472e+02 1.729e-29 +7.84852e+02 1.735e-29 +7.82240e+02 1.740e-29 +7.79637e+02 1.746e-29 +7.77043e+02 1.751e-29 +7.74457e+02 1.757e-29 +7.71881e+02 1.762e-29 +7.69312e+02 1.768e-29 +7.66752e+02 1.773e-29 +7.64201e+02 1.779e-29 +7.61658e+02 1.784e-29 +7.59124e+02 1.790e-29 +7.56598e+02 1.796e-29 +7.54080e+02 1.801e-29 +7.51571e+02 1.807e-29 +7.49070e+02 1.813e-29 +7.46578e+02 1.818e-29 +7.44094e+02 1.824e-29 +7.41618e+02 1.830e-29 +7.39150e+02 1.836e-29 +7.36691e+02 1.841e-29 +7.34239e+02 1.847e-29 +7.31796e+02 1.853e-29 +7.29361e+02 1.859e-29 +7.26934e+02 1.865e-29 +7.24516e+02 1.870e-29 +7.22105e+02 1.876e-29 +7.19702e+02 1.882e-29 +7.17307e+02 1.888e-29 +7.14921e+02 1.894e-29 +7.12542e+02 1.900e-29 +7.10171e+02 1.906e-29 +7.07808e+02 1.912e-29 +7.05453e+02 1.918e-29 +7.03105e+02 1.924e-29 +7.00766e+02 1.930e-29 +6.98434e+02 1.936e-29 +6.96110e+02 1.942e-29 +6.93794e+02 1.948e-29 +6.91485e+02 1.954e-29 +6.89184e+02 1.960e-29 +6.86891e+02 1.967e-29 +6.84606e+02 1.973e-29 +6.82328e+02 1.979e-29 +6.80057e+02 1.985e-29 +6.77794e+02 1.991e-29 +6.75539e+02 1.998e-29 +6.73291e+02 2.004e-29 +6.71051e+02 2.010e-29 +6.68818e+02 2.016e-29 +6.66593e+02 2.023e-29 +6.64375e+02 2.029e-29 +6.62164e+02 2.036e-29 +6.59961e+02 2.042e-29 +6.57765e+02 2.048e-29 +6.55576e+02 2.055e-29 +6.53395e+02 2.062e-29 +6.51220e+02 2.068e-29 +6.49054e+02 2.074e-29 +6.46894e+02 2.081e-29 +6.44741e+02 2.087e-29 +6.42596e+02 2.094e-29 +6.40458e+02 2.100e-29 +6.38327e+02 2.107e-29 +6.36203e+02 2.114e-29 +6.34086e+02 2.120e-29 +6.31976e+02 2.127e-29 +6.29873e+02 2.133e-29 +6.27777e+02 2.140e-29 +6.25688e+02 2.147e-29 +6.23607e+02 2.154e-29 +6.21532e+02 2.160e-29 +6.19463e+02 2.167e-29 +6.17402e+02 2.174e-29 +6.15348e+02 2.181e-29 +6.13300e+02 2.188e-29 +6.11260e+02 2.195e-29 +6.09226e+02 2.201e-29 +6.07199e+02 2.208e-29 +6.05178e+02 2.215e-29 +6.03164e+02 2.222e-29 +6.01157e+02 2.229e-29 +5.99157e+02 2.236e-29 +5.97163e+02 2.243e-29 +5.95177e+02 2.250e-29 +5.93196e+02 2.257e-29 +5.91222e+02 2.264e-29 +5.89255e+02 2.271e-29 +5.87294e+02 2.279e-29 +5.85340e+02 2.286e-29 +5.83393e+02 2.293e-29 +5.81451e+02 2.300e-29 +5.79517e+02 2.307e-29 +5.77588e+02 2.315e-29 +5.75666e+02 2.322e-29 +5.73751e+02 2.329e-29 +5.71842e+02 2.336e-29 +5.69939e+02 2.344e-29 +5.68043e+02 2.351e-29 +5.66153e+02 2.358e-29 +5.64269e+02 2.366e-29 +5.62391e+02 2.373e-29 +5.60520e+02 2.381e-29 +5.58655e+02 2.388e-29 +5.56796e+02 2.396e-29 +5.54943e+02 2.403e-29 +5.53097e+02 2.411e-29 +5.51256e+02 2.418e-29 +5.49422e+02 2.426e-29 +5.47594e+02 2.434e-29 +5.45772e+02 2.441e-29 +5.43956e+02 2.449e-29 +5.42146e+02 2.456e-29 +5.40342e+02 2.464e-29 +5.38544e+02 2.472e-29 +5.36752e+02 2.480e-29 +5.34966e+02 2.487e-29 +5.33186e+02 2.495e-29 +5.31412e+02 2.503e-29 +5.29643e+02 2.511e-29 +5.27881e+02 2.519e-29 +5.26125e+02 2.527e-29 +5.24374e+02 2.535e-29 +5.22629e+02 2.543e-29 +5.20890e+02 2.551e-29 +5.19157e+02 2.559e-29 +5.17429e+02 2.567e-29 +5.15708e+02 2.575e-29 +5.13992e+02 2.583e-29 +5.12282e+02 2.591e-29 +5.10577e+02 2.599e-29 +5.08878e+02 2.607e-29 +5.07185e+02 2.615e-29 +5.05497e+02 2.623e-29 +5.03815e+02 2.632e-29 +5.02139e+02 2.640e-29 +5.00468e+02 2.648e-29 +4.98803e+02 2.657e-29 +4.97143e+02 2.665e-29 +4.95489e+02 2.673e-29 +4.93840e+02 2.682e-29 +4.92197e+02 2.690e-29 +4.90559e+02 2.698e-29 +4.88927e+02 2.707e-29 +4.87300e+02 2.715e-29 +4.85678e+02 2.724e-29 +4.84062e+02 2.733e-29 +4.82452e+02 2.741e-29 +4.80846e+02 2.750e-29 +4.79246e+02 2.758e-29 +4.77652e+02 2.767e-29 +4.76062e+02 2.776e-29 +4.74478e+02 2.784e-29 +4.72900e+02 2.793e-29 +4.71326e+02 2.802e-29 +4.69758e+02 2.811e-29 +4.68195e+02 2.819e-29 +4.66637e+02 2.828e-29 +4.65084e+02 2.837e-29 +4.63537e+02 2.846e-29 +4.61994e+02 2.855e-29 +4.60457e+02 2.864e-29 +4.58925e+02 2.873e-29 +4.57398e+02 2.882e-29 +4.55876e+02 2.891e-29 +4.54359e+02 2.900e-29 +4.52847e+02 2.909e-29 +4.51340e+02 2.918e-29 +4.49838e+02 2.927e-29 +4.48342e+02 2.937e-29 +4.46850e+02 2.946e-29 +4.45363e+02 2.955e-29 +4.43881e+02 2.964e-29 +4.42404e+02 2.974e-29 +4.40932e+02 2.983e-29 +4.39465e+02 2.992e-29 +4.38003e+02 3.002e-29 +4.36545e+02 3.011e-29 +4.35093e+02 3.020e-29 +4.33645e+02 3.030e-29 +4.32202e+02 3.039e-29 +4.30764e+02 3.049e-29 +4.29330e+02 3.059e-29 +4.27902e+02 3.068e-29 +4.26478e+02 3.078e-29 +4.25059e+02 3.087e-29 +4.23645e+02 3.097e-29 +4.22235e+02 3.107e-29 +4.20830e+02 3.117e-29 +4.19430e+02 3.126e-29 +4.18034e+02 3.136e-29 +4.16643e+02 3.146e-29 +4.15257e+02 3.156e-29 +4.13875e+02 3.166e-29 +4.12498e+02 3.176e-29 +4.11125e+02 3.186e-29 +4.09757e+02 3.196e-29 +4.08394e+02 3.206e-29 +4.07035e+02 3.216e-29 +4.05681e+02 3.226e-29 +4.04331e+02 3.236e-29 +4.02985e+02 3.246e-29 +4.01645e+02 3.256e-29 +4.00308e+02 3.266e-29 +3.98976e+02 3.277e-29 +3.97649e+02 3.287e-29 +3.96325e+02 3.297e-29 +3.95007e+02 3.308e-29 +3.93692e+02 3.318e-29 +3.92382e+02 3.328e-29 +3.91077e+02 3.339e-29 +3.89775e+02 3.349e-29 +3.88478e+02 3.360e-29 +3.87186e+02 3.370e-29 +3.85898e+02 3.381e-29 +3.84613e+02 3.391e-29 +3.83334e+02 3.402e-29 +3.82058e+02 3.413e-29 +3.80787e+02 3.423e-29 +3.79520e+02 3.435e-29 +3.78257e+02 3.445e-29 +3.76998e+02 3.456e-29 +3.75744e+02 3.467e-29 +3.74494e+02 3.477e-29 +3.73248e+02 3.488e-29 +3.72006e+02 3.499e-29 +3.70768e+02 3.510e-29 +3.69534e+02 3.521e-29 +3.68305e+02 3.532e-29 +3.67079e+02 3.543e-29 +3.65858e+02 3.554e-29 +3.64640e+02 3.566e-29 +3.63427e+02 3.577e-29 +3.62218e+02 3.588e-29 +3.61012e+02 3.599e-29 +3.59811e+02 3.611e-29 +3.58614e+02 3.622e-29 +3.57421e+02 3.633e-29 +3.56231e+02 3.645e-29 +3.55046e+02 3.656e-29 +3.53865e+02 3.667e-29 +3.52687e+02 3.679e-29 +3.51514e+02 3.691e-29 +3.50344e+02 3.702e-29 +3.49178e+02 3.714e-29 +3.48016e+02 3.730e-29 +3.46858e+02 3.737e-29 +3.45704e+02 3.749e-29 +3.44554e+02 3.760e-29 +3.43408e+02 3.772e-29 +3.42265e+02 3.784e-29 +3.41126e+02 3.796e-29 +3.39991e+02 3.808e-29 +3.38860e+02 3.820e-29 +3.37732e+02 3.832e-29 +3.36608e+02 3.844e-29 +3.35488e+02 3.856e-29 +3.34372e+02 3.868e-29 +3.33259e+02 3.880e-29 +3.32150e+02 3.892e-29 +3.31045e+02 3.904e-29 +3.29944e+02 3.917e-29 +3.28846e+02 3.929e-29 +3.27752e+02 3.941e-29 +3.26661e+02 3.954e-29 +3.25574e+02 3.966e-29 +3.24491e+02 3.978e-29 +3.23411e+02 3.991e-29 +3.22335e+02 4.003e-29 +3.21262e+02 4.016e-29 +3.20193e+02 4.028e-29 +3.19128e+02 4.041e-29 +3.18066e+02 4.054e-29 +3.17008e+02 4.067e-29 +3.15953e+02 4.079e-29 +3.14902e+02 4.092e-29 +3.13854e+02 4.105e-29 +3.12810e+02 4.118e-29 +3.11769e+02 4.131e-29 +3.10731e+02 4.144e-29 +3.09697e+02 4.157e-29 +3.08667e+02 4.170e-29 +3.07640e+02 4.183e-29 +3.06616e+02 4.196e-29 +3.05596e+02 4.209e-29 +3.04579e+02 4.222e-29 +3.03566e+02 4.235e-29 +3.02556e+02 4.249e-29 +3.01549e+02 4.262e-29 +3.00545e+02 4.275e-29 +2.99545e+02 4.289e-29 +2.98549e+02 4.302e-29 +2.97555e+02 4.316e-29 +2.96565e+02 4.329e-29 +2.95578e+02 4.343e-29 +2.94595e+02 4.356e-29 +2.93615e+02 4.370e-29 +2.92638e+02 4.384e-29 +2.91664e+02 4.397e-29 +2.90693e+02 4.411e-29 +2.89726e+02 4.425e-29 +2.88762e+02 4.439e-29 +2.87801e+02 4.453e-29 +2.86844e+02 4.467e-29 +2.85889e+02 4.481e-29 +2.84938e+02 4.495e-29 +2.83990e+02 4.509e-29 +2.83045e+02 4.523e-29 +2.82103e+02 4.537e-29 +2.81164e+02 4.551e-29 +2.80229e+02 4.566e-29 +2.79296e+02 4.580e-29 +2.78367e+02 4.594e-29 +2.77441e+02 4.609e-29 +2.76518e+02 4.623e-29 +2.75598e+02 4.637e-29 +2.74681e+02 4.652e-29 +2.73767e+02 4.667e-29 +2.72856e+02 4.681e-29 +2.71948e+02 4.696e-29 +2.71043e+02 4.711e-29 +2.70141e+02 4.725e-29 +2.69242e+02 4.740e-29 +2.68346e+02 4.755e-29 +2.67453e+02 4.770e-29 +2.66563e+02 4.785e-29 +2.65676e+02 4.800e-29 +2.64792e+02 4.815e-29 +2.63911e+02 4.830e-29 +2.63033e+02 4.845e-29 +2.62158e+02 4.860e-29 +2.61286e+02 4.875e-29 +2.60416e+02 4.891e-29 +2.59550e+02 4.906e-29 +2.58686e+02 4.921e-29 +2.57825e+02 4.937e-29 +2.56967e+02 4.952e-29 +2.56112e+02 4.968e-29 +2.55260e+02 4.984e-29 +2.54411e+02 4.999e-29 +2.53564e+02 5.015e-29 +2.52721e+02 5.030e-29 +2.51880e+02 5.046e-29 +2.51042e+02 5.062e-29 +2.50206e+02 5.078e-29 +2.49374e+02 5.094e-29 +2.48544e+02 5.110e-29 +2.47717e+02 5.126e-29 +2.46893e+02 5.142e-29 +2.46071e+02 5.158e-29 +2.45252e+02 5.174e-29 +2.44436e+02 5.190e-29 +2.43623e+02 5.206e-29 +2.42812e+02 5.223e-29 +2.42004e+02 5.239e-29 +2.41199e+02 5.256e-29 +2.40397e+02 5.272e-29 +2.39597e+02 5.289e-29 +2.38799e+02 5.305e-29 +2.38005e+02 5.322e-29 +2.37213e+02 5.338e-29 +2.36424e+02 5.355e-29 +2.35637e+02 5.372e-29 +2.34853e+02 5.389e-29 +2.34071e+02 5.406e-29 +2.33293e+02 5.422e-29 +2.32516e+02 5.439e-29 +2.31743e+02 5.456e-29 +2.30971e+02 5.474e-29 +2.30203e+02 5.491e-29 +2.29437e+02 5.508e-29 +2.28674e+02 5.525e-29 +2.27913e+02 5.542e-29 +2.27154e+02 5.560e-29 +2.26398e+02 5.577e-29 +2.25645e+02 5.595e-29 +2.24894e+02 5.612e-29 +2.24146e+02 5.630e-29 +2.23400e+02 5.647e-29 +2.22657e+02 5.665e-29 +2.21916e+02 5.683e-29 +2.21178e+02 5.701e-29 +2.20442e+02 5.719e-29 +2.19708e+02 5.736e-29 +2.18977e+02 5.754e-29 +2.18248e+02 5.772e-29 +2.17522e+02 5.790e-29 +2.16798e+02 5.809e-29 +2.16077e+02 5.827e-29 +2.15358e+02 5.845e-29 +2.14641e+02 5.863e-29 +2.13927e+02 5.882e-29 +2.13215e+02 5.901e-29 +2.12506e+02 5.919e-29 +2.11799e+02 5.937e-29 +2.11094e+02 5.956e-29 +2.10392e+02 5.974e-29 +2.09692e+02 5.993e-29 +2.08994e+02 6.012e-29 +2.08299e+02 6.031e-29 +2.07605e+02 6.050e-29 +2.06915e+02 6.068e-29 +2.06226e+02 6.087e-29 +2.05540e+02 6.107e-29 +2.04856e+02 6.126e-29 +2.04174e+02 6.145e-29 +2.03495e+02 6.164e-29 +2.02818e+02 6.183e-29 +2.02143e+02 6.203e-29 +2.01470e+02 6.222e-29 +2.00800e+02 6.242e-29 +2.00132e+02 6.261e-29 +1.99466e+02 6.281e-29 +1.98802e+02 6.300e-29 +1.98141e+02 6.320e-29 +1.97481e+02 6.340e-29 +1.96824e+02 6.360e-29 +1.96169e+02 6.380e-29 +1.95517e+02 6.400e-29 +1.94866e+02 6.420e-29 +1.94218e+02 6.440e-29 +1.93571e+02 6.460e-29 +1.92927e+02 6.480e-29 +1.92285e+02 6.501e-29 +1.91646e+02 6.521e-29 +1.91008e+02 6.541e-29 +1.90372e+02 6.562e-29 +1.89739e+02 6.582e-29 +1.89108e+02 6.603e-29 +1.88478e+02 6.624e-29 +1.87851e+02 6.644e-29 +1.87226e+02 6.665e-29 +1.86603e+02 6.686e-29 +1.85982e+02 6.707e-29 +1.85363e+02 6.728e-29 +1.84747e+02 6.749e-29 +1.84132e+02 6.770e-29 +1.83519e+02 6.791e-29 +1.82909e+02 6.813e-29 +1.82300e+02 6.834e-29 +1.81693e+02 6.855e-29 +1.81089e+02 6.877e-29 +1.80486e+02 6.898e-29 +1.79886e+02 6.920e-29 +1.79287e+02 6.941e-29 +1.78691e+02 6.963e-29 +1.78096e+02 6.985e-29 +1.77503e+02 7.007e-29 +1.76913e+02 7.029e-29 +1.76324e+02 7.051e-29 +1.75737e+02 7.073e-29 +1.75153e+02 7.095e-29 +1.74570e+02 7.117e-29 +1.73989e+02 7.140e-29 +1.73410e+02 7.162e-29 +1.72833e+02 7.184e-29 +1.72258e+02 7.207e-29 +1.71685e+02 7.229e-29 +1.71113e+02 7.252e-29 +1.70544e+02 7.275e-29 +1.69977e+02 7.297e-29 +1.69411e+02 7.320e-29 +1.68847e+02 7.343e-29 +1.68286e+02 7.366e-29 +1.67726e+02 7.389e-29 +1.67167e+02 7.412e-29 +1.66611e+02 7.436e-29 +1.66057e+02 7.459e-29 +1.65504e+02 7.482e-29 +1.64954e+02 7.506e-29 +1.64405e+02 7.529e-29 +1.63858e+02 7.553e-29 +1.63312e+02 7.576e-29 +1.62769e+02 7.600e-29 +1.62227e+02 7.624e-29 +1.61688e+02 7.648e-29 +1.61150e+02 7.672e-29 +1.60613e+02 7.696e-29 +1.60079e+02 7.720e-29 +1.59546e+02 7.744e-29 +1.59015e+02 7.768e-29 +1.58486e+02 7.792e-29 +1.57959e+02 7.817e-29 +1.57433e+02 7.841e-29 +1.56910e+02 7.866e-29 +1.56387e+02 7.890e-29 +1.55867e+02 7.915e-29 +1.55348e+02 7.940e-29 +1.54832e+02 7.965e-29 +1.54316e+02 7.990e-29 +1.53803e+02 8.015e-29 +1.53291e+02 8.040e-29 +1.52781e+02 8.065e-29 +1.52273e+02 8.090e-29 +1.51766e+02 8.115e-29 +1.51261e+02 8.141e-29 +1.50758e+02 8.167e-29 +1.50256e+02 8.192e-29 +1.49756e+02 8.217e-29 +1.49258e+02 8.243e-29 +1.48761e+02 8.269e-29 +1.48266e+02 8.295e-29 +1.47773e+02 8.321e-29 +1.47281e+02 8.347e-29 +1.46791e+02 8.373e-29 +1.46303e+02 8.399e-29 +1.45816e+02 8.425e-29 +1.45331e+02 8.452e-29 +1.44847e+02 8.478e-29 +1.44365e+02 8.505e-29 +1.43885e+02 8.531e-29 +1.43406e+02 8.558e-29 +1.42929e+02 8.585e-29 +1.42453e+02 8.612e-29 +1.41979e+02 8.638e-29 +1.41507e+02 8.666e-29 +1.41036e+02 8.693e-29 +1.40567e+02 8.720e-29 +1.40099e+02 8.747e-29 +1.39633e+02 8.774e-29 +1.39168e+02 8.802e-29 +1.38705e+02 8.829e-29 +1.38244e+02 8.857e-29 +1.37784e+02 8.885e-29 +1.37325e+02 8.913e-29 +1.36868e+02 8.940e-29 +1.36413e+02 8.968e-29 +1.35959e+02 8.996e-29 +1.35506e+02 9.025e-29 +1.35056e+02 9.053e-29 +1.34606e+02 9.081e-29 +1.34158e+02 9.110e-29 +1.33712e+02 9.138e-29 +1.33267e+02 9.167e-29 +1.32823e+02 9.195e-29 +1.32382e+02 9.224e-29 +1.31941e+02 9.253e-29 +1.31502e+02 9.282e-29 +1.31064e+02 9.311e-29 +1.30628e+02 9.340e-29 +1.30194e+02 9.369e-29 +1.29760e+02 9.399e-29 +1.29329e+02 9.428e-29 +1.28898e+02 9.457e-29 +1.28469e+02 9.487e-29 +1.28042e+02 9.517e-29 +1.27616e+02 9.546e-29 +1.27191e+02 9.577e-29 +1.26768e+02 9.606e-29 +1.26346e+02 9.636e-29 +1.25926e+02 9.666e-29 +1.25507e+02 9.697e-29 +1.25089e+02 9.727e-29 +1.24673e+02 9.757e-29 +1.24258e+02 9.788e-29 +1.23845e+02 9.819e-29 +1.23433e+02 9.849e-29 +1.23022e+02 9.880e-29 +1.22613e+02 9.911e-29 +1.22205e+02 9.942e-29 +1.21798e+02 9.973e-29 +1.21393e+02 1.000e-28 +1.20989e+02 1.004e-28 +1.20586e+02 1.007e-28 +1.20185e+02 1.010e-28 +1.19785e+02 1.013e-28 +1.19386e+02 1.016e-28 +1.18989e+02 1.019e-28 +1.18593e+02 1.023e-28 +1.18199e+02 1.026e-28 +1.17805e+02 1.029e-28 +1.17413e+02 1.032e-28 +1.17023e+02 1.035e-28 +1.16633e+02 1.039e-28 +1.16245e+02 1.042e-28 +1.15858e+02 1.045e-28 +1.15473e+02 1.048e-28 +1.15089e+02 1.052e-28 +1.14706e+02 1.055e-28 +1.14324e+02 1.058e-28 +1.13944e+02 1.062e-28 +1.13565e+02 1.065e-28 +1.13187e+02 1.068e-28 +1.12810e+02 1.072e-28 +1.12435e+02 1.075e-28 +1.12061e+02 1.078e-28 +1.11688e+02 1.082e-28 +1.11316e+02 1.085e-28 +1.10946e+02 1.088e-28 +1.10577e+02 1.092e-28 +1.10209e+02 1.095e-28 +1.09842e+02 1.099e-28 +1.09476e+02 1.102e-28 +1.09112e+02 1.106e-28 +1.08749e+02 1.109e-28 +1.08387e+02 1.112e-28 +1.08027e+02 1.116e-28 +1.07667e+02 1.119e-28 +1.07309e+02 1.123e-28 +1.06952e+02 1.126e-28 +1.06596e+02 1.130e-28 +1.06241e+02 1.133e-28 +1.05888e+02 1.137e-28 +1.05535e+02 1.141e-28 +1.05184e+02 1.144e-28 +1.04834e+02 1.148e-28 +1.04485e+02 1.151e-28 +1.04138e+02 1.155e-28 +1.03791e+02 1.159e-28 +1.03446e+02 1.162e-28 +1.03102e+02 1.166e-28 +1.02759e+02 1.169e-28 +1.02417e+02 1.173e-28 +1.02076e+02 1.177e-28 +1.01736e+02 1.180e-28 +1.01398e+02 1.184e-28 +1.01060e+02 1.188e-28 +1.00724e+02 1.192e-28 +1.00389e+02 1.195e-28 +1.00055e+02 1.199e-28 +9.97219e+01 1.203e-28 +9.93901e+01 1.207e-28 +9.90594e+01 1.210e-28 +9.87298e+01 1.214e-28 +9.84013e+01 1.218e-28 +9.80738e+01 1.222e-28 +9.77475e+01 1.225e-28 +9.74223e+01 1.229e-28 +9.70981e+01 1.233e-28 +9.67750e+01 1.237e-28 +9.64530e+01 1.241e-28 +9.61321e+01 1.245e-28 +9.58122e+01 1.249e-28 +9.54934e+01 1.253e-28 +9.51756e+01 1.256e-28 +9.48589e+01 1.260e-28 +9.45433e+01 1.264e-28 +9.42287e+01 1.268e-28 +9.39152e+01 1.272e-28 +9.36027e+01 1.276e-28 +9.32912e+01 1.280e-28 +9.29808e+01 1.284e-28 +9.26714e+01 1.288e-28 +9.23631e+01 1.292e-28 +9.20557e+01 1.296e-28 +9.17494e+01 1.300e-28 +9.14441e+01 1.304e-28 +9.11399e+01 1.308e-28 +9.08366e+01 1.313e-28 +9.05344e+01 1.317e-28 +9.02331e+01 1.321e-28 +8.99329e+01 1.325e-28 +8.96336e+01 1.329e-28 +8.93354e+01 1.333e-28 +8.90381e+01 1.337e-28 +8.87418e+01 1.342e-28 +8.84466e+01 1.346e-28 +8.81523e+01 1.350e-28 +8.78589e+01 1.354e-28 +8.75666e+01 1.358e-28 +8.72752e+01 1.363e-28 +8.69848e+01 1.367e-28 +8.66954e+01 1.371e-28 +8.64069e+01 1.375e-28 +8.61194e+01 1.380e-28 +8.58329e+01 1.384e-28 +8.55472e+01 1.388e-28 +8.52626e+01 1.393e-28 +8.49789e+01 1.397e-28 +8.46961e+01 1.401e-28 +8.44143e+01 1.406e-28 +8.41334e+01 1.410e-28 +8.38535e+01 1.415e-28 +8.35745e+01 1.419e-28 +8.32964e+01 1.423e-28 +8.30192e+01 1.428e-28 +8.27430e+01 1.432e-28 +8.24677e+01 1.437e-28 +8.21933e+01 1.441e-28 +8.19198e+01 1.446e-28 +8.16472e+01 1.450e-28 +8.13755e+01 1.455e-28 +8.11047e+01 1.459e-28 +8.08349e+01 1.464e-28 +8.05659e+01 1.469e-28 +8.02978e+01 1.473e-28 +8.00306e+01 1.478e-28 +7.97643e+01 1.482e-28 +7.94989e+01 1.487e-28 +7.92344e+01 1.492e-28 +7.89707e+01 1.496e-28 +7.87080e+01 1.501e-28 +7.84461e+01 1.506e-28 +7.81851e+01 1.510e-28 +7.79249e+01 1.515e-28 +7.76656e+01 1.520e-28 +7.74072e+01 1.525e-28 +7.71496e+01 1.529e-28 +7.68929e+01 1.534e-28 +7.66371e+01 1.539e-28 +7.63821e+01 1.544e-28 +7.61279e+01 1.549e-28 +7.58746e+01 1.553e-28 +7.56221e+01 1.558e-28 +7.53705e+01 1.563e-28 +7.51197e+01 1.568e-28 +7.48698e+01 1.573e-28 +7.46206e+01 1.578e-28 +7.43723e+01 1.583e-28 +7.41249e+01 1.588e-28 +7.38782e+01 1.593e-28 +7.36324e+01 1.598e-28 +7.33874e+01 1.603e-28 +7.31432e+01 1.608e-28 +7.28998e+01 1.613e-28 +7.26573e+01 1.618e-28 +7.24155e+01 1.623e-28 +7.21745e+01 1.628e-28 +7.19344e+01 1.633e-28 +7.16950e+01 1.638e-28 +7.14565e+01 1.643e-28 +7.12187e+01 1.648e-28 +7.09817e+01 1.653e-28 +7.07455e+01 1.659e-28 +7.05101e+01 1.664e-28 +7.02755e+01 1.669e-28 +7.00417e+01 1.674e-28 +6.98086e+01 1.679e-28 +6.95763e+01 1.685e-28 +6.93448e+01 1.690e-28 +6.91141e+01 1.695e-28 +6.88841e+01 1.700e-28 +6.86549e+01 1.706e-28 +6.84265e+01 1.711e-28 +6.81988e+01 1.716e-28 +6.79719e+01 1.722e-28 +6.77457e+01 1.727e-28 +6.75203e+01 1.733e-28 +6.72956e+01 1.738e-28 +6.70717e+01 1.743e-28 +6.68485e+01 1.749e-28 +6.66261e+01 1.754e-28 +6.64044e+01 1.760e-28 +6.61834e+01 1.765e-28 +6.59632e+01 1.771e-28 +6.57437e+01 1.776e-28 +6.55250e+01 1.782e-28 +6.53069e+01 1.787e-28 +6.50896e+01 1.793e-28 +6.48731e+01 1.799e-28 +6.46572e+01 1.804e-28 +6.44420e+01 1.810e-28 +6.42276e+01 1.815e-28 +6.40139e+01 1.821e-28 +6.38009e+01 1.827e-28 +6.35886e+01 1.833e-28 +6.33770e+01 1.838e-28 +6.31661e+01 1.844e-28 +6.29560e+01 1.850e-28 +6.27465e+01 1.856e-28 +6.25377e+01 1.861e-28 +6.23296e+01 1.867e-28 +6.21222e+01 1.873e-28 +6.19155e+01 1.879e-28 +6.17095e+01 1.885e-28 +6.15042e+01 1.891e-28 +6.12995e+01 1.896e-28 +6.10955e+01 1.902e-28 +6.08922e+01 1.908e-28 +6.06896e+01 1.914e-28 +6.04877e+01 1.920e-28 +6.02864e+01 1.926e-28 +6.00858e+01 1.932e-28 +5.98859e+01 1.938e-28 +5.96866e+01 1.944e-28 +5.94880e+01 1.950e-28 +5.92901e+01 1.957e-28 +5.90928e+01 1.963e-28 +5.88962e+01 1.969e-28 +5.87002e+01 1.975e-28 +5.85049e+01 1.981e-28 +5.83102e+01 1.987e-28 +5.81162e+01 1.993e-28 +5.79228e+01 2.000e-28 +5.77301e+01 2.006e-28 +5.75380e+01 2.012e-28 +5.73465e+01 2.018e-28 +5.71557e+01 2.025e-28 +5.69655e+01 2.031e-28 +5.67760e+01 2.037e-28 +5.65871e+01 2.044e-28 +5.63988e+01 2.050e-28 +5.62111e+01 2.057e-28 +5.60241e+01 2.063e-28 +5.58377e+01 2.069e-28 +5.56519e+01 2.076e-28 +5.54667e+01 2.082e-28 +5.52821e+01 2.089e-28 +5.50982e+01 2.095e-28 +5.49148e+01 2.102e-28 +5.47321e+01 2.108e-28 +5.45500e+01 2.115e-28 +5.43685e+01 2.122e-28 +5.41876e+01 2.128e-28 +5.40073e+01 2.135e-28 +5.38276e+01 2.142e-28 +5.36485e+01 2.148e-28 +5.34700e+01 2.155e-28 +5.32920e+01 2.162e-28 +5.31147e+01 2.168e-28 +5.29380e+01 2.175e-28 +5.27618e+01 2.182e-28 +5.25863e+01 2.189e-28 +5.24113e+01 2.196e-28 +5.22369e+01 2.202e-28 +5.20631e+01 2.209e-28 +5.18898e+01 2.216e-28 +5.17172e+01 2.223e-28 +5.15451e+01 2.230e-28 +5.13736e+01 2.237e-28 +5.12026e+01 2.244e-28 +5.10323e+01 2.251e-28 +5.08625e+01 2.258e-28 +5.06932e+01 2.265e-28 +5.05246e+01 2.272e-28 +5.03564e+01 2.279e-28 +5.01889e+01 2.286e-28 +5.00219e+01 2.294e-28 +4.98554e+01 2.301e-28 +4.96895e+01 2.308e-28 +4.95242e+01 2.315e-28 +4.93594e+01 2.322e-28 +4.91952e+01 2.330e-28 +4.90315e+01 2.337e-28 +4.88683e+01 2.344e-28 +4.87057e+01 2.351e-28 +4.85437e+01 2.359e-28 +4.83821e+01 2.366e-28 +4.82212e+01 2.373e-28 +4.80607e+01 2.381e-28 +4.79008e+01 2.388e-28 +4.77414e+01 2.396e-28 +4.75825e+01 2.403e-28 +4.74242e+01 2.411e-28 +4.72664e+01 2.418e-28 +4.71091e+01 2.426e-28 +4.69524e+01 2.433e-28 +4.67962e+01 2.441e-28 +4.66404e+01 2.449e-28 +4.64853e+01 2.456e-28 +4.63306e+01 2.464e-28 +4.61764e+01 2.472e-28 +4.60228e+01 2.479e-28 +4.58696e+01 2.487e-28 +4.57170e+01 2.495e-28 +4.55649e+01 2.503e-28 +4.54133e+01 2.510e-28 +4.52622e+01 2.518e-28 +4.51116e+01 2.526e-28 +4.49614e+01 2.534e-28 +4.48118e+01 2.542e-28 +4.46627e+01 2.550e-28 +4.45141e+01 2.558e-28 +4.43660e+01 2.566e-28 +4.42184e+01 2.574e-28 +4.40712e+01 2.582e-28 +4.39246e+01 2.590e-28 +4.37785e+01 2.598e-28 +4.36328e+01 2.606e-28 +4.34876e+01 2.614e-28 +4.33429e+01 2.622e-28 +4.31987e+01 2.630e-28 +4.30549e+01 2.639e-28 +4.29117e+01 2.647e-28 +4.27689e+01 2.655e-28 +4.26266e+01 2.663e-28 +4.24847e+01 2.672e-28 +4.23434e+01 2.680e-28 +4.22025e+01 2.688e-28 +4.20621e+01 2.697e-28 +4.19221e+01 2.705e-28 +4.17826e+01 2.714e-28 +4.16436e+01 2.722e-28 +4.15050e+01 2.731e-28 +4.13669e+01 2.739e-28 +4.12293e+01 2.748e-28 +4.10921e+01 2.756e-28 +4.09553e+01 2.765e-28 +4.08191e+01 2.773e-28 +4.06832e+01 2.782e-28 +4.05479e+01 2.791e-28 +4.04130e+01 2.799e-28 +4.02785e+01 2.808e-28 +4.01445e+01 2.817e-28 +4.00109e+01 2.826e-28 +3.98777e+01 2.835e-28 +3.97451e+01 2.843e-28 +3.96128e+01 2.852e-28 +3.94810e+01 2.861e-28 +3.93496e+01 2.870e-28 +3.92187e+01 2.879e-28 +3.90882e+01 2.888e-28 +3.89581e+01 2.897e-28 +3.88285e+01 2.906e-28 +3.86993e+01 2.915e-28 +3.85705e+01 2.924e-28 +3.84422e+01 2.933e-28 +3.83143e+01 2.942e-28 +3.81868e+01 2.952e-28 +3.80597e+01 2.961e-28 +3.79331e+01 2.970e-28 +3.78069e+01 2.979e-28 +3.76811e+01 2.989e-28 +3.75557e+01 2.998e-28 +3.74307e+01 3.007e-28 +3.73062e+01 3.017e-28 +3.71821e+01 3.026e-28 +3.70583e+01 3.036e-28 +3.69350e+01 3.045e-28 +3.68121e+01 3.054e-28 +3.66896e+01 3.064e-28 +3.65676e+01 3.074e-28 +3.64459e+01 3.083e-28 +3.63246e+01 3.093e-28 +3.62037e+01 3.102e-28 +3.60833e+01 3.112e-28 +3.59632e+01 3.122e-28 +3.58435e+01 3.131e-28 +3.57243e+01 3.141e-28 +3.56054e+01 3.151e-28 +3.54869e+01 3.161e-28 +3.53689e+01 3.171e-28 +3.52512e+01 3.181e-28 +3.51339e+01 3.191e-28 +3.50170e+01 3.200e-28 +3.49004e+01 3.210e-28 +3.47843e+01 3.220e-28 +3.46686e+01 3.230e-28 +3.45532e+01 3.241e-28 +3.44382e+01 3.251e-28 +3.43237e+01 3.261e-28 +3.42094e+01 3.271e-28 +3.40956e+01 3.281e-28 +3.39822e+01 3.291e-28 +3.38691e+01 3.302e-28 +3.37564e+01 3.312e-28 +3.36441e+01 3.322e-28 +3.35321e+01 3.333e-28 +3.34206e+01 3.343e-28 +3.33093e+01 3.353e-28 +3.31985e+01 3.364e-28 +3.30880e+01 3.374e-28 +3.29779e+01 3.385e-28 +3.28682e+01 3.395e-28 +3.27589e+01 3.406e-28 +3.26498e+01 3.417e-28 +3.25412e+01 3.427e-28 +3.24329e+01 3.438e-28 +3.23250e+01 3.449e-28 +3.22175e+01 3.459e-28 +3.21103e+01 3.470e-28 +3.20034e+01 3.481e-28 +3.18969e+01 3.492e-28 +3.17908e+01 3.503e-28 +3.16850e+01 3.514e-28 +3.15796e+01 3.525e-28 +3.14745e+01 3.536e-28 +3.13698e+01 3.547e-28 +3.12654e+01 3.558e-28 +3.11614e+01 3.569e-28 +3.10577e+01 3.580e-28 +3.09543e+01 3.591e-28 +3.08513e+01 3.602e-28 +3.07487e+01 3.613e-28 +3.06464e+01 3.625e-28 +3.05444e+01 3.636e-28 +3.04427e+01 3.647e-28 +3.03415e+01 3.659e-28 +3.02405e+01 3.670e-28 +3.01399e+01 3.682e-28 +3.00396e+01 3.693e-28 +2.99396e+01 3.704e-28 +2.98400e+01 3.716e-28 +2.97407e+01 3.728e-28 +2.96418e+01 3.739e-28 +2.95431e+01 3.751e-28 +2.94448e+01 3.763e-28 +2.93468e+01 3.774e-28 +2.92492e+01 3.786e-28 +2.91519e+01 3.798e-28 +2.90549e+01 3.810e-28 +2.89582e+01 3.822e-28 +2.88618e+01 3.833e-28 +2.87658e+01 3.845e-28 +2.86701e+01 3.857e-28 +2.85747e+01 3.869e-28 +2.84796e+01 3.881e-28 +2.83848e+01 3.894e-28 +2.82904e+01 3.906e-28 +2.81963e+01 3.918e-28 +2.81024e+01 3.930e-28 +2.80089e+01 3.942e-28 +2.79157e+01 3.955e-28 +2.78228e+01 3.967e-28 +2.77303e+01 3.979e-28 +2.76380e+01 3.992e-28 +2.75460e+01 4.004e-28 +2.74544e+01 4.017e-28 +2.73630e+01 4.029e-28 +2.72720e+01 4.042e-28 +2.71812e+01 4.054e-28 +2.70908e+01 4.067e-28 +2.70006e+01 4.079e-28 +2.69108e+01 4.092e-28 +2.68213e+01 4.105e-28 +2.67320e+01 4.118e-28 +2.66431e+01 4.131e-28 +2.65544e+01 4.143e-28 +2.64661e+01 4.156e-28 +2.63780e+01 4.169e-28 +2.62902e+01 4.182e-28 +2.62027e+01 4.195e-28 +2.61156e+01 4.208e-28 +2.60287e+01 4.221e-28 +2.59421e+01 4.235e-28 +2.58557e+01 4.248e-28 +2.57697e+01 4.261e-28 +2.56840e+01 4.274e-28 +2.55985e+01 4.288e-28 +2.55133e+01 4.301e-28 +2.54284e+01 4.314e-28 +2.53438e+01 4.328e-28 +2.52595e+01 4.341e-28 +2.51754e+01 4.355e-28 +2.50917e+01 4.368e-28 +2.50082e+01 4.382e-28 +2.49250e+01 4.396e-28 +2.48420e+01 4.409e-28 +2.47594e+01 4.423e-28 +2.46770e+01 4.437e-28 +2.45949e+01 4.451e-28 +2.45130e+01 4.464e-28 +2.44315e+01 4.478e-28 +2.43502e+01 4.492e-28 +2.42691e+01 4.506e-28 +2.41884e+01 4.520e-28 +2.41079e+01 4.534e-28 +2.40277e+01 4.549e-28 +2.39477e+01 4.563e-28 +2.38681e+01 4.577e-28 +2.37886e+01 4.591e-28 +2.37095e+01 4.605e-28 +2.36306e+01 4.620e-28 +2.35520e+01 4.634e-28 +2.34736e+01 4.649e-28 +2.33955e+01 4.663e-28 +2.33176e+01 4.678e-28 +2.32401e+01 4.692e-28 +2.31627e+01 4.707e-28 +2.30857e+01 4.721e-28 +2.30088e+01 4.736e-28 +2.29323e+01 4.751e-28 +2.28560e+01 4.766e-28 +2.27799e+01 4.781e-28 +2.27041e+01 4.795e-28 +2.26286e+01 4.810e-28 +2.25533e+01 4.825e-28 +2.24782e+01 4.840e-28 +2.24034e+01 4.855e-28 +2.23289e+01 4.871e-28 +2.22546e+01 4.886e-28 +2.21805e+01 4.901e-28 +2.21067e+01 4.916e-28 +2.20332e+01 4.931e-28 +2.19599e+01 4.947e-28 +2.18868e+01 4.962e-28 +2.18140e+01 4.978e-28 +2.17414e+01 4.993e-28 +2.16690e+01 5.009e-28 +2.15969e+01 5.024e-28 +2.15251e+01 5.040e-28 +2.14535e+01 5.056e-28 +2.13821e+01 5.071e-28 +2.13109e+01 5.087e-28 +2.12400e+01 5.103e-28 +2.11693e+01 5.119e-28 +2.10989e+01 5.135e-28 +2.10287e+01 5.151e-28 +2.09587e+01 5.167e-28 +2.08890e+01 5.183e-28 +2.08195e+01 5.199e-28 +2.07502e+01 5.215e-28 +2.06812e+01 5.231e-28 +2.06123e+01 5.248e-28 +2.05438e+01 5.264e-28 +2.04754e+01 5.280e-28 +2.04073e+01 5.297e-28 +2.03394e+01 5.313e-28 +2.02717e+01 5.330e-28 +2.02042e+01 5.346e-28 +2.01370e+01 5.363e-28 +2.00700e+01 5.380e-28 +2.00032e+01 5.397e-28 +1.99367e+01 5.413e-28 +1.98703e+01 5.430e-28 +1.98042e+01 5.447e-28 +1.97383e+01 5.464e-28 +1.96726e+01 5.481e-28 +1.96072e+01 5.498e-28 +1.95419e+01 5.515e-28 +1.94769e+01 5.532e-28 +1.94121e+01 5.550e-28 +1.93475e+01 5.567e-28 +1.92831e+01 5.584e-28 +1.92190e+01 5.602e-28 +1.91550e+01 5.619e-28 +1.90913e+01 5.637e-28 +1.90278e+01 5.654e-28 +1.89644e+01 5.672e-28 +1.89013e+01 5.689e-28 +1.88385e+01 5.707e-28 +1.87758e+01 5.725e-28 +1.87133e+01 5.743e-28 +1.86510e+01 5.760e-28 +1.85890e+01 5.778e-28 +1.85271e+01 5.796e-28 +1.84655e+01 5.814e-28 +1.84040e+01 5.832e-28 +1.83428e+01 5.851e-28 +1.82817e+01 5.869e-28 +1.82209e+01 5.887e-28 +1.81603e+01 5.905e-28 +1.80999e+01 5.924e-28 +1.80396e+01 5.942e-28 +1.79796e+01 5.961e-28 +1.79198e+01 5.979e-28 +1.78602e+01 5.998e-28 +1.78007e+01 6.016e-28 +1.77415e+01 6.035e-28 +1.76825e+01 6.054e-28 +1.76236e+01 6.073e-28 +1.75650e+01 6.092e-28 +1.75065e+01 6.111e-28 +1.74483e+01 6.130e-28 +1.73902e+01 6.149e-28 +1.73324e+01 6.168e-28 +1.72747e+01 6.187e-28 +1.72172e+01 6.206e-28 +1.71599e+01 6.226e-28 +1.71028e+01 6.248e-28 +1.70459e+01 6.264e-28 +1.69892e+01 6.284e-28 +1.69327e+01 6.303e-28 +1.68763e+01 6.323e-28 +1.68202e+01 6.343e-28 +1.67642e+01 6.362e-28 +1.67084e+01 6.382e-28 +1.66528e+01 6.402e-28 +1.65974e+01 6.422e-28 +1.65422e+01 6.442e-28 +1.64871e+01 6.462e-28 +1.64323e+01 6.482e-28 +1.63776e+01 6.502e-28 +1.63231e+01 6.522e-28 +1.62688e+01 6.543e-28 +1.62147e+01 6.563e-28 +1.61607e+01 6.584e-28 +1.61069e+01 6.604e-28 +1.60533e+01 6.625e-28 +1.59999e+01 6.645e-28 +1.59467e+01 6.666e-28 +1.58936e+01 6.687e-28 +1.58407e+01 6.707e-28 +1.57880e+01 6.728e-28 +1.57355e+01 6.749e-28 +1.56831e+01 6.770e-28 +1.56310e+01 6.791e-28 +1.55789e+01 6.812e-28 +1.55271e+01 6.833e-28 +1.54754e+01 6.855e-28 +1.54240e+01 6.876e-28 +1.53726e+01 6.897e-28 +1.53215e+01 6.919e-28 +1.52705e+01 6.940e-28 +1.52197e+01 6.962e-28 +1.51690e+01 6.984e-28 +1.51186e+01 7.005e-28 +1.50683e+01 7.027e-28 +1.50181e+01 7.049e-28 +1.49682e+01 7.071e-28 +1.49183e+01 7.093e-28 +1.48687e+01 7.115e-28 +1.48192e+01 7.137e-28 +1.47699e+01 7.159e-28 +1.47208e+01 7.181e-28 +1.46718e+01 7.204e-28 +1.46230e+01 7.226e-28 +1.45743e+01 7.249e-28 +1.45258e+01 7.271e-28 +1.44775e+01 7.294e-28 +1.44293e+01 7.317e-28 +1.43813e+01 7.339e-28 +1.43335e+01 7.362e-28 +1.42858e+01 7.385e-28 +1.42382e+01 7.408e-28 +1.41909e+01 7.431e-28 +1.41436e+01 7.454e-28 +1.40966e+01 7.477e-28 +1.40497e+01 7.500e-28 +1.40029e+01 7.524e-28 +1.39563e+01 7.547e-28 +1.39099e+01 7.571e-28 +1.38636e+01 7.594e-28 +1.38175e+01 7.618e-28 +1.37715e+01 7.641e-28 +1.37257e+01 7.665e-28 +1.36800e+01 7.689e-28 +1.36345e+01 7.713e-28 +1.35891e+01 7.737e-28 +1.35439e+01 7.761e-28 +1.34988e+01 7.785e-28 +1.34539e+01 7.809e-28 +1.34091e+01 7.834e-28 +1.33645e+01 7.858e-28 +1.33201e+01 7.882e-28 +1.32757e+01 7.907e-28 +1.32316e+01 7.931e-28 +1.31875e+01 7.956e-28 +1.31437e+01 7.981e-28 +1.30999e+01 8.006e-28 +1.30563e+01 8.030e-28 +1.30129e+01 8.055e-28 +1.29696e+01 8.080e-28 +1.29264e+01 8.106e-28 +1.28834e+01 8.131e-28 +1.28406e+01 8.156e-28 +1.27978e+01 8.181e-28 +1.27552e+01 8.207e-28 +1.27128e+01 8.232e-28 +1.26705e+01 8.258e-28 +1.26283e+01 8.284e-28 +1.25863e+01 8.309e-28 +1.25444e+01 8.335e-28 +1.25027e+01 8.361e-28 +1.24611e+01 8.387e-28 +1.24196e+01 8.413e-28 +1.23783e+01 8.439e-28 +1.23371e+01 8.465e-28 +1.22961e+01 8.492e-28 +1.22552e+01 8.518e-28 +1.22144e+01 8.545e-28 +1.21737e+01 8.571e-28 +1.21332e+01 8.598e-28 +1.20929e+01 8.625e-28 +1.20526e+01 8.651e-28 +1.20125e+01 8.678e-28 +1.19725e+01 8.705e-28 +1.19327e+01 8.732e-28 +1.18930e+01 8.759e-28 +1.18534e+01 8.787e-28 +1.18140e+01 8.814e-28 +1.17747e+01 8.841e-28 +1.17355e+01 8.869e-28 +1.16964e+01 8.896e-28 +1.16575e+01 8.924e-28 +1.16187e+01 8.952e-28 +1.15801e+01 8.979e-28 +1.15415e+01 9.007e-28 +1.15031e+01 9.035e-28 +1.14649e+01 9.063e-28 +1.14267e+01 9.092e-28 +1.13887e+01 9.120e-28 +1.13508e+01 9.148e-28 +1.13130e+01 9.177e-28 +1.12754e+01 9.205e-28 +1.12379e+01 9.234e-28 +1.12005e+01 9.262e-28 +1.11632e+01 9.291e-28 +1.11261e+01 9.320e-28 +1.10890e+01 9.349e-28 +1.10521e+01 9.378e-28 +1.10154e+01 9.407e-28 +1.09787e+01 9.436e-28 +1.09422e+01 9.466e-28 +1.09058e+01 9.495e-28 +1.08695e+01 9.525e-28 +1.08333e+01 9.554e-28 +1.07973e+01 9.584e-28 +1.07613e+01 9.614e-28 +1.07255e+01 9.643e-28 +1.06899e+01 9.673e-28 +1.06543e+01 9.703e-28 +1.06188e+01 9.734e-28 +1.05835e+01 9.764e-28 +1.05483e+01 9.794e-28 +1.05132e+01 9.826e-28 +1.04782e+01 9.855e-28 +1.04433e+01 9.886e-28 +1.04086e+01 9.916e-28 +1.03740e+01 9.947e-28 +1.03394e+01 9.978e-28 +1.03050e+01 1.001e-27 +1.02707e+01 1.004e-27 +1.02366e+01 1.007e-27 +1.02025e+01 1.010e-27 +1.01686e+01 1.013e-27 +1.01347e+01 1.017e-27 +1.01010e+01 1.020e-27 +1.00674e+01 1.023e-27 +1.00339e+01 1.026e-27 +1.00005e+01 1.029e-27 +9.96723e+00 1.032e-27 +9.93406e+00 1.036e-27 +9.90101e+00 1.039e-27 +9.86806e+00 1.042e-27 +9.83523e+00 1.045e-27 +9.80250e+00 1.049e-27 +9.76989e+00 1.052e-27 +9.73738e+00 1.055e-27 +9.70498e+00 1.058e-27 +9.67268e+00 1.062e-27 +9.64050e+00 1.065e-27 +9.60842e+00 1.068e-27 +9.57645e+00 1.072e-27 +9.54458e+00 1.075e-27 +9.51283e+00 1.078e-27 +9.48117e+00 1.082e-27 +9.44962e+00 1.085e-27 +9.41818e+00 1.088e-27 +9.38684e+00 1.092e-27 +9.35561e+00 1.095e-27 +9.32448e+00 1.098e-27 +9.29345e+00 1.102e-27 +9.26253e+00 1.105e-27 +9.23171e+00 1.109e-27 +9.20099e+00 1.112e-27 +9.17038e+00 1.116e-27 +9.13986e+00 1.119e-27 +9.10945e+00 1.123e-27 +9.07914e+00 1.126e-27 +9.04893e+00 1.130e-27 +9.01882e+00 1.133e-27 +8.98881e+00 1.137e-27 +8.95890e+00 1.140e-27 +8.92909e+00 1.144e-27 +8.89938e+00 1.147e-27 +8.86977e+00 1.151e-27 +8.84025e+00 1.154e-27 +8.81084e+00 1.158e-27 +8.78152e+00 1.161e-27 +8.75230e+00 1.165e-27 +8.72318e+00 1.169e-27 +8.69415e+00 1.172e-27 +8.66522e+00 1.176e-27 +8.63639e+00 1.180e-27 +8.60765e+00 1.183e-27 +8.57901e+00 1.187e-27 +8.55047e+00 1.191e-27 +8.52202e+00 1.194e-27 +8.49366e+00 1.198e-27 +8.46540e+00 1.202e-27 +8.43723e+00 1.205e-27 +8.40915e+00 1.209e-27 +8.38117e+00 1.213e-27 +8.35329e+00 1.217e-27 +8.32549e+00 1.221e-27 +8.29779e+00 1.224e-27 +8.27018e+00 1.228e-27 +8.24266e+00 1.232e-27 +8.21523e+00 1.236e-27 +8.18790e+00 1.240e-27 +8.16065e+00 1.243e-27 +8.13350e+00 1.247e-27 +8.10644e+00 1.251e-27 +8.07946e+00 1.255e-27 +8.05258e+00 1.259e-27 +8.02578e+00 1.263e-27 +7.99908e+00 1.267e-27 +7.97246e+00 1.271e-27 +7.94594e+00 1.275e-27 +7.91950e+00 1.279e-27 +7.89314e+00 1.283e-27 +7.86688e+00 1.287e-27 +7.84070e+00 1.291e-27 +7.81461e+00 1.295e-27 +7.78861e+00 1.299e-27 +7.76270e+00 1.303e-27 +7.73687e+00 1.307e-27 +7.71112e+00 1.311e-27 +7.68546e+00 1.315e-27 +7.65989e+00 1.319e-27 +7.63440e+00 1.323e-27 +7.60900e+00 1.327e-27 +7.58368e+00 1.331e-27 +7.55845e+00 1.335e-27 +7.53330e+00 1.339e-27 +7.50823e+00 1.344e-27 +7.48325e+00 1.348e-27 +7.45835e+00 1.352e-27 +7.43353e+00 1.356e-27 +7.40880e+00 1.360e-27 +7.38415e+00 1.365e-27 +7.35957e+00 1.369e-27 +7.33509e+00 1.373e-27 +7.31068e+00 1.377e-27 +7.28635e+00 1.382e-27 +7.26211e+00 1.386e-27 +7.23794e+00 1.390e-27 +7.21386e+00 1.394e-27 +7.18986e+00 1.399e-27 +7.16593e+00 1.403e-27 +7.14209e+00 1.407e-27 +7.11833e+00 1.412e-27 +7.09464e+00 1.416e-27 +7.07103e+00 1.421e-27 +7.04750e+00 1.425e-27 +7.02405e+00 1.429e-27 +7.00068e+00 1.434e-27 +6.97739e+00 1.438e-27 +6.95417e+00 1.443e-27 +6.93103e+00 1.447e-27 +6.90797e+00 1.452e-27 +6.88498e+00 1.456e-27 +6.86207e+00 1.461e-27 +6.83924e+00 1.465e-27 +6.81648e+00 1.470e-27 +6.79380e+00 1.474e-27 +6.77120e+00 1.479e-27 +6.74867e+00 1.484e-27 +6.72621e+00 1.488e-27 +6.70383e+00 1.493e-27 +6.68152e+00 1.497e-27 +6.65929e+00 1.502e-27 +6.63713e+00 1.507e-27 +6.61505e+00 1.511e-27 +6.59304e+00 1.516e-27 +6.57110e+00 1.521e-27 +6.54923e+00 1.525e-27 +6.52744e+00 1.530e-27 +6.50572e+00 1.535e-27 +6.48408e+00 1.540e-27 +6.46250e+00 1.544e-27 +6.44100e+00 1.549e-27 +6.41957e+00 1.554e-27 +6.39820e+00 1.559e-27 +6.37691e+00 1.564e-27 +6.35570e+00 1.569e-27 +6.33455e+00 1.573e-27 +6.31347e+00 1.578e-27 +6.29246e+00 1.583e-27 +6.27153e+00 1.588e-27 +6.25066e+00 1.593e-27 +6.22986e+00 1.598e-27 +6.20913e+00 1.603e-27 +6.18847e+00 1.608e-27 +6.16788e+00 1.613e-27 +6.14735e+00 1.618e-27 +6.12690e+00 1.623e-27 +6.10651e+00 1.628e-27 +6.08619e+00 1.633e-27 +6.06594e+00 1.638e-27 +6.04576e+00 1.643e-27 +6.02564e+00 1.648e-27 +6.00559e+00 1.653e-27 +5.98561e+00 1.658e-27 +5.96569e+00 1.664e-27 +5.94584e+00 1.669e-27 +5.92606e+00 1.674e-27 +5.90634e+00 1.679e-27 +5.88669e+00 1.684e-27 +5.86710e+00 1.689e-27 +5.84758e+00 1.695e-27 +5.82812e+00 1.700e-27 +5.80873e+00 1.705e-27 +5.78940e+00 1.711e-27 +5.77013e+00 1.716e-27 +5.75093e+00 1.721e-27 +5.73180e+00 1.726e-27 +5.71273e+00 1.732e-27 +5.69372e+00 1.737e-27 +5.67477e+00 1.743e-27 +5.65589e+00 1.748e-27 +5.63707e+00 1.753e-27 +5.61831e+00 1.759e-27 +5.59962e+00 1.764e-27 +5.58099e+00 1.770e-27 +5.56242e+00 1.775e-27 +5.54391e+00 1.781e-27 +5.52546e+00 1.786e-27 +5.50708e+00 1.792e-27 +5.48875e+00 1.797e-27 +5.47049e+00 1.803e-27 +5.45229e+00 1.808e-27 +5.43414e+00 1.814e-27 +5.41606e+00 1.820e-27 +5.39804e+00 1.825e-27 +5.38008e+00 1.831e-27 +5.36218e+00 1.837e-27 +5.34433e+00 1.842e-27 +5.32655e+00 1.848e-27 +5.30883e+00 1.854e-27 +5.29116e+00 1.860e-27 +5.27356e+00 1.865e-27 +5.25601e+00 1.871e-27 +5.23852e+00 1.877e-27 +5.22109e+00 1.883e-27 +5.20372e+00 1.889e-27 +5.18640e+00 1.894e-27 +5.16914e+00 1.900e-27 +5.15194e+00 1.906e-27 +5.13480e+00 1.912e-27 +5.11772e+00 1.918e-27 +5.10069e+00 1.924e-27 +5.08372e+00 1.930e-27 +5.06680e+00 1.936e-27 +5.04994e+00 1.942e-27 +5.03314e+00 1.948e-27 +5.01639e+00 1.954e-27 +4.99970e+00 1.960e-27 +4.98306e+00 1.966e-27 +4.96648e+00 1.972e-27 +4.94996e+00 1.978e-27 +4.93348e+00 1.984e-27 +4.91707e+00 1.990e-27 +4.90071e+00 1.997e-27 +4.88440e+00 2.003e-27 +4.86815e+00 2.009e-27 +4.85195e+00 2.015e-27 +4.83581e+00 2.022e-27 +4.81972e+00 2.028e-27 +4.80368e+00 2.034e-27 +4.78769e+00 2.040e-27 +4.77176e+00 2.047e-27 +4.75589e+00 2.053e-27 +4.74006e+00 2.059e-27 +4.72429e+00 2.066e-27 +4.70857e+00 2.072e-27 +4.69290e+00 2.079e-27 +4.67729e+00 2.085e-27 +4.66172e+00 2.091e-27 +4.64621e+00 2.098e-27 +4.63075e+00 2.104e-27 +4.61534e+00 2.111e-27 +4.59999e+00 2.117e-27 +4.58468e+00 2.124e-27 +4.56942e+00 2.131e-27 +4.55422e+00 2.137e-27 +4.53907e+00 2.144e-27 +4.52396e+00 2.150e-27 +4.50891e+00 2.157e-27 +4.49391e+00 2.164e-27 +4.47895e+00 2.170e-27 +4.46405e+00 2.177e-27 +4.44920e+00 2.184e-27 +4.43439e+00 2.191e-27 +4.41964e+00 2.198e-27 +4.40493e+00 2.204e-27 +4.39027e+00 2.211e-27 +4.37567e+00 2.218e-27 +4.36111e+00 2.225e-27 +4.34659e+00 2.232e-27 +4.33213e+00 2.239e-27 +4.31772e+00 2.246e-27 +4.30335e+00 2.253e-27 +4.28903e+00 2.259e-27 +4.27476e+00 2.266e-27 +4.26054e+00 2.274e-27 +4.24636e+00 2.281e-27 +4.23223e+00 2.288e-27 +4.21815e+00 2.295e-27 +4.20411e+00 2.302e-27 +4.19012e+00 2.309e-27 +4.17618e+00 2.316e-27 +4.16228e+00 2.323e-27 +4.14843e+00 2.330e-27 +4.13463e+00 2.338e-27 +4.12087e+00 2.345e-27 +4.10716e+00 2.352e-27 +4.09350e+00 2.359e-27 +4.07987e+00 2.367e-27 +4.06630e+00 2.374e-27 +4.05277e+00 2.382e-27 +4.03928e+00 2.389e-27 +4.02584e+00 2.396e-27 +4.01245e+00 2.404e-27 +3.99910e+00 2.411e-27 +3.98579e+00 2.418e-27 +3.97253e+00 2.426e-27 +3.95931e+00 2.433e-27 +3.94613e+00 2.441e-27 +3.93300e+00 2.449e-27 +3.91992e+00 2.456e-27 +3.90687e+00 2.464e-27 +3.89387e+00 2.471e-27 +3.88092e+00 2.479e-27 +3.86800e+00 2.487e-27 +3.85513e+00 2.494e-27 +3.84231e+00 2.502e-27 +3.82952e+00 2.510e-27 +3.81678e+00 2.518e-27 +3.80408e+00 2.525e-27 +3.79142e+00 2.533e-27 +3.77881e+00 2.541e-27 +3.76623e+00 2.549e-27 +3.75370e+00 2.557e-27 +3.74121e+00 2.565e-27 +3.72876e+00 2.573e-27 +3.71635e+00 2.581e-27 +3.70399e+00 2.589e-27 +3.69166e+00 2.597e-27 +3.67938e+00 2.605e-27 +3.66714e+00 2.613e-27 +3.65493e+00 2.621e-27 +3.64277e+00 2.629e-27 +3.63065e+00 2.637e-27 +3.61857e+00 2.645e-27 +3.60653e+00 2.653e-27 +3.59453e+00 2.662e-27 +3.58257e+00 2.670e-27 +3.57065e+00 2.678e-27 +3.55877e+00 2.686e-27 +3.54693e+00 2.695e-27 +3.53512e+00 2.703e-27 +3.52336e+00 2.711e-27 +3.51164e+00 2.720e-27 +3.49995e+00 2.728e-27 +3.48831e+00 2.737e-27 +3.47670e+00 2.745e-27 +3.46513e+00 2.754e-27 +3.45360e+00 2.762e-27 +3.44211e+00 2.771e-27 +3.43066e+00 2.779e-27 +3.41924e+00 2.788e-27 +3.40786e+00 2.796e-27 +3.39652e+00 2.805e-27 +3.38522e+00 2.814e-27 +3.37396e+00 2.822e-27 +3.36273e+00 2.831e-27 +3.35154e+00 2.840e-27 +3.34039e+00 2.849e-27 +3.32928e+00 2.857e-27 +3.31820e+00 2.866e-27 +3.30716e+00 2.875e-27 +3.29615e+00 2.884e-27 +3.28519e+00 2.893e-27 +3.27425e+00 2.902e-27 +3.26336e+00 2.911e-27 +3.25250e+00 2.920e-27 +3.24168e+00 2.929e-27 +3.23089e+00 2.938e-27 +3.22014e+00 2.947e-27 +3.20943e+00 2.956e-27 +3.19875e+00 2.965e-27 +3.18810e+00 2.974e-27 +3.17750e+00 2.984e-27 +3.16692e+00 2.993e-27 +3.15639e+00 3.002e-27 +3.14588e+00 3.011e-27 +3.13542e+00 3.021e-27 +3.12498e+00 3.030e-27 +3.11458e+00 3.039e-27 +3.10422e+00 3.049e-27 +3.09389e+00 3.058e-27 +3.08360e+00 3.068e-27 +3.07334e+00 3.077e-27 +3.06311e+00 3.087e-27 +3.05292e+00 3.096e-27 +3.04276e+00 3.106e-27 +3.03263e+00 3.115e-27 +3.02254e+00 3.125e-27 +3.01249e+00 3.135e-27 +3.00246e+00 3.144e-27 +2.99247e+00 3.154e-27 +2.98252e+00 3.164e-27 +2.97259e+00 3.174e-27 +2.96270e+00 3.184e-27 +2.95284e+00 3.193e-27 +2.94302e+00 3.203e-27 +2.93322e+00 3.213e-27 +2.92346e+00 3.223e-27 +2.91374e+00 3.233e-27 +2.90404e+00 3.243e-27 +2.89438e+00 3.253e-27 +2.88475e+00 3.263e-27 +2.87515e+00 3.273e-27 +2.86558e+00 3.283e-27 +2.85605e+00 3.293e-27 +2.84654e+00 3.304e-27 +2.83707e+00 3.314e-27 +2.82763e+00 3.324e-27 +2.81822e+00 3.334e-27 +2.80885e+00 3.345e-27 +2.79950e+00 3.355e-27 +2.79018e+00 3.365e-27 +2.78090e+00 3.376e-27 +2.77165e+00 3.386e-27 +2.76242e+00 3.397e-27 +2.75323e+00 3.407e-27 +2.74407e+00 3.418e-27 +2.73494e+00 3.428e-27 +2.72584e+00 3.439e-27 +2.71677e+00 3.449e-27 +2.70773e+00 3.460e-27 +2.69872e+00 3.471e-27 +2.68974e+00 3.482e-27 +2.68079e+00 3.492e-27 +2.67187e+00 3.503e-27 +2.66298e+00 3.514e-27 +2.65412e+00 3.525e-27 +2.64529e+00 3.536e-27 +2.63649e+00 3.547e-27 +2.62771e+00 3.558e-27 +2.61897e+00 3.569e-27 +2.61026e+00 3.580e-27 +2.60157e+00 3.591e-27 +2.59291e+00 3.602e-27 +2.58429e+00 3.613e-27 +2.57569e+00 3.624e-27 +2.56712e+00 3.635e-27 +2.55857e+00 3.646e-27 +2.55006e+00 3.658e-27 +2.54158e+00 3.669e-27 +2.53312e+00 3.680e-27 +2.52469e+00 3.692e-27 +2.51629e+00 3.703e-27 +2.50792e+00 3.715e-27 +2.49957e+00 3.726e-27 +2.49125e+00 3.738e-27 +2.48297e+00 3.749e-27 +2.47470e+00 3.761e-27 +2.46647e+00 3.772e-27 +2.45826e+00 3.784e-27 +2.45008e+00 3.796e-27 +2.44193e+00 3.807e-27 +2.43380e+00 3.819e-27 +2.42571e+00 3.831e-27 +2.41764e+00 3.843e-27 +2.40959e+00 3.855e-27 +2.40157e+00 3.866e-27 +2.39358e+00 3.878e-27 +2.38562e+00 3.890e-27 +2.37768e+00 3.902e-27 +2.36977e+00 3.914e-27 +2.36188e+00 3.927e-27 +2.35402e+00 3.939e-27 +2.34619e+00 3.951e-27 +2.33838e+00 3.963e-27 +2.33060e+00 3.975e-27 +2.32285e+00 3.988e-27 +2.31512e+00 4.000e-27 +2.30742e+00 4.012e-27 +2.29974e+00 4.025e-27 +2.29209e+00 4.037e-27 +2.28446e+00 4.050e-27 +2.27686e+00 4.062e-27 +2.26928e+00 4.075e-27 +2.26173e+00 4.087e-27 +2.25421e+00 4.100e-27 +2.24670e+00 4.112e-27 +2.23923e+00 4.125e-27 +2.23178e+00 4.138e-27 +2.22435e+00 4.151e-27 +2.21695e+00 4.163e-27 +2.20957e+00 4.176e-27 +2.20222e+00 4.189e-27 +2.19489e+00 4.202e-27 +2.18759e+00 4.215e-27 +2.18031e+00 4.228e-27 +2.17306e+00 4.241e-27 +2.16583e+00 4.254e-27 +2.15862e+00 4.267e-27 +2.15144e+00 4.281e-27 +2.14428e+00 4.294e-27 +2.13714e+00 4.307e-27 +2.13003e+00 4.320e-27 +2.12294e+00 4.334e-27 +2.11588e+00 4.347e-27 +2.10884e+00 4.360e-27 +2.10182e+00 4.374e-27 +2.09483e+00 4.387e-27 +2.08786e+00 4.401e-27 +2.08091e+00 4.415e-27 +2.07399e+00 4.428e-27 +2.06709e+00 4.442e-27 +2.06021e+00 4.456e-27 +2.05335e+00 4.469e-27 +2.04652e+00 4.483e-27 +2.03971e+00 4.497e-27 +2.03292e+00 4.511e-27 +2.02616e+00 4.525e-27 +2.01942e+00 4.539e-27 +2.01270e+00 4.553e-27 +2.00600e+00 4.567e-27 +1.99933e+00 4.581e-27 +1.99267e+00 4.595e-27 +1.98604e+00 4.609e-27 +1.97944e+00 4.623e-27 +1.97285e+00 4.638e-27 +1.96628e+00 4.652e-27 +1.95974e+00 4.666e-27 +1.95322e+00 4.681e-27 +1.94672e+00 4.695e-27 +1.94024e+00 4.710e-27 +1.93379e+00 4.724e-27 +1.92735e+00 4.739e-27 +1.92094e+00 4.753e-27 +1.91455e+00 4.768e-27 +1.90818e+00 4.783e-27 +1.90183e+00 4.798e-27 +1.89550e+00 4.812e-27 +1.88919e+00 4.827e-27 +1.88291e+00 4.842e-27 +1.87664e+00 4.858e-27 +1.87040e+00 4.872e-27 +1.86417e+00 4.887e-27 +1.85797e+00 4.902e-27 +1.85179e+00 4.917e-27 +1.84563e+00 4.932e-27 +1.83949e+00 4.948e-27 +1.83337e+00 4.963e-27 +1.82726e+00 4.978e-27 +1.82118e+00 4.994e-27 +1.81512e+00 5.009e-27 +1.80909e+00 5.024e-27 +1.80307e+00 5.040e-27 +1.79707e+00 5.055e-27 +1.79109e+00 5.071e-27 +1.78513e+00 5.087e-27 +1.77919e+00 5.102e-27 +1.77327e+00 5.118e-27 +1.76737e+00 5.134e-27 +1.76149e+00 5.150e-27 +1.75562e+00 5.166e-27 +1.74978e+00 5.182e-27 +1.74396e+00 5.198e-27 +1.73816e+00 5.214e-27 +1.73237e+00 5.230e-27 +1.72661e+00 5.246e-27 +1.72086e+00 5.262e-27 +1.71514e+00 5.278e-27 +1.70943e+00 5.294e-27 +1.70374e+00 5.311e-27 +1.69807e+00 5.327e-27 +1.69242e+00 5.344e-27 +1.68679e+00 5.360e-27 +1.68118e+00 5.377e-27 +1.67559e+00 5.393e-27 +1.67001e+00 5.410e-27 +1.66445e+00 5.426e-27 +1.65892e+00 5.443e-27 +1.65340e+00 5.460e-27 +1.64789e+00 5.477e-27 +1.64241e+00 5.494e-27 +1.63695e+00 5.511e-27 +1.63150e+00 5.528e-27 +1.62607e+00 5.545e-27 +1.62066e+00 5.562e-27 +1.61527e+00 5.579e-27 +1.60989e+00 5.596e-27 +1.60454e+00 5.613e-27 +1.59920e+00 5.631e-27 +1.59388e+00 5.648e-27 +1.58857e+00 5.665e-27 +1.58329e+00 5.683e-27 +1.57802e+00 5.700e-27 +1.57277e+00 5.718e-27 +1.56753e+00 5.736e-27 +1.56232e+00 5.753e-27 +1.55712e+00 5.771e-27 +1.55194e+00 5.789e-27 +1.54677e+00 5.807e-27 +1.54163e+00 5.825e-27 +1.53650e+00 5.843e-27 +1.53139e+00 5.861e-27 +1.52629e+00 5.879e-27 +1.52121e+00 5.897e-27 +1.51615e+00 5.915e-27 +1.51110e+00 5.933e-27 +1.50608e+00 5.951e-27 +1.50107e+00 5.970e-27 +1.49607e+00 5.988e-27 +1.49109e+00 6.007e-27 +1.48613e+00 6.025e-27 +1.48119e+00 6.044e-27 +1.47626e+00 6.062e-27 +1.47135e+00 6.081e-27 +1.46645e+00 6.100e-27 +1.46157e+00 6.119e-27 +1.45671e+00 6.137e-27 +1.45186e+00 6.156e-27 +1.44703e+00 6.175e-27 +1.44221e+00 6.194e-27 +1.43742e+00 6.213e-27 +1.43263e+00 6.233e-27 +1.42787e+00 6.252e-27 +1.42311e+00 6.271e-27 +1.41838e+00 6.290e-27 +1.41366e+00 6.310e-27 +1.40896e+00 6.329e-27 +1.40427e+00 6.349e-27 +1.39959e+00 6.368e-27 +1.39494e+00 6.388e-27 +1.39030e+00 6.408e-27 +1.38567e+00 6.427e-27 +1.38106e+00 6.447e-27 +1.37646e+00 6.467e-27 +1.37188e+00 6.487e-27 +1.36732e+00 6.507e-27 +1.36277e+00 6.527e-27 +1.35823e+00 6.547e-27 +1.35372e+00 6.567e-27 +1.34921e+00 6.587e-27 +1.34472e+00 6.608e-27 +1.34025e+00 6.628e-27 +1.33579e+00 6.649e-27 +1.33134e+00 6.669e-27 +1.32691e+00 6.690e-27 +1.32250e+00 6.710e-27 +1.31810e+00 6.731e-27 +1.31371e+00 6.752e-27 +1.30934e+00 6.772e-27 +1.30498e+00 6.793e-27 +1.30064e+00 6.814e-27 +1.29631e+00 6.835e-27 +1.29200e+00 6.856e-27 +1.28770e+00 6.877e-27 +1.28342e+00 6.899e-27 +1.27915e+00 6.920e-27 +1.27489e+00 6.941e-27 +1.27065e+00 6.962e-27 +1.26642e+00 6.984e-27 +1.26221e+00 7.005e-27 +1.25801e+00 7.027e-27 +1.25382e+00 7.049e-27 +1.24965e+00 7.070e-27 +1.24549e+00 7.092e-27 +1.24135e+00 7.114e-27 +1.23721e+00 7.136e-27 +1.23310e+00 7.158e-27 +1.22899e+00 7.180e-27 +1.22491e+00 7.202e-27 +1.22083e+00 7.224e-27 +1.21677e+00 7.246e-27 +1.21272e+00 7.269e-27 +1.20868e+00 7.291e-27 +1.20466e+00 7.314e-27 +1.20065e+00 7.336e-27 +1.19666e+00 7.359e-27 +1.19268e+00 7.381e-27 +1.18871e+00 7.404e-27 +1.18475e+00 7.427e-27 +1.18081e+00 7.450e-27 +1.17688e+00 7.473e-27 +1.17297e+00 7.496e-27 +1.16906e+00 7.519e-27 +1.16517e+00 7.542e-27 +1.16130e+00 7.565e-27 +1.15743e+00 7.588e-27 +1.15358e+00 7.612e-27 +1.14974e+00 7.635e-27 +1.14592e+00 7.659e-27 +1.14210e+00 7.682e-27 +1.13830e+00 7.706e-27 +1.13452e+00 7.730e-27 +1.13074e+00 7.753e-27 +1.12698e+00 7.777e-27 +1.12323e+00 7.801e-27 +1.11949e+00 7.825e-27 +1.11577e+00 7.849e-27 +1.11205e+00 7.873e-27 +1.10835e+00 7.898e-27 +1.10466e+00 7.922e-27 +1.10099e+00 7.946e-27 +1.09733e+00 7.971e-27 +1.09367e+00 7.996e-27 +1.09003e+00 8.020e-27 +1.08641e+00 8.045e-27 +1.08279e+00 8.069e-27 +1.07919e+00 8.094e-27 +1.07560e+00 8.119e-27 +1.07202e+00 8.144e-27 +1.06845e+00 8.169e-27 +1.06490e+00 8.194e-27 +1.06135e+00 8.220e-27 +1.05782e+00 8.245e-27 +1.05430e+00 8.270e-27 +1.05080e+00 8.296e-27 +1.04730e+00 8.321e-27 +1.04381e+00 8.347e-27 +1.04034e+00 8.372e-27 +1.03688e+00 8.398e-27 +1.03343e+00 8.424e-27 +1.02999e+00 8.450e-27 +1.02656e+00 8.476e-27 +1.02315e+00 8.502e-27 +1.01974e+00 8.528e-27 +1.01635e+00 8.554e-27 +1.01297e+00 8.582e-27 +1.00960e+00 8.607e-27 +1.00624e+00 8.634e-27 +1.00289e+00 8.660e-27 +9.99553e-01 8.687e-27 +9.96227e-01 8.714e-27 +9.92912e-01 8.740e-27 +9.89608e-01 8.767e-27 +9.86315e-01 8.794e-27 +9.83033e-01 8.821e-27 +9.79762e-01 8.848e-27 +9.76502e-01 8.876e-27 +9.73253e-01 8.903e-27 +9.70014e-01 8.930e-27 +9.66787e-01 8.958e-27 +9.63570e-01 8.985e-27 +9.60364e-01 9.013e-27 +9.57168e-01 9.041e-27 +9.53983e-01 9.069e-27 +9.50809e-01 9.096e-27 +9.47645e-01 9.124e-27 +9.44492e-01 9.152e-27 +9.41349e-01 9.181e-27 +9.38217e-01 9.209e-27 +9.35095e-01 9.237e-27 +9.31984e-01 9.266e-27 +9.28883e-01 9.294e-27 +9.25792e-01 9.323e-27 +9.22711e-01 9.351e-27 +9.19641e-01 9.380e-27 +9.16581e-01 9.409e-27 +9.13531e-01 9.438e-27 +9.10492e-01 9.467e-27 +9.07462e-01 9.496e-27 +9.04442e-01 9.525e-27 +9.01433e-01 9.554e-27 +8.98434e-01 9.584e-27 +8.95444e-01 9.613e-27 +8.92465e-01 9.643e-27 +8.89495e-01 9.672e-27 +8.86535e-01 9.702e-27 +8.83585e-01 9.732e-27 +8.80645e-01 9.762e-27 +8.77715e-01 9.792e-27 +8.74794e-01 9.822e-27 +8.71884e-01 9.852e-27 +8.68983e-01 9.883e-27 +8.66091e-01 9.913e-27 +8.63209e-01 9.943e-27 +8.60337e-01 9.974e-27 +8.57474e-01 1.000e-26 +8.54621e-01 1.004e-26 +8.51777e-01 1.007e-26 +8.48943e-01 1.010e-26 +8.46118e-01 1.013e-26 +8.43303e-01 1.016e-26 +8.40497e-01 1.019e-26 +8.37700e-01 1.022e-26 +8.34913e-01 1.025e-26 +8.32135e-01 1.028e-26 +8.29366e-01 1.032e-26 +8.26606e-01 1.035e-26 +8.23856e-01 1.038e-26 +8.21114e-01 1.041e-26 +8.18382e-01 1.044e-26 +8.15659e-01 1.048e-26 +8.12945e-01 1.051e-26 +8.10240e-01 1.054e-26 +8.07544e-01 1.057e-26 +8.04857e-01 1.061e-26 +8.02179e-01 1.064e-26 +7.99510e-01 1.067e-26 +7.96849e-01 1.070e-26 +7.94198e-01 1.074e-26 +7.91555e-01 1.077e-26 +7.88921e-01 1.080e-26 +7.86296e-01 1.084e-26 +7.83680e-01 1.087e-26 +7.81072e-01 1.090e-26 +7.78473e-01 1.094e-26 +7.75883e-01 1.097e-26 +7.73301e-01 1.100e-26 +7.70728e-01 1.104e-26 +7.68164e-01 1.107e-26 +7.65608e-01 1.110e-26 +7.63060e-01 1.114e-26 +7.60521e-01 1.117e-26 +7.57991e-01 1.121e-26 +7.55469e-01 1.124e-26 +7.52955e-01 1.128e-26 +7.50449e-01 1.131e-26 +7.47952e-01 1.135e-26 +7.45464e-01 1.138e-26 +7.42983e-01 1.142e-26 +7.40511e-01 1.145e-26 +7.38047e-01 1.149e-26 +7.35591e-01 1.152e-26 +7.33144e-01 1.156e-26 +7.30704e-01 1.159e-26 +7.28273e-01 1.163e-26 +7.25849e-01 1.166e-26 +7.23434e-01 1.170e-26 +7.21027e-01 1.173e-26 +7.18628e-01 1.177e-26 +7.16237e-01 1.181e-26 +7.13853e-01 1.184e-26 +7.11478e-01 1.188e-26 +7.09111e-01 1.192e-26 +7.06751e-01 1.195e-26 +7.04400e-01 1.199e-26 +7.02056e-01 1.203e-26 +6.99720e-01 1.206e-26 +6.97391e-01 1.210e-26 +6.95071e-01 1.214e-26 +6.92758e-01 1.217e-26 +6.90453e-01 1.221e-26 +6.88156e-01 1.225e-26 +6.85866e-01 1.229e-26 +6.83584e-01 1.233e-26 +6.81309e-01 1.236e-26 +6.79042e-01 1.240e-26 +6.76783e-01 1.244e-26 +6.74531e-01 1.248e-26 +6.72286e-01 1.252e-26 +6.70049e-01 1.255e-26 +6.67820e-01 1.259e-26 +6.65598e-01 1.263e-26 +6.63383e-01 1.267e-26 +6.61176e-01 1.271e-26 +6.58976e-01 1.275e-26 +6.56783e-01 1.280e-26 +6.54597e-01 1.283e-26 +6.52419e-01 1.287e-26 +6.50248e-01 1.290e-26 +6.48085e-01 1.294e-26 +6.45928e-01 1.298e-26 +6.43779e-01 1.302e-26 +6.41637e-01 1.306e-26 +6.39502e-01 1.310e-26 +6.37374e-01 1.314e-26 +6.35253e-01 1.318e-26 +6.33139e-01 1.323e-26 +6.31033e-01 1.327e-26 +6.28933e-01 1.331e-26 +6.26840e-01 1.335e-26 +6.24755e-01 1.339e-26 +6.22676e-01 1.343e-26 +6.20604e-01 1.347e-26 +6.18539e-01 1.351e-26 +6.16481e-01 1.355e-26 +6.14429e-01 1.360e-26 +6.12385e-01 1.364e-26 +6.10347e-01 1.368e-26 +6.08316e-01 1.372e-26 +6.06292e-01 1.376e-26 +6.04275e-01 1.380e-26 +6.02264e-01 1.385e-26 +6.00260e-01 1.389e-26 +5.98263e-01 1.393e-26 +5.96272e-01 1.398e-26 +5.94288e-01 1.402e-26 +5.92311e-01 1.406e-26 +5.90340e-01 1.410e-26 +5.88376e-01 1.415e-26 +5.86418e-01 1.419e-26 +5.84466e-01 1.423e-26 +5.82522e-01 1.428e-26 +5.80583e-01 1.432e-26 +5.78652e-01 1.437e-26 +5.76726e-01 1.441e-26 +5.74807e-01 1.445e-26 +5.72895e-01 1.450e-26 +5.70988e-01 1.454e-26 +5.69088e-01 1.459e-26 +5.67195e-01 1.463e-26 +5.65307e-01 1.468e-26 +5.63426e-01 1.472e-26 +5.61552e-01 1.477e-26 +5.59683e-01 1.481e-26 +5.57821e-01 1.486e-26 +5.55965e-01 1.490e-26 +5.54115e-01 1.495e-26 +5.52271e-01 1.500e-26 +5.50433e-01 1.504e-26 +5.48602e-01 1.509e-26 +5.46776e-01 1.513e-26 +5.44957e-01 1.518e-26 +5.43144e-01 1.523e-26 +5.41336e-01 1.527e-26 +5.39535e-01 1.532e-26 +5.37740e-01 1.537e-26 +5.35951e-01 1.541e-26 +5.34167e-01 1.546e-26 +5.32390e-01 1.551e-26 +5.30618e-01 1.556e-26 +5.28853e-01 1.560e-26 +5.27093e-01 1.565e-26 +5.25339e-01 1.570e-26 +5.23591e-01 1.575e-26 +5.21849e-01 1.580e-26 +5.20113e-01 1.584e-26 +5.18382e-01 1.589e-26 +5.16657e-01 1.594e-26 +5.14938e-01 1.599e-26 +5.13225e-01 1.604e-26 +5.11517e-01 1.609e-26 +5.09815e-01 1.614e-26 +5.08118e-01 1.619e-26 +5.06428e-01 1.624e-26 +5.04743e-01 1.629e-26 +5.03063e-01 1.634e-26 +5.01389e-01 1.639e-26 +4.99721e-01 1.644e-26 +4.98058e-01 1.649e-26 +4.96401e-01 1.654e-26 +4.94749e-01 1.659e-26 +4.93103e-01 1.664e-26 +4.91462e-01 1.669e-26 +4.89827e-01 1.674e-26 +4.88197e-01 1.679e-26 +4.86573e-01 1.685e-26 +4.84954e-01 1.690e-26 +4.83340e-01 1.695e-26 +4.81732e-01 1.700e-26 +4.80129e-01 1.705e-26 +4.78531e-01 1.710e-26 +4.76939e-01 1.716e-26 +4.75352e-01 1.721e-26 +4.73770e-01 1.726e-26 +4.72194e-01 1.732e-26 +4.70623e-01 1.737e-26 +4.69057e-01 1.743e-26 +4.67496e-01 1.748e-26 +4.65940e-01 1.753e-26 +4.64390e-01 1.758e-26 +4.62845e-01 1.764e-26 +4.61305e-01 1.769e-26 +4.59770e-01 1.774e-26 +4.58240e-01 1.780e-26 +4.56715e-01 1.785e-26 +4.55195e-01 1.791e-26 +4.53681e-01 1.796e-26 +4.52171e-01 1.802e-26 +4.50667e-01 1.807e-26 +4.49167e-01 1.813e-26 +4.47672e-01 1.818e-26 +4.46183e-01 1.824e-26 +4.44698e-01 1.830e-26 +4.43218e-01 1.835e-26 +4.41744e-01 1.841e-26 +4.40274e-01 1.846e-26 +4.38809e-01 1.852e-26 +4.37349e-01 1.858e-26 +4.35893e-01 1.863e-26 +4.34443e-01 1.869e-26 +4.32998e-01 1.875e-26 +4.31557e-01 1.881e-26 +4.30121e-01 1.886e-26 +4.28690e-01 1.892e-26 +4.27263e-01 1.898e-26 +4.25841e-01 1.904e-26 +4.24425e-01 1.910e-26 +4.23012e-01 1.915e-26 +4.21605e-01 1.921e-26 +4.20202e-01 1.927e-26 +4.18804e-01 1.933e-26 +4.17410e-01 1.939e-26 +4.16021e-01 1.945e-26 +4.14637e-01 1.951e-26 +4.13257e-01 1.957e-26 +4.11882e-01 1.963e-26 +4.10512e-01 1.969e-26 +4.09146e-01 1.975e-26 +4.07784e-01 1.981e-26 +4.06427e-01 1.987e-26 +4.05075e-01 1.993e-26 +4.03727e-01 1.999e-26 +4.02384e-01 2.005e-26 +4.01045e-01 2.011e-26 +3.99711e-01 2.018e-26 +3.98381e-01 2.024e-26 +3.97055e-01 2.030e-26 +3.95734e-01 2.036e-26 +3.94417e-01 2.042e-26 +3.93105e-01 2.049e-26 +3.91797e-01 2.055e-26 +3.90493e-01 2.061e-26 +3.89194e-01 2.068e-26 +3.87899e-01 2.074e-26 +3.86608e-01 2.080e-26 +3.85321e-01 2.087e-26 +3.84039e-01 2.093e-26 +3.82762e-01 2.099e-26 +3.81488e-01 2.106e-26 +3.80219e-01 2.112e-26 +3.78953e-01 2.119e-26 +3.77692e-01 2.125e-26 +3.76436e-01 2.132e-26 +3.75183e-01 2.138e-26 +3.73935e-01 2.145e-26 +3.72691e-01 2.151e-26 +3.71450e-01 2.158e-26 +3.70214e-01 2.165e-26 +3.68983e-01 2.171e-26 +3.67755e-01 2.178e-26 +3.66531e-01 2.185e-26 +3.65312e-01 2.191e-26 +3.64096e-01 2.198e-26 +3.62885e-01 2.205e-26 +3.61677e-01 2.211e-26 +3.60474e-01 2.218e-26 +3.59275e-01 2.225e-26 +3.58080e-01 2.232e-26 +3.56888e-01 2.239e-26 +3.55701e-01 2.245e-26 +3.54518e-01 2.252e-26 +3.53338e-01 2.259e-26 +3.52163e-01 2.266e-26 +3.50991e-01 2.273e-26 +3.49823e-01 2.280e-26 +3.48660e-01 2.287e-26 +3.47500e-01 2.294e-26 +3.46343e-01 2.301e-26 +3.45191e-01 2.308e-26 +3.44043e-01 2.315e-26 +3.42898e-01 2.322e-26 +3.41757e-01 2.329e-26 +3.40620e-01 2.336e-26 +3.39487e-01 2.343e-26 +3.38358e-01 2.351e-26 +3.37232e-01 2.358e-26 +3.36110e-01 2.365e-26 +3.34992e-01 2.372e-26 +3.33877e-01 2.380e-26 +3.32767e-01 2.387e-26 +3.31660e-01 2.394e-26 +3.30556e-01 2.401e-26 +3.29456e-01 2.409e-26 +3.28360e-01 2.416e-26 +3.27268e-01 2.424e-26 +3.26179e-01 2.431e-26 +3.25094e-01 2.438e-26 +3.24012e-01 2.446e-26 +3.22934e-01 2.453e-26 +3.21860e-01 2.461e-26 +3.20789e-01 2.469e-26 +3.19722e-01 2.476e-26 +3.18658e-01 2.483e-26 +3.17598e-01 2.491e-26 +3.16542e-01 2.499e-26 +3.15489e-01 2.506e-26 +3.14439e-01 2.514e-26 +3.13393e-01 2.522e-26 +3.12350e-01 2.529e-26 +3.11311e-01 2.537e-26 +3.10275e-01 2.545e-26 +3.09243e-01 2.553e-26 +3.08214e-01 2.560e-26 +3.07189e-01 2.568e-26 +3.06167e-01 2.576e-26 +3.05148e-01 2.584e-26 +3.04133e-01 2.592e-26 +3.03121e-01 2.600e-26 +3.02113e-01 2.608e-26 +3.01108e-01 2.616e-26 +3.00106e-01 2.624e-26 +2.99108e-01 2.632e-26 +2.98112e-01 2.640e-26 +2.97121e-01 2.648e-26 +2.96132e-01 2.656e-26 +2.95147e-01 2.664e-26 +2.94165e-01 2.672e-26 +2.93186e-01 2.680e-26 +2.92211e-01 2.689e-26 +2.91239e-01 2.697e-26 +2.90270e-01 2.705e-26 +2.89304e-01 2.713e-26 +2.88342e-01 2.722e-26 +2.87382e-01 2.730e-26 +2.86426e-01 2.738e-26 +2.85473e-01 2.747e-26 +2.84524e-01 2.755e-26 +2.83577e-01 2.763e-26 +2.82634e-01 2.772e-26 +2.81693e-01 2.780e-26 +2.80756e-01 2.789e-26 +2.79822e-01 2.797e-26 +2.78891e-01 2.806e-26 +2.77963e-01 2.814e-26 +2.77039e-01 2.823e-26 +2.76117e-01 2.832e-26 +2.75198e-01 2.840e-26 +2.74283e-01 2.849e-26 +2.73370e-01 2.858e-26 +2.72461e-01 2.866e-26 +2.71554e-01 2.875e-26 +2.70651e-01 2.884e-26 +2.69750e-01 2.893e-26 +2.68853e-01 2.902e-26 +2.67959e-01 2.910e-26 +2.67067e-01 2.919e-26 +2.66179e-01 2.928e-26 +2.65293e-01 2.937e-26 +2.64410e-01 2.946e-26 +2.63531e-01 2.955e-26 +2.62654e-01 2.964e-26 +2.61780e-01 2.973e-26 +2.60909e-01 2.982e-26 +2.60041e-01 2.991e-26 +2.59176e-01 3.000e-26 +2.58314e-01 3.010e-26 +2.57454e-01 3.019e-26 +2.56598e-01 3.028e-26 +2.55744e-01 3.037e-26 +2.54893e-01 3.047e-26 +2.54045e-01 3.056e-26 +2.53200e-01 3.065e-26 +2.52358e-01 3.075e-26 +2.51518e-01 3.084e-26 +2.50681e-01 3.093e-26 +2.49847e-01 3.103e-26 +2.49016e-01 3.112e-26 +2.48188e-01 3.122e-26 +2.47362e-01 3.131e-26 +2.46539e-01 3.141e-26 +2.45719e-01 3.150e-26 +2.44901e-01 3.160e-26 +2.44087e-01 3.170e-26 +2.43275e-01 3.179e-26 +2.42465e-01 3.189e-26 +2.41659e-01 3.199e-26 +2.40855e-01 3.209e-26 +2.40053e-01 3.218e-26 +2.39255e-01 3.228e-26 +2.38459e-01 3.238e-26 +2.37665e-01 3.248e-26 +2.36875e-01 3.258e-26 +2.36087e-01 3.268e-26 +2.35301e-01 3.278e-26 +2.34518e-01 3.288e-26 +2.33738e-01 3.298e-26 +2.32961e-01 3.308e-26 +2.32186e-01 3.318e-26 +2.31413e-01 3.328e-26 +2.30643e-01 3.338e-26 +2.29876e-01 3.348e-26 +2.29111e-01 3.359e-26 +2.28349e-01 3.369e-26 +2.27589e-01 3.379e-26 +2.26832e-01 3.389e-26 +2.26077e-01 3.400e-26 +2.25325e-01 3.410e-26 +2.24576e-01 3.421e-26 +2.23828e-01 3.431e-26 +2.23084e-01 3.441e-26 +2.22342e-01 3.452e-26 +2.21602e-01 3.463e-26 +2.20865e-01 3.473e-26 +2.20130e-01 3.484e-26 +2.19397e-01 3.494e-26 +2.18668e-01 3.505e-26 +2.17940e-01 3.516e-26 +2.17215e-01 3.526e-26 +2.16492e-01 3.537e-26 +2.15772e-01 3.548e-26 +2.15054e-01 3.559e-26 +2.14339e-01 3.570e-26 +2.13626e-01 3.580e-26 +2.12915e-01 3.591e-26 +2.12207e-01 3.602e-26 +2.11501e-01 3.613e-26 +2.10797e-01 3.624e-26 +2.10096e-01 3.635e-26 +2.09397e-01 3.646e-26 +2.08700e-01 3.658e-26 +2.08006e-01 3.669e-26 +2.07314e-01 3.680e-26 +2.06624e-01 3.691e-26 +2.05937e-01 3.702e-26 +2.05251e-01 3.714e-26 +2.04569e-01 3.725e-26 +2.03888e-01 3.736e-26 +2.03210e-01 3.748e-26 +2.02534e-01 3.759e-26 +2.01860e-01 3.771e-26 +2.01188e-01 3.782e-26 +2.00519e-01 3.794e-26 +1.99852e-01 3.805e-26 +1.99187e-01 3.817e-26 +1.98524e-01 3.828e-26 +1.97864e-01 3.840e-26 +1.97206e-01 3.852e-26 +1.96549e-01 3.864e-26 +1.95896e-01 3.875e-26 +1.95244e-01 3.887e-26 +1.94594e-01 3.899e-26 +1.93947e-01 3.911e-26 +1.93302e-01 3.923e-26 +1.92659e-01 3.935e-26 +1.92018e-01 3.947e-26 +1.91379e-01 3.959e-26 +1.90742e-01 3.971e-26 +1.90107e-01 3.983e-26 +1.89475e-01 3.995e-26 +1.88845e-01 4.007e-26 +1.88216e-01 4.019e-26 +1.87590e-01 4.032e-26 +1.86966e-01 4.044e-26 +1.86344e-01 4.056e-26 +1.85724e-01 4.069e-26 +1.85106e-01 4.081e-26 +1.84490e-01 4.094e-26 +1.83877e-01 4.106e-26 +1.83265e-01 4.119e-26 +1.82655e-01 4.131e-26 +1.82048e-01 4.144e-26 +1.81442e-01 4.156e-26 +1.80838e-01 4.169e-26 +1.80237e-01 4.182e-26 +1.79637e-01 4.194e-26 +1.79039e-01 4.207e-26 +1.78444e-01 4.220e-26 +1.77850e-01 4.233e-26 +1.77258e-01 4.246e-26 +1.76669e-01 4.259e-26 +1.76081e-01 4.272e-26 +1.75495e-01 4.285e-26 +1.74911e-01 4.298e-26 +1.74329e-01 4.311e-26 +1.73749e-01 4.324e-26 +1.73171e-01 4.337e-26 +1.72595e-01 4.350e-26 +1.72021e-01 4.364e-26 +1.71449e-01 4.377e-26 +1.70878e-01 4.390e-26 +1.70310e-01 4.404e-26 +1.69743e-01 4.417e-26 +1.69178e-01 4.430e-26 +1.68616e-01 4.444e-26 +1.68055e-01 4.457e-26 +1.67495e-01 4.471e-26 +1.66938e-01 4.485e-26 +1.66383e-01 4.498e-26 +1.65829e-01 4.512e-26 +1.65278e-01 4.526e-26 +1.64728e-01 4.539e-26 +1.64180e-01 4.561e-26 +1.63633e-01 4.567e-26 +1.63089e-01 4.581e-26 +1.62547e-01 4.595e-26 +1.62006e-01 4.609e-26 +1.61467e-01 4.623e-26 +1.60930e-01 4.637e-26 +1.60394e-01 4.651e-26 +1.59861e-01 4.665e-26 +1.59329e-01 4.680e-26 +1.58799e-01 4.694e-26 +1.58270e-01 4.708e-26 +1.57744e-01 4.722e-26 +1.57219e-01 4.737e-26 +1.56696e-01 4.751e-26 +1.56175e-01 4.766e-26 +1.55655e-01 4.780e-26 +1.55137e-01 4.795e-26 +1.54621e-01 4.809e-26 +1.54107e-01 4.824e-26 +1.53594e-01 4.839e-26 +1.53083e-01 4.853e-26 +1.52574e-01 4.868e-26 +1.52066e-01 4.883e-26 +1.51560e-01 4.898e-26 +1.51056e-01 4.913e-26 +1.50553e-01 4.928e-26 +1.50053e-01 4.943e-26 +1.49553e-01 4.958e-26 +1.49056e-01 4.973e-26 +1.48560e-01 4.988e-26 +1.48066e-01 5.003e-26 +1.47573e-01 5.018e-26 +1.47082e-01 5.034e-26 +1.46593e-01 5.049e-26 +1.46105e-01 5.064e-26 +1.45619e-01 5.080e-26 +1.45134e-01 5.095e-26 +1.44652e-01 5.111e-26 +1.44170e-01 5.126e-26 +1.43691e-01 5.142e-26 +1.43213e-01 5.157e-26 +1.42736e-01 5.173e-26 +1.42261e-01 5.189e-26 +1.41788e-01 5.205e-26 +1.41316e-01 5.220e-26 +1.40846e-01 5.236e-26 +1.40378e-01 5.252e-26 +1.39911e-01 5.268e-26 +1.39445e-01 5.284e-26 +1.38981e-01 5.300e-26 +1.38519e-01 5.316e-26 +1.38058e-01 5.332e-26 +1.37599e-01 5.349e-26 +1.37141e-01 5.365e-26 +1.36685e-01 5.381e-26 +1.36230e-01 5.398e-26 +1.35777e-01 5.414e-26 +1.35325e-01 5.431e-26 +1.34875e-01 5.447e-26 +1.34426e-01 5.464e-26 +1.33979e-01 5.480e-26 +1.33533e-01 5.497e-26 +1.33089e-01 5.514e-26 +1.32646e-01 5.530e-26 +1.32205e-01 5.547e-26 +1.31765e-01 5.564e-26 +1.31327e-01 5.581e-26 +1.30890e-01 5.598e-26 +1.30454e-01 5.615e-26 +1.30020e-01 5.632e-26 +1.29588e-01 5.649e-26 +1.29157e-01 5.666e-26 +1.28727e-01 5.683e-26 +1.28299e-01 5.701e-26 +1.27872e-01 5.718e-26 +1.27446e-01 5.735e-26 +1.27022e-01 5.753e-26 +1.26600e-01 5.770e-26 +1.26179e-01 5.788e-26 +1.25759e-01 5.805e-26 +1.25340e-01 5.823e-26 +1.24923e-01 5.841e-26 +1.24508e-01 5.859e-26 +1.24094e-01 5.876e-26 +1.23681e-01 5.894e-26 +1.23269e-01 5.912e-26 +1.22859e-01 5.930e-26 +1.22450e-01 5.948e-26 +1.22043e-01 5.966e-26 +1.21637e-01 6.001e-26 +1.21232e-01 6.002e-26 +1.20829e-01 6.021e-26 +1.20427e-01 6.039e-26 +1.20026e-01 6.057e-26 +1.19627e-01 6.076e-26 +1.19229e-01 6.094e-26 +1.18832e-01 6.113e-26 +1.18437e-01 6.131e-26 +1.18043e-01 6.150e-26 +1.17650e-01 6.169e-26 +1.17259e-01 6.187e-26 +1.16869e-01 6.206e-26 +1.16480e-01 6.225e-26 +1.16092e-01 6.244e-26 +1.15706e-01 6.263e-26 +1.15321e-01 6.282e-26 +1.14938e-01 6.301e-26 +1.14555e-01 6.320e-26 +1.14174e-01 6.339e-26 +1.13794e-01 6.358e-26 +1.13416e-01 6.378e-26 +1.13038e-01 6.397e-26 +1.12662e-01 6.417e-26 +1.12287e-01 6.436e-26 +1.11914e-01 6.456e-26 +1.11542e-01 6.475e-26 +1.11170e-01 6.495e-26 +1.10801e-01 6.515e-26 +1.10432e-01 6.534e-26 +1.10065e-01 6.554e-26 +1.09698e-01 6.574e-26 +1.09333e-01 6.594e-26 +1.08970e-01 6.614e-26 +1.08607e-01 6.635e-26 +1.08246e-01 6.654e-26 +1.07886e-01 6.674e-26 +1.07527e-01 6.695e-26 +1.07169e-01 6.715e-26 +1.06813e-01 6.735e-26 +1.06457e-01 6.756e-26 +1.06103e-01 6.776e-26 +1.05750e-01 6.797e-26 +1.05398e-01 6.818e-26 +1.05048e-01 6.838e-26 +1.04698e-01 6.859e-26 +1.04350e-01 6.880e-26 +1.04003e-01 6.901e-26 +1.03657e-01 6.922e-26 +1.03312e-01 6.943e-26 +1.02968e-01 6.964e-26 +1.02625e-01 6.992e-26 +1.02284e-01 7.006e-26 +1.01944e-01 7.027e-26 +1.01605e-01 7.049e-26 +1.01267e-01 7.070e-26 +1.00930e-01 7.092e-26 +1.00594e-01 7.113e-26 +1.00259e-01 7.135e-26 +9.99256e-02 7.156e-26 +9.95932e-02 7.178e-26 +9.92618e-02 7.200e-26 +9.89316e-02 7.222e-26 +9.86025e-02 7.243e-26 +9.82744e-02 7.265e-26 +9.79475e-02 7.288e-26 +9.76216e-02 7.310e-26 +9.72968e-02 7.334e-26 +9.69731e-02 7.354e-26 +9.66505e-02 7.376e-26 +9.63290e-02 7.399e-26 +9.60085e-02 7.421e-26 +9.56891e-02 7.444e-26 +9.53707e-02 7.466e-26 +9.50534e-02 7.490e-26 +9.47372e-02 7.512e-26 +9.44220e-02 7.534e-26 +9.41079e-02 7.557e-26 +9.37948e-02 7.581e-26 +9.34828e-02 7.603e-26 +9.31718e-02 7.626e-26 +9.28618e-02 7.649e-26 +9.25528e-02 7.673e-26 +9.22449e-02 7.696e-26 +9.19380e-02 7.719e-26 +9.16322e-02 7.743e-26 +9.13273e-02 7.766e-26 +9.11553e-02 7.779e-26 +9.09837e-02 7.793e-26 +9.06817e-02 7.816e-26 +9.03806e-02 7.840e-26 +9.00806e-02 7.864e-26 +8.97816e-02 7.887e-26 +8.94836e-02 7.911e-26 +8.91866e-02 7.935e-26 +8.88905e-02 7.959e-26 +8.85955e-02 7.983e-26 +8.83014e-02 8.007e-26 +8.80083e-02 8.032e-26 +8.77161e-02 8.056e-26 +8.74250e-02 8.080e-26 +8.71348e-02 8.105e-26 +8.68455e-02 8.129e-26 +8.65573e-02 8.154e-26 +8.62699e-02 8.178e-26 +8.59836e-02 8.203e-26 +8.56981e-02 8.228e-26 +8.54137e-02 8.253e-26 +8.51302e-02 8.278e-26 +8.48476e-02 8.303e-26 +8.45659e-02 8.328e-26 +8.42852e-02 8.353e-26 +8.40054e-02 8.378e-26 +8.37266e-02 8.404e-26 +8.34487e-02 8.429e-26 +8.31717e-02 8.455e-26 +8.28956e-02 8.480e-26 +8.26204e-02 8.506e-26 +8.23462e-02 8.532e-26 +8.20728e-02 8.557e-26 +8.18004e-02 8.583e-26 +8.15289e-02 8.609e-26 +8.12583e-02 8.635e-26 +8.09885e-02 8.661e-26 +8.07197e-02 8.687e-26 +8.04517e-02 8.714e-26 +8.01847e-02 8.740e-26 +7.99185e-02 8.767e-26 +7.96532e-02 8.793e-26 +7.93888e-02 8.819e-26 +7.91253e-02 8.846e-26 +7.88627e-02 8.873e-26 +7.86009e-02 8.900e-26 +7.83400e-02 8.927e-26 +7.80799e-02 8.954e-26 +7.78208e-02 8.981e-26 +7.75624e-02 9.008e-26 +7.73050e-02 9.035e-26 +7.70484e-02 9.062e-26 +7.67926e-02 9.090e-26 +7.65377e-02 9.117e-26 +7.62837e-02 9.145e-26 +7.60304e-02 9.172e-26 +7.57781e-02 9.200e-26 +7.55265e-02 9.228e-26 +7.52758e-02 9.256e-26 +7.50259e-02 9.284e-26 +7.47769e-02 9.312e-26 +7.45287e-02 9.340e-26 +7.42813e-02 9.368e-26 +7.40347e-02 9.396e-26 +7.37890e-02 9.425e-26 +7.35440e-02 9.453e-26 +7.32999e-02 9.482e-26 +7.30566e-02 9.510e-26 +7.28141e-02 9.539e-26 +7.25724e-02 9.568e-26 +7.23315e-02 9.597e-26 +7.20914e-02 9.626e-26 +7.18521e-02 9.655e-26 +7.16136e-02 9.684e-26 +7.13759e-02 9.713e-26 +7.11390e-02 9.742e-26 +7.09028e-02 9.772e-26 +7.06675e-02 9.801e-26 +7.04329e-02 9.831e-26 +7.01991e-02 9.861e-26 +6.99661e-02 9.890e-26 +6.97338e-02 9.920e-26 +6.95023e-02 9.950e-26 +6.92716e-02 9.980e-26 +6.90417e-02 1.001e-25 +6.88125e-02 1.004e-25 +6.85841e-02 1.007e-25 +6.83564e-02 1.010e-25 +6.81295e-02 1.013e-25 +6.79034e-02 1.016e-25 +6.76780e-02 1.019e-25 +6.74533e-02 1.022e-25 +6.72294e-02 1.025e-25 +6.70063e-02 1.029e-25 +6.67839e-02 1.032e-25 +6.65622e-02 1.035e-25 +6.63412e-02 1.038e-25 +6.61210e-02 1.041e-25 +6.59015e-02 1.044e-25 +6.56828e-02 1.047e-25 +6.54647e-02 1.050e-25 +6.52474e-02 1.054e-25 +6.50309e-02 1.057e-25 +6.48150e-02 1.060e-25 +6.45998e-02 1.063e-25 +6.43854e-02 1.066e-25 +6.41717e-02 1.070e-25 +6.39587e-02 1.073e-25 +6.37464e-02 1.076e-25 +6.35348e-02 1.079e-25 +6.33239e-02 1.083e-25 +6.31137e-02 1.086e-25 +6.29042e-02 1.089e-25 +6.26954e-02 1.092e-25 +6.24873e-02 1.096e-25 +6.22798e-02 1.099e-25 +6.20731e-02 1.102e-25 +6.18671e-02 1.106e-25 +6.16617e-02 1.109e-25 +6.14570e-02 1.112e-25 +6.12530e-02 1.116e-25 +6.10497e-02 1.119e-25 +6.08470e-02 1.122e-25 +6.06451e-02 1.126e-25 +6.04438e-02 1.129e-25 +6.02431e-02 1.133e-25 +6.00432e-02 1.136e-25 +5.98438e-02 1.139e-25 +5.96452e-02 1.143e-25 +5.94472e-02 1.146e-25 +5.92499e-02 1.150e-25 +5.90532e-02 1.153e-25 +5.88572e-02 1.157e-25 +5.86618e-02 1.160e-25 +5.84671e-02 1.164e-25 +5.82730e-02 1.167e-25 +5.80796e-02 1.171e-25 +5.78868e-02 1.174e-25 +5.76946e-02 1.178e-25 +5.75031e-02 1.181e-25 +5.73123e-02 1.185e-25 +5.71220e-02 1.188e-25 +5.69324e-02 1.193e-25 +5.67434e-02 1.196e-25 +5.65551e-02 1.199e-25 +5.63673e-02 1.203e-25 +5.61802e-02 1.206e-25 +5.59937e-02 1.210e-25 +5.58079e-02 1.214e-25 +5.56226e-02 1.217e-25 +5.54380e-02 1.221e-25 +5.52540e-02 1.225e-25 +5.50706e-02 1.228e-25 +5.48878e-02 1.232e-25 +5.47056e-02 1.236e-25 +5.45240e-02 1.240e-25 +5.43430e-02 1.243e-25 +5.41626e-02 1.247e-25 +5.39828e-02 1.251e-25 +5.38036e-02 1.255e-25 +5.36250e-02 1.258e-25 +5.34470e-02 1.262e-25 +5.32696e-02 1.266e-25 +5.30928e-02 1.270e-25 +5.29165e-02 1.274e-25 +5.27409e-02 1.277e-25 +5.25658e-02 1.281e-25 +5.23913e-02 1.285e-25 +5.22174e-02 1.289e-25 +5.20441e-02 1.293e-25 +5.18713e-02 1.297e-25 +5.16992e-02 1.301e-25 +5.15276e-02 1.305e-25 +5.13565e-02 1.309e-25 +5.11860e-02 1.312e-25 +5.10161e-02 1.316e-25 +5.08468e-02 1.320e-25 +5.06780e-02 1.324e-25 +5.05098e-02 1.328e-25 +5.03421e-02 1.332e-25 +5.01749e-02 1.336e-25 +5.00083e-02 1.340e-25 +4.98422e-02 1.344e-25 +4.96767e-02 1.348e-25 +4.95117e-02 1.352e-25 +4.93473e-02 1.357e-25 +4.91834e-02 1.361e-25 +4.90201e-02 1.365e-25 +4.88573e-02 1.369e-25 +4.86950e-02 1.373e-25 +4.85333e-02 1.377e-25 +4.83721e-02 1.381e-25 +4.82115e-02 1.385e-25 +4.80514e-02 1.390e-25 +4.78918e-02 1.394e-25 +4.77328e-02 1.398e-25 +4.75742e-02 1.402e-25 +4.74163e-02 1.406e-25 +4.72588e-02 1.411e-25 +4.71018e-02 1.415e-25 +4.69454e-02 1.419e-25 +4.67895e-02 1.423e-25 +4.66341e-02 1.428e-25 +4.64793e-02 1.432e-25 +4.63249e-02 1.436e-25 +4.61711e-02 1.441e-25 +4.60177e-02 1.445e-25 +4.58649e-02 1.449e-25 +4.57126e-02 1.454e-25 +4.55608e-02 1.458e-25 +4.54095e-02 1.462e-25 +4.52587e-02 1.467e-25 +4.51084e-02 1.471e-25 +4.49586e-02 1.476e-25 +4.48093e-02 1.480e-25 +4.46605e-02 1.484e-25 +4.45122e-02 1.489e-25 +4.43643e-02 1.493e-25 +4.42170e-02 1.498e-25 +4.40702e-02 1.502e-25 +4.39238e-02 1.507e-25 +4.37779e-02 1.511e-25 +4.36326e-02 1.516e-25 +4.34877e-02 1.521e-25 +4.33432e-02 1.525e-25 +4.31993e-02 1.530e-25 +4.30558e-02 1.534e-25 +4.29128e-02 1.539e-25 +4.27703e-02 1.544e-25 +4.26283e-02 1.548e-25 +4.24867e-02 1.553e-25 +4.23456e-02 1.557e-25 +4.22050e-02 1.562e-25 +4.20649e-02 1.567e-25 +4.19252e-02 1.572e-25 +4.17859e-02 1.576e-25 +4.16472e-02 1.581e-25 +4.15089e-02 1.586e-25 +4.13710e-02 1.591e-25 +4.12336e-02 1.595e-25 +4.10967e-02 1.600e-25 +4.09602e-02 1.605e-25 +4.08242e-02 1.610e-25 +4.06886e-02 1.615e-25 +4.05535e-02 1.619e-25 +4.04188e-02 1.624e-25 +4.02846e-02 1.629e-25 +4.01508e-02 1.634e-25 +4.00174e-02 1.639e-25 +3.98846e-02 1.644e-25 +3.97521e-02 1.649e-25 +3.96201e-02 1.654e-25 +3.94885e-02 1.659e-25 +3.93574e-02 1.664e-25 +3.92267e-02 1.669e-25 +3.90964e-02 1.674e-25 +3.89666e-02 1.679e-25 +3.88372e-02 1.684e-25 +3.87082e-02 1.689e-25 +3.85796e-02 1.694e-25 +3.84515e-02 1.699e-25 +3.83238e-02 1.704e-25 +3.81966e-02 1.709e-25 +3.80697e-02 1.714e-25 +3.79433e-02 1.720e-25 +3.78173e-02 1.725e-25 +3.76917e-02 1.730e-25 +3.75665e-02 1.735e-25 +3.74418e-02 1.740e-25 +3.73174e-02 1.745e-25 +3.71935e-02 1.751e-25 +3.70700e-02 1.756e-25 +3.69469e-02 1.761e-25 +3.68242e-02 1.766e-25 +3.67019e-02 1.772e-25 +3.65800e-02 1.777e-25 +3.64585e-02 1.782e-25 +3.63374e-02 1.788e-25 +3.62168e-02 1.793e-25 +3.60965e-02 1.799e-25 +3.59766e-02 1.804e-25 +3.58571e-02 1.809e-25 +3.57381e-02 1.815e-25 +3.56194e-02 1.820e-25 +3.55011e-02 1.826e-25 +3.53832e-02 1.831e-25 +3.52657e-02 1.837e-25 +3.51486e-02 1.842e-25 +3.50318e-02 1.848e-25 +3.49155e-02 1.853e-25 +3.47995e-02 1.859e-25 +3.46840e-02 1.864e-25 +3.45688e-02 1.870e-25 +3.44540e-02 1.876e-25 +3.43396e-02 1.881e-25 +3.42255e-02 1.887e-25 +3.41119e-02 1.892e-25 +3.39986e-02 1.898e-25 +3.38857e-02 1.904e-25 +3.37732e-02 1.910e-25 +3.36610e-02 1.915e-25 +3.35492e-02 1.921e-25 +3.34378e-02 1.927e-25 +3.33268e-02 1.932e-25 +3.32161e-02 1.938e-25 +3.31058e-02 1.944e-25 +3.29958e-02 1.950e-25 +3.28862e-02 1.956e-25 +3.27770e-02 1.962e-25 +3.26682e-02 1.967e-25 +3.25597e-02 1.973e-25 +3.24516e-02 1.979e-25 +3.23438e-02 1.985e-25 +3.22364e-02 1.991e-25 +3.21293e-02 1.997e-25 +3.20226e-02 2.003e-25 +3.19163e-02 2.009e-25 +3.18103e-02 2.015e-25 +3.17047e-02 2.021e-25 +3.15994e-02 2.027e-25 +3.14944e-02 2.033e-25 +3.13898e-02 2.039e-25 +3.12856e-02 2.045e-25 +3.11817e-02 2.052e-25 +3.10781e-02 2.058e-25 +3.09749e-02 2.064e-25 +3.08721e-02 2.070e-25 +3.07695e-02 2.076e-25 +3.06674e-02 2.082e-25 +3.05655e-02 2.089e-25 +3.04640e-02 2.095e-25 +3.03628e-02 2.115e-25 +3.02620e-02 2.108e-25 +3.01615e-02 2.114e-25 +3.00613e-02 2.120e-25 +2.99615e-02 2.127e-25 +2.98620e-02 2.133e-25 +2.97628e-02 2.139e-25 +2.96640e-02 2.146e-25 +2.95655e-02 2.152e-25 +2.94673e-02 2.159e-25 +2.93694e-02 2.165e-25 +2.92719e-02 2.173e-25 +2.91747e-02 2.178e-25 +2.90778e-02 2.185e-25 +2.89813e-02 2.191e-25 +2.88850e-02 2.198e-25 +2.87891e-02 2.204e-25 +2.86935e-02 2.211e-25 +2.85982e-02 2.217e-25 +2.85032e-02 2.224e-25 +2.84086e-02 2.231e-25 +2.83142e-02 2.237e-25 +2.82202e-02 2.244e-25 +2.81265e-02 2.251e-25 +2.80331e-02 2.258e-25 +2.79400e-02 2.265e-25 +2.78472e-02 2.271e-25 +2.77547e-02 2.278e-25 +2.76625e-02 2.285e-25 +2.75707e-02 2.291e-25 +2.74791e-02 2.298e-25 +2.73878e-02 2.305e-25 +2.72969e-02 2.312e-25 +2.72062e-02 2.319e-25 +2.71159e-02 2.326e-25 +2.70258e-02 2.333e-25 +2.69361e-02 2.340e-25 +2.68466e-02 2.347e-25 +2.67575e-02 2.354e-25 +2.66686e-02 2.361e-25 +2.65801e-02 2.368e-25 +2.64918e-02 2.375e-25 +2.64038e-02 2.382e-25 +2.63161e-02 2.389e-25 +2.62287e-02 2.396e-25 +2.61416e-02 2.404e-25 +2.60548e-02 2.411e-25 +2.59683e-02 2.418e-25 +2.58820e-02 2.425e-25 +2.57961e-02 2.432e-25 +2.57104e-02 2.440e-25 +2.56250e-02 2.449e-25 +2.55399e-02 2.454e-25 +2.54551e-02 2.462e-25 +2.53706e-02 2.469e-25 +2.52863e-02 2.476e-25 +2.52024e-02 2.484e-25 +2.51187e-02 2.491e-25 +2.50352e-02 2.499e-25 +2.49527e-02 2.506e-25 +2.48710e-02 2.513e-25 +2.47896e-02 2.521e-25 +2.47085e-02 2.528e-25 +2.46276e-02 2.536e-25 +2.45470e-02 2.543e-25 +2.44666e-02 2.551e-25 +2.43865e-02 2.558e-25 +2.43067e-02 2.566e-25 +2.42271e-02 2.573e-25 +2.41478e-02 2.581e-25 +2.40688e-02 2.588e-25 +2.39900e-02 2.596e-25 +2.39114e-02 2.604e-25 +2.38332e-02 2.611e-25 +2.37552e-02 2.620e-25 +2.36774e-02 2.627e-25 +2.36024e-02 2.634e-25 +2.35300e-02 2.641e-25 +2.34579e-02 2.649e-25 +2.33860e-02 2.656e-25 +2.33143e-02 2.663e-25 +2.32429e-02 2.671e-25 +2.31717e-02 2.678e-25 +2.31006e-02 2.685e-25 +2.30298e-02 2.693e-25 +2.29593e-02 2.700e-25 +2.28889e-02 2.708e-25 +2.28188e-02 2.715e-25 +2.27458e-02 2.723e-25 +2.26701e-02 2.731e-25 +2.25947e-02 2.739e-25 +2.25195e-02 2.747e-25 +2.24446e-02 2.756e-25 +2.23699e-02 2.764e-25 +2.22955e-02 2.772e-25 +2.22213e-02 2.780e-25 +2.21473e-02 2.789e-25 +2.20736e-02 2.797e-25 +2.20002e-02 2.805e-25 +2.19270e-02 2.814e-25 +2.18540e-02 2.822e-25 +2.17813e-02 2.831e-25 +2.17088e-02 2.839e-25 +2.16366e-02 2.847e-25 +2.15646e-02 2.856e-25 +2.14928e-02 2.864e-25 +2.14213e-02 2.873e-25 +2.13500e-02 2.882e-25 +2.12790e-02 2.890e-25 +2.12082e-02 2.899e-25 +2.11376e-02 2.908e-25 +2.10673e-02 2.916e-25 +2.09972e-02 2.925e-25 +2.09273e-02 2.934e-25 +2.08577e-02 2.942e-25 +2.07883e-02 2.951e-25 +2.07191e-02 2.960e-25 +2.06502e-02 2.969e-25 +2.05814e-02 2.978e-25 +2.05130e-02 2.987e-25 +2.04447e-02 2.996e-25 +2.03767e-02 3.004e-25 +2.03089e-02 3.013e-25 +2.02413e-02 3.022e-25 +2.01739e-02 3.031e-25 +2.01068e-02 3.040e-25 +2.00399e-02 3.050e-25 +1.99732e-02 3.059e-25 +1.99068e-02 3.068e-25 +1.98405e-02 3.077e-25 +1.97745e-02 3.086e-25 +1.97087e-02 3.095e-25 +1.96431e-02 3.105e-25 +1.95778e-02 3.114e-25 +1.95126e-02 3.123e-25 +1.94477e-02 3.132e-25 +1.93830e-02 3.142e-25 +1.93185e-02 3.151e-25 +1.92542e-02 3.161e-25 +1.91901e-02 3.170e-25 +1.91263e-02 3.179e-25 +1.90626e-02 3.189e-25 +1.89992e-02 3.198e-25 +1.89360e-02 3.208e-25 +1.88730e-02 3.218e-25 +1.88102e-02 3.227e-25 +1.87476e-02 3.238e-25 +1.86852e-02 3.246e-25 +1.86230e-02 3.256e-25 +1.85611e-02 3.266e-25 +1.84993e-02 3.276e-25 +1.84377e-02 3.285e-25 +1.83764e-02 3.295e-25 +1.83152e-02 3.305e-25 +1.82543e-02 3.315e-25 +1.81936e-02 3.326e-25 +1.81330e-02 3.336e-25 +1.80727e-02 3.345e-25 +1.80125e-02 3.354e-25 +1.79526e-02 3.364e-25 +1.78929e-02 3.375e-25 +1.78333e-02 3.385e-25 +1.77740e-02 3.395e-25 +1.77148e-02 3.405e-25 +1.76559e-02 3.415e-25 +1.75972e-02 3.425e-25 +1.75386e-02 3.435e-25 +1.74802e-02 3.446e-25 +1.74221e-02 3.456e-25 +1.73641e-02 3.466e-25 +1.73063e-02 3.476e-25 +1.72487e-02 3.487e-25 +1.71913e-02 3.497e-25 +1.71341e-02 3.508e-25 +1.70771e-02 3.518e-25 +1.70203e-02 3.528e-25 +1.69637e-02 3.539e-25 +1.69072e-02 3.550e-25 +1.68510e-02 3.560e-25 +1.67949e-02 3.571e-25 +1.67390e-02 3.581e-25 +1.66833e-02 3.592e-25 +1.66278e-02 3.603e-25 +1.65725e-02 3.614e-25 +1.65173e-02 3.624e-25 +1.64624e-02 3.635e-25 +1.64076e-02 3.646e-25 +1.63530e-02 3.657e-25 +1.62986e-02 3.668e-25 +1.62443e-02 3.678e-25 +1.61903e-02 3.689e-25 +1.61364e-02 3.700e-25 +1.60827e-02 3.711e-25 +1.60292e-02 3.722e-25 +1.59759e-02 3.734e-25 +1.59227e-02 3.745e-25 +1.58697e-02 3.756e-25 +1.58169e-02 3.767e-25 +1.57643e-02 3.779e-25 +1.57118e-02 3.790e-25 +1.56595e-02 3.801e-25 +1.56074e-02 3.812e-25 +1.55555e-02 3.823e-25 +1.55037e-02 3.835e-25 +1.54522e-02 3.846e-25 +1.54007e-02 3.858e-25 +1.53495e-02 3.869e-25 +1.52984e-02 3.881e-25 +1.52475e-02 3.892e-25 +1.51968e-02 3.904e-25 +1.51462e-02 3.915e-25 +1.50958e-02 3.927e-25 +1.50456e-02 3.939e-25 +1.49955e-02 3.950e-25 +1.49456e-02 3.962e-25 +1.48959e-02 3.974e-25 +1.48463e-02 3.986e-25 +1.47969e-02 3.997e-25 +1.47477e-02 4.009e-25 +1.46986e-02 4.021e-25 +1.46497e-02 4.033e-25 +1.46010e-02 4.045e-25 +1.45524e-02 4.057e-25 +1.45039e-02 4.069e-25 +1.44557e-02 4.081e-25 +1.44076e-02 4.094e-25 +1.43596e-02 4.106e-25 +1.43119e-02 4.118e-25 +1.42642e-02 4.130e-25 +1.42168e-02 4.142e-25 +1.41695e-02 4.155e-25 +1.41223e-02 4.167e-25 +1.40753e-02 4.180e-25 +1.40285e-02 4.192e-25 +1.39818e-02 4.204e-25 +1.39353e-02 4.217e-25 +1.38889e-02 4.229e-25 +1.38427e-02 4.242e-25 +1.37966e-02 4.254e-25 +1.37507e-02 4.267e-25 +1.37050e-02 4.280e-25 +1.36594e-02 4.292e-25 +1.36139e-02 4.305e-25 +1.35686e-02 4.318e-25 +1.35235e-02 4.331e-25 +1.34785e-02 4.344e-25 +1.34336e-02 4.357e-25 +1.33889e-02 4.371e-25 +1.33444e-02 4.383e-25 +1.33000e-02 4.395e-25 +1.32557e-02 4.409e-25 +1.32116e-02 4.422e-25 +1.31676e-02 4.435e-25 +1.31238e-02 4.448e-25 +1.30802e-02 4.461e-25 +1.30366e-02 4.474e-25 +1.29933e-02 4.489e-25 +1.29500e-02 4.501e-25 +1.29069e-02 4.514e-25 +1.28640e-02 4.528e-25 +1.28212e-02 4.543e-25 +1.27785e-02 4.555e-25 +1.27360e-02 4.568e-25 +1.26936e-02 4.582e-25 +1.26514e-02 4.595e-25 +1.26093e-02 4.609e-25 +1.25673e-02 4.623e-25 +1.25255e-02 4.636e-25 +1.24838e-02 4.650e-25 +1.24423e-02 4.664e-25 +1.24009e-02 4.678e-25 +1.23596e-02 4.692e-25 +1.23185e-02 4.705e-25 +1.22775e-02 4.719e-25 +1.22366e-02 4.733e-25 +1.21959e-02 4.747e-25 +1.21553e-02 4.761e-25 +1.21149e-02 4.776e-25 +1.20746e-02 4.790e-25 +1.20344e-02 4.804e-25 +1.19944e-02 4.818e-25 +1.19545e-02 4.832e-25 +1.19147e-02 4.847e-25 +1.18750e-02 4.861e-25 +1.18355e-02 4.876e-25 +1.17961e-02 4.890e-25 +1.17569e-02 4.904e-25 +1.17178e-02 4.919e-25 +1.16788e-02 4.934e-25 +1.16399e-02 4.948e-25 +1.16012e-02 4.963e-25 +1.15626e-02 4.978e-25 +1.15241e-02 4.992e-25 +1.14858e-02 5.007e-25 +1.14475e-02 5.022e-25 +1.14094e-02 5.037e-25 +1.13715e-02 5.052e-25 +1.13336e-02 5.067e-25 +1.12959e-02 5.082e-25 +1.12583e-02 5.097e-25 +1.12209e-02 5.112e-25 +1.11835e-02 5.127e-25 +1.11463e-02 5.142e-25 +1.11092e-02 5.157e-25 +1.10723e-02 5.173e-25 +1.10354e-02 5.188e-25 +1.09987e-02 5.204e-25 +1.09621e-02 5.219e-25 +1.09256e-02 5.238e-25 +1.08893e-02 5.250e-25 +1.08530e-02 5.265e-25 +1.08169e-02 5.281e-25 +1.07809e-02 5.296e-25 +1.07451e-02 5.312e-25 +1.07093e-02 5.328e-25 +1.06737e-02 5.344e-25 +1.06382e-02 5.359e-25 +1.06028e-02 5.375e-25 +1.05675e-02 5.391e-25 +1.05323e-02 5.407e-25 +1.04973e-02 5.423e-25 +1.04623e-02 5.439e-25 +1.04275e-02 5.455e-25 +1.03928e-02 5.471e-25 +1.03583e-02 5.488e-25 +1.03238e-02 5.504e-25 +1.02894e-02 5.520e-25 +1.02552e-02 5.557e-25 +1.02211e-02 5.553e-25 +1.01871e-02 5.569e-25 +1.01532e-02 5.586e-25 +1.01194e-02 5.602e-25 +1.00857e-02 5.619e-25 +1.00521e-02 5.635e-25 +1.00187e-02 5.652e-25 +9.98536e-03 5.669e-25 +9.95213e-03 5.685e-25 +9.91902e-03 5.703e-25 +9.88601e-03 5.719e-25 +9.85312e-03 5.736e-25 +9.82033e-03 5.753e-25 +9.78765e-03 5.770e-25 +9.75508e-03 5.787e-25 +9.72262e-03 5.804e-25 +9.69027e-03 5.821e-25 +9.65803e-03 5.838e-25 +9.62589e-03 5.856e-25 +9.59386e-03 5.873e-25 +9.56194e-03 5.890e-25 +9.53012e-03 5.910e-25 +9.49841e-03 5.925e-25 +9.46680e-03 5.943e-25 +9.43530e-03 5.960e-25 +9.40391e-03 5.978e-25 +9.37262e-03 5.996e-25 +9.34143e-03 6.013e-25 +9.31034e-03 6.031e-25 +9.27936e-03 6.049e-25 +9.24849e-03 6.067e-25 +9.21771e-03 6.085e-25 +9.18704e-03 6.103e-25 +9.15647e-03 6.121e-25 +9.12600e-03 6.139e-25 +9.09564e-03 6.157e-25 +9.06537e-03 6.175e-25 +9.03521e-03 6.193e-25 +9.00514e-03 6.212e-25 +8.97518e-03 6.230e-25 +8.94531e-03 6.248e-25 +8.91555e-03 6.267e-25 +8.88588e-03 6.286e-25 +8.85631e-03 6.304e-25 +8.82684e-03 6.322e-25 +8.79747e-03 6.341e-25 +8.76820e-03 6.360e-25 +8.73902e-03 6.378e-25 +8.70994e-03 6.397e-25 +8.68096e-03 6.416e-25 +8.65207e-03 6.436e-25 +8.62328e-03 6.454e-25 +8.59459e-03 6.473e-25 +8.56599e-03 6.492e-25 +8.53749e-03 6.511e-25 +8.50908e-03 6.530e-25 +8.48077e-03 6.550e-25 +8.45255e-03 6.569e-25 +8.42442e-03 6.589e-25 +8.39639e-03 6.608e-25 +8.36845e-03 6.627e-25 +8.34060e-03 6.647e-25 +8.31285e-03 6.666e-25 +8.28519e-03 6.686e-25 +8.25762e-03 6.706e-25 +8.23014e-03 6.726e-25 +8.20276e-03 6.745e-25 +8.17546e-03 6.765e-25 +8.14826e-03 6.785e-25 +8.12115e-03 6.805e-25 +8.09412e-03 6.825e-25 +8.06719e-03 6.845e-25 +8.04035e-03 6.865e-25 +8.01359e-03 6.886e-25 +7.98693e-03 6.906e-25 +7.96035e-03 6.926e-25 +7.93386e-03 6.947e-25 +7.90746e-03 6.967e-25 +7.88115e-03 6.988e-25 +7.85493e-03 7.008e-25 +7.82879e-03 7.029e-25 +7.80274e-03 7.050e-25 +7.77678e-03 7.070e-25 +7.75090e-03 7.091e-25 +7.72511e-03 7.112e-25 +7.69940e-03 7.133e-25 +7.67378e-03 7.154e-25 +7.64825e-03 7.175e-25 +7.62280e-03 7.196e-25 +7.59743e-03 7.223e-25 +7.57215e-03 7.239e-25 +7.54696e-03 7.260e-25 +7.52184e-03 7.283e-25 +7.49682e-03 7.303e-25 +7.47187e-03 7.324e-25 +7.44701e-03 7.346e-25 +7.42223e-03 7.367e-25 +7.39753e-03 7.389e-25 +7.37291e-03 7.411e-25 +7.34838e-03 7.433e-25 +7.32393e-03 7.454e-25 +7.29956e-03 7.479e-25 +7.27527e-03 7.498e-25 +7.25106e-03 7.520e-25 +7.22693e-03 7.543e-25 +7.20289e-03 7.565e-25 +7.17892e-03 7.587e-25 +7.15503e-03 7.609e-25 +7.13122e-03 7.632e-25 +7.10749e-03 7.654e-25 +7.08384e-03 7.677e-25 +7.06027e-03 7.699e-25 +7.03678e-03 7.722e-25 +7.01336e-03 7.745e-25 +6.99003e-03 7.767e-25 +6.96677e-03 7.790e-25 +6.94359e-03 7.813e-25 +6.92048e-03 7.836e-25 +6.89745e-03 7.859e-25 +6.87450e-03 7.882e-25 +6.85163e-03 7.905e-25 +6.82883e-03 7.931e-25 +6.80611e-03 7.952e-25 +6.78346e-03 7.977e-25 +6.76089e-03 7.999e-25 +6.73839e-03 8.022e-25 +6.71597e-03 8.046e-25 +6.69362e-03 8.069e-25 +6.67135e-03 8.093e-25 +6.64915e-03 8.117e-25 +6.62702e-03 8.141e-25 +6.60497e-03 8.165e-25 +6.58299e-03 8.188e-25 +6.56109e-03 8.227e-25 +6.53926e-03 8.237e-25 +6.51750e-03 8.262e-25 +6.49581e-03 8.285e-25 +6.47420e-03 8.310e-25 +6.45265e-03 8.334e-25 +6.43118e-03 8.358e-25 +6.40978e-03 8.384e-25 +6.38845e-03 8.407e-25 +6.36720e-03 8.432e-25 +6.34601e-03 8.457e-25 +6.32489e-03 8.482e-25 +6.30385e-03 8.507e-25 +6.28287e-03 8.532e-25 +6.26196e-03 8.557e-25 +6.24113e-03 8.582e-25 +6.22036e-03 8.607e-25 +6.19966e-03 8.633e-25 +6.17903e-03 8.657e-25 +6.15847e-03 8.683e-25 +6.13798e-03 8.708e-25 +6.11756e-03 8.734e-25 +6.09720e-03 8.759e-25 +6.07691e-03 8.785e-25 +6.05669e-03 8.811e-25 +6.03654e-03 8.837e-25 +6.01645e-03 8.863e-25 +5.99643e-03 8.889e-25 +5.97648e-03 8.915e-25 +5.95659e-03 8.941e-25 +5.93677e-03 8.983e-25 +5.91702e-03 8.993e-25 +5.89733e-03 9.020e-25 +5.87770e-03 9.047e-25 +5.85815e-03 9.073e-25 +5.83865e-03 9.099e-25 +5.81923e-03 9.126e-25 +5.79986e-03 9.153e-25 +5.78056e-03 9.179e-25 +5.76133e-03 9.207e-25 +5.74216e-03 9.233e-25 +5.72305e-03 9.260e-25 +5.70401e-03 9.287e-25 +5.68503e-03 9.315e-25 +5.66611e-03 9.342e-25 +5.64726e-03 9.369e-25 +5.62846e-03 9.397e-25 +5.60974e-03 9.424e-25 +5.59107e-03 9.452e-25 +5.57247e-03 9.480e-25 +5.55392e-03 9.508e-25 +5.53544e-03 9.535e-25 +5.51702e-03 9.563e-25 +5.49867e-03 9.591e-25 +5.48037e-03 9.621e-25 +5.46213e-03 9.647e-25 +5.44396e-03 9.676e-25 +5.42584e-03 9.704e-25 +5.40779e-03 9.733e-25 +5.38979e-03 9.761e-25 +5.37186e-03 9.789e-25 +5.35398e-03 9.818e-25 +5.33617e-03 9.847e-25 +5.31841e-03 9.876e-25 +5.30072e-03 9.904e-25 +5.28308e-03 9.933e-25 +5.26550e-03 9.963e-25 +5.24798e-03 9.992e-25 +5.23051e-03 1.002e-24 +5.21311e-03 1.005e-24 +5.19576e-03 1.008e-24 +5.17848e-03 1.011e-24 +5.16124e-03 1.014e-24 +5.14407e-03 1.017e-24 +5.12695e-03 1.020e-24 +5.10989e-03 1.023e-24 +5.09289e-03 1.026e-24 +5.07594e-03 1.029e-24 +5.05905e-03 1.032e-24 +5.04222e-03 1.035e-24 +5.02544e-03 1.038e-24 +5.00872e-03 1.041e-24 +4.99205e-03 1.044e-24 +4.97544e-03 1.047e-24 +4.95889e-03 1.050e-24 +4.94239e-03 1.053e-24 +4.92594e-03 1.056e-24 +4.90955e-03 1.059e-24 +4.89321e-03 1.062e-24 +4.87693e-03 1.065e-24 +4.86070e-03 1.069e-24 +4.84453e-03 1.072e-24 +4.82841e-03 1.075e-24 +4.81234e-03 1.078e-24 +4.79633e-03 1.081e-24 +4.78037e-03 1.084e-24 +4.76446e-03 1.087e-24 +4.74861e-03 1.091e-24 +4.73281e-03 1.094e-24 +4.71706e-03 1.097e-24 +4.70136e-03 1.100e-24 +4.68572e-03 1.103e-24 +4.67013e-03 1.107e-24 +4.65459e-03 1.110e-24 +4.63910e-03 1.113e-24 +4.62366e-03 1.116e-24 +4.60828e-03 1.120e-24 +4.59294e-03 1.123e-24 +4.57766e-03 1.126e-24 +4.56243e-03 1.129e-24 +4.54725e-03 1.134e-24 +4.53212e-03 1.136e-24 +4.51704e-03 1.139e-24 +4.50201e-03 1.143e-24 +4.48702e-03 1.146e-24 +4.47209e-03 1.149e-24 +4.45721e-03 1.153e-24 +4.44238e-03 1.156e-24 +4.42760e-03 1.159e-24 +4.41287e-03 1.163e-24 +4.39818e-03 1.166e-24 +4.38355e-03 1.170e-24 +4.36896e-03 1.173e-24 +4.35442e-03 1.176e-24 +4.33994e-03 1.180e-24 +4.32549e-03 1.183e-24 +4.31110e-03 1.187e-24 +4.29676e-03 1.190e-24 +4.28246e-03 1.194e-24 +4.26821e-03 1.197e-24 +4.25401e-03 1.201e-24 +4.23985e-03 1.204e-24 +4.22574e-03 1.208e-24 +4.21168e-03 1.211e-24 +4.19767e-03 1.215e-24 +4.18370e-03 1.218e-24 +4.16978e-03 1.222e-24 +4.15590e-03 1.225e-24 +4.14207e-03 1.229e-24 +4.12829e-03 1.232e-24 +4.11456e-03 1.236e-24 +4.10086e-03 1.240e-24 +4.08722e-03 1.243e-24 +4.07362e-03 1.247e-24 +4.06006e-03 1.250e-24 +4.04655e-03 1.254e-24 +4.03309e-03 1.258e-24 +4.01967e-03 1.261e-24 +4.00629e-03 1.265e-24 +3.99296e-03 1.269e-24 +3.97968e-03 1.272e-24 +3.96643e-03 1.276e-24 +3.95324e-03 1.280e-24 +3.94008e-03 1.284e-24 +3.92697e-03 1.287e-24 +3.91390e-03 1.291e-24 +3.90088e-03 1.295e-24 +3.88790e-03 1.299e-24 +3.87496e-03 1.303e-24 +3.86207e-03 1.306e-24 +3.84922e-03 1.311e-24 +3.83641e-03 1.314e-24 +3.82364e-03 1.318e-24 +3.81092e-03 1.321e-24 +3.79824e-03 1.325e-24 +3.78560e-03 1.329e-24 +3.77300e-03 1.333e-24 +3.76045e-03 1.337e-24 +3.74794e-03 1.341e-24 +3.73547e-03 1.345e-24 +3.72304e-03 1.349e-24 +3.71065e-03 1.353e-24 +3.69830e-03 1.356e-24 +3.68599e-03 1.360e-24 +3.67373e-03 1.364e-24 +3.66151e-03 1.368e-24 +3.64932e-03 1.372e-24 +3.63718e-03 1.376e-24 +3.62508e-03 1.380e-24 +3.61301e-03 1.384e-24 +3.60099e-03 1.388e-24 +3.58901e-03 1.392e-24 +3.57707e-03 1.396e-24 +3.56516e-03 1.400e-24 +3.55330e-03 1.404e-24 +3.54148e-03 1.409e-24 +3.52969e-03 1.413e-24 +3.51795e-03 1.417e-24 +3.50624e-03 1.421e-24 +3.49457e-03 1.425e-24 +3.48295e-03 1.429e-24 +3.47136e-03 1.433e-24 +3.45981e-03 1.437e-24 +3.44829e-03 1.442e-24 +3.43682e-03 1.446e-24 +3.42538e-03 1.450e-24 +3.41399e-03 1.454e-24 +3.40263e-03 1.458e-24 +3.39130e-03 1.463e-24 +3.38002e-03 1.467e-24 +3.36877e-03 1.475e-24 +3.35756e-03 1.475e-24 +3.34639e-03 1.480e-24 +3.33526e-03 1.488e-24 +3.32416e-03 1.488e-24 +3.31310e-03 1.493e-24 +3.30207e-03 1.497e-24 +3.29108e-03 1.501e-24 +3.28013e-03 1.506e-24 +3.26922e-03 1.510e-24 +3.25834e-03 1.514e-24 +3.24750e-03 1.519e-24 +3.23669e-03 1.523e-24 +3.22592e-03 1.528e-24 +3.21519e-03 1.532e-24 +3.20449e-03 1.536e-24 +3.19383e-03 1.541e-24 +3.18320e-03 1.545e-24 +3.17261e-03 1.550e-24 +3.16205e-03 1.554e-24 +3.15153e-03 1.559e-24 +3.14104e-03 1.563e-24 +3.13059e-03 1.568e-24 +3.12017e-03 1.572e-24 +3.10979e-03 1.577e-24 +3.09944e-03 1.581e-24 +3.08913e-03 1.586e-24 +3.07885e-03 1.591e-24 +3.06861e-03 1.595e-24 +3.05839e-03 1.600e-24 +3.04822e-03 1.604e-24 +3.03807e-03 1.609e-24 +3.02797e-03 1.614e-24 +3.01789e-03 1.618e-24 +3.00785e-03 1.623e-24 +2.99784e-03 1.628e-24 +2.98786e-03 1.633e-24 +2.97792e-03 1.637e-24 +2.96801e-03 1.642e-24 +2.95814e-03 1.647e-24 +2.94829e-03 1.652e-24 +2.93848e-03 1.656e-24 +2.92871e-03 1.661e-24 +2.91896e-03 1.666e-24 +2.90925e-03 1.671e-24 +2.89957e-03 1.676e-24 +2.88992e-03 1.680e-24 +2.88030e-03 1.685e-24 +2.87072e-03 1.690e-24 +2.86117e-03 1.695e-24 +2.85165e-03 1.700e-24 +2.84216e-03 1.705e-24 +2.83270e-03 1.710e-24 +2.82327e-03 1.715e-24 +2.81388e-03 1.720e-24 +2.80452e-03 1.725e-24 +2.79518e-03 1.730e-24 +2.78588e-03 1.735e-24 +2.77661e-03 1.740e-24 +2.76737e-03 1.745e-24 +2.75817e-03 1.750e-24 +2.74899e-03 1.763e-24 +2.73984e-03 1.760e-24 +2.73072e-03 1.765e-24 +2.72164e-03 1.770e-24 +2.71258e-03 1.775e-24 +2.70355e-03 1.780e-24 +2.69456e-03 1.785e-24 +2.68559e-03 1.790e-24 +2.67666e-03 1.796e-24 +2.66775e-03 1.801e-24 +2.65887e-03 1.806e-24 +2.65003e-03 1.811e-24 +2.64121e-03 1.816e-24 +2.63242e-03 1.822e-24 +2.62366e-03 1.827e-24 +2.61493e-03 1.832e-24 +2.60623e-03 1.838e-24 +2.59756e-03 1.843e-24 +2.58891e-03 1.848e-24 +2.58030e-03 1.853e-24 +2.57171e-03 1.859e-24 +2.56315e-03 1.864e-24 +2.55463e-03 1.875e-24 +2.54613e-03 1.876e-24 +2.53765e-03 1.880e-24 +2.52921e-03 1.886e-24 +2.52079e-03 1.891e-24 +2.51241e-03 1.897e-24 +2.50405e-03 1.902e-24 +2.49571e-03 1.908e-24 +2.48741e-03 1.913e-24 +2.47913e-03 1.922e-24 +2.47088e-03 1.925e-24 +2.46266e-03 1.930e-24 +2.45447e-03 1.935e-24 +2.44630e-03 1.941e-24 +2.43816e-03 1.946e-24 +2.43005e-03 1.952e-24 +2.42196e-03 1.958e-24 +2.41390e-03 1.963e-24 +2.40587e-03 1.969e-24 +2.39786e-03 1.975e-24 +2.38988e-03 1.980e-24 +2.38193e-03 1.986e-24 +2.37401e-03 1.992e-24 +2.36611e-03 1.998e-24 +2.35823e-03 2.003e-24 +2.35039e-03 2.009e-24 +2.34257e-03 2.015e-24 +2.33477e-03 2.020e-24 +2.32700e-03 2.026e-24 +2.31926e-03 2.032e-24 +2.31154e-03 2.038e-24 +2.30385e-03 2.044e-24 +2.29618e-03 2.050e-24 +2.28854e-03 2.056e-24 +2.28093e-03 2.061e-24 +2.27334e-03 2.067e-24 +2.26577e-03 2.073e-24 +2.25823e-03 2.079e-24 +2.25072e-03 2.085e-24 +2.24323e-03 2.091e-24 +2.23577e-03 2.097e-24 +2.22833e-03 2.103e-24 +2.22091e-03 2.109e-24 +2.21352e-03 2.115e-24 +2.20616e-03 2.122e-24 +2.19882e-03 2.128e-24 +2.19150e-03 2.134e-24 +2.18421e-03 2.140e-24 +2.17694e-03 2.146e-24 +2.16970e-03 2.152e-24 +2.16248e-03 2.158e-24 +2.15528e-03 2.165e-24 +2.14811e-03 2.171e-24 +2.14096e-03 2.177e-24 +2.13384e-03 2.183e-24 +2.12674e-03 2.189e-24 +2.11966e-03 2.196e-24 +2.11261e-03 2.202e-24 +2.10558e-03 2.208e-24 +2.09857e-03 2.215e-24 +2.09159e-03 2.221e-24 +2.08463e-03 2.228e-24 +2.07769e-03 2.234e-24 +2.07078e-03 2.240e-24 +2.06389e-03 2.247e-24 +2.05702e-03 2.253e-24 +2.05017e-03 2.260e-24 +2.04335e-03 2.266e-24 +2.03655e-03 2.273e-24 +2.02978e-03 2.279e-24 +2.02302e-03 2.286e-24 +2.01629e-03 2.294e-24 +2.00958e-03 2.299e-24 +2.00290e-03 2.305e-24 +1.99623e-03 2.312e-24 +1.98959e-03 2.319e-24 +1.98297e-03 2.325e-24 +1.97637e-03 2.332e-24 +1.96979e-03 2.339e-24 +1.96324e-03 2.345e-24 +1.95671e-03 2.352e-24 +1.95020e-03 2.359e-24 +1.94371e-03 2.365e-24 +1.93724e-03 2.372e-24 +1.93079e-03 2.379e-24 +1.92437e-03 2.386e-24 +1.91796e-03 2.393e-24 +1.91158e-03 2.399e-24 +1.90522e-03 2.406e-24 +1.89888e-03 2.453e-24 +1.89256e-03 2.421e-24 +1.88627e-03 2.427e-24 +1.87999e-03 2.438e-24 +1.87373e-03 2.441e-24 +1.86750e-03 2.448e-24 +1.86128e-03 2.455e-24 +1.85509e-03 2.462e-24 +1.84892e-03 2.469e-24 +1.84277e-03 2.476e-24 +1.83663e-03 2.483e-24 +1.83052e-03 2.490e-24 +1.82443e-03 2.497e-24 +1.81836e-03 2.505e-24 +1.81231e-03 2.512e-24 +1.80628e-03 2.519e-24 +1.80027e-03 2.526e-24 +1.79428e-03 2.533e-24 +1.78831e-03 2.541e-24 +1.78236e-03 2.548e-24 +1.77643e-03 2.555e-24 +1.77052e-03 2.562e-24 +1.76462e-03 2.570e-24 +1.75875e-03 2.577e-24 +1.75290e-03 2.584e-24 +1.74707e-03 2.592e-24 +1.74125e-03 2.599e-24 +1.73546e-03 2.607e-24 +1.72969e-03 2.614e-24 +1.72393e-03 2.622e-24 +1.71819e-03 2.629e-24 +1.71248e-03 2.637e-24 +1.70678e-03 2.644e-24 +1.70110e-03 2.652e-24 +1.69544e-03 2.659e-24 +1.68980e-03 2.667e-24 +1.68417e-03 2.674e-24 +1.67857e-03 2.682e-24 +1.67299e-03 2.690e-24 +1.66742e-03 2.697e-24 +1.66187e-03 2.705e-24 +1.65634e-03 2.713e-24 +1.65083e-03 2.720e-24 +1.64534e-03 2.728e-24 +1.63986e-03 2.736e-24 +1.63440e-03 2.746e-24 +1.62897e-03 2.752e-24 +1.62355e-03 2.759e-24 +1.61814e-03 2.768e-24 +1.61276e-03 2.775e-24 +1.60739e-03 2.783e-24 +1.60204e-03 2.799e-24 +1.59671e-03 2.799e-24 +1.59140e-03 2.807e-24 +1.58610e-03 2.815e-24 +1.58083e-03 2.823e-24 +1.57557e-03 2.831e-24 +1.57032e-03 2.839e-24 +1.56510e-03 2.847e-24 +1.55989e-03 2.855e-24 +1.55470e-03 2.863e-24 +1.54953e-03 2.872e-24 +1.54437e-03 2.880e-24 +1.53923e-03 2.888e-24 +1.53411e-03 2.896e-24 +1.52901e-03 2.904e-24 +1.52392e-03 2.913e-24 +1.51885e-03 2.922e-24 +1.51379e-03 2.929e-24 +1.50876e-03 2.938e-24 +1.50374e-03 2.946e-24 +1.49873e-03 2.954e-24 +1.49374e-03 2.963e-24 +1.48877e-03 2.971e-24 +1.48382e-03 2.980e-24 +1.47888e-03 2.988e-24 +1.47396e-03 2.998e-24 +1.46906e-03 3.005e-24 +1.46417e-03 3.014e-24 +1.45930e-03 3.022e-24 +1.45444e-03 3.031e-24 +1.44960e-03 3.039e-24 +1.44478e-03 3.048e-24 +1.43997e-03 3.057e-24 +1.43518e-03 3.066e-24 +1.43040e-03 3.074e-24 +1.42564e-03 3.083e-24 +1.42090e-03 3.092e-24 +1.41617e-03 3.101e-24 +1.41146e-03 3.109e-24 +1.40676e-03 3.118e-24 +1.40208e-03 3.127e-24 +1.39742e-03 3.137e-24 +1.39277e-03 3.145e-24 +1.38813e-03 3.154e-24 +1.38351e-03 3.163e-24 +1.37891e-03 3.172e-24 +1.37432e-03 3.181e-24 +1.36975e-03 3.190e-24 +1.36519e-03 3.199e-24 +1.36065e-03 3.208e-24 +1.35612e-03 3.217e-24 +1.35161e-03 3.227e-24 +1.34711e-03 3.235e-24 +1.34263e-03 3.244e-24 +1.33816e-03 3.254e-24 +1.33371e-03 3.263e-24 +1.32927e-03 3.272e-24 +1.32485e-03 3.281e-24 +1.32044e-03 3.292e-24 +1.31604e-03 3.300e-24 +1.31167e-03 3.309e-24 +1.30730e-03 3.319e-24 +1.30295e-03 3.328e-24 +1.29861e-03 3.338e-24 +1.29429e-03 3.347e-24 +1.28999e-03 3.356e-24 +1.28569e-03 3.366e-24 +1.28142e-03 3.376e-24 +1.27715e-03 3.385e-24 +1.27290e-03 3.395e-24 +1.26867e-03 3.405e-24 +1.26445e-03 3.414e-24 +1.26024e-03 3.424e-24 +1.25604e-03 3.433e-24 +1.25187e-03 3.443e-24 +1.24770e-03 3.453e-24 +1.24355e-03 3.462e-24 +1.23941e-03 3.472e-24 +1.23529e-03 3.482e-24 +1.23118e-03 3.492e-24 +1.22708e-03 3.502e-24 +1.22300e-03 3.512e-24 +1.21893e-03 3.522e-24 +1.21487e-03 3.562e-24 +1.21083e-03 3.542e-24 +1.20680e-03 3.552e-24 +1.20278e-03 3.562e-24 +1.19878e-03 3.572e-24 +1.19479e-03 3.582e-24 +1.19082e-03 3.592e-24 +1.18685e-03 3.602e-24 +1.18290e-03 3.612e-24 +1.17897e-03 3.622e-24 +1.17505e-03 3.633e-24 +1.17114e-03 3.643e-24 +1.16724e-03 3.653e-24 +1.16335e-03 3.664e-24 +1.15948e-03 3.674e-24 +1.15563e-03 3.684e-24 +1.15178e-03 3.695e-24 +1.14795e-03 3.705e-24 +1.14413e-03 3.716e-24 +1.14032e-03 3.726e-24 +1.13653e-03 3.737e-24 +1.13274e-03 3.747e-24 +1.12898e-03 3.759e-24 +1.12522e-03 3.768e-24 +1.12147e-03 3.779e-24 +1.11774e-03 3.790e-24 +1.11402e-03 3.800e-24 +1.11032e-03 3.811e-24 +1.10662e-03 3.822e-24 +1.10294e-03 3.833e-24 +1.09927e-03 3.843e-24 +1.09561e-03 3.854e-24 +1.09197e-03 3.865e-24 +1.08833e-03 3.876e-24 +1.08471e-03 3.887e-24 +1.08110e-03 3.898e-24 +1.07750e-03 3.909e-24 +1.07392e-03 3.920e-24 +1.07035e-03 3.931e-24 +1.06678e-03 3.942e-24 +1.06323e-03 3.953e-24 +1.05970e-03 3.964e-24 +1.05617e-03 3.975e-24 +1.05266e-03 3.987e-24 +1.04915e-03 3.999e-24 +1.04566e-03 4.009e-24 +1.04218e-03 4.021e-24 +1.03872e-03 4.032e-24 +1.03526e-03 4.044e-24 +1.03181e-03 4.054e-24 +1.02838e-03 4.066e-24 +1.02496e-03 4.081e-24 +1.02155e-03 4.090e-24 +1.01815e-03 4.100e-24 +1.01476e-03 4.112e-24 +1.01138e-03 4.123e-24 +1.00802e-03 4.135e-24 +1.00466e-03 4.146e-24 +1.00132e-03 4.161e-24 +9.97990e-04 4.170e-24 +9.94669e-04 4.182e-24 +9.91359e-04 4.193e-24 +9.88061e-04 4.205e-24 +9.84773e-04 4.217e-24 +9.81496e-04 4.229e-24 +9.78230e-04 4.241e-24 +9.74975e-04 4.253e-24 +9.71731e-04 4.266e-24 +9.68497e-04 4.276e-24 +9.65275e-04 4.288e-24 +9.62063e-04 4.427e-24 +9.58862e-04 4.313e-24 +9.55671e-04 4.325e-24 +9.52491e-04 4.337e-24 +9.49322e-04 4.349e-24 +9.46163e-04 4.361e-24 +9.43014e-04 4.373e-24 +9.39877e-04 4.386e-24 +9.36749e-04 4.398e-24 +9.33632e-04 4.410e-24 +9.30525e-04 4.423e-24 +9.27429e-04 4.435e-24 +9.24343e-04 4.448e-24 +9.21267e-04 4.460e-24 +9.18202e-04 4.473e-24 +9.15147e-04 4.485e-24 +9.12101e-04 4.498e-24 +9.09066e-04 4.510e-24 +9.06041e-04 4.523e-24 +9.03027e-04 4.536e-24 +9.00022e-04 4.548e-24 +8.97027e-04 4.561e-24 +8.94042e-04 4.574e-24 +8.91067e-04 4.587e-24 +8.88102e-04 4.599e-24 +8.85147e-04 4.612e-24 +8.82202e-04 4.625e-24 +8.79266e-04 4.638e-24 +8.76340e-04 4.651e-24 +8.73424e-04 4.664e-24 +8.70518e-04 4.677e-24 +8.67621e-04 4.690e-24 +8.64734e-04 4.703e-24 +8.61857e-04 4.717e-24 +8.58989e-04 4.730e-24 +8.56131e-04 4.743e-24 +8.53282e-04 4.756e-24 +8.50443e-04 4.769e-24 +8.47613e-04 4.783e-24 +8.44793e-04 4.796e-24 +8.41982e-04 4.844e-24 +8.39180e-04 4.823e-24 +8.36387e-04 4.837e-24 +8.33604e-04 4.850e-24 +8.30831e-04 4.864e-24 +8.28066e-04 4.891e-24 +8.25311e-04 4.891e-24 +8.22564e-04 4.904e-24 +8.19827e-04 4.918e-24 +8.17099e-04 4.932e-24 +8.14380e-04 4.946e-24 +8.11671e-04 4.959e-24 +8.08970e-04 4.973e-24 +8.06278e-04 4.987e-24 +8.03595e-04 5.001e-24 +8.00921e-04 5.015e-24 +7.98256e-04 5.029e-24 +7.95600e-04 5.043e-24 +7.92953e-04 5.057e-24 +7.90314e-04 5.071e-24 +7.87684e-04 5.085e-24 +7.85063e-04 5.100e-24 +7.82451e-04 5.114e-24 +7.79847e-04 5.128e-24 +7.77252e-04 5.142e-24 +7.74666e-04 5.157e-24 +7.72088e-04 5.172e-24 +7.69519e-04 5.186e-24 +7.66959e-04 5.200e-24 +7.64407e-04 5.214e-24 +7.61863e-04 5.229e-24 +7.59328e-04 5.243e-24 +7.56801e-04 5.258e-24 +7.54283e-04 5.273e-24 +7.51773e-04 5.287e-24 +7.49272e-04 5.303e-24 +7.46778e-04 5.317e-24 +7.44294e-04 5.332e-24 +7.41817e-04 5.346e-24 +7.39349e-04 5.361e-24 +7.36888e-04 5.376e-24 +7.34436e-04 5.391e-24 +7.31993e-04 5.406e-24 +7.29557e-04 5.421e-24 +7.27129e-04 5.436e-24 +7.24710e-04 5.451e-24 +7.22298e-04 5.466e-24 +7.19895e-04 5.482e-24 +7.17499e-04 5.502e-24 +7.15112e-04 5.512e-24 +7.12732e-04 5.556e-24 +7.10361e-04 5.547e-24 +7.07997e-04 5.558e-24 +7.05641e-04 5.574e-24 +7.03293e-04 5.589e-24 +7.00953e-04 5.605e-24 +6.98621e-04 5.620e-24 +6.96296e-04 5.636e-24 +6.93979e-04 5.651e-24 +6.91670e-04 5.667e-24 +6.89368e-04 5.683e-24 +6.87074e-04 5.699e-24 +6.84788e-04 5.714e-24 +6.82510e-04 5.730e-24 +6.80238e-04 5.746e-24 +6.77975e-04 5.762e-24 +6.75719e-04 5.778e-24 +6.73471e-04 5.795e-24 +6.71230e-04 5.810e-24 +6.68996e-04 5.826e-24 +6.66770e-04 5.842e-24 +6.64551e-04 5.859e-24 +6.62340e-04 5.875e-24 +6.60136e-04 5.891e-24 +6.57940e-04 5.908e-24 +6.55750e-04 5.924e-24 +6.53568e-04 5.940e-24 +6.51393e-04 5.957e-24 +6.49226e-04 5.974e-24 +6.47066e-04 5.990e-24 +6.44913e-04 6.006e-24 +6.42767e-04 6.023e-24 +6.40628e-04 6.040e-24 +6.38496e-04 6.057e-24 +6.36372e-04 6.085e-24 +6.34254e-04 6.090e-24 +6.32144e-04 6.106e-24 +6.30040e-04 6.123e-24 +6.27944e-04 6.140e-24 +6.25854e-04 6.157e-24 +6.23772e-04 6.174e-24 +6.21696e-04 6.191e-24 +6.19627e-04 6.208e-24 +6.17566e-04 6.313e-24 +6.15511e-04 6.243e-24 +6.13463e-04 6.263e-24 +6.11421e-04 6.277e-24 +6.09387e-04 6.295e-24 +6.07359e-04 6.312e-24 +6.05338e-04 6.330e-24 +6.03324e-04 6.347e-24 +6.01316e-04 6.370e-24 +5.99315e-04 6.382e-24 +5.97321e-04 6.400e-24 +5.95334e-04 6.417e-24 +5.93353e-04 6.435e-24 +5.91378e-04 6.453e-24 +5.89410e-04 6.471e-24 +5.87449e-04 6.488e-24 +5.85494e-04 6.506e-24 +5.83546e-04 6.524e-24 +5.81604e-04 6.546e-24 +5.79669e-04 6.560e-24 +5.77740e-04 6.578e-24 +5.75818e-04 6.596e-24 +5.73902e-04 6.615e-24 +5.71992e-04 6.633e-24 +5.70089e-04 6.654e-24 +5.68192e-04 6.669e-24 +5.66301e-04 6.688e-24 +5.64417e-04 6.706e-24 +5.62539e-04 6.727e-24 +5.60667e-04 6.743e-24 +5.58801e-04 6.762e-24 +5.56942e-04 6.785e-24 +5.55089e-04 6.799e-24 +5.53242e-04 6.818e-24 +5.51401e-04 6.836e-24 +5.49566e-04 6.855e-24 +5.47737e-04 6.875e-24 +5.45915e-04 6.893e-24 +5.44098e-04 6.912e-24 +5.42288e-04 6.931e-24 +5.40483e-04 6.950e-24 +5.38685e-04 6.970e-24 +5.36892e-04 6.988e-24 +5.35106e-04 7.007e-24 +5.33325e-04 7.027e-24 +5.31551e-04 7.046e-24 +5.29782e-04 7.065e-24 +5.28019e-04 7.085e-24 +5.26262e-04 7.104e-24 +5.24511e-04 7.124e-24 +5.22766e-04 7.143e-24 +5.21026e-04 7.175e-24 +5.19292e-04 7.182e-24 +5.17564e-04 7.203e-24 +5.15842e-04 7.222e-24 +5.14126e-04 7.242e-24 +5.12415e-04 7.261e-24 +5.10710e-04 7.281e-24 +5.09011e-04 7.301e-24 +5.07317e-04 7.321e-24 +5.05629e-04 7.341e-24 +5.03946e-04 7.361e-24 +5.02269e-04 7.381e-24 +5.00598e-04 7.403e-24 +4.98932e-04 7.422e-24 +4.97272e-04 7.442e-24 +4.95617e-04 7.463e-24 +4.93968e-04 7.486e-24 +4.92325e-04 7.504e-24 +4.90686e-04 7.524e-24 +4.89054e-04 7.545e-24 +4.87426e-04 7.565e-24 +4.85804e-04 7.586e-24 +4.84188e-04 7.607e-24 +4.82577e-04 7.629e-24 +4.80971e-04 7.648e-24 +4.79371e-04 7.669e-24 +4.77776e-04 7.691e-24 +4.76186e-04 7.711e-24 +4.74601e-04 7.732e-24 +4.73022e-04 7.865e-24 +4.71448e-04 7.775e-24 +4.69879e-04 7.796e-24 +4.68316e-04 7.818e-24 +4.66757e-04 7.838e-24 +4.65204e-04 7.860e-24 +4.63656e-04 7.881e-24 +4.62114e-04 7.903e-24 +4.60576e-04 7.924e-24 +4.59043e-04 7.946e-24 +4.57516e-04 7.968e-24 +4.55993e-04 7.989e-24 +4.54476e-04 8.011e-24 +4.52964e-04 8.033e-24 +4.51457e-04 8.055e-24 +4.49954e-04 8.077e-24 +4.48457e-04 8.099e-24 +4.46965e-04 8.121e-24 +4.45478e-04 8.143e-24 +4.43995e-04 8.165e-24 +4.42518e-04 8.187e-24 +4.41045e-04 8.210e-24 +4.39578e-04 8.232e-24 +4.38115e-04 8.254e-24 +4.36657e-04 8.277e-24 +4.35204e-04 8.299e-24 +4.33756e-04 8.322e-24 +4.32313e-04 8.345e-24 +4.30874e-04 8.367e-24 +4.29441e-04 8.390e-24 +4.28012e-04 8.413e-24 +4.26588e-04 8.436e-24 +4.25168e-04 8.459e-24 +4.23753e-04 8.482e-24 +4.22343e-04 8.505e-24 +4.20938e-04 8.528e-24 +4.19537e-04 8.553e-24 +4.18141e-04 8.574e-24 +4.16750e-04 8.597e-24 +4.15363e-04 8.621e-24 +4.13981e-04 8.644e-24 +4.12604e-04 8.668e-24 +4.11231e-04 8.691e-24 +4.09862e-04 8.715e-24 +4.08498e-04 8.738e-24 +4.07139e-04 8.762e-24 +4.05784e-04 8.786e-24 +4.04434e-04 8.810e-24 +4.03088e-04 8.833e-24 +4.01747e-04 8.857e-24 +4.00410e-04 8.881e-24 +3.99078e-04 8.921e-24 +3.97750e-04 8.930e-24 +3.96427e-04 8.954e-24 +3.95107e-04 8.978e-24 +3.93793e-04 9.002e-24 +3.92482e-04 9.027e-24 +3.91176e-04 9.051e-24 +3.89875e-04 9.076e-24 +3.88577e-04 9.100e-24 +3.87284e-04 9.125e-24 +3.85996e-04 9.149e-24 +3.84711e-04 9.174e-24 +3.83431e-04 9.199e-24 +3.82155e-04 9.224e-24 +3.80884e-04 9.249e-24 +3.79616e-04 9.274e-24 +3.78353e-04 9.302e-24 +3.77094e-04 9.324e-24 +3.75839e-04 9.349e-24 +3.74589e-04 9.374e-24 +3.73342e-04 9.431e-24 +3.72100e-04 9.425e-24 +3.70862e-04 9.450e-24 +3.69628e-04 9.477e-24 +3.68398e-04 9.501e-24 +3.67172e-04 9.527e-24 +3.65950e-04 9.553e-24 +3.64733e-04 9.580e-24 +3.63519e-04 9.604e-24 +3.62309e-04 9.631e-24 +3.61104e-04 9.656e-24 +3.59902e-04 9.683e-24 +3.58705e-04 9.710e-24 +3.57511e-04 9.734e-24 +3.56321e-04 9.761e-24 +3.55136e-04 9.787e-24 +3.53954e-04 9.814e-24 +3.52776e-04 9.840e-24 +3.51602e-04 9.866e-24 +3.50432e-04 9.893e-24 +3.49266e-04 9.919e-24 +3.48104e-04 9.946e-24 +3.46946e-04 9.973e-24 +3.45791e-04 1.000e-23 +3.44641e-04 1.003e-23 +3.43494e-04 1.005e-23 +3.42351e-04 1.008e-23 +3.41212e-04 1.011e-23 +3.40077e-04 1.013e-23 +3.38945e-04 1.016e-23 +3.37817e-04 1.019e-23 +3.36693e-04 1.022e-23 +3.35573e-04 1.025e-23 +3.34456e-04 1.027e-23 +3.33343e-04 1.030e-23 +3.32234e-04 1.033e-23 +3.31128e-04 1.035e-23 +3.30027e-04 1.038e-23 +3.28928e-04 1.041e-23 +3.27834e-04 1.044e-23 +3.26743e-04 1.047e-23 +3.25656e-04 1.049e-23 +3.24572e-04 1.052e-23 +3.23492e-04 1.055e-23 +3.22416e-04 1.058e-23 +3.21343e-04 1.061e-23 +3.20274e-04 1.064e-23 +3.19208e-04 1.066e-23 +3.18146e-04 1.069e-23 +3.17087e-04 1.072e-23 +3.16032e-04 1.075e-23 +3.14981e-04 1.078e-23 +3.13932e-04 1.081e-23 +3.12888e-04 1.084e-23 +3.11847e-04 1.086e-23 +3.10809e-04 1.089e-23 +3.09775e-04 1.092e-23 +3.08744e-04 1.095e-23 +3.07717e-04 1.098e-23 +3.06693e-04 1.101e-23 +3.05672e-04 1.104e-23 +3.04655e-04 1.107e-23 +3.03641e-04 1.110e-23 +3.02631e-04 1.118e-23 +3.01624e-04 1.116e-23 +3.00620e-04 1.119e-23 +2.99620e-04 1.122e-23 +2.98623e-04 1.125e-23 +2.97629e-04 1.128e-23 +2.96639e-04 1.131e-23 +2.95652e-04 1.134e-23 +2.94668e-04 1.137e-23 +2.93688e-04 1.140e-23 +2.92710e-04 1.143e-23 +2.91736e-04 1.146e-23 +2.90766e-04 1.149e-23 +2.89798e-04 1.152e-23 +2.88834e-04 1.155e-23 +2.87873e-04 1.158e-23 +2.86915e-04 1.161e-23 +2.85960e-04 1.164e-23 +2.85009e-04 1.167e-23 +2.84060e-04 1.171e-23 +2.83115e-04 1.174e-23 +2.82173e-04 1.177e-23 +2.81234e-04 1.180e-23 +2.80298e-04 1.183e-23 +2.79366e-04 1.186e-23 +2.78436e-04 1.189e-23 +2.77510e-04 1.192e-23 +2.76586e-04 1.196e-23 +2.75666e-04 1.199e-23 +2.74748e-04 1.202e-23 +2.73834e-04 1.205e-23 +2.72923e-04 1.208e-23 +2.72015e-04 1.212e-23 +2.71110e-04 1.215e-23 +2.70208e-04 1.218e-23 +2.69309e-04 1.221e-23 +2.68412e-04 1.224e-23 +2.67519e-04 1.228e-23 +2.66629e-04 1.231e-23 +2.65742e-04 1.234e-23 +2.64858e-04 1.237e-23 +2.63976e-04 1.241e-23 +2.63098e-04 1.244e-23 +2.62223e-04 1.247e-23 +2.61350e-04 1.251e-23 +2.60480e-04 1.254e-23 +2.59614e-04 1.257e-23 +2.58750e-04 1.261e-23 +2.57889e-04 1.264e-23 +2.57031e-04 1.267e-23 +2.56175e-04 1.271e-23 +2.55323e-04 1.275e-23 +2.54473e-04 1.277e-23 +2.53627e-04 1.281e-23 +2.52783e-04 1.284e-23 +2.51942e-04 1.287e-23 +2.51103e-04 1.291e-23 +2.50268e-04 1.294e-23 +2.49435e-04 1.298e-23 +2.48605e-04 1.301e-23 +2.47778e-04 1.304e-23 +2.46953e-04 1.308e-23 +2.46131e-04 1.311e-23 +2.45312e-04 1.315e-23 +2.44496e-04 1.318e-23 +2.43683e-04 1.322e-23 +2.42872e-04 1.325e-23 +2.42064e-04 1.329e-23 +2.41258e-04 1.332e-23 +2.40455e-04 1.336e-23 +2.39655e-04 1.339e-23 +2.38858e-04 1.343e-23 +2.38063e-04 1.346e-23 +2.37271e-04 1.350e-23 +2.36481e-04 1.353e-23 +2.35694e-04 1.357e-23 +2.34910e-04 1.360e-23 +2.34128e-04 1.364e-23 +2.33349e-04 1.368e-23 +2.32573e-04 1.371e-23 +2.31799e-04 1.375e-23 +2.31028e-04 1.378e-23 +2.30259e-04 1.382e-23 +2.29493e-04 1.386e-23 +2.28729e-04 1.389e-23 +2.27968e-04 1.393e-23 +2.27210e-04 1.396e-23 +2.26454e-04 1.400e-23 +2.25700e-04 1.404e-23 +2.24949e-04 1.407e-23 +2.24200e-04 1.411e-23 +2.23454e-04 1.415e-23 +2.22711e-04 1.419e-23 +2.21970e-04 1.422e-23 +2.21231e-04 1.426e-23 +2.20495e-04 1.430e-23 +2.19761e-04 1.433e-23 +2.19030e-04 1.437e-23 +2.18301e-04 1.441e-23 +2.17575e-04 1.445e-23 +2.16851e-04 1.449e-23 +2.16129e-04 1.452e-23 +2.15410e-04 1.456e-23 +2.14693e-04 1.460e-23 +2.13979e-04 1.464e-23 +2.13267e-04 1.467e-23 +2.12557e-04 1.471e-23 +2.11850e-04 1.475e-23 +2.11145e-04 1.479e-23 +2.10443e-04 1.483e-23 +2.09742e-04 1.487e-23 +2.09044e-04 1.494e-23 +2.08349e-04 1.494e-23 +2.07656e-04 1.498e-23 +2.06965e-04 1.502e-23 +2.06276e-04 1.506e-23 +2.05589e-04 1.510e-23 +2.04905e-04 1.514e-23 +2.04224e-04 1.518e-23 +2.03544e-04 1.522e-23 +2.02867e-04 1.526e-23 +2.02192e-04 1.530e-23 +2.01519e-04 1.534e-23 +2.00848e-04 1.538e-23 +2.00180e-04 1.542e-23 +1.99514e-04 1.546e-23 +1.98850e-04 1.550e-23 +1.98188e-04 1.554e-23 +1.97529e-04 1.558e-23 +1.96872e-04 1.562e-23 +1.96217e-04 1.566e-23 +1.95564e-04 1.570e-23 +1.94913e-04 1.574e-23 +1.94264e-04 1.578e-23 +1.93618e-04 1.582e-23 +1.92974e-04 1.589e-23 +1.92332e-04 1.590e-23 +1.91692e-04 1.594e-23 +1.91054e-04 1.598e-23 +1.90418e-04 1.602e-23 +1.89784e-04 1.607e-23 +1.89153e-04 1.611e-23 +1.88523e-04 1.615e-23 +1.87896e-04 1.619e-23 +1.87271e-04 1.623e-23 +1.86648e-04 1.630e-23 +1.86027e-04 1.633e-23 +1.85408e-04 1.637e-23 +1.84791e-04 1.642e-23 +1.84176e-04 1.644e-23 +1.83563e-04 1.648e-23 +1.82952e-04 1.653e-23 +1.82343e-04 1.657e-23 +1.81737e-04 1.661e-23 +1.81132e-04 1.665e-23 +1.80529e-04 1.670e-23 +1.79929e-04 1.674e-23 +1.79330e-04 1.678e-23 +1.78733e-04 1.683e-23 +1.78138e-04 2.001e-23 +1.77546e-04 1.691e-23 +1.76955e-04 1.696e-23 +1.76366e-04 1.700e-23 +1.75779e-04 1.704e-23 +1.75194e-04 1.708e-23 +1.74611e-04 1.713e-23 +1.74030e-04 1.717e-23 +1.73451e-04 1.722e-23 +1.72874e-04 1.726e-23 +1.72299e-04 1.731e-23 +1.71725e-04 1.735e-23 +1.71154e-04 1.739e-23 +1.70585e-04 1.744e-23 +1.70017e-04 1.748e-23 +1.69451e-04 1.753e-23 +1.68887e-04 1.757e-23 +1.68325e-04 1.762e-23 +1.67765e-04 1.766e-23 +1.67207e-04 1.771e-23 +1.66651e-04 1.775e-23 +1.66096e-04 1.780e-23 +1.65543e-04 1.784e-23 +1.64993e-04 1.790e-23 +1.64444e-04 1.793e-23 +1.63896e-04 1.798e-23 +1.63351e-04 1.803e-23 +1.62807e-04 1.808e-23 +1.62266e-04 1.812e-23 +1.61726e-04 1.816e-23 +1.61188e-04 1.821e-23 +1.60651e-04 1.826e-23 +1.60117e-04 1.831e-23 +1.59584e-04 1.835e-23 +1.59053e-04 1.840e-23 +1.58524e-04 1.844e-23 +1.57996e-04 1.849e-23 +1.57470e-04 1.860e-23 +1.56947e-04 1.858e-23 +1.56424e-04 1.863e-23 +1.55904e-04 1.868e-23 +1.55385e-04 1.873e-23 +1.54868e-04 1.877e-23 +1.54353e-04 1.882e-23 +1.53839e-04 1.887e-23 +1.53327e-04 1.924e-23 +1.52817e-04 1.897e-23 +1.52308e-04 1.901e-23 +1.51802e-04 1.906e-23 +1.51297e-04 1.911e-23 +1.50793e-04 1.916e-23 +1.50291e-04 1.958e-23 +1.49791e-04 1.926e-23 +1.49293e-04 1.933e-23 +1.48796e-04 1.935e-23 +1.48301e-04 1.940e-23 +1.47807e-04 1.945e-23 +1.47316e-04 1.950e-23 +1.46825e-04 1.955e-23 +1.46337e-04 1.960e-23 +1.45850e-04 1.966e-23 +1.45365e-04 1.970e-23 +1.44881e-04 1.975e-23 +1.44399e-04 1.980e-23 +1.43918e-04 1.985e-23 +1.43439e-04 1.990e-23 +1.42962e-04 1.995e-23 +1.42486e-04 2.009e-23 +1.42012e-04 2.005e-23 +1.41540e-04 2.010e-23 +1.41069e-04 2.015e-23 +1.40599e-04 2.020e-23 +1.40132e-04 2.025e-23 +1.39665e-04 2.030e-23 +1.39201e-04 2.039e-23 +1.38737e-04 2.040e-23 +1.38276e-04 2.045e-23 +1.37816e-04 2.051e-23 +1.37357e-04 2.060e-23 +1.36900e-04 2.061e-23 +1.36444e-04 2.069e-23 +1.35990e-04 2.071e-23 +1.35538e-04 2.079e-23 +1.35087e-04 2.089e-23 +1.34637e-04 2.087e-23 +1.34189e-04 2.092e-23 +1.33743e-04 2.097e-23 +1.33298e-04 2.104e-23 +1.32854e-04 2.108e-23 +1.32412e-04 2.114e-23 +1.31972e-04 2.119e-23 +1.31532e-04 2.124e-23 +1.31095e-04 2.130e-23 +1.30659e-04 2.135e-23 +1.30224e-04 2.140e-23 +1.29791e-04 2.146e-23 +1.29359e-04 2.155e-23 +1.28928e-04 2.156e-23 +1.28499e-04 2.162e-23 +1.28072e-04 2.167e-23 +1.27645e-04 2.172e-23 +1.27221e-04 2.178e-23 +1.26797e-04 2.183e-23 +1.26375e-04 2.189e-23 +1.25955e-04 2.194e-23 +1.25536e-04 2.200e-23 +1.25118e-04 2.205e-23 +1.24702e-04 2.211e-23 +1.24287e-04 2.216e-23 +1.23873e-04 2.222e-23 +1.23461e-04 2.227e-23 +1.23050e-04 2.233e-23 +1.22641e-04 2.239e-23 +1.22233e-04 2.244e-23 +1.21826e-04 2.249e-23 +1.21421e-04 2.255e-23 +1.21017e-04 2.260e-23 +1.20614e-04 2.266e-23 +1.20213e-04 2.272e-23 +1.19813e-04 2.278e-23 +1.19414e-04 2.283e-23 +1.19017e-04 2.289e-23 +1.18621e-04 2.294e-23 +1.18226e-04 2.300e-23 +1.17832e-04 2.306e-23 +1.17440e-04 2.312e-23 +1.17050e-04 2.317e-23 +1.16660e-04 2.323e-23 +1.16272e-04 2.328e-23 +1.15885e-04 2.334e-23 +1.15499e-04 2.340e-23 +1.15115e-04 2.346e-23 +1.14732e-04 2.351e-23 +1.14350e-04 2.357e-23 +1.13970e-04 2.363e-23 +1.13591e-04 2.369e-23 +1.13213e-04 2.375e-23 +1.12836e-04 2.380e-23 +1.12460e-04 2.386e-23 +1.12086e-04 2.392e-23 +1.11713e-04 2.398e-23 +1.11341e-04 2.404e-23 +1.10971e-04 2.410e-23 +1.10602e-04 2.416e-23 +1.10234e-04 2.422e-23 +1.09867e-04 2.428e-23 +1.09501e-04 2.434e-23 +1.09137e-04 2.439e-23 +1.08774e-04 2.445e-23 +1.08412e-04 2.451e-23 +1.08051e-04 2.457e-23 +1.07692e-04 2.463e-23 +1.07333e-04 2.469e-23 +1.06976e-04 2.475e-23 +1.06620e-04 2.482e-23 +1.06265e-04 2.488e-23 +1.05912e-04 2.494e-23 +1.05559e-04 2.500e-23 +1.05208e-04 2.506e-23 +1.04858e-04 2.512e-23 +1.04509e-04 2.518e-23 +1.04161e-04 2.524e-23 +1.03815e-04 2.530e-23 +1.03469e-04 2.536e-23 +1.03125e-04 2.543e-23 +1.02782e-04 2.549e-23 +1.02440e-04 2.555e-23 +1.02099e-04 2.561e-23 +1.01759e-04 2.567e-23 +1.01421e-04 2.574e-23 +9.97370e-05 2.605e-23 +9.67964e-05 2.662e-23 +9.39426e-05 2.720e-23 +9.11729e-05 2.779e-23 +8.84849e-05 2.839e-23 +8.58761e-05 2.900e-23 +8.33442e-05 2.963e-23 +8.08870e-05 3.026e-23 +7.85022e-05 3.090e-23 +7.61877e-05 3.156e-23 +7.39415e-05 3.222e-23 +7.17615e-05 3.289e-23 +6.96457e-05 3.358e-23 +6.75924e-05 3.428e-23 +6.55996e-05 3.498e-23 +6.36655e-05 3.570e-23 +6.17885e-05 3.643e-23 +5.99668e-05 3.716e-23 +5.81988e-05 3.791e-23 +5.64829e-05 3.867e-23 +5.48176e-05 3.944e-23 +5.32014e-05 4.022e-23 +5.16329e-05 4.101e-23 +5.01106e-05 4.181e-23 +4.86332e-05 4.262e-23 +4.71994e-05 4.344e-23 +4.58078e-05 4.427e-23 +4.44572e-05 4.510e-23 +4.31465e-05 4.595e-23 +4.18744e-05 4.680e-23 +4.06399e-05 4.767e-23 +3.94417e-05 4.854e-23 +3.82788e-05 4.942e-23 +3.71502e-05 5.031e-23 +3.60550e-05 5.120e-23 +3.49919e-05 5.210e-23 +3.39603e-05 5.301e-23 +3.29590e-05 5.392e-23 +3.19873e-05 5.484e-23 +3.10442e-05 5.576e-23 +3.01290e-05 5.669e-23 +2.92407e-05 5.762e-23 +2.83786e-05 5.856e-23 +2.75419e-05 5.950e-23 +2.67299e-05 6.043e-23 +2.59418e-05 6.137e-23 +2.51770e-05 6.231e-23 +2.44347e-05 6.326e-23 +2.37143e-05 6.419e-23 +2.30151e-05 6.513e-23 +2.23366e-05 6.607e-23 +2.16780e-05 6.700e-23 +2.10389e-05 6.792e-23 +2.04186e-05 6.884e-23 +1.98166e-05 6.975e-23 +1.92323e-05 7.066e-23 +1.86653e-05 7.156e-23 +1.81150e-05 7.244e-23 +1.75809e-05 7.331e-23 +1.70626e-05 7.417e-23 +1.65595e-05 7.502e-23 +1.60713e-05 7.585e-23 +1.55975e-05 7.666e-23 +1.51376e-05 7.745e-23 +1.46913e-05 7.823e-23 +1.42582e-05 7.898e-23 +1.38378e-05 7.971e-23 +1.34298e-05 8.042e-23 +1.30339e-05 8.110e-23 +1.26496e-05 8.176e-23 +1.22767e-05 8.239e-23 +1.19147e-05 8.298e-23 +1.15634e-05 8.354e-23 +1.12225e-05 8.407e-23 +1.08916e-05 8.456e-23 +1.05705e-05 8.501e-23 +1.02589e-05 8.542e-23 +9.95640e-06 8.580e-23 +9.66286e-06 8.613e-23 +9.37797e-06 8.641e-23 +9.10148e-06 8.665e-23 +8.83314e-06 8.685e-23 +8.57272e-06 8.699e-23 +8.31997e-06 8.709e-23 +8.07467e-06 8.713e-23 +7.83661e-06 8.712e-23 +7.60556e-06 8.705e-23 +7.38133e-06 8.693e-23 +7.16371e-06 8.675e-23 +6.95250e-06 8.651e-23 +6.74752e-06 8.620e-23 +6.54858e-06 8.583e-23 +6.35551e-06 8.540e-23 +6.16813e-06 8.491e-23 +5.98628e-06 8.436e-23 +5.80979e-06 8.374e-23 +5.63850e-06 8.306e-23 +5.47226e-06 8.232e-23 +5.31092e-06 8.150e-23 +5.15434e-06 8.063e-23 +5.00237e-06 7.969e-23 +4.85489e-06 7.869e-23 +4.71175e-06 7.762e-23 +4.57284e-06 7.649e-23 +4.43802e-06 7.529e-23 +4.30717e-06 7.403e-23 +4.18018e-06 7.271e-23 +4.05694e-06 7.134e-23 +3.93733e-06 6.990e-23 +3.82125e-06 6.842e-23 +3.70858e-06 6.688e-23 +3.59924e-06 6.529e-23 +3.49313e-06 6.366e-23 +3.39014e-06 6.198e-23 +3.29019e-06 6.026e-23 +3.19319e-06 5.851e-23 +3.09904e-06 5.671e-23 +3.00767e-06 5.489e-23 +2.91900e-06 5.305e-23 +2.83294e-06 5.118e-23 +2.74941e-06 4.929e-23 +2.66835e-06 4.739e-23 +2.58968e-06 4.547e-23 +2.51333e-06 4.356e-23 +2.43923e-06 4.164e-23 +2.36732e-06 3.972e-23 +2.29752e-06 3.782e-23 +2.22978e-06 3.592e-23 +2.16404e-06 3.405e-23 +2.10024e-06 3.220e-23 +2.03832e-06 3.037e-23 +1.97822e-06 2.858e-23 +1.91990e-06 2.683e-23 +1.86330e-06 2.511e-23 +1.80836e-06 2.344e-23 +1.75504e-06 2.182e-23 +1.70330e-06 2.026e-23 +1.65308e-06 1.875e-23 +1.60434e-06 1.729e-23 +1.55704e-06 1.590e-23 +1.51114e-06 1.457e-23 +1.46659e-06 1.330e-23 +1.42335e-06 1.210e-23 +1.38138e-06 1.096e-23 +1.34065e-06 9.893e-24 +1.30113e-06 8.892e-24 +1.26277e-06 7.959e-24 +1.22554e-06 8.732e-24 +1.18940e-06 6.292e-24 +1.15434e-06 5.556e-24 +1.12030e-06 4.882e-24 +1.08727e-06 4.269e-24 +1.05522e-06 3.713e-24 +1.02411e-06 3.212e-24 +9.93914e-07 2.763e-24 +9.64611e-07 2.363e-24 +9.36171e-07 2.009e-24 +9.08570e-07 1.697e-24 +8.81783e-07 1.425e-24 +8.55786e-07 1.188e-24 +8.30554e-07 9.836e-25 +8.06067e-07 8.086e-25 +7.82302e-07 6.599e-25 +7.59238e-07 5.345e-25 +7.36853e-07 4.294e-25 +7.15129e-07 3.421e-25 +6.94045e-07 2.703e-25 +6.73582e-07 2.116e-25 +6.53723e-07 1.641e-25 +6.34449e-07 1.260e-25 +6.15744e-07 9.585e-26 +5.97590e-07 7.216e-26 +5.79971e-07 5.375e-26 +5.62872e-07 3.961e-26 +5.46277e-07 2.886e-26 +5.30171e-07 2.079e-26 +5.14540e-07 1.479e-26 +4.99370e-07 1.040e-26 +4.84647e-07 7.219e-27 +4.70358e-07 4.946e-27 +4.56491e-07 3.343e-27 +4.43032e-07 2.228e-27 +4.29970e-07 1.464e-27 +4.17294e-07 9.477e-28 +4.04991e-07 6.042e-28 +3.93050e-07 3.792e-28 +3.81462e-07 2.342e-28 +3.70215e-07 1.422e-28 +3.59300e-07 8.489e-29 +3.48707e-07 4.978e-29 +3.38426e-07 2.866e-29 +3.28449e-07 1.619e-29 +3.18765e-07 8.971e-30 +3.09367e-07 4.872e-30 +3.00246e-07 2.591e-30 +2.91394e-07 1.349e-30 +2.82803e-07 6.874e-31 +2.74465e-07 3.423e-31 +2.66373e-07 1.665e-31 +2.58519e-07 7.909e-32 +2.50897e-07 3.664e-32 +2.43500e-07 1.655e-32 +2.36321e-07 7.279e-33 +2.29354e-07 3.116e-33 +2.22592e-07 1.297e-33 +2.16029e-07 5.247e-34 +2.09660e-07 2.060e-34 +2.03478e-07 7.844e-35 +1.97479e-07 2.894e-35 +1.91657e-07 1.034e-35 +1.86006e-07 3.570e-36 +1.80522e-07 1.191e-36 +1.75200e-07 3.836e-37 +1.70035e-07 1.191e-37 +1.65022e-07 3.559e-38 +1.60156e-07 1.023e-38 +1.55434e-07 2.825e-39 +1.50852e-07 7.487e-40 +1.46404e-07 1.901e-40 +1.42088e-07 4.620e-41 +1.37899e-07 1.073e-41 +1.33833e-07 2.379e-42 +1.29887e-07 5.028e-43 +1.26058e-07 1.011e-43 +1.22341e-07 1.932e-44 +1.18734e-07 3.504e-45 +1.15234e-07 6.022e-46 +1.11836e-07 9.649e-47 +1.08539e-07 1.371e-47 +1.05339e-07 1.766e-48 +1.02233e-07 0.000e+00 +9.92191e-08 0.000e+00 +9.62938e-08 0.000e+00 +9.34548e-08 0.000e+00 +9.06995e-08 0.000e+00 +8.80254e-08 0.000e+00 +8.54302e-08 0.000e+00 +8.29115e-08 0.000e+00 +8.04670e-08 0.000e+00 +7.80946e-08 0.000e+00 +7.57921e-08 0.000e+00 +7.35576e-08 0.000e+00 +7.13889e-08 0.000e+00 +6.92841e-08 0.000e+00 +6.72414e-08 0.000e+00 +6.52590e-08 0.000e+00 +6.33349e-08 0.000e+00 +6.14676e-08 0.000e+00 +5.96554e-08 0.000e+00 +5.78966e-08 0.000e+00 +5.61896e-08 0.000e+00 +5.45330e-08 0.000e+00 +5.29252e-08 0.000e+00 +5.13648e-08 0.000e+00 +4.98504e-08 0.000e+00 +4.83807e-08 0.000e+00 +4.69543e-08 0.000e+00 +4.55699e-08 0.000e+00 +4.42264e-08 0.000e+00 +4.29225e-08 0.000e+00 +4.16570e-08 0.000e+00 +4.04288e-08 0.000e+00 +3.92369e-08 0.000e+00 +3.80801e-08 0.000e+00 +3.69574e-08 0.000e+00 +3.58677e-08 0.000e+00 +3.48103e-08 0.000e+00 +3.37840e-08 0.000e+00 +3.27879e-08 0.000e+00 +3.18212e-08 0.000e+00 +3.08830e-08 0.000e+00 +2.99725e-08 0.000e+00 +2.90888e-08 0.000e+00 +2.82312e-08 0.000e+00 +2.73989e-08 0.000e+00 +2.65911e-08 0.000e+00 +2.58071e-08 0.000e+00 +2.50462e-08 0.000e+00 +2.43078e-08 0.000e+00 +2.35911e-08 0.000e+00 +2.28956e-08 0.000e+00 +2.22206e-08 0.000e+00 +2.15654e-08 0.000e+00 +2.09296e-08 0.000e+00 +2.03126e-08 0.000e+00 +1.97137e-08 0.000e+00 +1.91325e-08 0.000e+00 +1.85684e-08 0.000e+00 +1.80210e-08 0.000e+00 +1.74896e-08 0.000e+00 +1.69740e-08 0.000e+00 +1.64736e-08 0.000e+00 +1.59879e-08 0.000e+00 +1.55165e-08 0.000e+00 +1.50590e-08 0.000e+00 +1.46150e-08 0.000e+00 +1.41842e-08 0.000e+00 +1.37660e-08 0.000e+00 +1.33601e-08 0.000e+00 +1.29662e-08 0.000e+00 diff --git a/hw21/plots.R b/hw21/plots.R new file mode 100644 index 0000000..e5fb54f --- /dev/null +++ b/hw21/plots.R @@ -0,0 +1,23 @@ +pdf("fe_ion.pdf") +fe = read.table("shock.fe",header=T) +plot(seq(2,28),fe[1,c(seq(2,28))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for Fe Stages, AGN Shock Winds (v=10,000 km/s)") +axis(1,at=2,label="Fe") +for(coord in seq(4,28,2)){axis(1,at=coord,label=parse(text=paste0("Fe","^+",coord-2)))} +dev.off() + + +pdf("oxy_ion.pdf") +oxy= read.table("shock.oxy",header=T) +plot(seq(2,10),oxy[1,c(seq(2,10))],type="b",xlab="Ionization Stage",ylab="Ionization Fraction",xaxp=c(0,0,1)) +title("Ionization Fraction for O Stages, AGN Shock Winds (v=10,000 km/s)") +axis(1,at=2,label="O") +for(coord in seq(4,10,2)){axis(1,at=coord,label=parse(text=paste0("O","^+",coord-2)))} +dev.off() + + +pdf("cont.pdf") +cont = read.table("cont.preplot",fill=T) +plot(cont[,1],cont[,2],type="l",log="x",xlim=c(1e-5,1e4),xlab="Wavelength (microns)",ylab=parse(text=paste("Flux","(ergs/cm^2/s)"))) +title("Emitted Continuum, AGN Shock Winds (v=10,000 km/s, T=2e9 K) ") +dev.off() \ No newline at end of file diff --git a/hw21/shock.con b/hw21/shock.con new file mode 100644 index 0000000..a36e9d6 --- /dev/null +++ b/hw21/shock.con @@ -0,0 +1,8229 @@ +#Energy/um reflec outward total line cont +2.99293e+07 4.027e-34 4.027e-34 8.055e-34 +2.98297e+07 4.040e-34 4.040e-34 8.080e-34 +2.97304e+07 4.053e-34 4.053e-34 8.106e-34 +2.96315e+07 4.066e-34 4.066e-34 8.131e-34 +2.95329e+07 4.079e-34 4.079e-34 8.157e-34 +2.94347e+07 4.091e-34 4.091e-34 8.183e-34 +2.93367e+07 4.104e-34 4.104e-34 8.209e-34 +2.92391e+07 4.117e-34 4.117e-34 8.235e-34 +2.91418e+07 4.130e-34 4.130e-34 8.261e-34 +2.90448e+07 4.144e-34 4.144e-34 8.287e-34 +2.89482e+07 4.157e-34 4.157e-34 8.313e-34 +2.88519e+07 4.170e-34 4.170e-34 8.340e-34 +2.87559e+07 4.183e-34 4.183e-34 8.366e-34 +2.86602e+07 4.196e-34 4.196e-34 8.393e-34 +2.85648e+07 4.210e-34 4.210e-34 8.419e-34 +2.84698e+07 4.223e-34 4.223e-34 8.446e-34 +2.83750e+07 4.236e-34 4.236e-34 8.473e-34 +2.82806e+07 4.250e-34 4.250e-34 8.499e-34 +2.81865e+07 4.263e-34 4.263e-34 8.526e-34 +2.80927e+07 4.277e-34 4.277e-34 8.553e-34 +2.79993e+07 4.290e-34 4.290e-34 8.580e-34 +2.79061e+07 4.304e-34 4.304e-34 8.608e-34 +2.78132e+07 4.317e-34 4.317e-34 8.635e-34 +2.77207e+07 4.331e-34 4.331e-34 8.662e-34 +2.76285e+07 4.345e-34 4.345e-34 8.690e-34 +2.75365e+07 4.359e-34 4.359e-34 8.717e-34 +2.74449e+07 4.372e-34 4.372e-34 8.745e-34 +2.73536e+07 4.386e-34 4.386e-34 8.772e-34 +2.72626e+07 4.400e-34 4.400e-34 8.800e-34 +2.71718e+07 4.414e-34 4.414e-34 8.828e-34 +2.70814e+07 4.428e-34 4.428e-34 8.856e-34 +2.69913e+07 4.442e-34 4.442e-34 8.884e-34 +2.69015e+07 4.456e-34 4.456e-34 8.912e-34 +2.68120e+07 4.470e-34 4.470e-34 8.940e-34 +2.67228e+07 4.484e-34 4.484e-34 8.969e-34 +2.66339e+07 4.499e-34 4.499e-34 8.997e-34 +2.65452e+07 4.513e-34 4.513e-34 9.026e-34 +2.64569e+07 4.527e-34 4.527e-34 9.054e-34 +2.63689e+07 4.541e-34 4.541e-34 9.083e-34 +2.62811e+07 4.556e-34 4.556e-34 9.112e-34 +2.61937e+07 4.570e-34 4.570e-34 9.140e-34 +2.61065e+07 4.585e-34 4.585e-34 9.169e-34 +2.60197e+07 4.599e-34 4.599e-34 9.198e-34 +2.59331e+07 4.614e-34 4.614e-34 9.227e-34 +2.58468e+07 4.628e-34 4.628e-34 9.257e-34 +2.57608e+07 4.643e-34 4.643e-34 9.286e-34 +2.56751e+07 4.658e-34 4.658e-34 9.315e-34 +2.55896e+07 4.672e-34 4.672e-34 9.345e-34 +2.55045e+07 4.687e-34 4.687e-34 9.375e-34 +2.54196e+07 4.702e-34 4.702e-34 9.404e-34 +2.53351e+07 4.717e-34 4.717e-34 9.434e-34 +2.52508e+07 4.732e-34 4.732e-34 9.464e-34 +2.51667e+07 4.747e-34 4.747e-34 9.494e-34 +2.50830e+07 4.762e-34 4.762e-34 9.524e-34 +2.49995e+07 4.777e-34 4.777e-34 9.554e-34 +2.49163e+07 4.792e-34 4.792e-34 9.584e-34 +2.48334e+07 4.807e-34 4.807e-34 9.615e-34 +2.47508e+07 4.823e-34 4.823e-34 9.645e-34 +2.46685e+07 4.838e-34 4.838e-34 9.676e-34 +2.45864e+07 4.853e-34 4.853e-34 9.706e-34 +2.45046e+07 4.869e-34 4.869e-34 9.737e-34 +2.44230e+07 4.884e-34 4.884e-34 9.768e-34 +2.43418e+07 4.899e-34 4.899e-34 9.799e-34 +2.42608e+07 4.915e-34 4.915e-34 9.830e-34 +2.41800e+07 4.930e-34 4.930e-34 9.861e-34 +2.40996e+07 4.946e-34 4.946e-34 9.892e-34 +2.40194e+07 4.962e-34 4.962e-34 9.923e-34 +2.39395e+07 4.977e-34 4.977e-34 9.955e-34 +2.38598e+07 4.993e-34 4.993e-34 9.986e-34 +2.37804e+07 5.009e-34 5.009e-34 1.002e-33 +2.37013e+07 5.025e-34 5.025e-34 1.005e-33 +2.36224e+07 5.041e-34 5.041e-34 1.008e-33 +2.35438e+07 5.057e-34 5.057e-34 1.011e-33 +2.34655e+07 5.073e-34 5.073e-34 1.015e-33 +2.33874e+07 5.089e-34 5.089e-34 1.018e-33 +2.33096e+07 5.105e-34 5.105e-34 1.021e-33 +2.32320e+07 5.121e-34 5.121e-34 1.024e-33 +2.31547e+07 5.137e-34 5.137e-34 1.027e-33 +2.30777e+07 5.154e-34 5.154e-34 1.031e-33 +2.30009e+07 5.170e-34 5.170e-34 1.034e-33 +2.29244e+07 5.186e-34 5.186e-34 1.037e-33 +2.28481e+07 5.203e-34 5.203e-34 1.041e-33 +2.27720e+07 5.219e-34 5.219e-34 1.044e-33 +2.26963e+07 5.236e-34 5.236e-34 1.047e-33 +2.26208e+07 5.252e-34 5.252e-34 1.050e-33 +2.25455e+07 5.269e-34 5.269e-34 1.054e-33 +2.24705e+07 5.286e-34 5.286e-34 1.057e-33 +2.23957e+07 5.302e-34 5.302e-34 1.060e-33 +2.23212e+07 5.319e-34 5.319e-34 1.064e-33 +2.22469e+07 5.336e-34 5.336e-34 1.067e-33 +2.21729e+07 5.353e-34 5.353e-34 1.071e-33 +2.20991e+07 5.370e-34 5.370e-34 1.074e-33 +2.20256e+07 5.387e-34 5.387e-34 1.077e-33 +2.19523e+07 5.404e-34 5.404e-34 1.081e-33 +2.18792e+07 5.421e-34 5.421e-34 1.084e-33 NO +2.18064e+07 5.438e-34 5.438e-34 1.088e-33 +2.17339e+07 5.455e-34 5.455e-34 1.091e-33 +2.16616e+07 5.473e-34 5.473e-34 1.095e-33 +2.15895e+07 5.490e-34 5.490e-34 1.098e-33 +2.15176e+07 5.507e-34 5.507e-34 1.101e-33 +2.14460e+07 5.525e-34 5.525e-34 1.105e-33 +2.13747e+07 5.542e-34 5.542e-34 1.108e-33 +2.13036e+07 5.560e-34 5.560e-34 1.112e-33 +2.12327e+07 5.577e-34 5.577e-34 1.115e-33 +2.11620e+07 5.595e-34 5.595e-34 1.119e-33 +2.10916e+07 5.613e-34 5.613e-34 1.123e-33 +2.10214e+07 5.631e-34 5.631e-34 1.126e-33 +2.09515e+07 5.648e-34 5.648e-34 1.130e-33 +2.08818e+07 5.666e-34 5.666e-34 1.133e-33 +2.08123e+07 5.684e-34 5.684e-34 1.137e-33 +2.07430e+07 5.702e-34 5.702e-34 1.140e-33 +2.06740e+07 5.720e-34 5.720e-34 1.144e-33 +2.06052e+07 5.738e-34 5.738e-34 1.148e-33 +2.05367e+07 5.757e-34 5.757e-34 1.151e-33 +2.04683e+07 5.775e-34 5.775e-34 1.155e-33 +2.04002e+07 5.793e-34 5.793e-34 1.159e-33 +2.03323e+07 5.811e-34 5.811e-34 1.162e-33 +2.02647e+07 5.830e-34 5.830e-34 1.166e-33 +2.01973e+07 5.848e-34 5.848e-34 1.170e-33 +2.01301e+07 5.867e-34 5.867e-34 1.173e-33 +2.00631e+07 5.885e-34 5.885e-34 1.177e-33 +1.99963e+07 5.904e-34 5.904e-34 1.181e-33 +1.99298e+07 5.923e-34 5.923e-34 1.185e-33 +1.98635e+07 5.941e-34 5.941e-34 1.188e-33 +1.97974e+07 5.960e-34 5.960e-34 1.192e-33 +1.97315e+07 5.979e-34 5.979e-34 1.196e-33 +1.96658e+07 5.998e-34 5.998e-34 1.200e-33 +1.96004e+07 6.017e-34 6.017e-34 1.203e-33 +1.95352e+07 6.036e-34 6.036e-34 1.207e-33 +1.94702e+07 6.055e-34 6.055e-34 1.211e-33 +1.94054e+07 6.074e-34 6.074e-34 1.215e-33 +1.93408e+07 6.094e-34 6.094e-34 1.219e-33 +1.92765e+07 6.113e-34 6.113e-34 1.223e-33 +1.92123e+07 6.132e-34 6.132e-34 1.226e-33 +1.91484e+07 6.152e-34 6.152e-34 1.230e-33 N 1 +1.90847e+07 6.171e-34 6.171e-34 1.234e-33 +1.90212e+07 6.191e-34 6.191e-34 1.238e-33 +1.89579e+07 6.210e-34 6.210e-34 1.242e-33 +1.88948e+07 6.230e-34 6.230e-34 1.246e-33 +1.88319e+07 6.250e-34 6.250e-34 1.250e-33 +1.87693e+07 6.270e-34 6.270e-34 1.254e-33 +1.87068e+07 6.289e-34 6.289e-34 1.258e-33 +1.86446e+07 6.309e-34 6.309e-34 1.262e-33 +1.85825e+07 6.329e-34 6.329e-34 1.266e-33 +1.85207e+07 6.349e-34 6.349e-34 1.270e-33 +1.84591e+07 6.369e-34 6.369e-34 1.274e-33 +1.83977e+07 6.390e-34 6.390e-34 1.278e-33 +1.83364e+07 6.410e-34 6.410e-34 1.282e-33 +1.82754e+07 6.430e-34 6.430e-34 1.286e-33 +1.82146e+07 6.450e-34 6.450e-34 1.290e-33 +1.81540e+07 6.471e-34 6.471e-34 1.294e-33 +1.80936e+07 6.491e-34 6.491e-34 1.298e-33 +1.80334e+07 6.512e-34 6.512e-34 1.302e-33 +1.79734e+07 6.533e-34 6.533e-34 1.307e-33 +1.79136e+07 6.553e-34 6.553e-34 1.311e-33 +1.78540e+07 6.574e-34 6.574e-34 1.315e-33 +1.77946e+07 6.595e-34 6.595e-34 1.319e-33 +1.77354e+07 6.616e-34 6.616e-34 1.323e-33 +1.76764e+07 6.637e-34 6.637e-34 1.327e-33 +1.76175e+07 6.658e-34 6.658e-34 1.332e-33 +1.75589e+07 6.679e-34 6.679e-34 1.336e-33 +1.75005e+07 6.700e-34 6.700e-34 1.340e-33 +1.74423e+07 6.721e-34 6.721e-34 1.344e-33 +1.73842e+07 6.742e-34 6.742e-34 1.348e-33 +1.73264e+07 6.764e-34 6.764e-34 1.353e-33 +1.72687e+07 6.785e-34 6.785e-34 1.357e-33 +1.72113e+07 6.807e-34 6.807e-34 1.361e-33 +1.71540e+07 6.828e-34 6.828e-34 1.366e-33 +1.70969e+07 6.850e-34 6.850e-34 1.370e-33 +1.70400e+07 6.871e-34 6.871e-34 1.374e-33 +1.69833e+07 6.893e-34 6.893e-34 1.379e-33 +1.69268e+07 6.915e-34 6.915e-34 1.383e-33 +1.68705e+07 6.937e-34 6.937e-34 1.387e-33 +1.68144e+07 6.959e-34 6.959e-34 1.392e-33 +1.67584e+07 6.981e-34 6.981e-34 1.396e-33 +1.67027e+07 7.003e-34 7.003e-34 1.401e-33 +1.66471e+07 7.025e-34 7.025e-34 1.405e-33 +1.65917e+07 7.047e-34 7.047e-34 1.409e-33 H2CO +1.65365e+07 7.070e-34 7.070e-34 1.414e-33 +1.64815e+07 7.092e-34 7.092e-34 1.418e-33 +1.64266e+07 7.115e-34 7.115e-34 1.423e-33 +1.63720e+07 7.137e-34 7.137e-34 1.427e-33 +1.63175e+07 7.160e-34 7.160e-34 1.432e-33 +1.62632e+07 7.182e-34 7.182e-34 1.436e-33 +1.62091e+07 7.205e-34 7.205e-34 1.441e-33 +1.61551e+07 7.228e-34 7.228e-34 1.446e-33 +1.61014e+07 7.251e-34 7.251e-34 1.450e-33 +1.60478e+07 7.274e-34 7.274e-34 1.455e-33 +1.59944e+07 7.297e-34 7.297e-34 1.459e-33 +1.59412e+07 7.320e-34 7.320e-34 1.464e-33 +1.58881e+07 7.343e-34 7.343e-34 1.469e-33 +1.58353e+07 7.366e-34 7.366e-34 1.473e-33 +1.57826e+07 7.390e-34 7.390e-34 1.478e-33 +1.57301e+07 7.413e-34 7.413e-34 1.483e-33 +1.56777e+07 7.437e-34 7.437e-34 1.487e-33 +1.56256e+07 7.460e-34 7.460e-34 1.492e-33 +1.55736e+07 7.484e-34 7.484e-34 1.497e-33 +1.55217e+07 7.507e-34 7.507e-34 1.501e-33 +1.54701e+07 7.531e-34 7.531e-34 1.506e-33 +1.54186e+07 7.555e-34 7.555e-34 1.511e-33 +1.53673e+07 7.579e-34 7.579e-34 1.516e-33 +1.53162e+07 7.603e-34 7.603e-34 1.521e-33 +1.52652e+07 7.627e-34 7.627e-34 1.525e-33 +1.52144e+07 7.651e-34 7.651e-34 1.530e-33 +1.51638e+07 7.675e-34 7.675e-34 1.535e-33 +1.51133e+07 7.700e-34 7.700e-34 1.540e-33 +1.50631e+07 7.724e-34 7.724e-34 1.545e-33 +1.50129e+07 7.749e-34 7.749e-34 1.550e-33 NO +1.49630e+07 7.773e-34 7.773e-34 1.555e-33 +1.49132e+07 7.798e-34 7.798e-34 1.560e-33 +1.48636e+07 7.822e-34 7.822e-34 1.564e-33 +1.48141e+07 7.847e-34 7.847e-34 1.569e-33 +1.47648e+07 7.872e-34 7.872e-34 1.574e-33 +1.47157e+07 7.897e-34 7.897e-34 1.579e-33 +1.46667e+07 7.922e-34 7.922e-34 1.584e-33 +1.46179e+07 7.947e-34 7.947e-34 1.589e-33 +1.45693e+07 7.972e-34 7.972e-34 1.594e-33 +1.45208e+07 7.997e-34 7.997e-34 1.599e-33 +1.44725e+07 8.023e-34 8.023e-34 1.605e-33 +1.44243e+07 8.048e-34 8.048e-34 1.610e-33 +1.43763e+07 8.074e-34 8.074e-34 1.615e-33 +1.43285e+07 8.099e-34 8.099e-34 1.620e-33 +1.42808e+07 8.125e-34 8.125e-34 1.625e-33 +1.42333e+07 8.151e-34 8.151e-34 1.630e-33 +1.41859e+07 8.176e-34 8.176e-34 1.635e-33 +1.41387e+07 8.202e-34 8.202e-34 1.640e-33 +1.40917e+07 8.228e-34 8.228e-34 1.646e-33 +1.40448e+07 8.254e-34 8.254e-34 1.651e-33 +1.39981e+07 8.280e-34 8.280e-34 1.656e-33 +1.39515e+07 8.307e-34 8.307e-34 1.661e-33 NO +1.39051e+07 8.333e-34 8.333e-34 1.667e-33 +1.38588e+07 8.359e-34 8.359e-34 1.672e-33 +1.38127e+07 8.386e-34 8.386e-34 1.677e-33 +1.37667e+07 8.412e-34 8.412e-34 1.682e-33 +1.37209e+07 8.439e-34 8.439e-34 1.688e-33 +1.36753e+07 8.466e-34 8.466e-34 1.693e-33 +1.36298e+07 8.492e-34 8.492e-34 1.698e-33 +1.35844e+07 8.519e-34 8.519e-34 1.704e-33 +1.35392e+07 8.546e-34 8.546e-34 1.709e-33 +1.34942e+07 8.573e-34 8.573e-34 1.715e-33 +1.34493e+07 8.601e-34 8.601e-34 1.720e-33 +1.34045e+07 8.628e-34 8.628e-34 1.726e-33 +1.33599e+07 8.655e-34 8.655e-34 1.731e-33 +1.33155e+07 8.682e-34 8.682e-34 1.736e-33 +1.32712e+07 8.710e-34 8.710e-34 1.742e-33 +1.32270e+07 8.738e-34 8.738e-34 1.748e-33 +1.31830e+07 8.765e-34 8.765e-34 1.753e-33 +1.31391e+07 8.793e-34 8.793e-34 1.759e-33 +1.30954e+07 8.821e-34 8.821e-34 1.764e-33 NO +1.30518e+07 8.849e-34 8.849e-34 1.770e-33 +1.30084e+07 8.877e-34 8.877e-34 1.775e-33 +1.29651e+07 8.905e-34 8.905e-34 1.781e-33 +1.29220e+07 8.933e-34 8.933e-34 1.787e-33 +1.28790e+07 8.961e-34 8.961e-34 1.792e-33 +1.28361e+07 8.990e-34 8.990e-34 1.798e-33 +1.27934e+07 9.018e-34 9.018e-34 1.804e-33 +1.27508e+07 9.047e-34 9.047e-34 1.809e-33 +1.27084e+07 9.075e-34 9.075e-34 1.815e-33 +1.26661e+07 9.104e-34 9.104e-34 1.821e-33 +1.26240e+07 9.133e-34 9.133e-34 1.827e-33 NO +1.25820e+07 9.162e-34 9.162e-34 1.832e-33 +1.25401e+07 9.191e-34 9.191e-34 1.838e-33 +1.24984e+07 9.220e-34 9.220e-34 1.844e-33 +1.24568e+07 9.249e-34 9.249e-34 1.850e-33 +1.24153e+07 9.278e-34 9.278e-34 1.856e-33 +1.23740e+07 9.308e-34 9.308e-34 1.862e-33 +1.23329e+07 9.337e-34 9.337e-34 1.867e-33 +1.22918e+07 9.367e-34 9.367e-34 1.873e-33 +1.22509e+07 9.396e-34 9.396e-34 1.879e-33 +1.22102e+07 9.426e-34 9.426e-34 1.885e-33 +1.21695e+07 9.456e-34 9.456e-34 1.891e-33 +1.21290e+07 9.486e-34 9.486e-34 1.897e-33 +1.20887e+07 9.516e-34 9.516e-34 1.903e-33 +1.20485e+07 9.546e-34 9.546e-34 1.909e-33 +1.20084e+07 9.576e-34 9.576e-34 1.915e-33 +1.19684e+07 9.607e-34 9.607e-34 1.921e-33 +1.19286e+07 9.637e-34 9.637e-34 1.927e-33 +1.18889e+07 9.668e-34 9.668e-34 1.934e-33 +1.18493e+07 9.698e-34 9.698e-34 1.940e-33 +1.18099e+07 9.729e-34 9.729e-34 1.946e-33 +1.17706e+07 9.760e-34 9.760e-34 1.952e-33 +1.17314e+07 9.791e-34 9.791e-34 1.958e-33 +1.16924e+07 9.822e-34 9.822e-34 1.964e-33 +1.16535e+07 9.853e-34 9.853e-34 1.971e-33 +1.16147e+07 9.884e-34 9.884e-34 1.977e-33 +1.15761e+07 9.915e-34 9.915e-34 1.983e-33 +1.15376e+07 9.947e-34 9.947e-34 1.989e-33 +1.14992e+07 9.978e-34 9.978e-34 1.996e-33 +1.14609e+07 1.001e-33 1.001e-33 2.002e-33 N 1 +1.14228e+07 1.004e-33 1.004e-33 2.008e-33 +1.13848e+07 1.007e-33 1.007e-33 2.015e-33 +1.13469e+07 1.011e-33 1.011e-33 2.021e-33 +1.13091e+07 1.014e-33 1.014e-33 2.027e-33 +1.12715e+07 1.017e-33 1.017e-33 2.034e-33 +1.12340e+07 1.020e-33 1.020e-33 2.040e-33 +1.11966e+07 1.023e-33 1.023e-33 2.047e-33 +1.11594e+07 1.027e-33 1.027e-33 2.053e-33 NO +1.11222e+07 1.030e-33 1.030e-33 2.060e-33 +1.10852e+07 1.033e-33 1.033e-33 2.066e-33 +1.10483e+07 1.036e-33 1.036e-33 2.073e-33 +1.10116e+07 1.040e-33 1.040e-33 2.079e-33 +1.09749e+07 1.043e-33 1.043e-33 2.086e-33 +1.09384e+07 1.046e-33 1.046e-33 2.093e-33 NO +1.09020e+07 1.050e-33 1.050e-33 2.099e-33 +1.08657e+07 1.053e-33 1.053e-33 2.106e-33 +1.08296e+07 1.056e-33 1.056e-33 2.112e-33 +1.07935e+07 1.060e-33 1.060e-33 2.119e-33 +1.07576e+07 1.063e-33 1.063e-33 2.126e-33 +1.07218e+07 1.066e-33 1.066e-33 2.133e-33 +1.06862e+07 1.070e-33 1.070e-33 2.139e-33 +1.06506e+07 1.073e-33 1.073e-33 2.146e-33 +1.06152e+07 1.076e-33 1.076e-33 2.153e-33 +1.05798e+07 1.080e-33 1.080e-33 2.160e-33 +1.05446e+07 1.083e-33 1.083e-33 2.167e-33 +1.05096e+07 1.087e-33 1.087e-33 2.173e-33 +1.04746e+07 1.090e-33 1.090e-33 2.180e-33 +1.04397e+07 1.094e-33 1.094e-33 2.187e-33 +1.04050e+07 1.097e-33 1.097e-33 2.194e-33 +1.03704e+07 1.101e-33 1.101e-33 2.201e-33 +1.03359e+07 1.104e-33 1.104e-33 2.208e-33 +1.03015e+07 1.108e-33 1.108e-33 2.215e-33 +1.02672e+07 1.111e-33 1.111e-33 2.222e-33 +1.02330e+07 1.115e-33 1.115e-33 2.229e-33 N 1 +1.01990e+07 1.118e-33 1.118e-33 2.236e-33 +1.01650e+07 1.122e-33 1.122e-33 2.243e-33 +1.01312e+07 1.125e-33 1.125e-33 2.250e-33 +1.00975e+07 1.129e-33 1.129e-33 2.257e-33 +1.00639e+07 1.132e-33 1.132e-33 2.265e-33 +1.00304e+07 1.136e-33 1.136e-33 2.272e-33 +9.99705e+06 1.139e-33 1.139e-33 2.279e-33 Si 2 +9.96379e+06 1.143e-33 1.143e-33 2.286e-33 +9.93063e+06 1.147e-33 1.147e-33 2.293e-33 +9.89759e+06 1.150e-33 1.150e-33 2.301e-33 +9.86465e+06 1.154e-33 1.154e-33 2.308e-33 +9.83183e+06 1.158e-33 1.158e-33 2.315e-33 +9.79912e+06 1.161e-33 1.161e-33 2.323e-33 +9.76651e+06 1.165e-33 1.165e-33 2.330e-33 NO +9.73401e+06 1.169e-33 1.169e-33 2.337e-33 +9.70162e+06 1.172e-33 1.172e-33 2.345e-33 +9.66934e+06 1.176e-33 1.176e-33 2.352e-33 +9.63717e+06 1.180e-33 1.180e-33 2.360e-33 +9.60510e+06 1.184e-33 1.184e-33 2.367e-33 +9.57314e+06 1.187e-33 1.187e-33 2.375e-33 +9.54129e+06 1.191e-33 1.191e-33 2.382e-33 +9.50954e+06 1.195e-33 1.195e-33 2.390e-33 NO +9.47790e+06 1.199e-33 1.199e-33 2.397e-33 +9.44636e+06 1.202e-33 1.202e-33 2.405e-33 +9.41493e+06 1.206e-33 1.206e-33 2.412e-33 +9.38360e+06 1.210e-33 1.210e-33 2.420e-33 +9.35238e+06 1.214e-33 1.214e-33 2.428e-33 +9.32126e+06 1.218e-33 1.218e-33 2.435e-33 +9.29024e+06 1.222e-33 1.222e-33 2.443e-33 +9.25933e+06 1.225e-33 1.225e-33 2.451e-33 +9.22852e+06 1.229e-33 1.229e-33 2.459e-33 +9.19781e+06 1.233e-33 1.233e-33 2.466e-33 +9.16721e+06 1.237e-33 1.237e-33 2.474e-33 +9.13670e+06 1.241e-33 1.241e-33 2.482e-33 +9.10630e+06 1.245e-33 1.245e-33 2.490e-33 NO +9.07600e+06 1.249e-33 1.249e-33 2.498e-33 +9.04580e+06 1.253e-33 1.253e-33 2.506e-33 +9.01570e+06 1.257e-33 1.257e-33 2.514e-33 +8.98570e+06 1.261e-33 1.261e-33 2.522e-33 +8.95581e+06 1.265e-33 1.265e-33 2.530e-33 +8.92601e+06 1.269e-33 1.269e-33 2.538e-33 +8.89630e+06 1.273e-33 1.273e-33 2.546e-33 +8.86670e+06 1.277e-33 1.277e-33 2.554e-33 NO +8.83720e+06 1.281e-33 1.281e-33 2.562e-33 +8.80779e+06 1.285e-33 1.285e-33 2.570e-33 +8.77849e+06 1.289e-33 1.289e-33 2.578e-33 +8.74928e+06 1.293e-33 1.293e-33 2.586e-33 +8.72016e+06 1.297e-33 1.297e-33 2.594e-33 +8.69115e+06 1.301e-33 1.301e-33 2.603e-33 +8.66223e+06 1.305e-33 1.305e-33 2.611e-33 +8.63341e+06 1.310e-33 1.310e-33 2.619e-33 NO +8.60468e+06 1.314e-33 1.314e-33 2.627e-33 +8.57605e+06 1.318e-33 1.318e-33 2.636e-33 +8.54751e+06 1.322e-33 1.322e-33 2.644e-33 +8.51907e+06 1.326e-33 1.326e-33 2.652e-33 +8.49072e+06 1.330e-33 1.330e-33 2.661e-33 +8.46247e+06 1.335e-33 1.335e-33 2.669e-33 +8.43431e+06 1.339e-33 1.339e-33 2.678e-33 +8.40625e+06 1.343e-33 1.343e-33 2.686e-33 +8.37828e+06 1.347e-33 1.347e-33 2.695e-33 +8.35040e+06 1.352e-33 1.352e-33 2.703e-33 +8.32262e+06 1.356e-33 1.356e-33 2.712e-33 +8.29492e+06 1.360e-33 1.360e-33 2.720e-33 +8.26732e+06 1.364e-33 1.364e-33 2.729e-33 +8.23981e+06 1.369e-33 1.369e-33 2.738e-33 +8.21240e+06 1.373e-33 1.373e-33 2.746e-33 +8.18507e+06 1.377e-33 1.377e-33 2.755e-33 +8.15783e+06 1.382e-33 1.382e-33 2.764e-33 +8.13069e+06 1.386e-33 1.386e-33 2.772e-33 +8.10364e+06 1.391e-33 1.391e-33 2.781e-33 +8.07667e+06 1.395e-33 1.395e-33 2.790e-33 +8.04980e+06 1.399e-33 1.399e-33 2.799e-33 +8.02301e+06 1.404e-33 1.404e-33 2.808e-33 +7.99632e+06 1.408e-33 1.408e-33 2.817e-33 +7.96971e+06 1.413e-33 1.413e-33 2.825e-33 +7.94319e+06 1.417e-33 1.417e-33 2.834e-33 +7.91676e+06 1.422e-33 1.422e-33 2.843e-33 +7.89042e+06 1.426e-33 1.426e-33 2.852e-33 +7.86416e+06 1.431e-33 1.431e-33 2.861e-33 +7.83800e+06 1.435e-33 1.435e-33 2.870e-33 +7.81191e+06 1.440e-33 1.440e-33 2.880e-33 +7.78592e+06 1.444e-33 1.444e-33 2.889e-33 +7.76001e+06 1.449e-33 1.449e-33 2.898e-33 +7.73419e+06 1.453e-33 1.453e-33 2.907e-33 +7.70846e+06 1.458e-33 1.458e-33 2.916e-33 NO +7.68281e+06 1.463e-33 1.463e-33 2.925e-33 +7.65725e+06 1.467e-33 1.467e-33 2.935e-33 +7.63177e+06 1.472e-33 1.472e-33 2.944e-33 +7.60637e+06 1.477e-33 1.477e-33 2.953e-33 +7.58106e+06 1.481e-33 1.481e-33 2.963e-33 +7.55584e+06 1.486e-33 1.486e-33 2.972e-33 +7.53070e+06 1.491e-33 1.491e-33 2.981e-33 +7.50564e+06 1.495e-33 1.495e-33 2.991e-33 +7.48066e+06 1.500e-33 1.500e-33 3.000e-33 +7.45577e+06 1.505e-33 1.505e-33 3.010e-33 +7.43096e+06 1.510e-33 1.510e-33 3.019e-33 +7.40624e+06 1.514e-33 1.514e-33 3.029e-33 +7.38159e+06 1.519e-33 1.519e-33 3.038e-33 +7.35703e+06 1.524e-33 1.524e-33 3.048e-33 NO +7.33255e+06 1.529e-33 1.529e-33 3.058e-33 +7.30815e+06 1.534e-33 1.534e-33 3.067e-33 +7.28384e+06 1.539e-33 1.539e-33 3.077e-33 +7.25960e+06 1.543e-33 1.543e-33 3.087e-33 NO +7.23544e+06 1.548e-33 1.548e-33 3.097e-33 +7.21137e+06 1.553e-33 1.553e-33 3.106e-33 +7.18737e+06 1.558e-33 1.558e-33 3.116e-33 +7.16346e+06 1.563e-33 1.563e-33 3.126e-33 +7.13962e+06 1.568e-33 1.568e-33 3.136e-33 +7.11587e+06 1.573e-33 1.573e-33 3.146e-33 +7.09219e+06 1.578e-33 1.578e-33 3.156e-33 +7.06859e+06 1.583e-33 1.583e-33 3.166e-33 +7.04507e+06 1.588e-33 1.588e-33 3.176e-33 NO +7.02163e+06 1.593e-33 1.593e-33 3.186e-33 +6.99826e+06 1.598e-33 1.598e-33 3.196e-33 NO +6.97498e+06 1.603e-33 1.603e-33 3.206e-33 +6.95177e+06 1.608e-33 1.608e-33 3.216e-33 +6.92864e+06 1.613e-33 1.613e-33 3.227e-33 +6.90558e+06 1.618e-33 1.618e-33 3.237e-33 +6.88260e+06 1.623e-33 1.623e-33 3.247e-33 +6.85970e+06 1.629e-33 1.629e-33 3.257e-33 NO +6.83688e+06 1.634e-33 1.634e-33 3.268e-33 +6.81413e+06 1.639e-33 1.639e-33 3.278e-33 +6.79146e+06 1.644e-33 1.644e-33 3.288e-33 NO +6.76886e+06 1.649e-33 1.649e-33 3.299e-33 +6.74633e+06 1.655e-33 1.655e-33 3.309e-33 NO +6.72389e+06 1.660e-33 1.660e-33 3.320e-33 NO +6.70151e+06 1.665e-33 1.665e-33 3.330e-33 +6.67922e+06 1.670e-33 1.670e-33 3.341e-33 NO +6.65699e+06 1.676e-33 1.676e-33 3.351e-33 +6.63484e+06 1.681e-33 1.681e-33 3.362e-33 +6.61276e+06 1.686e-33 1.686e-33 3.373e-33 NO +6.59076e+06 1.692e-33 1.692e-33 3.383e-33 +6.56883e+06 1.697e-33 1.697e-33 3.394e-33 +6.54697e+06 1.702e-33 1.702e-33 3.405e-33 NO +6.52519e+06 1.708e-33 1.708e-33 3.415e-33 +6.50348e+06 1.713e-33 1.713e-33 3.426e-33 +6.48184e+06 1.719e-33 1.719e-33 3.437e-33 NO +6.46027e+06 1.724e-33 1.724e-33 3.448e-33 +6.43877e+06 1.729e-33 1.729e-33 3.459e-33 +6.41735e+06 1.735e-33 1.735e-33 3.470e-33 +6.39599e+06 1.740e-33 1.740e-33 3.481e-33 +6.37471e+06 1.746e-33 1.746e-33 3.492e-33 +6.35350e+06 1.751e-33 1.751e-33 3.503e-33 +6.33236e+06 1.757e-33 1.757e-33 3.514e-33 +6.31129e+06 1.763e-33 1.763e-33 3.525e-33 +6.29029e+06 1.768e-33 1.768e-33 3.536e-33 +6.26936e+06 1.774e-33 1.774e-33 3.547e-33 +6.24850e+06 1.779e-33 1.779e-33 3.559e-33 NO +6.22771e+06 1.785e-33 1.785e-33 3.570e-33 +6.20698e+06 1.791e-33 1.791e-33 3.581e-33 +6.18633e+06 1.796e-33 1.796e-33 3.593e-33 +6.16575e+06 1.802e-33 1.802e-33 3.604e-33 +6.14523e+06 1.808e-33 1.808e-33 3.615e-33 +6.12478e+06 1.813e-33 1.813e-33 3.627e-33 +6.10440e+06 1.819e-33 1.819e-33 3.638e-33 +6.08409e+06 1.825e-33 1.825e-33 3.650e-33 +6.06385e+06 1.831e-33 1.831e-33 3.661e-33 NO +6.04367e+06 1.836e-33 1.836e-33 3.673e-33 +6.02356e+06 1.842e-33 1.842e-33 3.685e-33 +6.00352e+06 1.848e-33 1.848e-33 3.696e-33 +5.98354e+06 1.854e-33 1.854e-33 3.708e-33 +5.96363e+06 1.860e-33 1.860e-33 3.720e-33 +5.94379e+06 1.866e-33 1.866e-33 3.731e-33 +5.92401e+06 1.872e-33 1.872e-33 3.743e-33 +5.90430e+06 1.878e-33 1.878e-33 3.755e-33 +5.88465e+06 1.883e-33 1.883e-33 3.767e-33 +5.86507e+06 1.889e-33 1.889e-33 3.779e-33 +5.84556e+06 1.895e-33 1.895e-33 3.791e-33 +5.82610e+06 1.901e-33 1.901e-33 3.803e-33 +5.80672e+06 1.907e-33 1.907e-33 3.815e-33 +5.78740e+06 1.913e-33 1.913e-33 3.827e-33 +5.76814e+06 1.920e-33 1.920e-33 3.839e-33 +5.74895e+06 1.926e-33 1.926e-33 3.851e-33 +5.72982e+06 1.932e-33 1.932e-33 3.863e-33 +5.71075e+06 1.938e-33 1.938e-33 3.876e-33 +5.69175e+06 1.944e-33 1.944e-33 3.888e-33 +5.67281e+06 1.950e-33 1.950e-33 3.900e-33 +5.65394e+06 1.956e-33 1.956e-33 3.913e-33 +5.63512e+06 1.962e-33 1.962e-33 3.925e-33 +5.61637e+06 1.969e-33 1.969e-33 3.937e-33 +5.59768e+06 1.975e-33 1.975e-33 3.950e-33 +5.57906e+06 1.981e-33 1.981e-33 3.962e-33 +5.56049e+06 1.987e-33 1.987e-33 3.975e-33 H2CO +5.54199e+06 1.994e-33 1.994e-33 3.988e-33 +5.52355e+06 2.000e-33 2.000e-33 4.000e-33 +5.50517e+06 2.006e-33 2.006e-33 4.013e-33 +5.48685e+06 2.013e-33 2.013e-33 4.025e-33 +5.46860e+06 2.019e-33 2.019e-33 4.038e-33 +5.45040e+06 2.026e-33 2.026e-33 4.051e-33 +5.43227e+06 2.032e-33 2.032e-33 4.064e-33 +5.41419e+06 2.038e-33 2.038e-33 4.077e-33 +5.39618e+06 2.045e-33 2.045e-33 4.090e-33 +5.37822e+06 2.051e-33 2.051e-33 4.103e-33 +5.36032e+06 2.058e-33 2.058e-33 4.116e-33 +5.34249e+06 2.064e-33 2.064e-33 4.129e-33 +5.32471e+06 2.071e-33 2.071e-33 4.142e-33 +5.30699e+06 2.077e-33 2.077e-33 4.155e-33 +5.28934e+06 2.084e-33 2.084e-33 4.168e-33 +5.27173e+06 2.091e-33 2.091e-33 4.181e-33 +5.25419e+06 2.097e-33 2.097e-33 4.194e-33 +5.23671e+06 2.104e-33 2.104e-33 4.208e-33 +5.21929e+06 2.110e-33 2.110e-33 4.221e-33 +5.20192e+06 2.117e-33 2.117e-33 4.234e-33 +5.18461e+06 2.124e-33 2.124e-33 4.248e-33 +5.16736e+06 2.131e-33 2.131e-33 4.261e-33 +5.15017e+06 2.137e-33 2.137e-33 4.275e-33 +5.13303e+06 2.144e-33 2.144e-33 4.288e-33 +5.11595e+06 2.151e-33 2.151e-33 4.302e-33 +5.09893e+06 2.158e-33 2.158e-33 4.315e-33 +5.08196e+06 2.165e-33 2.165e-33 4.329e-33 +5.06505e+06 2.171e-33 2.171e-33 4.343e-33 +5.04820e+06 2.178e-33 2.178e-33 4.356e-33 +5.03140e+06 2.185e-33 2.185e-33 4.370e-33 +5.01466e+06 2.192e-33 2.192e-33 4.384e-33 +4.99797e+06 2.199e-33 2.199e-33 4.398e-33 +4.98134e+06 2.206e-33 2.206e-33 4.412e-33 +4.96477e+06 2.213e-33 2.213e-33 4.426e-33 +4.94825e+06 2.220e-33 2.220e-33 4.440e-33 +4.93178e+06 2.227e-33 2.227e-33 4.454e-33 +4.91537e+06 2.234e-33 2.234e-33 4.468e-33 +4.89901e+06 2.241e-33 2.241e-33 4.482e-33 +4.88271e+06 2.248e-33 2.248e-33 4.496e-33 +4.86647e+06 2.255e-33 2.255e-33 4.511e-33 +4.85027e+06 2.262e-33 2.262e-33 4.525e-33 +4.83414e+06 2.270e-33 2.270e-33 4.539e-33 NO +4.81805e+06 2.277e-33 2.277e-33 4.554e-33 NO +4.80202e+06 2.284e-33 2.284e-33 4.568e-33 NO +4.78604e+06 2.291e-33 2.291e-33 4.582e-33 NO +4.77012e+06 2.298e-33 2.298e-33 4.597e-33 +4.75424e+06 2.306e-33 2.306e-33 4.611e-33 NO +4.73842e+06 2.313e-33 2.313e-33 4.626e-33 +4.72266e+06 2.320e-33 2.320e-33 4.641e-33 +4.70694e+06 2.328e-33 2.328e-33 4.655e-33 +4.69128e+06 2.335e-33 2.335e-33 4.670e-33 NO +4.67567e+06 2.342e-33 2.342e-33 4.685e-33 +4.66011e+06 2.350e-33 2.350e-33 4.700e-33 +4.64461e+06 2.357e-33 2.357e-33 4.715e-33 +4.62915e+06 2.365e-33 2.365e-33 4.730e-33 +4.61375e+06 2.372e-33 2.372e-33 4.745e-33 +4.59840e+06 2.380e-33 2.380e-33 4.760e-33 +4.58310e+06 2.387e-33 2.387e-33 4.775e-33 +4.56785e+06 2.395e-33 2.395e-33 4.790e-33 +4.55265e+06 2.402e-33 2.402e-33 4.805e-33 +4.53750e+06 2.410e-33 2.410e-33 4.820e-33 +4.52240e+06 2.418e-33 2.418e-33 4.835e-33 +4.50735e+06 2.425e-33 2.425e-33 4.851e-33 +4.49235e+06 2.433e-33 2.433e-33 4.866e-33 +4.47741e+06 2.441e-33 2.441e-33 4.881e-33 +4.46251e+06 2.448e-33 2.448e-33 4.897e-33 +4.44766e+06 2.456e-33 2.456e-33 4.912e-33 +4.43286e+06 2.464e-33 2.464e-33 4.928e-33 +4.41811e+06 2.472e-33 2.472e-33 4.943e-33 +4.40341e+06 2.480e-33 2.480e-33 4.959e-33 +4.38876e+06 2.487e-33 2.487e-33 4.975e-33 +4.37415e+06 2.495e-33 2.495e-33 4.991e-33 +4.35960e+06 2.503e-33 2.503e-33 5.006e-33 +4.34509e+06 2.511e-33 2.511e-33 5.022e-33 +4.33064e+06 2.519e-33 2.519e-33 5.038e-33 NO +4.31623e+06 2.527e-33 2.527e-33 5.054e-33 NO +4.30186e+06 2.535e-33 2.535e-33 5.070e-33 +4.28755e+06 2.543e-33 2.543e-33 5.086e-33 +4.27328e+06 2.551e-33 2.551e-33 5.102e-33 +4.25906e+06 2.559e-33 2.559e-33 5.118e-33 +4.24489e+06 2.567e-33 2.567e-33 5.135e-33 NO +4.23077e+06 2.575e-33 2.575e-33 5.151e-33 +4.21669e+06 2.584e-33 2.584e-33 5.167e-33 NO +4.20266e+06 2.592e-33 2.592e-33 5.183e-33 +4.18868e+06 2.600e-33 2.600e-33 5.200e-33 +4.17474e+06 2.608e-33 2.608e-33 5.216e-33 +4.16085e+06 2.616e-33 2.616e-33 5.233e-33 H2CO +4.14700e+06 2.625e-33 2.625e-33 5.249e-33 +4.13320e+06 2.633e-33 2.633e-33 5.266e-33 Mn 1 +4.11945e+06 2.641e-33 2.641e-33 5.283e-33 +4.10574e+06 2.650e-33 2.650e-33 5.299e-33 NO +4.09208e+06 2.658e-33 2.658e-33 5.316e-33 +4.07847e+06 2.667e-33 2.667e-33 5.333e-33 +4.06489e+06 2.675e-33 2.675e-33 5.350e-33 NO +4.05137e+06 2.683e-33 2.683e-33 5.367e-33 NO +4.03789e+06 2.692e-33 2.692e-33 5.384e-33 +4.02445e+06 2.700e-33 2.700e-33 5.401e-33 NO +4.01106e+06 2.709e-33 2.709e-33 5.418e-33 +3.99772e+06 2.718e-33 2.718e-33 5.435e-33 +3.98441e+06 2.726e-33 2.726e-33 5.452e-33 +3.97116e+06 2.735e-33 2.735e-33 5.470e-33 +3.95794e+06 2.743e-33 2.743e-33 5.487e-33 +3.94477e+06 2.752e-33 2.752e-33 5.504e-33 +3.93165e+06 2.761e-33 2.761e-33 5.522e-33 +3.91856e+06 2.770e-33 2.770e-33 5.539e-33 +3.90552e+06 2.778e-33 2.778e-33 5.557e-33 +3.89253e+06 2.787e-33 2.787e-33 5.574e-33 +3.87958e+06 2.796e-33 2.796e-33 5.592e-33 +3.86667e+06 2.805e-33 2.805e-33 5.610e-33 +3.85380e+06 2.814e-33 2.814e-33 5.627e-33 +3.84098e+06 2.823e-33 2.823e-33 5.645e-33 +3.82820e+06 2.832e-33 2.832e-33 5.663e-33 +3.81546e+06 2.840e-33 2.840e-33 5.681e-33 +3.80276e+06 2.849e-33 2.849e-33 5.699e-33 +3.79011e+06 2.858e-33 2.858e-33 5.717e-33 +3.77750e+06 2.868e-33 2.868e-33 5.735e-33 +3.76493e+06 2.877e-33 2.877e-33 5.753e-33 +3.75240e+06 2.886e-33 2.886e-33 5.771e-33 +3.73992e+06 2.895e-33 2.895e-33 5.790e-33 +3.72747e+06 2.904e-33 2.904e-33 5.808e-33 +3.71507e+06 2.913e-33 2.913e-33 5.826e-33 +3.70271e+06 2.922e-33 2.922e-33 5.845e-33 +3.69039e+06 2.932e-33 2.932e-33 5.863e-33 NO +3.67811e+06 2.941e-33 2.941e-33 5.882e-33 +3.66587e+06 2.950e-33 2.950e-33 5.901e-33 +3.65367e+06 2.960e-33 2.960e-33 5.919e-33 +3.64151e+06 2.969e-33 2.969e-33 5.938e-33 +3.62940e+06 2.978e-33 2.978e-33 5.957e-33 +3.61732e+06 2.988e-33 2.988e-33 5.976e-33 +3.60529e+06 2.997e-33 2.997e-33 5.994e-33 +3.59329e+06 3.007e-33 3.007e-33 6.013e-33 +3.58133e+06 3.016e-33 3.016e-33 6.032e-33 +3.56942e+06 3.026e-33 3.026e-33 6.052e-33 +3.55754e+06 3.035e-33 3.035e-33 6.071e-33 +3.54570e+06 3.045e-33 3.045e-33 6.090e-33 +3.53390e+06 3.055e-33 3.055e-33 6.109e-33 +3.52214e+06 3.064e-33 3.064e-33 6.129e-33 +3.51042e+06 3.074e-33 3.074e-33 6.148e-33 +3.49874e+06 3.084e-33 3.084e-33 6.167e-33 +3.48710e+06 3.093e-33 3.093e-33 6.187e-33 +3.47550e+06 3.103e-33 3.103e-33 6.207e-33 +3.46393e+06 3.113e-33 3.113e-33 6.226e-33 +3.45241e+06 3.123e-33 3.123e-33 6.246e-33 +3.44092e+06 3.133e-33 3.133e-33 6.266e-33 +3.42947e+06 3.143e-33 3.143e-33 6.285e-33 +3.41806e+06 3.153e-33 3.153e-33 6.305e-33 +3.40669e+06 3.163e-33 3.163e-33 6.325e-33 +3.39535e+06 3.173e-33 3.173e-33 6.345e-33 +3.38405e+06 3.183e-33 3.183e-33 6.365e-33 NO +3.37279e+06 3.193e-33 3.193e-33 6.386e-33 +3.36157e+06 3.203e-33 3.203e-33 6.406e-33 +3.35039e+06 3.213e-33 3.213e-33 6.426e-33 +3.33924e+06 3.223e-33 3.223e-33 6.446e-33 +3.32813e+06 3.233e-33 3.233e-33 6.467e-33 +3.31705e+06 3.244e-33 3.244e-33 6.487e-33 +3.30602e+06 3.254e-33 3.254e-33 6.508e-33 +3.29501e+06 3.264e-33 3.264e-33 6.528e-33 +3.28405e+06 3.275e-33 3.275e-33 6.549e-33 +3.27312e+06 3.285e-33 3.285e-33 6.570e-33 +3.26223e+06 3.295e-33 3.295e-33 6.591e-33 +3.25138e+06 3.306e-33 3.306e-33 6.611e-33 +3.24056e+06 3.316e-33 3.316e-33 6.632e-33 +3.22978e+06 3.327e-33 3.327e-33 6.653e-33 +3.21903e+06 3.337e-33 3.337e-33 6.674e-33 +3.20832e+06 3.348e-33 3.348e-33 6.696e-33 +3.19764e+06 3.358e-33 3.358e-33 6.717e-33 +3.18700e+06 3.369e-33 3.369e-33 6.738e-33 +3.17640e+06 3.380e-33 3.380e-33 6.759e-33 +3.16583e+06 3.390e-33 3.390e-33 6.781e-33 +3.15530e+06 3.401e-33 3.401e-33 6.802e-33 +3.14480e+06 3.412e-33 3.412e-33 6.824e-33 +3.13433e+06 3.423e-33 3.423e-33 6.845e-33 +3.12390e+06 3.433e-33 3.433e-33 6.867e-33 +3.11351e+06 3.444e-33 3.444e-33 6.889e-33 +3.10315e+06 3.455e-33 3.455e-33 6.910e-33 +3.09282e+06 3.466e-33 3.466e-33 6.932e-33 +3.08253e+06 3.477e-33 3.477e-33 6.954e-33 +3.07227e+06 3.488e-33 3.488e-33 6.976e-33 +3.06205e+06 3.499e-33 3.499e-33 6.998e-33 +3.05186e+06 3.510e-33 3.510e-33 7.021e-33 +3.04171e+06 3.521e-33 3.521e-33 7.043e-33 +3.03159e+06 3.533e-33 3.533e-33 7.065e-33 +3.02150e+06 3.544e-33 3.544e-33 7.087e-33 +3.01145e+06 3.555e-33 3.555e-33 7.110e-33 +3.00143e+06 3.566e-33 3.566e-33 7.132e-33 +2.99144e+06 3.577e-33 3.577e-33 7.155e-33 +2.98148e+06 3.589e-33 3.589e-33 7.178e-33 +2.97156e+06 3.600e-33 3.600e-33 7.200e-33 +2.96168e+06 3.612e-33 3.612e-33 7.223e-33 +2.95182e+06 3.623e-33 3.623e-33 7.246e-33 +2.94200e+06 3.634e-33 3.634e-33 7.269e-33 +2.93221e+06 3.646e-33 3.646e-33 7.292e-33 +2.92245e+06 3.657e-33 3.657e-33 7.315e-33 +2.91273e+06 3.669e-33 3.669e-33 7.338e-33 +2.90304e+06 3.681e-33 3.681e-33 7.361e-33 +2.89338e+06 3.692e-33 3.692e-33 7.385e-33 +2.88375e+06 3.704e-33 3.704e-33 7.408e-33 +2.87416e+06 3.716e-33 3.716e-33 7.431e-33 +2.86459e+06 3.727e-33 3.727e-33 7.455e-33 +2.85506e+06 3.739e-33 3.739e-33 7.479e-33 +2.84556e+06 3.751e-33 3.751e-33 7.502e-33 +2.83609e+06 3.763e-33 3.763e-33 7.526e-33 +2.82665e+06 3.775e-33 3.775e-33 7.550e-33 +2.81725e+06 3.787e-33 3.787e-33 7.574e-33 NO +2.80787e+06 3.799e-33 3.799e-33 7.598e-33 +2.79853e+06 3.811e-33 3.811e-33 7.622e-33 +2.78922e+06 3.823e-33 3.823e-33 7.646e-33 +2.77994e+06 3.835e-33 3.835e-33 7.670e-33 +2.77069e+06 3.847e-33 3.847e-33 7.694e-33 +2.76147e+06 3.859e-33 3.859e-33 7.719e-33 +2.75228e+06 3.872e-33 3.872e-33 7.743e-33 +2.74312e+06 3.884e-33 3.884e-33 7.768e-33 +2.73400e+06 3.896e-33 3.896e-33 7.792e-33 +2.72490e+06 3.908e-33 3.908e-33 7.817e-33 P 1 +2.71583e+06 3.921e-33 3.921e-33 7.842e-33 +2.70680e+06 3.933e-33 3.933e-33 7.866e-33 +2.69779e+06 3.946e-33 3.946e-33 7.891e-33 +2.68881e+06 3.958e-33 3.958e-33 7.916e-33 +2.67986e+06 3.971e-33 3.971e-33 7.941e-33 +2.67095e+06 3.983e-33 3.983e-33 7.966e-33 +2.66206e+06 3.996e-33 3.996e-33 7.992e-33 +2.65320e+06 4.008e-33 4.008e-33 8.017e-33 +2.64437e+06 4.021e-33 4.021e-33 8.042e-33 +2.63558e+06 4.034e-33 4.034e-33 8.068e-33 +2.62681e+06 4.047e-33 4.047e-33 8.093e-33 +2.61807e+06 4.059e-33 4.059e-33 8.119e-33 +2.60935e+06 4.072e-33 4.072e-33 8.145e-33 +2.60067e+06 4.085e-33 4.085e-33 8.170e-33 +2.59202e+06 4.098e-33 4.098e-33 8.196e-33 +2.58339e+06 4.111e-33 4.111e-33 8.222e-33 +2.57480e+06 4.124e-33 4.124e-33 8.248e-33 +2.56623e+06 4.137e-33 4.137e-33 8.274e-33 +2.55769e+06 4.150e-33 4.150e-33 8.300e-33 +2.54918e+06 4.163e-33 4.163e-33 8.327e-33 +2.54070e+06 4.177e-33 4.177e-33 8.353e-33 +2.53224e+06 4.190e-33 4.190e-33 8.379e-33 +2.52382e+06 4.203e-33 4.203e-33 8.406e-33 +2.51542e+06 4.216e-33 4.216e-33 8.433e-33 +2.50705e+06 4.230e-33 4.230e-33 8.459e-33 +2.49871e+06 4.243e-33 4.243e-33 8.486e-33 +2.49039e+06 4.256e-33 4.256e-33 8.513e-33 +2.48211e+06 4.270e-33 4.270e-33 8.540e-33 +2.47385e+06 4.283e-33 4.283e-33 8.567e-33 +2.46562e+06 4.297e-33 4.297e-33 8.594e-33 +2.45741e+06 4.311e-33 4.311e-33 8.621e-33 +2.44924e+06 4.324e-33 4.324e-33 8.648e-33 +2.44109e+06 4.338e-33 4.338e-33 8.676e-33 +2.43296e+06 4.352e-33 4.352e-33 8.703e-33 +2.42487e+06 4.365e-33 4.365e-33 8.731e-33 +2.41680e+06 4.379e-33 4.379e-33 8.758e-33 +2.40876e+06 4.393e-33 4.393e-33 8.786e-33 +2.40074e+06 4.407e-33 4.407e-33 8.814e-33 +2.39275e+06 4.421e-33 4.421e-33 8.842e-33 +2.38479e+06 4.435e-33 4.435e-33 8.870e-33 +2.37686e+06 4.449e-33 4.449e-33 8.898e-33 +2.36895e+06 4.463e-33 4.463e-33 8.926e-33 +2.36107e+06 4.477e-33 4.477e-33 8.954e-33 +2.35321e+06 4.491e-33 4.491e-33 8.983e-33 Cl 1 +2.34538e+06 4.506e-33 4.506e-33 9.011e-33 +2.33758e+06 4.520e-33 4.520e-33 9.040e-33 +2.32980e+06 4.534e-33 4.534e-33 9.068e-33 +2.32205e+06 4.548e-33 4.548e-33 9.097e-33 +2.31432e+06 4.563e-33 4.563e-33 9.126e-33 +2.30662e+06 4.577e-33 4.577e-33 9.155e-33 +2.29894e+06 4.592e-33 4.592e-33 9.184e-33 +2.29129e+06 4.606e-33 4.606e-33 9.213e-33 +2.28367e+06 4.621e-33 4.621e-33 9.242e-33 +2.27607e+06 4.635e-33 4.635e-33 9.271e-33 +2.26850e+06 4.650e-33 4.650e-33 9.300e-33 +2.26095e+06 4.665e-33 4.665e-33 9.330e-33 +2.25343e+06 4.680e-33 4.680e-33 9.359e-33 +2.24593e+06 4.694e-33 4.694e-33 9.389e-33 +2.23846e+06 4.709e-33 4.709e-33 9.419e-33 +2.23101e+06 4.724e-33 4.724e-33 9.448e-33 +2.22358e+06 4.739e-33 4.739e-33 9.478e-33 +2.21618e+06 4.754e-33 4.754e-33 9.508e-33 +2.20881e+06 4.769e-33 4.769e-33 9.538e-33 +2.20146e+06 4.784e-33 4.784e-33 9.569e-33 +2.19414e+06 4.799e-33 4.799e-33 9.599e-33 +2.18683e+06 4.815e-33 4.815e-33 9.629e-33 +2.17956e+06 4.830e-33 4.830e-33 9.660e-33 +2.17231e+06 4.845e-33 4.845e-33 9.690e-33 H2CO +2.16508e+06 4.860e-33 4.860e-33 9.721e-33 +2.15787e+06 4.876e-33 4.876e-33 9.752e-33 +2.15069e+06 4.891e-33 4.891e-33 9.783e-33 +2.14354e+06 4.907e-33 4.907e-33 9.814e-33 +2.13640e+06 4.922e-33 4.922e-33 9.845e-33 Ti 1 +2.12930e+06 4.938e-33 4.938e-33 9.876e-33 +2.12221e+06 4.953e-33 4.953e-33 9.907e-33 +2.11515e+06 4.969e-33 4.969e-33 9.938e-33 +2.10811e+06 4.985e-33 4.985e-33 9.970e-33 +2.10110e+06 5.001e-33 5.001e-33 1.000e-32 +2.09411e+06 5.016e-33 5.016e-33 1.003e-32 +2.08714e+06 5.032e-33 5.032e-33 1.006e-32 +2.08019e+06 5.048e-33 5.048e-33 1.010e-32 +2.07327e+06 5.064e-33 5.064e-33 1.013e-32 Mn 1 +2.06637e+06 5.080e-33 5.080e-33 1.016e-32 +2.05950e+06 5.096e-33 5.096e-33 1.019e-32 +2.05264e+06 5.112e-33 5.112e-33 1.022e-32 +2.04581e+06 5.129e-33 5.129e-33 1.026e-32 +2.03901e+06 5.145e-33 5.145e-33 1.029e-32 +2.03222e+06 5.161e-33 5.161e-33 1.032e-32 +2.02546e+06 5.178e-33 5.178e-33 1.036e-32 +2.01872e+06 5.194e-33 5.194e-33 1.039e-32 +2.01200e+06 5.210e-33 5.210e-33 1.042e-32 +2.00531e+06 5.227e-33 5.227e-33 1.045e-32 +1.99864e+06 5.243e-33 5.243e-33 1.049e-32 Cl 1 +1.99199e+06 5.260e-33 5.260e-33 1.052e-32 +1.98536e+06 5.277e-33 5.277e-33 1.055e-32 +1.97875e+06 5.293e-33 5.293e-33 1.059e-32 +1.97217e+06 5.310e-33 5.310e-33 1.062e-32 +1.96560e+06 5.327e-33 5.327e-33 1.065e-32 +1.95906e+06 5.344e-33 5.344e-33 1.069e-32 +1.95255e+06 5.361e-33 5.361e-33 1.072e-32 +1.94605e+06 5.378e-33 5.378e-33 1.076e-32 +1.93957e+06 5.395e-33 5.395e-33 1.079e-32 +1.93312e+06 5.412e-33 5.412e-33 1.082e-32 +1.92669e+06 5.429e-33 5.429e-33 1.086e-32 +1.92028e+06 5.446e-33 5.446e-33 1.089e-32 +1.91389e+06 5.463e-33 5.463e-33 1.093e-32 +1.90752e+06 5.480e-33 5.480e-33 1.096e-32 +1.90117e+06 5.498e-33 5.498e-33 1.100e-32 +1.89485e+06 5.515e-33 5.515e-33 1.103e-32 +1.88854e+06 5.533e-33 5.533e-33 1.107e-32 +1.88226e+06 5.550e-33 5.550e-33 1.110e-32 +1.87599e+06 5.568e-33 5.568e-33 1.114e-32 +1.86975e+06 5.585e-33 5.585e-33 1.117e-32 +1.86353e+06 5.603e-33 5.603e-33 1.121e-32 +1.85733e+06 5.621e-33 5.621e-33 1.124e-32 +1.85115e+06 5.639e-33 5.639e-33 1.128e-32 +1.84499e+06 5.656e-33 5.656e-33 1.131e-32 +1.83885e+06 5.674e-33 5.674e-33 1.135e-32 +1.83273e+06 5.692e-33 5.692e-33 1.138e-32 +1.82663e+06 5.710e-33 5.710e-33 1.142e-32 +1.82056e+06 5.728e-33 5.728e-33 1.146e-32 +1.81450e+06 5.746e-33 5.746e-33 1.149e-32 +1.80846e+06 5.765e-33 5.765e-33 1.153e-32 +1.80244e+06 5.783e-33 5.783e-33 1.157e-32 +1.79645e+06 5.801e-33 5.801e-33 1.160e-32 +1.79047e+06 5.820e-33 5.820e-33 1.164e-32 +1.78451e+06 5.838e-33 5.838e-33 1.168e-32 +1.77857e+06 5.856e-33 5.856e-33 1.171e-32 +1.77265e+06 5.875e-33 5.875e-33 1.175e-32 +1.76676e+06 5.894e-33 5.894e-33 1.179e-32 +1.76088e+06 5.912e-33 5.912e-33 1.182e-32 +1.75502e+06 5.931e-33 5.931e-33 1.186e-32 +1.74918e+06 5.950e-33 5.950e-33 1.190e-32 Fe 1 +1.74336e+06 5.968e-33 5.968e-33 1.194e-32 +1.73756e+06 5.987e-33 5.987e-33 1.197e-32 +1.73178e+06 6.006e-33 6.006e-33 1.201e-32 +1.72601e+06 6.025e-33 6.025e-33 1.205e-32 +1.72027e+06 6.044e-33 6.044e-33 1.209e-32 +1.71455e+06 6.063e-33 6.063e-33 1.213e-32 +1.70884e+06 6.083e-33 6.083e-33 1.217e-32 +1.70315e+06 6.102e-33 6.102e-33 1.220e-32 +1.69749e+06 6.121e-33 6.121e-33 1.224e-32 +1.69184e+06 6.141e-33 6.141e-33 1.228e-32 +1.68621e+06 6.160e-33 6.160e-33 1.232e-32 +1.68060e+06 6.180e-33 6.180e-33 1.236e-32 +1.67501e+06 6.199e-33 6.199e-33 1.240e-32 +1.66943e+06 6.219e-33 6.219e-33 1.244e-32 +1.66388e+06 6.238e-33 6.238e-33 1.248e-32 +1.65834e+06 6.258e-33 6.258e-33 1.252e-32 +1.65282e+06 6.278e-33 6.278e-33 1.256e-32 +1.64732e+06 6.298e-33 6.298e-33 1.260e-32 +1.64184e+06 6.318e-33 6.318e-33 1.264e-32 +1.63638e+06 6.338e-33 6.338e-33 1.268e-32 +1.63094e+06 6.358e-33 6.358e-33 1.272e-32 +1.62551e+06 6.378e-33 6.378e-33 1.276e-32 +1.62010e+06 6.398e-33 6.398e-33 1.280e-32 +1.61471e+06 6.418e-33 6.418e-33 1.284e-32 +1.60934e+06 6.439e-33 6.439e-33 1.288e-32 +1.60398e+06 6.459e-33 6.459e-33 1.292e-32 +1.59864e+06 6.479e-33 6.479e-33 1.296e-32 +1.59332e+06 6.500e-33 6.500e-33 1.300e-32 +1.58802e+06 6.520e-33 6.520e-33 1.304e-32 +1.58274e+06 6.541e-33 6.541e-33 1.308e-32 +1.57747e+06 6.562e-33 6.562e-33 1.312e-32 +1.57222e+06 6.583e-33 6.583e-33 1.317e-32 +1.56699e+06 6.603e-33 6.603e-33 1.321e-32 +1.56178e+06 6.624e-33 6.624e-33 1.325e-32 +1.55658e+06 6.645e-33 6.645e-33 1.329e-32 +1.55140e+06 6.666e-33 6.666e-33 1.333e-32 +1.54624e+06 6.687e-33 6.687e-33 1.337e-32 +1.54110e+06 6.709e-33 6.709e-33 1.342e-32 +1.53597e+06 6.730e-33 6.730e-33 1.346e-32 +1.53086e+06 6.751e-33 6.751e-33 1.350e-32 +1.52576e+06 6.772e-33 6.772e-33 1.354e-32 +1.52069e+06 6.794e-33 6.794e-33 1.359e-32 +1.51563e+06 6.815e-33 6.815e-33 1.363e-32 +1.51058e+06 6.837e-33 6.837e-33 1.367e-32 +1.50556e+06 6.858e-33 6.858e-33 1.372e-32 +1.50055e+06 6.880e-33 6.880e-33 1.376e-32 +1.49555e+06 6.902e-33 6.902e-33 1.380e-32 +1.49058e+06 6.924e-33 6.924e-33 1.385e-32 +1.48562e+06 6.946e-33 6.946e-33 1.389e-32 +1.48067e+06 6.968e-33 6.968e-33 1.394e-32 +1.47575e+06 6.990e-33 6.990e-33 1.398e-32 +1.47084e+06 7.012e-33 7.012e-33 1.402e-32 +1.46594e+06 7.034e-33 7.034e-33 1.407e-32 +1.46107e+06 7.056e-33 7.056e-33 1.411e-32 NO +1.45620e+06 7.079e-33 7.079e-33 1.416e-32 +1.45136e+06 7.101e-33 7.101e-33 1.420e-32 Cr 1 +1.44653e+06 7.123e-33 7.123e-33 1.425e-32 +1.44172e+06 7.146e-33 7.146e-33 1.429e-32 +1.43692e+06 7.169e-33 7.169e-33 1.434e-32 +1.43214e+06 7.191e-33 7.191e-33 1.438e-32 +1.42737e+06 7.214e-33 7.214e-33 1.443e-32 +1.42262e+06 7.237e-33 7.237e-33 1.447e-32 +1.41789e+06 7.260e-33 7.260e-33 1.452e-32 +1.41317e+06 7.283e-33 7.283e-33 1.457e-32 +1.40847e+06 7.306e-33 7.306e-33 1.461e-32 +1.40378e+06 7.329e-33 7.329e-33 1.466e-32 +1.39911e+06 7.352e-33 7.352e-33 1.470e-32 +1.39446e+06 7.375e-33 7.375e-33 1.475e-32 +1.38982e+06 7.399e-33 7.399e-33 1.480e-32 +1.38519e+06 7.422e-33 7.422e-33 1.484e-32 +1.38058e+06 7.446e-33 7.446e-33 1.489e-32 Mn 1 +1.37599e+06 7.469e-33 7.469e-33 1.494e-32 +1.37141e+06 7.493e-33 7.493e-33 1.499e-32 +1.36685e+06 7.516e-33 7.516e-33 1.503e-32 +1.36230e+06 7.540e-33 7.540e-33 1.508e-32 +1.35777e+06 7.564e-33 7.564e-33 1.513e-32 +1.35325e+06 7.588e-33 7.588e-33 1.518e-32 +1.34874e+06 7.612e-33 7.612e-33 1.522e-32 +1.34426e+06 7.636e-33 7.636e-33 1.527e-32 +1.33978e+06 7.660e-33 7.660e-33 1.532e-32 Ti 1 +1.33533e+06 7.685e-33 7.685e-33 1.537e-32 NO +1.33088e+06 7.709e-33 7.709e-33 1.542e-32 +1.32645e+06 7.733e-33 7.733e-33 1.547e-32 +1.32204e+06 7.758e-33 7.758e-33 1.552e-32 Ti 1 +1.31764e+06 7.782e-33 7.782e-33 1.556e-32 +1.31326e+06 7.807e-33 7.807e-33 1.561e-32 Li 1 +1.30889e+06 7.832e-33 7.832e-33 1.566e-32 +1.30453e+06 7.856e-33 7.856e-33 1.571e-32 +1.30019e+06 7.881e-33 7.881e-33 1.576e-32 +1.29587e+06 7.906e-33 7.906e-33 1.581e-32 +1.29155e+06 7.931e-33 7.931e-33 1.586e-32 +1.28726e+06 7.956e-33 7.956e-33 1.591e-32 +1.28297e+06 7.981e-33 7.981e-33 1.596e-32 +1.27870e+06 8.007e-33 8.007e-33 1.601e-32 +1.27445e+06 8.032e-33 8.032e-33 1.606e-32 +1.27021e+06 8.057e-33 8.057e-33 1.611e-32 +1.26598e+06 8.083e-33 8.083e-33 1.617e-32 +1.26177e+06 8.108e-33 8.108e-33 1.622e-32 +1.25757e+06 8.134e-33 8.134e-33 1.627e-32 +1.25339e+06 8.160e-33 8.160e-33 1.632e-32 +1.24922e+06 8.186e-33 8.186e-33 1.637e-32 +1.24506e+06 8.212e-33 8.212e-33 1.642e-32 +1.24092e+06 8.238e-33 8.238e-33 1.648e-32 +1.23679e+06 8.264e-33 8.264e-33 1.653e-32 +1.23267e+06 8.290e-33 8.290e-33 1.658e-32 +1.22857e+06 8.316e-33 8.316e-33 1.663e-32 +1.22448e+06 8.342e-33 8.342e-33 1.668e-32 +1.22041e+06 8.369e-33 8.369e-33 1.674e-32 +1.21635e+06 8.395e-33 8.395e-33 1.679e-32 +1.21230e+06 8.422e-33 8.422e-33 1.684e-32 +1.20827e+06 8.448e-33 8.448e-33 1.690e-32 +1.20425e+06 8.475e-33 8.475e-33 1.695e-32 +1.20024e+06 8.502e-33 8.502e-33 1.700e-32 +1.19624e+06 8.529e-33 8.529e-33 1.706e-32 +1.19226e+06 8.556e-33 8.556e-33 1.711e-32 +1.18830e+06 8.583e-33 8.583e-33 1.717e-32 +1.18434e+06 8.610e-33 8.610e-33 1.722e-32 +1.18040e+06 8.637e-33 8.637e-33 1.727e-32 K 1 +1.17647e+06 8.665e-33 8.665e-33 1.733e-32 +1.17256e+06 8.692e-33 8.692e-33 1.738e-32 +1.16866e+06 8.719e-33 8.719e-33 1.744e-32 +1.16477e+06 8.747e-33 8.747e-33 1.749e-32 +1.16089e+06 8.775e-33 8.775e-33 1.755e-32 +1.15703e+06 8.802e-33 8.802e-33 1.760e-32 +1.15318e+06 8.830e-33 8.830e-33 1.766e-32 +1.14934e+06 8.858e-33 8.858e-33 1.772e-32 +1.14552e+06 8.886e-33 8.886e-33 1.777e-32 +1.14171e+06 8.914e-33 8.914e-33 1.783e-32 +1.13791e+06 8.943e-33 8.943e-33 1.789e-32 +1.13412e+06 8.971e-33 8.971e-33 1.794e-32 +1.13035e+06 8.999e-33 8.999e-33 1.800e-32 +1.12659e+06 9.028e-33 9.028e-33 1.806e-32 +1.12284e+06 9.056e-33 9.056e-33 1.811e-32 +1.11910e+06 9.085e-33 9.085e-33 1.817e-32 +1.11538e+06 9.114e-33 9.114e-33 1.823e-32 +1.11167e+06 9.143e-33 9.143e-33 1.829e-32 +1.10797e+06 9.171e-33 9.171e-33 1.834e-32 +1.10428e+06 9.200e-33 9.200e-33 1.840e-32 +1.10061e+06 9.230e-33 9.230e-33 1.846e-32 +1.09695e+06 9.259e-33 9.259e-33 1.852e-32 +1.09330e+06 9.288e-33 9.288e-33 1.858e-32 +1.08966e+06 9.317e-33 9.317e-33 1.863e-32 +1.08603e+06 9.347e-33 9.347e-33 1.869e-32 +1.08242e+06 9.376e-33 9.376e-33 1.875e-32 +1.07882e+06 9.406e-33 9.406e-33 1.881e-32 +1.07523e+06 9.436e-33 9.436e-33 1.887e-32 +1.07165e+06 9.466e-33 9.466e-33 1.893e-32 +1.06808e+06 9.496e-33 9.496e-33 1.899e-32 +1.06453e+06 9.526e-33 9.526e-33 1.905e-32 +1.06099e+06 9.556e-33 9.556e-33 1.911e-32 +1.05746e+06 9.586e-33 9.586e-33 1.917e-32 +1.05394e+06 9.616e-33 9.616e-33 1.923e-32 +1.05043e+06 9.647e-33 9.647e-33 1.929e-32 +1.04694e+06 9.677e-33 9.677e-33 1.935e-32 +1.04345e+06 9.708e-33 9.708e-33 1.942e-32 +1.03998e+06 9.739e-33 9.739e-33 1.948e-32 +1.03652e+06 9.769e-33 9.769e-33 1.954e-32 Cr 1 +1.03307e+06 9.800e-33 9.800e-33 1.960e-32 +1.02963e+06 9.831e-33 9.831e-33 1.966e-32 +1.02621e+06 9.862e-33 9.862e-33 1.972e-32 +1.02279e+06 9.894e-33 9.894e-33 1.979e-32 +1.01939e+06 9.925e-33 9.925e-33 1.985e-32 +1.01600e+06 9.956e-33 9.956e-33 1.991e-32 +1.01262e+06 9.988e-33 9.988e-33 1.998e-32 +1.00925e+06 1.002e-32 1.002e-32 2.004e-32 +1.00589e+06 1.005e-32 1.005e-32 2.010e-32 Cl 1 +1.00254e+06 1.008e-32 1.008e-32 2.017e-32 +9.99207e+05 1.011e-32 1.011e-32 2.023e-32 +9.95882e+05 1.015e-32 1.015e-32 2.029e-32 +9.92569e+05 1.018e-32 1.018e-32 2.036e-32 H2CO +9.89266e+05 1.021e-32 1.021e-32 2.042e-32 +9.85974e+05 1.024e-32 1.024e-32 2.049e-32 Ti 1 +9.82694e+05 1.028e-32 1.028e-32 2.055e-32 +9.79424e+05 1.031e-32 1.031e-32 2.062e-32 +9.76165e+05 1.034e-32 1.034e-32 2.068e-32 +9.72917e+05 1.037e-32 1.037e-32 2.075e-32 Ti 1 +9.69679e+05 1.041e-32 1.041e-32 2.081e-32 +9.66453e+05 1.044e-32 1.044e-32 2.088e-32 +9.63237e+05 1.047e-32 1.047e-32 2.094e-32 +9.60032e+05 1.051e-32 1.051e-32 2.101e-32 +9.56838e+05 1.054e-32 1.054e-32 2.108e-32 +9.53654e+05 1.057e-32 1.057e-32 2.114e-32 +9.50481e+05 1.061e-32 1.061e-32 2.121e-32 +9.47318e+05 1.064e-32 1.064e-32 2.128e-32 +9.44166e+05 1.067e-32 1.067e-32 2.135e-32 +9.41024e+05 1.071e-32 1.071e-32 2.141e-32 +9.37893e+05 1.074e-32 1.074e-32 2.148e-32 +9.34772e+05 1.077e-32 1.077e-32 2.155e-32 +9.31662e+05 1.081e-32 1.081e-32 2.162e-32 +9.28562e+05 1.084e-32 1.084e-32 2.169e-32 O 1 +9.25472e+05 1.088e-32 1.088e-32 2.175e-32 +9.22393e+05 1.091e-32 1.091e-32 2.182e-32 +9.19323e+05 1.095e-32 1.095e-32 2.189e-32 +9.16264e+05 1.098e-32 1.098e-32 2.196e-32 H 1 +9.13216e+05 1.102e-32 1.102e-32 2.203e-32 +9.10177e+05 1.105e-32 1.105e-32 2.210e-32 +9.07148e+05 1.109e-32 1.109e-32 2.217e-32 +9.04130e+05 1.112e-32 1.112e-32 2.224e-32 +9.01122e+05 1.116e-32 1.116e-32 2.231e-32 +8.98123e+05 1.119e-32 1.119e-32 2.238e-32 +8.95135e+05 1.123e-32 1.123e-32 2.245e-32 +8.92156e+05 1.126e-32 1.126e-32 2.252e-32 +8.89188e+05 1.130e-32 1.130e-32 2.259e-32 +8.86229e+05 1.133e-32 1.133e-32 2.267e-32 +8.83280e+05 1.137e-32 1.137e-32 2.274e-32 +8.80341e+05 1.140e-32 1.140e-32 2.281e-32 +8.77412e+05 1.144e-32 1.144e-32 2.288e-32 +8.74492e+05 1.148e-32 1.148e-32 2.295e-32 +8.71582e+05 1.151e-32 1.151e-32 2.303e-32 +8.68682e+05 1.155e-32 1.155e-32 2.310e-32 +8.65792e+05 1.159e-32 1.159e-32 2.317e-32 +8.62911e+05 1.162e-32 1.162e-32 2.325e-32 +8.60040e+05 1.166e-32 1.166e-32 2.332e-32 +8.57178e+05 1.170e-32 1.170e-32 2.339e-32 +8.54326e+05 1.173e-32 1.173e-32 2.347e-32 +8.51483e+05 1.177e-32 1.177e-32 2.354e-32 +8.48650e+05 1.181e-32 1.181e-32 2.362e-32 +8.45826e+05 1.185e-32 1.185e-32 2.369e-32 +8.43012e+05 1.188e-32 1.188e-32 2.377e-32 Cl 1 +8.40207e+05 1.192e-32 1.192e-32 2.384e-32 H2CO +8.37411e+05 1.196e-32 1.196e-32 2.392e-32 +8.34624e+05 1.200e-32 1.200e-32 2.399e-32 +8.31847e+05 1.203e-32 1.203e-32 2.407e-32 +8.29079e+05 1.207e-32 1.207e-32 2.414e-32 Mn 1 +8.26321e+05 1.211e-32 1.211e-32 2.422e-32 +8.23571e+05 1.215e-32 1.215e-32 2.430e-32 +8.20831e+05 1.219e-32 1.219e-32 2.437e-32 +8.18100e+05 1.223e-32 1.223e-32 2.445e-32 +8.15377e+05 1.226e-32 1.226e-32 2.453e-32 +8.12664e+05 1.230e-32 1.230e-32 2.461e-32 Ti 1 +8.09960e+05 1.234e-32 1.234e-32 2.468e-32 +8.07265e+05 1.238e-32 1.238e-32 2.476e-32 Cr 1 +8.04579e+05 1.242e-32 1.242e-32 2.484e-32 +8.01902e+05 1.246e-32 1.246e-32 2.492e-32 +7.99234e+05 1.250e-32 1.250e-32 2.500e-32 +7.96574e+05 1.254e-32 1.254e-32 2.508e-32 +7.93924e+05 1.258e-32 1.258e-32 2.516e-32 +7.91282e+05 1.262e-32 1.262e-32 2.523e-32 +7.88649e+05 1.266e-32 1.266e-32 2.531e-32 +7.86025e+05 1.270e-32 1.270e-32 2.539e-32 +7.83409e+05 1.274e-32 1.274e-32 2.547e-32 +7.80803e+05 1.278e-32 1.278e-32 2.556e-32 +7.78205e+05 1.282e-32 1.282e-32 2.564e-32 +7.75615e+05 1.286e-32 1.286e-32 2.572e-32 Ti 1 +7.73034e+05 1.290e-32 1.290e-32 2.580e-32 +7.70462e+05 1.294e-32 1.294e-32 2.588e-32 +7.67898e+05 1.298e-32 1.298e-32 2.596e-32 +7.65343e+05 1.302e-32 1.302e-32 2.604e-32 +7.62797e+05 1.306e-32 1.306e-32 2.613e-32 +7.60259e+05 1.310e-32 1.310e-32 2.621e-32 +7.57729e+05 1.315e-32 1.315e-32 2.629e-32 +7.55208e+05 1.319e-32 1.319e-32 2.638e-32 +7.52695e+05 1.323e-32 1.323e-32 2.646e-32 +7.50190e+05 1.327e-32 1.327e-32 2.654e-32 +7.47694e+05 1.331e-32 1.331e-32 2.663e-32 +7.45206e+05 1.336e-32 1.336e-32 2.671e-32 +7.42726e+05 1.340e-32 1.340e-32 2.680e-32 +7.40255e+05 1.344e-32 1.344e-32 2.688e-32 +7.37792e+05 1.348e-32 1.348e-32 2.696e-32 +7.35337e+05 1.353e-32 1.353e-32 2.705e-32 +7.32890e+05 1.357e-32 1.357e-32 2.714e-32 +7.30452e+05 1.361e-32 1.361e-32 2.722e-32 NO +7.28021e+05 1.365e-32 1.365e-32 2.731e-32 +7.25599e+05 1.370e-32 1.370e-32 2.739e-32 +7.23184e+05 1.374e-32 1.374e-32 2.748e-32 +7.20778e+05 1.378e-32 1.378e-32 2.757e-32 +7.18380e+05 1.383e-32 1.383e-32 2.765e-32 +7.15989e+05 1.387e-32 1.387e-32 2.774e-32 +7.13607e+05 1.392e-32 1.392e-32 2.783e-32 +7.11232e+05 1.396e-32 1.396e-32 2.792e-32 +7.08866e+05 1.400e-32 1.400e-32 2.801e-32 +7.06507e+05 1.405e-32 1.405e-32 2.809e-32 +7.04156e+05 1.409e-32 1.409e-32 2.818e-32 +7.01813e+05 1.414e-32 1.414e-32 2.827e-32 +6.99478e+05 1.418e-32 1.418e-32 2.836e-32 B 1 +6.97151e+05 1.423e-32 1.423e-32 2.845e-32 NO +6.94831e+05 1.427e-32 1.427e-32 2.854e-32 +6.92519e+05 1.432e-32 1.432e-32 2.863e-32 +6.90215e+05 1.436e-32 1.436e-32 2.872e-32 +6.87918e+05 1.441e-32 1.441e-32 2.881e-32 +6.85629e+05 1.445e-32 1.445e-32 2.890e-32 +6.83348e+05 1.450e-32 1.450e-32 2.900e-32 +6.81074e+05 1.454e-32 1.454e-32 2.909e-32 +6.78807e+05 1.459e-32 1.459e-32 2.918e-32 +6.76549e+05 1.464e-32 1.464e-32 2.927e-32 +6.74298e+05 1.468e-32 1.468e-32 2.936e-32 +6.72054e+05 1.473e-32 1.473e-32 2.946e-32 +6.69818e+05 1.478e-32 1.478e-32 2.955e-32 +6.67589e+05 1.482e-32 1.482e-32 2.964e-32 +6.65368e+05 1.487e-32 1.487e-32 2.974e-32 +6.63154e+05 1.492e-32 1.492e-32 2.983e-32 +6.60947e+05 1.496e-32 1.496e-32 2.993e-32 +6.58748e+05 1.501e-32 1.501e-32 3.002e-32 +6.56556e+05 1.506e-32 1.506e-32 3.012e-32 +6.54371e+05 1.511e-32 1.511e-32 3.021e-32 +6.52194e+05 1.515e-32 1.515e-32 3.031e-32 Ti 1 +6.50024e+05 1.520e-32 1.520e-32 3.040e-32 K 1 +6.47861e+05 1.525e-32 1.525e-32 3.050e-32 +6.45705e+05 1.530e-32 1.530e-32 3.060e-32 +6.43557e+05 1.535e-32 1.535e-32 3.069e-32 +6.41415e+05 1.539e-32 1.539e-32 3.079e-32 +6.39281e+05 1.544e-32 1.544e-32 3.089e-32 +6.37154e+05 1.549e-32 1.549e-32 3.098e-32 +6.35034e+05 1.554e-32 1.554e-32 3.108e-32 +6.32921e+05 1.559e-32 1.559e-32 3.118e-32 +6.30815e+05 1.564e-32 1.564e-32 3.128e-32 +6.28716e+05 1.569e-32 1.569e-32 3.138e-32 +6.26624e+05 1.574e-32 1.574e-32 3.148e-32 +6.24539e+05 1.579e-32 1.579e-32 3.158e-32 +6.22461e+05 1.584e-32 1.584e-32 3.168e-32 +6.20389e+05 1.589e-32 1.589e-32 3.178e-32 +6.18325e+05 1.594e-32 1.594e-32 3.188e-32 +6.16268e+05 1.599e-32 1.599e-32 3.198e-32 +6.14217e+05 1.604e-32 1.604e-32 3.208e-32 +6.12173e+05 1.609e-32 1.609e-32 3.218e-32 +6.10136e+05 1.614e-32 1.614e-32 3.228e-32 +6.08106e+05 1.619e-32 1.619e-32 3.238e-32 +6.06083e+05 1.624e-32 1.624e-32 3.249e-32 +6.04066e+05 1.629e-32 1.629e-32 3.259e-32 +6.02056e+05 1.635e-32 1.635e-32 3.269e-32 +6.00053e+05 1.640e-32 1.640e-32 3.280e-32 +5.98056e+05 1.645e-32 1.645e-32 3.290e-32 +5.96066e+05 1.650e-32 1.650e-32 3.300e-32 +5.94083e+05 1.655e-32 1.655e-32 3.311e-32 +5.92106e+05 1.661e-32 1.661e-32 3.321e-32 +5.90136e+05 1.666e-32 1.666e-32 3.332e-32 +5.88172e+05 1.671e-32 1.671e-32 3.342e-32 +5.86215e+05 1.676e-32 1.676e-32 3.353e-32 +5.84265e+05 1.682e-32 1.682e-32 3.364e-32 +5.82320e+05 1.687e-32 1.687e-32 3.374e-32 +5.80383e+05 1.692e-32 1.692e-32 3.385e-32 +5.78452e+05 1.698e-32 1.698e-32 3.396e-32 +5.76527e+05 1.703e-32 1.703e-32 3.406e-32 +5.74609e+05 1.709e-32 1.709e-32 3.417e-32 +5.72697e+05 1.714e-32 1.714e-32 3.428e-32 +5.70791e+05 1.719e-32 1.719e-32 3.439e-32 +5.68892e+05 1.725e-32 1.725e-32 3.450e-32 +5.66999e+05 1.730e-32 1.730e-32 3.460e-32 +5.65112e+05 1.736e-32 1.736e-32 3.471e-32 +5.63232e+05 1.741e-32 1.741e-32 3.482e-32 +5.61358e+05 1.747e-32 1.747e-32 3.493e-32 +5.59490e+05 1.752e-32 1.752e-32 3.504e-32 +5.57628e+05 1.758e-32 1.758e-32 3.516e-32 +5.55773e+05 1.763e-32 1.763e-32 3.527e-32 +5.53923e+05 1.769e-32 1.769e-32 3.538e-32 O 1 +5.52080e+05 1.775e-32 1.775e-32 3.549e-32 +5.50243e+05 1.780e-32 1.780e-32 3.560e-32 +5.48412e+05 1.786e-32 1.786e-32 3.571e-32 +5.46588e+05 1.791e-32 1.791e-32 3.583e-32 +5.44769e+05 1.797e-32 1.797e-32 3.594e-32 +5.42956e+05 1.803e-32 1.803e-32 3.605e-32 +5.41150e+05 1.808e-32 1.808e-32 3.617e-32 +5.39349e+05 1.814e-32 1.814e-32 3.628e-32 Cl 1 +5.37554e+05 1.820e-32 1.820e-32 3.640e-32 +5.35766e+05 1.826e-32 1.826e-32 3.651e-32 +5.33983e+05 1.831e-32 1.831e-32 3.663e-32 NO +5.32206e+05 1.837e-32 1.837e-32 3.674e-32 +5.30435e+05 1.843e-32 1.843e-32 3.686e-32 +5.28670e+05 1.849e-32 1.849e-32 3.698e-32 +5.26911e+05 1.855e-32 1.855e-32 3.709e-32 +5.25158e+05 1.861e-32 1.861e-32 3.721e-32 +5.23410e+05 1.866e-32 1.866e-32 3.733e-32 +5.21669e+05 1.872e-32 1.872e-32 3.745e-32 +5.19933e+05 1.878e-32 1.878e-32 3.757e-32 +5.18203e+05 1.884e-32 1.884e-32 3.768e-32 +5.16479e+05 1.890e-32 1.890e-32 3.780e-32 +5.14760e+05 1.896e-32 1.896e-32 3.792e-32 +5.13047e+05 1.902e-32 1.902e-32 3.804e-32 +5.11340e+05 1.908e-32 1.908e-32 3.816e-32 +5.09639e+05 1.914e-32 1.914e-32 3.828e-32 NO +5.07943e+05 1.920e-32 1.920e-32 3.840e-32 +5.06253e+05 1.926e-32 1.926e-32 3.853e-32 +5.04568e+05 1.932e-32 1.932e-32 3.865e-32 +5.02889e+05 1.939e-32 1.939e-32 3.877e-32 +5.01216e+05 1.945e-32 1.945e-32 3.889e-32 +4.99548e+05 1.951e-32 1.951e-32 3.902e-32 +4.97886e+05 1.957e-32 1.957e-32 3.914e-32 H2CO +4.96229e+05 1.963e-32 1.963e-32 3.926e-32 +4.94578e+05 1.969e-32 1.969e-32 3.939e-32 +4.92933e+05 1.976e-32 1.976e-32 3.951e-32 +4.91292e+05 1.982e-32 1.982e-32 3.964e-32 +4.89658e+05 1.988e-32 1.988e-32 3.976e-32 +4.88028e+05 1.994e-32 1.994e-32 3.989e-32 +4.86404e+05 2.001e-32 2.001e-32 4.001e-32 +4.84786e+05 2.007e-32 2.007e-32 4.014e-32 +4.83173e+05 2.013e-32 2.013e-32 4.027e-32 +4.81565e+05 2.020e-32 2.020e-32 4.039e-32 +4.79963e+05 2.026e-32 2.026e-32 4.052e-32 NO +4.78366e+05 2.033e-32 2.033e-32 4.065e-32 +4.76774e+05 2.039e-32 2.039e-32 4.078e-32 +4.75188e+05 2.045e-32 2.045e-32 4.091e-32 +4.73606e+05 2.052e-32 2.052e-32 4.104e-32 +4.72031e+05 2.058e-32 2.058e-32 4.117e-32 +4.70460e+05 2.065e-32 2.065e-32 4.130e-32 +4.68895e+05 2.071e-32 2.071e-32 4.143e-32 +4.67334e+05 2.078e-32 2.078e-32 4.156e-32 +4.65779e+05 2.085e-32 2.085e-32 4.169e-32 +4.64229e+05 2.091e-32 2.091e-32 4.182e-32 +4.62685e+05 2.098e-32 2.098e-32 4.195e-32 +4.61145e+05 2.104e-32 2.104e-32 4.209e-32 +4.59611e+05 2.111e-32 2.111e-32 4.222e-32 NO +4.58081e+05 2.118e-32 2.118e-32 4.235e-32 +4.56557e+05 2.124e-32 2.124e-32 4.249e-32 +4.55038e+05 2.131e-32 2.131e-32 4.262e-32 +4.53524e+05 2.138e-32 2.138e-32 4.276e-32 +4.52015e+05 2.145e-32 2.145e-32 4.289e-32 +4.50511e+05 2.151e-32 2.151e-32 4.303e-32 +4.49012e+05 2.158e-32 2.158e-32 4.316e-32 +4.47518e+05 2.165e-32 2.165e-32 4.330e-32 Cl 1 +4.46029e+05 2.172e-32 2.172e-32 4.344e-32 +4.44545e+05 2.179e-32 2.179e-32 4.357e-32 +4.43065e+05 2.186e-32 2.186e-32 4.371e-32 +4.41591e+05 2.193e-32 2.193e-32 4.385e-32 +4.40122e+05 2.199e-32 2.199e-32 4.399e-32 +4.38657e+05 2.206e-32 2.206e-32 4.413e-32 +4.37198e+05 2.213e-32 2.213e-32 4.427e-32 +4.35743e+05 2.220e-32 2.220e-32 4.441e-32 +4.34293e+05 2.227e-32 2.227e-32 4.455e-32 +4.32848e+05 2.234e-32 2.234e-32 4.469e-32 +4.31408e+05 2.242e-32 2.242e-32 4.483e-32 +4.29972e+05 2.249e-32 2.249e-32 4.497e-32 NO +4.28542e+05 2.256e-32 2.256e-32 4.511e-32 +4.27116e+05 2.263e-32 2.263e-32 4.526e-32 +4.25694e+05 2.270e-32 2.270e-32 4.540e-32 +4.24278e+05 2.277e-32 2.277e-32 4.554e-32 +4.22866e+05 2.284e-32 2.284e-32 4.569e-32 +4.21459e+05 2.292e-32 2.292e-32 4.583e-32 +4.20057e+05 2.299e-32 2.299e-32 4.598e-32 +4.18659e+05 2.306e-32 2.306e-32 4.612e-32 +4.17266e+05 2.313e-32 2.313e-32 4.627e-32 +4.15878e+05 2.321e-32 2.321e-32 4.641e-32 +4.14494e+05 2.328e-32 2.328e-32 4.656e-32 +4.13115e+05 2.335e-32 2.335e-32 4.671e-32 +4.11740e+05 2.343e-32 2.343e-32 4.686e-32 +4.10370e+05 2.350e-32 2.350e-32 4.700e-32 +4.09004e+05 2.358e-32 2.358e-32 4.715e-32 B 1 +4.07644e+05 2.365e-32 2.365e-32 4.730e-32 +4.06287e+05 2.373e-32 2.373e-32 4.745e-32 +4.04935e+05 2.380e-32 2.380e-32 4.760e-32 +4.03588e+05 2.388e-32 2.388e-32 4.775e-32 +4.02245e+05 2.395e-32 2.395e-32 4.790e-32 +4.00906e+05 2.403e-32 2.403e-32 4.805e-32 +3.99573e+05 2.410e-32 2.410e-32 4.821e-32 +3.98243e+05 2.418e-32 2.418e-32 4.836e-32 +3.96918e+05 2.426e-32 2.426e-32 4.851e-32 +3.95597e+05 2.433e-32 2.433e-32 4.866e-32 NO +3.94281e+05 2.441e-32 2.441e-32 4.882e-32 +3.92969e+05 2.449e-32 2.449e-32 4.897e-32 O 1 +3.91661e+05 2.456e-32 2.456e-32 4.913e-32 +3.90358e+05 2.464e-32 2.464e-32 4.928e-32 +3.89059e+05 2.472e-32 2.472e-32 4.944e-32 +3.87765e+05 2.480e-32 2.480e-32 4.960e-32 +3.86474e+05 2.488e-32 2.488e-32 4.975e-32 +3.85188e+05 2.495e-32 2.495e-32 4.991e-32 +3.83907e+05 2.503e-32 2.503e-32 5.007e-32 +3.82629e+05 2.511e-32 2.511e-32 5.023e-32 +3.81356e+05 2.519e-32 2.519e-32 5.038e-32 +3.80087e+05 2.527e-32 2.527e-32 5.054e-32 +3.78822e+05 2.535e-32 2.535e-32 5.070e-32 +3.77562e+05 2.543e-32 2.543e-32 5.086e-32 +3.76306e+05 2.551e-32 2.551e-32 5.102e-32 +3.75054e+05 2.559e-32 2.559e-32 5.119e-32 +3.73806e+05 2.567e-32 2.567e-32 5.135e-32 NO +3.72562e+05 2.576e-32 2.576e-32 5.151e-32 +3.71322e+05 2.584e-32 2.584e-32 5.167e-32 +3.70087e+05 2.592e-32 2.592e-32 5.184e-32 +3.68855e+05 2.600e-32 2.600e-32 5.200e-32 +3.67628e+05 2.608e-32 2.608e-32 5.216e-32 +3.66405e+05 2.616e-32 2.616e-32 5.233e-32 +3.65185e+05 2.625e-32 2.625e-32 5.249e-32 +3.63970e+05 2.633e-32 2.633e-32 5.266e-32 +3.62759e+05 2.641e-32 2.641e-32 5.283e-32 Sc 1 +3.61552e+05 2.650e-32 2.650e-32 5.299e-32 +3.60349e+05 2.658e-32 2.658e-32 5.316e-32 +3.59150e+05 2.667e-32 2.667e-32 5.333e-32 +3.57955e+05 2.675e-32 2.675e-32 5.350e-32 +3.56764e+05 2.683e-32 2.683e-32 5.367e-32 +3.55577e+05 2.692e-32 2.692e-32 5.384e-32 +3.54394e+05 2.700e-32 2.700e-32 5.401e-32 +3.53214e+05 2.709e-32 2.709e-32 5.418e-32 +3.52039e+05 2.717e-32 2.717e-32 5.435e-32 +3.50868e+05 2.726e-32 2.726e-32 5.452e-32 +3.49700e+05 2.735e-32 2.735e-32 5.469e-32 +3.48537e+05 2.743e-32 2.743e-32 5.487e-32 +3.47377e+05 2.752e-32 2.752e-32 5.504e-32 +3.46221e+05 2.761e-32 2.761e-32 5.521e-32 +3.45069e+05 2.769e-32 2.769e-32 5.539e-32 +3.43921e+05 2.778e-32 2.778e-32 5.556e-32 +3.42776e+05 2.787e-32 2.787e-32 5.574e-32 +3.41636e+05 2.796e-32 2.796e-32 5.592e-32 +3.40499e+05 2.805e-32 2.805e-32 5.609e-32 +3.39366e+05 2.813e-32 2.813e-32 5.627e-32 +3.38237e+05 2.822e-32 2.822e-32 5.645e-32 +3.37111e+05 2.831e-32 2.831e-32 5.663e-32 +3.35990e+05 2.840e-32 2.840e-32 5.681e-32 +3.34872e+05 2.849e-32 2.849e-32 5.698e-32 +3.33758e+05 2.858e-32 2.858e-32 5.716e-32 +3.32647e+05 2.867e-32 2.867e-32 5.735e-32 +3.31540e+05 2.876e-32 2.876e-32 5.753e-32 +3.30437e+05 2.885e-32 2.885e-32 5.771e-32 +3.29337e+05 2.895e-32 2.895e-32 5.789e-32 +3.28242e+05 2.904e-32 2.904e-32 5.807e-32 +3.27149e+05 2.913e-32 2.913e-32 5.826e-32 +3.26061e+05 2.922e-32 2.922e-32 5.844e-32 +3.24976e+05 2.931e-32 2.931e-32 5.863e-32 +3.23895e+05 2.941e-32 2.941e-32 5.881e-32 +3.22817e+05 2.950e-32 2.950e-32 5.900e-32 NO +3.21743e+05 2.959e-32 2.959e-32 5.918e-32 +3.20672e+05 2.969e-32 2.969e-32 5.937e-32 +3.19605e+05 2.978e-32 2.978e-32 5.956e-32 +3.18542e+05 2.987e-32 2.987e-32 5.975e-32 +3.17482e+05 2.997e-32 2.997e-32 5.994e-32 +3.16425e+05 3.006e-32 3.006e-32 6.013e-32 +3.15372e+05 3.016e-32 3.016e-32 6.032e-32 +3.14323e+05 3.025e-32 3.025e-32 6.051e-32 +3.13277e+05 3.035e-32 3.035e-32 6.070e-32 +3.12235e+05 3.044e-32 3.044e-32 6.089e-32 +3.11196e+05 3.054e-32 3.054e-32 6.108e-32 NO +3.10160e+05 3.064e-32 3.064e-32 6.128e-32 +3.09128e+05 3.073e-32 3.073e-32 6.147e-32 +3.08100e+05 3.083e-32 3.083e-32 6.166e-32 +3.07075e+05 3.093e-32 3.093e-32 6.186e-32 +3.06053e+05 3.103e-32 3.103e-32 6.205e-32 +3.05034e+05 3.113e-32 3.113e-32 6.225e-32 +3.04019e+05 3.122e-32 3.122e-32 6.245e-32 +3.03008e+05 3.132e-32 3.132e-32 6.264e-32 NO +3.02000e+05 3.142e-32 3.142e-32 6.284e-32 +3.00995e+05 3.152e-32 3.152e-32 6.304e-32 +2.99993e+05 3.162e-32 3.162e-32 6.324e-32 +2.98995e+05 3.172e-32 3.172e-32 6.344e-32 +2.98000e+05 3.182e-32 3.182e-32 6.364e-32 +2.97009e+05 3.192e-32 3.192e-32 6.384e-32 +2.96020e+05 3.202e-32 3.202e-32 6.404e-32 +2.95035e+05 3.212e-32 3.212e-32 6.425e-32 +2.94054e+05 3.222e-32 3.222e-32 6.445e-32 +2.93075e+05 3.233e-32 3.233e-32 6.465e-32 +2.92100e+05 3.243e-32 3.243e-32 6.486e-32 NO +2.91128e+05 3.253e-32 3.253e-32 6.506e-32 +2.90159e+05 3.263e-32 3.263e-32 6.527e-32 +2.89194e+05 3.274e-32 3.274e-32 6.547e-32 +2.88232e+05 3.284e-32 3.284e-32 6.568e-32 +2.87272e+05 3.294e-32 3.294e-32 6.589e-32 +2.86317e+05 3.305e-32 3.305e-32 6.610e-32 +2.85364e+05 3.315e-32 3.315e-32 6.631e-32 +2.84414e+05 3.326e-32 3.326e-32 6.652e-32 +2.83468e+05 3.336e-32 3.336e-32 6.673e-32 +2.82525e+05 3.347e-32 3.347e-32 6.694e-32 +2.81585e+05 3.357e-32 3.357e-32 6.715e-32 H2CO +2.80648e+05 3.368e-32 3.368e-32 6.736e-32 +2.79714e+05 3.379e-32 3.379e-32 6.757e-32 NO +2.78783e+05 3.389e-32 3.389e-32 6.779e-32 +2.77856e+05 3.400e-32 3.400e-32 6.800e-32 +2.76931e+05 3.411e-32 3.411e-32 6.822e-32 +2.76010e+05 3.422e-32 3.422e-32 6.843e-32 Sc 1 +2.75091e+05 3.432e-32 3.432e-32 6.865e-32 +2.74176e+05 3.443e-32 3.443e-32 6.887e-32 +2.73264e+05 3.454e-32 3.454e-32 6.908e-32 +2.72354e+05 3.465e-32 3.465e-32 6.930e-32 +2.71448e+05 3.476e-32 3.476e-32 6.952e-32 +2.70545e+05 3.487e-32 3.487e-32 6.974e-32 +2.69645e+05 3.498e-32 3.498e-32 6.996e-32 NO +2.68747e+05 3.509e-32 3.509e-32 7.018e-32 +2.67853e+05 3.520e-32 3.520e-32 7.040e-32 +2.66962e+05 3.531e-32 3.531e-32 7.063e-32 +2.66074e+05 3.542e-32 3.542e-32 7.085e-32 +2.65188e+05 3.554e-32 3.554e-32 7.107e-32 +2.64306e+05 3.565e-32 3.565e-32 7.130e-32 +2.63426e+05 3.576e-32 3.576e-32 7.152e-32 +2.62550e+05 3.587e-32 3.587e-32 7.175e-32 +2.61676e+05 3.599e-32 3.599e-32 7.198e-32 +2.60806e+05 3.610e-32 3.610e-32 7.220e-32 +2.59938e+05 3.622e-32 3.622e-32 7.243e-32 +2.59073e+05 3.633e-32 3.633e-32 7.266e-32 +2.58211e+05 3.645e-32 3.645e-32 7.289e-32 NO +2.57352e+05 3.656e-32 3.656e-32 7.312e-32 +2.56495e+05 3.668e-32 3.668e-32 7.335e-32 +2.55642e+05 3.679e-32 3.679e-32 7.358e-32 +2.54791e+05 3.691e-32 3.691e-32 7.382e-32 V 1 +2.53943e+05 3.703e-32 3.703e-32 7.405e-32 +2.53098e+05 3.714e-32 3.714e-32 7.428e-32 +2.52256e+05 3.726e-32 3.726e-32 7.452e-32 +2.51417e+05 3.738e-32 3.738e-32 7.475e-32 +2.50580e+05 3.750e-32 3.750e-32 7.499e-32 +2.49746e+05 3.761e-32 3.761e-32 7.523e-32 +2.48915e+05 3.773e-32 3.773e-32 7.547e-32 +2.48087e+05 3.785e-32 3.785e-32 7.570e-32 +2.47262e+05 3.797e-32 3.797e-32 7.594e-32 +2.46439e+05 3.809e-32 3.809e-32 7.618e-32 +2.45619e+05 3.821e-32 3.821e-32 7.642e-32 +2.44802e+05 3.833e-32 3.833e-32 7.667e-32 +2.43987e+05 3.845e-32 3.845e-32 7.691e-32 +2.43175e+05 3.858e-32 3.858e-32 7.715e-32 +2.42366e+05 3.870e-32 3.870e-32 7.740e-32 +2.41560e+05 3.882e-32 3.882e-32 7.764e-32 +2.40756e+05 3.894e-32 3.894e-32 7.789e-32 +2.39955e+05 3.907e-32 3.907e-32 7.813e-32 Be 2 +2.39156e+05 3.919e-32 3.919e-32 7.838e-32 +2.38361e+05 3.931e-32 3.931e-32 7.863e-32 +2.37567e+05 3.944e-32 3.944e-32 7.887e-32 +2.36777e+05 3.956e-32 3.956e-32 7.912e-32 +2.35989e+05 3.969e-32 3.969e-32 7.937e-32 +2.35204e+05 3.981e-32 3.981e-32 7.962e-32 +2.34421e+05 3.994e-32 3.994e-32 7.988e-32 +2.33641e+05 4.006e-32 4.006e-32 8.013e-32 +2.32864e+05 4.019e-32 4.019e-32 8.038e-32 NO +2.32089e+05 4.032e-32 4.032e-32 8.064e-32 +2.31317e+05 4.045e-32 4.045e-32 8.089e-32 +2.30547e+05 4.057e-32 4.057e-32 8.115e-32 +2.29780e+05 4.070e-32 4.070e-32 8.140e-32 +2.29015e+05 4.083e-32 4.083e-32 8.166e-32 +2.28253e+05 4.096e-32 4.096e-32 8.192e-32 +2.27494e+05 4.109e-32 4.109e-32 8.218e-32 +2.26737e+05 4.122e-32 4.122e-32 8.244e-32 +2.25982e+05 4.135e-32 4.135e-32 8.270e-32 NO +2.25230e+05 4.148e-32 4.148e-32 8.296e-32 Sc 1 +2.24481e+05 4.161e-32 4.161e-32 8.322e-32 +2.23734e+05 4.174e-32 4.174e-32 8.348e-32 +2.22990e+05 4.187e-32 4.187e-32 8.375e-32 +2.22248e+05 4.201e-32 4.201e-32 8.401e-32 NO +2.21508e+05 4.214e-32 4.214e-32 8.428e-32 +2.20771e+05 4.227e-32 4.227e-32 8.454e-32 +2.20036e+05 4.241e-32 4.241e-32 8.481e-32 +2.19304e+05 4.254e-32 4.254e-32 8.508e-32 +2.18575e+05 4.267e-32 4.267e-32 8.535e-32 +2.17847e+05 4.281e-32 4.281e-32 8.562e-32 +2.17122e+05 4.294e-32 4.294e-32 8.589e-32 V 1 +2.16400e+05 4.308e-32 4.308e-32 8.616e-32 NO +2.15680e+05 4.322e-32 4.322e-32 8.643e-32 +2.14962e+05 4.335e-32 4.335e-32 8.671e-32 +2.14247e+05 4.349e-32 4.349e-32 8.698e-32 +2.13534e+05 4.363e-32 4.363e-32 8.726e-32 +2.12824e+05 4.377e-32 4.377e-32 8.753e-32 +2.12115e+05 4.390e-32 4.390e-32 8.781e-32 +2.11410e+05 4.404e-32 4.404e-32 8.809e-32 H 1 +2.10706e+05 4.418e-32 4.418e-32 8.836e-32 +2.10005e+05 4.432e-32 4.432e-32 8.864e-32 +2.09306e+05 4.446e-32 4.446e-32 8.892e-32 NO +2.08610e+05 4.460e-32 4.460e-32 8.920e-32 +2.07916e+05 4.474e-32 4.474e-32 8.949e-32 +2.07224e+05 4.488e-32 4.488e-32 8.977e-32 +2.06534e+05 4.503e-32 4.503e-32 9.005e-32 +2.05847e+05 4.517e-32 4.517e-32 9.034e-32 +2.05162e+05 4.531e-32 4.531e-32 9.062e-32 +2.04480e+05 4.545e-32 4.545e-32 9.091e-32 NO +2.03799e+05 4.560e-32 4.560e-32 9.120e-32 +2.03121e+05 4.574e-32 4.574e-32 9.148e-32 +2.02445e+05 4.589e-32 4.589e-32 9.177e-32 +2.01772e+05 4.603e-32 4.603e-32 9.206e-32 +2.01100e+05 4.618e-32 4.618e-32 9.235e-32 +2.00431e+05 4.632e-32 4.632e-32 9.265e-32 +1.99764e+05 4.647e-32 4.647e-32 9.294e-32 +1.99099e+05 4.662e-32 4.662e-32 9.323e-32 Al 1 +1.98437e+05 4.676e-32 4.676e-32 9.353e-32 NO +1.97777e+05 4.691e-32 4.691e-32 9.382e-32 +1.97119e+05 4.706e-32 4.706e-32 9.412e-32 +1.96463e+05 4.721e-32 4.721e-32 9.442e-32 +1.95809e+05 4.736e-32 4.736e-32 9.472e-32 +1.95157e+05 4.751e-32 4.751e-32 9.501e-32 +1.94508e+05 4.766e-32 4.766e-32 9.531e-32 +1.93861e+05 4.781e-32 4.781e-32 9.562e-32 +1.93216e+05 4.796e-32 4.796e-32 9.592e-32 +1.92573e+05 4.811e-32 4.811e-32 9.622e-32 +1.91932e+05 4.826e-32 4.826e-32 9.653e-32 +1.91293e+05 4.842e-32 4.842e-32 9.683e-32 +1.90657e+05 4.857e-32 4.857e-32 9.714e-32 +1.90023e+05 4.872e-32 4.872e-32 9.744e-32 +1.89390e+05 4.888e-32 4.888e-32 9.775e-32 V 1 +1.88760e+05 4.903e-32 4.903e-32 9.806e-32 +1.88132e+05 4.919e-32 4.919e-32 9.837e-32 +1.87506e+05 4.934e-32 4.934e-32 9.868e-32 +1.86882e+05 4.950e-32 4.950e-32 9.899e-32 +1.86260e+05 4.965e-32 4.965e-32 9.931e-32 OH +1.85640e+05 4.981e-32 4.981e-32 9.962e-32 +1.85023e+05 4.997e-32 4.997e-32 9.993e-32 +1.84407e+05 5.013e-32 5.013e-32 1.003e-31 +1.83794e+05 5.028e-32 5.028e-32 1.006e-31 +1.83182e+05 5.044e-32 5.044e-32 1.009e-31 NO +1.82572e+05 5.060e-32 5.060e-32 1.012e-31 +1.81965e+05 5.076e-32 5.076e-32 1.015e-31 +1.81359e+05 5.092e-32 5.092e-32 1.018e-31 +1.80756e+05 5.108e-32 5.108e-32 1.022e-31 +1.80155e+05 5.124e-32 5.124e-32 1.025e-31 OH +1.79555e+05 5.141e-32 5.141e-32 1.028e-31 +1.78958e+05 5.157e-32 5.157e-32 1.031e-31 V 1 +1.78362e+05 5.173e-32 5.173e-32 1.035e-31 NO +1.77769e+05 5.190e-32 5.190e-32 1.038e-31 +1.77177e+05 5.206e-32 5.206e-32 1.041e-31 +1.76588e+05 5.222e-32 5.222e-32 1.044e-31 NO +1.76000e+05 5.239e-32 5.239e-32 1.048e-31 +1.75414e+05 5.255e-32 5.255e-32 1.051e-31 +1.74831e+05 5.272e-32 5.272e-32 1.054e-31 +1.74249e+05 5.289e-32 5.289e-32 1.058e-31 OH +1.73669e+05 5.305e-32 5.305e-32 1.061e-31 +1.73091e+05 5.322e-32 5.322e-32 1.064e-31 +1.72515e+05 5.339e-32 5.339e-32 1.068e-31 +1.71941e+05 5.356e-32 5.356e-32 1.071e-31 NO +1.71369e+05 5.373e-32 5.373e-32 1.075e-31 +1.70799e+05 5.390e-32 5.390e-32 1.078e-31 +1.70231e+05 5.407e-32 5.407e-32 1.081e-31 +1.69664e+05 5.424e-32 5.424e-32 1.085e-31 +1.69100e+05 5.441e-32 5.441e-32 1.088e-31 Na 1 +1.68537e+05 5.458e-32 5.458e-32 1.092e-31 +1.67976e+05 5.475e-32 5.475e-32 1.095e-31 Mg 2 +1.67417e+05 5.493e-32 5.493e-32 1.099e-31 NO +1.66860e+05 5.510e-32 5.510e-32 1.102e-31 +1.66305e+05 5.528e-32 5.528e-32 1.106e-31 +1.65752e+05 5.545e-32 5.545e-32 1.109e-31 +1.65200e+05 5.563e-32 5.563e-32 1.113e-31 NO +1.64650e+05 5.580e-32 5.580e-32 1.116e-31 +1.64103e+05 5.598e-32 5.598e-32 1.120e-31 +1.63557e+05 5.615e-32 5.615e-32 1.123e-31 +1.63012e+05 5.633e-32 5.633e-32 1.127e-31 +1.62470e+05 5.651e-32 5.651e-32 1.130e-31 +1.61929e+05 5.669e-32 5.669e-32 1.134e-31 +1.61391e+05 5.687e-32 5.687e-32 1.137e-31 +1.60854e+05 5.705e-32 5.705e-32 1.141e-31 NO +1.60318e+05 5.723e-32 5.723e-32 1.145e-31 +1.59785e+05 5.741e-32 5.741e-32 1.148e-31 +1.59253e+05 5.759e-32 5.759e-32 1.152e-31 +1.58723e+05 5.777e-32 5.777e-32 1.155e-31 +1.58195e+05 5.795e-32 5.795e-32 1.159e-31 +1.57669e+05 5.814e-32 5.814e-32 1.163e-31 +1.57144e+05 5.832e-32 5.832e-32 1.166e-31 +1.56621e+05 5.851e-32 5.851e-32 1.170e-31 +1.56100e+05 5.869e-32 5.869e-32 1.174e-31 +1.55581e+05 5.888e-32 5.888e-32 1.178e-31 +1.55063e+05 5.906e-32 5.906e-32 1.181e-31 +1.54547e+05 5.925e-32 5.925e-32 1.185e-31 +1.54033e+05 5.944e-32 5.944e-32 1.189e-31 +1.53520e+05 5.962e-32 5.962e-32 1.192e-31 +1.53009e+05 5.981e-32 5.981e-32 1.196e-31 +1.52500e+05 6.000e-32 6.000e-32 1.200e-31 +1.51993e+05 6.019e-32 6.019e-32 1.204e-31 +1.51487e+05 6.038e-32 6.038e-32 1.208e-31 +1.50983e+05 6.057e-32 6.057e-32 1.211e-31 NO +1.50481e+05 6.076e-32 6.076e-32 1.215e-31 +1.49980e+05 6.095e-32 6.095e-32 1.219e-31 +1.49481e+05 6.115e-32 6.115e-32 1.223e-31 SiC2 +1.48984e+05 6.134e-32 6.134e-32 1.227e-31 +1.48488e+05 6.153e-32 6.153e-32 1.231e-31 +1.47994e+05 6.173e-32 6.173e-32 1.235e-31 NO +1.47501e+05 6.192e-32 6.192e-32 1.238e-31 +1.47010e+05 6.212e-32 6.212e-32 1.242e-31 +1.46521e+05 6.232e-32 6.232e-32 1.246e-31 NO +1.46034e+05 6.251e-32 6.251e-32 1.250e-31 +1.45548e+05 6.271e-32 6.271e-32 1.254e-31 He 1 +1.45064e+05 6.291e-32 6.291e-32 1.258e-31 +1.44581e+05 6.311e-32 6.311e-32 1.262e-31 +1.44100e+05 6.331e-32 6.331e-32 1.266e-31 He 1 +1.43620e+05 6.351e-32 6.351e-32 1.270e-31 NO +1.43142e+05 6.371e-32 6.371e-32 1.274e-31 +1.42666e+05 6.391e-32 6.391e-32 1.278e-31 +1.42191e+05 6.411e-32 6.411e-32 1.282e-31 +1.41718e+05 6.431e-32 6.431e-32 1.286e-31 +1.41247e+05 6.452e-32 6.452e-32 1.290e-31 +1.40777e+05 6.472e-32 6.472e-32 1.294e-31 +1.40308e+05 6.492e-32 6.492e-32 1.298e-31 NO +1.39841e+05 6.513e-32 6.513e-32 1.303e-31 +1.39376e+05 6.533e-32 6.533e-32 1.307e-31 +1.38912e+05 6.554e-32 6.554e-32 1.311e-31 NO +1.38450e+05 6.575e-32 6.575e-32 1.315e-31 +1.37989e+05 6.596e-32 6.596e-32 1.319e-31 Sc 2 +1.37530e+05 6.616e-32 6.616e-32 1.323e-31 +1.37073e+05 6.637e-32 6.637e-32 1.327e-31 +1.36617e+05 6.658e-32 6.658e-32 1.332e-31 +1.36162e+05 6.679e-32 6.679e-32 1.336e-31 +1.35709e+05 6.700e-32 6.700e-32 1.340e-31 NO +1.35257e+05 6.722e-32 6.722e-32 1.344e-31 +1.34807e+05 6.743e-32 6.743e-32 1.349e-31 +1.34359e+05 6.764e-32 6.764e-32 1.353e-31 +1.33912e+05 6.786e-32 6.786e-32 1.357e-31 V 1 +1.33466e+05 6.807e-32 6.807e-32 1.361e-31 +1.33022e+05 6.828e-32 6.828e-32 1.366e-31 +1.32579e+05 6.850e-32 6.850e-32 1.370e-31 +1.32138e+05 6.872e-32 6.872e-32 1.374e-31 +1.31699e+05 6.893e-32 6.893e-32 1.379e-31 +1.31260e+05 6.915e-32 6.915e-32 1.383e-31 +1.30824e+05 6.937e-32 6.937e-32 1.387e-31 He 1 +1.30388e+05 6.959e-32 6.959e-32 1.392e-31 +1.29954e+05 6.981e-32 6.981e-32 1.396e-31 +1.29522e+05 7.003e-32 7.003e-32 1.401e-31 +1.29091e+05 7.025e-32 7.025e-32 1.405e-31 NO +1.28662e+05 7.047e-32 7.047e-32 1.409e-31 +1.28233e+05 7.070e-32 7.070e-32 1.414e-31 +1.27807e+05 7.092e-32 7.092e-32 1.418e-31 +1.27381e+05 7.114e-32 7.114e-32 1.423e-31 +1.26958e+05 7.137e-32 7.137e-32 1.427e-31 +1.26535e+05 7.159e-32 7.159e-32 1.432e-31 NO +1.26114e+05 7.182e-32 7.182e-32 1.436e-31 +1.25694e+05 7.205e-32 7.205e-32 1.441e-31 NO +1.25276e+05 7.227e-32 7.227e-32 1.445e-31 +1.24859e+05 7.250e-32 7.250e-32 1.450e-31 +1.24444e+05 7.273e-32 7.273e-32 1.455e-31 +1.24030e+05 7.296e-32 7.296e-32 1.459e-31 +1.23617e+05 7.319e-32 7.319e-32 1.464e-31 NO +1.23206e+05 7.342e-32 7.342e-32 1.468e-31 +1.22796e+05 7.365e-32 7.365e-32 1.473e-31 +1.22387e+05 7.389e-32 7.389e-32 1.478e-31 +1.21980e+05 7.412e-32 7.412e-32 1.482e-31 +1.21574e+05 7.436e-32 7.436e-32 1.487e-31 +1.21170e+05 7.459e-32 7.459e-32 1.492e-31 NO +1.20766e+05 7.483e-32 7.483e-32 1.497e-31 H2CO +1.20365e+05 7.506e-32 7.506e-32 1.501e-31 +1.19964e+05 7.530e-32 7.530e-32 1.506e-31 NO +1.19565e+05 7.554e-32 7.554e-32 1.511e-31 +1.19167e+05 7.578e-32 7.578e-32 1.516e-31 +1.18771e+05 7.602e-32 7.602e-32 1.520e-31 +1.18375e+05 7.626e-32 7.626e-32 1.525e-31 +1.17981e+05 7.650e-32 7.650e-32 1.530e-31 NO +1.17589e+05 7.674e-32 7.674e-32 1.535e-31 +1.17198e+05 7.698e-32 7.698e-32 1.540e-31 +1.16808e+05 7.722e-32 7.722e-32 1.544e-31 +1.16419e+05 7.747e-32 7.747e-32 1.549e-31 +1.16032e+05 7.771e-32 7.771e-32 1.554e-31 +1.15646e+05 7.796e-32 7.796e-32 1.559e-31 +1.15261e+05 7.820e-32 7.820e-32 1.564e-31 +1.14877e+05 7.845e-32 7.845e-32 1.569e-31 +1.14495e+05 7.870e-32 7.870e-32 1.574e-31 +1.14114e+05 7.895e-32 7.895e-32 1.579e-31 +1.13734e+05 7.920e-32 7.920e-32 1.584e-31 +1.13356e+05 7.945e-32 7.945e-32 1.589e-31 +1.12979e+05 7.970e-32 7.970e-32 1.594e-31 NO +1.12603e+05 7.995e-32 7.995e-32 1.599e-31 +1.12228e+05 8.020e-32 8.020e-32 1.604e-31 +1.11855e+05 8.046e-32 8.046e-32 1.609e-31 +1.11482e+05 8.071e-32 8.071e-32 1.614e-31 +1.11112e+05 8.096e-32 8.096e-32 1.619e-31 NO +1.10742e+05 8.122e-32 8.122e-32 1.624e-31 +1.10373e+05 8.148e-32 8.148e-32 1.630e-31 NO +1.10006e+05 8.173e-32 8.173e-32 1.635e-31 +1.09640e+05 8.199e-32 8.199e-32 1.640e-31 +1.09275e+05 8.225e-32 8.225e-32 1.645e-31 +1.08912e+05 8.251e-32 8.251e-32 1.650e-31 +1.08549e+05 8.277e-32 8.277e-32 1.655e-31 NO +1.08188e+05 8.303e-32 8.303e-32 1.661e-31 +1.07828e+05 8.330e-32 8.330e-32 1.666e-31 +1.07469e+05 8.356e-32 8.356e-32 1.671e-31 +1.07112e+05 8.382e-32 8.382e-32 1.676e-31 V 1 +1.06755e+05 8.409e-32 8.409e-32 1.682e-31 NO +1.06400e+05 8.435e-32 8.435e-32 1.687e-31 +1.06046e+05 8.462e-32 8.462e-32 1.692e-31 +1.05693e+05 8.489e-32 8.489e-32 1.698e-31 NO +1.05341e+05 8.515e-32 8.515e-32 1.703e-31 +1.04991e+05 8.542e-32 8.542e-32 1.708e-31 +1.04642e+05 8.569e-32 8.569e-32 1.714e-31 +1.04293e+05 8.596e-32 8.596e-32 1.719e-31 +1.03946e+05 8.624e-32 8.624e-32 1.725e-31 NO +1.03600e+05 8.651e-32 8.651e-32 1.730e-31 +1.03256e+05 8.678e-32 8.678e-32 1.736e-31 +1.02912e+05 8.706e-32 8.706e-32 1.741e-31 +1.02570e+05 8.733e-32 8.733e-32 1.747e-31 +1.02228e+05 8.761e-32 8.761e-32 1.752e-31 +1.01888e+05 8.788e-32 8.788e-32 1.758e-31 +1.01549e+05 8.816e-32 8.816e-32 1.763e-31 +1.01211e+05 8.844e-32 8.844e-32 1.769e-31 +1.00875e+05 8.872e-32 8.872e-32 1.774e-31 +1.00539e+05 8.900e-32 8.900e-32 1.780e-31 NO +1.00204e+05 8.928e-32 8.928e-32 1.786e-31 +9.98710e+04 8.956e-32 8.956e-32 1.791e-31 +9.95387e+04 8.984e-32 8.984e-32 1.797e-31 +9.92075e+04 9.013e-32 9.013e-32 1.803e-31 NO +9.88774e+04 9.041e-32 9.041e-32 1.808e-31 +9.85484e+04 9.070e-32 9.070e-32 1.814e-31 NO +9.82204e+04 9.099e-32 9.099e-32 1.820e-31 +9.78936e+04 9.127e-32 9.127e-32 1.825e-31 +9.75679e+04 9.156e-32 9.156e-32 1.831e-31 +9.72432e+04 9.185e-32 9.185e-32 1.837e-31 NO +9.69197e+04 9.214e-32 9.214e-32 1.843e-31 +9.65972e+04 9.243e-32 9.243e-32 1.849e-31 +9.62758e+04 9.272e-32 9.272e-32 1.854e-31 +9.59554e+04 9.302e-32 9.302e-32 1.860e-31 +9.56361e+04 9.331e-32 9.331e-32 1.866e-31 NO +9.53179e+04 9.360e-32 9.360e-32 1.872e-31 +9.50007e+04 9.390e-32 9.390e-32 1.878e-31 NO +9.46846e+04 9.420e-32 9.420e-32 1.884e-31 +9.43696e+04 9.449e-32 9.449e-32 1.890e-31 +9.40556e+04 9.479e-32 9.479e-32 1.896e-31 +9.37426e+04 9.509e-32 9.509e-32 1.902e-31 NO +9.34307e+04 9.539e-32 9.539e-32 1.908e-31 Ca 2 +9.31198e+04 9.569e-32 9.569e-32 1.914e-31 +9.28099e+04 9.600e-32 9.600e-32 1.920e-31 +9.25011e+04 9.630e-32 9.630e-32 1.926e-31 +9.21933e+04 9.660e-32 9.660e-32 1.932e-31 +9.18866e+04 9.691e-32 9.691e-32 1.938e-31 +9.15808e+04 9.721e-32 9.721e-32 1.944e-31 +9.12761e+04 9.752e-32 9.752e-32 1.950e-31 +9.09724e+04 9.783e-32 9.783e-32 1.957e-31 +9.06697e+04 9.814e-32 9.814e-32 1.963e-31 +9.03680e+04 9.845e-32 9.845e-32 1.969e-31 +9.00673e+04 9.876e-32 9.876e-32 1.975e-31 +8.97676e+04 9.907e-32 9.907e-32 1.981e-31 +8.94689e+04 9.938e-32 9.938e-32 1.988e-31 +8.91712e+04 9.970e-32 9.970e-32 1.994e-31 +8.88745e+04 1.000e-31 1.000e-31 2.000e-31 +8.85788e+04 1.003e-31 1.003e-31 2.007e-31 CH3OH +8.82840e+04 1.006e-31 1.006e-31 2.013e-31 +8.79903e+04 1.010e-31 1.010e-31 2.019e-31 +8.76975e+04 1.013e-31 1.013e-31 2.026e-31 +8.74057e+04 1.016e-31 1.016e-31 2.032e-31 +8.71149e+04 1.019e-31 1.019e-31 2.038e-31 +8.68250e+04 1.022e-31 1.022e-31 2.045e-31 +8.65361e+04 1.026e-31 1.026e-31 2.051e-31 +8.62481e+04 1.029e-31 1.029e-31 2.058e-31 +8.59612e+04 1.032e-31 1.032e-31 2.064e-31 +8.56751e+04 1.035e-31 1.035e-31 2.071e-31 +8.53901e+04 1.039e-31 1.039e-31 2.077e-31 +8.51059e+04 1.042e-31 1.042e-31 2.084e-31 +8.48227e+04 1.045e-31 1.045e-31 2.091e-31 +8.45405e+04 1.049e-31 1.049e-31 2.097e-31 +8.42592e+04 1.052e-31 1.052e-31 2.104e-31 +8.39788e+04 1.055e-31 1.055e-31 2.110e-31 +8.36994e+04 1.059e-31 1.059e-31 2.117e-31 +8.34209e+04 1.062e-31 1.062e-31 2.124e-31 +8.31433e+04 1.065e-31 1.065e-31 2.130e-31 +8.28667e+04 1.069e-31 1.069e-31 2.137e-31 +8.25909e+04 1.072e-31 1.072e-31 2.144e-31 +8.23161e+04 1.075e-31 1.075e-31 2.151e-31 +8.20422e+04 1.079e-31 1.079e-31 2.158e-31 +8.17692e+04 1.082e-31 1.082e-31 2.164e-31 +8.14971e+04 1.086e-31 1.086e-31 2.171e-31 +8.12260e+04 1.089e-31 1.089e-31 2.178e-31 +8.09557e+04 1.092e-31 1.092e-31 2.185e-31 +8.06863e+04 1.096e-31 1.096e-31 2.192e-31 +8.04179e+04 1.099e-31 1.099e-31 2.199e-31 +8.01503e+04 1.103e-31 1.103e-31 2.206e-31 +7.98836e+04 1.106e-31 1.106e-31 2.213e-31 +7.96178e+04 1.110e-31 1.110e-31 2.220e-31 +7.93528e+04 1.113e-31 1.113e-31 2.227e-31 +7.90888e+04 1.117e-31 1.117e-31 2.234e-31 +7.88256e+04 1.120e-31 1.120e-31 2.241e-31 +7.85634e+04 1.124e-31 1.124e-31 2.248e-31 +7.83019e+04 1.127e-31 1.127e-31 2.255e-31 +7.80414e+04 1.131e-31 1.131e-31 2.262e-31 +7.77817e+04 1.135e-31 1.135e-31 2.269e-31 +7.75229e+04 1.138e-31 1.138e-31 2.276e-31 +7.72650e+04 1.142e-31 1.142e-31 2.284e-31 +7.70079e+04 1.145e-31 1.145e-31 2.291e-31 Si 2 +7.67516e+04 1.149e-31 1.149e-31 2.298e-31 +7.64962e+04 1.153e-31 1.153e-31 2.305e-31 N 5 +7.62417e+04 1.156e-31 1.156e-31 2.312e-31 +7.59880e+04 1.160e-31 1.160e-31 2.320e-31 +7.57352e+04 1.164e-31 1.164e-31 2.327e-31 +7.54832e+04 1.167e-31 1.167e-31 2.334e-31 +7.52320e+04 1.171e-31 1.171e-31 2.342e-31 +7.49817e+04 1.175e-31 1.175e-31 2.349e-31 +7.47322e+04 1.178e-31 1.178e-31 2.357e-31 +7.44835e+04 1.182e-31 1.182e-31 2.364e-31 F 1 +7.42357e+04 1.186e-31 1.186e-31 2.372e-31 +7.39887e+04 1.190e-31 1.190e-31 2.379e-31 +7.37425e+04 1.193e-31 1.193e-31 2.387e-31 +7.34971e+04 1.197e-31 1.197e-31 2.394e-31 +7.32525e+04 1.201e-31 1.201e-31 2.402e-31 +7.30088e+04 1.205e-31 1.205e-31 2.409e-31 +7.27659e+04 1.208e-31 1.208e-31 2.417e-31 +7.25237e+04 1.212e-31 1.212e-31 2.424e-31 +7.22824e+04 1.216e-31 1.216e-31 2.432e-31 +7.20419e+04 1.220e-31 1.220e-31 2.440e-31 B 3 +7.18022e+04 1.224e-31 1.224e-31 2.448e-31 +7.15633e+04 1.228e-31 1.228e-31 2.455e-31 +7.13252e+04 1.232e-31 1.232e-31 2.463e-31 +7.10878e+04 1.235e-31 1.235e-31 2.471e-31 +7.08513e+04 1.239e-31 1.239e-31 2.479e-31 +7.06155e+04 1.243e-31 1.243e-31 2.486e-31 N 5 +7.03806e+04 1.247e-31 1.247e-31 2.494e-31 +7.01464e+04 1.251e-31 1.251e-31 2.502e-31 +6.99130e+04 1.255e-31 1.255e-31 2.510e-31 +6.96803e+04 1.259e-31 1.259e-31 2.518e-31 +6.94485e+04 1.263e-31 1.263e-31 2.526e-31 +6.92174e+04 1.267e-31 1.267e-31 2.534e-31 +6.89871e+04 1.271e-31 1.271e-31 2.542e-31 +6.87575e+04 1.275e-31 1.275e-31 2.550e-31 +6.85288e+04 1.279e-31 1.279e-31 2.558e-31 +6.83007e+04 1.283e-31 1.283e-31 2.566e-31 +6.80735e+04 1.287e-31 1.287e-31 2.574e-31 +6.78470e+04 1.291e-31 1.291e-31 2.582e-31 +6.76212e+04 1.295e-31 1.295e-31 2.590e-31 +6.73962e+04 1.299e-31 1.299e-31 2.599e-31 +6.71719e+04 1.303e-31 1.303e-31 2.607e-31 +6.69484e+04 1.308e-31 1.308e-31 2.615e-31 +6.67257e+04 1.312e-31 1.312e-31 2.623e-31 +6.65036e+04 1.316e-31 1.316e-31 2.632e-31 +6.62824e+04 1.320e-31 1.320e-31 2.640e-31 +6.60618e+04 1.324e-31 1.324e-31 2.648e-31 +6.58420e+04 1.328e-31 1.328e-31 2.657e-31 SO2 +6.56229e+04 1.332e-31 1.332e-31 2.665e-31 +6.54046e+04 1.337e-31 1.337e-31 2.673e-31 +6.51869e+04 1.341e-31 1.341e-31 2.682e-31 +6.49700e+04 1.345e-31 1.345e-31 2.690e-31 SiC2 +6.47538e+04 1.349e-31 1.349e-31 2.699e-31 +6.45384e+04 1.354e-31 1.354e-31 2.707e-31 +6.43236e+04 1.358e-31 1.358e-31 2.716e-31 OH +6.41096e+04 1.362e-31 1.362e-31 2.724e-31 +6.38963e+04 1.367e-31 1.367e-31 2.733e-31 +6.36837e+04 1.371e-31 1.371e-31 2.742e-31 +6.34718e+04 1.375e-31 1.375e-31 2.750e-31 +6.32606e+04 1.380e-31 1.380e-31 2.759e-31 +6.30501e+04 1.384e-31 1.384e-31 2.768e-31 OH +6.28403e+04 1.388e-31 1.388e-31 2.776e-31 OH +6.26312e+04 1.393e-31 1.393e-31 2.785e-31 +6.24228e+04 1.397e-31 1.397e-31 2.794e-31 Si 2 +6.22151e+04 1.401e-31 1.401e-31 2.803e-31 +6.20081e+04 1.406e-31 1.406e-31 2.812e-31 H2CO +6.18017e+04 1.410e-31 1.410e-31 2.821e-31 +6.15961e+04 1.415e-31 1.415e-31 2.829e-31 +6.13911e+04 1.419e-31 1.419e-31 2.838e-31 +6.11869e+04 1.424e-31 1.424e-31 2.847e-31 +6.09833e+04 1.428e-31 1.428e-31 2.856e-31 +6.07803e+04 1.433e-31 1.433e-31 2.865e-31 +6.05781e+04 1.437e-31 1.437e-31 2.874e-31 H2CO +6.03765e+04 1.442e-31 1.442e-31 2.884e-31 +6.01756e+04 1.446e-31 1.446e-31 2.893e-31 +5.99754e+04 1.451e-31 1.451e-31 2.902e-31 +5.97758e+04 1.455e-31 1.455e-31 2.911e-31 +5.95769e+04 1.460e-31 1.460e-31 2.920e-31 +5.93787e+04 1.465e-31 1.465e-31 2.929e-31 +5.91811e+04 1.469e-31 1.469e-31 2.939e-31 +5.89842e+04 1.474e-31 1.474e-31 2.948e-31 +5.87879e+04 1.479e-31 1.479e-31 2.957e-31 Si 2 +5.85923e+04 1.483e-31 1.483e-31 2.966e-31 +5.83974e+04 1.488e-31 1.488e-31 2.976e-31 +5.82031e+04 1.493e-31 1.493e-31 2.985e-31 +5.80094e+04 1.497e-31 1.497e-31 2.995e-31 +5.78164e+04 1.502e-31 1.502e-31 3.004e-31 +5.76240e+04 1.507e-31 1.507e-31 3.014e-31 +5.74323e+04 1.512e-31 1.512e-31 3.023e-31 +5.72412e+04 1.516e-31 1.516e-31 3.033e-31 +5.70507e+04 1.521e-31 1.521e-31 3.042e-31 +5.68609e+04 1.526e-31 1.526e-31 3.052e-31 +5.66717e+04 1.531e-31 1.531e-31 3.061e-31 +5.64831e+04 1.536e-31 1.536e-31 3.071e-31 +5.62951e+04 1.540e-31 1.540e-31 3.081e-31 +5.61078e+04 1.545e-31 1.545e-31 3.091e-31 +5.59211e+04 1.550e-31 1.550e-31 3.100e-31 +5.57351e+04 1.555e-31 1.555e-31 3.110e-31 +5.55496e+04 1.560e-31 1.560e-31 3.120e-31 +5.53648e+04 1.565e-31 1.565e-31 3.130e-31 +5.51805e+04 1.570e-31 1.570e-31 3.140e-31 +5.49969e+04 1.575e-31 1.575e-31 3.150e-31 +5.48139e+04 1.580e-31 1.580e-31 3.160e-31 +5.46315e+04 1.585e-31 1.585e-31 3.169e-31 +5.44498e+04 1.590e-31 1.590e-31 3.179e-31 +5.42686e+04 1.595e-31 1.595e-31 3.190e-31 +5.40880e+04 1.600e-31 1.600e-31 3.200e-31 +5.39080e+04 1.605e-31 1.605e-31 3.210e-31 C 4 +5.37287e+04 1.610e-31 1.610e-31 3.220e-31 +5.35499e+04 1.615e-31 1.615e-31 3.230e-31 +5.33717e+04 1.620e-31 1.620e-31 3.240e-31 +5.31941e+04 1.625e-31 1.625e-31 3.250e-31 +5.30171e+04 1.630e-31 1.630e-31 3.261e-31 +5.28407e+04 1.635e-31 1.635e-31 3.271e-31 +5.26649e+04 1.641e-31 1.641e-31 3.281e-31 +5.24896e+04 1.646e-31 1.646e-31 3.292e-31 +5.23150e+04 1.651e-31 1.651e-31 3.302e-31 +5.21409e+04 1.656e-31 1.656e-31 3.312e-31 +5.19674e+04 1.661e-31 1.661e-31 3.323e-31 +5.17945e+04 1.667e-31 1.667e-31 3.333e-31 +5.16222e+04 1.672e-31 1.672e-31 3.344e-31 +5.14504e+04 1.677e-31 1.677e-31 3.355e-31 +5.12792e+04 1.683e-31 1.683e-31 3.365e-31 +5.11086e+04 1.688e-31 1.688e-31 3.376e-31 +5.09385e+04 1.693e-31 1.693e-31 3.386e-31 +5.07690e+04 1.699e-31 1.699e-31 3.397e-31 +5.06001e+04 1.704e-31 1.704e-31 3.408e-31 +5.04317e+04 1.709e-31 1.709e-31 3.419e-31 +5.02639e+04 1.715e-31 1.715e-31 3.429e-31 +5.00967e+04 1.720e-31 1.720e-31 3.440e-31 +4.99300e+04 1.726e-31 1.726e-31 3.451e-31 Si 4 +4.97638e+04 1.731e-31 1.731e-31 3.462e-31 OH +4.95982e+04 1.736e-31 1.736e-31 3.473e-31 OH +4.94332e+04 1.742e-31 1.742e-31 3.484e-31 +4.92687e+04 1.747e-31 1.747e-31 3.495e-31 +4.91048e+04 1.753e-31 1.753e-31 3.506e-31 +4.89414e+04 1.758e-31 1.758e-31 3.517e-31 +4.87785e+04 1.764e-31 1.764e-31 3.528e-31 +4.86162e+04 1.770e-31 1.770e-31 3.539e-31 +4.84545e+04 1.775e-31 1.775e-31 3.550e-31 +4.82932e+04 1.781e-31 1.781e-31 3.562e-31 +4.81325e+04 1.786e-31 1.786e-31 3.573e-31 +4.79724e+04 1.792e-31 1.792e-31 3.584e-31 +4.78128e+04 1.798e-31 1.798e-31 3.595e-31 +4.76537e+04 1.803e-31 1.803e-31 3.607e-31 +4.74951e+04 1.809e-31 1.809e-31 3.618e-31 +4.73371e+04 1.815e-31 1.815e-31 3.630e-31 +4.71796e+04 1.820e-31 1.820e-31 3.641e-31 +4.70226e+04 1.826e-31 1.826e-31 3.652e-31 +4.68661e+04 1.832e-31 1.832e-31 3.664e-31 +4.67102e+04 1.838e-31 1.838e-31 3.676e-31 +4.65547e+04 1.844e-31 1.844e-31 3.687e-31 +4.63998e+04 1.849e-31 1.849e-31 3.699e-31 +4.62454e+04 1.855e-31 1.855e-31 3.710e-31 +4.60916e+04 1.861e-31 1.861e-31 3.722e-31 +4.59382e+04 1.867e-31 1.867e-31 3.734e-31 +4.57853e+04 1.873e-31 1.873e-31 3.746e-31 +4.56330e+04 1.879e-31 1.879e-31 3.758e-31 +4.54812e+04 1.885e-31 1.885e-31 3.769e-31 +4.53298e+04 1.891e-31 1.891e-31 3.781e-31 +4.51790e+04 1.897e-31 1.897e-31 3.793e-31 +4.50287e+04 1.903e-31 1.903e-31 3.805e-31 +4.48788e+04 1.909e-31 1.909e-31 3.817e-31 +4.47295e+04 1.915e-31 1.915e-31 3.829e-31 +4.45807e+04 1.921e-31 1.921e-31 3.841e-31 +4.44323e+04 1.927e-31 1.927e-31 3.853e-31 +4.42845e+04 1.933e-31 1.933e-31 3.866e-31 +4.41371e+04 1.939e-31 1.939e-31 3.878e-31 +4.39903e+04 1.945e-31 1.945e-31 3.890e-31 +4.38439e+04 1.951e-31 1.951e-31 3.902e-31 +4.36980e+04 1.957e-31 1.957e-31 3.915e-31 +4.35526e+04 1.964e-31 1.964e-31 3.927e-31 +4.34077e+04 1.970e-31 1.970e-31 3.939e-31 +4.32632e+04 1.976e-31 1.976e-31 3.952e-31 +4.31193e+04 1.982e-31 1.982e-31 3.964e-31 +4.29758e+04 1.988e-31 1.988e-31 3.977e-31 +4.28328e+04 1.995e-31 1.995e-31 3.989e-31 +4.26903e+04 2.001e-31 2.001e-31 4.002e-31 +4.25482e+04 2.007e-31 2.007e-31 4.015e-31 +4.24067e+04 2.014e-31 2.014e-31 4.027e-31 +4.22656e+04 2.020e-31 2.020e-31 4.040e-31 B 3 +4.21249e+04 2.026e-31 2.026e-31 4.053e-31 +4.19848e+04 2.033e-31 2.033e-31 4.066e-31 +4.18451e+04 2.039e-31 2.039e-31 4.078e-31 SO2 +4.17058e+04 2.046e-31 2.046e-31 4.091e-31 +4.15671e+04 2.052e-31 2.052e-31 4.104e-31 +4.14287e+04 2.059e-31 2.059e-31 4.117e-31 +4.12909e+04 2.065e-31 2.065e-31 4.130e-31 +4.11535e+04 2.072e-31 2.072e-31 4.143e-31 +4.10166e+04 2.078e-31 2.078e-31 4.156e-31 +4.08801e+04 2.085e-31 2.085e-31 4.169e-31 +4.07441e+04 2.091e-31 2.091e-31 4.183e-31 +4.06085e+04 2.098e-31 2.098e-31 4.196e-31 +4.04734e+04 2.104e-31 2.104e-31 4.209e-31 +4.03387e+04 2.111e-31 2.111e-31 4.222e-31 +4.02045e+04 2.118e-31 2.118e-31 4.236e-31 +4.00707e+04 2.124e-31 2.124e-31 4.249e-31 +3.99374e+04 2.131e-31 2.131e-31 4.262e-31 K 9 +3.98045e+04 2.138e-31 2.138e-31 4.276e-31 +3.96720e+04 2.145e-31 2.145e-31 4.289e-31 +3.95400e+04 2.151e-31 2.151e-31 4.303e-31 +3.94085e+04 2.158e-31 2.158e-31 4.316e-31 +3.92773e+04 2.165e-31 2.165e-31 4.330e-31 +3.91466e+04 2.172e-31 2.172e-31 4.344e-31 +3.90164e+04 2.179e-31 2.179e-31 4.357e-31 +3.88866e+04 2.186e-31 2.186e-31 4.371e-31 +3.87572e+04 2.192e-31 2.192e-31 4.385e-31 +3.86282e+04 2.199e-31 2.199e-31 4.399e-31 OH +3.84997e+04 2.206e-31 2.206e-31 4.413e-31 +3.83716e+04 2.213e-31 2.213e-31 4.427e-31 OH +3.82439e+04 2.220e-31 2.220e-31 4.441e-31 OH +3.81166e+04 2.227e-31 2.227e-31 4.455e-31 +3.79898e+04 2.234e-31 2.234e-31 4.469e-31 +3.78634e+04 2.241e-31 2.241e-31 4.483e-31 +3.77374e+04 2.248e-31 2.248e-31 4.497e-31 +3.76118e+04 2.256e-31 2.256e-31 4.511e-31 +3.74867e+04 2.263e-31 2.263e-31 4.525e-31 +3.73619e+04 2.270e-31 2.270e-31 4.540e-31 +3.72376e+04 2.277e-31 2.277e-31 4.554e-31 +3.71137e+04 2.284e-31 2.284e-31 4.568e-31 +3.69902e+04 2.291e-31 2.291e-31 4.583e-31 OH +3.68671e+04 2.299e-31 2.299e-31 4.597e-31 OH +3.67445e+04 2.306e-31 2.306e-31 4.612e-31 +3.66222e+04 2.313e-31 2.313e-31 4.626e-31 OH +3.65004e+04 2.320e-31 2.320e-31 4.641e-31 OH +3.63789e+04 2.328e-31 2.328e-31 4.655e-31 +3.62579e+04 2.335e-31 2.335e-31 4.670e-31 +3.61372e+04 2.342e-31 2.342e-31 4.685e-31 +3.60170e+04 2.350e-31 2.350e-31 4.700e-31 +3.58971e+04 2.357e-31 2.357e-31 4.715e-31 +3.57777e+04 2.365e-31 2.365e-31 4.729e-31 +3.56586e+04 2.372e-31 2.372e-31 4.744e-31 SO2 +3.55400e+04 2.380e-31 2.380e-31 4.759e-31 +3.54217e+04 2.387e-31 2.387e-31 4.774e-31 +3.53039e+04 2.395e-31 2.395e-31 4.789e-31 Li 3 +3.51864e+04 2.402e-31 2.402e-31 4.804e-31 +3.50693e+04 2.410e-31 2.410e-31 4.820e-31 +3.49526e+04 2.417e-31 2.417e-31 4.835e-31 +3.48363e+04 2.425e-31 2.425e-31 4.850e-31 +3.47204e+04 2.433e-31 2.433e-31 4.865e-31 +3.46049e+04 2.440e-31 2.440e-31 4.881e-31 He 2 +3.44897e+04 2.448e-31 2.448e-31 4.896e-31 +3.43750e+04 2.456e-31 2.456e-31 4.912e-31 +3.42606e+04 2.464e-31 2.464e-31 4.927e-31 +3.41466e+04 2.471e-31 2.471e-31 4.943e-31 +3.40330e+04 2.479e-31 2.479e-31 4.958e-31 +3.39197e+04 2.487e-31 2.487e-31 4.974e-31 +3.38069e+04 2.495e-31 2.495e-31 4.990e-31 He 1 +3.36944e+04 2.503e-31 2.503e-31 5.005e-31 H2CO +3.35823e+04 2.511e-31 2.511e-31 5.021e-31 +3.34705e+04 2.518e-31 2.518e-31 5.037e-31 He 1 +3.33591e+04 2.526e-31 2.526e-31 5.053e-31 +3.32481e+04 2.534e-31 2.534e-31 5.069e-31 SiC2 +3.31375e+04 2.542e-31 2.542e-31 5.085e-31 +3.30272e+04 2.550e-31 2.550e-31 5.101e-31 +3.29174e+04 2.558e-31 2.558e-31 5.117e-31 HC3N +3.28078e+04 2.567e-31 2.567e-31 5.133e-31 +3.26987e+04 2.575e-31 2.575e-31 5.149e-31 +3.25899e+04 2.583e-31 2.583e-31 5.166e-31 +3.24814e+04 2.591e-31 2.591e-31 5.182e-31 +3.23733e+04 2.599e-31 2.599e-31 5.198e-31 +3.22656e+04 2.607e-31 2.607e-31 5.215e-31 +3.21583e+04 2.616e-31 2.616e-31 5.231e-31 +3.20512e+04 2.624e-31 2.624e-31 5.248e-31 +3.19446e+04 2.632e-31 2.632e-31 5.264e-31 +3.18383e+04 2.640e-31 2.640e-31 5.281e-31 CH3OH +3.17324e+04 2.649e-31 2.649e-31 5.297e-31 +3.16268e+04 2.657e-31 2.657e-31 5.314e-31 +3.15215e+04 2.665e-31 2.665e-31 5.331e-31 +3.14167e+04 2.674e-31 2.674e-31 5.348e-31 +3.13121e+04 2.682e-31 2.682e-31 5.365e-31 +3.12079e+04 2.691e-31 2.691e-31 5.382e-31 +3.11041e+04 2.699e-31 2.699e-31 5.398e-31 +3.10006e+04 2.708e-31 2.708e-31 5.416e-31 S 6 +3.08974e+04 2.716e-31 2.716e-31 5.433e-31 +3.07946e+04 2.725e-31 2.725e-31 5.450e-31 +3.06922e+04 2.733e-31 2.733e-31 5.467e-31 +3.05900e+04 2.742e-31 2.742e-31 5.484e-31 +3.04883e+04 2.751e-31 2.751e-31 5.501e-31 +3.03868e+04 2.759e-31 2.759e-31 5.519e-31 +3.02857e+04 2.768e-31 2.768e-31 5.536e-31 +3.01849e+04 2.777e-31 2.777e-31 5.554e-31 CH3OH +3.00845e+04 2.786e-31 2.786e-31 5.571e-31 +2.99844e+04 2.794e-31 2.794e-31 5.589e-31 +2.98846e+04 2.803e-31 2.803e-31 5.606e-31 +2.97852e+04 2.812e-31 2.812e-31 5.624e-31 +2.96861e+04 2.821e-31 2.821e-31 5.642e-31 +2.95873e+04 2.830e-31 2.830e-31 5.660e-31 +2.94888e+04 2.839e-31 2.839e-31 5.678e-31 +2.93907e+04 2.848e-31 2.848e-31 5.695e-31 +2.92929e+04 2.857e-31 2.857e-31 5.713e-31 +2.91955e+04 2.866e-31 2.866e-31 5.731e-31 +2.90983e+04 2.875e-31 2.875e-31 5.750e-31 +2.90015e+04 2.884e-31 2.884e-31 5.768e-31 +2.89050e+04 2.893e-31 2.893e-31 5.786e-31 +2.88088e+04 2.902e-31 2.902e-31 5.804e-31 +2.87129e+04 2.911e-31 2.911e-31 5.822e-31 +2.86174e+04 2.920e-31 2.920e-31 5.841e-31 +2.85222e+04 2.930e-31 2.930e-31 5.859e-31 +2.84273e+04 2.939e-31 2.939e-31 5.878e-31 +2.83327e+04 2.948e-31 2.948e-31 5.896e-31 +2.82384e+04 2.957e-31 2.957e-31 5.915e-31 +2.81445e+04 2.967e-31 2.967e-31 5.934e-31 +2.80508e+04 2.976e-31 2.976e-31 5.952e-31 +2.79575e+04 2.986e-31 2.986e-31 5.971e-31 +2.78644e+04 2.995e-31 2.995e-31 5.990e-31 +2.77717e+04 3.004e-31 3.004e-31 6.009e-31 +2.76793e+04 3.014e-31 3.014e-31 6.028e-31 +2.75872e+04 3.023e-31 3.023e-31 6.047e-31 +2.74954e+04 3.033e-31 3.033e-31 6.066e-31 +2.74039e+04 3.042e-31 3.042e-31 6.085e-31 +2.73127e+04 3.052e-31 3.052e-31 6.104e-31 +2.72219e+04 3.062e-31 3.062e-31 6.123e-31 +2.71313e+04 3.071e-31 3.071e-31 6.143e-31 +2.70410e+04 3.081e-31 3.081e-31 6.162e-31 +2.69510e+04 3.091e-31 3.091e-31 6.182e-31 +2.68614e+04 3.101e-31 3.101e-31 6.201e-31 +2.67720e+04 3.110e-31 3.110e-31 6.221e-31 +2.66829e+04 3.120e-31 3.120e-31 6.240e-31 +2.65941e+04 3.130e-31 3.130e-31 6.260e-31 +2.65056e+04 3.140e-31 3.140e-31 6.280e-31 +2.64174e+04 3.150e-31 3.150e-31 6.300e-31 +2.63295e+04 3.160e-31 3.160e-31 6.319e-31 +2.62419e+04 3.170e-31 3.170e-31 6.339e-31 +2.61546e+04 3.180e-31 3.180e-31 6.359e-31 +2.60676e+04 3.190e-31 3.190e-31 6.379e-31 +2.59808e+04 3.200e-31 3.200e-31 6.399e-31 +2.58944e+04 3.210e-31 3.210e-31 6.420e-31 N 1 +2.58082e+04 3.220e-31 3.220e-31 6.440e-31 +2.57223e+04 3.230e-31 3.230e-31 6.460e-31 +2.56368e+04 3.240e-31 3.240e-31 6.481e-31 +2.55515e+04 3.251e-31 3.251e-31 6.501e-31 +2.54664e+04 3.261e-31 3.261e-31 6.522e-31 SO2 +2.53817e+04 3.271e-31 3.271e-31 6.542e-31 +2.52972e+04 3.281e-31 3.281e-31 6.563e-31 +2.52131e+04 3.292e-31 3.292e-31 6.583e-31 +2.51292e+04 3.302e-31 3.302e-31 6.604e-31 +2.50456e+04 3.313e-31 3.313e-31 6.625e-31 +2.49622e+04 3.323e-31 3.323e-31 6.646e-31 C 5 +2.48792e+04 3.333e-31 3.333e-31 6.667e-31 +2.47964e+04 3.344e-31 3.344e-31 6.688e-31 +2.47139e+04 3.355e-31 3.355e-31 6.709e-31 +2.46316e+04 3.365e-31 3.365e-31 6.730e-31 CH3OH +2.45497e+04 3.376e-31 3.376e-31 6.751e-31 +2.44680e+04 3.386e-31 3.386e-31 6.773e-31 SO2 +2.43866e+04 3.397e-31 3.397e-31 6.794e-31 +2.43054e+04 3.408e-31 3.408e-31 6.816e-31 +2.42245e+04 3.419e-31 3.419e-31 6.837e-31 +2.41439e+04 3.429e-31 3.429e-31 6.859e-31 +2.40636e+04 3.440e-31 3.440e-31 6.880e-31 +2.39835e+04 3.451e-31 3.451e-31 6.902e-31 +2.39037e+04 3.462e-31 3.462e-31 6.924e-31 +2.38242e+04 3.473e-31 3.473e-31 6.946e-31 +2.37449e+04 3.484e-31 3.484e-31 6.968e-31 +2.36659e+04 3.495e-31 3.495e-31 6.989e-31 +2.35872e+04 3.506e-31 3.506e-31 7.012e-31 +2.35087e+04 3.517e-31 3.517e-31 7.034e-31 +2.34305e+04 3.528e-31 3.528e-31 7.056e-31 +2.33525e+04 3.539e-31 3.539e-31 7.078e-31 +2.32748e+04 3.550e-31 3.550e-31 7.100e-31 +2.31973e+04 3.561e-31 3.561e-31 7.123e-31 +2.31202e+04 3.573e-31 3.573e-31 7.145e-31 +2.30432e+04 3.584e-31 3.584e-31 7.168e-31 +2.29666e+04 3.595e-31 3.595e-31 7.190e-31 SO +2.28901e+04 3.607e-31 3.607e-31 7.213e-31 +2.28140e+04 3.618e-31 3.618e-31 7.236e-31 +2.27381e+04 3.629e-31 3.629e-31 7.259e-31 +2.26624e+04 3.641e-31 3.641e-31 7.282e-31 +2.25870e+04 3.652e-31 3.652e-31 7.305e-31 +2.25118e+04 3.664e-31 3.664e-31 7.328e-31 +2.24369e+04 3.675e-31 3.675e-31 7.351e-31 +2.23623e+04 3.687e-31 3.687e-31 7.374e-31 +2.22879e+04 3.699e-31 3.699e-31 7.397e-31 OH +2.22137e+04 3.710e-31 3.710e-31 7.420e-31 +2.21398e+04 3.722e-31 3.722e-31 7.444e-31 +2.20661e+04 3.734e-31 3.734e-31 7.467e-31 +2.19927e+04 3.745e-31 3.745e-31 7.491e-31 K 9 +2.19195e+04 3.757e-31 3.757e-31 7.515e-31 +2.18466e+04 3.769e-31 3.769e-31 7.538e-31 +2.17739e+04 3.781e-31 3.781e-31 7.562e-31 +2.17014e+04 3.793e-31 3.793e-31 7.586e-31 +2.16292e+04 3.805e-31 3.805e-31 7.610e-31 +2.15573e+04 3.817e-31 3.817e-31 7.634e-31 +2.14855e+04 3.829e-31 3.829e-31 7.658e-31 +2.14140e+04 3.841e-31 3.841e-31 7.682e-31 +2.13428e+04 3.853e-31 3.853e-31 7.706e-31 +2.12718e+04 3.865e-31 3.865e-31 7.731e-31 +2.12010e+04 3.877e-31 3.877e-31 7.755e-31 +2.11304e+04 3.890e-31 3.890e-31 7.779e-31 +2.10601e+04 3.902e-31 3.902e-31 7.804e-31 +2.09901e+04 3.914e-31 3.914e-31 7.829e-31 Cl 7 +2.09202e+04 3.927e-31 3.927e-31 7.853e-31 +2.08506e+04 3.939e-31 3.939e-31 7.878e-31 +2.07812e+04 3.951e-31 3.951e-31 7.903e-31 +2.07121e+04 3.964e-31 3.964e-31 7.928e-31 H2CO +2.06432e+04 3.976e-31 3.976e-31 7.953e-31 N 1 +2.05745e+04 3.989e-31 3.989e-31 7.978e-31 SO2 +2.05060e+04 4.002e-31 4.002e-31 8.003e-31 +2.04378e+04 4.014e-31 4.014e-31 8.028e-31 +2.03698e+04 4.027e-31 4.027e-31 8.054e-31 He 1 +2.03020e+04 4.040e-31 4.040e-31 8.079e-31 +2.02344e+04 4.052e-31 4.052e-31 8.104e-31 +2.01671e+04 4.065e-31 4.065e-31 8.130e-31 He 1 +2.01000e+04 4.078e-31 4.078e-31 8.156e-31 +2.00331e+04 4.091e-31 4.091e-31 8.181e-31 Al 3 +1.99665e+04 4.104e-31 4.104e-31 8.207e-31 +1.99000e+04 4.117e-31 4.117e-31 8.233e-31 +1.98338e+04 4.130e-31 4.130e-31 8.259e-31 +1.97678e+04 4.143e-31 4.143e-31 8.285e-31 +1.97020e+04 4.156e-31 4.156e-31 8.311e-31 +1.96365e+04 4.169e-31 4.169e-31 8.337e-31 +1.95711e+04 4.182e-31 4.182e-31 8.364e-31 +1.95060e+04 4.195e-31 4.195e-31 8.390e-31 +1.94411e+04 4.208e-31 4.208e-31 8.417e-31 +1.93764e+04 4.222e-31 4.222e-31 8.443e-31 +1.93120e+04 4.235e-31 4.235e-31 8.470e-31 +1.92477e+04 4.248e-31 4.248e-31 8.496e-31 +1.91837e+04 4.262e-31 4.262e-31 8.523e-31 CH3OH +1.91198e+04 4.275e-31 4.275e-31 8.550e-31 SiC2 +1.90562e+04 4.289e-31 4.289e-31 8.577e-31 +1.89928e+04 4.302e-31 4.302e-31 8.604e-31 +1.89296e+04 4.316e-31 4.316e-31 8.631e-31 +1.88666e+04 4.329e-31 4.329e-31 8.659e-31 +1.88038e+04 4.343e-31 4.343e-31 8.686e-31 +1.87413e+04 4.357e-31 4.357e-31 8.713e-31 +1.86789e+04 4.370e-31 4.370e-31 8.741e-31 +1.86168e+04 4.384e-31 4.384e-31 8.768e-31 +1.85548e+04 4.398e-31 4.398e-31 8.796e-31 +1.84931e+04 4.412e-31 4.412e-31 8.824e-31 +1.84315e+04 4.426e-31 4.426e-31 8.851e-31 +1.83702e+04 4.440e-31 4.440e-31 8.879e-31 +1.83091e+04 4.454e-31 4.454e-31 8.907e-31 +1.82482e+04 4.468e-31 4.468e-31 8.935e-31 +1.81874e+04 4.482e-31 4.482e-31 8.964e-31 Si 3 +1.81269e+04 4.496e-31 4.496e-31 8.992e-31 +1.80666e+04 4.510e-31 4.510e-31 9.020e-31 +1.80065e+04 4.524e-31 4.524e-31 9.049e-31 Cl 7 +1.79466e+04 4.539e-31 4.539e-31 9.077e-31 +1.78869e+04 4.553e-31 4.553e-31 9.106e-31 +1.78273e+04 4.567e-31 4.567e-31 9.135e-31 +1.77680e+04 4.582e-31 4.582e-31 9.163e-31 +1.77089e+04 4.596e-31 4.596e-31 9.192e-31 +1.76500e+04 4.611e-31 4.611e-31 9.221e-31 +1.75912e+04 4.625e-31 4.625e-31 9.250e-31 +1.75327e+04 4.640e-31 4.640e-31 9.280e-31 +1.74744e+04 4.654e-31 4.654e-31 9.309e-31 +1.74162e+04 4.669e-31 4.669e-31 9.338e-31 +1.73583e+04 4.684e-31 4.684e-31 9.368e-31 +1.73005e+04 4.699e-31 4.699e-31 9.397e-31 +1.72430e+04 4.713e-31 4.713e-31 9.427e-31 +1.71856e+04 4.728e-31 4.728e-31 9.456e-31 +1.71284e+04 4.743e-31 4.743e-31 9.486e-31 +1.70714e+04 4.758e-31 4.758e-31 9.516e-31 +1.70146e+04 4.773e-31 4.773e-31 9.546e-31 +1.69580e+04 4.788e-31 4.788e-31 9.576e-31 +1.69016e+04 4.803e-31 4.803e-31 9.607e-31 +1.68453e+04 4.818e-31 4.818e-31 9.637e-31 +1.67893e+04 4.834e-31 4.834e-31 9.667e-31 +1.67334e+04 4.849e-31 4.849e-31 9.698e-31 +1.66777e+04 4.864e-31 4.864e-31 9.728e-31 +1.66222e+04 4.879e-31 4.879e-31 9.759e-31 NH3 +1.65669e+04 4.895e-31 4.895e-31 9.790e-31 +1.65118e+04 4.910e-31 4.910e-31 9.821e-31 +1.64569e+04 4.926e-31 4.926e-31 9.852e-31 HC3N +1.64021e+04 4.941e-31 4.941e-31 9.883e-31 +1.63475e+04 4.957e-31 4.957e-31 9.914e-31 CH3OH +1.62931e+04 4.973e-31 4.973e-31 9.945e-31 +1.62389e+04 4.988e-31 4.988e-31 9.976e-31 +1.61849e+04 5.004e-31 5.004e-31 1.001e-30 +1.61310e+04 5.020e-31 5.020e-31 1.004e-30 +1.60773e+04 5.036e-31 5.036e-31 1.007e-30 +1.60238e+04 5.051e-31 5.051e-31 1.010e-30 P 5 +1.59705e+04 5.067e-31 5.067e-31 1.013e-30 +1.59174e+04 5.083e-31 5.083e-31 1.017e-30 +1.58644e+04 5.099e-31 5.099e-31 1.020e-30 +1.58116e+04 5.115e-31 5.115e-31 1.023e-30 +1.57590e+04 5.132e-31 5.132e-31 1.026e-30 +1.57066e+04 5.148e-31 5.148e-31 1.030e-30 +1.56543e+04 5.164e-31 5.164e-31 1.033e-30 +1.56022e+04 5.180e-31 5.180e-31 1.036e-30 +1.55503e+04 5.197e-31 5.197e-31 1.039e-30 +1.54986e+04 5.213e-31 5.213e-31 1.043e-30 Be 1 +1.54470e+04 5.229e-31 5.229e-31 1.046e-30 +1.53956e+04 5.246e-31 5.246e-31 1.049e-30 +1.53444e+04 5.262e-31 5.262e-31 1.052e-30 +1.52933e+04 5.279e-31 5.279e-31 1.056e-30 +1.52424e+04 5.296e-31 5.296e-31 1.059e-30 +1.51917e+04 5.312e-31 5.312e-31 1.062e-30 NH3 +1.51412e+04 5.329e-31 5.329e-31 1.066e-30 +1.50908e+04 5.346e-31 5.346e-31 1.069e-30 NH3 +1.50406e+04 5.363e-31 5.363e-31 1.073e-30 +1.49905e+04 5.380e-31 5.380e-31 1.076e-30 CH3OH +1.49407e+04 5.397e-31 5.397e-31 1.079e-30 +1.48909e+04 5.414e-31 5.414e-31 1.083e-30 +1.48414e+04 5.431e-31 5.431e-31 1.086e-30 +1.47920e+04 5.448e-31 5.448e-31 1.090e-30 +1.47428e+04 5.465e-31 5.465e-31 1.093e-30 SO2 +1.46937e+04 5.482e-31 5.482e-31 1.096e-30 NH3 +1.46448e+04 5.500e-31 5.500e-31 1.100e-30 +1.45961e+04 5.517e-31 5.517e-31 1.103e-30 +1.45475e+04 5.534e-31 5.534e-31 1.107e-30 +1.44991e+04 5.552e-31 5.552e-31 1.110e-30 +1.44509e+04 5.569e-31 5.569e-31 1.114e-30 +1.44028e+04 5.587e-31 5.587e-31 1.117e-30 +1.43549e+04 5.604e-31 5.604e-31 1.121e-30 +1.43071e+04 5.622e-31 5.622e-31 1.124e-30 Ne 8 +1.42595e+04 5.640e-31 5.640e-31 1.128e-30 SiC2 +1.42121e+04 5.658e-31 5.658e-31 1.132e-30 +1.41648e+04 5.675e-31 5.675e-31 1.135e-30 NH3 +1.41176e+04 5.693e-31 5.693e-31 1.139e-30 +1.40707e+04 5.711e-31 5.711e-31 1.142e-30 NH3 +1.40238e+04 5.729e-31 5.729e-31 1.146e-30 +1.39772e+04 5.747e-31 5.747e-31 1.149e-30 +1.39307e+04 5.765e-31 5.765e-31 1.153e-30 +1.38843e+04 5.784e-31 5.784e-31 1.157e-30 +1.38381e+04 5.802e-31 5.802e-31 1.160e-30 +1.37921e+04 5.820e-31 5.820e-31 1.164e-30 NH3 +1.37462e+04 5.838e-31 5.838e-31 1.168e-30 +1.37004e+04 5.857e-31 5.857e-31 1.171e-30 +1.36549e+04 5.875e-31 5.875e-31 1.175e-30 +1.36094e+04 5.894e-31 5.894e-31 1.179e-30 +1.35641e+04 5.912e-31 5.912e-31 1.182e-30 +1.35190e+04 5.931e-31 5.931e-31 1.186e-30 +1.34740e+04 5.950e-31 5.950e-31 1.190e-30 NH3 +1.34292e+04 5.969e-31 5.969e-31 1.194e-30 CH3OH +1.33845e+04 5.987e-31 5.987e-31 1.197e-30 +1.33400e+04 6.006e-31 6.006e-31 1.201e-30 +1.32956e+04 6.025e-31 6.025e-31 1.205e-30 +1.32513e+04 6.044e-31 6.044e-31 1.209e-30 NH3 +1.32072e+04 6.063e-31 6.063e-31 1.213e-30 NH3 +1.31633e+04 6.082e-31 6.082e-31 1.216e-30 +1.31195e+04 6.101e-31 6.101e-31 1.220e-30 NH3 +1.30758e+04 6.121e-31 6.121e-31 1.224e-30 NH3 +1.30323e+04 6.140e-31 6.140e-31 1.228e-30 H2CO +1.29890e+04 6.159e-31 6.159e-31 1.232e-30 NH3 +1.29458e+04 6.179e-31 6.179e-31 1.236e-30 +1.29027e+04 6.198e-31 6.198e-31 1.240e-30 +1.28597e+04 6.218e-31 6.218e-31 1.244e-30 +1.28170e+04 6.237e-31 6.237e-31 1.247e-30 SO2 +1.27743e+04 6.257e-31 6.257e-31 1.251e-30 CH3OH +1.27318e+04 6.277e-31 6.277e-31 1.255e-30 +1.26894e+04 6.297e-31 6.297e-31 1.259e-30 SiC2 +1.26472e+04 6.316e-31 6.316e-31 1.263e-30 NH3 +1.26051e+04 6.336e-31 6.336e-31 1.267e-30 +1.25632e+04 6.356e-31 6.356e-31 1.271e-30 NH3 +1.25214e+04 6.376e-31 6.376e-31 1.275e-30 +1.24797e+04 6.396e-31 6.396e-31 1.279e-30 +1.24382e+04 6.417e-31 6.417e-31 1.283e-30 NH3 +1.23968e+04 6.437e-31 6.437e-31 1.287e-30 +1.23556e+04 6.457e-31 6.457e-31 1.291e-30 +1.23145e+04 6.477e-31 6.477e-31 1.295e-30 OCS +1.22735e+04 6.498e-31 6.498e-31 1.300e-30 +1.22326e+04 6.518e-31 6.518e-31 1.304e-30 NH3 +1.21919e+04 6.539e-31 6.539e-31 1.308e-30 CH3OH +1.21514e+04 6.559e-31 6.559e-31 1.312e-30 +1.21109e+04 6.580e-31 6.580e-31 1.316e-30 +1.20706e+04 6.601e-31 6.601e-31 1.320e-30 +1.20305e+04 6.622e-31 6.622e-31 1.324e-30 CH3OH +1.19904e+04 6.643e-31 6.643e-31 1.329e-30 CH3OH +1.19505e+04 6.664e-31 6.664e-31 1.333e-30 NH3 +1.19108e+04 6.685e-31 6.685e-31 1.337e-30 O 6 +1.18711e+04 6.706e-31 6.706e-31 1.341e-30 +1.18316e+04 6.727e-31 6.727e-31 1.345e-30 CH3OH +1.17923e+04 6.748e-31 6.748e-31 1.350e-30 SO2 +1.17530e+04 6.769e-31 6.769e-31 1.354e-30 CH3OH +1.17139e+04 6.791e-31 6.791e-31 1.358e-30 Be 4 +1.16750e+04 6.812e-31 6.812e-31 1.362e-30 +1.16361e+04 6.833e-31 6.833e-31 1.367e-30 +1.15974e+04 6.855e-31 6.855e-31 1.371e-30 CH3OH +1.15588e+04 6.877e-31 6.877e-31 1.375e-30 +1.15203e+04 6.898e-31 6.898e-31 1.380e-30 +1.14820e+04 6.920e-31 6.920e-31 1.384e-30 CH3OH +1.14438e+04 6.942e-31 6.942e-31 1.388e-30 +1.14057e+04 6.964e-31 6.964e-31 1.393e-30 +1.13678e+04 6.986e-31 6.986e-31 1.397e-30 +1.13299e+04 7.008e-31 7.008e-31 1.402e-30 +1.12922e+04 7.030e-31 7.030e-31 1.406e-30 +1.12547e+04 7.052e-31 7.052e-31 1.410e-30 +1.12172e+04 7.074e-31 7.074e-31 1.415e-30 +1.11799e+04 7.096e-31 7.096e-31 1.419e-30 +1.11427e+04 7.119e-31 7.119e-31 1.424e-30 +1.11056e+04 7.141e-31 7.141e-31 1.428e-30 +1.10687e+04 7.164e-31 7.164e-31 1.433e-30 +1.10318e+04 7.186e-31 7.186e-31 1.437e-30 +1.09951e+04 7.209e-31 7.209e-31 1.442e-30 HC3N +1.09585e+04 7.232e-31 7.232e-31 1.446e-30 +1.09221e+04 7.254e-31 7.254e-31 1.451e-30 +1.08857e+04 7.277e-31 7.277e-31 1.455e-30 +1.08495e+04 7.300e-31 7.300e-31 1.460e-30 +1.08134e+04 7.323e-31 7.323e-31 1.465e-30 +1.07774e+04 7.346e-31 7.346e-31 1.469e-30 +1.07416e+04 7.369e-31 7.369e-31 1.474e-30 +1.07058e+04 7.393e-31 7.393e-31 1.479e-30 +1.06702e+04 7.416e-31 7.416e-31 1.483e-30 +1.06347e+04 7.439e-31 7.439e-31 1.488e-30 +1.05993e+04 7.463e-31 7.463e-31 1.493e-30 CH3OH +1.05641e+04 7.486e-31 7.486e-31 1.497e-30 +1.05289e+04 7.510e-31 7.510e-31 1.502e-30 +1.04939e+04 7.534e-31 7.534e-31 1.507e-30 +1.04589e+04 7.557e-31 7.557e-31 1.511e-30 +1.04241e+04 7.581e-31 7.581e-31 1.516e-30 +1.03895e+04 7.605e-31 7.605e-31 1.521e-30 +1.03549e+04 7.629e-31 7.629e-31 1.526e-30 H2CO +1.03204e+04 7.653e-31 7.653e-31 1.531e-30 +1.02861e+04 7.677e-31 7.677e-31 1.535e-30 +1.02519e+04 7.701e-31 7.701e-31 1.540e-30 +1.02178e+04 7.726e-31 7.726e-31 1.545e-30 SO2 +1.01838e+04 7.750e-31 7.750e-31 1.550e-30 +1.01499e+04 7.774e-31 7.774e-31 1.555e-30 +1.01161e+04 7.799e-31 7.799e-31 1.560e-30 He 1 +1.00824e+04 7.823e-31 7.823e-31 1.565e-30 +1.00489e+04 7.848e-31 7.848e-31 1.570e-30 +1.00155e+04 7.873e-31 7.873e-31 1.575e-30 Li 3 +9.98213e+03 7.898e-31 7.898e-31 1.580e-30 SO +9.94891e+03 7.923e-31 7.923e-31 1.585e-30 +9.91581e+03 7.948e-31 7.948e-31 1.590e-30 +9.88281e+03 7.973e-31 7.973e-31 1.595e-30 +9.84993e+03 7.998e-31 7.998e-31 1.600e-30 CH3OH +9.81716e+03 8.023e-31 8.023e-31 1.605e-30 +9.78449e+03 8.048e-31 8.048e-31 1.610e-30 +9.75193e+03 8.074e-31 8.074e-31 1.615e-30 +9.71948e+03 8.099e-31 8.099e-31 1.620e-30 +9.68714e+03 8.125e-31 8.125e-31 1.625e-30 +9.65491e+03 8.150e-31 8.150e-31 1.630e-30 +9.62278e+03 8.176e-31 8.176e-31 1.635e-30 +9.59076e+03 8.202e-31 8.202e-31 1.640e-30 +9.55885e+03 8.227e-31 8.227e-31 1.645e-30 +9.52705e+03 8.253e-31 8.253e-31 1.651e-30 +9.49535e+03 8.279e-31 8.279e-31 1.656e-30 +9.46375e+03 8.305e-31 8.305e-31 1.661e-30 +9.43226e+03 8.332e-31 8.332e-31 1.666e-30 +9.40087e+03 8.358e-31 8.358e-31 1.672e-30 +9.36959e+03 8.384e-31 8.384e-31 1.677e-30 +9.33842e+03 8.411e-31 8.411e-31 1.682e-30 +9.30734e+03 8.437e-31 8.437e-31 1.687e-30 +9.27638e+03 8.464e-31 8.464e-31 1.693e-30 +9.24551e+03 8.490e-31 8.490e-31 1.698e-30 +9.21475e+03 8.517e-31 8.517e-31 1.703e-30 CH3OH +9.18408e+03 8.544e-31 8.544e-31 1.709e-30 +9.15352e+03 8.571e-31 8.571e-31 1.714e-30 +9.12307e+03 8.598e-31 8.598e-31 1.720e-30 +9.09271e+03 8.625e-31 8.625e-31 1.725e-30 C 3 +9.06246e+03 8.652e-31 8.652e-31 1.730e-30 +9.03230e+03 8.679e-31 8.679e-31 1.736e-30 +9.00225e+03 8.707e-31 8.707e-31 1.741e-30 +8.97229e+03 8.734e-31 8.734e-31 1.747e-30 +8.94244e+03 8.762e-31 8.762e-31 1.752e-30 +8.91268e+03 8.789e-31 8.789e-31 1.758e-30 +8.88303e+03 8.817e-31 8.817e-31 1.763e-30 +8.85347e+03 8.845e-31 8.845e-31 1.769e-30 +8.82401e+03 8.873e-31 8.873e-31 1.775e-30 +8.79465e+03 8.901e-31 8.901e-31 1.780e-30 H2CO +8.76538e+03 8.929e-31 8.929e-31 1.786e-30 SiC2 +8.73622e+03 8.957e-31 8.957e-31 1.791e-30 +8.70715e+03 8.985e-31 8.985e-31 1.797e-30 +8.67818e+03 9.013e-31 9.013e-31 1.803e-30 +8.64930e+03 9.042e-31 9.042e-31 1.808e-30 +8.62052e+03 9.070e-31 9.070e-31 1.814e-30 +8.59184e+03 9.099e-31 9.099e-31 1.820e-30 +8.56325e+03 9.127e-31 9.127e-31 1.825e-30 +8.53475e+03 9.156e-31 9.156e-31 1.831e-30 +8.50636e+03 9.185e-31 9.185e-31 1.837e-30 +8.47805e+03 9.214e-31 9.214e-31 1.843e-30 +8.44984e+03 9.243e-31 9.243e-31 1.849e-30 +8.42173e+03 9.272e-31 9.272e-31 1.854e-30 +8.39370e+03 9.301e-31 9.301e-31 1.860e-30 +8.36577e+03 9.331e-31 9.331e-31 1.866e-30 +8.33794e+03 9.360e-31 9.360e-31 1.872e-30 Si 3 +8.31019e+03 9.390e-31 9.390e-31 1.878e-30 +8.28254e+03 9.419e-31 9.419e-31 1.884e-30 CH3OH +8.25498e+03 9.449e-31 9.449e-31 1.890e-30 +8.22751e+03 9.479e-31 9.479e-31 1.896e-30 HC3N +8.20014e+03 9.508e-31 9.508e-31 1.902e-30 +8.17285e+03 9.538e-31 9.538e-31 1.908e-30 +8.14566e+03 9.568e-31 9.568e-31 1.914e-30 +8.11855e+03 9.599e-31 9.599e-31 1.920e-30 +8.09154e+03 9.629e-31 9.629e-31 1.926e-30 SiC2 +8.06462e+03 9.659e-31 9.659e-31 1.932e-30 +8.03778e+03 9.690e-31 9.690e-31 1.938e-30 +8.01104e+03 9.720e-31 9.720e-31 1.944e-30 S 2 +7.98438e+03 9.751e-31 9.751e-31 1.950e-30 +7.95781e+03 9.781e-31 9.781e-31 1.956e-30 CH3OH +7.93133e+03 9.812e-31 9.812e-31 1.962e-30 +7.90494e+03 9.843e-31 9.843e-31 1.969e-30 +7.87864e+03 9.874e-31 9.874e-31 1.975e-30 +7.85242e+03 9.905e-31 9.905e-31 1.981e-30 +7.82630e+03 9.937e-31 9.937e-31 1.987e-30 +7.80025e+03 9.968e-31 9.968e-31 1.994e-30 CH3OH +7.77430e+03 9.999e-31 9.999e-31 2.000e-30 +7.74843e+03 1.003e-30 1.003e-30 2.006e-30 +7.72265e+03 1.006e-30 1.006e-30 2.012e-30 +7.69695e+03 1.009e-30 1.009e-30 2.019e-30 Si 2 +7.67134e+03 1.013e-30 1.013e-30 2.025e-30 +7.64582e+03 1.016e-30 1.016e-30 2.032e-30 +7.62038e+03 1.019e-30 1.019e-30 2.038e-30 +7.59502e+03 1.022e-30 1.022e-30 2.044e-30 +7.56975e+03 1.025e-30 1.025e-30 2.051e-30 +7.54456e+03 1.029e-30 1.029e-30 2.057e-30 +7.51946e+03 1.032e-30 1.032e-30 2.064e-30 +7.49444e+03 1.035e-30 1.035e-30 2.070e-30 +7.46950e+03 1.038e-30 1.038e-30 2.077e-30 +7.44464e+03 1.042e-30 1.042e-30 2.083e-30 +7.41987e+03 1.045e-30 1.045e-30 2.090e-30 +7.39518e+03 1.048e-30 1.048e-30 2.096e-30 +7.37058e+03 1.052e-30 1.052e-30 2.103e-30 +7.34605e+03 1.055e-30 1.055e-30 2.110e-30 +7.32161e+03 1.058e-30 1.058e-30 2.116e-30 +7.29725e+03 1.062e-30 1.062e-30 2.123e-30 +7.27296e+03 1.065e-30 1.065e-30 2.130e-30 +7.24876e+03 1.068e-30 1.068e-30 2.136e-30 +7.22464e+03 1.072e-30 1.072e-30 2.143e-30 +7.20061e+03 1.075e-30 1.075e-30 2.150e-30 +7.17665e+03 1.078e-30 1.078e-30 2.157e-30 +7.15277e+03 1.082e-30 1.082e-30 2.163e-30 +7.12897e+03 1.085e-30 1.085e-30 2.170e-30 +7.10524e+03 1.089e-30 1.089e-30 2.177e-30 +7.08160e+03 1.092e-30 1.092e-30 2.184e-30 +7.05804e+03 1.095e-30 1.095e-30 2.191e-30 +7.03455e+03 1.099e-30 1.099e-30 2.198e-30 HCS+ +7.01115e+03 1.102e-30 1.102e-30 2.205e-30 +6.98782e+03 1.106e-30 1.106e-30 2.212e-30 +6.96457e+03 1.109e-30 1.109e-30 2.219e-30 +6.94139e+03 1.113e-30 1.113e-30 2.226e-30 +6.91830e+03 1.116e-30 1.116e-30 2.233e-30 +6.89528e+03 1.120e-30 1.120e-30 2.240e-30 SiO +6.87233e+03 1.123e-30 1.123e-30 2.247e-30 +6.84947e+03 1.127e-30 1.127e-30 2.254e-30 +6.82667e+03 1.130e-30 1.130e-30 2.261e-30 +6.80396e+03 1.134e-30 1.134e-30 2.268e-30 CH3OH +6.78132e+03 1.138e-30 1.138e-30 2.275e-30 +6.75875e+03 1.141e-30 1.141e-30 2.282e-30 +6.73627e+03 1.145e-30 1.145e-30 2.289e-30 +6.71385e+03 1.148e-30 1.148e-30 2.297e-30 +6.69151e+03 1.152e-30 1.152e-30 2.304e-30 +6.66925e+03 1.156e-30 1.156e-30 2.311e-30 Mg10 +6.64705e+03 1.159e-30 1.159e-30 2.318e-30 +6.62494e+03 1.163e-30 1.163e-30 2.326e-30 +6.60289e+03 1.167e-30 1.167e-30 2.333e-30 +6.58092e+03 1.170e-30 1.170e-30 2.340e-30 HC3N +6.55902e+03 1.174e-30 1.174e-30 2.348e-30 +6.53720e+03 1.178e-30 1.178e-30 2.355e-30 CH3OH +6.51545e+03 1.181e-30 1.181e-30 2.363e-30 +6.49377e+03 1.185e-30 1.185e-30 2.370e-30 Ti12 +6.47216e+03 1.189e-30 1.189e-30 2.377e-30 +6.45063e+03 1.192e-30 1.192e-30 2.385e-30 +6.42916e+03 1.196e-30 1.196e-30 2.392e-30 +6.40777e+03 1.200e-30 1.200e-30 2.400e-30 +6.38645e+03 1.204e-30 1.204e-30 2.408e-30 +6.36520e+03 1.208e-30 1.208e-30 2.415e-30 SiC2 +6.34402e+03 1.211e-30 1.211e-30 2.423e-30 +6.32291e+03 1.215e-30 1.215e-30 2.430e-30 +6.30187e+03 1.219e-30 1.219e-30 2.438e-30 +6.28090e+03 1.223e-30 1.223e-30 2.446e-30 +6.26000e+03 1.227e-30 1.227e-30 2.453e-30 SO2 +6.23917e+03 1.231e-30 1.231e-30 2.461e-30 +6.21841e+03 1.234e-30 1.234e-30 2.469e-30 H2CO +6.19772e+03 1.238e-30 1.238e-30 2.477e-30 CH3OH +6.17710e+03 1.242e-30 1.242e-30 2.485e-30 +6.15654e+03 1.246e-30 1.246e-30 2.492e-30 H2CO +6.13606e+03 1.250e-30 1.250e-30 2.500e-30 +6.11564e+03 1.254e-30 1.254e-30 2.508e-30 CS +6.09529e+03 1.258e-30 1.258e-30 2.516e-30 Ca10 +6.07501e+03 1.262e-30 1.262e-30 2.524e-30 +6.05480e+03 1.266e-30 1.266e-30 2.532e-30 +6.03465e+03 1.270e-30 1.270e-30 2.540e-30 N 7 +6.01457e+03 1.274e-30 1.274e-30 2.548e-30 He 1 +5.99456e+03 1.278e-30 1.278e-30 2.556e-30 +5.97461e+03 1.282e-30 1.282e-30 2.564e-30 +5.95473e+03 1.286e-30 1.286e-30 2.572e-30 +5.93492e+03 1.290e-30 1.290e-30 2.580e-30 +5.91517e+03 1.294e-30 1.294e-30 2.588e-30 +5.89549e+03 1.298e-30 1.298e-30 2.596e-30 +5.87587e+03 1.302e-30 1.302e-30 2.604e-30 +5.85632e+03 1.306e-30 1.306e-30 2.613e-30 SiC2 +5.83683e+03 1.310e-30 1.310e-30 2.621e-30 +5.81741e+03 1.315e-30 1.315e-30 2.629e-30 CH3OH +5.79805e+03 1.319e-30 1.319e-30 2.637e-30 +5.77876e+03 1.323e-30 1.323e-30 2.646e-30 +5.75953e+03 1.327e-30 1.327e-30 2.654e-30 O2 +5.74037e+03 1.331e-30 1.331e-30 2.662e-30 +5.72127e+03 1.335e-30 1.335e-30 2.671e-30 Si 3 +5.70223e+03 1.340e-30 1.340e-30 2.679e-30 O2 +5.68325e+03 1.344e-30 1.344e-30 2.688e-30 +5.66434e+03 1.348e-30 1.348e-30 2.696e-30 +5.64550e+03 1.354e-30 1.354e-30 2.707e-30 N 7 +5.62671e+03 1.357e-30 1.357e-30 2.713e-30 +5.60799e+03 1.361e-30 1.361e-30 2.722e-30 SO2 +5.58933e+03 1.365e-30 1.365e-30 2.730e-30 O2 +5.57073e+03 1.369e-30 1.369e-30 2.739e-30 +5.55220e+03 1.374e-30 1.374e-30 2.747e-30 +5.53372e+03 1.378e-30 1.378e-30 2.756e-30 O2 +5.51531e+03 1.382e-30 1.382e-30 2.765e-30 +5.49696e+03 1.387e-30 1.387e-30 2.774e-30 HC3N +5.47867e+03 1.391e-30 1.391e-30 2.782e-30 O2 +5.46044e+03 1.396e-30 1.396e-30 2.791e-30 +5.44227e+03 1.400e-30 1.400e-30 2.800e-30 +5.42416e+03 1.404e-30 1.404e-30 2.809e-30 O2 +5.40611e+03 1.409e-30 1.409e-30 2.817e-30 +5.38812e+03 1.413e-30 1.413e-30 2.826e-30 +5.37019e+03 1.418e-30 1.418e-30 2.835e-30 O2 +5.35232e+03 1.422e-30 1.422e-30 2.844e-30 K 17 +5.33451e+03 1.427e-30 1.427e-30 2.853e-30 O2 +5.31676e+03 1.431e-30 1.431e-30 2.862e-30 O2 +5.29907e+03 1.436e-30 1.436e-30 2.871e-30 +5.28144e+03 1.440e-30 1.440e-30 2.880e-30 +5.26387e+03 1.445e-30 1.445e-30 2.889e-30 O2 +5.24635e+03 1.449e-30 1.449e-30 2.898e-30 +5.22889e+03 1.454e-30 1.454e-30 2.907e-30 CH3OH +5.21150e+03 1.458e-30 1.458e-30 2.917e-30 CH3OH +5.19415e+03 1.463e-30 1.463e-30 2.926e-30 S 13 +5.17687e+03 1.468e-30 1.468e-30 2.935e-30 +5.15965e+03 1.472e-30 1.472e-30 2.944e-30 +5.14248e+03 1.477e-30 1.477e-30 2.954e-30 O2 +5.12537e+03 1.481e-30 1.481e-30 2.963e-30 O2 +5.10831e+03 1.486e-30 1.486e-30 2.972e-30 +5.09131e+03 1.491e-30 1.491e-30 2.981e-30 +5.07437e+03 1.495e-30 1.495e-30 2.991e-30 O2 +5.05749e+03 1.500e-30 1.500e-30 3.000e-30 SO2 +5.04066e+03 1.505e-30 1.505e-30 3.010e-30 +5.02389e+03 1.510e-30 1.510e-30 3.019e-30 O2 +5.00717e+03 1.514e-30 1.514e-30 3.029e-30 Cl 6 +4.99051e+03 1.519e-30 1.519e-30 3.038e-30 +4.97391e+03 1.524e-30 1.524e-30 3.048e-30 O2 +4.95735e+03 1.529e-30 1.529e-30 3.057e-30 CH3OH +4.94086e+03 1.534e-30 1.534e-30 3.067e-30 +4.92442e+03 1.538e-30 1.538e-30 3.077e-30 OCS +4.90803e+03 1.543e-30 1.543e-30 3.086e-30 O2 +4.89170e+03 1.548e-30 1.548e-30 3.096e-30 +4.87543e+03 1.553e-30 1.553e-30 3.106e-30 +4.85920e+03 1.558e-30 1.558e-30 3.116e-30 +4.84303e+03 1.563e-30 1.563e-30 3.125e-30 O2 +4.82692e+03 1.568e-30 1.568e-30 3.135e-30 +4.81086e+03 1.573e-30 1.573e-30 3.145e-30 O2 +4.79485e+03 1.578e-30 1.578e-30 3.155e-30 O2 +4.77890e+03 1.582e-30 1.582e-30 3.165e-30 +4.76300e+03 1.587e-30 1.587e-30 3.175e-30 O2 +4.74715e+03 1.592e-30 1.592e-30 3.185e-30 +4.73135e+03 1.597e-30 1.597e-30 3.195e-30 +4.71561e+03 1.603e-30 1.603e-30 3.205e-30 CH3OH +4.69992e+03 1.608e-30 1.608e-30 3.215e-30 HC3N +4.68428e+03 1.613e-30 1.613e-30 3.225e-30 +4.66869e+03 1.618e-30 1.618e-30 3.235e-30 O2 +4.65316e+03 1.623e-30 1.623e-30 3.246e-30 +4.63767e+03 1.628e-30 1.628e-30 3.256e-30 O2 +4.62224e+03 1.633e-30 1.633e-30 3.266e-30 +4.60686e+03 1.638e-30 1.638e-30 3.276e-30 +4.59153e+03 1.643e-30 1.643e-30 3.287e-30 O2 +4.57626e+03 1.648e-30 1.648e-30 3.297e-30 +4.56103e+03 1.654e-30 1.654e-30 3.307e-30 O2 +4.54585e+03 1.659e-30 1.659e-30 3.318e-30 SO +4.53073e+03 1.664e-30 1.664e-30 3.328e-30 +4.51565e+03 1.669e-30 1.669e-30 3.339e-30 O2 +4.50062e+03 1.675e-30 1.675e-30 3.349e-30 +4.48565e+03 1.680e-30 1.680e-30 3.360e-30 O2 +4.47072e+03 1.685e-30 1.685e-30 3.370e-30 B 5 +4.45585e+03 1.690e-30 1.690e-30 3.381e-30 O2 +4.44102e+03 1.696e-30 1.696e-30 3.392e-30 +4.42624e+03 1.701e-30 1.701e-30 3.402e-30 +4.41152e+03 1.706e-30 1.706e-30 3.413e-30 +4.39684e+03 1.712e-30 1.712e-30 3.424e-30 CH3OH +4.38221e+03 1.717e-30 1.717e-30 3.434e-30 +4.36763e+03 1.723e-30 1.723e-30 3.445e-30 +4.35309e+03 1.728e-30 1.728e-30 3.456e-30 CH3OH +4.33861e+03 1.734e-30 1.734e-30 3.467e-30 +4.32417e+03 1.739e-30 1.739e-30 3.478e-30 +4.30978e+03 1.744e-30 1.744e-30 3.489e-30 SO2 +4.29544e+03 1.750e-30 1.750e-30 3.500e-30 +4.28115e+03 1.755e-30 1.755e-30 3.511e-30 SO2 +4.26690e+03 1.761e-30 1.761e-30 3.522e-30 SiC2 +4.25271e+03 1.767e-30 1.767e-30 3.533e-30 He 1 +4.23856e+03 1.772e-30 1.772e-30 3.544e-30 CH3OH +4.22445e+03 1.778e-30 1.778e-30 3.555e-30 SiC2 +4.21040e+03 1.783e-30 1.783e-30 3.566e-30 CH3OH +4.19639e+03 1.789e-30 1.789e-30 3.578e-30 +4.18242e+03 1.794e-30 1.794e-30 3.589e-30 CH3OH +4.16851e+03 1.800e-30 1.800e-30 3.600e-30 +4.15464e+03 1.806e-30 1.806e-30 3.612e-30 +4.14081e+03 1.811e-30 1.811e-30 3.623e-30 H2CO +4.12703e+03 1.817e-30 1.817e-30 3.634e-30 SO2 +4.11330e+03 1.823e-30 1.823e-30 3.646e-30 CH3OH +4.09961e+03 1.829e-30 1.829e-30 3.657e-30 +4.08597e+03 1.834e-30 1.834e-30 3.669e-30 +4.07238e+03 1.840e-30 1.840e-30 3.680e-30 +4.05883e+03 1.846e-30 1.846e-30 3.692e-30 +4.04532e+03 1.852e-30 1.852e-30 3.704e-30 +4.03186e+03 1.858e-30 1.858e-30 3.715e-30 CH3OH +4.01845e+03 1.863e-30 1.863e-30 3.727e-30 +4.00507e+03 1.869e-30 1.869e-30 3.739e-30 +3.99175e+03 1.875e-30 1.875e-30 3.750e-30 +3.97847e+03 1.881e-30 1.881e-30 3.762e-30 +3.96523e+03 1.887e-30 1.887e-30 3.774e-30 +3.95203e+03 1.893e-30 1.893e-30 3.786e-30 +3.93888e+03 1.899e-30 1.899e-30 3.798e-30 CH3OH +3.92578e+03 1.905e-30 1.905e-30 3.810e-30 SO2 +3.91271e+03 1.911e-30 1.911e-30 3.822e-30 CH3OH +3.89970e+03 1.917e-30 1.917e-30 3.834e-30 +3.88672e+03 1.923e-30 1.923e-30 3.846e-30 +3.87379e+03 1.929e-30 1.929e-30 3.858e-30 C 6 +3.86090e+03 1.935e-30 1.935e-30 3.870e-30 +3.84805e+03 1.941e-30 1.941e-30 3.882e-30 +3.83525e+03 1.947e-30 1.947e-30 3.895e-30 +3.82248e+03 1.953e-30 1.953e-30 3.907e-30 +3.80977e+03 1.960e-30 1.960e-30 3.919e-30 +3.79709e+03 1.966e-30 1.966e-30 3.931e-30 +3.78445e+03 1.972e-30 1.972e-30 3.944e-30 +3.77186e+03 1.978e-30 1.978e-30 3.956e-30 +3.75931e+03 1.984e-30 1.984e-30 3.969e-30 +3.74680e+03 1.991e-30 1.991e-30 3.981e-30 +3.73434e+03 1.997e-30 1.997e-30 3.994e-30 +3.72191e+03 2.003e-30 2.003e-30 4.006e-30 Si12 +3.70953e+03 2.009e-30 2.009e-30 4.019e-30 C 5 +3.69718e+03 2.016e-30 2.016e-30 4.031e-30 C 5 +3.68488e+03 2.022e-30 2.022e-30 4.044e-30 +3.67262e+03 2.028e-30 2.028e-30 4.057e-30 +3.66040e+03 2.035e-30 2.035e-30 4.070e-30 HC3N +3.64822e+03 2.041e-30 2.041e-30 4.082e-30 +3.63608e+03 2.048e-30 2.048e-30 4.095e-30 +3.62398e+03 2.054e-30 2.054e-30 4.108e-30 +3.61192e+03 2.061e-30 2.061e-30 4.121e-30 SO2 +3.59990e+03 2.067e-30 2.067e-30 4.134e-30 +3.58793e+03 2.074e-30 2.074e-30 4.147e-30 SO2 +3.57599e+03 2.080e-30 2.080e-30 4.160e-30 +3.56409e+03 2.087e-30 2.087e-30 4.173e-30 C 3 +3.55223e+03 2.093e-30 2.093e-30 4.186e-30 +3.54041e+03 2.100e-30 2.100e-30 4.200e-30 CH3OH +3.52863e+03 2.106e-30 2.106e-30 4.213e-30 +3.51689e+03 2.113e-30 2.113e-30 4.226e-30 He 1 +3.50519e+03 2.120e-30 2.120e-30 4.239e-30 CH3OH +3.49352e+03 2.126e-30 2.126e-30 4.253e-30 +3.48190e+03 2.133e-30 2.133e-30 4.266e-30 CH3OH +3.47031e+03 2.140e-30 2.140e-30 4.279e-30 +3.45876e+03 2.146e-30 2.146e-30 4.293e-30 SO2 +3.44726e+03 2.153e-30 2.153e-30 4.306e-30 SiO +3.43579e+03 2.160e-30 2.160e-30 4.320e-30 C2H +3.42435e+03 2.167e-30 2.167e-30 4.334e-30 C2H +3.41296e+03 2.174e-30 2.174e-30 4.347e-30 F 7 +3.40160e+03 2.180e-30 2.180e-30 4.361e-30 +3.39028e+03 2.187e-30 2.187e-30 4.375e-30 +3.37900e+03 2.194e-30 2.194e-30 4.388e-30 HCN +3.36776e+03 2.201e-30 2.201e-30 4.402e-30 +3.35655e+03 2.208e-30 2.208e-30 4.416e-30 HCO+ +3.34538e+03 2.215e-30 2.215e-30 4.430e-30 Be 1 +3.33425e+03 2.222e-30 2.222e-30 4.444e-30 Cl 7 +3.32316e+03 2.229e-30 2.229e-30 4.458e-30 +3.31210e+03 2.236e-30 2.236e-30 4.472e-30 HNC +3.30108e+03 2.243e-30 2.243e-30 4.486e-30 +3.29010e+03 2.250e-30 2.250e-30 4.500e-30 HC3N +3.27915e+03 2.257e-30 2.257e-30 4.514e-30 +3.26824e+03 2.264e-30 2.264e-30 4.528e-30 +3.25736e+03 2.271e-30 2.271e-30 4.543e-30 +3.24652e+03 2.278e-30 2.278e-30 4.557e-30 CH3OH +3.23572e+03 2.286e-30 2.286e-30 4.571e-30 +3.22496e+03 2.293e-30 2.293e-30 4.586e-30 SiC2 +3.21422e+03 2.300e-30 2.300e-30 4.600e-30 N2H+ +3.20353e+03 2.307e-30 2.307e-30 4.615e-30 +3.19287e+03 2.315e-30 2.315e-30 4.629e-30 +3.18225e+03 2.322e-30 2.322e-30 4.644e-30 SiC2 +3.17166e+03 2.329e-30 2.329e-30 4.658e-30 CH3OH +3.16110e+03 2.336e-30 2.336e-30 4.673e-30 +3.15059e+03 2.344e-30 2.344e-30 4.688e-30 +3.14010e+03 2.351e-30 2.351e-30 4.702e-30 SiC2 +3.12965e+03 2.359e-30 2.359e-30 4.717e-30 +3.11924e+03 2.366e-30 2.366e-30 4.732e-30 S 14 +3.10886e+03 2.373e-30 2.373e-30 4.747e-30 +3.09852e+03 2.381e-30 2.381e-30 4.762e-30 CH3OH +3.08821e+03 2.388e-30 2.388e-30 4.777e-30 Na 9 +3.07793e+03 2.396e-30 2.396e-30 4.792e-30 OCS +3.06769e+03 2.403e-30 2.403e-30 4.807e-30 Fe24 +3.05748e+03 2.411e-30 2.411e-30 4.822e-30 CS +3.04731e+03 2.419e-30 2.419e-30 4.837e-30 +3.03717e+03 2.426e-30 2.426e-30 4.852e-30 +3.02706e+03 2.434e-30 2.434e-30 4.868e-30 +3.01699e+03 2.441e-30 2.441e-30 4.883e-30 SO +3.00695e+03 2.449e-30 2.449e-30 4.898e-30 CH3OH +2.99695e+03 2.457e-30 2.457e-30 4.914e-30 HC3N +2.98697e+03 2.465e-30 2.465e-30 4.929e-30 +2.97703e+03 2.472e-30 2.472e-30 4.945e-30 +2.96713e+03 2.480e-30 2.480e-30 4.960e-30 CH3OH +2.95726e+03 2.488e-30 2.488e-30 4.976e-30 CH3OH +2.94742e+03 2.496e-30 2.496e-30 4.992e-30 CH3OH +2.93761e+03 2.504e-30 2.504e-30 5.007e-30 K 17 +2.92783e+03 2.512e-30 2.512e-30 5.023e-30 +2.91809e+03 2.519e-30 2.519e-30 5.039e-30 +2.90838e+03 2.527e-30 2.527e-30 5.055e-30 +2.89870e+03 2.535e-30 2.535e-30 5.071e-30 +2.88906e+03 2.543e-30 2.543e-30 5.087e-30 +2.87945e+03 2.551e-30 2.551e-30 5.103e-30 SO2 +2.86987e+03 2.559e-30 2.559e-30 5.119e-30 CH3OH +2.86032e+03 2.567e-30 2.567e-30 5.135e-30 +2.85080e+03 2.575e-30 2.575e-30 5.151e-30 +2.84131e+03 2.584e-30 2.584e-30 5.167e-30 CH3OH +2.83186e+03 2.592e-30 2.592e-30 5.183e-30 +2.82244e+03 2.600e-30 2.600e-30 5.200e-30 +2.81304e+03 2.608e-30 2.608e-30 5.216e-30 +2.80368e+03 2.616e-30 2.616e-30 5.232e-30 +2.79435e+03 2.624e-30 2.624e-30 5.249e-30 +2.78506e+03 2.633e-30 2.633e-30 5.265e-30 +2.77579e+03 2.641e-30 2.641e-30 5.282e-30 SO2 +2.76655e+03 2.649e-30 2.649e-30 5.298e-30 +2.75735e+03 2.658e-30 2.658e-30 5.315e-30 CH3OH +2.74817e+03 2.666e-30 2.666e-30 5.332e-30 HC3N +2.73903e+03 2.674e-30 2.674e-30 5.349e-30 OCS +2.72992e+03 2.683e-30 2.683e-30 5.365e-30 +2.72083e+03 2.691e-30 2.691e-30 5.382e-30 ^13CO +2.71178e+03 2.700e-30 2.700e-30 5.399e-30 +2.70275e+03 2.708e-30 2.708e-30 5.416e-30 +2.69376e+03 2.717e-30 2.717e-30 5.433e-30 CH3OH +2.68480e+03 2.725e-30 2.725e-30 5.450e-30 +2.67586e+03 2.734e-30 2.734e-30 5.468e-30 +2.66696e+03 2.742e-30 2.742e-30 5.485e-30 +2.65809e+03 2.751e-30 2.751e-30 5.502e-30 +2.64924e+03 2.760e-30 2.760e-30 5.519e-30 CN +2.64043e+03 2.768e-30 2.768e-30 5.537e-30 CN +2.63164e+03 2.777e-30 2.777e-30 5.554e-30 +2.62289e+03 2.786e-30 2.786e-30 5.572e-30 B 5 +2.61416e+03 2.795e-30 2.795e-30 5.589e-30 +2.60546e+03 2.803e-30 2.803e-30 5.607e-30 +2.59679e+03 2.812e-30 2.812e-30 5.624e-30 CH3OH +2.58815e+03 2.821e-30 2.821e-30 5.642e-30 +2.57954e+03 2.830e-30 2.830e-30 5.660e-30 +2.57095e+03 2.839e-30 2.839e-30 5.678e-30 +2.56240e+03 2.848e-30 2.848e-30 5.695e-30 SO2 +2.55387e+03 2.857e-30 2.857e-30 5.713e-30 CH3OH +2.54538e+03 2.866e-30 2.866e-30 5.731e-30 SiC2 +2.53691e+03 2.875e-30 2.875e-30 5.749e-30 HC3N +2.52846e+03 2.884e-30 2.884e-30 5.767e-30 O2 +2.52005e+03 2.893e-30 2.893e-30 5.786e-30 He 1 +2.51167e+03 2.902e-30 2.902e-30 5.804e-30 +2.50331e+03 2.911e-30 2.911e-30 5.822e-30 Si 3 +2.49498e+03 2.920e-30 2.920e-30 5.840e-30 CH3OH +2.48668e+03 2.929e-30 2.929e-30 5.859e-30 +2.47840e+03 2.939e-30 2.939e-30 5.877e-30 CH3OH +2.47016e+03 2.948e-30 2.948e-30 5.896e-30 +2.46194e+03 2.957e-30 2.957e-30 5.914e-30 CH3OH +2.45375e+03 2.966e-30 2.966e-30 5.933e-30 +2.44558e+03 2.976e-30 2.976e-30 5.951e-30 +2.43744e+03 2.985e-30 2.985e-30 5.970e-30 CH3OH +2.42933e+03 2.994e-30 2.994e-30 5.989e-30 +2.42125e+03 3.004e-30 3.004e-30 6.008e-30 +2.41319e+03 3.013e-30 3.013e-30 6.027e-30 Cl15 +2.40516e+03 3.023e-30 3.023e-30 6.046e-30 CH3OH +2.39716e+03 3.032e-30 3.032e-30 6.065e-30 SO2 +2.38918e+03 3.042e-30 3.042e-30 6.084e-30 +2.38123e+03 3.051e-30 3.051e-30 6.103e-30 +2.37331e+03 3.061e-30 3.061e-30 6.122e-30 SO +2.36541e+03 3.071e-30 3.071e-30 6.141e-30 +2.35754e+03 3.080e-30 3.080e-30 6.161e-30 HC3N +2.34970e+03 3.090e-30 3.090e-30 6.180e-30 C 3 +2.34188e+03 3.100e-30 3.100e-30 6.199e-30 HCS+ +2.33409e+03 3.109e-30 3.109e-30 6.219e-30 SO2 +2.32632e+03 3.119e-30 3.119e-30 6.238e-30 CH3OH +2.31858e+03 3.129e-30 3.129e-30 6.258e-30 SO2 +2.31087e+03 3.139e-30 3.139e-30 6.278e-30 SO2 +2.30318e+03 3.149e-30 3.149e-30 6.297e-30 SiO +2.29551e+03 3.159e-30 3.159e-30 6.317e-30 +2.28787e+03 3.169e-30 3.169e-30 6.337e-30 SO2 +2.28026e+03 3.179e-30 3.179e-30 6.357e-30 +2.27267e+03 3.189e-30 3.189e-30 6.377e-30 +2.26511e+03 3.199e-30 3.199e-30 6.397e-30 +2.25757e+03 3.209e-30 3.209e-30 6.417e-30 CH3OH +2.25006e+03 3.219e-30 3.219e-30 6.437e-30 +2.24258e+03 3.229e-30 3.229e-30 6.458e-30 CH3OH +2.23511e+03 3.239e-30 3.239e-30 6.478e-30 SO2 +2.22768e+03 3.249e-30 3.249e-30 6.498e-30 +2.22026e+03 3.259e-30 3.259e-30 6.519e-30 H2CO +2.21288e+03 3.270e-30 3.270e-30 6.539e-30 SO2 +2.20551e+03 3.280e-30 3.280e-30 6.560e-30 +2.19817e+03 3.290e-30 3.290e-30 6.580e-30 HC3N +2.19086e+03 3.301e-30 3.301e-30 6.601e-30 SO +2.18357e+03 3.311e-30 3.311e-30 6.622e-30 SiC2 +2.17631e+03 3.321e-30 3.321e-30 6.643e-30 CH3OH +2.16906e+03 3.332e-30 3.332e-30 6.664e-30 SO +2.16185e+03 3.342e-30 3.342e-30 6.685e-30 +2.15465e+03 3.353e-30 3.353e-30 6.706e-30 SO2 +2.14748e+03 3.363e-30 3.363e-30 6.727e-30 SO +2.14034e+03 3.374e-30 3.374e-30 6.748e-30 +2.13322e+03 3.385e-30 3.385e-30 6.769e-30 SO2 +2.12612e+03 3.395e-30 3.395e-30 6.790e-30 CH3OH +2.11904e+03 3.406e-30 3.406e-30 6.812e-30 SO +2.11199e+03 3.417e-30 3.417e-30 6.833e-30 SO +2.10496e+03 3.427e-30 3.427e-30 6.855e-30 +2.09796e+03 3.438e-30 3.438e-30 6.876e-30 SO +2.09098e+03 3.449e-30 3.449e-30 6.898e-30 CH3OH +2.08402e+03 3.460e-30 3.460e-30 6.919e-30 SO +2.07709e+03 3.471e-30 3.471e-30 6.941e-30 SO +2.07018e+03 3.482e-30 3.482e-30 6.963e-30 SO +2.06329e+03 3.492e-30 3.492e-30 6.985e-30 CH3OH +2.05642e+03 3.503e-30 3.503e-30 7.007e-30 H2CO +2.04958e+03 3.514e-30 3.514e-30 7.029e-30 +2.04276e+03 3.526e-30 3.526e-30 7.051e-30 SO2 +2.03596e+03 3.537e-30 3.537e-30 7.073e-30 CH3OH +2.02919e+03 3.548e-30 3.548e-30 7.095e-30 +2.02244e+03 3.559e-30 3.559e-30 7.118e-30 +2.01571e+03 3.570e-30 3.570e-30 7.140e-30 +2.00900e+03 3.581e-30 3.581e-30 7.163e-30 Cl15 +2.00232e+03 3.593e-30 3.593e-30 7.185e-30 NO +1.99565e+03 3.604e-30 3.604e-30 7.208e-30 NO +1.98901e+03 3.615e-30 3.615e-30 7.230e-30 NO +1.98239e+03 3.627e-30 3.627e-30 7.253e-30 NO +1.97580e+03 3.638e-30 3.638e-30 7.276e-30 +1.96922e+03 3.649e-30 3.649e-30 7.299e-30 +1.96267e+03 3.661e-30 3.661e-30 7.322e-30 +1.95614e+03 3.672e-30 3.672e-30 7.345e-30 +1.94963e+03 3.684e-30 3.684e-30 7.368e-30 CH3OH +1.94314e+03 3.696e-30 3.696e-30 7.391e-30 +1.93668e+03 3.707e-30 3.707e-30 7.414e-30 HC3N +1.93023e+03 3.719e-30 3.719e-30 7.438e-30 CH3OH +1.92381e+03 3.730e-30 3.730e-30 7.461e-30 CH3OH +1.91741e+03 3.742e-30 3.742e-30 7.484e-30 CH3OH +1.91103e+03 3.754e-30 3.754e-30 7.508e-30 CH3OH +1.90467e+03 3.766e-30 3.766e-30 7.532e-30 CH3OH +1.89833e+03 3.778e-30 3.778e-30 7.555e-30 OCS +1.89202e+03 3.790e-30 3.790e-30 7.579e-30 SO2 +1.88572e+03 3.801e-30 3.801e-30 7.603e-30 CH3OH +1.87945e+03 3.813e-30 3.813e-30 7.627e-30 +1.87319e+03 3.825e-30 3.825e-30 7.651e-30 +1.86696e+03 3.837e-30 3.837e-30 7.675e-30 SO2 +1.86075e+03 3.849e-30 3.849e-30 7.699e-30 +1.85456e+03 3.862e-30 3.862e-30 7.723e-30 +1.84839e+03 3.874e-30 3.874e-30 7.747e-30 +1.84224e+03 3.886e-30 3.886e-30 7.772e-30 SiC2 +1.83611e+03 3.898e-30 3.898e-30 7.796e-30 He 1 +1.83000e+03 3.910e-30 3.910e-30 7.821e-30 CH3OH +1.82391e+03 3.923e-30 3.923e-30 7.845e-30 SiC2 +1.81784e+03 3.935e-30 3.935e-30 7.870e-30 CH3OH +1.81179e+03 3.947e-30 3.947e-30 7.895e-30 CH3OH +1.80576e+03 3.960e-30 3.960e-30 7.920e-30 CH3OH +1.79975e+03 3.972e-30 3.972e-30 7.944e-30 TIR +1.79376e+03 3.985e-30 3.985e-30 7.969e-30 CH3OH +1.78780e+03 3.997e-30 3.997e-30 7.994e-30 CH3OH +1.78185e+03 4.010e-30 4.010e-30 8.020e-30 CH3OH +1.77592e+03 4.022e-30 4.022e-30 8.045e-30 CH3OH +1.77001e+03 4.035e-30 4.035e-30 8.070e-30 CH3OH +1.76412e+03 4.048e-30 4.048e-30 8.095e-30 CH3OH +1.75825e+03 4.060e-30 4.060e-30 8.121e-30 HCS+ +1.75240e+03 4.073e-30 4.073e-30 8.146e-30 SO +1.74657e+03 4.086e-30 4.086e-30 8.172e-30 SO +1.74076e+03 4.099e-30 4.099e-30 8.198e-30 CH3OH +1.73496e+03 4.112e-30 4.112e-30 8.224e-30 HC3N +1.72919e+03 4.125e-30 4.125e-30 8.249e-30 H2CO +1.72344e+03 4.138e-30 4.138e-30 8.275e-30 SiO +1.71770e+03 4.151e-30 4.151e-30 8.301e-30 SO +1.71199e+03 4.164e-30 4.164e-30 8.327e-30 SO2 +1.70629e+03 4.177e-30 4.177e-30 8.354e-30 SO +1.70061e+03 4.190e-30 4.190e-30 8.380e-30 SiC2 +1.69495e+03 4.203e-30 4.203e-30 8.406e-30 SO +1.68931e+03 4.216e-30 4.216e-30 8.433e-30 CH3OH +1.68369e+03 4.230e-30 4.230e-30 8.459e-30 SO +1.67809e+03 4.243e-30 4.243e-30 8.486e-30 HCO+ +1.67251e+03 4.256e-30 4.256e-30 8.512e-30 SO2 +1.66694e+03 4.270e-30 4.270e-30 8.539e-30 SO +1.66140e+03 4.283e-30 4.283e-30 8.566e-30 CH3OH +1.65587e+03 4.296e-30 4.296e-30 8.593e-30 CH3OH +1.65036e+03 4.310e-30 4.310e-30 8.620e-30 CH3OH +1.64487e+03 4.324e-30 4.324e-30 8.647e-30 OCS +1.63939e+03 4.337e-30 4.337e-30 8.674e-30 C 5 +1.63394e+03 4.351e-30 4.351e-30 8.701e-30 H2O +1.62850e+03 4.364e-30 4.364e-30 8.729e-30 +1.62308e+03 4.378e-30 4.378e-30 8.756e-30 +1.61768e+03 4.392e-30 4.392e-30 8.784e-30 SO2 +1.61230e+03 4.406e-30 4.406e-30 8.811e-30 +1.60693e+03 4.420e-30 4.420e-30 8.839e-30 CH3OH +1.60159e+03 4.433e-30 4.433e-30 8.867e-30 SiC2 +1.59626e+03 4.447e-30 4.447e-30 8.895e-30 +1.59095e+03 4.461e-30 4.461e-30 8.923e-30 SO2 +1.58565e+03 4.475e-30 4.475e-30 8.951e-30 CH3OH +1.58038e+03 4.489e-30 4.489e-30 8.979e-30 CH3OH +1.57512e+03 4.504e-30 4.504e-30 9.007e-30 CH3OH +1.56988e+03 4.518e-30 4.518e-30 9.035e-30 CH3OH +1.56465e+03 4.532e-30 4.532e-30 9.064e-30 CH3OH +1.55945e+03 4.546e-30 4.546e-30 9.092e-30 CH3OH +1.55426e+03 4.560e-30 4.560e-30 9.121e-30 SO2 +1.54909e+03 4.575e-30 4.575e-30 9.150e-30 CH3OH +1.54393e+03 4.589e-30 4.589e-30 9.178e-30 +1.53879e+03 4.604e-30 4.604e-30 9.207e-30 Mg11 +1.53367e+03 4.618e-30 4.618e-30 9.236e-30 CH3OH +1.52857e+03 4.633e-30 4.633e-30 9.265e-30 SiC2 +1.52349e+03 4.647e-30 4.647e-30 9.294e-30 +1.51842e+03 4.662e-30 4.662e-30 9.323e-30 +1.51336e+03 4.676e-30 4.676e-30 9.353e-30 CH3OH +1.50833e+03 4.691e-30 4.691e-30 9.382e-30 +1.50331e+03 4.706e-30 4.706e-30 9.412e-30 +1.49831e+03 4.721e-30 4.721e-30 9.441e-30 SiC2 +1.49332e+03 4.735e-30 4.735e-30 9.471e-30 +1.48835e+03 4.750e-30 4.750e-30 9.501e-30 SO +1.48340e+03 4.765e-30 4.765e-30 9.530e-30 CH3OH +1.47846e+03 4.780e-30 4.780e-30 9.560e-30 +1.47354e+03 4.795e-30 4.795e-30 9.590e-30 SO2 +1.46864e+03 4.810e-30 4.810e-30 9.621e-30 SO2 +1.46375e+03 4.825e-30 4.825e-30 9.651e-30 +1.45888e+03 4.841e-30 4.841e-30 9.681e-30 P 13 +1.45403e+03 4.856e-30 4.856e-30 9.712e-30 CH3OH +1.44919e+03 4.871e-30 4.871e-30 9.742e-30 OCS +1.44437e+03 4.886e-30 4.886e-30 9.773e-30 +1.43956e+03 4.902e-30 4.902e-30 9.803e-30 +1.43477e+03 4.917e-30 4.917e-30 9.834e-30 SO2 +1.43000e+03 4.933e-30 4.933e-30 9.865e-30 SiC2 +1.42524e+03 4.948e-30 4.948e-30 9.896e-30 SO +1.42050e+03 4.964e-30 4.964e-30 9.927e-30 H2CO +1.41577e+03 4.979e-30 4.979e-30 9.958e-30 +1.41106e+03 4.995e-30 4.995e-30 9.990e-30 CH3OH +1.40637e+03 5.011e-30 5.011e-30 1.002e-29 CH3OH +1.40169e+03 5.026e-30 5.026e-30 1.005e-29 CH3OH +1.39702e+03 5.042e-30 5.042e-30 1.008e-29 SO +1.39237e+03 5.058e-30 5.058e-30 1.012e-29 SO +1.38774e+03 5.074e-30 5.074e-30 1.015e-29 H2CO +1.38312e+03 5.090e-30 5.090e-30 1.018e-29 CH3OH +1.37852e+03 5.106e-30 5.106e-30 1.021e-29 +1.37393e+03 5.122e-30 5.122e-30 1.024e-29 CH3OH +1.36936e+03 5.138e-30 5.138e-30 1.028e-29 H2CO +1.36481e+03 5.154e-30 5.154e-30 1.031e-29 SO +1.36027e+03 5.170e-30 5.170e-30 1.034e-29 CH3OH +1.35574e+03 5.187e-30 5.187e-30 1.037e-29 CH3OH +1.35123e+03 5.203e-30 5.203e-30 1.041e-29 He 1 +1.34673e+03 5.219e-30 5.219e-30 1.044e-29 +1.34225e+03 5.236e-30 5.236e-30 1.047e-29 +1.33778e+03 5.252e-30 5.252e-30 1.050e-29 SO2 +1.33333e+03 5.269e-30 5.269e-30 1.054e-29 SO2 +1.32890e+03 5.285e-30 5.285e-30 1.057e-29 CH3OH +1.32447e+03 5.302e-30 5.302e-30 1.060e-29 CN +1.32007e+03 5.318e-30 5.318e-30 1.064e-29 Ne10 +1.31568e+03 5.335e-30 5.335e-30 1.067e-29 +1.31130e+03 5.352e-30 5.352e-30 1.070e-29 +1.30693e+03 5.369e-30 5.369e-30 1.074e-29 CH3OH +1.30259e+03 5.386e-30 5.386e-30 1.077e-29 Si13 +1.29825e+03 5.402e-30 5.402e-30 1.080e-29 CO +1.29393e+03 5.419e-30 5.419e-30 1.084e-29 +1.28963e+03 5.436e-30 5.436e-30 1.087e-29 SiC2 +1.28533e+03 5.454e-30 5.454e-30 1.091e-29 +1.28106e+03 5.471e-30 5.471e-30 1.094e-29 SiC2 +1.27680e+03 5.488e-30 5.488e-30 1.098e-29 CH3OH +1.27255e+03 5.505e-30 5.505e-30 1.101e-29 +1.26831e+03 5.522e-30 5.522e-30 1.104e-29 SO +1.26409e+03 5.540e-30 5.540e-30 1.108e-29 CH3OH +1.25989e+03 5.557e-30 5.557e-30 1.111e-29 +1.25569e+03 5.575e-30 5.575e-30 1.115e-29 +1.25152e+03 5.592e-30 5.592e-30 1.118e-29 Cl 7 +1.24735e+03 5.610e-30 5.610e-30 1.122e-29 CH3OH +1.24320e+03 5.627e-30 5.627e-30 1.125e-29 CH3OH +1.23906e+03 5.645e-30 5.645e-30 1.129e-29 CH3OH +1.23494e+03 5.663e-30 5.663e-30 1.133e-29 SO2 +1.23083e+03 5.681e-30 5.681e-30 1.136e-29 OCS +1.22674e+03 5.698e-30 5.698e-30 1.140e-29 SO2 +1.22265e+03 5.716e-30 5.716e-30 1.143e-29 SO2 +1.21859e+03 5.734e-30 5.734e-30 1.147e-29 CH3OH +1.21453e+03 5.752e-30 5.752e-30 1.150e-29 +1.21049e+03 5.770e-30 5.770e-30 1.154e-29 SO2 +1.20646e+03 5.788e-30 5.788e-30 1.158e-29 Al11 +1.20245e+03 5.807e-30 5.807e-30 1.161e-29 NO +1.19845e+03 5.825e-30 5.825e-30 1.165e-29 NO +1.19446e+03 5.843e-30 5.843e-30 1.169e-29 NO +1.19048e+03 5.862e-30 5.862e-30 1.172e-29 NO +1.18652e+03 5.880e-30 5.880e-30 1.176e-29 +1.18258e+03 5.898e-30 5.898e-30 1.180e-29 +1.17864e+03 5.917e-30 5.917e-30 1.183e-29 CH3OH +1.17472e+03 5.936e-30 5.936e-30 1.187e-29 OCS +1.17081e+03 5.954e-30 5.954e-30 1.191e-29 HCS+ +1.16691e+03 5.973e-30 5.973e-30 1.195e-29 SO2 +1.16303e+03 5.992e-30 5.992e-30 1.198e-29 NO +1.15916e+03 6.010e-30 6.010e-30 1.202e-29 H2CO +1.15530e+03 6.029e-30 6.029e-30 1.206e-29 SiC2 +1.15146e+03 6.048e-30 6.048e-30 1.210e-29 SiO +1.14763e+03 6.067e-30 6.067e-30 1.213e-29 CH3OH +1.14381e+03 6.086e-30 6.086e-30 1.217e-29 CH3OH +1.14000e+03 6.105e-30 6.105e-30 1.221e-29 CH3OH +1.13621e+03 6.125e-30 6.125e-30 1.225e-29 H2CO +1.13243e+03 6.144e-30 6.144e-30 1.229e-29 +1.12866e+03 6.163e-30 6.163e-30 1.233e-29 Cr22 +1.12491e+03 6.183e-30 6.183e-30 1.237e-29 CH3OH +1.12116e+03 6.202e-30 6.202e-30 1.240e-29 CH3OH +1.11743e+03 6.221e-30 6.221e-30 1.244e-29 CH3OH +1.11372e+03 6.241e-30 6.241e-30 1.248e-29 +1.11001e+03 6.261e-30 6.261e-30 1.252e-29 CH3OH +1.10632e+03 6.280e-30 6.280e-30 1.256e-29 +1.10263e+03 6.300e-30 6.300e-30 1.260e-29 CH3OH +1.09897e+03 6.320e-30 6.320e-30 1.264e-29 +1.09531e+03 6.340e-30 6.340e-30 1.268e-29 +1.09166e+03 6.360e-30 6.360e-30 1.272e-29 +1.08803e+03 6.380e-30 6.380e-30 1.276e-29 +1.08441e+03 6.400e-30 6.400e-30 1.280e-29 +1.08080e+03 6.420e-30 6.420e-30 1.284e-29 +1.07721e+03 6.440e-30 6.440e-30 1.288e-29 CH3OH +1.07362e+03 6.460e-30 6.460e-30 1.292e-29 OCS +1.07005e+03 6.480e-30 6.480e-30 1.296e-29 +1.06649e+03 6.501e-30 6.501e-30 1.300e-29 H2CO +1.06294e+03 6.521e-30 6.521e-30 1.304e-29 SO2 +1.05940e+03 6.542e-30 6.542e-30 1.308e-29 CH3OH +1.05588e+03 6.562e-30 6.562e-30 1.312e-29 SO2 +1.05237e+03 6.583e-30 6.583e-30 1.317e-29 +1.04886e+03 6.603e-30 6.603e-30 1.321e-29 CH3OH +1.04537e+03 6.624e-30 6.624e-30 1.325e-29 CH3OH +1.04190e+03 6.645e-30 6.645e-30 1.329e-29 CH3OH +1.03843e+03 6.666e-30 6.666e-30 1.333e-29 CH3OH +1.03497e+03 6.687e-30 6.687e-30 1.337e-29 CH3OH +1.03153e+03 6.708e-30 6.708e-30 1.342e-29 CH3OH +1.02810e+03 6.729e-30 6.729e-30 1.346e-29 H2CO +1.02468e+03 6.750e-30 6.750e-30 1.350e-29 +1.02127e+03 6.771e-30 6.771e-30 1.354e-29 CS +1.01787e+03 6.792e-30 6.792e-30 1.358e-29 CH3OH +1.01448e+03 6.814e-30 6.814e-30 1.363e-29 SO +1.01111e+03 6.835e-30 6.835e-30 1.367e-29 Ti20 +1.00774e+03 6.857e-30 6.857e-30 1.371e-29 O 8 +1.00439e+03 6.878e-30 6.878e-30 1.376e-29 HCS+ +1.00105e+03 6.900e-30 6.900e-30 1.380e-29 N 6 +9.97716e+02 6.921e-30 6.921e-30 1.384e-29 H2CO +9.94396e+02 6.943e-30 6.943e-30 1.389e-29 SO +9.91087e+02 6.965e-30 6.965e-30 1.393e-29 CH3OH +9.87790e+02 6.987e-30 6.987e-30 1.397e-29 SiO +9.84503e+02 7.009e-30 7.009e-30 1.402e-29 SO +9.81227e+02 7.031e-30 7.031e-30 1.406e-29 +9.77962e+02 7.053e-30 7.053e-30 1.411e-29 H3O+ +9.74708e+02 7.075e-30 7.075e-30 1.415e-29 H2CO +9.71465e+02 7.097e-30 7.097e-30 1.419e-29 +9.68232e+02 7.120e-30 7.120e-30 1.424e-29 SO +9.65010e+02 7.142e-30 7.142e-30 1.428e-29 CH3OH +9.61799e+02 7.164e-30 7.164e-30 1.433e-29 +9.58599e+02 7.187e-30 7.187e-30 1.437e-29 CH3OH +9.55409e+02 7.209e-30 7.209e-30 1.442e-29 CH3OH +9.52230e+02 7.232e-30 7.232e-30 1.446e-29 CH3OH +9.49062e+02 7.255e-30 7.255e-30 1.451e-29 OCS +9.45904e+02 7.278e-30 7.278e-30 1.456e-29 H2CO +9.42757e+02 7.300e-30 7.300e-30 1.460e-29 CH3OH +9.39620e+02 7.323e-30 7.323e-30 1.465e-29 +9.36493e+02 7.346e-30 7.346e-30 1.469e-29 +9.33377e+02 7.369e-30 7.369e-30 1.474e-29 H2O +9.30271e+02 7.393e-30 7.393e-30 1.479e-29 CH3OH +9.27176e+02 7.416e-30 7.416e-30 1.483e-29 CH3OH +9.24091e+02 7.439e-30 7.439e-30 1.488e-29 CH3OH +9.21016e+02 7.462e-30 7.462e-30 1.492e-29 H2O +9.17951e+02 7.486e-30 7.486e-30 1.497e-29 CH3OH +9.14897e+02 7.509e-30 7.509e-30 1.502e-29 +9.11853e+02 7.533e-30 7.533e-30 1.507e-29 OCS +9.08818e+02 7.557e-30 7.557e-30 1.511e-29 SO +9.05794e+02 7.580e-30 7.580e-30 1.516e-29 CH3OH +9.02780e+02 7.604e-30 7.604e-30 1.521e-29 SO2 +8.99777e+02 7.628e-30 7.628e-30 1.526e-29 +8.96783e+02 7.652e-30 7.652e-30 1.530e-29 CH3OH +8.93799e+02 7.676e-30 7.676e-30 1.535e-29 CH3OH +8.90825e+02 7.700e-30 7.700e-30 1.540e-29 SO +8.87860e+02 7.724e-30 7.724e-30 1.545e-29 CH3OH +8.84906e+02 7.749e-30 7.749e-30 1.550e-29 CH3OH +8.81962e+02 7.773e-30 7.773e-30 1.555e-29 CN +8.79027e+02 7.797e-30 7.797e-30 1.559e-29 HCS+ +8.76102e+02 7.822e-30 7.822e-30 1.564e-29 +8.73187e+02 7.846e-30 7.846e-30 1.569e-29 CH3OH +8.70281e+02 7.871e-30 7.871e-30 1.574e-29 SO +8.67386e+02 7.896e-30 7.896e-30 1.579e-29 CO +8.64500e+02 7.920e-30 7.920e-30 1.584e-29 CH3OH +8.61623e+02 7.945e-30 7.945e-30 1.589e-29 Ca18 +8.58756e+02 7.970e-30 7.970e-30 1.594e-29 NO +8.55899e+02 7.995e-30 7.995e-30 1.599e-29 NO +8.53051e+02 8.020e-30 8.020e-30 1.604e-29 NO +8.50212e+02 8.046e-30 8.046e-30 1.609e-29 NO +8.47383e+02 8.071e-30 8.071e-30 1.614e-29 +8.44564e+02 8.096e-30 8.096e-30 1.619e-29 HCN +8.41753e+02 8.122e-30 8.122e-30 1.624e-29 HCO+ +8.38952e+02 8.147e-30 8.147e-30 1.629e-29 SO2 +8.36161e+02 8.173e-30 8.173e-30 1.635e-29 CH3OH +8.33379e+02 8.198e-30 8.198e-30 1.640e-29 CH3OH +8.30606e+02 8.224e-30 8.224e-30 1.645e-29 NO +8.27842e+02 8.250e-30 8.250e-30 1.650e-29 CH3OH +8.25087e+02 8.276e-30 8.276e-30 1.655e-29 CH3OH +8.22342e+02 8.302e-30 8.302e-30 1.660e-29 H3O+ +8.19606e+02 8.328e-30 8.328e-30 1.666e-29 H2CO +8.16878e+02 8.354e-30 8.354e-30 1.671e-29 CH3OH +8.14160e+02 8.380e-30 8.380e-30 1.676e-29 O2 +8.11451e+02 8.407e-30 8.407e-30 1.681e-29 +8.08751e+02 8.433e-30 8.433e-30 1.687e-29 SO2 +8.06060e+02 8.459e-30 8.459e-30 1.692e-29 SO +8.03378e+02 8.486e-30 8.486e-30 1.697e-29 H2CO +8.00705e+02 8.513e-30 8.513e-30 1.703e-29 +7.98041e+02 8.539e-30 8.539e-30 1.708e-29 CH3OH +7.95385e+02 8.566e-30 8.566e-30 1.713e-29 OCS +7.92739e+02 8.593e-30 8.593e-30 1.719e-29 SO +7.90101e+02 8.620e-30 8.620e-30 1.724e-29 CH3OH +7.87472e+02 8.647e-30 8.647e-30 1.729e-29 H2O +7.84852e+02 8.674e-30 8.674e-30 1.735e-29 CH3OH +7.82240e+02 8.701e-30 8.701e-30 1.740e-29 CH3OH +7.79637e+02 8.729e-30 8.729e-30 1.746e-29 HCS+ +7.77043e+02 8.756e-30 8.756e-30 1.751e-29 CH3OH +7.74457e+02 8.784e-30 8.784e-30 1.757e-29 CH3OH +7.71881e+02 8.811e-30 8.811e-30 1.762e-29 H3O+ +7.69312e+02 8.839e-30 8.839e-30 1.768e-29 OCS +7.66752e+02 8.867e-30 8.867e-30 1.773e-29 CH3OH +7.64201e+02 8.895e-30 8.895e-30 1.779e-29 CS +7.61658e+02 8.922e-30 8.922e-30 1.784e-29 +7.59124e+02 8.950e-30 8.950e-30 1.790e-29 SO2 +7.56598e+02 8.979e-30 8.979e-30 1.796e-29 H3O+ +7.54080e+02 9.007e-30 9.007e-30 1.801e-29 Ti20 +7.51571e+02 9.035e-30 9.035e-30 1.807e-29 CH3OH +7.49070e+02 9.063e-30 9.063e-30 1.813e-29 NO +7.46578e+02 9.092e-30 9.092e-30 1.818e-29 NO +7.44094e+02 9.120e-30 9.120e-30 1.824e-29 +7.41618e+02 9.149e-30 9.149e-30 1.830e-29 +7.39150e+02 9.178e-30 9.178e-30 1.836e-29 SO +7.36691e+02 9.207e-30 9.207e-30 1.841e-29 CH3OH +7.34239e+02 9.235e-30 9.235e-30 1.847e-29 CH3OH +7.31796e+02 9.264e-30 9.264e-30 1.853e-29 CH3OH +7.29361e+02 9.293e-30 9.293e-30 1.859e-29 CH3OH +7.26934e+02 9.323e-30 9.323e-30 1.865e-29 CH3OH +7.24516e+02 9.352e-30 9.352e-30 1.870e-29 OCS +7.22105e+02 9.381e-30 9.381e-30 1.876e-29 CH3OH +7.19702e+02 9.411e-30 9.411e-30 1.882e-29 +7.17307e+02 9.440e-30 9.440e-30 1.888e-29 +7.14921e+02 9.470e-30 9.470e-30 1.894e-29 CH3OH +7.12542e+02 9.500e-30 9.500e-30 1.900e-29 +7.10171e+02 9.529e-30 9.529e-30 1.906e-29 H2CO +7.07808e+02 9.559e-30 9.559e-30 1.912e-29 He 1 +7.05453e+02 9.589e-30 9.589e-30 1.918e-29 CH3OH +7.03105e+02 9.619e-30 9.619e-30 1.924e-29 CH3OH +7.00766e+02 9.650e-30 9.650e-30 1.930e-29 CH3OH +6.98434e+02 9.680e-30 9.680e-30 1.936e-29 +6.96110e+02 9.710e-30 9.710e-30 1.942e-29 CH3OH +6.93794e+02 9.741e-30 9.741e-30 1.948e-29 CH3OH +6.91485e+02 9.771e-30 9.771e-30 1.954e-29 SiO +6.89184e+02 9.802e-30 9.802e-30 1.960e-29 CH3OH +6.86891e+02 9.833e-30 9.833e-30 1.967e-29 H2CO +6.84606e+02 9.864e-30 9.864e-30 1.973e-29 H2CO +6.82328e+02 9.895e-30 9.895e-30 1.979e-29 CH3OH +6.80057e+02 9.926e-30 9.926e-30 1.985e-29 ^13CO +6.77794e+02 9.957e-30 9.957e-30 1.991e-29 Fe25 +6.75539e+02 9.988e-30 9.988e-30 1.998e-29 CH3OH +6.73291e+02 1.002e-29 1.002e-29 2.004e-29 HCO+ +6.71051e+02 1.005e-29 1.005e-29 2.010e-29 CH3OH +6.68818e+02 1.008e-29 1.008e-29 2.016e-29 H 1 +6.66593e+02 1.011e-29 1.011e-29 2.023e-29 NO +6.64375e+02 1.015e-29 1.015e-29 2.029e-29 NO +6.62164e+02 1.018e-29 1.018e-29 2.036e-29 NO +6.59961e+02 1.021e-29 1.021e-29 2.042e-29 CN +6.57765e+02 1.024e-29 1.024e-29 2.048e-29 CH3OH +6.55576e+02 1.027e-29 1.027e-29 2.055e-29 +6.53395e+02 1.031e-29 1.031e-29 2.062e-29 Mg12 +6.51220e+02 1.034e-29 1.034e-29 2.068e-29 O 7 +6.49054e+02 1.037e-29 1.037e-29 2.074e-29 OCS +6.46894e+02 1.040e-29 1.040e-29 2.081e-29 CH3OH +6.44741e+02 1.044e-29 1.044e-29 2.087e-29 +6.42596e+02 1.047e-29 1.047e-29 2.094e-29 N2H+ +6.40458e+02 1.050e-29 1.050e-29 2.100e-29 CH3OH +6.38327e+02 1.053e-29 1.053e-29 2.107e-29 HCS+ +6.36203e+02 1.057e-29 1.057e-29 2.114e-29 H2O +6.34086e+02 1.060e-29 1.060e-29 2.120e-29 SO2 +6.31976e+02 1.063e-29 1.063e-29 2.127e-29 OCS +6.29873e+02 1.067e-29 1.067e-29 2.133e-29 CH3OH +6.27777e+02 1.070e-29 1.070e-29 2.140e-29 SiO +6.25688e+02 1.073e-29 1.073e-29 2.147e-29 CH3OH +6.23607e+02 1.077e-29 1.077e-29 2.154e-29 CH3OH +6.21532e+02 1.080e-29 1.080e-29 2.160e-29 CH3OH +6.19463e+02 1.084e-29 1.084e-29 2.167e-29 CH3OH +6.17402e+02 1.087e-29 1.087e-29 2.174e-29 H2CO +6.15348e+02 1.090e-29 1.090e-29 2.181e-29 O2 +6.13300e+02 1.094e-29 1.094e-29 2.188e-29 CH3OH +6.11260e+02 1.097e-29 1.097e-29 2.195e-29 TFIR +6.09226e+02 1.101e-29 1.101e-29 2.201e-29 CH3OH +6.07199e+02 1.104e-29 1.104e-29 2.208e-29 SiC2 +6.05178e+02 1.108e-29 1.108e-29 2.215e-29 CH3OH +6.03164e+02 1.111e-29 1.111e-29 2.222e-29 SO2 +6.01157e+02 1.115e-29 1.115e-29 2.229e-29 OCS +5.99157e+02 1.118e-29 1.118e-29 2.236e-29 +5.97163e+02 1.122e-29 1.122e-29 2.243e-29 +5.95177e+02 1.125e-29 1.125e-29 2.250e-29 CH3OH +5.93196e+02 1.129e-29 1.129e-29 2.257e-29 CH3OH +5.91222e+02 1.132e-29 1.132e-29 2.264e-29 H 1 +5.89255e+02 1.136e-29 1.136e-29 2.271e-29 CH3OH +5.87294e+02 1.139e-29 1.139e-29 2.279e-29 H2CO +5.85340e+02 1.143e-29 1.143e-29 2.286e-29 CH3OH +5.83393e+02 1.146e-29 1.146e-29 2.293e-29 Zn29 +5.81451e+02 1.150e-29 1.150e-29 2.300e-29 CH3OH +5.79517e+02 1.154e-29 1.154e-29 2.307e-29 SO +5.77588e+02 1.157e-29 1.157e-29 2.315e-29 K 19 +5.75666e+02 1.161e-29 1.161e-29 2.322e-29 CH3OH +5.73751e+02 1.165e-29 1.165e-29 2.329e-29 OCS +5.71842e+02 1.168e-29 1.168e-29 2.336e-29 CH3OH +5.69939e+02 1.172e-29 1.172e-29 2.344e-29 H2CO +5.68043e+02 1.176e-29 1.176e-29 2.351e-29 CH3OH +5.66153e+02 1.179e-29 1.179e-29 2.358e-29 CH3OH +5.64269e+02 1.183e-29 1.183e-29 2.366e-29 CH3OH +5.62391e+02 1.187e-29 1.187e-29 2.373e-29 +5.60520e+02 1.190e-29 1.190e-29 2.381e-29 OCS +5.58655e+02 1.194e-29 1.194e-29 2.388e-29 CH3OH +5.56796e+02 1.198e-29 1.198e-29 2.396e-29 CS +5.54943e+02 1.202e-29 1.202e-29 2.403e-29 CH3OH +5.53097e+02 1.205e-29 1.205e-29 2.411e-29 SO2 +5.51256e+02 1.209e-29 1.209e-29 2.418e-29 CH3OH +5.49422e+02 1.213e-29 1.213e-29 2.426e-29 SO +5.47594e+02 1.217e-29 1.217e-29 2.434e-29 OCS +5.45772e+02 1.221e-29 1.221e-29 2.441e-29 NO +5.43956e+02 1.224e-29 1.224e-29 2.449e-29 NO +5.42146e+02 1.228e-29 1.228e-29 2.456e-29 NO +5.40342e+02 1.232e-29 1.232e-29 2.464e-29 CH3OH +5.38544e+02 1.236e-29 1.236e-29 2.472e-29 CH3OH +5.36752e+02 1.240e-29 1.240e-29 2.480e-29 OCS +5.34966e+02 1.244e-29 1.244e-29 2.487e-29 CH3OH +5.33186e+02 1.248e-29 1.248e-29 2.495e-29 H2CO +5.31412e+02 1.252e-29 1.252e-29 2.503e-29 CH3OH +5.29643e+02 1.255e-29 1.255e-29 2.511e-29 CN +5.27881e+02 1.259e-29 1.259e-29 2.519e-29 CH3OH +5.26125e+02 1.263e-29 1.263e-29 2.527e-29 +5.24374e+02 1.267e-29 1.267e-29 2.535e-29 NH3 +5.22629e+02 1.271e-29 1.271e-29 2.543e-29 CH3OH +5.20890e+02 1.275e-29 1.275e-29 2.551e-29 CO +5.19157e+02 1.279e-29 1.279e-29 2.559e-29 H 1 +5.17429e+02 1.283e-29 1.283e-29 2.567e-29 CH3OH +5.15708e+02 1.287e-29 1.287e-29 2.575e-29 H2CO +5.13992e+02 1.291e-29 1.291e-29 2.583e-29 H2CO +5.12282e+02 1.295e-29 1.295e-29 2.591e-29 CH3OH +5.10577e+02 1.299e-29 1.299e-29 2.599e-29 CH3OH +5.08878e+02 1.304e-29 1.304e-29 2.607e-29 CH3OH +5.07185e+02 1.308e-29 1.308e-29 2.615e-29 CH3OH +5.05497e+02 1.312e-29 1.312e-29 2.623e-29 SO2 +5.03815e+02 1.316e-29 1.316e-29 2.632e-29 OCS +5.02139e+02 1.320e-29 1.320e-29 2.640e-29 HCS+ +5.00468e+02 1.324e-29 1.324e-29 2.648e-29 SPR3 +4.98803e+02 1.328e-29 1.328e-29 2.657e-29 NO +4.97143e+02 1.332e-29 1.332e-29 2.665e-29 NO +4.95489e+02 1.337e-29 1.337e-29 2.673e-29 CH3OH +4.93840e+02 1.341e-29 1.341e-29 2.682e-29 SiO +4.92197e+02 1.345e-29 1.345e-29 2.690e-29 SO +4.90559e+02 1.349e-29 1.349e-29 2.698e-29 SO +4.88927e+02 1.353e-29 1.353e-29 2.707e-29 CH3OH +4.87300e+02 1.358e-29 1.358e-29 2.715e-29 +4.85678e+02 1.362e-29 1.362e-29 2.724e-29 CH3OH +4.84062e+02 1.366e-29 1.366e-29 2.733e-29 NO +4.82452e+02 1.371e-29 1.371e-29 2.741e-29 H2CO +4.80846e+02 1.375e-29 1.375e-29 2.750e-29 HCO+ +4.79246e+02 1.379e-29 1.379e-29 2.758e-29 CH3OH +4.77652e+02 1.383e-29 1.383e-29 2.767e-29 CH3OH +4.76062e+02 1.388e-29 1.388e-29 2.776e-29 SO +4.74478e+02 1.392e-29 1.392e-29 2.784e-29 H2CO +4.72900e+02 1.397e-29 1.397e-29 2.793e-29 HNC +4.71326e+02 1.401e-29 1.401e-29 2.802e-29 CH3OH +4.69758e+02 1.405e-29 1.405e-29 2.811e-29 Mg11 +4.68195e+02 1.410e-29 1.410e-29 2.819e-29 HCS+ +4.66637e+02 1.414e-29 1.414e-29 2.828e-29 +4.65084e+02 1.419e-29 1.419e-29 2.837e-29 OCS +4.63537e+02 1.423e-29 1.423e-29 2.846e-29 H2CO +4.61994e+02 1.427e-29 1.427e-29 2.855e-29 NO +4.60457e+02 1.432e-29 1.432e-29 2.864e-29 NO +4.58925e+02 1.436e-29 1.436e-29 2.873e-29 NO +4.57398e+02 1.441e-29 1.441e-29 2.882e-29 CH3OH +4.55876e+02 1.445e-29 1.445e-29 2.891e-29 +4.54359e+02 1.450e-29 1.450e-29 2.900e-29 +4.52847e+02 1.455e-29 1.455e-29 2.909e-29 H 1 +4.51340e+02 1.459e-29 1.459e-29 2.918e-29 SiC2 +4.49838e+02 1.464e-29 1.464e-29 2.927e-29 CH3OH +4.48342e+02 1.468e-29 1.468e-29 2.937e-29 OCS +4.46850e+02 1.473e-29 1.473e-29 2.946e-29 SO2 +4.45363e+02 1.478e-29 1.478e-29 2.955e-29 SO +4.43881e+02 1.482e-29 1.482e-29 2.964e-29 CH3OH +4.42404e+02 1.487e-29 1.487e-29 2.974e-29 CH3OH +4.40932e+02 1.491e-29 1.491e-29 2.983e-29 CN +4.39465e+02 1.496e-29 1.496e-29 2.992e-29 HCS+ +4.38003e+02 1.501e-29 1.501e-29 3.002e-29 CH3OH +4.36545e+02 1.506e-29 1.506e-29 3.011e-29 CH3OH +4.35093e+02 1.510e-29 1.510e-29 3.020e-29 SO2 +4.33645e+02 1.515e-29 1.515e-29 3.030e-29 H2CO +4.32202e+02 1.520e-29 1.520e-29 3.039e-29 SiO +4.30764e+02 1.525e-29 1.525e-29 3.049e-29 CH3OH +4.29330e+02 1.529e-29 1.529e-29 3.059e-29 CH3OH +4.27902e+02 1.534e-29 1.534e-29 3.068e-29 CH3OH +4.26478e+02 1.539e-29 1.539e-29 3.078e-29 CH3OH +4.25059e+02 1.544e-29 1.544e-29 3.087e-29 OCS +4.23645e+02 1.549e-29 1.549e-29 3.097e-29 +4.22235e+02 1.553e-29 1.553e-29 3.107e-29 CH3OH +4.20830e+02 1.558e-29 1.558e-29 3.117e-29 HCO+ +4.19430e+02 1.563e-29 1.563e-29 3.126e-29 CH3OH +4.18034e+02 1.568e-29 1.568e-29 3.136e-29 H2CO +4.16643e+02 1.573e-29 1.573e-29 3.146e-29 CH3OH +4.15257e+02 1.578e-29 1.578e-29 3.156e-29 CH3OH +4.13875e+02 1.583e-29 1.583e-29 3.166e-29 He 1 +4.12498e+02 1.588e-29 1.588e-29 3.176e-29 H2CO +4.11125e+02 1.593e-29 1.593e-29 3.186e-29 H2CO +4.09757e+02 1.598e-29 1.598e-29 3.196e-29 SO2 +4.08394e+02 1.603e-29 1.603e-29 3.206e-29 CH3OH +4.07035e+02 1.608e-29 1.608e-29 3.216e-29 H2CO +4.05681e+02 1.613e-29 1.613e-29 3.226e-29 +4.04331e+02 1.618e-29 1.618e-29 3.236e-29 OCS +4.02985e+02 1.623e-29 1.623e-29 3.246e-29 CH3OH +4.01645e+02 1.628e-29 1.628e-29 3.256e-29 +4.00308e+02 1.633e-29 1.633e-29 3.266e-29 NO +3.98976e+02 1.638e-29 1.638e-29 3.277e-29 NO +3.97649e+02 1.643e-29 1.643e-29 3.287e-29 NO +3.96325e+02 1.649e-29 1.649e-29 3.297e-29 CH3OH +3.95007e+02 1.654e-29 1.654e-29 3.308e-29 CH3OH +3.93692e+02 1.659e-29 1.659e-29 3.318e-29 CH3OH +3.92382e+02 1.664e-29 1.664e-29 3.328e-29 H 1 +3.91077e+02 1.669e-29 1.669e-29 3.339e-29 CH3OH +3.89775e+02 1.675e-29 1.675e-29 3.349e-29 +3.88478e+02 1.680e-29 1.680e-29 3.360e-29 CH3OH +3.87186e+02 1.685e-29 1.685e-29 3.370e-29 O2 +3.85898e+02 1.690e-29 1.690e-29 3.381e-29 OCS +3.84613e+02 1.696e-29 1.696e-29 3.391e-29 SO2 +3.83334e+02 1.701e-29 1.701e-29 3.402e-29 SiO +3.82058e+02 1.706e-29 1.706e-29 3.413e-29 CH3OH +3.80787e+02 1.712e-29 1.712e-29 3.423e-29 H2CO +3.79520e+02 1.717e-29 1.717e-29 3.435e-29 Si14 +3.78257e+02 1.722e-29 1.722e-29 3.445e-29 CN +3.76998e+02 1.728e-29 1.728e-29 3.456e-29 +3.75744e+02 1.733e-29 1.733e-29 3.467e-29 CH3OH +3.74494e+02 1.739e-29 1.739e-29 3.477e-29 NO +3.73248e+02 1.744e-29 1.744e-29 3.488e-29 NO +3.72006e+02 1.750e-29 1.750e-29 3.499e-29 CO +3.70768e+02 1.755e-29 1.755e-29 3.510e-29 CH3OH +3.69534e+02 1.761e-29 1.761e-29 3.521e-29 CH3OH +3.68305e+02 1.766e-29 1.766e-29 3.532e-29 CH3OH +3.67079e+02 1.772e-29 1.772e-29 3.543e-29 HNC +3.65858e+02 1.777e-29 1.777e-29 3.554e-29 CH3OH +3.64640e+02 1.783e-29 1.783e-29 3.566e-29 H2CO +3.63427e+02 1.788e-29 1.788e-29 3.577e-29 SiO +3.62218e+02 1.794e-29 1.794e-29 3.588e-29 +3.61012e+02 1.800e-29 1.800e-29 3.599e-29 +3.59811e+02 1.805e-29 1.805e-29 3.611e-29 CH3OH +3.58614e+02 1.811e-29 1.811e-29 3.622e-29 Si 3 +3.57421e+02 1.817e-29 1.817e-29 3.633e-29 CH3OH +3.56231e+02 1.822e-29 1.822e-29 3.645e-29 CH3OH +3.55046e+02 1.828e-29 1.828e-29 3.656e-29 He 1 +3.53865e+02 1.834e-29 1.834e-29 3.667e-29 Si 1 +3.52687e+02 1.839e-29 1.839e-29 3.679e-29 NO +3.51514e+02 1.845e-29 1.845e-29 3.691e-29 NO +3.50344e+02 1.851e-29 1.851e-29 3.702e-29 SPR2 +3.49178e+02 1.857e-29 1.857e-29 3.714e-29 SO +3.48016e+02 1.865e-29 1.865e-29 3.730e-29 Fe26 +3.46858e+02 1.868e-29 1.868e-29 3.737e-29 CH3OH +3.45704e+02 1.874e-29 1.874e-29 3.749e-29 CH3OH +3.44554e+02 1.880e-29 1.880e-29 3.760e-29 CH3OH +3.43408e+02 1.886e-29 1.886e-29 3.772e-29 C2H +3.42265e+02 1.892e-29 1.892e-29 3.784e-29 +3.41126e+02 1.898e-29 1.898e-29 3.796e-29 CH3OH +3.39991e+02 1.904e-29 1.904e-29 3.808e-29 ^13CO +3.38860e+02 1.910e-29 1.910e-29 3.820e-29 HCN +3.37732e+02 1.916e-29 1.916e-29 3.832e-29 H 1 +3.36608e+02 1.922e-29 1.922e-29 3.844e-29 CH3OH +3.35488e+02 1.928e-29 1.928e-29 3.856e-29 CH3OH +3.34372e+02 1.934e-29 1.934e-29 3.868e-29 H2CO +3.33259e+02 1.940e-29 1.940e-29 3.880e-29 N 6 +3.32150e+02 1.946e-29 1.946e-29 3.892e-29 SO +3.31045e+02 1.952e-29 1.952e-29 3.904e-29 CN +3.29944e+02 1.958e-29 1.958e-29 3.917e-29 CH3OH +3.28846e+02 1.964e-29 1.964e-29 3.929e-29 CH3OH +3.27752e+02 1.971e-29 1.971e-29 3.941e-29 CH3OH +3.26661e+02 1.977e-29 1.977e-29 3.954e-29 S 16 +3.25574e+02 1.983e-29 1.983e-29 3.966e-29 CO +3.24491e+02 1.989e-29 1.989e-29 3.978e-29 +3.23411e+02 1.995e-29 1.995e-29 3.991e-29 +3.22335e+02 2.002e-29 2.002e-29 4.003e-29 SO +3.21262e+02 2.008e-29 2.008e-29 4.016e-29 Ne 3 +3.20193e+02 2.014e-29 2.014e-29 4.028e-29 SO +3.19128e+02 2.021e-29 2.021e-29 4.041e-29 HCS+ +3.18066e+02 2.027e-29 2.027e-29 4.054e-29 CH3OH +3.17008e+02 2.033e-29 2.033e-29 4.067e-29 K 19 +3.15953e+02 2.040e-29 2.040e-29 4.079e-29 CH3OH +3.14902e+02 2.046e-29 2.046e-29 4.092e-29 CH3OH +3.13854e+02 2.052e-29 2.052e-29 4.105e-29 H 1 +3.12810e+02 2.059e-29 2.059e-29 4.118e-29 SO2 +3.11769e+02 2.065e-29 2.065e-29 4.131e-29 CH3OH +3.10731e+02 2.072e-29 2.072e-29 4.144e-29 CH3OH +3.09697e+02 2.078e-29 2.078e-29 4.157e-29 +3.08667e+02 2.085e-29 2.085e-29 4.170e-29 H2O +3.07640e+02 2.091e-29 2.091e-29 4.183e-29 HCN +3.06616e+02 2.098e-29 2.098e-29 4.196e-29 CS +3.05596e+02 2.104e-29 2.104e-29 4.209e-29 H2CO +3.04579e+02 2.111e-29 2.111e-29 4.222e-29 F 9 +3.03566e+02 2.118e-29 2.118e-29 4.235e-29 CH3OH +3.02556e+02 2.124e-29 2.124e-29 4.249e-29 CH3OH +3.01549e+02 2.131e-29 2.131e-29 4.262e-29 H2CO +3.00545e+02 2.138e-29 2.138e-29 4.275e-29 CH3OH +2.99545e+02 2.144e-29 2.144e-29 4.289e-29 NO +2.98549e+02 2.151e-29 2.151e-29 4.302e-29 NO +2.97555e+02 2.158e-29 2.158e-29 4.316e-29 CH3OH +2.96565e+02 2.165e-29 2.165e-29 4.329e-29 CH3OH +2.95578e+02 2.172e-29 2.172e-29 4.343e-29 Na11 +2.94595e+02 2.178e-29 2.178e-29 4.356e-29 CN +2.93615e+02 2.185e-29 2.185e-29 4.370e-29 CN +2.92638e+02 2.192e-29 2.192e-29 4.384e-29 CH3OH +2.91664e+02 2.199e-29 2.199e-29 4.397e-29 SO +2.90693e+02 2.206e-29 2.206e-29 4.411e-29 H3O+ +2.89726e+02 2.212e-29 2.212e-29 4.425e-29 CH3OH +2.88762e+02 2.219e-29 2.219e-29 4.439e-29 CH3OH +2.87801e+02 2.226e-29 2.226e-29 4.453e-29 H 1 +2.86844e+02 2.233e-29 2.233e-29 4.467e-29 C2H +2.85889e+02 2.240e-29 2.240e-29 4.481e-29 CH3OH +2.84938e+02 2.247e-29 2.247e-29 4.495e-29 NO +2.83990e+02 2.254e-29 2.254e-29 4.509e-29 CH3OH +2.83045e+02 2.261e-29 2.261e-29 4.523e-29 CH3OH +2.82103e+02 2.269e-29 2.269e-29 4.537e-29 CH3OH +2.81164e+02 2.276e-29 2.276e-29 4.551e-29 HCS+ +2.80229e+02 2.283e-29 2.283e-29 4.566e-29 H3O+ +2.79296e+02 2.290e-29 2.290e-29 4.580e-29 SO2 +2.78367e+02 2.297e-29 2.297e-29 4.594e-29 SO2 +2.77441e+02 2.304e-29 2.304e-29 4.609e-29 SO2 +2.76518e+02 2.312e-29 2.312e-29 4.623e-29 H 1 +2.75598e+02 2.319e-29 2.319e-29 4.637e-29 HNC +2.74681e+02 2.326e-29 2.326e-29 4.652e-29 H3O+ +2.73767e+02 2.333e-29 2.333e-29 4.667e-29 +2.72856e+02 2.341e-29 2.341e-29 4.681e-29 H2O +2.71948e+02 2.348e-29 2.348e-29 4.696e-29 ^13CO +2.71043e+02 2.355e-29 2.355e-29 4.711e-29 CH3OH +2.70141e+02 2.363e-29 2.363e-29 4.725e-29 CH3OH +2.69242e+02 2.370e-29 2.370e-29 4.740e-29 H2CO +2.68346e+02 2.378e-29 2.378e-29 4.755e-29 SO +2.67453e+02 2.385e-29 2.385e-29 4.770e-29 CH3OH +2.66563e+02 2.392e-29 2.392e-29 4.785e-29 CS +2.65676e+02 2.400e-29 2.400e-29 4.800e-29 H2CO +2.64792e+02 2.407e-29 2.407e-29 4.815e-29 CN +2.63911e+02 2.415e-29 2.415e-29 4.830e-29 C2H +2.63033e+02 2.423e-29 2.423e-29 4.845e-29 +2.62158e+02 2.430e-29 2.430e-29 4.860e-29 +2.61286e+02 2.438e-29 2.438e-29 4.875e-29 H2O +2.60416e+02 2.445e-29 2.445e-29 4.891e-29 HCN +2.59550e+02 2.453e-29 2.453e-29 4.906e-29 CH3OH +2.58686e+02 2.461e-29 2.461e-29 4.921e-29 CH3OH +2.57825e+02 2.468e-29 2.468e-29 4.937e-29 H2O +2.56967e+02 2.476e-29 2.476e-29 4.952e-29 NH3 +2.56112e+02 2.484e-29 2.484e-29 4.968e-29 SiO +2.55260e+02 2.492e-29 2.492e-29 4.984e-29 Cl17 +2.54411e+02 2.500e-29 2.500e-29 4.999e-29 CH3OH +2.53564e+02 2.507e-29 2.507e-29 5.015e-29 CH3OH +2.52721e+02 2.515e-29 2.515e-29 5.030e-29 +2.51880e+02 2.523e-29 2.523e-29 5.046e-29 CH3OH +2.51042e+02 2.531e-29 2.531e-29 5.062e-29 HCS+ +2.50206e+02 2.539e-29 2.539e-29 5.078e-29 SPR1 +2.49374e+02 2.547e-29 2.547e-29 5.094e-29 NO +2.48544e+02 2.555e-29 2.555e-29 5.110e-29 NO +2.47717e+02 2.563e-29 2.563e-29 5.126e-29 ^13CO +2.46893e+02 2.571e-29 2.571e-29 5.142e-29 NH3 +2.46071e+02 2.579e-29 2.579e-29 5.158e-29 CH3OH +2.45252e+02 2.587e-29 2.587e-29 5.174e-29 CH3OH +2.44436e+02 2.595e-29 2.595e-29 5.190e-29 CH3OH +2.43623e+02 2.603e-29 2.603e-29 5.206e-29 H 1 +2.42812e+02 2.611e-29 2.611e-29 5.223e-29 HCS+ +2.42004e+02 2.620e-29 2.620e-29 5.239e-29 H 1 +2.41199e+02 2.628e-29 2.628e-29 5.256e-29 He 1 +2.40397e+02 2.636e-29 2.636e-29 5.272e-29 CN +2.39597e+02 2.644e-29 2.644e-29 5.289e-29 HCl +2.38799e+02 2.653e-29 2.653e-29 5.305e-29 CH3OH +2.38005e+02 2.661e-29 2.661e-29 5.322e-29 +2.37213e+02 2.669e-29 2.669e-29 5.338e-29 CH3OH +2.36424e+02 2.678e-29 2.678e-29 5.355e-29 HNC +2.35637e+02 2.686e-29 2.686e-29 5.372e-29 CH3OH +2.34853e+02 2.694e-29 2.694e-29 5.389e-29 CH3OH +2.34071e+02 2.703e-29 2.703e-29 5.406e-29 OH +2.33293e+02 2.711e-29 2.711e-29 5.422e-29 +2.32516e+02 2.720e-29 2.720e-29 5.439e-29 CH3OH +2.31743e+02 2.728e-29 2.728e-29 5.456e-29 CH3OH +2.30971e+02 2.737e-29 2.737e-29 5.474e-29 CH3OH +2.30203e+02 2.745e-29 2.745e-29 5.491e-29 +2.29437e+02 2.754e-29 2.754e-29 5.508e-29 H2O +2.28674e+02 2.763e-29 2.763e-29 5.525e-29 C2H +2.27913e+02 2.771e-29 2.771e-29 5.542e-29 CH3OH +2.27154e+02 2.780e-29 2.780e-29 5.560e-29 CH3OH +2.26398e+02 2.789e-29 2.789e-29 5.577e-29 CH3OH +2.25645e+02 2.797e-29 2.797e-29 5.595e-29 CH3OH +2.24894e+02 2.806e-29 2.806e-29 5.612e-29 +2.24146e+02 2.815e-29 2.815e-29 5.630e-29 CH3OH +2.23400e+02 2.824e-29 2.824e-29 5.647e-29 SiO +2.22657e+02 2.833e-29 2.833e-29 5.665e-29 H2O +2.21916e+02 2.841e-29 2.841e-29 5.683e-29 He 1 +2.21178e+02 2.850e-29 2.850e-29 5.701e-29 NO +2.20442e+02 2.859e-29 2.859e-29 5.719e-29 CN +2.19708e+02 2.868e-29 2.868e-29 5.736e-29 SO +2.18977e+02 2.877e-29 2.877e-29 5.754e-29 CS +2.18248e+02 2.886e-29 2.886e-29 5.772e-29 CH3OH +2.17522e+02 2.895e-29 2.895e-29 5.790e-29 CH3OH +2.16798e+02 2.904e-29 2.904e-29 5.809e-29 CH3OH +2.16077e+02 2.913e-29 2.913e-29 5.827e-29 He 1 +2.15358e+02 2.923e-29 2.923e-29 5.845e-29 Li 1 +2.14641e+02 2.932e-29 2.932e-29 5.863e-29 C2H +2.13927e+02 2.941e-29 2.941e-29 5.882e-29 NO +2.13215e+02 2.950e-29 2.950e-29 5.901e-29 Cl17 +2.12506e+02 2.959e-29 2.959e-29 5.919e-29 H2O +2.11799e+02 2.969e-29 2.969e-29 5.937e-29 HCN +2.11094e+02 2.978e-29 2.978e-29 5.956e-29 CH3OH +2.10392e+02 2.987e-29 2.987e-29 5.974e-29 H 1 +2.09692e+02 2.997e-29 2.997e-29 5.993e-29 He 1 +2.08994e+02 3.006e-29 3.006e-29 6.012e-29 CH3OH +2.08299e+02 3.015e-29 3.015e-29 6.031e-29 H2O +2.07605e+02 3.025e-29 3.025e-29 6.050e-29 +2.06915e+02 3.034e-29 3.034e-29 6.068e-29 HNC +2.06226e+02 3.044e-29 3.044e-29 6.087e-29 +2.05540e+02 3.053e-29 3.053e-29 6.107e-29 N 2 +2.04856e+02 3.063e-29 3.063e-29 6.126e-29 SO +2.04174e+02 3.072e-29 3.072e-29 6.145e-29 H 1 +2.03495e+02 3.082e-29 3.082e-29 6.164e-29 CN +2.02818e+02 3.092e-29 3.092e-29 6.183e-29 Sc19 +2.02143e+02 3.101e-29 3.101e-29 6.203e-29 CH3OH +2.01470e+02 3.111e-29 3.111e-29 6.222e-29 Si 3 +2.00800e+02 3.121e-29 3.121e-29 6.242e-29 SO2 +2.00132e+02 3.131e-29 3.131e-29 6.261e-29 CO +1.99466e+02 3.140e-29 3.140e-29 6.281e-29 H2CO +1.98802e+02 3.150e-29 3.150e-29 6.300e-29 SO +1.98141e+02 3.160e-29 3.160e-29 6.320e-29 SiO +1.97481e+02 3.170e-29 3.170e-29 6.340e-29 Zn 2 +1.96824e+02 3.180e-29 3.180e-29 6.360e-29 H2CO +1.96169e+02 3.190e-29 3.190e-29 6.380e-29 CH3OH +1.95517e+02 3.200e-29 3.200e-29 6.400e-29 H 1 +1.94866e+02 3.210e-29 3.210e-29 6.420e-29 CH3OH +1.94218e+02 3.220e-29 3.220e-29 6.440e-29 H2O +1.93571e+02 3.230e-29 3.230e-29 6.460e-29 +1.92927e+02 3.240e-29 3.240e-29 6.480e-29 H3O+ +1.92285e+02 3.250e-29 3.250e-29 6.501e-29 CH3OH +1.91646e+02 3.260e-29 3.260e-29 6.521e-29 H2CO +1.91008e+02 3.271e-29 3.271e-29 6.541e-29 +1.90372e+02 3.281e-29 3.281e-29 6.562e-29 H3O+ +1.89739e+02 3.291e-29 3.291e-29 6.582e-29 CN +1.89108e+02 3.301e-29 3.301e-29 6.603e-29 CN +1.88478e+02 3.312e-29 3.312e-29 6.624e-29 SO +1.87851e+02 3.322e-29 3.322e-29 6.644e-29 H3O+ +1.87226e+02 3.333e-29 3.333e-29 6.665e-29 NO +1.86603e+02 3.343e-29 3.343e-29 6.686e-29 NO +1.85982e+02 3.353e-29 3.353e-29 6.707e-29 CO +1.85363e+02 3.364e-29 3.364e-29 6.728e-29 H3O+ +1.84747e+02 3.374e-29 3.374e-29 6.749e-29 H3O+ +1.84132e+02 3.385e-29 3.385e-29 6.770e-29 CH3OH +1.83519e+02 3.396e-29 3.396e-29 6.791e-29 H3O+ +1.82909e+02 3.406e-29 3.406e-29 6.813e-29 +1.82300e+02 3.417e-29 3.417e-29 6.834e-29 SiO +1.81693e+02 3.428e-29 3.428e-29 6.855e-29 H 1 +1.81089e+02 3.438e-29 3.438e-29 6.877e-29 H 1 +1.80486e+02 3.449e-29 3.449e-29 6.898e-29 H3O+ +1.79886e+02 3.460e-29 3.460e-29 6.920e-29 +1.79287e+02 3.471e-29 3.471e-29 6.941e-29 H2CO +1.78691e+02 3.482e-29 3.482e-29 6.963e-29 SO +1.78096e+02 3.493e-29 3.493e-29 6.985e-29 HCN +1.77503e+02 3.503e-29 3.503e-29 7.007e-29 SiO +1.76913e+02 3.514e-29 3.514e-29 7.029e-29 CN +1.76324e+02 3.525e-29 3.525e-29 7.051e-29 CN +1.75737e+02 3.536e-29 3.536e-29 7.073e-29 SO +1.75153e+02 3.548e-29 3.548e-29 7.095e-29 H2O +1.74570e+02 3.559e-29 3.559e-29 7.117e-29 CH3OH +1.73989e+02 3.570e-29 3.570e-29 7.140e-29 +1.73410e+02 3.581e-29 3.581e-29 7.162e-29 CH3OH +1.72833e+02 3.592e-29 3.592e-29 7.184e-29 +1.72258e+02 3.603e-29 3.603e-29 7.207e-29 +1.71685e+02 3.615e-29 3.615e-29 7.229e-29 H 1 +1.71113e+02 3.626e-29 3.626e-29 7.252e-29 O2 +1.70544e+02 3.637e-29 3.637e-29 7.275e-29 CH3OH +1.69977e+02 3.649e-29 3.649e-29 7.297e-29 NH3 +1.69411e+02 3.660e-29 3.660e-29 7.320e-29 H 1 +1.68847e+02 3.672e-29 3.672e-29 7.343e-29 +1.68286e+02 3.683e-29 3.683e-29 7.366e-29 CH3OH +1.67726e+02 3.695e-29 3.695e-29 7.389e-29 SO +1.67167e+02 3.706e-29 3.706e-29 7.412e-29 He 2 +1.66611e+02 3.718e-29 3.718e-29 7.436e-29 H2O +1.66057e+02 3.729e-29 3.729e-29 7.459e-29 CN +1.65504e+02 3.741e-29 3.741e-29 7.482e-29 CN +1.64954e+02 3.753e-29 3.753e-29 7.506e-29 Ca 2 +1.64405e+02 3.765e-29 3.765e-29 7.529e-29 Mg 1 +1.63858e+02 3.776e-29 3.776e-29 7.553e-29 CH3OH +1.63312e+02 3.788e-29 3.788e-29 7.576e-29 OH +1.62769e+02 3.800e-29 3.800e-29 7.600e-29 H2CO +1.62227e+02 3.812e-29 3.812e-29 7.624e-29 SO +1.61688e+02 3.824e-29 3.824e-29 7.648e-29 CH3OH +1.61150e+02 3.836e-29 3.836e-29 7.672e-29 H2CO +1.60613e+02 3.848e-29 3.848e-29 7.696e-29 H2O +1.60079e+02 3.860e-29 3.860e-29 7.720e-29 PAC3 +1.59546e+02 3.872e-29 3.872e-29 7.744e-29 H2CO +1.59015e+02 3.884e-29 3.884e-29 7.768e-29 H2O +1.58486e+02 3.896e-29 3.896e-29 7.792e-29 H2O +1.57959e+02 3.908e-29 3.908e-29 7.817e-29 H2CO +1.57433e+02 3.921e-29 3.921e-29 7.841e-29 C 2 +1.56910e+02 3.933e-29 3.933e-29 7.866e-29 CH3OH +1.56387e+02 3.945e-29 3.945e-29 7.890e-29 CN +1.55867e+02 3.957e-29 3.957e-29 7.915e-29 CN +1.55348e+02 3.970e-29 3.970e-29 7.940e-29 H 1 +1.54832e+02 3.982e-29 3.982e-29 7.965e-29 H2CO +1.54316e+02 3.995e-29 3.995e-29 7.990e-29 +1.53803e+02 4.007e-29 4.007e-29 8.015e-29 H2CO +1.53291e+02 4.020e-29 4.020e-29 8.040e-29 NO +1.52781e+02 4.032e-29 4.032e-29 8.065e-29 SO +1.52273e+02 4.045e-29 4.045e-29 8.090e-29 SO +1.51766e+02 4.058e-29 4.058e-29 8.115e-29 Mn23 +1.51261e+02 4.070e-29 4.070e-29 8.141e-29 ^13CO +1.50758e+02 4.084e-29 4.084e-29 8.167e-29 P 15 +1.50256e+02 4.096e-29 4.096e-29 8.192e-29 +1.49756e+02 4.109e-29 4.109e-29 8.217e-29 H 1 +1.49258e+02 4.122e-29 4.122e-29 8.243e-29 He 1 +1.48761e+02 4.134e-29 4.134e-29 8.269e-29 He 1 +1.48266e+02 4.147e-29 4.147e-29 8.295e-29 He 1 +1.47773e+02 4.160e-29 4.160e-29 8.321e-29 He 2 +1.47281e+02 4.173e-29 4.173e-29 8.347e-29 CN +1.46791e+02 4.186e-29 4.186e-29 8.373e-29 Mg11 +1.46303e+02 4.200e-29 4.200e-29 8.399e-29 HCO+ +1.45816e+02 4.213e-29 4.213e-29 8.425e-29 CH3OH +1.45331e+02 4.226e-29 4.226e-29 8.452e-29 O 1 +1.44847e+02 4.239e-29 4.239e-29 8.478e-29 CO +1.44365e+02 4.252e-29 4.252e-29 8.505e-29 H2CO +1.43885e+02 4.266e-29 4.266e-29 8.531e-29 HNC +1.43406e+02 4.279e-29 4.279e-29 8.558e-29 ^13CO +1.42929e+02 4.292e-29 4.292e-29 8.585e-29 O2 +1.42453e+02 4.306e-29 4.306e-29 8.612e-29 H2CO +1.41979e+02 4.319e-29 4.319e-29 8.638e-29 Sc 8 +1.41507e+02 4.333e-29 4.333e-29 8.666e-29 +1.41036e+02 4.346e-29 4.346e-29 8.693e-29 HCN +1.40567e+02 4.360e-29 4.360e-29 8.720e-29 HCO+ +1.40099e+02 4.374e-29 4.374e-29 8.747e-29 V 21 +1.39633e+02 4.387e-29 4.387e-29 8.774e-29 CN +1.39168e+02 4.401e-29 4.401e-29 8.802e-29 O2 +1.38705e+02 4.415e-29 4.415e-29 8.829e-29 H 1 +1.38244e+02 4.429e-29 4.429e-29 8.857e-29 HNC +1.37784e+02 4.442e-29 4.442e-29 8.885e-29 H2CO +1.37325e+02 4.456e-29 4.456e-29 8.913e-29 CO +1.36868e+02 4.470e-29 4.470e-29 8.940e-29 H2CO +1.36413e+02 4.484e-29 4.484e-29 8.968e-29 H 1 +1.35959e+02 4.498e-29 4.498e-29 8.996e-29 +1.35506e+02 4.512e-29 4.512e-29 9.025e-29 HCN +1.35056e+02 4.526e-29 4.526e-29 9.053e-29 H2O +1.34606e+02 4.541e-29 4.541e-29 9.081e-29 HCO+ +1.34158e+02 4.555e-29 4.555e-29 9.110e-29 +1.33712e+02 4.569e-29 4.569e-29 9.138e-29 H2CO +1.33267e+02 4.583e-29 4.583e-29 9.167e-29 NO +1.32823e+02 4.598e-29 4.598e-29 9.195e-29 NO +1.32382e+02 4.612e-29 4.612e-29 9.224e-29 CN +1.31941e+02 4.626e-29 4.626e-29 9.253e-29 H 1 +1.31502e+02 4.641e-29 4.641e-29 9.282e-29 +1.31064e+02 4.655e-29 4.655e-29 9.311e-29 C 3 +1.30628e+02 4.670e-29 4.670e-29 9.340e-29 HCN +1.30194e+02 4.685e-29 4.685e-29 9.369e-29 H2CO +1.29760e+02 4.699e-29 4.699e-29 9.399e-29 He 2 +1.29329e+02 4.714e-29 4.714e-29 9.428e-29 H 1 +1.28898e+02 4.729e-29 4.729e-29 9.457e-29 +1.28469e+02 4.744e-29 4.744e-29 9.487e-29 +1.28042e+02 4.758e-29 4.758e-29 9.517e-29 H2O +1.27616e+02 4.773e-29 4.773e-29 9.546e-29 H2CO +1.27191e+02 4.788e-29 4.788e-29 9.577e-29 Cr24 +1.26768e+02 4.803e-29 4.803e-29 9.606e-29 H2CO +1.26346e+02 4.818e-29 4.818e-29 9.636e-29 +1.25926e+02 4.833e-29 4.833e-29 9.666e-29 Li 1 +1.25507e+02 4.848e-29 4.848e-29 9.697e-29 HCN +1.25089e+02 4.864e-29 4.864e-29 9.727e-29 NH3 +1.24673e+02 4.879e-29 4.879e-29 9.757e-29 NH3 +1.24258e+02 4.894e-29 4.894e-29 9.788e-29 CO +1.23845e+02 4.909e-29 4.909e-29 9.819e-29 Ne 9 +1.23433e+02 4.925e-29 4.925e-29 9.849e-29 H2O +1.23022e+02 4.940e-29 4.940e-29 9.880e-29 H2CO +1.22613e+02 4.955e-29 4.955e-29 9.911e-29 H2O +1.22205e+02 4.971e-29 4.971e-29 9.942e-29 Ca 2 +1.21798e+02 4.987e-29 4.987e-29 9.973e-29 H2O +1.21393e+02 5.002e-29 5.002e-29 1.000e-28 +1.20989e+02 5.020e-29 5.020e-29 1.004e-28 Al13 +1.20586e+02 5.033e-29 5.033e-29 1.007e-28 HCO+ +1.20185e+02 5.049e-29 5.049e-29 1.010e-28 N 1 +1.19785e+02 5.065e-29 5.065e-29 1.013e-28 H2CO +1.19386e+02 5.081e-29 5.081e-29 1.016e-28 H 1 +1.18989e+02 5.097e-29 5.097e-29 1.019e-28 C 3 +1.18593e+02 5.113e-29 5.113e-29 1.023e-28 H2CO +1.18199e+02 5.129e-29 5.129e-29 1.026e-28 H2CO +1.17805e+02 5.145e-29 5.145e-29 1.029e-28 NO +1.17413e+02 5.161e-29 5.161e-29 1.032e-28 +1.17023e+02 5.177e-29 5.177e-29 1.035e-28 HCN +1.16633e+02 5.193e-29 5.193e-29 1.039e-28 H2O +1.16245e+02 5.209e-29 5.209e-29 1.042e-28 H2CO +1.15858e+02 5.226e-29 5.226e-29 1.045e-28 +1.15473e+02 5.242e-29 5.242e-29 1.048e-28 He 1 +1.15089e+02 5.258e-29 5.258e-29 1.052e-28 NO +1.14706e+02 5.275e-29 5.275e-29 1.055e-28 NO +1.14324e+02 5.291e-29 5.291e-29 1.058e-28 H2O +1.13944e+02 5.308e-29 5.308e-29 1.062e-28 H2O +1.13565e+02 5.324e-29 5.324e-29 1.065e-28 CO +1.13187e+02 5.341e-29 5.341e-29 1.068e-28 He 2 +1.12810e+02 5.358e-29 5.358e-29 1.072e-28 H2O +1.12435e+02 5.375e-29 5.375e-29 1.075e-28 HCO+ +1.12061e+02 5.391e-29 5.391e-29 1.078e-28 +1.11688e+02 5.408e-29 5.408e-29 1.082e-28 H 1 +1.11316e+02 5.425e-29 5.425e-29 1.085e-28 H 1 +1.10946e+02 5.442e-29 5.442e-29 1.088e-28 Ti22 +1.10577e+02 5.459e-29 5.459e-29 1.092e-28 H2CO +1.10209e+02 5.476e-29 5.476e-29 1.095e-28 +1.09842e+02 5.493e-29 5.493e-29 1.099e-28 +1.09476e+02 5.510e-29 5.510e-29 1.102e-28 SO +1.09112e+02 5.528e-29 5.528e-29 1.106e-28 ^13CO +1.08749e+02 5.545e-29 5.545e-29 1.109e-28 CO +1.08387e+02 5.562e-29 5.562e-29 1.112e-28 Fe 9 +1.08027e+02 5.580e-29 5.580e-29 1.116e-28 H2O +1.07667e+02 5.597e-29 5.597e-29 1.119e-28 O2 +1.07309e+02 5.615e-29 5.615e-29 1.123e-28 +1.06952e+02 5.632e-29 5.632e-29 1.126e-28 NO +1.06596e+02 5.650e-29 5.650e-29 1.130e-28 H2CO +1.06241e+02 5.667e-29 5.667e-29 1.133e-28 +1.05888e+02 5.685e-29 5.685e-29 1.137e-28 +1.05535e+02 5.703e-29 5.703e-29 1.141e-28 Fe 3 +1.05184e+02 5.721e-29 5.721e-29 1.144e-28 O2 +1.04834e+02 5.739e-29 5.739e-29 1.148e-28 SO +1.04485e+02 5.757e-29 5.757e-29 1.151e-28 CO +1.04138e+02 5.775e-29 5.775e-29 1.155e-28 H2O +1.03791e+02 5.793e-29 5.793e-29 1.159e-28 H 1 +1.03446e+02 5.811e-29 5.811e-29 1.162e-28 H 1 +1.03102e+02 5.829e-29 5.829e-29 1.166e-28 +1.02759e+02 5.847e-29 5.847e-29 1.169e-28 +1.02417e+02 5.865e-29 5.865e-29 1.173e-28 +1.02076e+02 5.884e-29 5.884e-29 1.177e-28 H2CO +1.01736e+02 5.902e-29 5.902e-29 1.180e-28 NH3 +1.01398e+02 5.921e-29 5.921e-29 1.184e-28 H 1 +1.01060e+02 5.939e-29 5.939e-29 1.188e-28 ^13CO +1.00724e+02 5.958e-29 5.958e-29 1.192e-28 H3O+ +1.00389e+02 5.976e-29 5.976e-29 1.195e-28 NH3 +1.00055e+02 5.995e-29 5.995e-29 1.199e-28 F100 +9.97219e+01 6.014e-29 6.014e-29 1.203e-28 +9.93901e+01 6.033e-29 6.033e-29 1.207e-28 H2O +9.90594e+01 6.051e-29 6.051e-29 1.210e-28 Si 3 +9.87298e+01 6.070e-29 6.070e-29 1.214e-28 OH +9.84013e+01 6.089e-29 6.089e-29 1.218e-28 H2O +9.80738e+01 6.108e-29 6.108e-29 1.222e-28 He 2 +9.77475e+01 6.127e-29 6.127e-29 1.225e-28 ^13CO +9.74223e+01 6.147e-29 6.147e-29 1.229e-28 +9.70981e+01 6.166e-29 6.166e-29 1.233e-28 +9.67750e+01 6.185e-29 6.185e-29 1.237e-28 Fe25 +9.64530e+01 6.204e-29 6.204e-29 1.241e-28 OH +9.61321e+01 6.224e-29 6.224e-29 1.245e-28 HCl +9.58122e+01 6.243e-29 6.243e-29 1.249e-28 He 1 +9.54934e+01 6.263e-29 6.263e-29 1.253e-28 H2O +9.51756e+01 6.282e-29 6.282e-29 1.256e-28 +9.48589e+01 6.302e-29 6.302e-29 1.260e-28 H 1 +9.45433e+01 6.322e-29 6.322e-29 1.264e-28 H2O +9.42287e+01 6.341e-29 6.341e-29 1.268e-28 ^13CO +9.39152e+01 6.361e-29 6.361e-29 1.272e-28 Ca20 +9.36027e+01 6.381e-29 6.381e-29 1.276e-28 +9.32912e+01 6.401e-29 6.401e-29 1.280e-28 CO +9.29808e+01 6.421e-29 6.421e-29 1.284e-28 +9.26714e+01 6.441e-29 6.441e-29 1.288e-28 H 1 +9.23631e+01 6.461e-29 6.461e-29 1.292e-28 NO +9.20557e+01 6.481e-29 6.481e-29 1.296e-28 NO +9.17494e+01 6.502e-29 6.502e-29 1.300e-28 Si 9 +9.14441e+01 6.522e-29 6.522e-29 1.304e-28 Co25 +9.11399e+01 6.542e-29 6.542e-29 1.308e-28 ^13CO +9.08366e+01 6.563e-29 6.563e-29 1.313e-28 H2CO +9.05344e+01 6.583e-29 6.583e-29 1.317e-28 H2CO +9.02331e+01 6.604e-29 6.604e-29 1.321e-28 CO +8.99329e+01 6.625e-29 6.625e-29 1.325e-28 H2O +8.96336e+01 6.645e-29 6.645e-29 1.329e-28 NO +8.93354e+01 6.666e-29 6.666e-29 1.333e-28 H 1 +8.90381e+01 6.687e-29 6.687e-29 1.337e-28 +8.87418e+01 6.708e-29 6.708e-29 1.342e-28 H 1 +8.84466e+01 6.729e-29 6.729e-29 1.346e-28 O 3 +8.81523e+01 6.750e-29 6.750e-29 1.350e-28 H 1 +8.78589e+01 6.771e-29 6.771e-29 1.354e-28 O 5 +8.75666e+01 6.792e-29 6.792e-29 1.358e-28 H2CO +8.72752e+01 6.813e-29 6.813e-29 1.363e-28 CO +8.69848e+01 6.835e-29 6.835e-29 1.367e-28 H2CO +8.66954e+01 6.856e-29 6.856e-29 1.371e-28 +8.64069e+01 6.877e-29 6.877e-29 1.375e-28 O2 +8.61194e+01 6.899e-29 6.899e-29 1.380e-28 Mg 1 +8.58329e+01 6.920e-29 6.920e-29 1.384e-28 He 1 +8.55472e+01 6.942e-29 6.942e-29 1.388e-28 ^13CO +8.52626e+01 6.964e-29 6.964e-29 1.393e-28 +8.49789e+01 6.985e-29 6.985e-29 1.397e-28 O2 +8.46961e+01 7.007e-29 7.007e-29 1.401e-28 NH3 +8.44143e+01 7.029e-29 7.029e-29 1.406e-28 He 2 +8.41334e+01 7.051e-29 7.051e-29 1.410e-28 +8.38535e+01 7.073e-29 7.073e-29 1.415e-28 NH3 +8.35745e+01 7.095e-29 7.095e-29 1.419e-28 Ti22 +8.32964e+01 7.117e-29 7.117e-29 1.423e-28 NO +8.30192e+01 7.140e-29 7.140e-29 1.428e-28 FIR +8.27430e+01 7.162e-29 7.162e-29 1.432e-28 H3O+ +8.24677e+01 7.184e-29 7.184e-29 1.437e-28 +8.21933e+01 7.207e-29 7.207e-29 1.441e-28 H3O+ +8.19198e+01 7.229e-29 7.229e-29 1.446e-28 CO +8.16472e+01 7.252e-29 7.252e-29 1.450e-28 H2O +8.13755e+01 7.275e-29 7.275e-29 1.455e-28 H2O +8.11047e+01 7.297e-29 7.297e-29 1.459e-28 O 7 +8.08349e+01 7.320e-29 7.320e-29 1.464e-28 Al 2 +8.05659e+01 7.343e-29 7.343e-29 1.469e-28 ^13CO +8.02978e+01 7.366e-29 7.366e-29 1.473e-28 H 1 +8.00306e+01 7.389e-29 7.389e-29 1.478e-28 NO +7.97643e+01 7.412e-29 7.412e-29 1.482e-28 +7.94989e+01 7.435e-29 7.435e-29 1.487e-28 +7.92344e+01 7.458e-29 7.458e-29 1.492e-28 OH +7.89707e+01 7.482e-29 7.482e-29 1.496e-28 H2O +7.87080e+01 7.505e-29 7.505e-29 1.501e-28 O2 +7.84461e+01 7.528e-29 7.528e-29 1.506e-28 He 2 +7.81851e+01 7.552e-29 7.552e-29 1.510e-28 ^13CO +7.79249e+01 7.576e-29 7.576e-29 1.515e-28 H 1 +7.76656e+01 7.599e-29 7.599e-29 1.520e-28 H2O +7.74072e+01 7.623e-29 7.623e-29 1.525e-28 O2 +7.71496e+01 7.647e-29 7.647e-29 1.529e-28 CO +7.68929e+01 7.671e-29 7.671e-29 1.534e-28 N 6 +7.66371e+01 7.695e-29 7.695e-29 1.539e-28 OH+ +7.63821e+01 7.719e-29 7.719e-29 1.544e-28 H 1 +7.61279e+01 7.743e-29 7.743e-29 1.549e-28 H 1 +7.58746e+01 7.767e-29 7.767e-29 1.553e-28 H2O +7.56221e+01 7.791e-29 7.791e-29 1.558e-28 NO +7.53705e+01 7.816e-29 7.816e-29 1.563e-28 H2O +7.51197e+01 7.840e-29 7.840e-29 1.568e-28 C 3 +7.48698e+01 7.864e-29 7.864e-29 1.573e-28 NO +7.46206e+01 7.889e-29 7.889e-29 1.578e-28 N 5 +7.43723e+01 7.914e-29 7.914e-29 1.583e-28 +7.41249e+01 7.938e-29 7.938e-29 1.588e-28 ^13CO +7.38782e+01 7.963e-29 7.963e-29 1.593e-28 +7.36324e+01 7.988e-29 7.988e-29 1.598e-28 H2O +7.33874e+01 8.013e-29 8.013e-29 1.603e-28 O 5 +7.31432e+01 8.038e-29 8.038e-29 1.608e-28 +7.28998e+01 8.063e-29 8.063e-29 1.613e-28 CO +7.26573e+01 8.088e-29 8.088e-29 1.618e-28 NH3 +7.24155e+01 8.114e-29 8.114e-29 1.623e-28 NH3 +7.21745e+01 8.139e-29 8.139e-29 1.628e-28 O2 +7.19344e+01 8.164e-29 8.164e-29 1.633e-28 He 2 +7.16950e+01 8.190e-29 8.190e-29 1.638e-28 NH3 +7.14565e+01 8.215e-29 8.215e-29 1.643e-28 H2O +7.12187e+01 8.241e-29 8.241e-29 1.648e-28 NO +7.09817e+01 8.267e-29 8.267e-29 1.653e-28 CO +7.07455e+01 8.293e-29 8.293e-29 1.659e-28 H3O+ +7.05101e+01 8.319e-29 8.319e-29 1.664e-28 He 1 +7.02755e+01 8.345e-29 8.345e-29 1.669e-28 H3O+ +7.00417e+01 8.371e-29 8.371e-29 1.674e-28 PAC1 +6.98086e+01 8.397e-29 8.397e-29 1.679e-28 +6.95763e+01 8.423e-29 8.423e-29 1.685e-28 H3O+ +6.93448e+01 8.449e-29 8.449e-29 1.690e-28 N 4 +6.91141e+01 8.476e-29 8.476e-29 1.695e-28 H 1 +6.88841e+01 8.502e-29 8.502e-29 1.700e-28 Si 9 +6.86549e+01 8.529e-29 8.529e-29 1.706e-28 NO +6.84265e+01 8.555e-29 8.555e-29 1.711e-28 Fe 7 +6.81988e+01 8.582e-29 8.582e-29 1.716e-28 +6.79719e+01 8.609e-29 8.609e-29 1.722e-28 Zn19 +6.77457e+01 8.636e-29 8.636e-29 1.727e-28 C 5 +6.75203e+01 8.663e-29 8.663e-29 1.733e-28 H 1 +6.72956e+01 8.690e-29 8.690e-29 1.738e-28 CO +6.70717e+01 8.717e-29 8.717e-29 1.743e-28 H 1 +6.68485e+01 8.744e-29 8.744e-29 1.749e-28 +6.66261e+01 8.771e-29 8.771e-29 1.754e-28 O2 +6.64044e+01 8.799e-29 8.799e-29 1.760e-28 H2O +6.61834e+01 8.826e-29 8.826e-29 1.765e-28 H2O +6.59632e+01 8.854e-29 8.854e-29 1.771e-28 +6.57437e+01 8.881e-29 8.881e-29 1.776e-28 CO +6.55250e+01 8.909e-29 8.909e-29 1.782e-28 +6.53069e+01 8.937e-29 8.937e-29 1.787e-28 H 1 +6.50896e+01 8.965e-29 8.965e-29 1.793e-28 O2 +6.48731e+01 8.993e-29 8.993e-29 1.799e-28 H 1 +6.46572e+01 9.021e-29 9.021e-29 1.804e-28 +6.44420e+01 9.049e-29 9.049e-29 1.810e-28 K 8 +6.42276e+01 9.077e-29 9.077e-29 1.815e-28 O 5 +6.40139e+01 9.106e-29 9.106e-29 1.821e-28 CO +6.38009e+01 9.134e-29 9.134e-29 1.827e-28 H2O +6.35886e+01 9.163e-29 9.163e-29 1.833e-28 +6.33770e+01 9.191e-29 9.191e-29 1.838e-28 H2O +6.31661e+01 9.220e-29 9.220e-29 1.844e-28 O 1 +6.29560e+01 9.249e-29 9.249e-29 1.850e-28 H2O +6.27465e+01 9.278e-29 9.278e-29 1.856e-28 +6.25377e+01 9.307e-29 9.307e-29 1.861e-28 He 1 +6.23296e+01 9.336e-29 9.336e-29 1.867e-28 H2O +6.21222e+01 9.365e-29 9.365e-29 1.873e-28 +6.19155e+01 9.394e-29 9.394e-29 1.879e-28 H 1 +6.17095e+01 9.423e-29 9.423e-29 1.885e-28 H2O He 1 +6.15042e+01 9.453e-29 9.453e-29 1.891e-28 He 1 +6.12995e+01 9.482e-29 9.482e-29 1.896e-28 H 1 +6.10955e+01 9.512e-29 9.512e-29 1.902e-28 O2 +6.08922e+01 9.542e-29 9.542e-29 1.908e-28 He 2 +6.06896e+01 9.571e-29 9.571e-29 1.914e-28 Li 1 +6.04877e+01 9.601e-29 9.601e-29 1.920e-28 He 2 +6.02864e+01 9.631e-29 9.631e-29 1.926e-28 He 2 +6.00858e+01 9.661e-29 9.661e-29 1.932e-28 F60 +5.98859e+01 9.692e-29 9.692e-29 1.938e-28 CO +5.96866e+01 9.722e-29 9.722e-29 1.944e-28 +5.94880e+01 9.752e-29 9.752e-29 1.950e-28 +5.92901e+01 9.783e-29 9.783e-29 1.957e-28 +5.90928e+01 9.813e-29 9.813e-29 1.963e-28 Sc10 +5.88962e+01 9.844e-29 9.844e-29 1.969e-28 O 7 +5.87002e+01 9.875e-29 9.875e-29 1.975e-28 H2O +5.85049e+01 9.905e-29 9.905e-29 1.981e-28 CO +5.83102e+01 9.936e-29 9.936e-29 1.987e-28 H2O +5.81162e+01 9.967e-29 9.967e-29 1.993e-28 H 1 +5.79228e+01 9.998e-29 9.998e-29 2.000e-28 O2 +5.77301e+01 1.003e-28 1.003e-28 2.006e-28 H2O +5.75380e+01 1.006e-28 1.006e-28 2.012e-28 +5.73465e+01 1.009e-28 1.009e-28 2.018e-28 CO +5.71557e+01 1.012e-28 1.012e-28 2.025e-28 O2 +5.69655e+01 1.016e-28 1.016e-28 2.031e-28 H 1 H 1 +5.67760e+01 1.019e-28 1.019e-28 2.037e-28 He 1 +5.65871e+01 1.022e-28 1.022e-28 2.044e-28 O2 +5.63988e+01 1.025e-28 1.025e-28 2.050e-28 H2O +5.62111e+01 1.028e-28 1.028e-28 2.057e-28 CO +5.60241e+01 1.031e-28 1.031e-28 2.063e-28 H2O +5.58377e+01 1.035e-28 1.035e-28 2.069e-28 H2O +5.56519e+01 1.038e-28 1.038e-28 2.076e-28 H 1 +5.54667e+01 1.041e-28 1.041e-28 2.082e-28 H 1 +5.52821e+01 1.044e-28 1.044e-28 2.089e-28 Fe 3 +5.50982e+01 1.048e-28 1.048e-28 2.095e-28 H2O +5.49148e+01 1.051e-28 1.051e-28 2.102e-28 CO +5.47321e+01 1.054e-28 1.054e-28 2.108e-28 +5.45500e+01 1.058e-28 1.058e-28 2.115e-28 H2O +5.43685e+01 1.061e-28 1.061e-28 2.122e-28 H 1 +5.41876e+01 1.064e-28 1.064e-28 2.128e-28 Cr 5 +5.40073e+01 1.067e-28 1.067e-28 2.135e-28 Ti 3 +5.38276e+01 1.071e-28 1.071e-28 2.142e-28 CO +5.36485e+01 1.074e-28 1.074e-28 2.148e-28 +5.34700e+01 1.077e-28 1.077e-28 2.155e-28 H2O +5.32920e+01 1.081e-28 1.081e-28 2.162e-28 S 15 +5.31147e+01 1.084e-28 1.084e-28 2.168e-28 H2O +5.29380e+01 1.088e-28 1.088e-28 2.175e-28 H 1 +5.27618e+01 1.091e-28 1.091e-28 2.182e-28 He 1 +5.25863e+01 1.094e-28 1.094e-28 2.189e-28 H 1 H 1 +5.24113e+01 1.098e-28 1.098e-28 2.196e-28 He 2 He 1 +5.22369e+01 1.101e-28 1.101e-28 2.202e-28 +5.20631e+01 1.105e-28 1.105e-28 2.209e-28 +5.18898e+01 1.108e-28 1.108e-28 2.216e-28 CO +5.17172e+01 1.112e-28 1.112e-28 2.223e-28 H2O +5.15451e+01 1.115e-28 1.115e-28 2.230e-28 H2O +5.13736e+01 1.119e-28 1.119e-28 2.237e-28 H2O +5.12026e+01 1.122e-28 1.122e-28 2.244e-28 OH+ +5.10323e+01 1.126e-28 1.126e-28 2.251e-28 He 2 +5.08625e+01 1.129e-28 1.129e-28 2.258e-28 CO +5.06932e+01 1.133e-28 1.133e-28 2.265e-28 H2O +5.05246e+01 1.136e-28 1.136e-28 2.272e-28 O 5 +5.03564e+01 1.140e-28 1.140e-28 2.279e-28 OH+ +5.01889e+01 1.143e-28 1.143e-28 2.286e-28 +5.00219e+01 1.147e-28 1.147e-28 2.294e-28 CO +4.98554e+01 1.150e-28 1.150e-28 2.301e-28 +4.96895e+01 1.154e-28 1.154e-28 2.308e-28 +4.95242e+01 1.158e-28 1.158e-28 2.315e-28 H 1 +4.93594e+01 1.161e-28 1.161e-28 2.322e-28 OH +4.91952e+01 1.165e-28 1.165e-28 2.330e-28 +4.90315e+01 1.168e-28 1.168e-28 2.337e-28 H 1 +4.88683e+01 1.172e-28 1.172e-28 2.344e-28 He 2 +4.87057e+01 1.176e-28 1.176e-28 2.351e-28 OH +4.85437e+01 1.179e-28 1.179e-28 2.359e-28 S 2 +4.83821e+01 1.183e-28 1.183e-28 2.366e-28 +4.82212e+01 1.187e-28 1.187e-28 2.373e-28 H 1 H 1 +4.80607e+01 1.190e-28 1.190e-28 2.381e-28 +4.79008e+01 1.194e-28 1.194e-28 2.388e-28 H2O +4.77414e+01 1.198e-28 1.198e-28 2.396e-28 +4.75825e+01 1.202e-28 1.202e-28 2.403e-28 H2O +4.74242e+01 1.205e-28 1.205e-28 2.411e-28 CO +4.72664e+01 1.209e-28 1.209e-28 2.418e-28 H2O +4.71091e+01 1.213e-28 1.213e-28 2.426e-28 H2O +4.69524e+01 1.217e-28 1.217e-28 2.433e-28 H 1 +4.67962e+01 1.220e-28 1.220e-28 2.441e-28 He 1 +4.66404e+01 1.224e-28 1.224e-28 2.449e-28 CO +4.64853e+01 1.228e-28 1.228e-28 2.456e-28 H2O +4.63306e+01 1.232e-28 1.232e-28 2.464e-28 F 6 +4.61764e+01 1.236e-28 1.236e-28 2.472e-28 +4.60228e+01 1.240e-28 1.240e-28 2.479e-28 He 1 +4.58696e+01 1.244e-28 1.244e-28 2.487e-28 CO +4.57170e+01 1.247e-28 1.247e-28 2.495e-28 Na 2 +4.55649e+01 1.251e-28 1.251e-28 2.503e-28 Na 1 +4.54133e+01 1.255e-28 1.255e-28 2.510e-28 O 7 +4.52622e+01 1.259e-28 1.259e-28 2.518e-28 H 1 +4.51116e+01 1.263e-28 1.263e-28 2.526e-28 CO +4.49614e+01 1.267e-28 1.267e-28 2.534e-28 +4.48118e+01 1.271e-28 1.271e-28 2.542e-28 Si 1 +4.46627e+01 1.275e-28 1.275e-28 2.550e-28 H2O +4.45141e+01 1.279e-28 1.279e-28 2.558e-28 +4.43660e+01 1.283e-28 1.283e-28 2.566e-28 CO +4.42184e+01 1.287e-28 1.287e-28 2.574e-28 H2O +4.40712e+01 1.291e-28 1.291e-28 2.582e-28 H 1 H 1 +4.39246e+01 1.295e-28 1.295e-28 2.590e-28 He 1 +4.37785e+01 1.299e-28 1.299e-28 2.598e-28 P 4 +4.36328e+01 1.303e-28 1.303e-28 2.606e-28 CO +4.34876e+01 1.307e-28 1.307e-28 2.614e-28 +4.33429e+01 1.311e-28 1.311e-28 2.622e-28 OH+ +4.31987e+01 1.315e-28 1.315e-28 2.630e-28 Fe 2 +4.30549e+01 1.319e-28 1.319e-28 2.639e-28 CO +4.29117e+01 1.323e-28 1.323e-28 2.647e-28 He 2 +4.27689e+01 1.328e-28 1.328e-28 2.655e-28 Mg11 +4.26266e+01 1.332e-28 1.332e-28 2.663e-28 +4.24847e+01 1.336e-28 1.336e-28 2.672e-28 Cl 7 +4.23434e+01 1.340e-28 1.340e-28 2.680e-28 He 2 +4.22025e+01 1.344e-28 1.344e-28 2.688e-28 Fe 3 +4.20621e+01 1.348e-28 1.348e-28 2.697e-28 H 1 +4.19221e+01 1.353e-28 1.353e-28 2.705e-28 H 1 +4.17826e+01 1.357e-28 1.357e-28 2.714e-28 CO +4.16436e+01 1.361e-28 1.361e-28 2.722e-28 Cl 7 +4.15050e+01 1.365e-28 1.365e-28 2.731e-28 Si 3 +4.13669e+01 1.370e-28 1.370e-28 2.739e-28 S 10 +4.12293e+01 1.374e-28 1.374e-28 2.748e-28 +4.10921e+01 1.378e-28 1.378e-28 2.756e-28 CO +4.09553e+01 1.382e-28 1.382e-28 2.765e-28 +4.08191e+01 1.387e-28 1.387e-28 2.773e-28 H2O +4.06832e+01 1.391e-28 1.391e-28 2.782e-28 H2O +4.05479e+01 1.395e-28 1.395e-28 2.791e-28 CO +4.04130e+01 1.400e-28 1.400e-28 2.799e-28 Ni11 +4.02785e+01 1.404e-28 1.404e-28 2.808e-28 H2O +4.01445e+01 1.408e-28 1.408e-28 2.817e-28 H 1 H 1 +4.00109e+01 1.413e-28 1.413e-28 2.826e-28 CO +3.98777e+01 1.417e-28 1.417e-28 2.835e-28 K 8 +3.97451e+01 1.422e-28 1.422e-28 2.843e-28 Zn 2 +3.96128e+01 1.426e-28 1.426e-28 2.852e-28 Mn 1 +3.94810e+01 1.431e-28 1.431e-28 2.861e-28 H 1 +3.93496e+01 1.435e-28 1.435e-28 2.870e-28 CO +3.92187e+01 1.440e-28 1.440e-28 2.879e-28 N 6 +3.90882e+01 1.444e-28 1.444e-28 2.888e-28 H 1 +3.89581e+01 1.449e-28 1.449e-28 2.897e-28 He 1 +3.88285e+01 1.453e-28 1.453e-28 2.906e-28 H 1 +3.86993e+01 1.458e-28 1.458e-28 2.915e-28 OH+ +3.85705e+01 1.462e-28 1.462e-28 2.924e-28 OH+ +3.84422e+01 1.467e-28 1.467e-28 2.933e-28 F 6 +3.83143e+01 1.471e-28 1.471e-28 2.942e-28 H 1 +3.81868e+01 1.476e-28 1.476e-28 2.952e-28 OH+ +3.80597e+01 1.480e-28 1.480e-28 2.961e-28 H2O +3.79331e+01 1.485e-28 1.485e-28 2.970e-28 H2O +3.78069e+01 1.490e-28 1.490e-28 2.979e-28 +3.76811e+01 1.494e-28 1.494e-28 2.989e-28 +3.75557e+01 1.499e-28 1.499e-28 2.998e-28 He 1 +3.74307e+01 1.504e-28 1.504e-28 3.007e-28 He 2 +3.73062e+01 1.508e-28 1.508e-28 3.017e-28 He 2 +3.71821e+01 1.513e-28 1.513e-28 3.026e-28 O 5 +3.70583e+01 1.518e-28 1.518e-28 3.036e-28 H 1 +3.69350e+01 1.522e-28 1.522e-28 3.045e-28 +3.68121e+01 1.527e-28 1.527e-28 3.054e-28 Si 3 +3.66896e+01 1.532e-28 1.532e-28 3.064e-28 H2O +3.65676e+01 1.537e-28 1.537e-28 3.074e-28 +3.64459e+01 1.542e-28 1.542e-28 3.083e-28 H 1 H 1 +3.63246e+01 1.546e-28 1.546e-28 3.093e-28 Mn 6 +3.62037e+01 1.551e-28 1.551e-28 3.102e-28 H2O +3.60833e+01 1.556e-28 1.556e-28 3.112e-28 H2O +3.59632e+01 1.561e-28 1.561e-28 3.122e-28 H2O +3.58435e+01 1.566e-28 1.566e-28 3.131e-28 He 1 +3.57243e+01 1.571e-28 1.571e-28 3.141e-28 H 1 +3.56054e+01 1.576e-28 1.576e-28 3.151e-28 H2O +3.54869e+01 1.580e-28 1.580e-28 3.161e-28 H2O +3.53689e+01 1.585e-28 1.585e-28 3.171e-28 Fe 2 +3.52512e+01 1.590e-28 1.590e-28 3.181e-28 H2O +3.51339e+01 1.595e-28 1.595e-28 3.191e-28 +3.50170e+01 1.600e-28 1.600e-28 3.200e-28 H 1 +3.49004e+01 1.605e-28 1.605e-28 3.210e-28 +3.47843e+01 1.610e-28 1.610e-28 3.220e-28 Fe 9 +3.46686e+01 1.615e-28 1.615e-28 3.230e-28 He 2 +3.45532e+01 1.620e-28 1.620e-28 3.241e-28 OH +3.44382e+01 1.625e-28 1.625e-28 3.251e-28 H2O +3.43237e+01 1.630e-28 1.630e-28 3.261e-28 +3.42094e+01 1.635e-28 1.635e-28 3.271e-28 Fe 3 +3.40956e+01 1.641e-28 1.641e-28 3.281e-28 He 2 +3.39822e+01 1.646e-28 1.646e-28 3.291e-28 Cl 7 +3.38691e+01 1.651e-28 1.651e-28 3.302e-28 H2O +3.37564e+01 1.656e-28 1.656e-28 3.312e-28 Na 1 +3.36441e+01 1.661e-28 1.661e-28 3.322e-28 H 1 +3.35321e+01 1.666e-28 1.666e-28 3.333e-28 Ni15 +3.34206e+01 1.671e-28 1.671e-28 3.343e-28 Fe 9 +3.33093e+01 1.677e-28 1.677e-28 3.353e-28 Cl 2 +3.31985e+01 1.682e-28 1.682e-28 3.364e-28 +3.30880e+01 1.687e-28 1.687e-28 3.374e-28 H2O +3.29779e+01 1.692e-28 1.692e-28 3.385e-28 He 2 +3.28682e+01 1.698e-28 1.698e-28 3.395e-28 H 1 H 1 +3.27589e+01 1.703e-28 1.703e-28 3.406e-28 O 5 +3.26498e+01 1.708e-28 1.708e-28 3.417e-28 H2O +3.25412e+01 1.714e-28 1.714e-28 3.427e-28 +3.24329e+01 1.719e-28 1.719e-28 3.438e-28 +3.23250e+01 1.724e-28 1.724e-28 3.449e-28 He 2 +3.22175e+01 1.730e-28 1.730e-28 3.459e-28 H 1 +3.21103e+01 1.735e-28 1.735e-28 3.470e-28 H 1 +3.20034e+01 1.740e-28 1.740e-28 3.481e-28 H 1 +3.18969e+01 1.746e-28 1.746e-28 3.492e-28 Fe 4 +3.17908e+01 1.751e-28 1.751e-28 3.503e-28 H2O +3.16850e+01 1.757e-28 1.757e-28 3.514e-28 H2O +3.15796e+01 1.762e-28 1.762e-28 3.525e-28 Ni 3 +3.14745e+01 1.768e-28 1.768e-28 3.536e-28 Sc10 +3.13698e+01 1.773e-28 1.773e-28 3.547e-28 Cr 4 +3.12654e+01 1.779e-28 1.779e-28 3.558e-28 +3.11614e+01 1.784e-28 1.784e-28 3.569e-28 Ne 3 +3.10577e+01 1.790e-28 1.790e-28 3.580e-28 Sc10 +3.09543e+01 1.796e-28 1.796e-28 3.591e-28 Ne 9 +3.08513e+01 1.801e-28 1.801e-28 3.602e-28 H2O +3.07487e+01 1.807e-28 1.807e-28 3.613e-28 He 1 +3.06464e+01 1.812e-28 1.812e-28 3.625e-28 H2O +3.05444e+01 1.818e-28 1.818e-28 3.636e-28 H2O +3.04427e+01 1.824e-28 1.824e-28 3.647e-28 H2O +3.03415e+01 1.829e-28 1.829e-28 3.659e-28 Na 1 +3.02405e+01 1.835e-28 1.835e-28 3.670e-28 Na 1 +3.01399e+01 1.841e-28 1.841e-28 3.682e-28 +3.00396e+01 1.846e-28 1.846e-28 3.693e-28 H 1 +2.99396e+01 1.852e-28 1.852e-28 3.704e-28 Cl 7 +2.98400e+01 1.858e-28 1.858e-28 3.716e-28 H 1 +2.97407e+01 1.864e-28 1.864e-28 3.728e-28 H2O +2.96418e+01 1.870e-28 1.870e-28 3.739e-28 Fe 6 +2.95431e+01 1.875e-28 1.875e-28 3.751e-28 H 1 H 1 +2.94448e+01 1.881e-28 1.881e-28 3.763e-28 C 3 +2.93468e+01 1.887e-28 1.887e-28 3.774e-28 H2O +2.92492e+01 1.893e-28 1.893e-28 3.786e-28 +2.91519e+01 1.899e-28 1.899e-28 3.798e-28 O 5 +2.90549e+01 1.905e-28 1.905e-28 3.810e-28 Cl 7 +2.89582e+01 1.911e-28 1.911e-28 3.822e-28 H 1 +2.88618e+01 1.917e-28 1.917e-28 3.833e-28 H 1 +2.87658e+01 1.923e-28 1.923e-28 3.845e-28 He 1 +2.86701e+01 1.929e-28 1.929e-28 3.857e-28 +2.85747e+01 1.935e-28 1.935e-28 3.869e-28 H2O +2.84796e+01 1.941e-28 1.941e-28 3.881e-28 Fe 9 +2.83848e+01 1.947e-28 1.947e-28 3.894e-28 H 1 +2.82904e+01 1.953e-28 1.953e-28 3.906e-28 Fe 9 +2.81963e+01 1.959e-28 1.959e-28 3.918e-28 H2O +2.81024e+01 1.965e-28 1.965e-28 3.930e-28 Na 1 +2.80089e+01 1.971e-28 1.971e-28 3.942e-28 H2O +2.79157e+01 1.977e-28 1.977e-28 3.955e-28 He 2 +2.78228e+01 1.983e-28 1.983e-28 3.967e-28 H 1 +2.77303e+01 1.990e-28 1.990e-28 3.979e-28 +2.76380e+01 1.996e-28 1.996e-28 3.992e-28 Cl 8 +2.75460e+01 2.002e-28 2.002e-28 4.004e-28 H2O +2.74544e+01 2.008e-28 2.008e-28 4.017e-28 Cr 5 +2.73630e+01 2.015e-28 2.015e-28 4.029e-28 Si 3 +2.72720e+01 2.021e-28 2.021e-28 4.042e-28 +2.71812e+01 2.027e-28 2.027e-28 4.054e-28 Fe 7 +2.70908e+01 2.033e-28 2.033e-28 4.067e-28 H 1 +2.70006e+01 2.040e-28 2.040e-28 4.079e-28 H2O +2.69108e+01 2.046e-28 2.046e-28 4.092e-28 Mn14 +2.68213e+01 2.052e-28 2.052e-28 4.105e-28 Cu18 +2.67320e+01 2.059e-28 2.059e-28 4.118e-28 H2O +2.66431e+01 2.065e-28 2.065e-28 4.131e-28 H 1 +2.65544e+01 2.072e-28 2.072e-28 4.143e-28 Fe 2 +2.64661e+01 2.078e-28 2.078e-28 4.156e-28 +2.63780e+01 2.085e-28 2.085e-28 4.169e-28 H 1 H 1 +2.62902e+01 2.091e-28 2.091e-28 4.182e-28 He 1 +2.62027e+01 2.098e-28 2.098e-28 4.195e-28 H 1 +2.61156e+01 2.104e-28 2.104e-28 4.208e-28 He 1 +2.60287e+01 2.111e-28 2.111e-28 4.221e-28 H 1 +2.59421e+01 2.117e-28 2.117e-28 4.235e-28 H2O +2.58557e+01 2.124e-28 2.124e-28 4.248e-28 He 2 +2.57697e+01 2.131e-28 2.131e-28 4.261e-28 C 5 +2.56840e+01 2.137e-28 2.137e-28 4.274e-28 Co 2 +2.55985e+01 2.144e-28 2.144e-28 4.288e-28 Si 3 +2.55133e+01 2.150e-28 2.150e-28 4.301e-28 Fe 3 +2.54284e+01 2.157e-28 2.157e-28 4.314e-28 OH+ +2.53438e+01 2.164e-28 2.164e-28 4.328e-28 He 2 +2.52595e+01 2.171e-28 2.171e-28 4.341e-28 H2O +2.51754e+01 2.177e-28 2.177e-28 4.355e-28 He 1 +2.50917e+01 2.184e-28 2.184e-28 4.368e-28 Cl 6 +2.50082e+01 2.191e-28 2.191e-28 4.382e-28 F25 +2.49250e+01 2.198e-28 2.198e-28 4.396e-28 He 1 +2.48420e+01 2.205e-28 2.205e-28 4.409e-28 Li 1 +2.47594e+01 2.212e-28 2.212e-28 4.423e-28 +2.46770e+01 2.218e-28 2.218e-28 4.437e-28 +2.45949e+01 2.225e-28 2.225e-28 4.451e-28 Mg 5 +2.45130e+01 2.232e-28 2.232e-28 4.464e-28 S 15 +2.44315e+01 2.239e-28 2.239e-28 4.478e-28 V 4 +2.43502e+01 2.246e-28 2.246e-28 4.492e-28 O 7 +2.42691e+01 2.253e-28 2.253e-28 4.506e-28 H2O +2.41884e+01 2.260e-28 2.260e-28 4.520e-28 Ne 5 +2.41079e+01 2.267e-28 2.267e-28 4.534e-28 Zn 2 +2.40277e+01 2.274e-28 2.274e-28 4.549e-28 MIPS +2.39477e+01 2.281e-28 2.281e-28 4.563e-28 Cl 6 +2.38681e+01 2.288e-28 2.288e-28 4.577e-28 H 1 +2.37886e+01 2.296e-28 2.296e-28 4.591e-28 Mg11 +2.37095e+01 2.303e-28 2.303e-28 4.605e-28 He 2 +2.36306e+01 2.310e-28 2.310e-28 4.620e-28 H 1 +2.35520e+01 2.317e-28 2.317e-28 4.634e-28 O 5 +2.34736e+01 2.324e-28 2.324e-28 4.649e-28 H2O +2.33955e+01 2.332e-28 2.332e-28 4.663e-28 Na 1 +2.33176e+01 2.339e-28 2.339e-28 4.678e-28 H 1 H 1 +2.32401e+01 2.346e-28 2.346e-28 4.692e-28 Na 1 +2.31627e+01 2.353e-28 2.353e-28 4.707e-28 He 2 +2.30857e+01 2.361e-28 2.361e-28 4.721e-28 S 11 +2.30088e+01 2.368e-28 2.368e-28 4.736e-28 +2.29323e+01 2.375e-28 2.375e-28 4.751e-28 Fe 2 +2.28560e+01 2.383e-28 2.383e-28 4.766e-28 Fe 9 +2.27799e+01 2.390e-28 2.390e-28 4.781e-28 +2.27041e+01 2.398e-28 2.398e-28 4.795e-28 +2.26286e+01 2.405e-28 2.405e-28 4.810e-28 H 1 +2.25533e+01 2.413e-28 2.413e-28 4.825e-28 O 5 +2.24782e+01 2.420e-28 2.420e-28 4.840e-28 MIRb +2.24034e+01 2.428e-28 2.428e-28 4.855e-28 Sc21 +2.23289e+01 2.435e-28 2.435e-28 4.871e-28 H 1 +2.22546e+01 2.443e-28 2.443e-28 4.886e-28 Fe 7 +2.21805e+01 2.450e-28 2.450e-28 4.901e-28 He 2 +2.21067e+01 2.458e-28 2.458e-28 4.916e-28 S 15 +2.20332e+01 2.466e-28 2.466e-28 4.931e-28 He 2 +2.19599e+01 2.473e-28 2.473e-28 4.947e-28 +2.18868e+01 2.481e-28 2.481e-28 4.962e-28 H2O +2.18140e+01 2.489e-28 2.489e-28 4.978e-28 H 1 +2.17414e+01 2.497e-28 2.497e-28 4.993e-28 NMIR +2.16690e+01 2.504e-28 2.504e-28 5.009e-28 Si 4 +2.15969e+01 2.512e-28 2.512e-28 5.024e-28 H2O +2.15251e+01 2.520e-28 2.520e-28 5.040e-28 Fe 7 +2.14535e+01 2.528e-28 2.528e-28 5.056e-28 Fe 2 +2.13821e+01 2.536e-28 2.536e-28 5.071e-28 H2O +2.13109e+01 2.544e-28 2.544e-28 5.087e-28 P 2 +2.12400e+01 2.551e-28 2.551e-28 5.103e-28 Sc 8 +2.11693e+01 2.559e-28 2.559e-28 5.119e-28 H2O +2.10989e+01 2.567e-28 2.567e-28 5.135e-28 H 1 +2.10287e+01 2.575e-28 2.575e-28 5.151e-28 Cl 6 +2.09587e+01 2.583e-28 2.583e-28 5.167e-28 +2.08890e+01 2.591e-28 2.591e-28 5.183e-28 H 1 +2.08195e+01 2.600e-28 2.600e-28 5.199e-28 Fe 9 +2.07502e+01 2.608e-28 2.608e-28 5.215e-28 S 2 +2.06812e+01 2.616e-28 2.616e-28 5.231e-28 H2O +2.06123e+01 2.624e-28 2.624e-28 5.248e-28 Mg 1 +2.05438e+01 2.632e-28 2.632e-28 5.264e-28 He 1 H 1 +2.04754e+01 2.640e-28 2.640e-28 5.280e-28 H 1 He 1 +2.04073e+01 2.648e-28 2.648e-28 5.297e-28 F 2 +2.03394e+01 2.657e-28 2.657e-28 5.313e-28 Na 1 +2.02717e+01 2.665e-28 2.665e-28 5.330e-28 Na 1 +2.02042e+01 2.673e-28 2.673e-28 5.346e-28 Na 1 +2.01370e+01 2.682e-28 2.682e-28 5.363e-28 Cu18 +2.00700e+01 2.690e-28 2.690e-28 5.380e-28 He 2 +2.00032e+01 2.698e-28 2.698e-28 5.397e-28 Fe 9 +1.99367e+01 2.707e-28 2.707e-28 5.413e-28 H2O +1.98703e+01 2.715e-28 2.715e-28 5.430e-28 Na 2 +1.98042e+01 2.724e-28 2.724e-28 5.447e-28 Li 1 +1.97383e+01 2.732e-28 2.732e-28 5.464e-28 H2O +1.96726e+01 2.741e-28 2.741e-28 5.481e-28 Cr 5 +1.96072e+01 2.749e-28 2.749e-28 5.498e-28 F 6 +1.95419e+01 2.758e-28 2.758e-28 5.515e-28 H2O +1.94769e+01 2.766e-28 2.766e-28 5.532e-28 He 2 +1.94121e+01 2.775e-28 2.775e-28 5.550e-28 O 5 +1.93475e+01 2.783e-28 2.783e-28 5.567e-28 B 1 +1.92831e+01 2.792e-28 2.792e-28 5.584e-28 Ni13 +1.92190e+01 2.801e-28 2.801e-28 5.602e-28 H2O +1.91550e+01 2.810e-28 2.810e-28 5.619e-28 C 3 +1.90913e+01 2.818e-28 2.818e-28 5.637e-28 He 2 +1.90278e+01 2.827e-28 2.827e-28 5.654e-28 H 1 +1.89644e+01 2.836e-28 2.836e-28 5.672e-28 H 1 +1.89013e+01 2.845e-28 2.845e-28 5.689e-28 C 3 +1.88385e+01 2.853e-28 2.853e-28 5.707e-28 Fe 9 +1.87758e+01 2.862e-28 2.862e-28 5.725e-28 Co 2 +1.87133e+01 2.871e-28 2.871e-28 5.743e-28 H 1 +1.86510e+01 2.880e-28 2.880e-28 5.760e-28 He 1 +1.85890e+01 2.889e-28 2.889e-28 5.778e-28 H 1 +1.85271e+01 2.898e-28 2.898e-28 5.796e-28 Fe 9 +1.84655e+01 2.907e-28 2.907e-28 5.814e-28 H2O +1.84040e+01 2.916e-28 2.916e-28 5.832e-28 Fe 9 +1.83428e+01 2.925e-28 2.925e-28 5.851e-28 H2O +1.82817e+01 2.934e-28 2.934e-28 5.869e-28 H2O +1.82209e+01 2.944e-28 2.944e-28 5.887e-28 Ni 2 +1.81603e+01 2.953e-28 2.953e-28 5.905e-28 Na 4 +1.80999e+01 2.962e-28 2.962e-28 5.924e-28 He 1 +1.80396e+01 2.971e-28 2.971e-28 5.942e-28 H 1 +1.79796e+01 2.980e-28 2.980e-28 5.961e-28 Ne 9 +1.79198e+01 2.990e-28 2.990e-28 5.979e-28 Fe 2 +1.78602e+01 2.999e-28 2.999e-28 5.998e-28 H 1 H 1 +1.78007e+01 3.008e-28 3.008e-28 6.016e-28 +1.77415e+01 3.018e-28 3.018e-28 6.035e-28 Ar15 +1.76825e+01 3.027e-28 3.027e-28 6.054e-28 +1.76236e+01 3.036e-28 3.036e-28 6.073e-28 H 1 +1.75650e+01 3.046e-28 3.046e-28 6.092e-28 Fe 7 +1.75065e+01 3.055e-28 3.055e-28 6.111e-28 H 1 +1.74483e+01 3.065e-28 3.065e-28 6.130e-28 Cl 6 +1.73902e+01 3.074e-28 3.074e-28 6.149e-28 +1.73324e+01 3.084e-28 3.084e-28 6.168e-28 F 6 +1.72747e+01 3.094e-28 3.094e-28 6.187e-28 He 2 +1.72172e+01 3.103e-28 3.103e-28 6.206e-28 +1.71599e+01 3.113e-28 3.113e-28 6.226e-28 Ne 3 +1.71028e+01 3.124e-28 3.124e-28 6.248e-28 Mn25 +1.70459e+01 3.132e-28 3.132e-28 6.264e-28 H 1 +1.69892e+01 3.142e-28 3.142e-28 6.284e-28 Fe 9 +1.69327e+01 3.152e-28 3.152e-28 6.303e-28 +1.68763e+01 3.162e-28 3.162e-28 6.323e-28 H 1 +1.68202e+01 3.171e-28 3.171e-28 6.343e-28 Na 1 +1.67642e+01 3.181e-28 3.181e-28 6.362e-28 He 2 +1.67084e+01 3.191e-28 3.191e-28 6.382e-28 H2O +1.66528e+01 3.201e-28 3.201e-28 6.402e-28 He 1 +1.65974e+01 3.211e-28 3.211e-28 6.422e-28 H 1 +1.65422e+01 3.221e-28 3.221e-28 6.442e-28 F 6 +1.64871e+01 3.231e-28 3.231e-28 6.462e-28 C 2 +1.64323e+01 3.241e-28 3.241e-28 6.482e-28 H 1 +1.63776e+01 3.251e-28 3.251e-28 6.502e-28 He 1 +1.63231e+01 3.261e-28 3.261e-28 6.522e-28 He 2 +1.62688e+01 3.271e-28 3.271e-28 6.543e-28 F 4 +1.62147e+01 3.282e-28 3.282e-28 6.563e-28 H 1 +1.61607e+01 3.292e-28 3.292e-28 6.584e-28 Cl 7 +1.61069e+01 3.302e-28 3.302e-28 6.604e-28 Na 2 +1.60533e+01 3.312e-28 3.312e-28 6.625e-28 C 2 +1.59999e+01 3.323e-28 3.323e-28 6.645e-28 C 2 +1.59467e+01 3.333e-28 3.333e-28 6.666e-28 Ar12 +1.58936e+01 3.343e-28 3.343e-28 6.687e-28 H2O +1.58407e+01 3.354e-28 3.354e-28 6.707e-28 H 1 +1.57880e+01 3.364e-28 3.364e-28 6.728e-28 H 1 +1.57355e+01 3.375e-28 3.375e-28 6.749e-28 +1.56831e+01 3.385e-28 3.385e-28 6.770e-28 H2O +1.56310e+01 3.396e-28 3.396e-28 6.791e-28 Fe 6 +1.55789e+01 3.406e-28 3.406e-28 6.812e-28 V 23 +1.55271e+01 3.417e-28 3.417e-28 6.833e-28 Fe 7 +1.54754e+01 3.427e-28 3.427e-28 6.855e-28 He 2 +1.54240e+01 3.438e-28 3.438e-28 6.876e-28 H 1 H 1 +1.53726e+01 3.449e-28 3.449e-28 6.897e-28 H2O +1.53215e+01 3.459e-28 3.459e-28 6.919e-28 He 2 +1.52705e+01 3.470e-28 3.470e-28 6.940e-28 Si 2 +1.52197e+01 3.481e-28 3.481e-28 6.962e-28 H 1 +1.51690e+01 3.492e-28 3.492e-28 6.984e-28 He 1 +1.51186e+01 3.503e-28 3.503e-28 7.005e-28 Be 2 +1.50683e+01 3.514e-28 3.514e-28 7.027e-28 Fe 9 +1.50181e+01 3.524e-28 3.524e-28 7.049e-28 MIRa +1.49682e+01 3.535e-28 3.535e-28 7.071e-28 H 1 +1.49183e+01 3.546e-28 3.546e-28 7.093e-28 B 3 +1.48687e+01 3.557e-28 3.557e-28 7.115e-28 H2O +1.48192e+01 3.569e-28 3.569e-28 7.137e-28 Ni 1 +1.47699e+01 3.580e-28 3.580e-28 7.159e-28 Fe 7 +1.47208e+01 3.591e-28 3.591e-28 7.181e-28 H 1 +1.46718e+01 3.602e-28 3.602e-28 7.204e-28 S 13 +1.46230e+01 3.613e-28 3.613e-28 7.226e-28 Mg11 +1.45743e+01 3.624e-28 3.624e-28 7.249e-28 H2O +1.45258e+01 3.636e-28 3.636e-28 7.271e-28 He 2 +1.44775e+01 3.647e-28 3.647e-28 7.294e-28 F 8 +1.44293e+01 3.658e-28 3.658e-28 7.317e-28 +1.43813e+01 3.670e-28 3.670e-28 7.339e-28 C 3 +1.43335e+01 3.681e-28 3.681e-28 7.362e-28 Fe 7 +1.42858e+01 3.692e-28 3.692e-28 7.385e-28 H 1 +1.42382e+01 3.704e-28 3.704e-28 7.408e-28 He 2 He 2 +1.41909e+01 3.715e-28 3.715e-28 7.431e-28 H 1 +1.41436e+01 3.727e-28 3.727e-28 7.454e-28 Ti 9 +1.40966e+01 3.739e-28 3.739e-28 7.477e-28 PAHC +1.40497e+01 3.750e-28 3.750e-28 7.500e-28 Fe 8 +1.40029e+01 3.762e-28 3.762e-28 7.524e-28 Co 3 +1.39563e+01 3.774e-28 3.774e-28 7.547e-28 H 1 +1.39099e+01 3.785e-28 3.785e-28 7.571e-28 He 2 +1.38636e+01 3.797e-28 3.797e-28 7.594e-28 He 2 +1.38175e+01 3.809e-28 3.809e-28 7.618e-28 Co 3 +1.37715e+01 3.821e-28 3.821e-28 7.641e-28 Si13 +1.37257e+01 3.833e-28 3.833e-28 7.665e-28 K 1 +1.36800e+01 3.845e-28 3.845e-28 7.689e-28 H 1 +1.36345e+01 3.856e-28 3.856e-28 7.713e-28 +1.35891e+01 3.868e-28 3.868e-28 7.737e-28 He 2 +1.35439e+01 3.880e-28 3.880e-28 7.761e-28 Fe 7 +1.34988e+01 3.893e-28 3.893e-28 7.785e-28 Fe 2 +1.34539e+01 3.905e-28 3.905e-28 7.809e-28 O 7 +1.34091e+01 3.917e-28 3.917e-28 7.834e-28 He 1 +1.33645e+01 3.929e-28 3.929e-28 7.858e-28 Fe 9 +1.33201e+01 3.941e-28 3.941e-28 7.882e-28 PAH +1.32757e+01 3.953e-28 3.953e-28 7.907e-28 S 2 +1.32316e+01 3.966e-28 3.966e-28 7.931e-28 He 2 +1.31875e+01 3.978e-28 3.978e-28 7.956e-28 H 1 PAH +1.31437e+01 3.990e-28 3.990e-28 7.981e-28 H 1 H 1 +1.30999e+01 4.003e-28 4.003e-28 8.006e-28 He 2 +1.30563e+01 4.015e-28 4.015e-28 8.030e-28 Na 2 +1.30129e+01 4.028e-28 4.028e-28 8.055e-28 H2O +1.29696e+01 4.040e-28 4.040e-28 8.080e-28 +1.29264e+01 4.053e-28 4.053e-28 8.106e-28 +1.28834e+01 4.065e-28 4.065e-28 8.131e-28 Zn19 +1.28406e+01 4.078e-28 4.078e-28 8.156e-28 C 3 +1.27978e+01 4.091e-28 4.091e-28 8.181e-28 Ne 2 +1.27552e+01 4.103e-28 4.103e-28 8.207e-28 Fe 9 +1.27128e+01 4.116e-28 4.116e-28 8.232e-28 C 5 +1.26705e+01 4.129e-28 4.129e-28 8.258e-28 PAHC +1.26283e+01 4.142e-28 4.142e-28 8.284e-28 H 1 +1.25863e+01 4.155e-28 4.155e-28 8.309e-28 H 1 +1.25444e+01 4.168e-28 4.168e-28 8.335e-28 He 1 +1.25027e+01 4.181e-28 4.181e-28 8.361e-28 B 1 +1.24611e+01 4.194e-28 4.194e-28 8.387e-28 F 6 +1.24196e+01 4.207e-28 4.207e-28 8.413e-28 Mn14 +1.23783e+01 4.220e-28 4.220e-28 8.439e-28 H 1 +1.23371e+01 4.233e-28 4.233e-28 8.465e-28 He 1 +1.22961e+01 4.246e-28 4.246e-28 8.492e-28 C 3 +1.22552e+01 4.259e-28 4.259e-28 8.518e-28 He 2 +1.22144e+01 4.272e-28 4.272e-28 8.545e-28 Fe 9 +1.21737e+01 4.286e-28 4.286e-28 8.571e-28 H 1 +1.21332e+01 4.299e-28 4.299e-28 8.598e-28 H 1 +1.20929e+01 4.312e-28 4.312e-28 8.625e-28 Fe 3 +1.20526e+01 4.326e-28 4.326e-28 8.651e-28 He 2 He 2 +1.20125e+01 4.339e-28 4.339e-28 8.678e-28 F12 +1.19725e+01 4.353e-28 4.353e-28 8.705e-28 B 1 +1.19327e+01 4.366e-28 4.366e-28 8.732e-28 F 6 +1.18930e+01 4.380e-28 4.380e-28 8.759e-28 Co 3 +1.18534e+01 4.393e-28 4.393e-28 8.787e-28 PAH +1.18140e+01 4.407e-28 4.407e-28 8.814e-28 PAH +1.17747e+01 4.421e-28 4.421e-28 8.841e-28 H 1 +1.17355e+01 4.434e-28 4.434e-28 8.869e-28 He 2 +1.16964e+01 4.448e-28 4.448e-28 8.896e-28 He 2 +1.16575e+01 4.462e-28 4.462e-28 8.924e-28 C 3 +1.16187e+01 4.476e-28 4.476e-28 8.952e-28 Si10 +1.15801e+01 4.490e-28 4.490e-28 8.979e-28 Fe 7 +1.15415e+01 4.504e-28 4.504e-28 9.007e-28 H 1 +1.15031e+01 4.518e-28 4.518e-28 9.035e-28 H 1 +1.14649e+01 4.532e-28 4.532e-28 9.063e-28 Ca 5 +1.14267e+01 4.546e-28 4.546e-28 9.092e-28 C 3 +1.13887e+01 4.560e-28 4.560e-28 9.120e-28 He 1 PAH +1.13508e+01 4.574e-28 4.574e-28 9.148e-28 Cl 1 +1.13130e+01 4.588e-28 4.588e-28 9.177e-28 PAH +1.12754e+01 4.603e-28 4.603e-28 9.205e-28 +1.12379e+01 4.617e-28 4.617e-28 9.234e-28 H 1 +1.12005e+01 4.631e-28 4.631e-28 9.262e-28 Fe 9 +1.11632e+01 4.646e-28 4.646e-28 9.291e-28 Co 2 +1.11261e+01 4.660e-28 4.660e-28 9.320e-28 Si11 +1.10890e+01 4.674e-28 4.674e-28 9.349e-28 Fe 9 +1.10521e+01 4.689e-28 4.689e-28 9.378e-28 Fe 3 +1.10154e+01 4.704e-28 4.704e-28 9.407e-28 H 1 H 1 +1.09787e+01 4.718e-28 4.718e-28 9.436e-28 K 8 +1.09422e+01 4.733e-28 4.733e-28 9.466e-28 Na 2 +1.09058e+01 4.748e-28 4.748e-28 9.495e-28 PAHC +1.08695e+01 4.762e-28 4.762e-28 9.525e-28 He 1 +1.08333e+01 4.777e-28 4.777e-28 9.554e-28 H 1 +1.07973e+01 4.792e-28 4.792e-28 9.584e-28 H 1 +1.07613e+01 4.807e-28 4.807e-28 9.614e-28 Be 3 +1.07255e+01 4.822e-28 4.822e-28 9.643e-28 Fe 3 +1.06899e+01 4.837e-28 4.837e-28 9.673e-28 He 1 +1.06543e+01 4.852e-28 4.852e-28 9.703e-28 +1.06188e+01 4.867e-28 4.867e-28 9.734e-28 O 5 +1.05835e+01 4.882e-28 4.882e-28 9.764e-28 Cl 6 +1.05483e+01 4.897e-28 4.897e-28 9.794e-28 H2O +1.05132e+01 4.913e-28 4.913e-28 9.826e-28 Co27 +1.04782e+01 4.928e-28 4.928e-28 9.855e-28 He 2 +1.04433e+01 4.943e-28 4.943e-28 9.886e-28 He 1 +1.04086e+01 4.958e-28 4.958e-28 9.916e-28 Fe 7 +1.03740e+01 4.974e-28 4.974e-28 9.947e-28 Ne 9 +1.03394e+01 4.989e-28 4.989e-28 9.978e-28 Fe 7 +1.03050e+01 5.005e-28 5.005e-28 1.001e-27 C 2 +1.02707e+01 5.020e-28 5.020e-28 1.004e-27 H 1 +1.02366e+01 5.036e-28 5.036e-28 1.007e-27 +1.02025e+01 5.051e-28 5.051e-28 1.010e-27 N 6 +1.01686e+01 5.067e-28 5.067e-28 1.013e-27 Cl 8 +1.01347e+01 5.083e-28 5.083e-28 1.017e-27 Si13 +1.01010e+01 5.098e-28 5.098e-28 1.020e-27 Mg 9 +1.00674e+01 5.114e-28 5.114e-28 1.023e-27 Fe 7 +1.00339e+01 5.130e-28 5.130e-28 1.026e-27 He 2 He 2 +1.00005e+01 5.146e-28 5.146e-28 1.029e-27 Fe23 +9.96723e+00 5.162e-28 5.162e-28 1.032e-27 Fe 9 +9.93406e+00 5.178e-28 5.178e-28 1.036e-27 Fe 7 +9.90101e+00 5.194e-28 5.194e-28 1.039e-27 Fe 7 +9.86806e+00 5.210e-28 5.210e-28 1.042e-27 He 2 +9.83523e+00 5.227e-28 5.227e-28 1.045e-27 H 1 +9.80250e+00 5.243e-28 5.243e-28 1.049e-27 Fe 6 +9.76989e+00 5.259e-28 5.259e-28 1.052e-27 He 2 +9.73738e+00 5.275e-28 5.275e-28 1.055e-27 Fe 9 +9.70498e+00 5.292e-28 5.292e-28 1.058e-27 He 2 +9.67268e+00 5.308e-28 5.308e-28 1.062e-27 Na 1 +9.64050e+00 5.325e-28 5.325e-28 1.065e-27 Fe 6 +9.60842e+00 5.341e-28 5.341e-28 1.068e-27 Ni 2 +9.57645e+00 5.358e-28 5.358e-28 1.072e-27 He 2 +9.54458e+00 5.374e-28 5.374e-28 1.075e-27 Cl 6 +9.51283e+00 5.391e-28 5.391e-28 1.078e-27 H 1 +9.48117e+00 5.408e-28 5.408e-28 1.082e-27 Fe 7 +9.44962e+00 5.425e-28 5.425e-28 1.085e-27 S 1 +9.41818e+00 5.441e-28 5.441e-28 1.088e-27 S 1 +9.38684e+00 5.458e-28 5.458e-28 1.092e-27 H 1 +9.35561e+00 5.475e-28 5.475e-28 1.095e-27 Cl 8 +9.32448e+00 5.492e-28 5.492e-28 1.098e-27 Cl 8 +9.29345e+00 5.509e-28 5.509e-28 1.102e-27 Fe 7 +9.26253e+00 5.526e-28 5.526e-28 1.105e-27 He 2 +9.23171e+00 5.544e-28 5.544e-28 1.109e-27 Cl 6 +9.20099e+00 5.561e-28 5.561e-28 1.112e-27 Fe 3 +9.17038e+00 5.578e-28 5.578e-28 1.116e-27 K 8 +9.13986e+00 5.595e-28 5.595e-28 1.119e-27 Na 1 +9.10945e+00 5.613e-28 5.613e-28 1.123e-27 H 1 H 1 +9.07914e+00 5.630e-28 5.630e-28 1.126e-27 K 8 +9.04893e+00 5.648e-28 5.648e-28 1.130e-27 H 1 +9.01882e+00 5.665e-28 5.665e-28 1.133e-27 Mg 7 +8.98881e+00 5.683e-28 5.683e-28 1.137e-27 Ar 3 +8.95890e+00 5.700e-28 5.700e-28 1.140e-27 Ni11 +8.92909e+00 5.718e-28 5.718e-28 1.144e-27 He 2 +8.89938e+00 5.736e-28 5.736e-28 1.147e-27 Mg 1 +8.86977e+00 5.754e-28 5.754e-28 1.151e-27 H 1 +8.84025e+00 5.772e-28 5.772e-28 1.154e-27 Cr 4 +8.81084e+00 5.789e-28 5.789e-28 1.158e-27 He 1 +8.78152e+00 5.807e-28 5.807e-28 1.161e-27 Fe 9 +8.75230e+00 5.825e-28 5.825e-28 1.165e-27 H 1 +8.72318e+00 5.844e-28 5.844e-28 1.169e-27 H 1 +8.69415e+00 5.862e-28 5.862e-28 1.172e-27 S 13 +8.66522e+00 5.880e-28 5.880e-28 1.176e-27 H 1 +8.63639e+00 5.898e-28 5.898e-28 1.180e-27 C 3 +8.60765e+00 5.916e-28 5.916e-28 1.183e-27 H 1 +8.57901e+00 5.935e-28 5.935e-28 1.187e-27 H 1 +8.55047e+00 5.953e-28 5.953e-28 1.191e-27 Cl 6 +8.52202e+00 5.972e-28 5.972e-28 1.194e-27 He 1 +8.49366e+00 5.990e-28 5.990e-28 1.198e-27 H 1 +8.46540e+00 6.009e-28 6.009e-28 1.202e-27 He 1 +8.43723e+00 6.027e-28 6.027e-28 1.205e-27 +8.40915e+00 6.046e-28 6.046e-28 1.209e-27 He 2 +8.38117e+00 6.065e-28 6.065e-28 1.213e-27 He 1 +8.35329e+00 6.084e-28 6.084e-28 1.217e-27 Li 1 +8.32549e+00 6.103e-28 6.103e-28 1.221e-27 Fe23 +8.29779e+00 6.122e-28 6.122e-28 1.224e-27 Si13 +8.27018e+00 6.141e-28 6.141e-28 1.228e-27 Ni 1 +8.24266e+00 6.160e-28 6.160e-28 1.232e-27 Cr 4 +8.21523e+00 6.179e-28 6.179e-28 1.236e-27 He 2 He 2 +8.18790e+00 6.198e-28 6.198e-28 1.240e-27 Cl 6 +8.16065e+00 6.217e-28 6.217e-28 1.243e-27 H 1 +8.13350e+00 6.236e-28 6.236e-28 1.247e-27 Li 1 +8.10644e+00 6.256e-28 6.256e-28 1.251e-27 +8.07946e+00 6.275e-28 6.275e-28 1.255e-27 C 1 +8.05258e+00 6.295e-28 6.295e-28 1.259e-27 He 2 +8.02578e+00 6.314e-28 6.314e-28 1.263e-27 He 2 +7.99908e+00 6.334e-28 6.334e-28 1.267e-27 IRAC +7.97246e+00 6.353e-28 6.353e-28 1.271e-27 Cl 6 +7.94594e+00 6.373e-28 6.373e-28 1.275e-27 C 5 +7.91950e+00 6.393e-28 6.393e-28 1.279e-27 Fe 7 +7.89314e+00 6.413e-28 6.413e-28 1.283e-27 PAH +7.86688e+00 6.433e-28 6.433e-28 1.287e-27 Si 8 +7.84070e+00 6.453e-28 6.453e-28 1.291e-27 He 1 +7.81461e+00 6.473e-28 6.473e-28 1.295e-27 Fe 7 +7.78861e+00 6.493e-28 6.493e-28 1.299e-27 H 1 PAH +7.76270e+00 6.513e-28 6.513e-28 1.303e-27 He 1 +7.73687e+00 6.533e-28 6.533e-28 1.307e-27 Mn14 +7.71112e+00 6.553e-28 6.553e-28 1.311e-27 Fe 2 +7.68546e+00 6.574e-28 6.574e-28 1.315e-27 Ne 9 +7.65989e+00 6.594e-28 6.594e-28 1.319e-27 Ne 3 +7.63440e+00 6.614e-28 6.614e-28 1.323e-27 B 3 +7.60900e+00 6.635e-28 6.635e-28 1.327e-27 Li 1 +7.58368e+00 6.656e-28 6.656e-28 1.331e-27 He 1 +7.55845e+00 6.676e-28 6.676e-28 1.335e-27 He 1 +7.53330e+00 6.697e-28 6.697e-28 1.339e-27 B 1 +7.50823e+00 6.718e-28 6.718e-28 1.344e-27 H 1 +7.48325e+00 6.739e-28 6.739e-28 1.348e-27 H 1 +7.45835e+00 6.760e-28 6.760e-28 1.352e-27 H 1 +7.43353e+00 6.780e-28 6.780e-28 1.356e-27 He 1 +7.40880e+00 6.801e-28 6.801e-28 1.360e-27 Fe 9 +7.38415e+00 6.823e-28 6.823e-28 1.365e-27 H 1 H 1 +7.35957e+00 6.844e-28 6.844e-28 1.369e-27 He 1 +7.33509e+00 6.865e-28 6.865e-28 1.373e-27 B 1 +7.31068e+00 6.886e-28 6.886e-28 1.377e-27 Fe 7 +7.28635e+00 6.908e-28 6.908e-28 1.382e-27 Fe11 +7.26211e+00 6.929e-28 6.929e-28 1.386e-27 H 1 +7.23794e+00 6.951e-28 6.951e-28 1.390e-27 He 2 +7.21386e+00 6.972e-28 6.972e-28 1.394e-27 He 2 +7.18986e+00 6.994e-28 6.994e-28 1.399e-27 Fe 7 +7.16593e+00 7.015e-28 7.015e-28 1.403e-27 Fe 7 +7.14209e+00 7.037e-28 7.037e-28 1.407e-27 Fe 3 +7.11833e+00 7.059e-28 7.059e-28 1.412e-27 He 1 +7.09464e+00 7.081e-28 7.081e-28 1.416e-27 H 1 +7.07103e+00 7.103e-28 7.103e-28 1.421e-27 Fe 7 +7.04750e+00 7.125e-28 7.125e-28 1.425e-27 N 6 +7.02405e+00 7.147e-28 7.147e-28 1.429e-27 Li 1 +7.00068e+00 7.169e-28 7.169e-28 1.434e-27 O 7 +6.97739e+00 7.191e-28 7.191e-28 1.438e-27 Mg11 +6.95417e+00 7.214e-28 7.214e-28 1.443e-27 He 2 +6.93103e+00 7.236e-28 7.236e-28 1.447e-27 He 1 +6.90797e+00 7.259e-28 7.259e-28 1.452e-27 PAHC +6.88498e+00 7.281e-28 7.281e-28 1.456e-27 Cl 6 +6.86207e+00 7.304e-28 7.304e-28 1.461e-27 He 1 +6.83924e+00 7.326e-28 7.326e-28 1.465e-27 He 1 +6.81648e+00 7.349e-28 7.349e-28 1.470e-27 H 1 +6.79380e+00 7.372e-28 7.372e-28 1.474e-27 C 1 +6.77120e+00 7.395e-28 7.395e-28 1.479e-27 H 1 +6.74867e+00 7.418e-28 7.418e-28 1.484e-27 He 1 +6.72621e+00 7.441e-28 7.441e-28 1.488e-27 H 1 +6.70383e+00 7.464e-28 7.464e-28 1.493e-27 N 6 +6.68152e+00 7.487e-28 7.487e-28 1.497e-27 Fe 7 +6.65929e+00 7.510e-28 7.510e-28 1.502e-27 He 2 +6.63713e+00 7.533e-28 7.533e-28 1.507e-27 H 1 +6.61505e+00 7.557e-28 7.557e-28 1.511e-27 Fe 2 +6.59304e+00 7.580e-28 7.580e-28 1.516e-27 He 2 He 2 +6.57110e+00 7.604e-28 7.604e-28 1.521e-27 H 1 +6.54923e+00 7.627e-28 7.627e-28 1.525e-27 He 2 +6.52744e+00 7.651e-28 7.651e-28 1.530e-27 He 2 +6.50572e+00 7.675e-28 7.675e-28 1.535e-27 He 2 +6.48408e+00 7.698e-28 7.698e-28 1.540e-27 Mg 1 +6.46250e+00 7.722e-28 7.722e-28 1.544e-27 Fe 6 +6.44100e+00 7.746e-28 7.746e-28 1.549e-27 He 1 +6.41957e+00 7.770e-28 7.770e-28 1.554e-27 Be 2 +6.39820e+00 7.794e-28 7.794e-28 1.559e-27 Fe 2 +6.37691e+00 7.818e-28 7.818e-28 1.564e-27 Ar 3 +6.35570e+00 7.843e-28 7.843e-28 1.569e-27 Cl 7 +6.33455e+00 7.867e-28 7.867e-28 1.573e-27 Fe 7 +6.31347e+00 7.891e-28 7.891e-28 1.578e-27 Al 4 +6.29246e+00 7.916e-28 7.916e-28 1.583e-27 H 1 +6.27153e+00 7.940e-28 7.940e-28 1.588e-27 Si11 +6.25066e+00 7.965e-28 7.965e-28 1.593e-27 He 2 +6.22986e+00 7.990e-28 7.990e-28 1.598e-27 Fe 7 +6.20913e+00 8.014e-28 8.014e-28 1.603e-27 PAH PAH +6.18847e+00 8.039e-28 8.039e-28 1.608e-27 Fe 5 +6.16788e+00 8.064e-28 8.064e-28 1.613e-27 Fe 7 +6.14735e+00 8.089e-28 8.089e-28 1.618e-27 Ca 7 +6.12690e+00 8.114e-28 8.114e-28 1.623e-27 Si13 +6.10651e+00 8.139e-28 8.139e-28 1.628e-27 Be 2 +6.08619e+00 8.165e-28 8.165e-28 1.633e-27 Mg 1 +6.06594e+00 8.190e-28 8.190e-28 1.638e-27 +6.04576e+00 8.215e-28 8.215e-28 1.643e-27 Cu18 +6.02564e+00 8.241e-28 8.241e-28 1.648e-27 He 1 +6.00559e+00 8.266e-28 8.266e-28 1.653e-27 Cl 8 +5.98561e+00 8.292e-28 8.292e-28 1.658e-27 Fe 7 +5.96569e+00 8.318e-28 8.318e-28 1.664e-27 He 2 +5.94584e+00 8.343e-28 8.343e-28 1.669e-27 H 1 +5.92606e+00 8.369e-28 8.369e-28 1.674e-27 He 2 +5.90634e+00 8.395e-28 8.395e-28 1.679e-27 H 1 +5.88669e+00 8.421e-28 8.421e-28 1.684e-27 He 1 +5.86710e+00 8.447e-28 8.447e-28 1.689e-27 K 8 +5.84758e+00 8.474e-28 8.474e-28 1.695e-27 Fe 2 +5.82812e+00 8.500e-28 8.500e-28 1.700e-27 H 1 H 1 +5.80873e+00 8.526e-28 8.526e-28 1.705e-27 IRAC +5.78940e+00 8.553e-28 8.553e-28 1.711e-27 Fe 7 +5.77013e+00 8.579e-28 8.579e-28 1.716e-27 V 12 +5.75093e+00 8.606e-28 8.606e-28 1.721e-27 S 13 +5.73180e+00 8.632e-28 8.632e-28 1.726e-27 Li 2 +5.71273e+00 8.659e-28 8.659e-28 1.732e-27 H 1 +5.69372e+00 8.686e-28 8.686e-28 1.737e-27 C 3 +5.67477e+00 8.713e-28 8.713e-28 1.743e-27 He 1 +5.65589e+00 8.740e-28 8.740e-28 1.748e-27 PAHC +5.63707e+00 8.767e-28 8.767e-28 1.753e-27 Si 1 +5.61831e+00 8.794e-28 8.794e-28 1.759e-27 C 1 +5.59962e+00 8.821e-28 8.821e-28 1.764e-27 Ne 9 +5.58099e+00 8.849e-28 8.849e-28 1.770e-27 He 2 +5.56242e+00 8.876e-28 8.876e-28 1.775e-27 C 3 +5.54391e+00 8.904e-28 8.904e-28 1.781e-27 Cu18 +5.52546e+00 8.931e-28 8.931e-28 1.786e-27 H 1 +5.50708e+00 8.959e-28 8.959e-28 1.792e-27 Fe 6 +5.48875e+00 8.987e-28 8.987e-28 1.797e-27 Cu18 +5.47049e+00 9.015e-28 9.015e-28 1.803e-27 C 3 +5.45229e+00 9.042e-28 9.042e-28 1.808e-27 He 2 +5.43414e+00 9.070e-28 9.070e-28 1.814e-27 He 1 +5.41606e+00 9.099e-28 9.099e-28 1.820e-27 He 1 +5.39804e+00 9.127e-28 9.127e-28 1.825e-27 Cl 8 +5.38008e+00 9.155e-28 9.155e-28 1.831e-27 H 1 +5.36218e+00 9.183e-28 9.183e-28 1.837e-27 Fe 9 +5.34433e+00 9.212e-28 9.212e-28 1.842e-27 Ne 9 +5.32655e+00 9.240e-28 9.240e-28 1.848e-27 Cl 8 +5.30883e+00 9.269e-28 9.269e-28 1.854e-27 C 3 +5.29116e+00 9.298e-28 9.298e-28 1.860e-27 Si 3 +5.27356e+00 9.327e-28 9.327e-28 1.865e-27 He 2 +5.25601e+00 9.355e-28 9.355e-28 1.871e-27 H 1 +5.23852e+00 9.384e-28 9.384e-28 1.877e-27 Si 1 +5.22109e+00 9.414e-28 9.414e-28 1.883e-27 He 2 +5.20372e+00 9.443e-28 9.443e-28 1.889e-27 C 3 +5.18640e+00 9.472e-28 9.472e-28 1.894e-27 Fe 7 +5.16914e+00 9.501e-28 9.501e-28 1.900e-27 H 1 +5.15194e+00 9.531e-28 9.531e-28 1.906e-27 He 1 +5.13480e+00 9.560e-28 9.560e-28 1.912e-27 H 1 He 2 +5.11772e+00 9.590e-28 9.590e-28 1.918e-27 He 2 +5.10069e+00 9.620e-28 9.620e-28 1.924e-27 Cl 8 +5.08372e+00 9.649e-28 9.649e-28 1.930e-27 H 1 +5.06680e+00 9.679e-28 9.679e-28 1.936e-27 Fe 2 +5.04994e+00 9.709e-28 9.709e-28 1.942e-27 Fe 9 +5.03314e+00 9.739e-28 9.739e-28 1.948e-27 H 1 +5.01639e+00 9.769e-28 9.769e-28 1.954e-27 H 1 +4.99970e+00 9.800e-28 9.800e-28 1.960e-27 Fe23 +4.98306e+00 9.830e-28 9.830e-28 1.966e-27 C 1 +4.96648e+00 9.861e-28 9.861e-28 1.972e-27 H 1 +4.94996e+00 9.891e-28 9.891e-28 1.978e-27 He 1 +4.93348e+00 9.922e-28 9.922e-28 1.984e-27 Ar 5 +4.91707e+00 9.952e-28 9.952e-28 1.990e-27 H 1 +4.90071e+00 9.983e-28 9.983e-28 1.997e-27 Fe 2 +4.88440e+00 1.001e-27 1.001e-27 2.003e-27 H 1 +4.86815e+00 1.005e-27 1.005e-27 2.009e-27 He 2 +4.85195e+00 1.008e-27 1.008e-27 2.015e-27 H 1 +4.83581e+00 1.011e-27 1.011e-27 2.022e-27 O 7 +4.81972e+00 1.014e-27 1.014e-27 2.028e-27 He 1 +4.80368e+00 1.017e-27 1.017e-27 2.034e-27 C 3 +4.78769e+00 1.020e-27 1.020e-27 2.040e-27 Li 1 +4.77176e+00 1.023e-27 1.023e-27 2.047e-27 He 1 +4.75589e+00 1.027e-27 1.027e-27 2.053e-27 He 2 +4.74006e+00 1.030e-27 1.030e-27 2.059e-27 He 2 +4.72429e+00 1.033e-27 1.033e-27 2.066e-27 Fe 2 +4.70857e+00 1.036e-27 1.036e-27 2.072e-27 C 3 +4.69290e+00 1.039e-27 1.039e-27 2.079e-27 He 1 +4.67729e+00 1.042e-27 1.042e-27 2.085e-27 H 1 +4.66172e+00 1.046e-27 1.046e-27 2.091e-27 He 2 +4.64621e+00 1.049e-27 1.049e-27 2.098e-27 H 1 +4.63075e+00 1.052e-27 1.052e-27 2.104e-27 Fe 2 +4.61534e+00 1.055e-27 1.055e-27 2.111e-27 Fe 2 +4.59999e+00 1.059e-27 1.059e-27 2.117e-27 He 1 +4.58468e+00 1.062e-27 1.062e-27 2.124e-27 Fe 7 +4.56942e+00 1.065e-27 1.065e-27 2.131e-27 Cl 6 +4.55422e+00 1.069e-27 1.069e-27 2.137e-27 B 1 +4.53907e+00 1.072e-27 1.072e-27 2.144e-27 B 1 +4.52396e+00 1.075e-27 1.075e-27 2.150e-27 He 1 +4.50891e+00 1.079e-27 1.079e-27 2.157e-27 He 2 +4.49391e+00 1.082e-27 1.082e-27 2.164e-27 IRAC +4.47895e+00 1.085e-27 1.085e-27 2.170e-27 Fe 7 +4.46405e+00 1.089e-27 1.089e-27 2.177e-27 H 1 H 1 +4.44920e+00 1.092e-27 1.092e-27 2.184e-27 Fe 9 +4.43439e+00 1.095e-27 1.095e-27 2.191e-27 Fe 2 +4.41964e+00 1.099e-27 1.099e-27 2.198e-27 Cl 8 +4.40493e+00 1.102e-27 1.102e-27 2.204e-27 He 2 +4.39027e+00 1.106e-27 1.106e-27 2.211e-27 He 1 +4.37567e+00 1.109e-27 1.109e-27 2.218e-27 H 1 +4.36111e+00 1.112e-27 1.112e-27 2.225e-27 He 1 +4.34659e+00 1.116e-27 1.116e-27 2.232e-27 Fe 9 +4.33213e+00 1.119e-27 1.119e-27 2.239e-27 Fe 9 +4.31772e+00 1.123e-27 1.123e-27 2.246e-27 C 3 +4.30335e+00 1.126e-27 1.126e-27 2.253e-27 C 3 +4.28903e+00 1.130e-27 1.130e-27 2.259e-27 He 1 +4.27476e+00 1.133e-27 1.133e-27 2.266e-27 Na 2 +4.26054e+00 1.137e-27 1.137e-27 2.274e-27 He 2 +4.24636e+00 1.140e-27 1.140e-27 2.281e-27 He 1 +4.23223e+00 1.144e-27 1.144e-27 2.288e-27 B 1 +4.21815e+00 1.147e-27 1.147e-27 2.295e-27 He 2 +4.20411e+00 1.151e-27 1.151e-27 2.302e-27 Fe 7 +4.19012e+00 1.154e-27 1.154e-27 2.309e-27 He 1 +4.17618e+00 1.158e-27 1.158e-27 2.316e-27 H 1 +4.16228e+00 1.162e-27 1.162e-27 2.323e-27 He 1 +4.14843e+00 1.165e-27 1.165e-27 2.330e-27 He 2 +4.13463e+00 1.169e-27 1.169e-27 2.338e-27 C 5 +4.12087e+00 1.172e-27 1.172e-27 2.345e-27 He 1 +4.10716e+00 1.176e-27 1.176e-27 2.352e-27 He 1 +4.09350e+00 1.180e-27 1.180e-27 2.359e-27 He 2 +4.07987e+00 1.183e-27 1.183e-27 2.367e-27 B 1 +4.06630e+00 1.187e-27 1.187e-27 2.374e-27 C 1 +4.05277e+00 1.191e-27 1.191e-27 2.382e-27 H 1 +4.03928e+00 1.194e-27 1.194e-27 2.389e-27 He 1 +4.02584e+00 1.198e-27 1.198e-27 2.396e-27 H 1 +4.01245e+00 1.202e-27 1.202e-27 2.404e-27 He 1 +3.99910e+00 1.206e-27 1.206e-27 2.411e-27 He 1 +3.98579e+00 1.209e-27 1.209e-27 2.418e-27 C 1 +3.97253e+00 1.213e-27 1.213e-27 2.426e-27 C 1 +3.95931e+00 1.217e-27 1.217e-27 2.433e-27 B 1 +3.94613e+00 1.220e-27 1.220e-27 2.441e-27 He 2 +3.93300e+00 1.224e-27 1.224e-27 2.449e-27 He 1 +3.91992e+00 1.228e-27 1.228e-27 2.456e-27 He 1 +3.90687e+00 1.232e-27 1.232e-27 2.464e-27 H 1 +3.89387e+00 1.236e-27 1.236e-27 2.471e-27 B 3 +3.88092e+00 1.239e-27 1.239e-27 2.479e-27 Fe 9 +3.86800e+00 1.243e-27 1.243e-27 2.487e-27 C 1 +3.85513e+00 1.247e-27 1.247e-27 2.494e-27 He 2 He 2 +3.84231e+00 1.251e-27 1.251e-27 2.502e-27 C 1 +3.82952e+00 1.255e-27 1.255e-27 2.510e-27 He 1 +3.81678e+00 1.259e-27 1.259e-27 2.518e-27 H 1 +3.80408e+00 1.263e-27 1.263e-27 2.525e-27 He 2 +3.79142e+00 1.267e-27 1.267e-27 2.533e-27 He 1 +3.77881e+00 1.271e-27 1.271e-27 2.541e-27 Fe 3 +3.76623e+00 1.274e-27 1.274e-27 2.549e-27 He 1 +3.75370e+00 1.278e-27 1.278e-27 2.557e-27 H 1 +3.74121e+00 1.282e-27 1.282e-27 2.565e-27 H 1 +3.72876e+00 1.286e-27 1.286e-27 2.573e-27 He 1 +3.71635e+00 1.290e-27 1.290e-27 2.581e-27 He 1 +3.70399e+00 1.294e-27 1.294e-27 2.589e-27 He 1 +3.69166e+00 1.298e-27 1.298e-27 2.597e-27 H 1 +3.67938e+00 1.302e-27 1.302e-27 2.605e-27 He 2 +3.66714e+00 1.306e-27 1.306e-27 2.613e-27 He 1 +3.65493e+00 1.310e-27 1.310e-27 2.621e-27 He 1 +3.64277e+00 1.314e-27 1.314e-27 2.629e-27 H 1 +3.63065e+00 1.318e-27 1.318e-27 2.637e-27 C 3 +3.61857e+00 1.323e-27 1.323e-27 2.645e-27 He 1 +3.60653e+00 1.327e-27 1.327e-27 2.653e-27 H 1 +3.59453e+00 1.331e-27 1.331e-27 2.662e-27 IRAC +3.58257e+00 1.335e-27 1.335e-27 2.670e-27 He 1 +3.57065e+00 1.339e-27 1.339e-27 2.678e-27 H 1 +3.55877e+00 1.343e-27 1.343e-27 2.686e-27 He 1 +3.54693e+00 1.347e-27 1.347e-27 2.695e-27 He 2 +3.53512e+00 1.351e-27 1.351e-27 2.703e-27 He 1 +3.52336e+00 1.356e-27 1.356e-27 2.711e-27 H 1 +3.51164e+00 1.360e-27 1.360e-27 2.720e-27 He 1 +3.49995e+00 1.364e-27 1.364e-27 2.728e-27 H 1 +3.48831e+00 1.368e-27 1.368e-27 2.737e-27 He 2 +3.47670e+00 1.373e-27 1.373e-27 2.745e-27 H 1 +3.46513e+00 1.377e-27 1.377e-27 2.754e-27 He 1 +3.45360e+00 1.381e-27 1.381e-27 2.762e-27 He 1 +3.44211e+00 1.385e-27 1.385e-27 2.771e-27 C 1 +3.43066e+00 1.390e-27 1.390e-27 2.779e-27 He 1 +3.41924e+00 1.394e-27 1.394e-27 2.788e-27 He 2 +3.40786e+00 1.398e-27 1.398e-27 2.796e-27 He 1 +3.39652e+00 1.403e-27 1.403e-27 2.805e-27 He 1 +3.38522e+00 1.407e-27 1.407e-27 2.814e-27 He 1 +3.37396e+00 1.411e-27 1.411e-27 2.822e-27 PAHC +3.36273e+00 1.416e-27 1.416e-27 2.831e-27 He 1 +3.35154e+00 1.420e-27 1.420e-27 2.840e-27 He 1 +3.34039e+00 1.424e-27 1.424e-27 2.849e-27 He 1 +3.32928e+00 1.429e-27 1.429e-27 2.857e-27 He 1 +3.31820e+00 1.433e-27 1.433e-27 2.866e-27 He 1 +3.30716e+00 1.438e-27 1.438e-27 2.875e-27 He 1 +3.29615e+00 1.442e-27 1.442e-27 2.884e-27 PAH He 1 +3.28519e+00 1.446e-27 1.446e-27 2.893e-27 H 1 H 1 +3.27425e+00 1.451e-27 1.451e-27 2.902e-27 He 1 He 1 +3.26336e+00 1.455e-27 1.455e-27 2.911e-27 Fe 7 +3.25250e+00 1.460e-27 1.460e-27 2.920e-27 He 1 PAH +3.24168e+00 1.464e-27 1.464e-27 2.929e-27 O 7 +3.23089e+00 1.469e-27 1.469e-27 2.938e-27 PAHC +3.22014e+00 1.474e-27 1.474e-27 2.947e-27 He 1 +3.20943e+00 1.478e-27 1.478e-27 2.956e-27 He 1 He 1 +3.19875e+00 1.483e-27 1.483e-27 2.965e-27 He 1 +3.18810e+00 1.487e-27 1.487e-27 2.974e-27 Fe 7 +3.17750e+00 1.492e-27 1.492e-27 2.984e-27 He 1 +3.16692e+00 1.496e-27 1.496e-27 2.993e-27 He 1 +3.15639e+00 1.501e-27 1.501e-27 3.002e-27 He 1 +3.14588e+00 1.506e-27 1.506e-27 3.011e-27 He 2 +3.13542e+00 1.510e-27 1.510e-27 3.021e-27 He 1 +3.12498e+00 1.515e-27 1.515e-27 3.030e-27 He 1 He 1 +3.11458e+00 1.520e-27 1.520e-27 3.039e-27 He 1 +3.10422e+00 1.524e-27 1.524e-27 3.049e-27 S 15 +3.09389e+00 1.529e-27 1.529e-27 3.058e-27 He 2 +3.08360e+00 1.534e-27 1.534e-27 3.068e-27 Fe 2 +3.07334e+00 1.539e-27 1.539e-27 3.077e-27 He 1 +3.06311e+00 1.543e-27 1.543e-27 3.087e-27 Cu18 +3.05292e+00 1.548e-27 1.548e-27 3.096e-27 He 1 +3.04276e+00 1.553e-27 1.553e-27 3.106e-27 H 1 +3.03263e+00 1.558e-27 1.558e-27 3.115e-27 He 2 +3.02254e+00 1.563e-27 1.563e-27 3.125e-27 Cl 6 +3.01249e+00 1.567e-27 1.567e-27 3.135e-27 Co 3 +3.00246e+00 1.572e-27 1.572e-27 3.144e-27 NIRb +2.99247e+00 1.577e-27 1.577e-27 3.154e-27 Fe 2 +2.98252e+00 1.582e-27 1.582e-27 3.164e-27 Ne 9 +2.97259e+00 1.587e-27 1.587e-27 3.174e-27 C 3 +2.96270e+00 1.592e-27 1.592e-27 3.184e-27 He 1 He 1 +2.95284e+00 1.597e-27 1.597e-27 3.193e-27 Fe 7 +2.94302e+00 1.602e-27 1.602e-27 3.203e-27 He 2 +2.93322e+00 1.607e-27 1.607e-27 3.213e-27 He 1 +2.92346e+00 1.612e-27 1.612e-27 3.223e-27 Fe 7 +2.91374e+00 1.617e-27 1.617e-27 3.233e-27 B 2 +2.90404e+00 1.622e-27 1.622e-27 3.243e-27 B 2 +2.89438e+00 1.627e-27 1.627e-27 3.253e-27 O 7 +2.88475e+00 1.632e-27 1.632e-27 3.263e-27 He 2 +2.87515e+00 1.637e-27 1.637e-27 3.273e-27 H 1 +2.86558e+00 1.642e-27 1.642e-27 3.283e-27 He 1 +2.85605e+00 1.647e-27 1.647e-27 3.293e-27 He 1 +2.84654e+00 1.652e-27 1.652e-27 3.304e-27 NIRa +2.83707e+00 1.657e-27 1.657e-27 3.314e-27 Fe 7 +2.82763e+00 1.662e-27 1.662e-27 3.324e-27 He 2 +2.81822e+00 1.667e-27 1.667e-27 3.334e-27 He 1 +2.80885e+00 1.672e-27 1.672e-27 3.345e-27 He 2 +2.79950e+00 1.677e-27 1.677e-27 3.355e-27 Fe 7 +2.79018e+00 1.683e-27 1.683e-27 3.365e-27 Fe 7 +2.78090e+00 1.688e-27 1.688e-27 3.376e-27 Fe23 +2.77165e+00 1.693e-27 1.693e-27 3.386e-27 He 1 +2.76242e+00 1.698e-27 1.698e-27 3.397e-27 He 1 +2.75323e+00 1.704e-27 1.704e-27 3.407e-27 He 2 He 2 +2.74407e+00 1.709e-27 1.709e-27 3.418e-27 Fe 7 +2.73494e+00 1.714e-27 1.714e-27 3.428e-27 Fe 7 +2.72584e+00 1.719e-27 1.719e-27 3.439e-27 K 1 +2.71677e+00 1.725e-27 1.725e-27 3.449e-27 He 2 +2.70773e+00 1.730e-27 1.730e-27 3.460e-27 He 2 +2.69872e+00 1.735e-27 1.735e-27 3.471e-27 He 2 +2.68974e+00 1.741e-27 1.741e-27 3.482e-27 He 1 +2.68079e+00 1.746e-27 1.746e-27 3.492e-27 C 3 +2.67187e+00 1.752e-27 1.752e-27 3.503e-27 H 1 +2.66298e+00 1.757e-27 1.757e-27 3.514e-27 He 1 +2.65412e+00 1.762e-27 1.762e-27 3.525e-27 He 1 +2.64529e+00 1.768e-27 1.768e-27 3.536e-27 Cl 6 +2.63649e+00 1.773e-27 1.773e-27 3.547e-27 Be 1 +2.62771e+00 1.779e-27 1.779e-27 3.558e-27 H 1 +2.61897e+00 1.784e-27 1.784e-27 3.569e-27 He 1 +2.61026e+00 1.790e-27 1.790e-27 3.580e-27 H 1 +2.60157e+00 1.795e-27 1.795e-27 3.591e-27 C 3 +2.59291e+00 1.801e-27 1.801e-27 3.602e-27 He 1 +2.58429e+00 1.806e-27 1.806e-27 3.613e-27 He 1 +2.57569e+00 1.812e-27 1.812e-27 3.624e-27 He 1 +2.56712e+00 1.818e-27 1.818e-27 3.635e-27 H 1 +2.55857e+00 1.823e-27 1.823e-27 3.646e-27 He 1 +2.55006e+00 1.829e-27 1.829e-27 3.658e-27 Fe 3 +2.54158e+00 1.834e-27 1.834e-27 3.669e-27 He 1 +2.53312e+00 1.840e-27 1.840e-27 3.680e-27 He 1 +2.52469e+00 1.846e-27 1.846e-27 3.692e-27 H 1 +2.51629e+00 1.852e-27 1.852e-27 3.703e-27 Si13 +2.50792e+00 1.857e-27 1.857e-27 3.715e-27 He 1 +2.49957e+00 1.863e-27 1.863e-27 3.726e-27 He 1 +2.49125e+00 1.869e-27 1.869e-27 3.738e-27 H 1 +2.48297e+00 1.875e-27 1.875e-27 3.749e-27 He 1 +2.47470e+00 1.880e-27 1.880e-27 3.761e-27 He 1 +2.46647e+00 1.886e-27 1.886e-27 3.772e-27 H 1 +2.45826e+00 1.892e-27 1.892e-27 3.784e-27 He 2 +2.45008e+00 1.898e-27 1.898e-27 3.796e-27 H 1 +2.44193e+00 1.904e-27 1.904e-27 3.807e-27 He 1 +2.43380e+00 1.910e-27 1.910e-27 3.819e-27 H 1 +2.42571e+00 1.915e-27 1.915e-27 3.831e-27 He 1 +2.41764e+00 1.921e-27 1.921e-27 3.843e-27 H 1 +2.40959e+00 1.927e-27 1.927e-27 3.855e-27 He 1 +2.40157e+00 1.933e-27 1.933e-27 3.866e-27 H 1 +2.39358e+00 1.939e-27 1.939e-27 3.878e-27 H 1 +2.38562e+00 1.945e-27 1.945e-27 3.890e-27 H 1 +2.37768e+00 1.951e-27 1.951e-27 3.902e-27 He 2 +2.36977e+00 1.957e-27 1.957e-27 3.914e-27 H 1 +2.36188e+00 1.963e-27 1.963e-27 3.927e-27 He 1 +2.35402e+00 1.969e-27 1.969e-27 3.939e-27 Be 1 +2.34619e+00 1.975e-27 1.975e-27 3.951e-27 He 2 +2.33838e+00 1.982e-27 1.982e-27 3.963e-27 He 1 +2.33060e+00 1.988e-27 1.988e-27 3.975e-27 He 1 +2.32285e+00 1.994e-27 1.994e-27 3.988e-27 He 1 +2.31512e+00 2.000e-27 2.000e-27 4.000e-27 He 2 +2.30742e+00 2.006e-27 2.006e-27 4.012e-27 He 1 +2.29974e+00 2.012e-27 2.012e-27 4.025e-27 He 1 +2.29209e+00 2.019e-27 2.019e-27 4.037e-27 He 1 He 1 +2.28446e+00 2.025e-27 2.025e-27 4.050e-27 He 1 +2.27686e+00 2.031e-27 2.031e-27 4.062e-27 H 1 H 1 +2.26928e+00 2.037e-27 2.037e-27 4.075e-27 He 1 +2.26173e+00 2.044e-27 2.044e-27 4.087e-27 He 2 +2.25421e+00 2.050e-27 2.050e-27 4.100e-27 He 1 +2.24670e+00 2.056e-27 2.056e-27 4.112e-27 He 1 +2.23923e+00 2.063e-27 2.063e-27 4.125e-27 He 1 +2.23178e+00 2.069e-27 2.069e-27 4.138e-27 He 1 +2.22435e+00 2.075e-27 2.075e-27 4.151e-27 Fe25 +2.21695e+00 2.082e-27 2.082e-27 4.163e-27 He 2 He 1 +2.20957e+00 2.088e-27 2.088e-27 4.176e-27 Ar 1 +2.20222e+00 2.095e-27 2.095e-27 4.189e-27 He 1 +2.19489e+00 2.101e-27 2.101e-27 4.202e-27 Cl 7 +2.18759e+00 2.108e-27 2.108e-27 4.215e-27 He 2 +2.18031e+00 2.114e-27 2.114e-27 4.228e-27 He 2 +2.17306e+00 2.121e-27 2.121e-27 4.241e-27 C 2 +2.16583e+00 2.127e-27 2.127e-27 4.254e-27 H 1 +2.15862e+00 2.134e-27 2.134e-27 4.267e-27 He 1 +2.15144e+00 2.140e-27 2.140e-27 4.281e-27 He 1 He 1 +2.14428e+00 2.147e-27 2.147e-27 4.294e-27 He 2 +2.13714e+00 2.154e-27 2.154e-27 4.307e-27 Ne 9 +2.13003e+00 2.160e-27 2.160e-27 4.320e-27 He 1 +2.12294e+00 2.167e-27 2.167e-27 4.334e-27 He 2 +2.11588e+00 2.174e-27 2.174e-27 4.347e-27 He 1 +2.10884e+00 2.180e-27 2.180e-27 4.360e-27 He 1 +2.10182e+00 2.187e-27 2.187e-27 4.374e-27 He 1 +2.09483e+00 2.194e-27 2.194e-27 4.387e-27 He 1 +2.08786e+00 2.200e-27 2.200e-27 4.401e-27 He 1 +2.08091e+00 2.207e-27 2.207e-27 4.415e-27 He 1 +2.07399e+00 2.214e-27 2.214e-27 4.428e-27 C 5 +2.06709e+00 2.221e-27 2.221e-27 4.442e-27 Cl 6 +2.06021e+00 2.228e-27 2.228e-27 4.456e-27 He 1 +2.05335e+00 2.235e-27 2.235e-27 4.469e-27 S 15 +2.04652e+00 2.242e-27 2.242e-27 4.483e-27 He 1 +2.03971e+00 2.248e-27 2.248e-27 4.497e-27 He 2 +2.03292e+00 2.255e-27 2.255e-27 4.511e-27 Ar 1 +2.02616e+00 2.262e-27 2.262e-27 4.525e-27 Fe 7 +2.01942e+00 2.269e-27 2.269e-27 4.539e-27 B 2 +2.01270e+00 2.276e-27 2.276e-27 4.553e-27 He 1 He 1 +2.00600e+00 2.283e-27 2.283e-27 4.567e-27 Co 3 +1.99933e+00 2.290e-27 2.290e-27 4.581e-27 O 7 +1.99267e+00 2.297e-27 2.297e-27 4.595e-27 Cl 6 +1.98604e+00 2.305e-27 2.305e-27 4.609e-27 Fe 2 +1.97944e+00 2.312e-27 2.312e-27 4.623e-27 Be 1 +1.97285e+00 2.319e-27 2.319e-27 4.638e-27 C 1 +1.96628e+00 2.326e-27 2.326e-27 4.652e-27 Cl 6 +1.95974e+00 2.333e-27 2.333e-27 4.666e-27 He 1 +1.95322e+00 2.340e-27 2.340e-27 4.681e-27 He 1 +1.94672e+00 2.348e-27 2.348e-27 4.695e-27 H 1 +1.94024e+00 2.355e-27 2.355e-27 4.710e-27 He 1 +1.93379e+00 2.362e-27 2.362e-27 4.724e-27 Si13 +1.92735e+00 2.369e-27 2.369e-27 4.739e-27 Cl 6 +1.92094e+00 2.377e-27 2.377e-27 4.753e-27 Fe23 +1.91455e+00 2.384e-27 2.384e-27 4.768e-27 Cl 8 +1.90818e+00 2.391e-27 2.391e-27 4.783e-27 He 1 +1.90183e+00 2.399e-27 2.399e-27 4.798e-27 B 1 +1.89550e+00 2.406e-27 2.406e-27 4.812e-27 C 2 +1.88919e+00 2.414e-27 2.414e-27 4.827e-27 C 2 +1.88291e+00 2.421e-27 2.421e-27 4.842e-27 C 1 +1.87664e+00 2.429e-27 2.429e-27 4.858e-27 H 1 +1.87040e+00 2.436e-27 2.436e-27 4.872e-27 He 2 +1.86417e+00 2.444e-27 2.444e-27 4.887e-27 He 2 +1.85797e+00 2.451e-27 2.451e-27 4.902e-27 He 1 +1.85179e+00 2.459e-27 2.459e-27 4.917e-27 F 6 +1.84563e+00 2.466e-27 2.466e-27 4.932e-27 He 2 He 2 +1.83949e+00 2.474e-27 2.474e-27 4.948e-27 Fe 2 +1.83337e+00 2.481e-27 2.481e-27 4.963e-27 He 1 +1.82726e+00 2.489e-27 2.489e-27 4.978e-27 He 1 +1.82118e+00 2.497e-27 2.497e-27 4.994e-27 Cl 6 +1.81512e+00 2.504e-27 2.504e-27 5.009e-27 H 1 +1.80909e+00 2.512e-27 2.512e-27 5.024e-27 C 1 +1.80307e+00 2.520e-27 2.520e-27 5.040e-27 C 1 +1.79707e+00 2.528e-27 2.528e-27 5.055e-27 S 13 +1.79109e+00 2.536e-27 2.536e-27 5.071e-27 C 1 +1.78513e+00 2.543e-27 2.543e-27 5.087e-27 Be 1 +1.77919e+00 2.551e-27 2.551e-27 5.102e-27 C 1 +1.77327e+00 2.559e-27 2.559e-27 5.118e-27 He 2 +1.76737e+00 2.567e-27 2.567e-27 5.134e-27 He 1 +1.76149e+00 2.575e-27 2.575e-27 5.150e-27 C 1 +1.75562e+00 2.583e-27 2.583e-27 5.166e-27 Be 1 +1.74978e+00 2.591e-27 2.591e-27 5.182e-27 He 1 H2+* +1.74396e+00 2.599e-27 2.599e-27 5.198e-27 He 1 +1.73816e+00 2.607e-27 2.607e-27 5.214e-27 H 1 +1.73237e+00 2.615e-27 2.615e-27 5.230e-27 He 1 +1.72661e+00 2.623e-27 2.623e-27 5.246e-27 Co 2 +1.72086e+00 2.631e-27 2.631e-27 5.262e-27 Fe23 +1.71514e+00 2.639e-27 2.639e-27 5.278e-27 N 6 +1.70943e+00 2.647e-27 2.647e-27 5.294e-27 C 1 +1.70374e+00 2.655e-27 2.655e-27 5.311e-27 He 2 +1.69807e+00 2.664e-27 2.664e-27 5.327e-27 He 1 +1.69242e+00 2.672e-27 2.672e-27 5.344e-27 He 2 +1.68679e+00 2.680e-27 2.680e-27 5.360e-27 C 1 +1.68118e+00 2.688e-27 2.688e-27 5.377e-27 H 1 +1.67559e+00 2.697e-27 2.697e-27 5.393e-27 He 1 +1.67001e+00 2.705e-27 2.705e-27 5.410e-27 He 1 +1.66445e+00 2.713e-27 2.713e-27 5.426e-27 He 1 +1.65892e+00 2.722e-27 2.722e-27 5.443e-27 He 2 +1.65340e+00 2.730e-27 2.730e-27 5.460e-27 He 1 +1.64789e+00 2.738e-27 2.738e-27 5.477e-27 B 1 +1.64241e+00 2.747e-27 2.747e-27 5.494e-27 H 1 H- +1.63695e+00 2.755e-27 2.755e-27 5.511e-27 He 1 +1.63150e+00 2.764e-27 2.764e-27 5.528e-27 C 1 +1.62607e+00 2.772e-27 2.772e-27 5.545e-27 He 2 +1.62066e+00 2.781e-27 2.781e-27 5.562e-27 He 1 +1.61527e+00 2.789e-27 2.789e-27 5.579e-27 He 1 +1.60989e+00 2.798e-27 2.798e-27 5.596e-27 H 1 +1.60454e+00 2.807e-27 2.807e-27 5.613e-27 Cl 7 +1.59920e+00 2.815e-27 2.815e-27 5.631e-27 He 1 +1.59388e+00 2.824e-27 2.824e-27 5.648e-27 He 1 +1.58857e+00 2.833e-27 2.833e-27 5.665e-27 H 1 +1.58329e+00 2.841e-27 2.841e-27 5.683e-27 He 1 +1.57802e+00 2.850e-27 2.850e-27 5.700e-27 He 1 +1.57277e+00 2.859e-27 2.859e-27 5.718e-27 He 2 +1.56753e+00 2.868e-27 2.868e-27 5.736e-27 H 1 +1.56232e+00 2.877e-27 2.877e-27 5.753e-27 He 1 +1.55712e+00 2.886e-27 2.886e-27 5.771e-27 H 1 +1.55194e+00 2.894e-27 2.894e-27 5.789e-27 C 5 +1.54677e+00 2.903e-27 2.903e-27 5.807e-27 He 1 +1.54163e+00 2.912e-27 2.912e-27 5.825e-27 H 1 +1.53650e+00 2.921e-27 2.921e-27 5.843e-27 H 1 +1.53139e+00 2.930e-27 2.930e-27 5.861e-27 He 1 +1.52629e+00 2.939e-27 2.939e-27 5.879e-27 H 1 +1.52121e+00 2.948e-27 2.948e-27 5.897e-27 H 1 +1.51615e+00 2.957e-27 2.957e-27 5.915e-27 He 1 +1.51110e+00 2.967e-27 2.967e-27 5.933e-27 H 1 +1.50608e+00 2.976e-27 2.976e-27 5.951e-27 H 1 +1.50107e+00 2.985e-27 2.985e-27 5.970e-27 H 1 +1.49607e+00 2.994e-27 2.994e-27 5.988e-27 H 1 +1.49109e+00 3.003e-27 3.003e-27 6.007e-27 He 1 +1.48613e+00 3.013e-27 3.013e-27 6.025e-27 He 2 +1.48119e+00 3.022e-27 3.022e-27 6.044e-27 He 1 +1.47626e+00 3.031e-27 3.031e-27 6.062e-27 He 2 +1.47135e+00 3.041e-27 3.041e-27 6.081e-27 He 1 +1.46645e+00 3.050e-27 3.050e-27 6.100e-27 He 1 He 1 +1.46157e+00 3.059e-27 3.059e-27 6.119e-27 He 1 +1.45671e+00 3.069e-27 3.069e-27 6.137e-27 H 1 H 1 +1.45186e+00 3.078e-27 3.078e-27 6.156e-27 He 1 +1.44703e+00 3.088e-27 3.088e-27 6.175e-27 He 1 +1.44221e+00 3.097e-27 3.097e-27 6.194e-27 He 1 +1.43742e+00 3.107e-27 3.107e-27 6.213e-27 C 3 +1.43263e+00 3.116e-27 3.116e-27 6.233e-27 He 1 +1.42787e+00 3.126e-27 3.126e-27 6.252e-27 He 2 +1.42311e+00 3.136e-27 3.136e-27 6.271e-27 He 1 +1.41838e+00 3.145e-27 3.145e-27 6.290e-27 Fe 2 +1.41366e+00 3.155e-27 3.155e-27 6.310e-27 He 1 +1.40896e+00 3.165e-27 3.165e-27 6.329e-27 He 1 He 1 +1.40427e+00 3.174e-27 3.174e-27 6.349e-27 He 1 +1.39959e+00 3.184e-27 3.184e-27 6.368e-27 He 1 +1.39494e+00 3.194e-27 3.194e-27 6.388e-27 He 1 +1.39030e+00 3.204e-27 3.204e-27 6.408e-27 He 1 +1.38567e+00 3.214e-27 3.214e-27 6.427e-27 He 1 +1.38106e+00 3.224e-27 3.224e-27 6.447e-27 He 2 +1.37646e+00 3.234e-27 3.234e-27 6.467e-27 C 1 +1.37188e+00 3.243e-27 3.243e-27 6.487e-27 Li 3 +1.36732e+00 3.253e-27 3.253e-27 6.507e-27 N 6 +1.36277e+00 3.263e-27 3.263e-27 6.527e-27 Ar 1 +1.35823e+00 3.274e-27 3.274e-27 6.547e-27 He 1 He 1 +1.35372e+00 3.284e-27 3.284e-27 6.567e-27 Ar 1 +1.34921e+00 3.294e-27 3.294e-27 6.587e-27 Ar 1 +1.34472e+00 3.304e-27 3.304e-27 6.608e-27 He 2 +1.34025e+00 3.314e-27 3.314e-27 6.628e-27 He 1 +1.33579e+00 3.324e-27 3.324e-27 6.649e-27 Ar 1 +1.33134e+00 3.335e-27 3.335e-27 6.669e-27 Ar 1 +1.32691e+00 3.345e-27 3.345e-27 6.690e-27 He 1 +1.32250e+00 3.355e-27 3.355e-27 6.710e-27 Ar 1 +1.31810e+00 3.365e-27 3.365e-27 6.731e-27 He 1 +1.31371e+00 3.376e-27 3.376e-27 6.752e-27 He 2 +1.30934e+00 3.386e-27 3.386e-27 6.772e-27 He 1 +1.30498e+00 3.397e-27 3.397e-27 6.793e-27 He 1 +1.30064e+00 3.407e-27 3.407e-27 6.814e-27 He 1 +1.29631e+00 3.418e-27 3.418e-27 6.835e-27 He 1 +1.29200e+00 3.428e-27 3.428e-27 6.856e-27 He 2 +1.28770e+00 3.439e-27 3.439e-27 6.877e-27 He 1 +1.28342e+00 3.450e-27 3.450e-27 6.899e-27 H 1 +1.27915e+00 3.460e-27 3.460e-27 6.920e-27 He 2 +1.27489e+00 3.471e-27 3.471e-27 6.941e-27 He 1 +1.27065e+00 3.481e-27 3.481e-27 6.962e-27 He 2 +1.26642e+00 3.492e-27 3.492e-27 6.984e-27 Ar15 +1.26221e+00 3.503e-27 3.503e-27 7.005e-27 Ar 1 +1.25801e+00 3.513e-27 3.513e-27 7.027e-27 He 2 +1.25382e+00 3.524e-27 3.524e-27 7.049e-27 He 2 +1.24965e+00 3.535e-27 3.535e-27 7.070e-27 He 1 He 1 +1.24549e+00 3.546e-27 3.546e-27 7.092e-27 Ar 1 +1.24135e+00 3.557e-27 3.557e-27 7.114e-27 He 2 +1.23721e+00 3.568e-27 3.568e-27 7.136e-27 Fe 2 +1.23310e+00 3.579e-27 3.579e-27 7.158e-27 Ar 1 +1.22899e+00 3.590e-27 3.590e-27 7.180e-27 He 2 +1.22491e+00 3.601e-27 3.601e-27 7.202e-27 Cl 8 +1.22083e+00 3.612e-27 3.612e-27 7.224e-27 He 2 +1.21677e+00 3.623e-27 3.623e-27 7.246e-27 Fe 7 +1.21272e+00 3.634e-27 3.634e-27 7.269e-27 He 2 +1.20868e+00 3.646e-27 3.646e-27 7.291e-27 S 15 +1.20466e+00 3.657e-27 3.657e-27 7.314e-27 Mg11 +1.20065e+00 3.668e-27 3.668e-27 7.336e-27 Al 6 +1.19666e+00 3.679e-27 3.679e-27 7.359e-27 He 1 +1.19268e+00 3.691e-27 3.691e-27 7.381e-27 O 2 +1.18871e+00 3.702e-27 3.702e-27 7.404e-27 C 1 +1.18475e+00 3.713e-27 3.713e-27 7.427e-27 C 1 +1.18081e+00 3.725e-27 3.725e-27 7.450e-27 Ar15 +1.17688e+00 3.736e-27 3.736e-27 7.473e-27 C 1 +1.17297e+00 3.748e-27 3.748e-27 7.496e-27 Al 6 +1.16906e+00 3.759e-27 3.759e-27 7.519e-27 He 2 +1.16517e+00 3.771e-27 3.771e-27 7.542e-27 Ni25 +1.16130e+00 3.783e-27 3.783e-27 7.565e-27 He 2 +1.15743e+00 3.794e-27 3.794e-27 7.588e-27 C 1 +1.15358e+00 3.806e-27 3.806e-27 7.612e-27 C 3 +1.14974e+00 3.818e-27 3.818e-27 7.635e-27 Ar 1 +1.14592e+00 3.829e-27 3.829e-27 7.659e-27 Ar 1 +1.14210e+00 3.841e-27 3.841e-27 7.682e-27 O 7 +1.13830e+00 3.853e-27 3.853e-27 7.706e-27 Ar 1 +1.13452e+00 3.865e-27 3.865e-27 7.730e-27 Fe24 +1.13074e+00 3.877e-27 3.877e-27 7.753e-27 Cr 5 +1.12698e+00 3.889e-27 3.889e-27 7.777e-27 Al 1 +1.12323e+00 3.901e-27 3.901e-27 7.801e-27 He 1 +1.11949e+00 3.913e-27 3.913e-27 7.825e-27 Ne 9 +1.11577e+00 3.925e-27 3.925e-27 7.849e-27 He 2 He 2 +1.11205e+00 3.937e-27 3.937e-27 7.873e-27 C 5 +1.10835e+00 3.949e-27 3.949e-27 7.898e-27 Ar 1 +1.10466e+00 3.961e-27 3.961e-27 7.922e-27 He 1 +1.10099e+00 3.973e-27 3.973e-27 7.946e-27 He 1 +1.09733e+00 3.985e-27 3.985e-27 7.971e-27 B 1 +1.09367e+00 3.998e-27 3.998e-27 7.996e-27 H 1 +1.09003e+00 4.010e-27 4.010e-27 8.020e-27 He 1 +1.08641e+00 4.022e-27 4.022e-27 8.045e-27 Al 1 +1.08279e+00 4.035e-27 4.035e-27 8.069e-27 TOTL +1.07919e+00 4.047e-27 4.047e-27 8.094e-27 C 6 +1.07560e+00 4.060e-27 4.060e-27 8.119e-27 Al 1 +1.07202e+00 4.072e-27 4.072e-27 8.144e-27 C 1 +1.06845e+00 4.085e-27 4.085e-27 8.169e-27 He 1 +1.06490e+00 4.097e-27 4.097e-27 8.194e-27 Al 6 +1.06135e+00 4.110e-27 4.110e-27 8.220e-27 B 2 +1.05782e+00 4.122e-27 4.122e-27 8.245e-27 N 1 +1.05430e+00 4.135e-27 4.135e-27 8.270e-27 B 4 +1.05080e+00 4.148e-27 4.148e-27 8.296e-27 N 1 +1.04730e+00 4.161e-27 4.161e-27 8.321e-27 S 15 +1.04381e+00 4.173e-27 4.173e-27 8.347e-27 He 2 +1.04034e+00 4.186e-27 4.186e-27 8.372e-27 He 2 +1.03688e+00 4.199e-27 4.199e-27 8.398e-27 C 1 +1.03343e+00 4.212e-27 4.212e-27 8.424e-27 Be 1 +1.02999e+00 4.225e-27 4.225e-27 8.450e-27 He 1 +1.02656e+00 4.238e-27 4.238e-27 8.476e-27 B 2 +1.02315e+00 4.251e-27 4.251e-27 8.502e-27 C 2 +1.01974e+00 4.264e-27 4.264e-27 8.528e-27 Co 2 +1.01635e+00 4.277e-27 4.277e-27 8.554e-27 Fe 2 +1.01297e+00 4.291e-27 4.291e-27 8.582e-27 He 2 +1.00960e+00 4.304e-27 4.304e-27 8.607e-27 Zn29 +1.00624e+00 4.317e-27 4.317e-27 8.634e-27 H 1 +1.00289e+00 4.330e-27 4.330e-27 8.660e-27 He 2 +9.99553e-01 4.343e-27 4.343e-27 8.687e-27 TALL +9.96227e-01 4.357e-27 4.357e-27 8.714e-27 C 3 +9.92912e-01 4.370e-27 4.370e-27 8.740e-27 Fe 7 +9.89608e-01 4.384e-27 4.384e-27 8.767e-27 C 2 +9.86315e-01 4.397e-27 4.397e-27 8.794e-27 Blnd +9.83033e-01 4.411e-27 4.411e-27 8.821e-27 Ar15 +9.79762e-01 4.424e-27 4.424e-27 8.848e-27 Si13 +9.76502e-01 4.438e-27 4.438e-27 8.876e-27 He 2 +9.73253e-01 4.451e-27 4.451e-27 8.903e-27 C 3 +9.70014e-01 4.465e-27 4.465e-27 8.930e-27 C 3 +9.66787e-01 4.479e-27 4.479e-27 8.958e-27 C 1 +9.63570e-01 4.493e-27 4.493e-27 8.985e-27 He 1 +9.60364e-01 4.506e-27 4.506e-27 9.013e-27 He 1 +9.57168e-01 4.520e-27 4.520e-27 9.041e-27 Li 2 +9.53983e-01 4.534e-27 4.534e-27 9.069e-27 H 1 +9.50809e-01 4.548e-27 4.548e-27 9.096e-27 He 1 +9.47645e-01 4.562e-27 4.562e-27 9.124e-27 He 1 +9.44492e-01 4.576e-27 4.576e-27 9.152e-27 B 2 +9.41349e-01 4.590e-27 4.590e-27 9.181e-27 Ar 2 +9.38217e-01 4.604e-27 4.604e-27 9.209e-27 He 2 +9.35095e-01 4.619e-27 4.619e-27 9.237e-27 He 2 +9.31984e-01 4.633e-27 4.633e-27 9.266e-27 S 13 +9.28883e-01 4.647e-27 4.647e-27 9.294e-27 He 1 +9.25792e-01 4.661e-27 4.661e-27 9.323e-27 Be 1 +9.22711e-01 4.676e-27 4.676e-27 9.351e-27 H 1 +9.19641e-01 4.690e-27 4.690e-27 9.380e-27 He 1 +9.16581e-01 4.704e-27 4.704e-27 9.409e-27 Ar 2 +9.13531e-01 4.719e-27 4.719e-27 9.438e-27 Ar 1 +9.10492e-01 4.733e-27 4.733e-27 9.467e-27 He 2 +9.07462e-01 4.748e-27 4.748e-27 9.496e-27 He 1 +9.04442e-01 4.763e-27 4.763e-27 9.525e-27 N 1 +9.01433e-01 4.777e-27 4.777e-27 9.554e-27 H 1 +8.98434e-01 4.792e-27 4.792e-27 9.584e-27 He 1 +8.95444e-01 4.807e-27 4.807e-27 9.613e-27 Mg11 +8.92465e-01 4.821e-27 4.821e-27 9.643e-27 He 2 +8.89495e-01 4.836e-27 4.836e-27 9.672e-27 O 2 +8.86535e-01 4.851e-27 4.851e-27 9.702e-27 H 1 +8.83585e-01 4.866e-27 4.866e-27 9.732e-27 He 1 +8.80645e-01 4.881e-27 4.881e-27 9.762e-27 He 2 +8.77715e-01 4.896e-27 4.896e-27 9.792e-27 He 1 +8.74794e-01 4.911e-27 4.911e-27 9.822e-27 H 1 +8.71884e-01 4.926e-27 4.926e-27 9.852e-27 He 1 +8.68983e-01 4.941e-27 4.941e-27 9.883e-27 He 2 +8.66091e-01 4.956e-27 4.956e-27 9.913e-27 H 1 +8.63209e-01 4.972e-27 4.972e-27 9.943e-27 Fe24 +8.60337e-01 4.987e-27 4.987e-27 9.974e-27 H 1 +8.57474e-01 5.002e-27 5.002e-27 1.000e-26 He 1 +8.54621e-01 5.018e-27 5.018e-27 1.004e-26 H 1 +8.51777e-01 5.033e-27 5.033e-27 1.007e-26 He 1 +8.48943e-01 5.049e-27 5.049e-27 1.010e-26 H 1 +8.46118e-01 5.064e-27 5.064e-27 1.013e-26 H 1 +8.43303e-01 5.080e-27 5.080e-27 1.016e-26 H 1 +8.40497e-01 5.095e-27 5.095e-27 1.019e-26 H 1 +8.37700e-01 5.111e-27 5.111e-27 1.022e-26 H 1 +8.34913e-01 5.127e-27 5.127e-27 1.025e-26 H 1 +8.32135e-01 5.142e-27 5.142e-27 1.028e-26 H 1 +8.29366e-01 5.158e-27 5.158e-27 1.032e-26 He 1 +8.26606e-01 5.174e-27 5.174e-27 1.035e-26 He 1 He 1 +8.23856e-01 5.190e-27 5.190e-27 1.038e-26 He 2 +8.21114e-01 5.206e-27 5.206e-27 1.041e-26 H 1 H 1 +8.18382e-01 5.222e-27 5.222e-27 1.044e-26 He 1 He 1 +8.15659e-01 5.238e-27 5.238e-27 1.048e-26 He 1 +8.12945e-01 5.254e-27 5.254e-27 1.051e-26 He 1 +8.10240e-01 5.270e-27 5.270e-27 1.054e-26 He 1 +8.07544e-01 5.286e-27 5.286e-27 1.057e-26 He 1 +8.04857e-01 5.303e-27 5.303e-27 1.061e-26 He 1 +8.02179e-01 5.319e-27 5.319e-27 1.064e-26 He 1 +7.99510e-01 5.335e-27 5.335e-27 1.067e-26 He 1 +7.96849e-01 5.352e-27 5.352e-27 1.070e-26 He 1 +7.94198e-01 5.368e-27 5.368e-27 1.074e-26 He 1 +7.91555e-01 5.385e-27 5.385e-27 1.077e-26 N 7 +7.88921e-01 5.401e-27 5.401e-27 1.080e-26 He 1 +7.86296e-01 5.418e-27 5.418e-27 1.084e-26 N 4 +7.83680e-01 5.434e-27 5.434e-27 1.087e-26 He 1 He 1 +7.81072e-01 5.451e-27 5.451e-27 1.090e-26 He 1 +7.78473e-01 5.468e-27 5.468e-27 1.094e-26 He 1 +7.75883e-01 5.485e-27 5.485e-27 1.097e-26 He 1 +7.73301e-01 5.501e-27 5.501e-27 1.100e-26 Be 4 +7.70728e-01 5.518e-27 5.518e-27 1.104e-26 C 6 +7.68164e-01 5.535e-27 5.535e-27 1.107e-26 He 1 +7.65608e-01 5.552e-27 5.552e-27 1.110e-26 He 1 +7.63060e-01 5.569e-27 5.569e-27 1.114e-26 C 5 +7.60521e-01 5.587e-27 5.587e-27 1.117e-26 He 1 +7.57991e-01 5.604e-27 5.604e-27 1.121e-26 He 2 +7.55469e-01 5.621e-27 5.621e-27 1.124e-26 He 1 +7.52955e-01 5.638e-27 5.638e-27 1.128e-26 He 1 +7.50449e-01 5.655e-27 5.655e-27 1.131e-26 F 8 +7.47952e-01 5.673e-27 5.673e-27 1.135e-26 He 1 +7.45464e-01 5.690e-27 5.690e-27 1.138e-26 Co26 +7.42983e-01 5.708e-27 5.708e-27 1.142e-26 He 1 He 1 +7.40511e-01 5.725e-27 5.725e-27 1.145e-26 Fe24 +7.38047e-01 5.743e-27 5.743e-27 1.149e-26 Ar 1 +7.35591e-01 5.761e-27 5.761e-27 1.152e-26 V 1 +7.33144e-01 5.778e-27 5.778e-27 1.156e-26 Si13 +7.30704e-01 5.796e-27 5.796e-27 1.159e-26 Ar 1 +7.28273e-01 5.814e-27 5.814e-27 1.163e-26 He 1 +7.25849e-01 5.832e-27 5.832e-27 1.166e-26 Ar 4 +7.23434e-01 5.850e-27 5.850e-27 1.170e-26 Fe24 +7.21027e-01 5.867e-27 5.867e-27 1.173e-26 B 1 +7.18628e-01 5.886e-27 5.886e-27 1.177e-26 He 2 +7.16237e-01 5.904e-27 5.904e-27 1.181e-26 He 1 +7.13853e-01 5.922e-27 5.922e-27 1.184e-26 S 13 +7.11478e-01 5.940e-27 5.940e-27 1.188e-26 Ar 1 +7.09111e-01 5.958e-27 5.958e-27 1.192e-26 Fe24 +7.06751e-01 5.976e-27 5.976e-27 1.195e-26 He 1 +7.04400e-01 5.995e-27 5.995e-27 1.199e-26 B 2 +7.02056e-01 6.013e-27 6.013e-27 1.203e-26 Ar 1 +6.99720e-01 6.032e-27 6.032e-27 1.206e-26 N 6 +6.97391e-01 6.050e-27 6.050e-27 1.210e-26 He 1 +6.95071e-01 6.069e-27 6.069e-27 1.214e-26 Ar 1 +6.92758e-01 6.087e-27 6.087e-27 1.217e-26 He 1 +6.90453e-01 6.106e-27 6.106e-27 1.221e-26 Ar15 +6.88156e-01 6.125e-27 6.125e-27 1.225e-26 He 2 +6.85866e-01 6.144e-27 6.144e-27 1.229e-26 He 1 +6.83584e-01 6.163e-27 6.163e-27 1.233e-26 He 1 +6.81309e-01 6.181e-27 6.181e-27 1.236e-26 He 1 +6.79042e-01 6.200e-27 6.200e-27 1.240e-26 He 1 +6.76783e-01 6.219e-27 6.219e-27 1.244e-26 He 1 +6.74531e-01 6.239e-27 6.239e-27 1.248e-26 He 1 +6.72286e-01 6.258e-27 6.258e-27 1.252e-26 He 1 +6.70049e-01 6.277e-27 6.277e-27 1.255e-26 He 1 +6.67820e-01 6.296e-27 6.296e-27 1.259e-26 He 2 +6.65598e-01 6.316e-27 6.316e-27 1.263e-26 S 13 +6.63383e-01 6.335e-27 6.335e-27 1.267e-26 He 1 He 1 +6.61176e-01 6.354e-27 6.354e-27 1.271e-26 Mg11 +6.58976e-01 6.374e-27 6.374e-27 1.275e-26 C 2 +6.56783e-01 6.400e-27 6.400e-27 1.280e-26 H 1 +6.54597e-01 6.413e-27 6.413e-27 1.283e-26 B 2 +6.52419e-01 6.433e-27 6.433e-27 1.287e-26 He 2 +6.50248e-01 6.452e-27 6.452e-27 1.290e-26 Ni 1 +6.48085e-01 6.472e-27 6.472e-27 1.294e-26 C 5 +6.45928e-01 6.492e-27 6.492e-27 1.298e-26 C 3 +6.43779e-01 6.512e-27 6.512e-27 1.302e-26 Ar 2 +6.41637e-01 6.532e-27 6.532e-27 1.306e-26 He 2 +6.39502e-01 6.552e-27 6.552e-27 1.310e-26 Ne 9 +6.37374e-01 6.572e-27 6.572e-27 1.314e-26 Ca 3 +6.35253e-01 6.592e-27 6.592e-27 1.318e-26 Cl 8 +6.33139e-01 6.613e-27 6.613e-27 1.323e-26 Cl 7 +6.31033e-01 6.633e-27 6.633e-27 1.327e-26 He 2 +6.28933e-01 6.653e-27 6.653e-27 1.331e-26 B 2 +6.26840e-01 6.674e-27 6.674e-27 1.335e-26 Fe 1 +6.24755e-01 6.694e-27 6.694e-27 1.339e-26 Fe23 +6.22676e-01 6.715e-27 6.715e-27 1.343e-26 He 2 +6.20604e-01 6.735e-27 6.735e-27 1.347e-26 Ar 2 +6.18539e-01 6.756e-27 6.756e-27 1.351e-26 Fe25 +6.16481e-01 6.777e-27 6.777e-27 1.355e-26 He 2 +6.14429e-01 6.798e-27 6.798e-27 1.360e-26 Be 3 +6.12385e-01 6.818e-27 6.818e-27 1.364e-26 He 2 +6.10347e-01 6.839e-27 6.839e-27 1.368e-26 Fe24 +6.08316e-01 6.860e-27 6.860e-27 1.372e-26 He 2 +6.06292e-01 6.882e-27 6.882e-27 1.376e-26 O 8 +6.04275e-01 6.902e-27 6.902e-27 1.380e-26 He 2 +6.02264e-01 6.924e-27 6.924e-27 1.385e-26 S 13 +6.00260e-01 6.945e-27 6.945e-27 1.389e-26 He 2 +5.98263e-01 6.966e-27 6.966e-27 1.393e-26 He 2 +5.96272e-01 6.988e-27 6.988e-27 1.398e-26 He 2 +5.94288e-01 7.009e-27 7.009e-27 1.402e-26 He 2 +5.92311e-01 7.031e-27 7.031e-27 1.406e-26 He 2 +5.90340e-01 7.052e-27 7.052e-27 1.410e-26 Co 3 +5.88376e-01 7.074e-27 7.074e-27 1.415e-26 He 1 +5.86418e-01 7.095e-27 7.095e-27 1.419e-26 C 3 +5.84466e-01 7.117e-27 7.117e-27 1.423e-26 Ar 2 +5.82522e-01 7.139e-27 7.139e-27 1.428e-26 C 3 +5.80583e-01 7.161e-27 7.161e-27 1.432e-26 Fe23 +5.78652e-01 7.183e-27 7.183e-27 1.437e-26 B 2 +5.76726e-01 7.205e-27 7.205e-27 1.441e-26 B 1 +5.74807e-01 7.227e-27 7.227e-27 1.445e-26 S 13 +5.72895e-01 7.249e-27 7.249e-27 1.450e-26 F 8 +5.70988e-01 7.271e-27 7.271e-27 1.454e-26 Fe23 +5.69088e-01 7.294e-27 7.294e-27 1.459e-26 He 2 He 2 +5.67195e-01 7.316e-27 7.316e-27 1.463e-26 N 7 +5.65307e-01 7.339e-27 7.339e-27 1.468e-26 Ar 2 +5.63426e-01 7.361e-27 7.361e-27 1.472e-26 B 1 +5.61552e-01 7.384e-27 7.384e-27 1.477e-26 Fe 2 +5.59683e-01 7.406e-27 7.406e-27 1.481e-26 Blnd +5.57821e-01 7.429e-27 7.429e-27 1.486e-26 Ca 1 +5.55965e-01 7.452e-27 7.452e-27 1.490e-26 Al11 +5.54115e-01 7.475e-27 7.475e-27 1.495e-26 C 2 +5.52271e-01 7.498e-27 7.498e-27 1.500e-26 Ca 1 +5.50433e-01 7.521e-27 7.521e-27 1.504e-26 Co 8 +5.48602e-01 7.544e-27 7.544e-27 1.509e-26 TOTL +5.46776e-01 7.567e-27 7.567e-27 1.513e-26 Ca 6 +5.44957e-01 7.590e-27 7.590e-27 1.518e-26 S 13 +5.43144e-01 7.613e-27 7.613e-27 1.523e-26 Cl 8 +5.41336e-01 7.637e-27 7.637e-27 1.527e-26 He 2 +5.39535e-01 7.660e-27 7.660e-27 1.532e-26 Cl 8 +5.37740e-01 7.684e-27 7.684e-27 1.537e-26 C 1 +5.35951e-01 7.707e-27 7.707e-27 1.541e-26 Cl 8 +5.34167e-01 7.731e-27 7.731e-27 1.546e-26 Si13 +5.32390e-01 7.754e-27 7.754e-27 1.551e-26 Be 1 +5.30618e-01 7.778e-27 7.778e-27 1.556e-26 S 13 +5.28853e-01 7.802e-27 7.802e-27 1.560e-26 C 6 +5.27093e-01 7.826e-27 7.826e-27 1.565e-26 C 3 +5.25339e-01 7.850e-27 7.850e-27 1.570e-26 Al 3 +5.23591e-01 7.874e-27 7.874e-27 1.575e-26 Fe23 +5.21849e-01 7.898e-27 7.898e-27 1.580e-26 Ar 2 +5.20113e-01 7.922e-27 7.922e-27 1.584e-26 N 4 +5.18382e-01 7.947e-27 7.947e-27 1.589e-26 He 1 +5.16657e-01 7.971e-27 7.971e-27 1.594e-26 Li 3 +5.14938e-01 7.996e-27 7.996e-27 1.599e-26 Ar 2 +5.13225e-01 8.020e-27 8.020e-27 1.604e-26 V 20 +5.11517e-01 8.045e-27 8.045e-27 1.609e-26 C 2 +5.09815e-01 8.069e-27 8.069e-27 1.614e-26 Cl 1 +5.08118e-01 8.094e-27 8.094e-27 1.619e-26 Mg11 +5.06428e-01 8.119e-27 8.119e-27 1.624e-26 Ca17 +5.04743e-01 8.144e-27 8.144e-27 1.629e-26 He 1 +5.03063e-01 8.169e-27 8.169e-27 1.634e-26 Cu28 +5.01389e-01 8.194e-27 8.194e-27 1.639e-26 O3bn +4.99721e-01 8.219e-27 8.219e-27 1.644e-26 N 2 +4.98058e-01 8.244e-27 8.244e-27 1.649e-26 O 5 +4.96401e-01 8.269e-27 8.269e-27 1.654e-26 Li 3 Li 3 +4.94749e-01 8.295e-27 8.295e-27 1.659e-26 C 5 +4.93103e-01 8.320e-27 8.320e-27 1.664e-26 O 5 +4.91462e-01 8.346e-27 8.346e-27 1.669e-26 He 1 +4.89827e-01 8.371e-27 8.371e-27 1.674e-26 Al 3 +4.88197e-01 8.397e-27 8.397e-27 1.679e-26 Ar 2 +4.86573e-01 8.425e-27 8.425e-27 1.685e-26 H 1 +4.84954e-01 8.448e-27 8.448e-27 1.690e-26 Ar 2 +4.83340e-01 8.474e-27 8.474e-27 1.695e-26 P 14 +4.81732e-01 8.500e-27 8.500e-27 1.700e-26 C 1 +4.80129e-01 8.526e-27 8.526e-27 1.705e-26 Ne 9 +4.78531e-01 8.552e-27 8.552e-27 1.710e-26 S 1 +4.76939e-01 8.579e-27 8.579e-27 1.716e-26 Ar 2 +4.75352e-01 8.605e-27 8.605e-27 1.721e-26 N 4 +4.73770e-01 8.631e-27 8.631e-27 1.726e-26 N 4 +4.72194e-01 8.658e-27 8.658e-27 1.732e-26 C 3 +4.70623e-01 8.684e-27 8.684e-27 1.737e-26 He 1 +4.69057e-01 8.714e-27 8.714e-27 1.743e-26 CaBo +4.67496e-01 8.738e-27 8.738e-27 1.748e-26 N 4 +4.65940e-01 8.764e-27 8.764e-27 1.753e-26 Be 4 +4.64390e-01 8.791e-27 8.791e-27 1.758e-26 N 4 +4.62845e-01 8.818e-27 8.818e-27 1.764e-26 K 16 +4.61305e-01 8.845e-27 8.845e-27 1.769e-26 N 4 +4.59770e-01 8.872e-27 8.872e-27 1.774e-26 Ne 9 +4.58240e-01 8.899e-27 8.899e-27 1.780e-26 O 3 +4.56715e-01 8.927e-27 8.927e-27 1.785e-26 Al12 +4.55195e-01 8.954e-27 8.954e-27 1.791e-26 N 2 +4.53681e-01 8.982e-27 8.982e-27 1.796e-26 He 2 +4.52171e-01 9.009e-27 9.009e-27 1.802e-26 C 5 +4.50667e-01 9.037e-27 9.037e-27 1.807e-26 N 6 +4.49167e-01 9.064e-27 9.064e-27 1.813e-26 C 6 +4.47672e-01 9.092e-27 9.092e-27 1.818e-26 He 1 +4.46183e-01 9.120e-27 9.120e-27 1.824e-26 O 5 +4.44698e-01 9.148e-27 9.148e-27 1.830e-26 Si12 +4.43218e-01 9.176e-27 9.176e-27 1.835e-26 He 1 +4.41744e-01 9.204e-27 9.204e-27 1.841e-26 Fe24 +4.40274e-01 9.232e-27 9.232e-27 1.846e-26 C 1 +4.38809e-01 9.260e-27 9.260e-27 1.852e-26 He 1 +4.37349e-01 9.289e-27 9.289e-27 1.858e-26 C 3 +4.35893e-01 9.317e-27 9.317e-27 1.863e-26 Blnd +4.34443e-01 9.347e-27 9.347e-27 1.869e-26 H 1 +4.32998e-01 9.374e-27 9.374e-27 1.875e-26 Li 2 +4.31557e-01 9.403e-27 9.403e-27 1.881e-26 C 2 +4.30121e-01 9.432e-27 9.432e-27 1.886e-26 C 3 +4.28690e-01 9.461e-27 9.461e-27 1.892e-26 N 4 +4.27263e-01 9.490e-27 9.490e-27 1.898e-26 He 1 +4.25841e-01 9.519e-27 9.519e-27 1.904e-26 Fe24 +4.24425e-01 9.548e-27 9.548e-27 1.910e-26 N 2 +4.23012e-01 9.577e-27 9.577e-27 1.915e-26 Zn29 +4.21605e-01 9.607e-27 9.607e-27 1.921e-26 Cl 6 +4.20202e-01 9.636e-27 9.636e-27 1.927e-26 He 2 +4.18804e-01 9.666e-27 9.666e-27 1.933e-26 C 3 +4.17410e-01 9.695e-27 9.695e-27 1.939e-26 He 1 +4.16021e-01 9.725e-27 9.725e-27 1.945e-26 Zn29 +4.14637e-01 9.755e-27 9.755e-27 1.951e-26 He 1 +4.13257e-01 9.784e-27 9.784e-27 1.957e-26 Ar 2 +4.11882e-01 9.814e-27 9.814e-27 1.963e-26 He 1 +4.10512e-01 9.845e-27 9.845e-27 1.969e-26 H 1 +4.09146e-01 9.875e-27 9.875e-27 1.975e-26 O 2 +4.07784e-01 9.905e-27 9.905e-27 1.981e-26 N 4 +4.06427e-01 9.935e-27 9.935e-27 1.987e-26 C 3 +4.05075e-01 9.966e-27 9.966e-27 1.993e-26 He 1 +4.03727e-01 9.996e-27 9.996e-27 1.999e-26 O 4 +4.02384e-01 1.003e-26 1.003e-26 2.005e-26 He 2 +4.01045e-01 1.006e-26 1.006e-26 2.011e-26 He 1 +3.99711e-01 1.009e-26 1.009e-26 2.018e-26 Cl16 +3.98381e-01 1.012e-26 1.012e-26 2.024e-26 Al 3 +3.97055e-01 1.015e-26 1.015e-26 2.030e-26 H 1 +3.95734e-01 1.018e-26 1.018e-26 2.036e-26 Al 1 +3.94417e-01 1.021e-26 1.021e-26 2.042e-26 Al 1 +3.93105e-01 1.024e-26 1.024e-26 2.049e-26 He 1 +3.91797e-01 1.027e-26 1.027e-26 2.055e-26 He 2 +3.90493e-01 1.031e-26 1.031e-26 2.061e-26 Ar16 +3.89194e-01 1.034e-26 1.034e-26 2.068e-26 H 1 +3.87899e-01 1.037e-26 1.037e-26 2.074e-26 Ne10 +3.86608e-01 1.040e-26 1.040e-26 2.080e-26 He 1 +3.85321e-01 1.043e-26 1.043e-26 2.087e-26 He 2 +3.84039e-01 1.047e-26 1.047e-26 2.093e-26 H 1 +3.82762e-01 1.050e-26 1.050e-26 2.099e-26 He 2 +3.81488e-01 1.053e-26 1.053e-26 2.106e-26 He 2 +3.80219e-01 1.056e-26 1.056e-26 2.112e-26 H 1 +3.78953e-01 1.059e-26 1.059e-26 2.119e-26 He 1 +3.77692e-01 1.063e-26 1.063e-26 2.125e-26 He 2 +3.76436e-01 1.066e-26 1.066e-26 2.132e-26 H 1 +3.75183e-01 1.069e-26 1.069e-26 2.138e-26 H 1 +3.73935e-01 1.072e-26 1.072e-26 2.145e-26 He 2 +3.72691e-01 1.076e-26 1.076e-26 2.151e-26 H 1 +3.71450e-01 1.079e-26 1.079e-26 2.158e-26 H 1 +3.70214e-01 1.082e-26 1.082e-26 2.165e-26 H 1 +3.68983e-01 1.086e-26 1.086e-26 2.171e-26 H 1 +3.67755e-01 1.089e-26 1.089e-26 2.178e-26 H 1 He 1 +3.66531e-01 1.092e-26 1.092e-26 2.185e-26 H 1 +3.65312e-01 1.096e-26 1.096e-26 2.191e-26 Ti 2 +3.64096e-01 1.099e-26 1.099e-26 2.198e-26 Bcon H 1 +3.62885e-01 1.102e-26 1.102e-26 2.205e-26 He 1 +3.61677e-01 1.106e-26 1.106e-26 2.211e-26 He 1 +3.60474e-01 1.109e-26 1.109e-26 2.218e-26 C 3 +3.59275e-01 1.112e-26 1.112e-26 2.225e-26 He 1 +3.58080e-01 1.116e-26 1.116e-26 2.232e-26 Fe24 +3.56888e-01 1.119e-26 1.119e-26 2.239e-26 B 3 +3.55701e-01 1.123e-26 1.123e-26 2.245e-26 He 1 +3.54518e-01 1.126e-26 1.126e-26 2.252e-26 O 4 +3.53338e-01 1.130e-26 1.130e-26 2.259e-26 He 1 +3.52163e-01 1.133e-26 1.133e-26 2.266e-26 C 5 +3.50991e-01 1.136e-26 1.136e-26 2.273e-26 He 1 +3.49823e-01 1.140e-26 1.140e-26 2.280e-26 C 5 +3.48660e-01 1.143e-26 1.143e-26 2.287e-26 He 1 +3.47500e-01 1.147e-26 1.147e-26 2.294e-26 He 1 +3.46343e-01 1.150e-26 1.150e-26 2.301e-26 He 1 +3.45191e-01 1.154e-26 1.154e-26 2.308e-26 He 1 +3.44043e-01 1.158e-26 1.158e-26 2.315e-26 He 1 +3.42898e-01 1.161e-26 1.161e-26 2.322e-26 C 6 +3.41757e-01 1.165e-26 1.165e-26 2.329e-26 He 1 He 1 +3.40620e-01 1.168e-26 1.168e-26 2.336e-26 S 15 +3.39487e-01 1.172e-26 1.172e-26 2.343e-26 S 13 +3.38358e-01 1.175e-26 1.175e-26 2.351e-26 C 3 +3.37232e-01 1.179e-26 1.179e-26 2.358e-26 Ca 3 +3.36110e-01 1.183e-26 1.183e-26 2.365e-26 He 1 +3.34992e-01 1.186e-26 1.186e-26 2.372e-26 He 1 +3.33877e-01 1.190e-26 1.190e-26 2.380e-26 Al12 +3.32767e-01 1.193e-26 1.193e-26 2.387e-26 O 3 +3.31660e-01 1.197e-26 1.197e-26 2.394e-26 Ar 3 +3.30556e-01 1.201e-26 1.201e-26 2.401e-26 N 7 +3.29456e-01 1.204e-26 1.204e-26 2.409e-26 He 1 +3.28360e-01 1.208e-26 1.208e-26 2.416e-26 Al 3 +3.27268e-01 1.212e-26 1.212e-26 2.424e-26 Be 2 +3.26179e-01 1.215e-26 1.215e-26 2.431e-26 He 1 +3.25094e-01 1.219e-26 1.219e-26 2.438e-26 Cl 6 +3.24012e-01 1.223e-26 1.223e-26 2.446e-26 O 5 +3.22934e-01 1.227e-26 1.227e-26 2.453e-26 He 1 +3.21860e-01 1.230e-26 1.230e-26 2.461e-26 Fe23 +3.20789e-01 1.234e-26 1.234e-26 2.469e-26 He 2 +3.19722e-01 1.238e-26 1.238e-26 2.476e-26 He 1 +3.18658e-01 1.242e-26 1.242e-26 2.483e-26 He 1 +3.17598e-01 1.246e-26 1.246e-26 2.491e-26 He 1 +3.16542e-01 1.249e-26 1.249e-26 2.499e-26 He 1 +3.15489e-01 1.253e-26 1.253e-26 2.506e-26 He 1 +3.14439e-01 1.257e-26 1.257e-26 2.514e-26 He 1 +3.13393e-01 1.261e-26 1.261e-26 2.522e-26 C 6 +3.12350e-01 1.265e-26 1.265e-26 2.529e-26 He 1 He 1 +3.11311e-01 1.269e-26 1.269e-26 2.537e-26 Ar 3 +3.10275e-01 1.272e-26 1.272e-26 2.545e-26 Cl16 +3.09243e-01 1.276e-26 1.276e-26 2.553e-26 Ar17 +3.08214e-01 1.280e-26 1.280e-26 2.560e-26 O 5 +3.07189e-01 1.284e-26 1.284e-26 2.568e-26 Al 6 +3.06167e-01 1.288e-26 1.288e-26 2.576e-26 Fe25 +3.05148e-01 1.292e-26 1.292e-26 2.584e-26 Ar15 +3.04133e-01 1.296e-26 1.296e-26 2.592e-26 C 5 +3.03121e-01 1.300e-26 1.300e-26 2.600e-26 Si13 +3.02113e-01 1.304e-26 1.304e-26 2.608e-26 O 5 +3.01108e-01 1.308e-26 1.308e-26 2.616e-26 O 2 +3.00106e-01 1.312e-26 1.312e-26 2.624e-26 C 5 +2.99108e-01 1.316e-26 1.316e-26 2.632e-26 Ar16 +2.98112e-01 1.320e-26 1.320e-26 2.640e-26 B 5 +2.97121e-01 1.324e-26 1.324e-26 2.648e-26 O 8 +2.96132e-01 1.328e-26 1.328e-26 2.656e-26 Al 6 +2.95147e-01 1.332e-26 1.332e-26 2.664e-26 C 5 C 5 +2.94165e-01 1.336e-26 1.336e-26 2.672e-26 He 1 +2.93186e-01 1.340e-26 1.340e-26 2.680e-26 He 1 +2.92211e-01 1.344e-26 1.344e-26 2.689e-26 S 13 +2.91239e-01 1.348e-26 1.348e-26 2.697e-26 Li 3 +2.90270e-01 1.352e-26 1.352e-26 2.705e-26 Be 4 +2.89304e-01 1.357e-26 1.357e-26 2.713e-26 C 5 +2.88342e-01 1.361e-26 1.361e-26 2.722e-26 Zn29 +2.87382e-01 1.365e-26 1.365e-26 2.730e-26 Zn29 +2.86426e-01 1.369e-26 1.369e-26 2.738e-26 C 5 +2.85473e-01 1.373e-26 1.373e-26 2.747e-26 Fe24 K 1 +2.84524e-01 1.377e-26 1.377e-26 2.755e-26 F 1 +2.83577e-01 1.382e-26 1.382e-26 2.763e-26 C 2 +2.82634e-01 1.386e-26 1.386e-26 2.772e-26 He 1 +2.81693e-01 1.390e-26 1.390e-26 2.780e-26 Ar17 +2.80756e-01 1.394e-26 1.394e-26 2.789e-26 Co24 +2.79822e-01 1.399e-26 1.399e-26 2.797e-26 Ca19 +2.78891e-01 1.403e-26 1.403e-26 2.806e-26 Be 4 Be 4 +2.77963e-01 1.407e-26 1.407e-26 2.814e-26 Ne10 +2.77039e-01 1.411e-26 1.411e-26 2.823e-26 P 14 +2.76117e-01 1.416e-26 1.416e-26 2.832e-26 He 1 +2.75198e-01 1.420e-26 1.420e-26 2.840e-26 S 13 +2.74283e-01 1.424e-26 1.424e-26 2.849e-26 C 2 +2.73370e-01 1.429e-26 1.429e-26 2.858e-26 He 2 +2.72461e-01 1.433e-26 1.433e-26 2.866e-26 He 1 +2.71554e-01 1.438e-26 1.438e-26 2.875e-26 V 20 +2.70651e-01 1.442e-26 1.442e-26 2.884e-26 C 5 +2.69750e-01 1.446e-26 1.446e-26 2.893e-26 Fe25 +2.68853e-01 1.451e-26 1.451e-26 2.902e-26 Mg12 +2.67959e-01 1.455e-26 1.455e-26 2.910e-26 He 1 +2.67067e-01 1.460e-26 1.460e-26 2.919e-26 B 2 +2.66179e-01 1.464e-26 1.464e-26 2.928e-26 He 1 +2.65293e-01 1.469e-26 1.469e-26 2.937e-26 He 1 +2.64410e-01 1.473e-26 1.473e-26 2.946e-26 He 1 +2.63531e-01 1.478e-26 1.478e-26 2.955e-26 He 1 +2.62654e-01 1.482e-26 1.482e-26 2.964e-26 He 1 +2.61780e-01 1.487e-26 1.487e-26 2.973e-26 He 1 +2.60909e-01 1.491e-26 1.491e-26 2.982e-26 He 1 +2.60041e-01 1.496e-26 1.496e-26 2.991e-26 He 1 He 1 +2.59176e-01 1.500e-26 1.500e-26 3.000e-26 Ca17 +2.58314e-01 1.505e-26 1.505e-26 3.010e-26 C 1 +2.57454e-01 1.509e-26 1.509e-26 3.019e-26 N 4 +2.56598e-01 1.514e-26 1.514e-26 3.028e-26 Fe24 +2.55744e-01 1.519e-26 1.519e-26 3.037e-26 K 18 +2.54893e-01 1.523e-26 1.523e-26 3.047e-26 Sc20 +2.54045e-01 1.528e-26 1.528e-26 3.056e-26 Ca 1 +2.53200e-01 1.533e-26 1.533e-26 3.065e-26 C 6 Li 3 +2.52358e-01 1.537e-26 1.537e-26 3.075e-26 N 7 +2.51518e-01 1.542e-26 1.542e-26 3.084e-26 He 2 +2.50681e-01 1.547e-26 1.547e-26 3.093e-26 Fe24 +2.49847e-01 1.551e-26 1.551e-26 3.103e-26 Ni25 +2.49016e-01 1.556e-26 1.556e-26 3.112e-26 S 13 +2.48188e-01 1.561e-26 1.561e-26 3.122e-26 Zn29 +2.47362e-01 1.566e-26 1.566e-26 3.131e-26 Ca 3 +2.46539e-01 1.570e-26 1.570e-26 3.141e-26 S 13 +2.45719e-01 1.575e-26 1.575e-26 3.150e-26 N 4 +2.44901e-01 1.580e-26 1.580e-26 3.160e-26 O 7 +2.44087e-01 1.585e-26 1.585e-26 3.170e-26 Be 3 +2.43275e-01 1.590e-26 1.590e-26 3.179e-26 C 6 +2.42465e-01 1.595e-26 1.595e-26 3.189e-26 Ti 1 +2.41659e-01 1.599e-26 1.599e-26 3.199e-26 Ar16 Na 1 +2.40855e-01 1.604e-26 1.604e-26 3.209e-26 Ca 3 +2.40053e-01 1.609e-26 1.609e-26 3.218e-26 Li 3 +2.39255e-01 1.614e-26 1.614e-26 3.228e-26 B 2 +2.38459e-01 1.619e-26 1.619e-26 3.238e-26 He 2 +2.37665e-01 1.624e-26 1.624e-26 3.248e-26 S 13 +2.36875e-01 1.629e-26 1.629e-26 3.258e-26 Al 1 +2.36087e-01 1.634e-26 1.634e-26 3.268e-26 C 5 +2.35301e-01 1.639e-26 1.639e-26 3.278e-26 Ne 9 +2.34518e-01 1.644e-26 1.644e-26 3.288e-26 Ti19 +2.33738e-01 1.649e-26 1.649e-26 3.298e-26 Al 6 +2.32961e-01 1.654e-26 1.654e-26 3.308e-26 C 5 C 5 +2.32186e-01 1.659e-26 1.659e-26 3.318e-26 N 4 +2.31413e-01 1.664e-26 1.664e-26 3.328e-26 Al 6 +2.30643e-01 1.669e-26 1.669e-26 3.338e-26 He 2 +2.29876e-01 1.674e-26 1.674e-26 3.348e-26 Si13 Li 1 +2.29111e-01 1.679e-26 1.679e-26 3.359e-26 Fe23 +2.28349e-01 1.684e-26 1.684e-26 3.369e-26 Mg10 +2.27589e-01 1.690e-26 1.690e-26 3.379e-26 TOTL +2.26832e-01 1.695e-26 1.695e-26 3.389e-26 C 5 +2.26077e-01 1.700e-26 1.700e-26 3.400e-26 Al 1 +2.25325e-01 1.705e-26 1.705e-26 3.410e-26 He 2 +2.24576e-01 1.710e-26 1.710e-26 3.421e-26 Fe23 +2.23828e-01 1.716e-26 1.716e-26 3.431e-26 N 4 +2.23084e-01 1.721e-26 1.721e-26 3.441e-26 N 2 +2.22342e-01 1.726e-26 1.726e-26 3.452e-26 Fe23 +2.21602e-01 1.731e-26 1.731e-26 3.463e-26 He 2 +2.20865e-01 1.737e-26 1.737e-26 3.473e-26 Al 1 +2.20130e-01 1.742e-26 1.742e-26 3.484e-26 Zn29 +2.19397e-01 1.747e-26 1.747e-26 3.494e-26 Ca17 +2.18668e-01 1.752e-26 1.752e-26 3.505e-26 He 2 +2.17940e-01 1.758e-26 1.758e-26 3.516e-26 Be 1 +2.17215e-01 1.763e-26 1.763e-26 3.526e-26 Al 1 +2.16492e-01 1.769e-26 1.769e-26 3.537e-26 He 2 +2.15772e-01 1.774e-26 1.774e-26 3.548e-26 N 4 +2.15054e-01 1.779e-26 1.779e-26 3.559e-26 He 2 +2.14339e-01 1.785e-26 1.785e-26 3.570e-26 N 6 +2.13626e-01 1.790e-26 1.790e-26 3.580e-26 He 2 +2.12915e-01 1.796e-26 1.796e-26 3.591e-26 Be 3 +2.12207e-01 1.801e-26 1.801e-26 3.602e-26 He 2 +2.11501e-01 1.807e-26 1.807e-26 3.613e-26 He 2 +2.10797e-01 1.812e-26 1.812e-26 3.624e-26 He 2 +2.10096e-01 1.818e-26 1.818e-26 3.635e-26 He 2 +2.09397e-01 1.823e-26 1.823e-26 3.646e-26 He 2 +2.08700e-01 1.829e-26 1.829e-26 3.658e-26 He 2 +2.08006e-01 1.834e-26 1.834e-26 3.669e-26 He 2 +2.07314e-01 1.840e-26 1.840e-26 3.680e-26 N 6 Al 1 +2.06624e-01 1.846e-26 1.846e-26 3.691e-26 C 6 +2.05937e-01 1.851e-26 1.851e-26 3.702e-26 Fe23 +2.05251e-01 1.857e-26 1.857e-26 3.714e-26 He 2 He 2 +2.04569e-01 1.863e-26 1.863e-26 3.725e-26 C 6 +2.03888e-01 1.868e-26 1.868e-26 3.736e-26 C 3 +2.03210e-01 1.874e-26 1.874e-26 3.748e-26 C 2 +2.02534e-01 1.880e-26 1.880e-26 3.759e-26 Si 1 Ca 1 +2.01860e-01 1.885e-26 1.885e-26 3.771e-26 C 3 +2.01188e-01 1.891e-26 1.891e-26 3.782e-26 N 6 +2.00519e-01 1.897e-26 1.897e-26 3.794e-26 Fe24 +1.99852e-01 1.903e-26 1.903e-26 3.805e-26 Ne 9 +1.99187e-01 1.908e-26 1.908e-26 3.817e-26 S 13 +1.98524e-01 1.914e-26 1.914e-26 3.828e-26 Zn29 +1.97864e-01 1.920e-26 1.920e-26 3.840e-26 Si14 Li 2 +1.97206e-01 1.926e-26 1.926e-26 3.852e-26 K 18 +1.96549e-01 1.932e-26 1.932e-26 3.864e-26 S 13 +1.95896e-01 1.938e-26 1.938e-26 3.875e-26 Be 3 +1.95244e-01 1.944e-26 1.944e-26 3.887e-26 Li 2 Li 2 +1.94594e-01 1.950e-26 1.950e-26 3.899e-26 S 13 +1.93947e-01 1.955e-26 1.955e-26 3.911e-26 S 13 +1.93302e-01 1.961e-26 1.961e-26 3.923e-26 O 8 +1.92659e-01 1.967e-26 1.967e-26 3.935e-26 Mg12 +1.92018e-01 1.973e-26 1.973e-26 3.947e-26 Mn24 +1.91379e-01 1.979e-26 1.979e-26 3.959e-26 Ar 3 +1.90742e-01 1.985e-26 1.985e-26 3.971e-26 TOTL +1.90107e-01 1.992e-26 1.992e-26 3.983e-26 Ne10 +1.89475e-01 1.998e-26 1.998e-26 3.995e-26 N 6 +1.88845e-01 2.004e-26 2.004e-26 4.007e-26 Ni25 +1.88216e-01 2.010e-26 2.010e-26 4.019e-26 C 5 +1.87590e-01 2.016e-26 2.016e-26 4.032e-26 S 13 +1.86966e-01 2.022e-26 2.022e-26 4.044e-26 C 5 +1.86344e-01 2.028e-26 2.028e-26 4.056e-26 Al 3 +1.85724e-01 2.034e-26 2.034e-26 4.069e-26 N 7 N 7 +1.85106e-01 2.041e-26 2.041e-26 4.081e-26 Fe23 +1.84490e-01 2.047e-26 2.047e-26 4.094e-26 O 5 +1.83877e-01 2.053e-26 2.053e-26 4.106e-26 Fe23 V 1 +1.83265e-01 2.059e-26 2.059e-26 4.119e-26 Ca17 Cr 1 +1.82655e-01 2.066e-26 2.066e-26 4.131e-26 C 5 +1.82048e-01 2.072e-26 2.072e-26 4.144e-26 Ca19 Ti 1 +1.81442e-01 2.078e-26 2.078e-26 4.156e-26 Fe23 H2+ +1.80838e-01 2.084e-26 2.084e-26 4.169e-26 Li 2 Li 2 +1.80237e-01 2.091e-26 2.091e-26 4.182e-26 Fe24 +1.79637e-01 2.097e-26 2.097e-26 4.194e-26 Fe22 +1.79039e-01 2.104e-26 2.104e-26 4.207e-26 S 13 +1.78444e-01 2.110e-26 2.110e-26 4.220e-26 N 7 B 5 +1.77850e-01 2.116e-26 2.116e-26 4.233e-26 Fe23 +1.77258e-01 2.123e-26 2.123e-26 4.246e-26 B 4 +1.76669e-01 2.129e-26 2.129e-26 4.259e-26 O 8 +1.76081e-01 2.136e-26 2.136e-26 4.272e-26 C 2 +1.75495e-01 2.142e-26 2.142e-26 4.285e-26 V 22 +1.74911e-01 2.149e-26 2.149e-26 4.298e-26 Fe25 +1.74329e-01 2.155e-26 2.155e-26 4.311e-26 N 2 +1.73749e-01 2.162e-26 2.162e-26 4.324e-26 Cl 8 +1.73171e-01 2.169e-26 2.169e-26 4.337e-26 C 1 +1.72595e-01 2.175e-26 2.175e-26 4.350e-26 S 15 +1.72021e-01 2.182e-26 2.182e-26 4.364e-26 N 4 +1.71449e-01 2.188e-26 2.188e-26 4.377e-26 Be 3 +1.70878e-01 2.195e-26 2.195e-26 4.390e-26 O 5 +1.70310e-01 2.202e-26 2.202e-26 4.404e-26 S 13 +1.69743e-01 2.208e-26 2.208e-26 4.417e-26 N 4 +1.69178e-01 2.215e-26 2.215e-26 4.430e-26 Ti19 +1.68616e-01 2.222e-26 2.222e-26 4.444e-26 C 5 Sc 1 +1.68055e-01 2.229e-26 2.229e-26 4.457e-26 Sc20 +1.67495e-01 2.235e-26 2.235e-26 4.471e-26 N 2 +1.66938e-01 2.242e-26 2.242e-26 4.485e-26 Li 2 Mn 1 +1.66383e-01 2.249e-26 2.249e-26 4.498e-26 B 1 +1.65829e-01 2.256e-26 2.256e-26 4.512e-26 O 5 +1.65278e-01 2.263e-26 2.263e-26 4.526e-26 C 5 +1.64728e-01 2.270e-26 2.270e-26 4.539e-26 Na10 +1.64180e-01 2.280e-26 2.280e-26 4.561e-26 CaBo +1.63633e-01 2.284e-26 2.284e-26 4.567e-26 TOTL +1.63089e-01 2.291e-26 2.291e-26 4.581e-26 Ar15 +1.62547e-01 2.297e-26 2.297e-26 4.595e-26 O 7 Ni 1 +1.62006e-01 2.305e-26 2.305e-26 4.609e-26 C 6 Mg 1 +1.61467e-01 2.311e-26 2.311e-26 4.623e-26 C 5 +1.60930e-01 2.319e-26 2.319e-26 4.637e-26 C 5 +1.60394e-01 2.326e-26 2.326e-26 4.651e-26 S 13 Cu 1 +1.59861e-01 2.333e-26 2.333e-26 4.665e-26 C 5 +1.59329e-01 2.340e-26 2.340e-26 4.680e-26 Co26 +1.58799e-01 2.347e-26 2.347e-26 4.694e-26 Cr23 +1.58270e-01 2.354e-26 2.354e-26 4.708e-26 Fe23 +1.57744e-01 2.361e-26 2.361e-26 4.722e-26 C 5 Co 1 +1.57219e-01 2.368e-26 2.368e-26 4.737e-26 Mg11 +1.56696e-01 2.376e-26 2.376e-26 4.751e-26 Cr21 Fe 1 +1.56175e-01 2.383e-26 2.383e-26 4.766e-26 Fe24 +1.55655e-01 2.390e-26 2.390e-26 4.780e-26 O 7 +1.55137e-01 2.397e-26 2.397e-26 4.795e-26 O 7 +1.54621e-01 2.405e-26 2.405e-26 4.809e-26 Fe23 Sc 1 +1.54107e-01 2.412e-26 2.412e-26 4.824e-26 O 7 +1.53594e-01 2.419e-26 2.419e-26 4.839e-26 C 5 +1.53083e-01 2.427e-26 2.427e-26 4.853e-26 N 7 +1.52574e-01 2.434e-26 2.434e-26 4.868e-26 Ne 9 +1.52066e-01 2.441e-26 2.441e-26 4.883e-26 N 7 Si 1 +1.51560e-01 2.449e-26 2.449e-26 4.898e-26 C 3 +1.51056e-01 2.456e-26 2.456e-26 4.913e-26 S 16 +1.50553e-01 2.464e-26 2.464e-26 4.928e-26 N 7 N 7 +1.50053e-01 2.471e-26 2.471e-26 4.943e-26 C 5 +1.49553e-01 2.479e-26 2.479e-26 4.958e-26 N 2 B 1 +1.49056e-01 2.486e-26 2.486e-26 4.973e-26 Ni26 +1.48560e-01 2.494e-26 2.494e-26 4.988e-26 O 7 +1.48066e-01 2.502e-26 2.502e-26 5.003e-26 C 3 +1.47573e-01 2.509e-26 2.509e-26 5.018e-26 O 7 +1.47082e-01 2.517e-26 2.517e-26 5.034e-26 C 5 +1.46593e-01 2.524e-26 2.524e-26 5.049e-26 C 5 +1.46105e-01 2.532e-26 2.532e-26 5.064e-26 Al 4 +1.45619e-01 2.540e-26 2.540e-26 5.080e-26 S 13 +1.45134e-01 2.548e-26 2.548e-26 5.095e-26 Ca 3 +1.44652e-01 2.555e-26 2.555e-26 5.111e-26 Be 3 +1.44170e-01 2.563e-26 2.563e-26 5.126e-26 Al 4 +1.43691e-01 2.571e-26 2.571e-26 5.142e-26 Mn24 +1.43213e-01 2.579e-26 2.579e-26 5.157e-26 V 22 Cr 1 +1.42736e-01 2.586e-26 2.586e-26 5.173e-26 Be 3 +1.42261e-01 2.594e-26 2.594e-26 5.189e-26 O 8 Be 4 +1.41788e-01 2.602e-26 2.602e-26 5.205e-26 F 8 +1.41316e-01 2.610e-26 2.610e-26 5.220e-26 Si14 +1.40846e-01 2.618e-26 2.618e-26 5.236e-26 Ar16 +1.40378e-01 2.626e-26 2.626e-26 5.252e-26 Ni 3 +1.39911e-01 2.634e-26 2.634e-26 5.268e-26 Fe23 +1.39445e-01 2.642e-26 2.642e-26 5.284e-26 Ne 9 +1.38981e-01 2.650e-26 2.650e-26 5.300e-26 Ca17 +1.38519e-01 2.658e-26 2.658e-26 5.316e-26 C 5 +1.38058e-01 2.666e-26 2.666e-26 5.332e-26 Fe23 +1.37599e-01 2.674e-26 2.674e-26 5.349e-26 S 13 +1.37141e-01 2.682e-26 2.682e-26 5.365e-26 Ar15 +1.36685e-01 2.691e-26 2.691e-26 5.381e-26 O 8 +1.36230e-01 2.699e-26 2.699e-26 5.398e-26 Ca18 +1.35777e-01 2.707e-26 2.707e-26 5.414e-26 Al 6 +1.35325e-01 2.715e-26 2.715e-26 5.431e-26 Be 4 +1.34875e-01 2.724e-26 2.724e-26 5.447e-26 Fe23 +1.34426e-01 2.732e-26 2.732e-26 5.464e-26 Ar15 +1.33979e-01 2.740e-26 2.740e-26 5.480e-26 Mg11 +1.33533e-01 2.748e-26 2.748e-26 5.497e-26 C 2 +1.33089e-01 2.757e-26 2.757e-26 5.514e-26 C 5 Be 1 +1.32646e-01 2.765e-26 2.765e-26 5.530e-26 Al12 +1.32205e-01 2.774e-26 2.774e-26 5.547e-26 Mg12 Zn 1 +1.31765e-01 2.782e-26 2.782e-26 5.564e-26 Fe23 +1.31327e-01 2.790e-26 2.790e-26 5.581e-26 C 5 B 5 +1.30890e-01 2.799e-26 2.799e-26 5.598e-26 S 13 +1.30454e-01 2.807e-26 2.807e-26 5.615e-26 Al 4 +1.30020e-01 2.816e-26 2.816e-26 5.632e-26 Fe25 +1.29588e-01 2.825e-26 2.825e-26 5.649e-26 N 6 +1.29157e-01 2.833e-26 2.833e-26 5.666e-26 C 6 +1.28727e-01 2.842e-26 2.842e-26 5.683e-26 Fe24 +1.28299e-01 2.850e-26 2.850e-26 5.701e-26 Al 4 +1.27872e-01 2.859e-26 2.859e-26 5.718e-26 Ne 9 +1.27446e-01 2.868e-26 2.868e-26 5.735e-26 TOTL +1.27022e-01 2.876e-26 2.876e-26 5.753e-26 N 6 +1.26600e-01 2.885e-26 2.885e-26 5.770e-26 Al 4 Ca2x +1.26179e-01 2.894e-26 2.894e-26 5.788e-26 C 5 +1.25759e-01 2.903e-26 2.903e-26 5.805e-26 N 4 +1.25340e-01 2.912e-26 2.912e-26 5.823e-26 Cl 3 +1.24923e-01 2.920e-26 2.920e-26 5.841e-26 Ne 9 Ti 1 +1.24508e-01 2.929e-26 2.929e-26 5.859e-26 Ni25 +1.24094e-01 2.938e-26 2.938e-26 5.876e-26 C 6 C 6 +1.23681e-01 2.947e-26 2.947e-26 5.894e-26 Ne10 +1.23269e-01 2.956e-26 2.956e-26 5.912e-26 N 4 +1.22859e-01 2.965e-26 2.965e-26 5.930e-26 N 4 +1.22450e-01 2.974e-26 2.974e-26 5.948e-26 C 5 +1.22043e-01 2.983e-26 2.983e-26 5.966e-26 C 5 +1.21637e-01 3.008e-26 2.994e-26 6.001e-26 H 1 +1.21232e-01 3.001e-26 3.001e-26 6.002e-26 Fe23 +1.20829e-01 3.010e-26 3.010e-26 6.021e-26 Zn29 +1.20427e-01 3.019e-26 3.019e-26 6.039e-26 N 7 +1.20026e-01 3.029e-26 3.029e-26 6.057e-26 C 5 +1.19627e-01 3.038e-26 3.038e-26 6.076e-26 C 5 S 1 +1.19229e-01 3.047e-26 3.047e-26 6.094e-26 O 7 O 7 +1.18832e-01 3.056e-26 3.056e-26 6.113e-26 N 7 N 7 +1.18437e-01 3.066e-26 3.066e-26 6.131e-26 Fe23 +1.18043e-01 3.075e-26 3.075e-26 6.150e-26 Fe23 P 1 +1.17650e-01 3.084e-26 3.084e-26 6.169e-26 Co26 +1.17259e-01 3.094e-26 3.094e-26 6.187e-26 O 8 +1.16869e-01 3.103e-26 3.103e-26 6.206e-26 B 4 +1.16480e-01 3.113e-26 3.113e-26 6.225e-26 O 8 Cu 1 +1.16092e-01 3.122e-26 3.122e-26 6.244e-26 N 6 +1.15706e-01 3.131e-26 3.131e-26 6.263e-26 Fe23 +1.15321e-01 3.141e-26 3.141e-26 6.282e-26 O 8 O 8 +1.14938e-01 3.150e-26 3.150e-26 6.301e-26 Na10 +1.14555e-01 3.160e-26 3.160e-26 6.320e-26 N 6 +1.14174e-01 3.170e-26 3.170e-26 6.339e-26 TOTL +1.13794e-01 3.179e-26 3.179e-26 6.358e-26 N 6 +1.13416e-01 3.189e-26 3.189e-26 6.378e-26 Fe25 +1.13038e-01 3.199e-26 3.199e-26 6.397e-26 Ne10 +1.12662e-01 3.208e-26 3.208e-26 6.417e-26 Ne 9 Ne 9 +1.12287e-01 3.218e-26 3.218e-26 6.436e-26 C 6 +1.11914e-01 3.228e-26 3.228e-26 6.456e-26 Al 4 +1.11542e-01 3.238e-26 3.238e-26 6.475e-26 Li 3 +1.11170e-01 3.247e-26 3.247e-26 6.495e-26 Na10 +1.10801e-01 3.257e-26 3.257e-26 6.515e-26 N 6 +1.10432e-01 3.267e-26 3.267e-26 6.534e-26 N 6 +1.10065e-01 3.277e-26 3.277e-26 6.554e-26 Fe23 C 1 +1.09698e-01 3.287e-26 3.287e-26 6.574e-26 Li 2 +1.09333e-01 3.297e-26 3.297e-26 6.594e-26 Ca17 Al 1 +1.08970e-01 3.307e-26 3.307e-26 6.614e-26 P 14 +1.08607e-01 3.318e-26 3.318e-26 6.635e-26 He 2 +1.08246e-01 3.327e-26 3.327e-26 6.654e-26 S 16 +1.07886e-01 3.337e-26 3.337e-26 6.674e-26 Fe23 +1.07527e-01 3.347e-26 3.347e-26 6.695e-26 Al 6 +1.07169e-01 3.358e-26 3.358e-26 6.715e-26 Ni25 +1.06813e-01 3.368e-26 3.368e-26 6.735e-26 N 6 +1.06457e-01 3.378e-26 3.378e-26 6.756e-26 V 20 O1ex +1.06103e-01 3.388e-26 3.388e-26 6.776e-26 Ni27 +1.05750e-01 3.398e-26 3.398e-26 6.797e-26 N 6 +1.05398e-01 3.409e-26 3.409e-26 6.818e-26 C 5 +1.05048e-01 3.419e-26 3.419e-26 6.838e-26 C 5 +1.04698e-01 3.430e-26 3.430e-26 6.859e-26 N 7 +1.04350e-01 3.440e-26 3.440e-26 6.880e-26 Mg11 Ca 2 +1.04003e-01 3.450e-26 3.450e-26 6.901e-26 N 6 +1.03657e-01 3.461e-26 3.461e-26 6.922e-26 C 6 +1.03312e-01 3.471e-26 3.471e-26 6.943e-26 TOTL V 1 +1.02968e-01 3.482e-26 3.482e-26 6.964e-26 Cl 7 +1.02625e-01 3.496e-26 3.496e-26 6.992e-26 H 1 +1.02284e-01 3.503e-26 3.503e-26 7.006e-26 Mg11 +1.01944e-01 3.514e-26 3.514e-26 7.027e-26 Na11 N1ex +1.01605e-01 3.524e-26 3.524e-26 7.049e-26 Cl 8 +1.01267e-01 3.535e-26 3.535e-26 7.070e-26 Si 2 +1.00930e-01 3.546e-26 3.546e-26 7.092e-26 Cr 4 +1.00594e-01 3.557e-26 3.557e-26 7.113e-26 Mn21 +1.00259e-01 3.567e-26 3.567e-26 7.135e-26 Ni25 +9.99256e-02 3.578e-26 3.578e-26 7.156e-26 N 1 +9.95932e-02 3.589e-26 3.589e-26 7.178e-26 Mg11 +9.92618e-02 3.600e-26 3.600e-26 7.200e-26 He 2 +9.89316e-02 3.611e-26 3.611e-26 7.222e-26 Li 2 +9.86025e-02 3.622e-26 3.622e-26 7.243e-26 O 6 +9.82744e-02 3.633e-26 3.633e-26 7.265e-26 Be 2 +9.79475e-02 3.644e-26 3.644e-26 7.288e-26 N 3 +9.76216e-02 3.655e-26 3.655e-26 7.310e-26 Ni27 +9.72968e-02 3.667e-26 3.667e-26 7.334e-26 H 1 +9.69731e-02 3.677e-26 3.677e-26 7.354e-26 Si14 Sc 2 +9.66505e-02 3.688e-26 3.688e-26 7.376e-26 Fe23 +9.63290e-02 3.699e-26 3.699e-26 7.399e-26 Ne 9 +9.60085e-02 3.711e-26 3.711e-26 7.421e-26 Crst +9.56891e-02 3.722e-26 3.722e-26 7.444e-26 O 7 Cl 1 +9.53707e-02 3.733e-26 3.733e-26 7.466e-26 Al12 +9.50534e-02 3.745e-26 3.745e-26 7.490e-26 H 1 +9.47372e-02 3.756e-26 3.756e-26 7.512e-26 N 7 +9.44220e-02 3.767e-26 3.767e-26 7.534e-26 TOTL +9.41079e-02 3.779e-26 3.779e-26 7.557e-26 He 2 +9.37948e-02 3.790e-26 3.790e-26 7.581e-26 H 1 +9.34828e-02 3.802e-26 3.802e-26 7.603e-26 He 2 +9.31718e-02 3.813e-26 3.813e-26 7.626e-26 H 1 +9.28618e-02 3.825e-26 3.825e-26 7.649e-26 He 2 +9.25528e-02 3.836e-26 3.836e-26 7.673e-26 H 1 Li 2 +9.22449e-02 3.848e-26 3.848e-26 7.696e-26 O 8 +9.19380e-02 3.860e-26 3.860e-26 7.719e-26 H 1 Be 3 +9.16322e-02 3.871e-26 3.871e-26 7.743e-26 He 2 C 5 +9.13273e-02 3.883e-26 3.883e-26 7.766e-26 H 1 Ti 2 +9.11553e-02 3.890e-26 3.890e-26 7.779e-26 H 1 H 1 +9.09837e-02 3.896e-26 3.896e-26 7.793e-26 He 2 He 2 +9.06817e-02 3.908e-26 3.908e-26 7.816e-26 Be 2 +9.03806e-02 3.920e-26 3.920e-26 7.840e-26 C 5 C 5 +9.00806e-02 3.932e-26 3.932e-26 7.864e-26 Al12 C 5 +8.97816e-02 3.944e-26 3.944e-26 7.887e-26 Cu28 +8.94836e-02 3.956e-26 3.956e-26 7.911e-26 Ne 9 +8.91866e-02 3.968e-26 3.968e-26 7.935e-26 Cl 6 +8.88905e-02 3.980e-26 3.980e-26 7.959e-26 Cl 6 +8.85955e-02 3.992e-26 3.992e-26 7.983e-26 Be 3 Be 3 +8.83014e-02 4.004e-26 4.004e-26 8.007e-26 C 5 B 1 +8.80083e-02 4.016e-26 4.016e-26 8.032e-26 Si13 +8.77161e-02 4.028e-26 4.028e-26 8.056e-26 Al 2 +8.74250e-02 4.040e-26 4.040e-26 8.080e-26 Ne10 +8.71348e-02 4.052e-26 4.052e-26 8.105e-26 Al 4 +8.68455e-02 4.065e-26 4.065e-26 8.129e-26 C 5 Mn 1 +8.65573e-02 4.077e-26 4.077e-26 8.154e-26 TOTL +8.62699e-02 4.089e-26 4.089e-26 8.178e-26 Li 2 Li 2 +8.59836e-02 4.102e-26 4.102e-26 8.203e-26 Ne 9 Sc 2 +8.56981e-02 4.114e-26 4.114e-26 8.228e-26 Mg12 +8.54137e-02 4.126e-26 4.126e-26 8.253e-26 O 7 N 1 +8.51302e-02 4.139e-26 4.139e-26 8.278e-26 Al 4 +8.48476e-02 4.151e-26 4.151e-26 8.303e-26 C 5 +8.45659e-02 4.164e-26 4.164e-26 8.328e-26 S 15 V 2 +8.42852e-02 4.177e-26 4.177e-26 8.353e-26 C 6 Fe 1 +8.40054e-02 4.189e-26 4.189e-26 8.378e-26 O 7 +8.37266e-02 4.202e-26 4.202e-26 8.404e-26 P 2 +8.34487e-02 4.215e-26 4.215e-26 8.429e-26 O 7 Be 3 +8.31717e-02 4.227e-26 4.227e-26 8.455e-26 O 7 +8.28956e-02 4.240e-26 4.240e-26 8.480e-26 Ar 4 +8.26204e-02 4.253e-26 4.253e-26 8.506e-26 N 7 +8.23462e-02 4.266e-26 4.266e-26 8.532e-26 Si14 Mg 2 +8.20728e-02 4.279e-26 4.279e-26 8.557e-26 O 7 +8.18004e-02 4.292e-26 4.292e-26 8.583e-26 O 7 Si 1 +8.15289e-02 4.305e-26 4.305e-26 8.609e-26 Si13 +8.12583e-02 4.318e-26 4.318e-26 8.635e-26 P 14 +8.09885e-02 4.331e-26 4.331e-26 8.661e-26 Fe23 +8.07197e-02 4.344e-26 4.344e-26 8.687e-26 Fe23 +8.04517e-02 4.357e-26 4.357e-26 8.714e-26 S 13 H2 +8.01847e-02 4.370e-26 4.370e-26 8.740e-26 O 7 +7.99185e-02 4.383e-26 4.383e-26 8.767e-26 O 8 +7.96532e-02 4.396e-26 4.396e-26 8.793e-26 TOTL +7.93888e-02 4.410e-26 4.410e-26 8.819e-26 Al 6 Mn 2 +7.91253e-02 4.423e-26 4.423e-26 8.846e-26 Fe23 +7.88627e-02 4.436e-26 4.436e-26 8.873e-26 O 4 +7.86009e-02 4.450e-26 4.450e-26 8.900e-26 Ca17 Ar 1 +7.83400e-02 4.463e-26 4.463e-26 8.927e-26 Mg12 +7.80799e-02 4.477e-26 4.477e-26 8.954e-26 Ne 8 +7.78208e-02 4.490e-26 4.490e-26 8.981e-26 C 5 +7.75624e-02 4.504e-26 4.504e-26 9.008e-26 O 7 +7.73050e-02 4.517e-26 4.517e-26 9.035e-26 Blnd +7.70484e-02 4.531e-26 4.531e-26 9.062e-26 O 7 +7.67926e-02 4.545e-26 4.545e-26 9.090e-26 O 7 Ti 2 +7.65377e-02 4.559e-26 4.559e-26 9.117e-26 O 7 Fe 2 +7.62837e-02 4.572e-26 4.572e-26 9.145e-26 N 7 +7.60304e-02 4.586e-26 4.586e-26 9.172e-26 C 5 +7.57781e-02 4.600e-26 4.600e-26 9.200e-26 C 5 Si 2 +7.55265e-02 4.614e-26 4.614e-26 9.228e-26 S 15 +7.52758e-02 4.628e-26 4.628e-26 9.256e-26 Mg11 Cr 2 +7.50259e-02 4.642e-26 4.642e-26 9.284e-26 Ne10 +7.47769e-02 4.656e-26 4.656e-26 9.312e-26 C 5 +7.45287e-02 4.670e-26 4.670e-26 9.340e-26 Ne10 Li 2 +7.42813e-02 4.684e-26 4.684e-26 9.368e-26 S 16 +7.40347e-02 4.698e-26 4.698e-26 9.396e-26 P 14 +7.37890e-02 4.712e-26 4.712e-26 9.425e-26 Ne10 Ne10 +7.35440e-02 4.727e-26 4.727e-26 9.453e-26 N 6 +7.32999e-02 4.741e-26 4.741e-26 9.482e-26 C 5 +7.30566e-02 4.755e-26 4.755e-26 9.510e-26 Al13 Ni 1 +7.28141e-02 4.770e-26 4.770e-26 9.539e-26 C 6 +7.25724e-02 4.784e-26 4.784e-26 9.568e-26 O 8 Co 2 +7.23315e-02 4.798e-26 4.798e-26 9.597e-26 Mg11 +7.20914e-02 4.813e-26 4.813e-26 9.626e-26 Ne 9 Ne 9 +7.18521e-02 4.827e-26 4.827e-26 9.655e-26 C 5 +7.16136e-02 4.842e-26 4.842e-26 9.684e-26 Co23 Zn 1 +7.13759e-02 4.857e-26 4.857e-26 9.713e-26 N 6 +7.11390e-02 4.871e-26 4.871e-26 9.742e-26 C 5 F 1 +7.09028e-02 4.886e-26 4.886e-26 9.772e-26 S 2 +7.06675e-02 4.901e-26 4.901e-26 9.801e-26 Cl16 +7.04329e-02 4.915e-26 4.915e-26 9.831e-26 N 4 +7.01991e-02 4.930e-26 4.930e-26 9.861e-26 Fe23 +6.99661e-02 4.945e-26 4.945e-26 9.890e-26 C 5 +6.97338e-02 4.960e-26 4.960e-26 9.920e-26 O 8 O 8 +6.95023e-02 4.975e-26 4.975e-26 9.950e-26 C 5 +6.92716e-02 4.990e-26 4.990e-26 9.980e-26 Fe23 +6.90417e-02 5.005e-26 5.005e-26 1.001e-25 C 5 Zn 2 +6.88125e-02 5.020e-26 5.020e-26 1.004e-25 Fe24 +6.85841e-02 5.035e-26 5.035e-26 1.007e-25 TOTL +6.83564e-02 5.051e-26 5.051e-26 1.010e-25 C 5 Ni 2 +6.81295e-02 5.066e-26 5.066e-26 1.013e-25 C 5 Be 2 +6.79034e-02 5.081e-26 5.081e-26 1.016e-25 O 7 +6.76780e-02 5.097e-26 5.097e-26 1.019e-25 O 7 +6.74533e-02 5.112e-26 5.112e-26 1.022e-25 O 7 +6.72294e-02 5.127e-26 5.127e-26 1.025e-25 S 15 +6.70063e-02 5.143e-26 5.143e-26 1.029e-25 N 7 N 7 +6.67839e-02 5.158e-26 5.158e-26 1.032e-25 Si13 +6.65622e-02 5.174e-26 5.174e-26 1.035e-25 O 7 +6.63412e-02 5.190e-26 5.190e-26 1.038e-25 O 7 +6.61210e-02 5.205e-26 5.205e-26 1.041e-25 Ar17 +6.59015e-02 5.221e-26 5.221e-26 1.044e-25 Cl 6 Al 2 +6.56828e-02 5.237e-26 5.237e-26 1.047e-25 B 2 +6.54647e-02 5.252e-26 5.252e-26 1.050e-25 Ni25 +6.52474e-02 5.268e-26 5.268e-26 1.054e-25 O 7 +6.50309e-02 5.284e-26 5.284e-26 1.057e-25 Cl 6 +6.48150e-02 5.300e-26 5.300e-26 1.060e-25 Al 6 +6.45998e-02 5.316e-26 5.316e-26 1.063e-25 N 2 +6.43854e-02 5.332e-26 5.332e-26 1.066e-25 Al 6 +6.41717e-02 5.348e-26 5.348e-26 1.070e-25 Ni26 +6.39587e-02 5.364e-26 5.364e-26 1.073e-25 TOTL C 1 +6.37464e-02 5.381e-26 5.381e-26 1.076e-25 O 4 +6.35348e-02 5.397e-26 5.397e-26 1.079e-25 C 2 +6.33239e-02 5.414e-26 5.414e-26 1.083e-25 C 6 C 6 +6.31137e-02 5.429e-26 5.429e-26 1.086e-25 Mg12 Mg12 +6.29042e-02 5.446e-26 5.446e-26 1.089e-25 Si14 P 2 +6.26954e-02 5.462e-26 5.462e-26 1.092e-25 N 6 N 6 +6.24873e-02 5.479e-26 5.479e-26 1.096e-25 He 1 +6.22798e-02 5.495e-26 5.495e-26 1.099e-25 O 7 +6.20731e-02 5.512e-26 5.512e-26 1.102e-25 Fe25 +6.18671e-02 5.528e-26 5.528e-26 1.106e-25 N 7 +6.16617e-02 5.545e-26 5.545e-26 1.109e-25 N 6 N 6 +6.14570e-02 5.562e-26 5.562e-26 1.112e-25 Na11 P 1 +6.12530e-02 5.578e-26 5.578e-26 1.116e-25 O 7 +6.10497e-02 5.595e-26 5.595e-26 1.119e-25 Mg11 Cu 2 +6.08470e-02 5.612e-26 5.612e-26 1.122e-25 O 4 +6.06451e-02 5.629e-26 5.629e-26 1.126e-25 Mg12 +6.04438e-02 5.646e-26 5.646e-26 1.129e-25 Mg11 +6.02431e-02 5.663e-26 5.663e-26 1.133e-25 O 7 Mn 2 +6.00432e-02 5.680e-26 5.680e-26 1.136e-25 C 6 +5.98438e-02 5.697e-26 5.697e-26 1.139e-25 Fe23 +5.96452e-02 5.714e-26 5.714e-26 1.143e-25 TOTL +5.94472e-02 5.732e-26 5.732e-26 1.146e-25 C 2 +5.92499e-02 5.749e-26 5.749e-26 1.150e-25 C 3 +5.90532e-02 5.766e-26 5.766e-26 1.153e-25 Ne10 +5.88572e-02 5.784e-26 5.784e-26 1.157e-25 Ar15 +5.86618e-02 5.801e-26 5.801e-26 1.160e-25 Ca19 C 5 +5.84671e-02 5.819e-26 5.819e-26 1.164e-25 O 8 C 5 +5.82730e-02 5.836e-26 5.836e-26 1.167e-25 Ne10 S 1 +5.80796e-02 5.854e-26 5.854e-26 1.171e-25 Ni25 +5.78868e-02 5.871e-26 5.871e-26 1.174e-25 C 3 +5.76946e-02 5.889e-26 5.889e-26 1.178e-25 S 13 +5.75031e-02 5.907e-26 5.907e-26 1.181e-25 Si14 Ne 1 +5.73123e-02 5.925e-26 5.925e-26 1.185e-25 F 9 +5.71220e-02 5.942e-26 5.942e-26 1.188e-25 Ne 9 +5.69324e-02 5.963e-26 5.963e-26 1.193e-25 Fe26 +5.67434e-02 5.978e-26 5.978e-26 1.196e-25 Al11 +5.65551e-02 5.996e-26 5.996e-26 1.199e-25 Ti21 Fe 2 +5.63673e-02 6.014e-26 6.014e-26 1.203e-25 Ne 9 +5.61802e-02 6.032e-26 6.032e-26 1.206e-25 Fe22 +5.59937e-02 6.051e-26 6.051e-26 1.210e-25 TOTL C 5 +5.58079e-02 6.069e-26 6.069e-26 1.214e-25 N 2 +5.56226e-02 6.087e-26 6.087e-26 1.217e-25 Blnd +5.54380e-02 6.105e-26 6.105e-26 1.221e-25 Sc20 Si 2 +5.52540e-02 6.124e-26 6.124e-26 1.225e-25 Zn27 +5.50706e-02 6.142e-26 6.142e-26 1.228e-25 F 9 F 9 +5.48878e-02 6.161e-26 6.161e-26 1.232e-25 P 15 +5.47056e-02 6.179e-26 6.179e-26 1.236e-25 P 3 +5.45240e-02 6.198e-26 6.198e-26 1.240e-25 Ar 6 +5.43430e-02 6.217e-26 6.217e-26 1.243e-25 N 6 +5.41626e-02 6.235e-26 6.235e-26 1.247e-25 O 7 +5.39828e-02 6.254e-26 6.254e-26 1.251e-25 Si13 Si13 +5.38036e-02 6.273e-26 6.273e-26 1.255e-25 O 7 +5.36250e-02 6.292e-26 6.292e-26 1.258e-25 He 1 +5.34470e-02 6.311e-26 6.311e-26 1.262e-25 N 7 +5.32696e-02 6.330e-26 6.330e-26 1.266e-25 Al12 +5.30928e-02 6.349e-26 6.349e-26 1.270e-25 N 6 S 2 +5.29165e-02 6.368e-26 6.368e-26 1.274e-25 N 6 +5.27409e-02 6.387e-26 6.387e-26 1.277e-25 N 6 +5.25658e-02 6.406e-26 6.406e-26 1.281e-25 O 7 +5.23913e-02 6.426e-26 6.426e-26 1.285e-25 Ti21 +5.22174e-02 6.445e-26 6.445e-26 1.289e-25 He 1 +5.20441e-02 6.465e-26 6.465e-26 1.293e-25 C 6 Cl 2 +5.18713e-02 6.484e-26 6.484e-26 1.297e-25 Si13 +5.16992e-02 6.504e-26 6.504e-26 1.301e-25 Mg12 +5.15276e-02 6.523e-26 6.523e-26 1.305e-25 O 8 B 4 +5.13565e-02 6.543e-26 6.543e-26 1.309e-25 V 22 +5.11860e-02 6.562e-26 6.562e-26 1.312e-25 O 8 Be 4 +5.10161e-02 6.582e-26 6.582e-26 1.316e-25 K 18 +5.08468e-02 6.602e-26 6.602e-26 1.320e-25 He 1 C 2 +5.06780e-02 6.622e-26 6.622e-26 1.324e-25 He 1 +5.05098e-02 6.642e-26 6.642e-26 1.328e-25 C 6 +5.03421e-02 6.662e-26 6.662e-26 1.332e-25 He 1 He 1 +5.01749e-02 6.682e-26 6.682e-26 1.336e-25 S 15 +5.00083e-02 6.702e-26 6.702e-26 1.340e-25 F 9 Sc 3 +4.98422e-02 6.722e-26 6.722e-26 1.344e-25 Ne 9 +4.96767e-02 6.742e-26 6.742e-26 1.348e-25 TOTL +4.95117e-02 6.762e-26 6.762e-26 1.352e-25 C 5 +4.93473e-02 6.783e-26 6.783e-26 1.357e-25 Ne 9 B 2 +4.91834e-02 6.803e-26 6.803e-26 1.361e-25 S 13 +4.90201e-02 6.824e-26 6.824e-26 1.365e-25 Fe23 Cl 1 +4.88573e-02 6.844e-26 6.844e-26 1.369e-25 Mg11 N 1 +4.86950e-02 6.865e-26 6.865e-26 1.373e-25 Fe23 +4.85333e-02 6.885e-26 6.885e-26 1.377e-25 Ne 9 +4.83721e-02 6.906e-26 6.906e-26 1.381e-25 N 6 +4.82115e-02 6.927e-26 6.927e-26 1.385e-25 S 16 Mg11 +4.80514e-02 6.948e-26 6.948e-26 1.390e-25 P 13 +4.78918e-02 6.969e-26 6.969e-26 1.394e-25 Cl 6 +4.77328e-02 6.990e-26 6.990e-26 1.398e-25 B 4 B 4 +4.75742e-02 7.011e-26 7.011e-26 1.402e-25 N 6 +4.74163e-02 7.032e-26 7.032e-26 1.406e-25 O 8 +4.72588e-02 7.053e-26 7.053e-26 1.411e-25 Cr23 +4.71018e-02 7.074e-26 7.074e-26 1.415e-25 Ne 9 +4.69454e-02 7.095e-26 7.095e-26 1.419e-25 TOTL +4.67895e-02 7.117e-26 7.117e-26 1.423e-25 O 7 O 7 +4.66341e-02 7.138e-26 7.138e-26 1.428e-25 Ca19 O 7 +4.64793e-02 7.160e-26 7.160e-26 1.432e-25 N 7 N 7 +4.63249e-02 7.181e-26 7.181e-26 1.436e-25 Si14 Si14 +4.61711e-02 7.203e-26 7.203e-26 1.441e-25 O 7 O 7 +4.60177e-02 7.224e-26 7.224e-26 1.445e-25 O 7 Zn 2 +4.58649e-02 7.246e-26 7.246e-26 1.449e-25 Ne 9 +4.57126e-02 7.268e-26 7.268e-26 1.454e-25 Fe23 P 2 +4.55608e-02 7.290e-26 7.290e-26 1.458e-25 O 7 O 7 +4.54095e-02 7.312e-26 7.312e-26 1.462e-25 Be 3 +4.52587e-02 7.334e-26 7.334e-26 1.467e-25 Cl 6 +4.51084e-02 7.356e-26 7.356e-26 1.471e-25 Ca17 Ti 3 +4.49586e-02 7.378e-26 7.378e-26 1.476e-25 Mn24 +4.48093e-02 7.400e-26 7.400e-26 1.480e-25 O 6 Ar 2 +4.46605e-02 7.422e-26 7.422e-26 1.484e-25 Ne10 Ne10 +4.45122e-02 7.445e-26 7.445e-26 1.489e-25 Si14 +4.43643e-02 7.467e-26 7.467e-26 1.493e-25 TOTL +4.42170e-02 7.490e-26 7.490e-26 1.498e-25 N 7 +4.40702e-02 7.512e-26 7.512e-26 1.502e-25 S 16 +4.39238e-02 7.535e-26 7.535e-26 1.507e-25 Si13 +4.37779e-02 7.557e-26 7.557e-26 1.511e-25 C 5 +4.36326e-02 7.580e-26 7.580e-26 1.516e-25 Si13 Al 3 +4.34877e-02 7.603e-26 7.603e-26 1.521e-25 O 7 O 1 +4.33432e-02 7.626e-26 7.626e-26 1.525e-25 Zn27 +4.31993e-02 7.649e-26 7.649e-26 1.530e-25 Si13 +4.30558e-02 7.671e-26 7.671e-26 1.534e-25 Si13 +4.29128e-02 7.695e-26 7.695e-26 1.539e-25 Cl 7 Ar 1 +4.27703e-02 7.718e-26 7.718e-26 1.544e-25 Fe25 +4.26283e-02 7.741e-26 7.741e-26 1.548e-25 Zn30 +4.24867e-02 7.764e-26 7.764e-26 1.553e-25 Cl 6 +4.23456e-02 7.787e-26 7.787e-26 1.557e-25 Mg11 V 3 +4.22050e-02 7.811e-26 7.811e-26 1.562e-25 Mn24 +4.20649e-02 7.834e-26 7.834e-26 1.567e-25 TOTL +4.19252e-02 7.858e-26 7.858e-26 1.572e-25 Si13 N 2 +4.17859e-02 7.881e-26 7.881e-26 1.576e-25 S 14 +4.16472e-02 7.905e-26 7.905e-26 1.581e-25 Cr20 +4.15089e-02 7.929e-26 7.929e-26 1.586e-25 Ne 9 +4.13710e-02 7.953e-26 7.953e-26 1.591e-25 Mg10 +4.12336e-02 7.977e-26 7.977e-26 1.595e-25 Ti19 +4.10967e-02 8.001e-26 8.001e-26 1.600e-25 Mg10 P 3 +4.09602e-02 8.025e-26 8.025e-26 1.605e-25 O 8 +4.08242e-02 8.049e-26 8.049e-26 1.610e-25 Co26 +4.06886e-02 8.075e-26 8.075e-26 1.615e-25 Fe26 C 2 +4.05535e-02 8.097e-26 8.097e-26 1.619e-25 S 15 N 6 +4.04188e-02 8.122e-26 8.122e-26 1.624e-25 C 6 Fe 3 +4.02846e-02 8.146e-26 8.146e-26 1.629e-25 C 5 +4.01508e-02 8.170e-26 8.170e-26 1.634e-25 Ne 9 +4.00174e-02 8.195e-26 8.195e-26 1.639e-25 TOTL Cr 3 +3.98846e-02 8.219e-26 8.219e-26 1.644e-25 S 13 +3.97521e-02 8.244e-26 8.244e-26 1.649e-25 O 7 +3.96201e-02 8.269e-26 8.269e-26 1.654e-25 N 7 +3.94885e-02 8.294e-26 8.294e-26 1.659e-25 Ne 9 +3.93574e-02 8.319e-26 8.319e-26 1.664e-25 Mg10 +3.92267e-02 8.344e-26 8.344e-26 1.669e-25 O 7 K 2 +3.90964e-02 8.369e-26 8.369e-26 1.674e-25 Ni27 N 6 +3.89666e-02 8.394e-26 8.394e-26 1.679e-25 S 15 +3.88372e-02 8.419e-26 8.419e-26 1.684e-25 K 16 S 2 +3.87082e-02 8.444e-26 8.444e-26 1.689e-25 O 7 +3.85796e-02 8.470e-26 8.470e-26 1.694e-25 Mg11 +3.84515e-02 8.495e-26 8.495e-26 1.699e-25 Mg11 Be 3 +3.83238e-02 8.521e-26 8.521e-26 1.704e-25 Na11 +3.81966e-02 8.547e-26 8.547e-26 1.709e-25 N 7 +3.80697e-02 8.572e-26 8.572e-26 1.714e-25 Ar18 +3.79433e-02 8.598e-26 8.598e-26 1.720e-25 Si14 +3.78173e-02 8.623e-26 8.623e-26 1.725e-25 Cl16 +3.76917e-02 8.649e-26 8.649e-26 1.730e-25 Fe23 +3.75665e-02 8.675e-26 8.675e-26 1.735e-25 Si14 Si14 +3.74418e-02 8.701e-26 8.701e-26 1.740e-25 Ne 9 +3.73174e-02 8.727e-26 8.727e-26 1.745e-25 Ne10 +3.71935e-02 8.753e-26 8.753e-26 1.751e-25 O 7 +3.70700e-02 8.780e-26 8.780e-26 1.756e-25 N 7 Si 3 +3.69469e-02 8.806e-26 8.806e-26 1.761e-25 Mg11 Sc 1 +3.68242e-02 8.832e-26 8.832e-26 1.766e-25 Na11 Mn 3 +3.67019e-02 8.859e-26 8.859e-26 1.772e-25 O 7 +3.65800e-02 8.886e-26 8.886e-26 1.777e-25 K 17 +3.64585e-02 8.912e-26 8.912e-26 1.782e-25 Ne 9 +3.63374e-02 8.939e-26 8.939e-26 1.788e-25 TOTL +3.62168e-02 8.966e-26 8.966e-26 1.793e-25 Fe23 +3.60965e-02 8.993e-26 8.993e-26 1.799e-25 C 5 +3.59766e-02 9.020e-26 9.020e-26 1.804e-25 N 6 Ca 1 +3.58571e-02 9.047e-26 9.047e-26 1.809e-25 Ar15 +3.57381e-02 9.074e-26 9.074e-26 1.815e-25 Zn29 +3.56194e-02 9.101e-26 9.101e-26 1.820e-25 O 8 S 3 +3.55011e-02 9.128e-26 9.128e-26 1.826e-25 S 16 F 2 +3.53832e-02 9.156e-26 9.156e-26 1.831e-25 N 7 +3.52657e-02 9.183e-26 9.183e-26 1.837e-25 O 7 O 2 +3.51486e-02 9.211e-26 9.211e-26 1.842e-25 Be 3 Ni 3 +3.50318e-02 9.238e-26 9.238e-26 1.848e-25 O 7 +3.49155e-02 9.266e-26 9.266e-26 1.853e-25 Si13 +3.47995e-02 9.294e-26 9.294e-26 1.859e-25 TOTL +3.46840e-02 9.322e-26 9.322e-26 1.864e-25 N 6 +3.45688e-02 9.350e-26 9.350e-26 1.870e-25 Si13 Si13 +3.44540e-02 9.378e-26 9.378e-26 1.876e-25 Ca18 +3.43396e-02 9.406e-26 9.406e-26 1.881e-25 He 1 +3.42255e-02 9.434e-26 9.434e-26 1.887e-25 O 7 +3.41119e-02 9.462e-26 9.462e-26 1.892e-25 S 16 +3.39986e-02 9.491e-26 9.491e-26 1.898e-25 Mg11 +3.38857e-02 9.519e-26 9.519e-26 1.904e-25 C 5 +3.37732e-02 9.548e-26 9.548e-26 1.910e-25 O 8 +3.36610e-02 9.576e-26 9.576e-26 1.915e-25 Mg11 Cl 2 +3.35492e-02 9.605e-26 9.605e-26 1.921e-25 He 1 +3.34378e-02 9.634e-26 9.634e-26 1.927e-25 Na11 +3.33268e-02 9.662e-26 9.662e-26 1.932e-25 TOTL +3.32161e-02 9.691e-26 9.691e-26 1.938e-25 S 15 +3.31058e-02 9.720e-26 9.720e-26 1.944e-25 S 15 +3.29958e-02 9.750e-26 9.750e-26 1.950e-25 P 15 C 5 +3.28862e-02 9.779e-26 9.779e-26 1.956e-25 Ne10 +3.27770e-02 9.808e-26 9.808e-26 1.962e-25 Ne10 F 1 +3.26682e-02 9.837e-26 9.837e-26 1.967e-25 S 15 B 3 +3.25597e-02 9.867e-26 9.867e-26 1.973e-25 S 15 Na 1 +3.24516e-02 9.896e-26 9.896e-26 1.979e-25 Cr23 +3.23438e-02 9.926e-26 9.926e-26 1.985e-25 F 9 P 3 +3.22364e-02 9.956e-26 9.956e-26 1.991e-25 Mg12 C 5 +3.21293e-02 9.986e-26 9.986e-26 1.997e-25 C 5 C 5 +3.20226e-02 1.002e-25 1.002e-25 2.003e-25 Ar15 +3.19163e-02 1.005e-25 1.005e-25 2.009e-25 Mg11 +3.18103e-02 1.008e-25 1.008e-25 2.015e-25 S 15 +3.17047e-02 1.011e-25 1.011e-25 2.021e-25 Ni27 +3.15994e-02 1.014e-25 1.014e-25 2.027e-25 S 13 +3.14944e-02 1.017e-25 1.017e-25 2.033e-25 He 1 +3.13898e-02 1.020e-25 1.020e-25 2.039e-25 Fe23 +3.12856e-02 1.023e-25 1.023e-25 2.045e-25 Fe23 Cl 3 +3.11817e-02 1.026e-25 1.026e-25 2.052e-25 Fe23 Zn 3 +3.10781e-02 1.029e-25 1.029e-25 2.058e-25 Al 6 +3.09749e-02 1.032e-25 1.032e-25 2.064e-25 Mg12 Ti 1 +3.08721e-02 1.035e-25 1.035e-25 2.070e-25 Ti20 +3.07695e-02 1.038e-25 1.038e-25 2.076e-25 Ca20 +3.06674e-02 1.041e-25 1.041e-25 2.082e-25 N 6 +3.05655e-02 1.044e-25 1.044e-25 2.089e-25 Zn30 +3.04640e-02 1.048e-25 1.048e-25 2.095e-25 Fe25 Ar 3 +3.03628e-02 1.057e-25 1.057e-25 2.115e-25 He 2 K 1 +3.02620e-02 1.054e-25 1.054e-25 2.108e-25 Ca18 Ne 2 +3.01615e-02 1.057e-25 1.057e-25 2.114e-25 Ca19 +3.00613e-02 1.060e-25 1.060e-25 2.120e-25 Si14 +2.99615e-02 1.063e-25 1.063e-25 2.127e-25 O 7 O 7 +2.98620e-02 1.066e-25 1.066e-25 2.133e-25 O 7 O 7 +2.97628e-02 1.070e-25 1.070e-25 2.139e-25 N 7 N 7 +2.96640e-02 1.073e-25 1.073e-25 2.146e-25 Si14 Si14 +2.95655e-02 1.076e-25 1.076e-25 2.152e-25 F 8 Ar 2 +2.94673e-02 1.079e-25 1.079e-25 2.159e-25 O 7 O 7 +2.93694e-02 1.082e-25 1.082e-25 2.165e-25 V 21 +2.92719e-02 1.086e-25 1.086e-25 2.173e-25 O 8 +2.91747e-02 1.089e-25 1.089e-25 2.178e-25 S 16 +2.90778e-02 1.092e-25 1.092e-25 2.185e-25 S 16 +2.89813e-02 1.096e-25 1.096e-25 2.191e-25 B 4 +2.88850e-02 1.099e-25 1.099e-25 2.198e-25 O 7 O 7 +2.87891e-02 1.102e-25 1.102e-25 2.204e-25 S 16 S 16 +2.86935e-02 1.105e-25 1.105e-25 2.211e-25 Si12 Ti 4 +2.85982e-02 1.109e-25 1.109e-25 2.217e-25 Si12 +2.85032e-02 1.112e-25 1.112e-25 2.224e-25 Ne 9 Ne 9 +2.84086e-02 1.115e-25 1.115e-25 2.231e-25 O 8 +2.83142e-02 1.119e-25 1.119e-25 2.237e-25 Cu28 +2.82202e-02 1.122e-25 1.122e-25 2.244e-25 Ne 8 +2.81265e-02 1.125e-25 1.125e-25 2.251e-25 F 9 S 3 +2.80331e-02 1.129e-25 1.129e-25 2.258e-25 Mg12 Ne 9 +2.79400e-02 1.132e-25 1.132e-25 2.265e-25 Fe26 +2.78472e-02 1.135e-25 1.135e-25 2.271e-25 Ne 9 Ne 9 +2.77547e-02 1.139e-25 1.139e-25 2.278e-25 Mn22 +2.76625e-02 1.142e-25 1.142e-25 2.285e-25 Ca17 +2.75707e-02 1.146e-25 1.146e-25 2.291e-25 Ne 9 Ne 9 +2.74791e-02 1.149e-25 1.149e-25 2.298e-25 Al13 Si 4 +2.73878e-02 1.153e-25 1.153e-25 2.305e-25 N 6 +2.72969e-02 1.156e-25 1.156e-25 2.312e-25 Mg11 +2.72062e-02 1.159e-25 1.159e-25 2.319e-25 Mg11 +2.71159e-02 1.163e-25 1.163e-25 2.326e-25 Fe25 Mg11 +2.70258e-02 1.166e-25 1.166e-25 2.333e-25 Na11 K 3 +2.69361e-02 1.170e-25 1.170e-25 2.340e-25 Mg11 O 2 +2.68466e-02 1.173e-25 1.173e-25 2.347e-25 C 3 +2.67575e-02 1.177e-25 1.177e-25 2.354e-25 Ne 9 +2.66686e-02 1.180e-25 1.180e-25 2.361e-25 Mn23 +2.65801e-02 1.184e-25 1.184e-25 2.368e-25 O 7 V 4 +2.64918e-02 1.187e-25 1.187e-25 2.375e-25 C 6 Sc 2 +2.64038e-02 1.191e-25 1.191e-25 2.382e-25 Al13 V 1 +2.63161e-02 1.195e-25 1.195e-25 2.389e-25 O 7 +2.62287e-02 1.198e-25 1.198e-25 2.396e-25 Ne10 Na 2 +2.61416e-02 1.202e-25 1.202e-25 2.404e-25 N 7 N 3 +2.60548e-02 1.205e-25 1.205e-25 2.411e-25 Si14 +2.59683e-02 1.209e-25 1.209e-25 2.418e-25 Ti20 +2.58820e-02 1.213e-25 1.213e-25 2.425e-25 S 15 C 3 +2.57961e-02 1.216e-25 1.216e-25 2.432e-25 N 6 +2.57104e-02 1.220e-25 1.220e-25 2.440e-25 Cl17 Ca 1 +2.56250e-02 1.225e-25 1.225e-25 2.449e-25 He 2 Ne 1 +2.55399e-02 1.227e-25 1.227e-25 2.454e-25 Fe24 +2.54551e-02 1.231e-25 1.231e-25 2.462e-25 Ar15 +2.53706e-02 1.234e-25 1.234e-25 2.469e-25 Ti22 +2.52863e-02 1.238e-25 1.238e-25 2.476e-25 Fe22 Cr 1 +2.52024e-02 1.242e-25 1.242e-25 2.484e-25 N 6 Cr 4 +2.51187e-02 1.246e-25 1.246e-25 2.491e-25 Mg11 +2.50352e-02 1.249e-25 1.249e-25 2.499e-25 C 6 +2.49527e-02 1.253e-25 1.253e-25 2.506e-25 Fe23 O3ex +2.48710e-02 1.257e-25 1.257e-25 2.513e-25 C 5 +2.47896e-02 1.260e-25 1.260e-25 2.521e-25 Co26 +2.47085e-02 1.264e-25 1.264e-25 2.528e-25 C 5 Cl 3 +2.46276e-02 1.268e-25 1.268e-25 2.536e-25 O 7 +2.45470e-02 1.272e-25 1.272e-25 2.543e-25 Mg11 +2.44666e-02 1.275e-25 1.275e-25 2.551e-25 Fe23 +2.43865e-02 1.279e-25 1.279e-25 2.558e-25 Co25 Ca 3 +2.43067e-02 1.283e-25 1.283e-25 2.566e-25 He 2 +2.42271e-02 1.287e-25 1.287e-25 2.573e-25 Fe23 Mn 4 +2.41478e-02 1.290e-25 1.290e-25 2.581e-25 Si13 Co 4 +2.40688e-02 1.294e-25 1.294e-25 2.588e-25 Si13 P 4 +2.39900e-02 1.298e-25 1.298e-25 2.596e-25 Si13 +2.39114e-02 1.302e-25 1.302e-25 2.604e-25 Al13 +2.38332e-02 1.306e-25 1.306e-25 2.611e-25 Ca17 +2.37552e-02 1.310e-25 1.310e-25 2.620e-25 Fe26 +2.36774e-02 1.313e-25 1.313e-25 2.627e-25 Si14 +2.36024e-02 1.317e-25 1.317e-25 2.634e-25 Ne 9 O3ex +2.35300e-02 1.321e-25 1.321e-25 2.641e-25 Si13 +2.34579e-02 1.324e-25 1.324e-25 2.649e-25 He 2 +2.33860e-02 1.328e-25 1.328e-25 2.656e-25 Ni26 +2.33143e-02 1.332e-25 1.332e-25 2.663e-25 Ne 9 V 2 +2.32429e-02 1.335e-25 1.335e-25 2.671e-25 He 2 +2.31717e-02 1.339e-25 1.339e-25 2.678e-25 He 2 Cl 4 +2.31006e-02 1.343e-25 1.343e-25 2.685e-25 He 2 +2.30298e-02 1.346e-25 1.346e-25 2.693e-25 He 2 B 4 +2.29593e-02 1.350e-25 1.350e-25 2.700e-25 He 2 N 6 +2.28889e-02 1.354e-25 1.354e-25 2.708e-25 Ar18 +2.28188e-02 1.358e-25 1.358e-25 2.715e-25 He 2 N 6 +2.27458e-02 1.361e-25 1.361e-25 2.723e-25 He 2 He 2 +2.26701e-02 1.365e-25 1.365e-25 2.731e-25 Zn29 +2.25947e-02 1.370e-25 1.370e-25 2.739e-25 Ni27 O 3 +2.25195e-02 1.374e-25 1.374e-25 2.747e-25 O 7 +2.24446e-02 1.378e-25 1.378e-25 2.756e-25 Ne 9 +2.23699e-02 1.382e-25 1.382e-25 2.764e-25 N 6 N 3 +2.22955e-02 1.386e-25 1.386e-25 2.772e-25 N 7 +2.22213e-02 1.390e-25 1.390e-25 2.780e-25 Cr12 +2.21473e-02 1.394e-25 1.394e-25 2.789e-25 Si13 Sc 3 +2.20736e-02 1.398e-25 1.398e-25 2.797e-25 Si13 +2.20002e-02 1.403e-25 1.403e-25 2.805e-25 B 4 Ar 3 +2.19270e-02 1.407e-25 1.407e-25 2.814e-25 O 7 B 4 +2.18540e-02 1.411e-25 1.411e-25 2.822e-25 O 7 +2.17813e-02 1.415e-25 1.415e-25 2.831e-25 Mg11 +2.17088e-02 1.419e-25 1.419e-25 2.839e-25 N 6 N 6 +2.16366e-02 1.424e-25 1.424e-25 2.847e-25 Ne10 Cu 4 +2.15646e-02 1.428e-25 1.428e-25 2.856e-25 Si13 S 4 +2.14928e-02 1.432e-25 1.432e-25 2.864e-25 Ne 9 +2.14213e-02 1.437e-25 1.437e-25 2.873e-25 Ne 9 +2.13500e-02 1.441e-25 1.441e-25 2.882e-25 Mg11 +2.12790e-02 1.445e-25 1.445e-25 2.890e-25 Cr24 +2.12082e-02 1.449e-25 1.449e-25 2.899e-25 Ne 9 +2.11376e-02 1.454e-25 1.454e-25 2.908e-25 Mn21 +2.10673e-02 1.458e-25 1.458e-25 2.916e-25 Mg12 Cr 2 +2.09972e-02 1.462e-25 1.462e-25 2.925e-25 S 14 +2.09273e-02 1.467e-25 1.467e-25 2.934e-25 Zn30 +2.08577e-02 1.471e-25 1.471e-25 2.942e-25 Mg11 Mn 1 +2.07883e-02 1.476e-25 1.476e-25 2.951e-25 Ne 9 +2.07191e-02 1.480e-25 1.480e-25 2.960e-25 Mn23 Ar 4 +2.06502e-02 1.484e-25 1.484e-25 2.969e-25 Cu28 +2.05814e-02 1.489e-25 1.489e-25 2.978e-25 Si14 +2.05130e-02 1.493e-25 1.493e-25 2.987e-25 N 7 Ca 2 +2.04447e-02 1.498e-25 1.498e-25 2.996e-25 S 15 +2.03767e-02 1.502e-25 1.502e-25 3.004e-25 Co24 K 4 +2.03089e-02 1.507e-25 1.507e-25 3.013e-25 C 4 +2.02413e-02 1.511e-25 1.511e-25 3.022e-25 S 14 +2.01739e-02 1.516e-25 1.516e-25 3.031e-25 S 15 +2.01068e-02 1.520e-25 1.520e-25 3.040e-25 O 7 +2.00399e-02 1.525e-25 1.525e-25 3.050e-25 O 8 +1.99732e-02 1.529e-25 1.529e-25 3.059e-25 S 16 Ti 3 +1.99068e-02 1.534e-25 1.534e-25 3.068e-25 Ne 8 +1.98405e-02 1.538e-25 1.538e-25 3.077e-25 S 15 S 15 +1.97745e-02 1.543e-25 1.543e-25 3.086e-25 P 15 F 3 +1.97087e-02 1.548e-25 1.548e-25 3.095e-25 C 5 +1.96431e-02 1.552e-25 1.552e-25 3.105e-25 Mn25 +1.95778e-02 1.557e-25 1.557e-25 3.114e-25 Fe23 +1.95126e-02 1.562e-25 1.562e-25 3.123e-25 Si13 Ne 3 +1.94477e-02 1.566e-25 1.566e-25 3.132e-25 Ne10 Ne 2 +1.93830e-02 1.571e-25 1.571e-25 3.142e-25 Al13 Al13 +1.93185e-02 1.576e-25 1.576e-25 3.151e-25 Si13 +1.92542e-02 1.580e-25 1.580e-25 3.161e-25 C 4 Li 1 +1.91901e-02 1.585e-25 1.585e-25 3.170e-25 Fe24 Cl 4 +1.91263e-02 1.590e-25 1.590e-25 3.179e-25 O 7 +1.90626e-02 1.594e-25 1.594e-25 3.189e-25 Si13 P 5 +1.89992e-02 1.599e-25 1.599e-25 3.198e-25 Si14 V 5 +1.89360e-02 1.604e-25 1.604e-25 3.208e-25 Na10 O 3 +1.88730e-02 1.609e-25 1.609e-25 3.218e-25 Mg11 Mg 2 +1.88102e-02 1.614e-25 1.614e-25 3.227e-25 Na11 Fe 1 +1.87476e-02 1.619e-25 1.619e-25 3.238e-25 Ne10 +1.86852e-02 1.623e-25 1.623e-25 3.246e-25 Mg11 Mg11 +1.86230e-02 1.628e-25 1.628e-25 3.256e-25 C 5 +1.85611e-02 1.633e-25 1.633e-25 3.266e-25 Ca20 +1.84993e-02 1.638e-25 1.638e-25 3.276e-25 Mg11 Mg11 +1.84377e-02 1.643e-25 1.643e-25 3.285e-25 O 7 Ca 4 +1.83764e-02 1.648e-25 1.648e-25 3.295e-25 N 7 +1.83152e-02 1.652e-25 1.652e-25 3.305e-25 Na10 +1.82543e-02 1.657e-25 1.657e-25 3.315e-25 Mn21 Cl 5 +1.81936e-02 1.663e-25 1.663e-25 3.326e-25 C 6 V 3 +1.81330e-02 1.668e-25 1.668e-25 3.336e-25 Fe26 Sc 2 +1.80727e-02 1.672e-25 1.672e-25 3.345e-25 Fe25 +1.80125e-02 1.677e-25 1.677e-25 3.354e-25 F 9 F 9 +1.79526e-02 1.682e-25 1.682e-25 3.364e-25 P 15 +1.78929e-02 1.687e-25 1.687e-25 3.375e-25 Mg11 Ca 3 +1.78333e-02 1.692e-25 1.692e-25 3.385e-25 Ne 9 Cr 5 +1.77740e-02 1.697e-25 1.697e-25 3.395e-25 Zn30 +1.77148e-02 1.702e-25 1.702e-25 3.405e-25 Fe22 Mn 2 +1.76559e-02 1.707e-25 1.707e-25 3.415e-25 S 15 +1.75972e-02 1.713e-25 1.713e-25 3.425e-25 S 15 +1.75386e-02 1.718e-25 1.718e-25 3.435e-25 Ne 9 Ne 9 +1.74802e-02 1.723e-25 1.723e-25 3.446e-25 Fe23 Na 1 +1.74221e-02 1.728e-25 1.728e-25 3.456e-25 N 6 +1.73641e-02 1.733e-25 1.733e-25 3.466e-25 S 16 S 16 +1.73063e-02 1.738e-25 1.738e-25 3.476e-25 S 15 Na 3 +1.72487e-02 1.743e-25 1.743e-25 3.487e-25 C 5 +1.71913e-02 1.749e-25 1.749e-25 3.497e-25 Li 2 +1.71341e-02 1.754e-25 1.754e-25 3.508e-25 Co23 Mn 5 +1.70771e-02 1.759e-25 1.759e-25 3.518e-25 O 8 S 5 +1.70203e-02 1.764e-25 1.764e-25 3.528e-25 Mg10 +1.69637e-02 1.770e-25 1.770e-25 3.539e-25 Ti19 Co 1 +1.69072e-02 1.775e-25 1.775e-25 3.550e-25 Fe22 +1.68510e-02 1.780e-25 1.780e-25 3.560e-25 O 7 Na 2 +1.67949e-02 1.785e-25 1.785e-25 3.571e-25 Si14 +1.67390e-02 1.791e-25 1.791e-25 3.581e-25 N 7 N 7 +1.66833e-02 1.796e-25 1.796e-25 3.592e-25 Si14 Cr 3 +1.66278e-02 1.801e-25 1.801e-25 3.603e-25 S 15 +1.65725e-02 1.807e-25 1.807e-25 3.614e-25 Fe26 +1.65173e-02 1.812e-25 1.812e-25 3.624e-25 Ni26 Ar 5 +1.64624e-02 1.817e-25 1.817e-25 3.635e-25 O 7 O 7 +1.64076e-02 1.823e-25 1.823e-25 3.646e-25 B 5 Li 2 +1.63530e-02 1.828e-25 1.828e-25 3.657e-25 Fe23 +1.62986e-02 1.834e-25 1.834e-25 3.668e-25 S 15 F 3 +1.62443e-02 1.839e-25 1.839e-25 3.678e-25 S 13 Co 2 +1.61903e-02 1.845e-25 1.845e-25 3.689e-25 Fe22 Ti 2 +1.61364e-02 1.850e-25 1.850e-25 3.700e-25 N 6 +1.60827e-02 1.856e-25 1.856e-25 3.711e-25 Mg11 V 1 +1.60292e-02 1.861e-25 1.861e-25 3.722e-25 O 7 N 4 +1.59759e-02 1.867e-25 1.867e-25 3.734e-25 Ne 9 Sc 3 +1.59227e-02 1.872e-25 1.872e-25 3.745e-25 Ne 9 +1.58697e-02 1.878e-25 1.878e-25 3.756e-25 Ne 9 +1.58169e-02 1.883e-25 1.883e-25 3.767e-25 Al12 Al12 +1.57643e-02 1.889e-25 1.889e-25 3.779e-25 Mg12 Mg12 +1.57118e-02 1.895e-25 1.895e-25 3.790e-25 O 8 Cr 1 +1.56595e-02 1.900e-25 1.900e-25 3.801e-25 Al11 K 4 +1.56074e-02 1.906e-25 1.906e-25 3.812e-25 Ni28 V 2 +1.55555e-02 1.912e-25 1.912e-25 3.823e-25 Si13 +1.55037e-02 1.917e-25 1.917e-25 3.835e-25 Al13 Cl 5 +1.54522e-02 1.923e-25 1.923e-25 3.846e-25 Si14 Mg 3 +1.54007e-02 1.929e-25 1.929e-25 3.858e-25 Cl17 Al 1 +1.53495e-02 1.935e-25 1.935e-25 3.869e-25 C 5 +1.52984e-02 1.940e-25 1.940e-25 3.881e-25 Ti22 +1.52475e-02 1.946e-25 1.946e-25 3.892e-25 Mg11 +1.51968e-02 1.952e-25 1.952e-25 3.904e-25 Ni25 +1.51462e-02 1.958e-25 1.958e-25 3.915e-25 Mg11 Ni 1 +1.50958e-02 1.963e-25 1.963e-25 3.927e-25 Mg11 +1.50456e-02 1.969e-25 1.969e-25 3.939e-25 Ne 9 Ni 2 +1.49955e-02 1.975e-25 1.975e-25 3.950e-25 Mg12 K 5 +1.49456e-02 1.981e-25 1.981e-25 3.962e-25 Fe23 Cu 1 +1.48959e-02 1.987e-25 1.987e-25 3.974e-25 O 8 +1.48463e-02 1.993e-25 1.993e-25 3.986e-25 Mg11 +1.47969e-02 1.999e-25 1.999e-25 3.997e-25 S 13 +1.47477e-02 2.005e-25 2.005e-25 4.009e-25 C 5 C 5 +1.46986e-02 2.011e-25 2.011e-25 4.021e-25 Zn29 +1.46497e-02 2.017e-25 2.017e-25 4.033e-25 Mg11 Ca 5 +1.46010e-02 2.023e-25 2.023e-25 4.045e-25 Fe25 B 5 +1.45524e-02 2.029e-25 2.029e-25 4.057e-25 Ne10 Ne10 +1.45039e-02 2.035e-25 2.035e-25 4.069e-25 Mn22 V 4 +1.44557e-02 2.041e-25 2.041e-25 4.081e-25 Fe23 +1.44076e-02 2.047e-25 2.047e-25 4.094e-25 O 8 Ti 3 +1.43596e-02 2.053e-25 2.053e-25 4.106e-25 Mg11 +1.43119e-02 2.059e-25 2.059e-25 4.118e-25 Ar18 +1.42642e-02 2.065e-25 2.065e-25 4.130e-25 Zn28 Ca 4 +1.42168e-02 2.071e-25 2.071e-25 4.142e-25 Mg11 F 4 +1.41695e-02 2.077e-25 2.077e-25 4.155e-25 C 5 O 4 +1.41223e-02 2.084e-25 2.084e-25 4.167e-25 C 5 C 5 +1.40753e-02 2.090e-25 2.090e-25 4.180e-25 O 8 S 6 +1.40285e-02 2.096e-25 2.096e-25 4.192e-25 Fe25 Ar 5 +1.39818e-02 2.102e-25 2.102e-25 4.204e-25 Cl17 Cu 2 +1.39353e-02 2.108e-25 2.108e-25 4.217e-25 C 5 +1.38889e-02 2.115e-25 2.115e-25 4.229e-25 Ni24 +1.38427e-02 2.121e-25 2.121e-25 4.242e-25 C 5 +1.37966e-02 2.127e-25 2.127e-25 4.254e-25 Fe23 Al 2 +1.37507e-02 2.134e-25 2.134e-25 4.267e-25 O 7 +1.37050e-02 2.140e-25 2.140e-25 4.280e-25 Ar18 Ar18 +1.36594e-02 2.146e-25 2.146e-25 4.292e-25 N 6 Cr 6 +1.36139e-02 2.153e-25 2.153e-25 4.305e-25 Fe22 Ar 6 +1.35686e-02 2.159e-25 2.159e-25 4.318e-25 Zn30 +1.35235e-02 2.165e-25 2.165e-25 4.331e-25 S 15 +1.34785e-02 2.172e-25 2.172e-25 4.344e-25 C 6 Sc 5 +1.34336e-02 2.178e-25 2.178e-25 4.357e-25 Al13 Al13 +1.33889e-02 2.186e-25 2.186e-25 4.371e-25 N 7 Cr 4 +1.33444e-02 2.191e-25 2.191e-25 4.383e-25 Fe26 Fe26 +1.33000e-02 2.198e-25 2.198e-25 4.395e-25 C 5 C 5 +1.32557e-02 2.204e-25 2.204e-25 4.409e-25 Si13 Co 3 +1.32116e-02 2.211e-25 2.211e-25 4.422e-25 Si12 Mg 1 +1.31676e-02 2.217e-25 2.217e-25 4.435e-25 N 6 +1.31238e-02 2.224e-25 2.224e-25 4.448e-25 Al12 Sc 4 +1.30802e-02 2.231e-25 2.231e-25 4.461e-25 Ni25 +1.30366e-02 2.237e-25 2.237e-25 4.474e-25 Al12 +1.29933e-02 2.244e-25 2.244e-25 4.489e-25 Mg12 +1.29500e-02 2.250e-25 2.250e-25 4.501e-25 Cr20 Mn 6 +1.29069e-02 2.257e-25 2.257e-25 4.514e-25 Ne 9 +1.28640e-02 2.264e-25 2.264e-25 4.528e-25 Cr24 F 8 +1.28212e-02 2.271e-25 2.271e-25 4.543e-25 O 8 K 5 +1.27785e-02 2.277e-25 2.277e-25 4.555e-25 S 16 Ne 4 +1.27360e-02 2.284e-25 2.284e-25 4.568e-25 Al12 +1.26936e-02 2.291e-25 2.291e-25 4.582e-25 Si12 +1.26514e-02 2.298e-25 2.298e-25 4.595e-25 N 5 N 5 +1.26093e-02 2.304e-25 2.304e-25 4.609e-25 Mg12 +1.25673e-02 2.311e-25 2.311e-25 4.623e-25 Ca18 Mg 2 +1.25255e-02 2.318e-25 2.318e-25 4.636e-25 Co24 Na 4 +1.24838e-02 2.325e-25 2.325e-25 4.650e-25 K 18 Na 3 +1.24423e-02 2.332e-25 2.332e-25 4.664e-25 Ar18 F 4 +1.24009e-02 2.339e-25 2.339e-25 4.678e-25 Zn30 F 8 +1.23596e-02 2.346e-25 2.346e-25 4.692e-25 Fe23 Ni 3 +1.23185e-02 2.353e-25 2.353e-25 4.705e-25 K 19 K 19 +1.22775e-02 2.360e-25 2.360e-25 4.719e-25 Al12 +1.22366e-02 2.367e-25 2.367e-25 4.733e-25 N 6 Mn 2 +1.21959e-02 2.374e-25 2.374e-25 4.747e-25 Ne 9 +1.21553e-02 2.381e-25 2.381e-25 4.761e-25 Fe23 Co 6 +1.21149e-02 2.388e-25 2.388e-25 4.776e-25 Fe23 +1.20746e-02 2.395e-25 2.395e-25 4.790e-25 Mg11 Al 3 +1.20344e-02 2.402e-25 2.402e-25 4.804e-25 Na11 Cr 3 +1.19944e-02 2.409e-25 2.409e-25 4.818e-25 Fe25 Ti 4 +1.19545e-02 2.416e-25 2.416e-25 4.832e-25 Mg11 Mg11 +1.19147e-02 2.424e-25 2.424e-25 4.847e-25 Fe25 Fe 1 +1.18750e-02 2.431e-25 2.431e-25 4.861e-25 Fe25 +1.18355e-02 2.438e-25 2.438e-25 4.876e-25 S 16 +1.17961e-02 2.445e-25 2.445e-25 4.890e-25 Fe25 Mg11 +1.17569e-02 2.452e-25 2.452e-25 4.904e-25 Ne 9 Ar 6 +1.17178e-02 2.460e-25 2.460e-25 4.919e-25 Fe25 V 5 +1.16788e-02 2.467e-25 2.467e-25 4.934e-25 S 15 Si 1 +1.16399e-02 2.474e-25 2.474e-25 4.948e-25 P 14 Fe 4 +1.16012e-02 2.481e-25 2.481e-25 4.963e-25 Si14 Si14 +1.15626e-02 2.489e-25 2.489e-25 4.978e-25 Ca20 Cu 3 +1.15241e-02 2.496e-25 2.496e-25 4.992e-25 S 15 +1.14858e-02 2.504e-25 2.504e-25 5.007e-25 Si13 Ni 6 +1.14475e-02 2.511e-25 2.511e-25 5.022e-25 Fe25 +1.14094e-02 2.518e-25 2.518e-25 5.037e-25 S 13 Ca 6 +1.13715e-02 2.526e-25 2.526e-25 5.052e-25 C 6 +1.13336e-02 2.533e-25 2.533e-25 5.067e-25 S 15 Mg 4 +1.12959e-02 2.541e-25 2.541e-25 5.082e-25 Cl17 Cl17 +1.12583e-02 2.548e-25 2.548e-25 5.097e-25 Si13 Fe 2 +1.12209e-02 2.556e-25 2.556e-25 5.112e-25 Ca19 +1.11835e-02 2.563e-25 2.563e-25 5.127e-25 K 19 Sc 6 +1.11463e-02 2.571e-25 2.571e-25 5.142e-25 Si13 Mg 3 +1.11092e-02 2.579e-25 2.579e-25 5.157e-25 Ca20 V 4 +1.10723e-02 2.586e-25 2.586e-25 5.173e-25 Al13 Mn 3 +1.10354e-02 2.594e-25 2.594e-25 5.188e-25 Si14 +1.09987e-02 2.602e-25 2.602e-25 5.204e-25 Fe26 Co 4 +1.09621e-02 2.609e-25 2.609e-25 5.219e-25 Ne 9 Ne 4 +1.09256e-02 2.619e-25 2.619e-25 5.238e-25 Fe26 Cr 5 +1.08893e-02 2.625e-25 2.625e-25 5.250e-25 O 5 O 5 +1.08530e-02 2.633e-25 2.633e-25 5.265e-25 Zn29 F 5 +1.08169e-02 2.640e-25 2.640e-25 5.281e-25 Fe26 Fe26 +1.07809e-02 2.648e-25 2.648e-25 5.296e-25 C 6 K 6 +1.07451e-02 2.656e-25 2.656e-25 5.312e-25 Si13 +1.07093e-02 2.664e-25 2.664e-25 5.328e-25 Ne 9 +1.06737e-02 2.672e-25 2.672e-25 5.344e-25 Mg11 +1.06382e-02 2.680e-25 2.680e-25 5.359e-25 C 6 +1.06028e-02 2.688e-25 2.688e-25 5.375e-25 Mg11 +1.05675e-02 2.696e-25 2.696e-25 5.391e-25 Na11 +1.05323e-02 2.704e-25 2.704e-25 5.407e-25 C 6 K 7 +1.04973e-02 2.712e-25 2.712e-25 5.423e-25 Sc21 +1.04623e-02 2.720e-25 2.720e-25 5.439e-25 Zn27 Si 2 +1.04275e-02 2.728e-25 2.728e-25 5.455e-25 Zn29 +1.03928e-02 2.736e-25 2.736e-25 5.471e-25 Mg11 Be 1 +1.03583e-02 2.744e-25 2.744e-25 5.488e-25 N 6 +1.03238e-02 2.752e-25 2.752e-25 5.504e-25 Li 3 Al 4 +1.02894e-02 2.760e-25 2.760e-25 5.520e-25 Si13 +1.02552e-02 2.778e-25 2.778e-25 5.557e-25 O 8 Mn 5 +1.02211e-02 2.776e-25 2.776e-25 5.553e-25 S 16 Co 2 +1.01871e-02 2.785e-25 2.785e-25 5.569e-25 Ne 9 Cr 4 +1.01532e-02 2.793e-25 2.793e-25 5.586e-25 S 15 Ne 9 +1.01194e-02 2.801e-25 2.801e-25 5.602e-25 C 6 Li 3 +1.00857e-02 2.809e-25 2.809e-25 5.619e-25 Ar18 Ti 5 +1.00521e-02 2.818e-25 2.818e-25 5.635e-25 Sc21 Sc21 +1.00187e-02 2.826e-25 2.826e-25 5.652e-25 Zn30 Zn30 +9.98536e-03 2.834e-25 2.834e-25 5.669e-25 S 15 Ar 7 +9.95213e-03 2.843e-25 2.843e-25 5.685e-25 N 6 +9.91902e-03 2.851e-25 2.851e-25 5.703e-25 N 7 Ca 6 +9.88601e-03 2.860e-25 2.860e-25 5.719e-25 Si14 Al 1 +9.85312e-03 2.868e-25 2.868e-25 5.736e-25 N 6 N 6 +9.82033e-03 2.876e-25 2.876e-25 5.753e-25 N 6 F 5 +9.78765e-03 2.885e-25 2.885e-25 5.770e-25 Ne 9 Na 4 +9.75508e-03 2.894e-25 2.894e-25 5.787e-25 Cr20 Ca 7 +9.72262e-03 2.902e-25 2.902e-25 5.804e-25 N 6 Cu 4 +9.69027e-03 2.911e-25 2.911e-25 5.821e-25 O 7 Al 2 +9.65803e-03 2.919e-25 2.919e-25 5.838e-25 S 14 +9.62589e-03 2.928e-25 2.928e-25 5.856e-25 Zn30 Fe 5 +9.59386e-03 2.937e-25 2.937e-25 5.873e-25 P 15 +9.56194e-03 2.945e-25 2.945e-25 5.890e-25 Ti22 +9.53012e-03 2.955e-25 2.955e-25 5.910e-25 Si14 Be 2 +9.49841e-03 2.963e-25 2.963e-25 5.925e-25 Cu18 Co 3 +9.46680e-03 2.971e-25 2.971e-25 5.943e-25 S 13 Si 3 +9.43530e-03 2.980e-25 2.980e-25 5.960e-25 Fe25 Ni 2 +9.40391e-03 2.989e-25 2.989e-25 5.978e-25 Ni28 +9.37262e-03 2.998e-25 2.998e-25 5.996e-25 N 6 N 6 +9.34143e-03 3.007e-25 3.007e-25 6.013e-25 Fe25 V 5 +9.31034e-03 3.016e-25 3.016e-25 6.031e-25 S 14 Ni 7 +9.27936e-03 3.024e-25 3.024e-25 6.049e-25 S 13 +9.24849e-03 3.033e-25 3.033e-25 6.067e-25 Si14 +9.21771e-03 3.042e-25 3.042e-25 6.085e-25 Ne10 K 7 +9.18704e-03 3.051e-25 3.051e-25 6.103e-25 Ti21 Sc 6 +9.15647e-03 3.060e-25 3.060e-25 6.121e-25 Ti22 Ti22 +9.12600e-03 3.069e-25 3.069e-25 6.139e-25 Sc21 Cr 6 +9.09564e-03 3.078e-25 3.078e-25 6.157e-25 O 7 Zn 4 +9.06537e-03 3.087e-25 3.087e-25 6.175e-25 Mg11 Co 5 +9.03521e-03 3.097e-25 3.097e-25 6.193e-25 K 19 K 19 +9.00514e-03 3.106e-25 3.106e-25 6.212e-25 Ne10 +8.97518e-03 3.115e-25 3.115e-25 6.230e-25 O 6 O 6 +8.94531e-03 3.124e-25 3.124e-25 6.248e-25 O 7 Na 5 +8.91555e-03 3.133e-25 3.133e-25 6.267e-25 Zn29 Cu 7 +8.88588e-03 3.143e-25 3.143e-25 6.286e-25 S 16 S 16 +8.85631e-03 3.152e-25 3.152e-25 6.304e-25 N 7 P 1 +8.82684e-03 3.161e-25 3.161e-25 6.322e-25 Si14 Al 3 +8.79747e-03 3.170e-25 3.170e-25 6.341e-25 Ne 8 Mg 4 +8.76820e-03 3.180e-25 3.180e-25 6.360e-25 Zn29 Ne 5 +8.73902e-03 3.189e-25 3.189e-25 6.378e-25 V 23 +8.70994e-03 3.199e-25 3.199e-25 6.397e-25 Mg11 +8.68096e-03 3.208e-25 3.208e-25 6.416e-25 Be 3 Cr 5 +8.65207e-03 3.218e-25 3.218e-25 6.436e-25 Fe26 Ar 8 +8.62328e-03 3.227e-25 3.227e-25 6.454e-25 Al13 Al13 +8.59459e-03 3.236e-25 3.236e-25 6.473e-25 O 7 Ti 6 +8.56599e-03 3.246e-25 3.246e-25 6.492e-25 Fe26 Ni 5 +8.53749e-03 3.256e-25 3.256e-25 6.511e-25 Al12 Ca 7 +8.50908e-03 3.265e-25 3.265e-25 6.530e-25 Co23 +8.48077e-03 3.275e-25 3.275e-25 6.550e-25 Be 3 +8.45255e-03 3.284e-25 3.284e-25 6.569e-25 Si13 Si 4 +8.42442e-03 3.294e-25 3.294e-25 6.589e-25 S 16 Ca 8 +8.39639e-03 3.304e-25 3.304e-25 6.608e-25 V 23 Zn 2 +8.36845e-03 3.314e-25 3.314e-25 6.627e-25 N 7 +8.34060e-03 3.323e-25 3.323e-25 6.647e-25 S 15 +8.31285e-03 3.333e-25 3.333e-25 6.666e-25 P 15 +8.28519e-03 3.343e-25 3.343e-25 6.686e-25 Na11 P 2 +8.25762e-03 3.353e-25 3.353e-25 6.706e-25 Zn29 +8.23014e-03 3.363e-25 3.363e-25 6.726e-25 Zn30 V 7 +8.20276e-03 3.373e-25 3.373e-25 6.745e-25 Ne10 Fe 8 +8.17546e-03 3.383e-25 3.383e-25 6.765e-25 Zn30 +8.14826e-03 3.393e-25 3.393e-25 6.785e-25 Ca20 Ca20 +8.12115e-03 3.403e-25 3.403e-25 6.805e-25 Na10 Fe 6 +8.09412e-03 3.413e-25 3.413e-25 6.825e-25 Zn30 Mn 5 +8.06719e-03 3.423e-25 3.423e-25 6.845e-25 Ar18 Be 3 +8.04035e-03 3.433e-25 3.433e-25 6.865e-25 Ne 9 +8.01359e-03 3.443e-25 3.443e-25 6.886e-25 Cr24 K 8 +7.98693e-03 3.453e-25 3.453e-25 6.906e-25 Ne 7 +7.96035e-03 3.463e-25 3.463e-25 6.926e-25 Na10 Al 4 +7.93386e-03 3.473e-25 3.473e-25 6.947e-25 N 7 +7.90746e-03 3.484e-25 3.484e-25 6.967e-25 O 7 Na 5 +7.88115e-03 3.494e-25 3.494e-25 6.988e-25 Ar17 F 6 +7.85493e-03 3.504e-25 3.504e-25 7.008e-25 Cl17 Ne 6 +7.82879e-03 3.514e-25 3.514e-25 7.029e-25 N 7 +7.80274e-03 3.525e-25 3.525e-25 7.050e-25 Ne 9 +7.77678e-03 3.535e-25 3.535e-25 7.070e-25 Mg11 Ni 4 +7.75090e-03 3.546e-25 3.546e-25 7.091e-25 N 7 Cr 7 +7.72511e-03 3.556e-25 3.556e-25 7.112e-25 S 15 +7.69940e-03 3.567e-25 3.567e-25 7.133e-25 Cr24 Zn 5 +7.67378e-03 3.577e-25 3.577e-25 7.154e-25 F 8 +7.64825e-03 3.588e-25 3.588e-25 7.175e-25 Cr23 Si 2 +7.62280e-03 3.598e-25 3.598e-25 7.196e-25 Si13 +7.59743e-03 3.611e-25 3.611e-25 7.223e-25 O 8 Fe 5 +7.57215e-03 3.619e-25 3.619e-25 7.239e-25 Mg12 P 3 +7.54696e-03 3.630e-25 3.630e-25 7.260e-25 Ne 9 +7.52184e-03 3.642e-25 3.642e-25 7.283e-25 Fe26 +7.49682e-03 3.651e-25 3.651e-25 7.303e-25 O 7 Cr 6 +7.47187e-03 3.662e-25 3.662e-25 7.324e-25 Cl17 +7.44701e-03 3.673e-25 3.673e-25 7.346e-25 Fe25 Ca 8 +7.42223e-03 3.684e-25 3.684e-25 7.367e-25 Si14 Si 5 +7.39753e-03 3.695e-25 3.695e-25 7.389e-25 Sc21 Sc21 +7.37291e-03 3.705e-25 3.705e-25 7.411e-25 Mn25 +7.34838e-03 3.716e-25 3.716e-25 7.433e-25 Fe25 +7.32393e-03 3.727e-25 3.727e-25 7.454e-25 Fe25 Mn 7 +7.29956e-03 3.740e-25 3.740e-25 7.479e-25 S 16 S 1 +7.27527e-03 3.749e-25 3.749e-25 7.498e-25 O 7 Ti 8 +7.25106e-03 3.760e-25 3.760e-25 7.520e-25 Fe25 Ni 6 +7.22693e-03 3.771e-25 3.771e-25 7.543e-25 K 19 +7.20289e-03 3.782e-25 3.782e-25 7.565e-25 Fe24 Ne 6 +7.17892e-03 3.793e-25 3.793e-25 7.587e-25 Fe23 +7.15503e-03 3.805e-25 3.805e-25 7.609e-25 Fe25 Mg 5 +7.13122e-03 3.816e-25 3.816e-25 7.632e-25 Fe24 Co 5 +7.10749e-03 3.827e-25 3.827e-25 7.654e-25 Fe24 Si 3 +7.08384e-03 3.838e-25 3.838e-25 7.677e-25 Mn25 Zn 8 +7.06027e-03 3.850e-25 3.850e-25 7.699e-25 Fe24 K 9 +7.03678e-03 3.861e-25 3.861e-25 7.722e-25 K 18 K 18 +7.01336e-03 3.872e-25 3.872e-25 7.745e-25 Ar18 Mn 6 +6.99003e-03 3.884e-25 3.884e-25 7.767e-25 Cr24 +6.96677e-03 3.895e-25 3.895e-25 7.790e-25 Mg12 V 7 +6.94359e-03 3.907e-25 3.907e-25 7.813e-25 Zn29 Sc 8 +6.92048e-03 3.918e-25 3.918e-25 7.836e-25 Ne 7 +6.89745e-03 3.930e-25 3.930e-25 7.859e-25 Fe24 P 4 +6.87450e-03 3.941e-25 3.941e-25 7.882e-25 Fe24 Cu 6 +6.85163e-03 3.953e-25 3.953e-25 7.905e-25 Ar16 +6.82883e-03 3.966e-25 3.966e-25 7.931e-25 Fe26 +6.80611e-03 3.976e-25 3.976e-25 7.952e-25 Cl 7 +6.78346e-03 3.989e-25 3.989e-25 7.977e-25 O 8 Zn 4 +6.76089e-03 3.999e-25 3.999e-25 7.999e-25 Na11 Na11 +6.73839e-03 4.011e-25 4.011e-25 8.022e-25 Ti22 Ti22 +6.71597e-03 4.023e-25 4.023e-25 8.046e-25 Mg11 S 2 +6.69362e-03 4.035e-25 4.035e-25 8.069e-25 Mg11 F 7 +6.67135e-03 4.047e-25 4.047e-25 8.093e-25 Fe24 Co 9 +6.64915e-03 4.058e-25 4.058e-25 8.117e-25 Ar18 Mg 6 +6.62702e-03 4.070e-25 4.070e-25 8.141e-25 Na10 +6.60497e-03 4.082e-25 4.082e-25 8.165e-25 Mg12 Fe 6 +6.58299e-03 4.094e-25 4.094e-25 8.188e-25 Mg11 Ca 9 +6.56109e-03 4.113e-25 4.113e-25 8.227e-25 Ne10 +6.53926e-03 4.118e-25 4.118e-25 8.237e-25 Fe26 Na 6 +6.51750e-03 4.131e-25 4.131e-25 8.262e-25 Si14 Al 5 +6.49581e-03 4.143e-25 4.143e-25 8.285e-25 S 15 S 15 +6.47420e-03 4.155e-25 4.155e-25 8.310e-25 Fe25 S 15 +6.45265e-03 4.167e-25 4.167e-25 8.334e-25 P 15 Ti 9 +6.43118e-03 4.179e-25 4.179e-25 8.358e-25 S 15 Ni 9 +6.40978e-03 4.192e-25 4.192e-25 8.384e-25 Zn30 Zn30 +6.38845e-03 4.204e-25 4.204e-25 8.407e-25 Mg12 B 1 +6.36720e-03 4.216e-25 4.216e-25 8.432e-25 S 15 Mn 8 +6.34601e-03 4.228e-25 4.228e-25 8.457e-25 Fe25 +6.32489e-03 4.241e-25 4.241e-25 8.482e-25 Co27 Cu 5 +6.30385e-03 4.253e-25 4.253e-25 8.507e-25 Ca19 Ca19 +6.28287e-03 4.266e-25 4.266e-25 8.532e-25 K 19 Ni 7 +6.26196e-03 4.278e-25 4.278e-25 8.557e-25 Fe25 P 5 +6.24113e-03 4.291e-25 4.291e-25 8.582e-25 Mg12 P 2 +6.22036e-03 4.303e-25 4.303e-25 8.607e-25 Mg 8 S 3 +6.19966e-03 4.316e-25 4.316e-25 8.633e-25 O 8 Co 6 +6.17903e-03 4.329e-25 4.329e-25 8.657e-25 Ar17 +6.15847e-03 4.341e-25 4.341e-25 8.683e-25 V 23 Sc 9 +6.13798e-03 4.354e-25 4.354e-25 8.708e-25 Mg 8 +6.11756e-03 4.367e-25 4.367e-25 8.734e-25 TOTL Zn 9 +6.09720e-03 4.380e-25 4.380e-25 8.759e-25 Zn29 V 8 +6.07691e-03 4.393e-25 4.393e-25 8.785e-25 Co27 Co27 +6.05669e-03 4.405e-25 4.405e-25 8.811e-25 Ne 9 +6.03654e-03 4.418e-25 4.418e-25 8.837e-25 Ne 9 Si 6 +6.01645e-03 4.431e-25 4.431e-25 8.863e-25 Na10 V 9 +5.99643e-03 4.444e-25 4.444e-25 8.889e-25 O 8 Cu 7 +5.97648e-03 4.457e-25 4.457e-25 8.915e-25 Fe25 Ne 7 +5.95659e-03 4.470e-25 4.470e-25 8.941e-25 Si13 Na 7 +5.93677e-03 4.492e-25 4.492e-25 8.983e-25 Fe26 Cl 1 +5.91702e-03 4.497e-25 4.497e-25 8.993e-25 Fe25 B 2 +5.89733e-03 4.510e-25 4.510e-25 9.020e-25 Ne 9 +5.87770e-03 4.523e-25 4.523e-25 9.047e-25 Ni28 Ca10 +5.85815e-03 4.536e-25 4.536e-25 9.073e-25 Fe25 Ni 6 +5.83865e-03 4.550e-25 4.550e-25 9.099e-25 Ne 9 P 3 +5.81923e-03 4.563e-25 4.563e-25 9.126e-25 Ca18 +5.79986e-03 4.576e-25 4.576e-25 9.153e-25 K 18 Fe 7 +5.78056e-03 4.590e-25 4.590e-25 9.179e-25 K 18 Ti 9 +5.76133e-03 4.604e-25 4.604e-25 9.207e-25 Ar18 +5.74216e-03 4.617e-25 4.617e-25 9.233e-25 F 8 Ti10 +5.72305e-03 4.630e-25 4.630e-25 9.260e-25 S 15 S 4 +5.70401e-03 4.644e-25 4.644e-25 9.287e-25 Cl16 Be 4 +5.68503e-03 4.657e-25 4.657e-25 9.315e-25 O 8 O 8 +5.66611e-03 4.671e-25 4.671e-25 9.342e-25 Ca20 Ca20 +5.64726e-03 4.685e-25 4.685e-25 9.369e-25 Cr24 Cr24 +5.62846e-03 4.698e-25 4.698e-25 9.397e-25 Ni28 P 6 +5.60974e-03 4.712e-25 4.712e-25 9.424e-25 S 15 +5.59107e-03 4.726e-25 4.726e-25 9.452e-25 F 8 Mn 9 +5.57247e-03 4.740e-25 4.740e-25 9.480e-25 Si14 F 8 +5.55392e-03 4.754e-25 4.754e-25 9.508e-25 Ni27 Cl 2 +5.53544e-03 4.768e-25 4.768e-25 9.535e-25 Zn29 Cu 6 +5.51702e-03 4.782e-25 4.782e-25 9.563e-25 S 15 Na 7 +5.49867e-03 4.796e-25 4.796e-25 9.591e-25 Co27 Co 7 +5.48037e-03 4.811e-25 4.811e-25 9.621e-25 Fe26 Ni 8 +5.46213e-03 4.824e-25 4.824e-25 9.647e-25 Cu29 Al 6 +5.44396e-03 4.838e-25 4.838e-25 9.676e-25 Si13 B 3 +5.42584e-03 4.852e-25 4.852e-25 9.704e-25 Zn29 Mn 8 +5.40779e-03 4.866e-25 4.866e-25 9.733e-25 Na11 +5.38979e-03 4.880e-25 4.880e-25 9.761e-25 Ca20 +5.37186e-03 4.895e-25 4.895e-25 9.789e-25 Zn29 V 10 +5.35398e-03 4.909e-25 4.909e-25 9.818e-25 F 9 +5.33617e-03 4.923e-25 4.923e-25 9.847e-25 Si13 Cu10 +5.31841e-03 4.938e-25 4.938e-25 9.876e-25 Zn29 Zn29 +5.30072e-03 4.952e-25 4.952e-25 9.904e-25 Si13 Fe 9 +5.28308e-03 4.967e-25 4.967e-25 9.933e-25 Zn29 S 1 +5.26550e-03 4.981e-25 4.981e-25 9.963e-25 Fe25 +5.24798e-03 4.996e-25 4.996e-25 9.992e-25 Fe25 Cu29 +5.23051e-03 5.010e-25 5.010e-25 1.002e-24 Fe25 Zn 6 +5.21311e-03 5.025e-25 5.025e-25 1.005e-24 Mn25 Cl 3 +5.19576e-03 5.040e-25 5.040e-25 1.008e-24 Ca19 S 2 +5.17848e-03 5.054e-25 5.054e-25 1.011e-24 Ne 8 Ne 8 +5.16124e-03 5.069e-25 5.069e-25 1.014e-24 Ti21 Ti21 +5.14407e-03 5.084e-25 5.084e-25 1.017e-24 Sc21 Al 7 +5.12695e-03 5.099e-25 5.099e-25 1.020e-24 Al 9 Cr 9 +5.10989e-03 5.115e-25 5.115e-25 1.023e-24 Ni28 +5.09289e-03 5.129e-25 5.129e-25 1.026e-24 Ca19 +5.07594e-03 5.144e-25 5.144e-25 1.029e-24 Ca19 Mg 7 +5.05905e-03 5.159e-25 5.159e-25 1.032e-24 F 9 Co 9 +5.04222e-03 5.174e-25 5.174e-25 1.035e-24 Ar17 P 5 +5.02544e-03 5.189e-25 5.189e-25 1.038e-24 Cl17 Si 6 +5.00872e-03 5.204e-25 5.204e-25 1.041e-24 Cl16 +4.99205e-03 5.220e-25 5.220e-25 1.044e-24 S 16 Mn10 +4.97544e-03 5.235e-25 5.235e-25 1.047e-24 Ar16 Ar 1 +4.95889e-03 5.250e-25 5.250e-25 1.050e-24 Ca19 Sc11 +4.94239e-03 5.265e-25 5.265e-25 1.053e-24 Ar16 +4.92594e-03 5.281e-25 5.281e-25 1.056e-24 V 23 +4.90955e-03 5.296e-25 5.296e-25 1.059e-24 Zn30 Zn30 +4.89321e-03 5.312e-25 5.312e-25 1.062e-24 F 9 S 3 +4.87693e-03 5.327e-25 5.327e-25 1.065e-24 Sc21 V 10 +4.86070e-03 5.345e-25 5.345e-25 1.069e-24 Ne10 Cl 4 +4.84453e-03 5.358e-25 5.358e-25 1.072e-24 Al13 S 6 +4.82841e-03 5.375e-25 5.375e-25 1.075e-24 Fe26 +4.81234e-03 5.390e-25 5.390e-25 1.078e-24 Fe26 Fe26 +4.79633e-03 5.405e-25 5.405e-25 1.081e-24 Si13 Si13 +4.78037e-03 5.421e-25 5.421e-25 1.084e-24 Fe25 B 4 +4.76446e-03 5.437e-25 5.437e-25 1.087e-24 Cu29 +4.74861e-03 5.453e-25 5.453e-25 1.091e-24 Na10 +4.73281e-03 5.469e-25 5.469e-25 1.094e-24 Si13 Fe10 +4.71706e-03 5.485e-25 5.485e-25 1.097e-24 Zn29 P 7 +4.70136e-03 5.501e-25 5.501e-25 1.100e-24 Si14 V 22 +4.68572e-03 5.517e-25 5.517e-25 1.103e-24 Ti22 Na 8 +4.67013e-03 5.534e-25 5.534e-25 1.107e-24 Ca20 +4.65459e-03 5.549e-25 5.549e-25 1.110e-24 Zn29 Mg 8 +4.63910e-03 5.565e-25 5.565e-25 1.113e-24 Al12 Cu 9 +4.62366e-03 5.581e-25 5.581e-25 1.116e-24 Ne 9 Cr10 +4.60828e-03 5.598e-25 5.598e-25 1.120e-24 Sc20 +4.59294e-03 5.614e-25 5.614e-25 1.123e-24 Si14 S 4 +4.57766e-03 5.630e-25 5.630e-25 1.126e-24 Al12 Cr11 +4.56243e-03 5.647e-25 5.647e-25 1.129e-24 Na10 +4.54725e-03 5.672e-25 5.672e-25 1.134e-24 Mg12 +4.53212e-03 5.680e-25 5.680e-25 1.136e-24 Ne 9 Zn11 +4.51704e-03 5.697e-25 5.697e-25 1.139e-24 Cr24 +4.50201e-03 5.713e-25 5.713e-25 1.143e-24 F 9 Co10 +4.48702e-03 5.730e-25 5.730e-25 1.146e-24 Ar18 Cl 5 +4.47209e-03 5.746e-25 5.746e-25 1.149e-24 S 15 +4.45721e-03 5.765e-25 5.765e-25 1.153e-24 Co27 Cl 1 +4.44238e-03 5.780e-25 5.780e-25 1.156e-24 Zn30 +4.42760e-03 5.797e-25 5.797e-25 1.159e-24 Al12 Ar 3 +4.41287e-03 5.814e-25 5.814e-25 1.163e-24 Ne 9 S 7 +4.39818e-03 5.831e-25 5.831e-25 1.166e-24 Si12 Cu 8 +4.38355e-03 5.848e-25 5.848e-25 1.170e-24 Ar17 Co 9 +4.36896e-03 5.865e-25 5.865e-25 1.173e-24 Zn29 Mg 8 +4.35442e-03 5.882e-25 5.882e-25 1.176e-24 Fe23 Al 8 +4.33994e-03 5.900e-25 5.900e-25 1.180e-24 Ne10 Mn11 +4.32549e-03 5.916e-25 5.916e-25 1.183e-24 Zn29 +4.31110e-03 5.933e-25 5.933e-25 1.187e-24 Cr23 Si 7 +4.29676e-03 5.951e-25 5.951e-25 1.190e-24 Ar17 S 5 +4.28246e-03 5.968e-25 5.968e-25 1.194e-24 V 23 V 23 +4.26821e-03 5.985e-25 5.985e-25 1.197e-24 Ne 9 C 1 +4.25401e-03 6.003e-25 6.003e-25 1.201e-24 S 16 Ti12 +4.23985e-03 6.020e-25 6.020e-25 1.204e-24 Ti21 +4.22574e-03 6.038e-25 6.038e-25 1.208e-24 Sc21 +4.21168e-03 6.056e-25 6.056e-25 1.211e-24 Fe23 +4.19767e-03 6.073e-25 6.073e-25 1.215e-24 Fe25 P 14 +4.18370e-03 6.091e-25 6.091e-25 1.218e-24 Fe25 P 14 +4.16978e-03 6.109e-25 6.109e-25 1.222e-24 Si14 Cl 6 +4.15590e-03 6.126e-25 6.126e-25 1.225e-24 Ti21 Cl 3 +4.14207e-03 6.144e-25 6.144e-25 1.229e-24 Ni28 Fe10 +4.12829e-03 6.162e-25 6.162e-25 1.232e-24 Na 9 Na 9 +4.11456e-03 6.180e-25 6.180e-25 1.236e-24 Fe23 K 1 +4.10086e-03 6.198e-25 6.198e-25 1.240e-24 Ne10 +4.08722e-03 6.216e-25 6.216e-25 1.243e-24 Fe25 Si 8 +4.07362e-03 6.234e-25 6.234e-25 1.247e-24 TOTL +4.06006e-03 6.252e-25 6.252e-25 1.250e-24 V 23 Co11 +4.04655e-03 6.271e-25 6.271e-25 1.254e-24 Mg11 Al 8 +4.03309e-03 6.289e-25 6.289e-25 1.258e-24 Ca19 C 2 +4.01967e-03 6.307e-25 6.307e-25 1.261e-24 K 19 V 12 +4.00629e-03 6.326e-25 6.326e-25 1.265e-24 Na11 P 7 +3.99296e-03 6.344e-25 6.344e-25 1.269e-24 S 15 Zn12 +3.97968e-03 6.362e-25 6.362e-25 1.272e-24 C 5 Mn11 +3.96643e-03 6.381e-25 6.381e-25 1.276e-24 Ne10 Zn10 +3.95324e-03 6.399e-25 6.399e-25 1.280e-24 Mn24 Mn24 +3.94008e-03 6.418e-25 6.418e-25 1.284e-24 Ar18 Cl 4 +3.92697e-03 6.437e-25 6.437e-25 1.287e-24 Cr24 Cr24 +3.91390e-03 6.456e-25 6.456e-25 1.291e-24 S 16 +3.90088e-03 6.474e-25 6.474e-25 1.295e-24 Zn29 Zn29 +3.88790e-03 6.493e-25 6.493e-25 1.299e-24 Ne10 +3.87496e-03 6.513e-25 6.513e-25 1.303e-24 Al13 Ar 5 +3.86207e-03 6.531e-25 6.531e-25 1.306e-24 Cu29 Cl 7 +3.84922e-03 6.554e-25 6.554e-25 1.311e-24 Fe26 +3.83641e-03 6.569e-25 6.569e-25 1.314e-24 Ne10 +3.82364e-03 6.588e-25 6.588e-25 1.318e-24 K 18 +3.81092e-03 6.607e-25 6.607e-25 1.321e-24 Si13 Cr12 +3.79824e-03 6.627e-25 6.627e-25 1.325e-24 Ne10 Ar 1 +3.78560e-03 6.646e-25 6.646e-25 1.329e-24 Si13 K 3 +3.77300e-03 6.665e-25 6.665e-25 1.333e-24 Si13 C 3 +3.76045e-03 6.684e-25 6.684e-25 1.337e-24 P 13 Al 9 +3.74794e-03 6.704e-25 6.704e-25 1.341e-24 B 5 Si 8 +3.73547e-03 6.723e-25 6.723e-25 1.345e-24 Cr24 S 7 +3.72304e-03 6.743e-25 6.743e-25 1.349e-24 B 5 Cu11 +3.71065e-03 6.763e-25 6.763e-25 1.353e-24 S 16 +3.69830e-03 6.782e-25 6.782e-25 1.356e-24 V 22 Cl 5 +3.68599e-03 6.802e-25 6.802e-25 1.360e-24 Fe22 V 13 +3.67373e-03 6.822e-25 6.822e-25 1.364e-24 Na10 Na10 +3.66151e-03 6.841e-25 6.841e-25 1.368e-24 Al11 +3.64932e-03 6.861e-25 6.861e-25 1.372e-24 Fe25 B 5 +3.63718e-03 6.881e-25 6.881e-25 1.376e-24 Ne10 Ne10 +3.62508e-03 6.901e-25 6.901e-25 1.380e-24 Ca20 Ar 6 +3.61301e-03 6.921e-25 6.921e-25 1.384e-24 Mn25 Mn12 +3.60099e-03 6.941e-25 6.941e-25 1.388e-24 Fe25 Co11 +3.58901e-03 6.962e-25 6.962e-25 1.392e-24 S 16 Ar 3 +3.57707e-03 6.982e-25 6.982e-25 1.396e-24 Na11 Zn11 +3.56516e-03 7.002e-25 7.002e-25 1.400e-24 S 15 Cl 8 +3.55330e-03 7.022e-25 7.022e-25 1.404e-24 Ca19 +3.54148e-03 7.043e-25 7.043e-25 1.409e-24 Cr23 Al 9 +3.52969e-03 7.063e-25 7.063e-25 1.413e-24 K 19 Si 9 +3.51795e-03 7.084e-25 7.084e-25 1.417e-24 V 23 C 4 +3.50624e-03 7.104e-25 7.104e-25 1.421e-24 S 16 +3.49457e-03 7.125e-25 7.125e-25 1.425e-24 Ca19 P 8 +3.48295e-03 7.145e-25 7.145e-25 1.429e-24 Cr23 Cl 6 +3.47136e-03 7.166e-25 7.166e-25 1.433e-24 Na10 Na10 +3.45981e-03 7.187e-25 7.187e-25 1.437e-24 Fe25 +3.44829e-03 7.208e-25 7.208e-25 1.442e-24 Fe23 Fe12 +3.43682e-03 7.229e-25 7.229e-25 1.446e-24 Mn25 Fe13 +3.42538e-03 7.250e-25 7.250e-25 1.450e-24 Fe25 Ni11 +3.41399e-03 7.271e-25 7.271e-25 1.454e-24 Fe25 Ca 2 +3.40263e-03 7.292e-25 7.292e-25 1.458e-24 Mg11 Ar 4 +3.39130e-03 7.313e-25 7.313e-25 1.463e-24 Cr23 +3.38002e-03 7.334e-25 7.334e-25 1.467e-24 Na11 Ar 7 +3.36877e-03 7.374e-25 7.374e-25 1.475e-24 Mg10 Mg10 +3.35756e-03 7.377e-25 7.377e-25 1.475e-24 Ar18 Cu12 +3.34639e-03 7.398e-25 7.398e-25 1.480e-24 C 5 +3.33526e-03 7.441e-25 7.441e-25 1.488e-24 Fe26 P 9 +3.32416e-03 7.441e-25 7.441e-25 1.488e-24 N 6 Ca 3 +3.31310e-03 7.463e-25 7.463e-25 1.493e-24 Ni28 +3.30207e-03 7.484e-25 7.484e-25 1.497e-24 Ti21 Si 9 +3.29108e-03 7.506e-25 7.506e-25 1.501e-24 Sc21 Sc21 +3.28013e-03 7.528e-25 7.528e-25 1.506e-24 Na11 Co12 +3.26922e-03 7.550e-25 7.550e-25 1.510e-24 P 14 S 8 +3.25834e-03 7.572e-25 7.572e-25 1.514e-24 Mn24 +3.24750e-03 7.593e-25 7.593e-25 1.519e-24 Mn24 +3.23669e-03 7.615e-25 7.615e-25 1.523e-24 Fe24 Zn12 +3.22592e-03 7.638e-25 7.638e-25 1.528e-24 Cr24 K 1 +3.21519e-03 7.660e-25 7.660e-25 1.532e-24 Mg11 Ar 5 +3.20449e-03 7.682e-25 7.682e-25 1.536e-24 Cl16 K 2 +3.19383e-03 7.704e-25 7.704e-25 1.541e-24 S 16 S 16 +3.18320e-03 7.727e-25 7.727e-25 1.545e-24 Ca20 +3.17261e-03 7.751e-25 7.751e-25 1.550e-24 Fe26 K 6 +3.16205e-03 7.771e-25 7.771e-25 1.554e-24 C 5 C 5 +3.15153e-03 7.794e-25 7.794e-25 1.559e-24 P 14 Ni12 +3.14104e-03 7.816e-25 7.816e-25 1.563e-24 Fe22 Ca 4 +3.13059e-03 7.839e-25 7.839e-25 1.568e-24 Ni27 Cl16 +3.12017e-03 7.862e-25 7.862e-25 1.572e-24 Zn29 +3.10979e-03 7.884e-25 7.884e-25 1.577e-24 Fe25 Al10 +3.09944e-03 7.907e-25 7.907e-25 1.581e-24 Co27 Cl 9 +3.08913e-03 7.930e-25 7.930e-25 1.586e-24 Ar18 Si10 +3.07885e-03 7.953e-25 7.953e-25 1.591e-24 Fe25 Mn14 +3.06861e-03 7.976e-25 7.976e-25 1.595e-24 Fe25 +3.05839e-03 7.999e-25 7.999e-25 1.600e-24 Mg11 N 1 +3.04822e-03 8.022e-25 8.022e-25 1.604e-24 Fe25 +3.03807e-03 8.046e-25 8.046e-25 1.609e-24 S 14 Ar 6 +3.02797e-03 8.069e-25 8.069e-25 1.614e-24 Mg11 Mg11 +3.01789e-03 8.092e-25 8.092e-25 1.618e-24 Fe25 Co14 +3.00785e-03 8.116e-25 8.116e-25 1.623e-24 Na11 Cu12 +2.99784e-03 8.140e-25 8.140e-25 1.628e-24 Ti22 Ti22 +2.98786e-03 8.163e-25 8.163e-25 1.633e-24 Fe25 +2.97792e-03 8.187e-25 8.187e-25 1.637e-24 Mn25 K 4 +2.96801e-03 8.210e-25 8.210e-25 1.642e-24 Mg11 Ca 5 +2.95814e-03 8.234e-25 8.234e-25 1.647e-24 Mg11 Sc 2 +2.94829e-03 8.258e-25 8.258e-25 1.652e-24 Fe25 +2.93848e-03 8.282e-25 8.282e-25 1.656e-24 Fe25 Ar 9 +2.92871e-03 8.305e-25 8.305e-25 1.661e-24 Fe25 N 2 +2.91896e-03 8.329e-25 8.329e-25 1.666e-24 N 6 P 10 +2.90925e-03 8.354e-25 8.354e-25 1.671e-24 P 15 Cu28 +2.89957e-03 8.378e-25 8.378e-25 1.676e-24 Fe25 +2.88992e-03 8.402e-25 8.402e-25 1.680e-24 Fe25 S 9 +2.88030e-03 8.426e-25 8.426e-25 1.685e-24 Mg11 Ni14 +2.87072e-03 8.451e-25 8.451e-25 1.690e-24 Ni28 Ar 7 +2.86117e-03 8.475e-25 8.475e-25 1.695e-24 S 15 +2.85165e-03 8.501e-25 8.501e-25 1.700e-24 Fe26 Mn15 +2.84216e-03 8.527e-25 8.527e-25 1.705e-24 C 6 Ar17 +2.83270e-03 8.549e-25 8.549e-25 1.710e-24 Si13 K 5 +2.82327e-03 8.573e-25 8.573e-25 1.715e-24 Cl17 Cl17 +2.81388e-03 8.598e-25 8.598e-25 1.720e-24 Ar17 Ar17 +2.80452e-03 8.623e-25 8.623e-25 1.725e-24 Al11 Al11 +2.79518e-03 8.648e-25 8.648e-25 1.730e-24 Ni26 K 8 +2.78588e-03 8.673e-25 8.673e-25 1.735e-24 Ni26 Ca 2 +2.77661e-03 8.698e-25 8.698e-25 1.740e-24 Ar17 N 3 +2.76737e-03 8.723e-25 8.723e-25 1.745e-24 Fe25 Sc 4 +2.75817e-03 8.748e-25 8.748e-25 1.750e-24 Cr23 Cr23 +2.74899e-03 8.816e-25 8.816e-25 1.763e-24 Fe26 +2.73984e-03 8.799e-25 8.799e-25 1.760e-24 V 23 P 10 +2.73072e-03 8.825e-25 8.825e-25 1.765e-24 Ni28 Ca 3 +2.72164e-03 8.850e-25 8.850e-25 1.770e-24 Ca20 Cl10 +2.71258e-03 8.875e-25 8.875e-25 1.775e-24 Co26 Cl 9 +2.70355e-03 8.901e-25 8.901e-25 1.780e-24 Ni26 +2.69456e-03 8.927e-25 8.927e-25 1.785e-24 C 6 +2.68559e-03 8.952e-25 8.952e-25 1.790e-24 Zn29 K 6 +2.67666e-03 8.978e-25 8.978e-25 1.796e-24 Cu29 Ti 1 +2.66775e-03 9.006e-25 9.006e-25 1.801e-24 Fe26 Zn29 +2.65887e-03 9.030e-25 9.030e-25 1.806e-24 Mg12 Zn13 +2.65003e-03 9.056e-25 9.056e-25 1.811e-24 Zn29 Zn29 +2.64121e-03 9.082e-25 9.082e-25 1.816e-24 Ni26 Ca 7 +2.63242e-03 9.109e-25 9.109e-25 1.822e-24 Mg12 K 9 +2.62366e-03 9.135e-25 9.135e-25 1.827e-24 Fe23 Ca 4 +2.61493e-03 9.161e-25 9.161e-25 1.832e-24 V 22 +2.60623e-03 9.188e-25 9.188e-25 1.838e-24 C 6 N 4 +2.59756e-03 9.214e-25 9.214e-25 1.843e-24 Cl16 Ti 2 +2.58891e-03 9.240e-25 9.240e-25 1.848e-24 P 11 P 11 +2.58030e-03 9.267e-25 9.267e-25 1.853e-24 C 6 S 10 +2.57171e-03 9.294e-25 9.294e-25 1.859e-24 Ni27 +2.56315e-03 9.321e-25 9.321e-25 1.864e-24 Al13 Ar 9 +2.55463e-03 9.375e-25 9.375e-25 1.875e-24 S 16 +2.54613e-03 9.378e-25 9.378e-25 1.876e-24 Fe26 K 7 +2.53765e-03 9.401e-25 9.401e-25 1.880e-24 O 7 Fe16 +2.52921e-03 9.429e-25 9.429e-25 1.886e-24 C 6 Zn15 +2.52079e-03 9.456e-25 9.456e-25 1.891e-24 Ar18 Ar18 +2.51241e-03 9.483e-25 9.483e-25 1.897e-24 Cr24 Cr24 +2.50405e-03 9.510e-25 9.510e-25 1.902e-24 Zn30 Ca 5 +2.49571e-03 9.538e-25 9.538e-25 1.908e-24 Ca20 Ca 8 +2.48741e-03 9.565e-25 9.565e-25 1.913e-24 Al12 Sc 6 +2.47913e-03 9.608e-25 9.608e-25 1.922e-24 N 7 K 18 +2.47088e-03 9.625e-25 9.625e-25 1.925e-24 Si14 Zn14 +2.46266e-03 9.648e-25 9.648e-25 1.930e-24 Sc21 N 5 +2.45447e-03 9.676e-25 9.676e-25 1.935e-24 Si13 S 11 +2.44630e-03 9.704e-25 9.704e-25 1.941e-24 Ni27 Ti 4 +2.43816e-03 9.732e-25 9.732e-25 1.946e-24 Si13 +2.43005e-03 9.760e-25 9.760e-25 1.952e-24 Al12 Cl10 +2.42196e-03 9.788e-25 9.788e-25 1.958e-24 Al13 Co16 +2.41390e-03 9.816e-25 9.816e-25 1.963e-24 Cl16 K 8 +2.40587e-03 9.844e-25 9.844e-25 1.969e-24 V 23 Sc 3 +2.39786e-03 9.873e-25 9.873e-25 1.975e-24 Cu28 +2.38988e-03 9.901e-25 9.901e-25 1.980e-24 Cu28 Ca 6 +2.38193e-03 9.930e-25 9.930e-25 1.986e-24 Si13 Cu16 +2.37401e-03 9.958e-25 9.958e-25 1.992e-24 Zn30 +2.36611e-03 9.992e-25 9.992e-25 1.998e-24 Si12 Si12 +2.35823e-03 1.002e-24 1.002e-24 2.003e-24 Si13 +2.35039e-03 1.004e-24 1.004e-24 2.009e-24 Cu28 Ca 9 +2.34257e-03 1.007e-24 1.007e-24 2.015e-24 Al13 Cl11 +2.33477e-03 1.010e-24 1.010e-24 2.020e-24 Fe25 Sc 4 +2.32700e-03 1.013e-24 1.013e-24 2.026e-24 Fe25 Fe25 +2.31926e-03 1.016e-24 1.016e-24 2.032e-24 Fe25 S 11 +2.31154e-03 1.019e-24 1.019e-24 2.038e-24 Mn25 Mn25 +2.30385e-03 1.022e-24 1.022e-24 2.044e-24 N 6 O 1 +2.29618e-03 1.025e-24 1.025e-24 2.050e-24 Fe25 Ar10 +2.28854e-03 1.028e-24 1.028e-24 2.056e-24 Cu28 K 9 +2.28093e-03 1.031e-24 1.031e-24 2.061e-24 Ar17 +2.27334e-03 1.034e-24 1.034e-24 2.067e-24 Ca19 Ca 7 +2.26577e-03 1.037e-24 1.037e-24 2.073e-24 Cl17 Co17 +2.25823e-03 1.040e-24 1.040e-24 2.079e-24 K 19 V 3 +2.25072e-03 1.043e-24 1.043e-24 2.085e-24 Ca19 Ca19 +2.24323e-03 1.046e-24 1.046e-24 2.091e-24 Ti22 N 6 +2.23577e-03 1.049e-24 1.049e-24 2.097e-24 Fe24 Sc 5 +2.22833e-03 1.052e-24 1.052e-24 2.103e-24 Ca19 Ca10 +2.22091e-03 1.055e-24 1.055e-24 2.109e-24 Mn24 O 2 +2.21352e-03 1.058e-24 1.058e-24 2.115e-24 Ar17 P 12 +2.20616e-03 1.061e-24 1.061e-24 2.122e-24 Si14 +2.19882e-03 1.064e-24 1.064e-24 2.128e-24 Zn29 S 12 +2.19150e-03 1.067e-24 1.067e-24 2.134e-24 Ca17 Cl11 +2.18421e-03 1.070e-24 1.070e-24 2.140e-24 TOTL +2.17694e-03 1.073e-24 1.073e-24 2.146e-24 S 15 Ti 1 +2.16970e-03 1.076e-24 1.076e-24 2.152e-24 S 15 K 10 +2.16248e-03 1.079e-24 1.079e-24 2.158e-24 Si13 Ca 8 +2.15528e-03 1.082e-24 1.082e-24 2.165e-24 Al13 Al13 +2.14811e-03 1.085e-24 1.085e-24 2.171e-24 Ca17 Zn16 +2.14096e-03 1.088e-24 1.088e-24 2.177e-24 Fe26 Ti 3 +2.13384e-03 1.092e-24 1.092e-24 2.183e-24 Zn30 Sc 6 +2.12674e-03 1.095e-24 1.095e-24 2.189e-24 Si13 O 3 +2.11966e-03 1.098e-24 1.098e-24 2.196e-24 Si13 Sc 9 +2.11261e-03 1.101e-24 1.101e-24 2.202e-24 Ca17 +2.10558e-03 1.104e-24 1.104e-24 2.208e-24 Ca17 +2.09857e-03 1.107e-24 1.107e-24 2.215e-24 Zn29 S 12 +2.09159e-03 1.111e-24 1.111e-24 2.221e-24 N 7 Cl12 +2.08463e-03 1.114e-24 1.114e-24 2.228e-24 Si14 Ti 4 +2.07769e-03 1.117e-24 1.117e-24 2.234e-24 Ca17 Cr 2 +2.07078e-03 1.120e-24 1.120e-24 2.240e-24 Si13 Ar11 +2.06389e-03 1.123e-24 1.123e-24 2.247e-24 Ti22 Ca 9 +2.05702e-03 1.127e-24 1.127e-24 2.253e-24 Zn30 +2.05017e-03 1.130e-24 1.130e-24 2.260e-24 Fe25 Sc 7 +2.04335e-03 1.133e-24 1.133e-24 2.266e-24 Ca20 Ni18 +2.03655e-03 1.136e-24 1.136e-24 2.273e-24 Mn25 Sc20 +2.02978e-03 1.140e-24 1.140e-24 2.279e-24 P 13 P 13 +2.02302e-03 1.143e-24 1.143e-24 2.286e-24 Si14 Ti 8 +2.01629e-03 1.147e-24 1.147e-24 2.294e-24 Ar18 O 4 +2.00958e-03 1.149e-24 1.149e-24 2.299e-24 K 18 Sc10 +2.00290e-03 1.153e-24 1.153e-24 2.305e-24 Ni27 Ar12 +1.99623e-03 1.156e-24 1.156e-24 2.312e-24 Zn30 +1.98959e-03 1.159e-24 1.159e-24 2.319e-24 Fe25 +1.98297e-03 1.163e-24 1.163e-24 2.325e-24 Co27 Cl12 +1.97637e-03 1.166e-24 1.166e-24 2.332e-24 Si14 +1.96979e-03 1.169e-24 1.169e-24 2.339e-24 Ca17 K 12 +1.96324e-03 1.173e-24 1.173e-24 2.345e-24 Ca18 K 11 +1.95671e-03 1.176e-24 1.176e-24 2.352e-24 Ca17 Cr 4 +1.95020e-03 1.179e-24 1.179e-24 2.359e-24 Si14 Sc 8 +1.94371e-03 1.183e-24 1.183e-24 2.365e-24 Ca17 V 1 +1.93724e-03 1.186e-24 1.186e-24 2.372e-24 N 7 +1.93079e-03 1.190e-24 1.190e-24 2.379e-24 Si14 V 3 +1.92437e-03 1.193e-24 1.193e-24 2.386e-24 P 15 Ti 6 +1.91796e-03 1.196e-24 1.196e-24 2.393e-24 O 7 Ti 9 +1.91158e-03 1.200e-24 1.200e-24 2.399e-24 N 7 O 5 +1.90522e-03 1.203e-24 1.203e-24 2.406e-24 Zn30 S 13 +1.89888e-03 1.227e-24 1.227e-24 2.453e-24 O 8 +1.89256e-03 1.211e-24 1.211e-24 2.421e-24 S 16 Mn 1 +1.88627e-03 1.214e-24 1.214e-24 2.427e-24 Cr24 Cl13 +1.87999e-03 1.219e-24 1.219e-24 2.438e-24 Fe26 Cr 5 +1.87373e-03 1.220e-24 1.220e-24 2.441e-24 Ca18 +1.86750e-03 1.224e-24 1.224e-24 2.448e-24 Co26 Ca11 +1.86128e-03 1.227e-24 1.227e-24 2.455e-24 N 7 Sc 9 +1.85509e-03 1.231e-24 1.231e-24 2.462e-24 Si14 Si14 +1.84892e-03 1.235e-24 1.235e-24 2.469e-24 Sc21 Mn 2 +1.84277e-03 1.238e-24 1.238e-24 2.476e-24 Ni28 Ti 7 +1.83663e-03 1.242e-24 1.242e-24 2.483e-24 Ca19 P 14 +1.83052e-03 1.245e-24 1.245e-24 2.490e-24 S 15 P 14 +1.82443e-03 1.249e-24 1.249e-24 2.497e-24 Ti21 Ti10 +1.81836e-03 1.252e-24 1.252e-24 2.505e-24 P 15 Mn 3 +1.81231e-03 1.256e-24 1.256e-24 2.512e-24 Cl16 O 6 +1.80628e-03 1.259e-24 1.259e-24 2.519e-24 K 19 Ar13 +1.80027e-03 1.263e-24 1.263e-24 2.526e-24 Ca19 +1.79428e-03 1.267e-24 1.267e-24 2.533e-24 P 14 P 14 +1.78831e-03 1.270e-24 1.270e-24 2.541e-24 Ca19 F 1 +1.78236e-03 1.274e-24 1.274e-24 2.548e-24 Ca19 +1.77643e-03 1.278e-24 1.278e-24 2.555e-24 Ca19 Sc10 +1.77052e-03 1.281e-24 1.281e-24 2.562e-24 Ca19 Ti 8 +1.76462e-03 1.285e-24 1.285e-24 2.570e-24 Ar14 Cr 1 +1.75875e-03 1.289e-24 1.289e-24 2.577e-24 Ni27 +1.75290e-03 1.292e-24 1.292e-24 2.584e-24 S 14 S 14 +1.74707e-03 1.296e-24 1.296e-24 2.592e-24 Fe25 V 9 +1.74125e-03 1.300e-24 1.300e-24 2.599e-24 Co27 F 2 +1.73546e-03 1.303e-24 1.303e-24 2.607e-24 Mn25 K 13 +1.72969e-03 1.307e-24 1.307e-24 2.614e-24 Fe25 Cr 3 +1.72393e-03 1.311e-24 1.311e-24 2.622e-24 Fe25 Zn29 +1.71819e-03 1.315e-24 1.315e-24 2.629e-24 Zn29 Ar13 +1.71248e-03 1.318e-24 1.318e-24 2.637e-24 Cu29 Fe 1 +1.70678e-03 1.322e-24 1.322e-24 2.644e-24 Zn29 Ca13 +1.70110e-03 1.326e-24 1.326e-24 2.652e-24 Fe25 Ca12 +1.69544e-03 1.330e-24 1.330e-24 2.659e-24 Zn29 Sc11 +1.68980e-03 1.334e-24 1.334e-24 2.667e-24 S 16 Ti 9 +1.68417e-03 1.337e-24 1.337e-24 2.674e-24 Ti22 Zn20 +1.67857e-03 1.341e-24 1.341e-24 2.682e-24 O 7 O 7 +1.67299e-03 1.345e-24 1.345e-24 2.690e-24 Cl17 V 7 +1.66742e-03 1.349e-24 1.349e-24 2.697e-24 Cl16 Cr 8 +1.66187e-03 1.353e-24 1.353e-24 2.705e-24 V 22 Fe 3 +1.65634e-03 1.356e-24 1.356e-24 2.713e-24 Cl14 Cl14 +1.65083e-03 1.360e-24 1.360e-24 2.720e-24 Ar17 Ti12 +1.64534e-03 1.364e-24 1.364e-24 2.728e-24 Ne 9 +1.63986e-03 1.368e-24 1.368e-24 2.736e-24 Cu28 Ar14 +1.63440e-03 1.373e-24 1.373e-24 2.746e-24 Ca20 K 13 +1.62897e-03 1.376e-24 1.376e-24 2.752e-24 Ne 9 +1.62355e-03 1.380e-24 1.380e-24 2.759e-24 S 15 S 15 +1.61814e-03 1.384e-24 1.384e-24 2.768e-24 Ni28 Sc12 +1.61276e-03 1.388e-24 1.388e-24 2.775e-24 P 15 P 15 +1.60739e-03 1.392e-24 1.392e-24 2.783e-24 Fe25 F 4 +1.60204e-03 1.399e-24 1.399e-24 2.799e-24 O 8 Zn30 +1.59671e-03 1.400e-24 1.400e-24 2.799e-24 S 16 S 15 +1.59140e-03 1.404e-24 1.404e-24 2.807e-24 Fe25 +1.58610e-03 1.408e-24 1.408e-24 2.815e-24 Fe25 Cr 9 +1.58083e-03 1.412e-24 1.412e-24 2.823e-24 Ti19 Ar14 +1.57557e-03 1.416e-24 1.416e-24 2.831e-24 K 17 K 14 +1.57032e-03 1.420e-24 1.420e-24 2.839e-24 Ca15 +1.56510e-03 1.424e-24 1.424e-24 2.847e-24 S 15 Fe 5 +1.55989e-03 1.428e-24 1.428e-24 2.855e-24 Sc20 Mn 3 +1.55470e-03 1.432e-24 1.432e-24 2.863e-24 Sc20 Ca13 +1.54953e-03 1.436e-24 1.436e-24 2.872e-24 Cr23 Ti11 +1.54437e-03 1.440e-24 1.440e-24 2.880e-24 S 16 V 9 +1.53923e-03 1.444e-24 1.444e-24 2.888e-24 V 23 V 23 +1.53411e-03 1.448e-24 1.448e-24 2.896e-24 Cl15 F 5 +1.52901e-03 1.452e-24 1.452e-24 2.904e-24 Ca16 Mn 4 +1.52392e-03 1.456e-24 1.456e-24 2.913e-24 Fe25 Cr 7 +1.51885e-03 1.461e-24 1.461e-24 2.922e-24 O 8 Ca14 +1.51379e-03 1.465e-24 1.465e-24 2.929e-24 S 16 Mn 8 +1.50876e-03 1.469e-24 1.469e-24 2.938e-24 Fe25 V 12 +1.50374e-03 1.473e-24 1.473e-24 2.946e-24 Fe25 K 14 +1.49873e-03 1.477e-24 1.477e-24 2.954e-24 F 9 +1.49374e-03 1.482e-24 1.482e-24 2.963e-24 Ar18 Sc14 +1.48877e-03 1.486e-24 1.486e-24 2.971e-24 Co27 Sc13 +1.48382e-03 1.490e-24 1.490e-24 2.980e-24 O 8 Ti12 +1.47888e-03 1.494e-24 1.494e-24 2.988e-24 S 16 V 10 +1.47396e-03 1.499e-24 1.499e-24 2.998e-24 Fe26 +1.46906e-03 1.503e-24 1.503e-24 3.005e-24 K 17 Cr 8 +1.46417e-03 1.507e-24 1.507e-24 3.014e-24 O 8 +1.45930e-03 1.511e-24 1.511e-24 3.022e-24 Fe25 F 6 +1.45444e-03 1.516e-24 1.516e-24 3.031e-24 O 8 Fe 7 +1.44960e-03 1.520e-24 1.520e-24 3.039e-24 Ar15 Ar15 +1.44478e-03 1.524e-24 1.524e-24 3.048e-24 O 8 V 13 +1.43997e-03 1.529e-24 1.529e-24 3.057e-24 O 8 K 15 +1.43518e-03 1.533e-24 1.533e-24 3.066e-24 O 8 Ca14 +1.43040e-03 1.537e-24 1.537e-24 3.074e-24 Ti21 +1.42564e-03 1.541e-24 1.541e-24 3.083e-24 Fe25 Ne 1 +1.42090e-03 1.546e-24 1.546e-24 3.092e-24 O 8 Ti13 +1.41617e-03 1.550e-24 1.550e-24 3.101e-24 Cl17 V 11 +1.41146e-03 1.555e-24 1.555e-24 3.109e-24 Cr24 Cr 9 +1.40676e-03 1.559e-24 1.559e-24 3.118e-24 Mn24 Cl16 +1.40208e-03 1.564e-24 1.564e-24 3.127e-24 Cl16 Ne 2 +1.39742e-03 1.568e-24 1.568e-24 3.137e-24 Fe26 Fe 4 +1.39277e-03 1.572e-24 1.572e-24 3.145e-24 Fe22 F 7 +1.38813e-03 1.577e-24 1.577e-24 3.154e-24 V 21 K 15 +1.38351e-03 1.581e-24 1.581e-24 3.163e-24 V 21 V 14 +1.37891e-03 1.586e-24 1.586e-24 3.172e-24 Ni28 +1.37432e-03 1.590e-24 1.590e-24 3.181e-24 Cl16 Cl16 +1.36975e-03 1.595e-24 1.595e-24 3.190e-24 Cl17 Sc14 +1.36519e-03 1.599e-24 1.599e-24 3.199e-24 Co27 Co 6 +1.36065e-03 1.604e-24 1.604e-24 3.208e-24 Fe22 V 12 +1.35612e-03 1.608e-24 1.608e-24 3.217e-24 TOTL Ne 3 +1.35161e-03 1.613e-24 1.613e-24 3.227e-24 Ar16 Ar16 +1.34711e-03 1.618e-24 1.618e-24 3.235e-24 Ti22 Fe 9 +1.34263e-03 1.622e-24 1.622e-24 3.244e-24 Ne 9 Mn 8 +1.33816e-03 1.627e-24 1.627e-24 3.254e-24 K 19 Sc15 +1.33371e-03 1.631e-24 1.631e-24 3.263e-24 Ar18 +1.32927e-03 1.636e-24 1.636e-24 3.272e-24 Na10 Cr13 +1.32485e-03 1.641e-24 1.641e-24 3.281e-24 Ca19 Ca15 +1.32044e-03 1.646e-24 1.646e-24 3.292e-24 Fe26 Fe 6 +1.31604e-03 1.650e-24 1.650e-24 3.300e-24 K 18 Ti15 +1.31167e-03 1.655e-24 1.655e-24 3.309e-24 Fe25 Ti14 +1.30730e-03 1.659e-24 1.659e-24 3.319e-24 Cr21 Ne 4 +1.30295e-03 1.664e-24 1.664e-24 3.328e-24 Mn25 Cr11 +1.29861e-03 1.669e-24 1.669e-24 3.338e-24 Fe25 F 8 +1.29429e-03 1.673e-24 1.673e-24 3.347e-24 Zn29 Fe10 +1.28999e-03 1.678e-24 1.678e-24 3.356e-24 Ca19 +1.28569e-03 1.683e-24 1.683e-24 3.366e-24 Fe25 Fe25 +1.28142e-03 1.688e-24 1.688e-24 3.376e-24 K 16 K 16 +1.27715e-03 1.693e-24 1.693e-24 3.385e-24 Zn29 Fe 7 +1.27290e-03 1.697e-24 1.697e-24 3.395e-24 Ca16 Ca16 +1.26867e-03 1.702e-24 1.702e-24 3.405e-24 Ni28 Sc15 +1.26445e-03 1.707e-24 1.707e-24 3.414e-24 Ar17 Ar17 +1.26024e-03 1.712e-24 1.712e-24 3.424e-24 Ar18 +1.25604e-03 1.717e-24 1.717e-24 3.433e-24 Cl17 Ne 5 +1.25187e-03 1.721e-24 1.721e-24 3.443e-24 Cr23 Cr12 +1.24770e-03 1.726e-24 1.726e-24 3.453e-24 Ar17 Mn10 +1.24355e-03 1.731e-24 1.731e-24 3.462e-24 Ar17 Fe11 +1.23941e-03 1.736e-24 1.736e-24 3.472e-24 Cr23 +1.23529e-03 1.741e-24 1.741e-24 3.482e-24 Ne 9 Fe 8 +1.23118e-03 1.746e-24 1.746e-24 3.492e-24 V 23 Ca16 +1.22708e-03 1.751e-24 1.751e-24 3.502e-24 Cr23 Sc16 +1.22300e-03 1.756e-24 1.756e-24 3.512e-24 Fe22 +1.21893e-03 1.761e-24 1.761e-24 3.522e-24 Ar17 Ar17 +1.21487e-03 1.781e-24 1.781e-24 3.562e-24 Ne10 Ti15 +1.21083e-03 1.771e-24 1.771e-24 3.542e-24 Ca20 Co 6 +1.20680e-03 1.776e-24 1.776e-24 3.552e-24 Cr23 Cr13 +1.20278e-03 1.781e-24 1.781e-24 3.562e-24 Fe26 Ne 6 +1.19878e-03 1.786e-24 1.786e-24 3.572e-24 K 17 K 17 +1.19479e-03 1.791e-24 1.791e-24 3.582e-24 K 19 Fe 9 +1.19082e-03 1.796e-24 1.796e-24 3.592e-24 Zn29 Ni 3 +1.18685e-03 1.801e-24 1.801e-24 3.602e-24 Co26 Ti16 +1.18290e-03 1.806e-24 1.806e-24 3.612e-24 Cr23 Co10 +1.17897e-03 1.811e-24 1.811e-24 3.622e-24 Fe23 Mn14 +1.17505e-03 1.816e-24 1.816e-24 3.633e-24 Zn29 Sc16 +1.17114e-03 1.821e-24 1.821e-24 3.643e-24 Mg11 V 16 +1.16724e-03 1.827e-24 1.827e-24 3.653e-24 Mg11 V 15 +1.16335e-03 1.832e-24 1.832e-24 3.664e-24 Mg11 Zn 2 +1.15948e-03 1.837e-24 1.837e-24 3.674e-24 Ca19 Cr14 +1.15563e-03 1.842e-24 1.842e-24 3.684e-24 Ne 9 Cu 6 +1.15178e-03 1.847e-24 1.847e-24 3.695e-24 Mg11 Ne 7 +1.14795e-03 1.853e-24 1.853e-24 3.705e-24 Mn24 Na 1 +1.14413e-03 1.858e-24 1.858e-24 3.716e-24 Fe24 +1.14032e-03 1.863e-24 1.863e-24 3.726e-24 Ca17 Ca17 +1.13653e-03 1.868e-24 1.868e-24 3.737e-24 Fe23 Ni 9 +1.13274e-03 1.874e-24 1.874e-24 3.747e-24 Fe23 Sc17 +1.12898e-03 1.880e-24 1.880e-24 3.759e-24 Cr24 Na 2 +1.12522e-03 1.884e-24 1.884e-24 3.768e-24 F 9 Zn 4 +1.12147e-03 1.889e-24 1.889e-24 3.779e-24 Ar18 Cu 1 +1.11774e-03 1.895e-24 1.895e-24 3.790e-24 Fe24 Cr15 +1.11402e-03 1.900e-24 1.900e-24 3.800e-24 Co27 Ni 6 +1.11032e-03 1.906e-24 1.906e-24 3.811e-24 Ni27 Na 3 +1.10662e-03 1.911e-24 1.911e-24 3.822e-24 TOTL +1.10294e-03 1.916e-24 1.916e-24 3.833e-24 Ni27 Ne 8 +1.09927e-03 1.922e-24 1.922e-24 3.843e-24 Ne 9 Cu 3 +1.09561e-03 1.927e-24 1.927e-24 3.854e-24 K 19 Sc17 +1.09197e-03 1.933e-24 1.933e-24 3.865e-24 Zn29 Cu 8 +1.08833e-03 1.938e-24 1.938e-24 3.876e-24 K 18 Ni 7 +1.08471e-03 1.943e-24 1.943e-24 3.887e-24 Mg11 Na 4 +1.08110e-03 1.949e-24 1.949e-24 3.898e-24 Ca20 V 16 +1.07750e-03 1.954e-24 1.954e-24 3.909e-24 Ne 9 +1.07392e-03 1.960e-24 1.960e-24 3.920e-24 Ni25 Mn14 +1.07035e-03 1.965e-24 1.965e-24 3.931e-24 Ca18 Ca18 +1.06678e-03 1.971e-24 1.971e-24 3.942e-24 Fe24 Co10 +1.06323e-03 1.977e-24 1.977e-24 3.953e-24 Fe24 V 17 +1.05970e-03 1.982e-24 1.982e-24 3.964e-24 Fe25 +1.05617e-03 1.988e-24 1.988e-24 3.975e-24 Zn29 Ni 8 +1.05266e-03 1.993e-24 1.993e-24 3.987e-24 Ne 9 Ti17 +1.04915e-03 1.999e-24 1.999e-24 3.999e-24 Fe25 Fe15 +1.04566e-03 2.005e-24 2.005e-24 4.009e-24 Cu28 Na 5 +1.04218e-03 2.011e-24 2.011e-24 4.021e-24 Mn25 Cr16 +1.03872e-03 2.016e-24 2.016e-24 4.032e-24 Cu28 Mn15 +1.03526e-03 2.022e-24 2.022e-24 4.044e-24 Ni28 Ne 9 +1.03181e-03 2.027e-24 2.027e-24 4.054e-24 Co25 Cu 6 +1.02838e-03 2.033e-24 2.033e-24 4.066e-24 Fe25 Ni12 +1.02496e-03 2.041e-24 2.041e-24 4.081e-24 Ne10 Ni 9 +1.02155e-03 2.045e-24 2.045e-24 4.090e-24 Fe25 Sc18 +1.01815e-03 2.050e-24 2.050e-24 4.100e-24 Na10 Fe16 +1.01476e-03 2.056e-24 2.056e-24 4.112e-24 Zn30 Ti18 +1.01138e-03 2.062e-24 2.062e-24 4.123e-24 Ca19 V 17 +1.00802e-03 2.067e-24 2.067e-24 4.135e-24 Mg11 Na 6 +1.00466e-03 2.073e-24 2.073e-24 4.146e-24 K 19 K 19 +1.00132e-03 2.080e-24 2.080e-24 4.161e-24 Na11 Mn16 +9.97990e-04 2.085e-24 2.085e-24 4.170e-24 Ca19 Co12 +9.94669e-04 2.091e-24 2.091e-24 4.182e-24 Ca19 Ca19 +9.91359e-04 2.097e-24 2.097e-24 4.193e-24 Cr22 Ni10 +9.88061e-04 2.103e-24 2.103e-24 4.205e-24 Ca20 +9.84773e-04 2.108e-24 2.108e-24 4.217e-24 Co25 Ti18 +9.81496e-04 2.114e-24 2.114e-24 4.229e-24 Cr22 Fe17 +9.78230e-04 2.120e-24 2.120e-24 4.241e-24 Ca19 Co15 +9.74975e-04 2.126e-24 2.126e-24 4.253e-24 Ti20 +9.71731e-04 2.133e-24 2.133e-24 4.266e-24 Ne10 Cr17 +9.68497e-04 2.138e-24 2.138e-24 4.276e-24 Zn29 Na 7 +9.65275e-04 2.144e-24 2.144e-24 4.288e-24 Cu29 Cu29 +9.62063e-04 2.214e-24 2.214e-24 4.427e-24 Fe26 Sc19 +9.58862e-04 2.156e-24 2.156e-24 4.313e-24 Zn29 Ni11 +9.55671e-04 2.162e-24 2.162e-24 4.325e-24 Ni26 Cr18 +9.52491e-04 2.168e-24 2.168e-24 4.337e-24 Zn29 Cu 9 +9.49322e-04 2.175e-24 2.175e-24 4.349e-24 Ne10 Cu12 +9.46163e-04 2.181e-24 2.181e-24 4.361e-24 Na10 Mg 1 +9.43014e-04 2.187e-24 2.187e-24 4.373e-24 Co26 Mn18 +9.39877e-04 2.193e-24 2.193e-24 4.386e-24 Ni26 Mg 2 +9.36749e-04 2.199e-24 2.199e-24 4.398e-24 Ne10 Zn 7 +9.33632e-04 2.205e-24 2.205e-24 4.410e-24 Ni25 Fe16 +9.30525e-04 2.211e-24 2.211e-24 4.423e-24 Ne10 Co14 +9.27429e-04 2.218e-24 2.218e-24 4.435e-24 Co26 Na 8 +9.24343e-04 2.224e-24 2.224e-24 4.448e-24 Ne10 Cu13 +9.21267e-04 2.230e-24 2.230e-24 4.460e-24 Ne10 Ti19 +9.18202e-04 2.236e-24 2.236e-24 4.473e-24 Ne10 +9.15147e-04 2.242e-24 2.242e-24 4.485e-24 V 19 Mg 4 +9.12101e-04 2.249e-24 2.249e-24 4.498e-24 V 23 Cr18 +9.09066e-04 2.255e-24 2.255e-24 4.510e-24 Ne10 Co17 +9.06041e-04 2.261e-24 2.261e-24 4.523e-24 Ca20 Ca20 +9.03027e-04 2.268e-24 2.268e-24 4.536e-24 Sc20 Fe17 +9.00022e-04 2.274e-24 2.274e-24 4.548e-24 Zn30 Co15 +8.97027e-04 2.281e-24 2.281e-24 4.561e-24 Ni27 Sc20 +8.94042e-04 2.287e-24 2.287e-24 4.574e-24 Sc21 Na 9 +8.91067e-04 2.294e-24 2.294e-24 4.587e-24 Co27 +8.88102e-04 2.300e-24 2.300e-24 4.599e-24 Ni27 V 19 +8.85147e-04 2.306e-24 2.306e-24 4.612e-24 V 21 Mg 5 +8.82202e-04 2.313e-24 2.313e-24 4.625e-24 Ni27 Ni16 +8.79266e-04 2.319e-24 2.319e-24 4.638e-24 Ni27 +8.76340e-04 2.326e-24 2.326e-24 4.651e-24 Fe23 Mn18 +8.73424e-04 2.332e-24 2.332e-24 4.664e-24 Ni27 Ni14 +8.70518e-04 2.339e-24 2.339e-24 4.677e-24 Ti20 Ti20 +8.67621e-04 2.345e-24 2.345e-24 4.690e-24 Si13 Cu12 +8.64734e-04 2.352e-24 2.352e-24 4.703e-24 Si13 Zn10 +8.61857e-04 2.358e-24 2.358e-24 4.717e-24 Al12 Mn19 +8.58989e-04 2.365e-24 2.365e-24 4.730e-24 Ni27 +8.56131e-04 2.371e-24 2.371e-24 4.743e-24 Fe23 Mg 6 +8.53282e-04 2.378e-24 2.378e-24 4.756e-24 Mg11 +8.50443e-04 2.385e-24 2.385e-24 4.769e-24 Mg11 Fe18 +8.47613e-04 2.391e-24 2.391e-24 4.783e-24 Na10 Na10 +8.44793e-04 2.398e-24 2.398e-24 4.796e-24 Na11 Co17 +8.41982e-04 2.422e-24 2.422e-24 4.844e-24 Mg12 Ni15 +8.39180e-04 2.412e-24 2.412e-24 4.823e-24 Fe22 +8.36387e-04 2.418e-24 2.418e-24 4.837e-24 Cr24 Zn11 +8.33604e-04 2.425e-24 2.425e-24 4.850e-24 Cu28 V 20 +8.30831e-04 2.432e-24 2.432e-24 4.864e-24 Fe24 +8.28066e-04 2.446e-24 2.446e-24 4.891e-24 Ni28 Cr20 +8.25311e-04 2.445e-24 2.445e-24 4.891e-24 Cu28 Mg 7 +8.22564e-04 2.452e-24 2.452e-24 4.904e-24 Sc21 Co19 +8.19827e-04 2.459e-24 2.459e-24 4.918e-24 Ti21 Ti21 +8.17099e-04 2.466e-24 2.466e-24 4.932e-24 Cu28 Co18 +8.14380e-04 2.473e-24 2.473e-24 4.946e-24 Ti21 Cu14 +8.11671e-04 2.480e-24 2.480e-24 4.959e-24 Cu28 Zn12 +8.08970e-04 2.487e-24 2.487e-24 4.973e-24 Fe22 +8.06278e-04 2.494e-24 2.494e-24 4.987e-24 Cr23 Cr20 +8.03595e-04 2.501e-24 2.501e-24 5.001e-24 Fe23 Ni19 +8.00921e-04 2.508e-24 2.508e-24 5.015e-24 Ti21 Zn15 +7.98256e-04 2.515e-24 2.515e-24 5.029e-24 Fe24 Cu17 +7.95600e-04 2.522e-24 2.522e-24 5.043e-24 Fe23 Mg 8 +7.92953e-04 2.529e-24 2.529e-24 5.057e-24 Cu28 Cu15 +7.90314e-04 2.536e-24 2.536e-24 5.071e-24 V 21 Al 1 +7.87684e-04 2.543e-24 2.543e-24 5.085e-24 Zn29 Zn13 +7.85063e-04 2.550e-24 2.550e-24 5.100e-24 Mg11 Fe20 +7.82451e-04 2.557e-24 2.557e-24 5.114e-24 Na11 Al 3 +7.79847e-04 2.564e-24 2.564e-24 5.128e-24 Fe25 +7.77252e-04 2.571e-24 2.571e-24 5.142e-24 Fe25 Mn20 +7.74666e-04 2.578e-24 2.578e-24 5.157e-24 Al12 Co20 +7.72088e-04 2.586e-24 2.586e-24 5.172e-24 Mn25 Al 4 +7.69519e-04 2.593e-24 2.593e-24 5.186e-24 V 23 Zn14 +7.66959e-04 2.600e-24 2.600e-24 5.200e-24 Na11 Mg 9 +7.64407e-04 2.607e-24 2.607e-24 5.214e-24 Fe25 +7.61863e-04 2.615e-24 2.615e-24 5.229e-24 Fe25 +7.59328e-04 2.622e-24 2.622e-24 5.243e-24 Cr21 Al 5 +7.56801e-04 2.629e-24 2.629e-24 5.258e-24 Zn29 +7.54283e-04 2.636e-24 2.636e-24 5.273e-24 Mn24 Mn21 +7.51773e-04 2.644e-24 2.644e-24 5.287e-24 Na11 Fe20 +7.49272e-04 2.651e-24 2.651e-24 5.303e-24 Ti22 Cu19 +7.46778e-04 2.658e-24 2.658e-24 5.317e-24 Cr24 V 22 +7.44294e-04 2.666e-24 2.666e-24 5.332e-24 Zn29 +7.41817e-04 2.673e-24 2.673e-24 5.346e-24 V 22 Ni19 +7.39349e-04 2.681e-24 2.681e-24 5.361e-24 Mn24 Mg10 +7.36888e-04 2.688e-24 2.688e-24 5.376e-24 Fe24 +7.34436e-04 2.696e-24 2.696e-24 5.391e-24 Fe21 Al 6 +7.31993e-04 2.703e-24 2.703e-24 5.406e-24 Mg11 +7.29557e-04 2.711e-24 2.711e-24 5.421e-24 V 22 V 22 +7.27129e-04 2.718e-24 2.718e-24 5.436e-24 Mn24 Zn18 +7.24710e-04 2.726e-24 2.726e-24 5.451e-24 LyEx Co20 +7.22298e-04 2.733e-24 2.733e-24 5.466e-24 Mg11 Zn16 +7.19895e-04 2.741e-24 2.741e-24 5.482e-24 Cr22 Cr22 +7.17499e-04 2.751e-24 2.751e-24 5.502e-24 Al13 +7.15112e-04 2.756e-24 2.756e-24 5.512e-24 Mg11 Co21 +7.12732e-04 2.778e-24 2.778e-24 5.556e-24 Fe26 Al 7 +7.10361e-04 2.774e-24 2.774e-24 5.547e-24 Mg12 Fe21 +7.07997e-04 2.779e-24 2.779e-24 5.558e-24 Ni26 +7.05641e-04 2.787e-24 2.787e-24 5.574e-24 Cr24 Ni20 +7.03293e-04 2.795e-24 2.795e-24 5.589e-24 Mg11 Mg11 +7.00953e-04 2.802e-24 2.802e-24 5.605e-24 Ni26 +6.98621e-04 2.810e-24 2.810e-24 5.620e-24 P 14 Cu19 +6.96296e-04 2.818e-24 2.818e-24 5.636e-24 Fe23 +6.93979e-04 2.826e-24 2.826e-24 5.651e-24 Fe25 Mn22 +6.91670e-04 2.834e-24 2.834e-24 5.667e-24 Cu21 Cu21 +6.89368e-04 2.841e-24 2.841e-24 5.683e-24 Mn25 Al 8 +6.87074e-04 2.849e-24 2.849e-24 5.699e-24 Fe25 Co21 +6.84788e-04 2.857e-24 2.857e-24 5.714e-24 V 23 V 23 +6.82510e-04 2.865e-24 2.865e-24 5.730e-24 Fe25 Zn20 +6.80238e-04 2.873e-24 2.873e-24 5.746e-24 Cr23 Cr23 +6.77975e-04 2.881e-24 2.881e-24 5.762e-24 Cr23 Cu20 +6.75719e-04 2.889e-24 2.889e-24 5.778e-24 Mg12 +6.73471e-04 2.898e-24 2.898e-24 5.795e-24 Mg12 +6.71230e-04 2.905e-24 2.905e-24 5.810e-24 Fe25 Si 1 +6.68996e-04 2.913e-24 2.913e-24 5.826e-24 Cr23 Si 3 +6.66770e-04 2.921e-24 2.921e-24 5.842e-24 S 15 Al 9 +6.64551e-04 2.929e-24 2.929e-24 5.859e-24 Ni27 Si 4 +6.62340e-04 2.937e-24 2.937e-24 5.875e-24 Si 4 Ni21 +6.60136e-04 2.946e-24 2.946e-24 5.891e-24 Mn23 Mn23 +6.57940e-04 2.954e-24 2.954e-24 5.908e-24 Mg12 Si 5 +6.55750e-04 2.962e-24 2.962e-24 5.924e-24 Fe25 Ni22 +6.53568e-04 2.970e-24 2.970e-24 5.940e-24 Si11 +6.51393e-04 2.978e-24 2.978e-24 5.957e-24 Ni27 Cu22 +6.49226e-04 2.987e-24 2.987e-24 5.974e-24 Mg12 Co22 +6.47066e-04 2.995e-24 2.995e-24 5.990e-24 P 14 +6.44913e-04 3.003e-24 3.003e-24 6.006e-24 Mg12 Cu21 +6.42767e-04 3.011e-24 3.011e-24 6.023e-24 Fe25 Al10 +6.40628e-04 3.020e-24 3.020e-24 6.040e-24 Mg12 Zn20 +6.38496e-04 3.028e-24 3.028e-24 6.057e-24 Mg12 +6.36372e-04 3.043e-24 3.043e-24 6.085e-24 Fe26 Si 6 +6.34254e-04 3.045e-24 3.045e-24 6.090e-24 Fe25 Zn22 +6.32144e-04 3.053e-24 3.053e-24 6.106e-24 Mg12 Co23 +6.30040e-04 3.062e-24 3.062e-24 6.123e-24 Mn25 Ni22 +6.27944e-04 3.070e-24 3.070e-24 6.140e-24 Cr24 Cr24 +6.25854e-04 3.079e-24 3.079e-24 6.157e-24 Si13 +6.23772e-04 3.087e-24 3.087e-24 6.174e-24 Mn24 Mn24 +6.21696e-04 3.096e-24 3.096e-24 6.191e-24 Fe25 Al11 +6.19627e-04 3.104e-24 3.104e-24 6.208e-24 Co26 Si 7 +6.17566e-04 3.157e-24 3.157e-24 6.313e-24 Si14 Ni23 +6.15511e-04 3.121e-24 3.121e-24 6.243e-24 Fe25 Co23 +6.13463e-04 3.131e-24 3.131e-24 6.263e-24 Ni28 Mn24 +6.11421e-04 3.139e-24 3.139e-24 6.277e-24 Fe25 +6.09387e-04 3.147e-24 3.147e-24 6.295e-24 P 8 Cu22 +6.07359e-04 3.156e-24 3.156e-24 6.312e-24 Fe25 Cu23 +6.05338e-04 3.165e-24 3.165e-24 6.330e-24 Fe24 Fe24 +6.03324e-04 3.173e-24 3.173e-24 6.347e-24 Fe25 Si 8 +6.01316e-04 3.185e-24 3.185e-24 6.370e-24 Fe26 +5.99315e-04 3.191e-24 3.191e-24 6.382e-24 Zn23 Zn23 +5.97321e-04 3.200e-24 3.200e-24 6.400e-24 Fe25 Ni23 +5.95334e-04 3.209e-24 3.209e-24 6.417e-24 Al12 Al12 +5.93353e-04 3.217e-24 3.217e-24 6.435e-24 Ni27 Zn22 +5.91378e-04 3.226e-24 3.226e-24 6.453e-24 P 11 +5.89410e-04 3.235e-24 3.235e-24 6.471e-24 Fe25 +5.87449e-04 3.244e-24 3.244e-24 6.488e-24 LyEx +5.85494e-04 3.253e-24 3.253e-24 6.506e-24 Co24 Co24 +5.83546e-04 3.262e-24 3.262e-24 6.524e-24 Fe25 Si 9 +5.81604e-04 3.273e-24 3.273e-24 6.546e-24 Fe26 Ni24 +5.79669e-04 3.280e-24 3.280e-24 6.560e-24 TOTL +5.77740e-04 3.289e-24 3.289e-24 6.578e-24 Mn25 Mn25 +5.75818e-04 3.298e-24 3.298e-24 6.596e-24 Zn29 P 1 +5.73902e-04 3.307e-24 3.307e-24 6.615e-24 Fe25 Fe25 +5.71992e-04 3.316e-24 3.316e-24 6.633e-24 Cu29 +5.70089e-04 3.327e-24 3.327e-24 6.654e-24 Fe26 P 4 +5.68192e-04 3.335e-24 3.335e-24 6.669e-24 Si13 Ni24 +5.66301e-04 3.344e-24 3.344e-24 6.688e-24 Fe25 P 5 +5.64417e-04 3.353e-24 3.353e-24 6.706e-24 Zn29 Si10 +5.62539e-04 3.364e-24 3.364e-24 6.727e-24 Fe26 +5.60667e-04 3.372e-24 3.372e-24 6.743e-24 Al13 P 6 +5.58801e-04 3.381e-24 3.381e-24 6.762e-24 Co25 Co25 +5.56942e-04 3.393e-24 3.393e-24 6.785e-24 Fe26 +5.55089e-04 3.399e-24 3.399e-24 6.799e-24 Zn29 +5.53242e-04 3.409e-24 3.409e-24 6.818e-24 Al13 +5.51401e-04 3.418e-24 3.418e-24 6.836e-24 Al13 +5.49566e-04 3.428e-24 3.428e-24 6.855e-24 Al13 Cu24 +5.47737e-04 3.438e-24 3.438e-24 6.875e-24 Ni28 +5.45915e-04 3.446e-24 3.446e-24 6.893e-24 P 14 Si11 +5.44098e-04 3.456e-24 3.456e-24 6.912e-24 Cl16 P 7 +5.42288e-04 3.465e-24 3.465e-24 6.931e-24 Cu28 +5.40483e-04 3.475e-24 3.475e-24 6.950e-24 Ni25 Ni25 +5.38685e-04 3.485e-24 3.485e-24 6.970e-24 Al13 Al13 +5.36892e-04 3.494e-24 3.494e-24 6.988e-24 S 2 Zn24 +5.35106e-04 3.504e-24 3.504e-24 7.007e-24 Fe26 Fe26 +5.33325e-04 3.513e-24 3.513e-24 7.027e-24 Zn30 +5.31551e-04 3.523e-24 3.523e-24 7.046e-24 S 9 Si12 +5.29782e-04 3.533e-24 3.533e-24 7.065e-24 Co26 P 8 +5.28019e-04 3.542e-24 3.542e-24 7.085e-24 Si13 +5.26262e-04 3.552e-24 3.552e-24 7.104e-24 S 10 +5.24511e-04 3.562e-24 3.562e-24 7.124e-24 Zn25 Cu25 +5.22766e-04 3.572e-24 3.572e-24 7.143e-24 Co26 Co26 +5.21026e-04 3.588e-24 3.588e-24 7.175e-24 Si14 +5.19292e-04 3.591e-24 3.591e-24 7.182e-24 Si13 +5.17564e-04 3.601e-24 3.601e-24 7.203e-24 Ni26 Ni26 +5.15842e-04 3.611e-24 3.611e-24 7.222e-24 Si13 P 9 +5.14126e-04 3.621e-24 3.621e-24 7.242e-24 Si13 +5.12415e-04 3.631e-24 3.631e-24 7.261e-24 S 14 +5.10710e-04 3.641e-24 3.641e-24 7.281e-24 S 15 +5.09011e-04 3.651e-24 3.651e-24 7.301e-24 Si13 Si13 +5.07317e-04 3.661e-24 3.661e-24 7.321e-24 TOTL +5.05629e-04 3.671e-24 3.671e-24 7.341e-24 S 15 +5.03946e-04 3.681e-24 3.681e-24 7.361e-24 S 15 Cu26 +5.02269e-04 3.691e-24 3.691e-24 7.381e-24 S 2 +5.00598e-04 3.701e-24 3.701e-24 7.403e-24 Ni28 P 10 +4.98932e-04 3.711e-24 3.711e-24 7.422e-24 Ni27 S 3 +4.97272e-04 3.721e-24 3.721e-24 7.442e-24 Zn29 +4.95617e-04 3.731e-24 3.731e-24 7.463e-24 Co27 S 4 +4.93968e-04 3.743e-24 3.743e-24 7.486e-24 Si14 +4.92325e-04 3.752e-24 3.752e-24 7.504e-24 P 14 S 5 +4.90686e-04 3.762e-24 3.762e-24 7.524e-24 Ni27 Ni27 +4.89054e-04 3.772e-24 3.772e-24 7.545e-24 S 6 +4.87426e-04 3.783e-24 3.783e-24 7.565e-24 S 6 +4.85804e-04 3.793e-24 3.793e-24 7.586e-24 Ar17 P 11 +4.84188e-04 3.803e-24 3.803e-24 7.607e-24 Ni27 Ni27 +4.82577e-04 3.814e-24 3.814e-24 7.629e-24 Si14 S 7 +4.80971e-04 3.824e-24 3.824e-24 7.648e-24 +4.79371e-04 3.835e-24 3.835e-24 7.669e-24 Cu27 Cu27 +4.77776e-04 3.846e-24 3.846e-24 7.691e-24 Si14 +4.76186e-04 3.856e-24 3.856e-24 7.711e-24 Zn30 +4.74601e-04 3.866e-24 3.866e-24 7.732e-24 Si14 +4.73022e-04 3.932e-24 3.932e-24 7.865e-24 S 16 +4.71448e-04 3.887e-24 3.887e-24 7.775e-24 Si14 P 12 +4.69879e-04 3.898e-24 3.898e-24 7.796e-24 Si14 S 8 +4.68316e-04 3.909e-24 3.909e-24 7.818e-24 Si14 Zn27 +4.66757e-04 3.919e-24 3.919e-24 7.838e-24 Cu29 +4.65204e-04 3.930e-24 3.930e-24 7.860e-24 Cu28 Cu28 +4.63656e-04 3.941e-24 3.941e-24 7.881e-24 Si14 Si14 +4.62114e-04 3.951e-24 3.951e-24 7.903e-24 Cu28 Cu28 +4.60576e-04 3.962e-24 3.962e-24 7.924e-24 Ni28 Ni28 +4.59043e-04 3.973e-24 3.973e-24 7.946e-24 LyEx S 9 +4.57516e-04 3.984e-24 3.984e-24 7.968e-24 Cu28 P 13 +4.55993e-04 3.995e-24 3.995e-24 7.989e-24 Zn29 +4.54476e-04 4.006e-24 4.006e-24 8.011e-24 P 15 +4.52964e-04 4.017e-24 4.017e-24 8.033e-24 Ar17 +4.51457e-04 4.027e-24 4.027e-24 8.055e-24 Cu28 Cu28 +4.49954e-04 4.038e-24 4.038e-24 8.077e-24 Zn30 +4.48457e-04 4.049e-24 4.049e-24 8.099e-24 Cl15 +4.46965e-04 4.060e-24 4.060e-24 8.121e-24 TOTL +4.45478e-04 4.072e-24 4.072e-24 8.143e-24 Zn28 S 10 +4.43995e-04 4.083e-24 4.083e-24 8.165e-24 Cl16 +4.42518e-04 4.094e-24 4.094e-24 8.187e-24 Zn29 +4.41045e-04 4.105e-24 4.105e-24 8.210e-24 Zn29 +4.39578e-04 4.116e-24 4.116e-24 8.232e-24 P 14 P 14 +4.38115e-04 4.127e-24 4.127e-24 8.254e-24 Cl14 Cl 1 +4.36657e-04 4.138e-24 4.138e-24 8.277e-24 K 18 Cl 3 +4.35204e-04 4.150e-24 4.150e-24 8.299e-24 Zn30 Cl 4 +4.33756e-04 4.161e-24 4.161e-24 8.322e-24 Cl 8 S 11 +4.32313e-04 4.172e-24 4.172e-24 8.345e-24 Zn29 Zn29 +4.30874e-04 4.184e-24 4.184e-24 8.367e-24 P 15 Cl 5 +4.29441e-04 4.195e-24 4.195e-24 8.390e-24 S 15 Zn29 +4.28012e-04 4.206e-24 4.206e-24 8.413e-24 Cu29 Cl 6 +4.26588e-04 4.218e-24 4.218e-24 8.436e-24 Zn30 +4.25168e-04 4.229e-24 4.229e-24 8.459e-24 Zn29 Zn29 +4.23753e-04 4.241e-24 4.241e-24 8.482e-24 Zn29 Cl 7 +4.22343e-04 4.252e-24 4.252e-24 8.505e-24 Cl16 +4.20938e-04 4.264e-24 4.264e-24 8.528e-24 P 15 S 12 +4.19537e-04 4.276e-24 4.276e-24 8.553e-24 Cl17 Cl 8 +4.18141e-04 4.287e-24 4.287e-24 8.574e-24 +4.16750e-04 4.299e-24 4.299e-24 8.597e-24 Zn30 +4.15363e-04 4.310e-24 4.310e-24 8.621e-24 P 15 +4.13981e-04 4.322e-24 4.322e-24 8.644e-24 Ar11 +4.12604e-04 4.334e-24 4.334e-24 8.668e-24 P 15 +4.11231e-04 4.346e-24 4.346e-24 8.691e-24 Ar12 +4.09862e-04 4.357e-24 4.357e-24 8.715e-24 LyEx S 13 +4.08498e-04 4.369e-24 4.369e-24 8.738e-24 S 15 +4.07139e-04 4.381e-24 4.381e-24 8.762e-24 Ar16 +4.05784e-04 4.393e-24 4.393e-24 8.786e-24 K 18 +4.04434e-04 4.405e-24 4.405e-24 8.810e-24 P 15 P 15 +4.03088e-04 4.417e-24 4.417e-24 8.833e-24 Ar15 +4.01747e-04 4.429e-24 4.429e-24 8.857e-24 Ar16 +4.00410e-04 4.441e-24 4.441e-24 8.881e-24 Zn30 Cl10 +3.99078e-04 4.460e-24 4.460e-24 8.921e-24 S 16 S 14 +3.97750e-04 4.465e-24 4.465e-24 8.930e-24 Ar16 +3.96427e-04 4.477e-24 4.477e-24 8.954e-24 TOTL +3.95107e-04 4.489e-24 4.489e-24 8.978e-24 Ar17 +3.93793e-04 4.501e-24 4.501e-24 9.002e-24 S 15 +3.92482e-04 4.513e-24 4.513e-24 9.027e-24 S 15 +3.91176e-04 4.526e-24 4.526e-24 9.051e-24 LyEx +3.89875e-04 4.538e-24 4.538e-24 9.076e-24 S 15 Cl11 +3.88577e-04 4.550e-24 4.550e-24 9.100e-24 S 15 +3.87284e-04 4.562e-24 4.562e-24 9.125e-24 LyEx Ar 1 +3.85996e-04 4.575e-24 4.575e-24 9.149e-24 LyEx Ar 2 +3.84711e-04 4.587e-24 4.587e-24 9.174e-24 S 15 S 15 +3.83431e-04 4.599e-24 4.599e-24 9.199e-24 Ar 8 +3.82155e-04 4.612e-24 4.612e-24 9.224e-24 Ar 9 +3.80884e-04 4.624e-24 4.624e-24 9.249e-24 LyEx Ar 5 +3.79616e-04 4.637e-24 4.637e-24 9.274e-24 Cl16 Cl12 +3.78353e-04 4.651e-24 4.651e-24 9.302e-24 S 16 Ar 6 +3.77094e-04 4.662e-24 4.662e-24 9.324e-24 Ar17 +3.75839e-04 4.674e-24 4.674e-24 9.349e-24 Ar17 Ar 7 +3.74589e-04 4.687e-24 4.687e-24 9.374e-24 Ar18 +3.73342e-04 4.715e-24 4.715e-24 9.431e-24 Ar18 +3.72100e-04 4.712e-24 4.712e-24 9.425e-24 K 11 Ar 8 +3.70862e-04 4.725e-24 4.725e-24 9.450e-24 Sc20 +3.69628e-04 4.739e-24 4.739e-24 9.477e-24 S 16 Cl13 +3.68398e-04 4.751e-24 4.751e-24 9.501e-24 K 12 Ar 9 +3.67172e-04 4.763e-24 4.763e-24 9.527e-24 Ca19 +3.65950e-04 4.776e-24 4.776e-24 9.553e-24 Ca19 +3.64733e-04 4.790e-24 4.790e-24 9.580e-24 S 16 +3.63519e-04 4.802e-24 4.802e-24 9.604e-24 K 15 +3.62309e-04 4.815e-24 4.815e-24 9.631e-24 S 16 +3.61104e-04 4.828e-24 4.828e-24 9.656e-24 LyEx +3.59902e-04 4.841e-24 4.841e-24 9.683e-24 S 16 Cl14 +3.58705e-04 4.855e-24 4.855e-24 9.710e-24 S 16 +3.57511e-04 4.867e-24 4.867e-24 9.734e-24 K 18 +3.56321e-04 4.880e-24 4.880e-24 9.761e-24 LyEx +3.55136e-04 4.893e-24 4.893e-24 9.787e-24 S 16 S 16 +3.53954e-04 4.907e-24 4.907e-24 9.814e-24 Cl17 +3.52776e-04 4.920e-24 4.920e-24 9.840e-24 K 18 +3.51602e-04 4.933e-24 4.933e-24 9.866e-24 Ar11 +3.50432e-04 4.946e-24 4.946e-24 9.893e-24 K 15 Cl15 +3.49266e-04 4.960e-24 4.960e-24 9.919e-24 +3.48104e-04 4.973e-24 4.973e-24 9.946e-24 LyEx +3.46946e-04 4.986e-24 4.986e-24 9.973e-24 +3.45791e-04 5.000e-24 5.000e-24 1.000e-23 LyEx +3.44641e-04 5.013e-24 5.013e-24 1.003e-23 LyEx +3.43494e-04 5.027e-24 5.027e-24 1.005e-23 LyEx Ar12 +3.42351e-04 5.040e-24 5.040e-24 1.008e-23 LyEx K 2 +3.41212e-04 5.054e-24 5.054e-24 1.011e-23 LyEx K 4 +3.40077e-04 5.067e-24 5.067e-24 1.013e-23 LyEx K 5 +3.38945e-04 5.081e-24 5.081e-24 1.016e-23 Cl16 Cl16 +3.37817e-04 5.095e-24 5.095e-24 1.019e-23 K 18 +3.36693e-04 5.108e-24 5.108e-24 1.022e-23 Ar17 K 6 +3.35573e-04 5.123e-24 5.123e-24 1.025e-23 K 19 +3.34456e-04 5.136e-24 5.136e-24 1.027e-23 Ca12 Ar13 +3.33343e-04 5.150e-24 5.150e-24 1.030e-23 Ca 4 +3.32234e-04 5.163e-24 5.163e-24 1.033e-23 Sc20 K 8 +3.31128e-04 5.177e-24 5.177e-24 1.035e-23 Sc20 +3.30027e-04 5.191e-24 5.191e-24 1.038e-23 Ca14 +3.28928e-04 5.205e-24 5.205e-24 1.041e-23 Ca14 K 9 +3.27834e-04 5.219e-24 5.219e-24 1.044e-23 Cl17 +3.26743e-04 5.233e-24 5.233e-24 1.047e-23 Ti21 Ar14 +3.25656e-04 5.247e-24 5.247e-24 1.049e-23 Ca10 +3.24572e-04 5.261e-24 5.261e-24 1.052e-23 Ca16 +3.23492e-04 5.275e-24 5.275e-24 1.055e-23 Cl17 +3.22416e-04 5.289e-24 5.289e-24 1.058e-23 SatL +3.21343e-04 5.303e-24 5.303e-24 1.061e-23 Ca19 +3.20274e-04 5.318e-24 5.318e-24 1.064e-23 Cl17 +3.19208e-04 5.332e-24 5.332e-24 1.066e-23 TOTL K 11 +3.18146e-04 5.346e-24 5.346e-24 1.069e-23 Ca19 Ar15 +3.17087e-04 5.360e-24 5.360e-24 1.072e-23 LyEx +3.16032e-04 5.375e-24 5.375e-24 1.075e-23 LyEx +3.14981e-04 5.391e-24 5.391e-24 1.078e-23 Ar18 +3.13932e-04 5.403e-24 5.403e-24 1.081e-23 Cl17 Cl17 +3.12888e-04 5.418e-24 5.418e-24 1.084e-23 Ar17 +3.11847e-04 5.432e-24 5.432e-24 1.086e-23 K 12 +3.10809e-04 5.447e-24 5.447e-24 1.089e-23 Ar16 +3.09775e-04 5.461e-24 5.461e-24 1.092e-23 V 22 +3.08744e-04 5.476e-24 5.476e-24 1.095e-23 Ca 2 +3.07717e-04 5.491e-24 5.491e-24 1.098e-23 Ar17 +3.06693e-04 5.505e-24 5.505e-24 1.101e-23 LyEx Ca 1 +3.05672e-04 5.520e-24 5.520e-24 1.104e-23 Ca19 Ca 3 +3.04655e-04 5.535e-24 5.535e-24 1.107e-23 Ca19 K 13 +3.03641e-04 5.550e-24 5.550e-24 1.110e-23 Ca19 Ca 5 +3.02631e-04 5.591e-24 5.591e-24 1.118e-23 Ca20 +3.01624e-04 5.579e-24 5.579e-24 1.116e-23 K 18 Ca 6 +3.00620e-04 5.594e-24 5.594e-24 1.119e-23 Ar17 Ar17 +2.99620e-04 5.609e-24 5.609e-24 1.122e-23 Sc14 Ca 7 +2.98623e-04 5.624e-24 5.624e-24 1.125e-23 Ar18 +2.97629e-04 5.639e-24 5.639e-24 1.128e-23 Sc15 K 14 +2.96639e-04 5.654e-24 5.654e-24 1.131e-23 Sc15 +2.95652e-04 5.669e-24 5.669e-24 1.134e-23 Sc16 Ca 9 +2.94668e-04 5.684e-24 5.684e-24 1.137e-23 Sc17 +2.93688e-04 5.699e-24 5.699e-24 1.140e-23 Sc17 Ca10 +2.92710e-04 5.714e-24 5.714e-24 1.143e-23 Sc17 +2.91736e-04 5.730e-24 5.730e-24 1.146e-23 Ar18 +2.90766e-04 5.745e-24 5.745e-24 1.149e-23 Sc20 K 15 +2.89798e-04 5.760e-24 5.760e-24 1.152e-23 Sc19 +2.88834e-04 5.775e-24 5.775e-24 1.155e-23 TOTL +2.87873e-04 5.791e-24 5.791e-24 1.158e-23 Ar18 +2.86915e-04 5.806e-24 5.806e-24 1.161e-23 Sc20 +2.85960e-04 5.822e-24 5.822e-24 1.164e-23 Ar18 +2.85009e-04 5.837e-24 5.837e-24 1.167e-23 Cr23 +2.84060e-04 5.853e-24 5.853e-24 1.171e-23 LyEx Ca12 +2.83115e-04 5.868e-24 5.868e-24 1.174e-23 K 19 K 16 +2.82173e-04 5.884e-24 5.884e-24 1.177e-23 LyEx +2.81234e-04 5.899e-24 5.899e-24 1.180e-23 LyEx +2.80298e-04 5.915e-24 5.915e-24 1.183e-23 Ar18 Ar18 +2.79366e-04 5.931e-24 5.931e-24 1.186e-23 K 18 +2.78436e-04 5.947e-24 5.947e-24 1.189e-23 Ca13 +2.77510e-04 5.962e-24 5.962e-24 1.192e-23 V 22 K 17 +2.76586e-04 5.978e-24 5.978e-24 1.196e-23 V 22 +2.75666e-04 5.994e-24 5.994e-24 1.199e-23 Sc20 Sc 1 +2.74748e-04 6.010e-24 6.010e-24 1.202e-23 Cr23 Sc 3 +2.73834e-04 6.026e-24 6.026e-24 1.205e-23 Sc21 Sc 5 +2.72923e-04 6.042e-24 6.042e-24 1.208e-23 LyEx +2.72015e-04 6.058e-24 6.058e-24 1.212e-23 LyEx Ca14 +2.71110e-04 6.074e-24 6.074e-24 1.215e-23 Ca19 +2.70208e-04 6.090e-24 6.090e-24 1.218e-23 Ca19 Sc 7 +2.69309e-04 6.106e-24 6.106e-24 1.221e-23 K 18 K 18 +2.68412e-04 6.122e-24 6.122e-24 1.224e-23 K 19 Sc 8 +2.67519e-04 6.138e-24 6.138e-24 1.228e-23 Ti18 +2.66629e-04 6.155e-24 6.155e-24 1.231e-23 Ti12 Sc 9 +2.65742e-04 6.171e-24 6.171e-24 1.234e-23 Ti19 Ca15 +2.64858e-04 6.187e-24 6.187e-24 1.237e-23 LyEx Sc10 +2.63976e-04 6.204e-24 6.204e-24 1.241e-23 Ti21 +2.63098e-04 6.220e-24 6.220e-24 1.244e-23 Ti20 Sc11 +2.62223e-04 6.237e-24 6.237e-24 1.247e-23 Mn24 +2.61350e-04 6.253e-24 6.253e-24 1.251e-23 K 19 +2.60480e-04 6.270e-24 6.270e-24 1.254e-23 Ca16 +2.59614e-04 6.286e-24 6.286e-24 1.257e-23 Ti19 +2.58750e-04 6.303e-24 6.303e-24 1.261e-23 K 19 +2.57889e-04 6.319e-24 6.319e-24 1.264e-23 LyEx +2.57031e-04 6.336e-24 6.336e-24 1.267e-23 Ca19 +2.56175e-04 6.353e-24 6.353e-24 1.271e-23 K 19 +2.55323e-04 6.373e-24 6.373e-24 1.275e-23 Ca20 Sc13 +2.54473e-04 6.386e-24 6.386e-24 1.277e-23 Fe25 Ca17 +2.53627e-04 6.403e-24 6.403e-24 1.281e-23 Cr23 +2.52783e-04 6.420e-24 6.420e-24 1.284e-23 Fe25 +2.51942e-04 6.437e-24 6.437e-24 1.287e-23 Ti21 +2.51103e-04 6.454e-24 6.454e-24 1.291e-23 K 19 K 19 +2.50268e-04 6.471e-24 6.471e-24 1.294e-23 Ti21 Sc14 +2.49435e-04 6.490e-24 6.490e-24 1.298e-23 Ti22 Ti 1 +2.48605e-04 6.505e-24 6.505e-24 1.301e-23 LyEx Ca18 +2.47778e-04 6.522e-24 6.522e-24 1.304e-23 Fe25 Ti 4 +2.46953e-04 6.539e-24 6.539e-24 1.308e-23 LyEx Ti 6 +2.46131e-04 6.557e-24 6.557e-24 1.311e-23 LyEx +2.45312e-04 6.574e-24 6.574e-24 1.315e-23 SatL Ti 7 +2.44496e-04 6.591e-24 6.591e-24 1.318e-23 Sc20 Sc15 +2.43683e-04 6.609e-24 6.609e-24 1.322e-23 LyEx Ti 8 +2.42872e-04 6.626e-24 6.626e-24 1.325e-23 Fe25 +2.42064e-04 6.644e-24 6.644e-24 1.329e-23 Ca19 Ca19 +2.41258e-04 6.661e-24 6.661e-24 1.332e-23 LyEx +2.40455e-04 6.678e-24 6.678e-24 1.336e-23 V 22 Ti10 +2.39655e-04 6.696e-24 6.696e-24 1.339e-23 TOTL Sc16 +2.38858e-04 6.714e-24 6.714e-24 1.343e-23 V 22 +2.38063e-04 6.731e-24 6.731e-24 1.346e-23 V 22 Ti11 +2.37271e-04 6.749e-24 6.749e-24 1.350e-23 V 20 +2.36481e-04 6.767e-24 6.767e-24 1.353e-23 Ca20 Ti12 +2.35694e-04 6.784e-24 6.784e-24 1.357e-23 +2.34910e-04 6.802e-24 6.802e-24 1.360e-23 Mn24 Ti13 +2.34128e-04 6.821e-24 6.821e-24 1.364e-23 Fe25 Sc17 +2.33349e-04 6.838e-24 6.838e-24 1.368e-23 Ca20 +2.32573e-04 6.856e-24 6.856e-24 1.371e-23 Sc20 +2.31799e-04 6.874e-24 6.874e-24 1.375e-23 Ca20 +2.31028e-04 6.892e-24 6.892e-24 1.378e-23 Ca20 +2.30259e-04 6.910e-24 6.910e-24 1.382e-23 V 22 Ti14 +2.29493e-04 6.928e-24 6.928e-24 1.386e-23 V 22 +2.28729e-04 6.946e-24 6.946e-24 1.389e-23 LyEx Sc18 +2.27968e-04 6.964e-24 6.964e-24 1.393e-23 V 23 +2.27210e-04 6.982e-24 6.982e-24 1.396e-23 Sc20 +2.26454e-04 7.001e-24 7.001e-24 1.400e-23 Ca20 V 1 +2.25700e-04 7.019e-24 7.019e-24 1.404e-23 Cr17 Ti15 +2.24949e-04 7.037e-24 7.037e-24 1.407e-23 Co26 Sc19 +2.24200e-04 7.056e-24 7.056e-24 1.411e-23 Cr18 V 6 +2.23454e-04 7.074e-24 7.074e-24 1.415e-23 LyEx V 7 +2.22711e-04 7.093e-24 7.093e-24 1.419e-23 LyEx +2.21970e-04 7.111e-24 7.111e-24 1.422e-23 Ti21 V 8 +2.21231e-04 7.130e-24 7.130e-24 1.426e-23 LyEx Ti16 +2.20495e-04 7.149e-24 7.149e-24 1.430e-23 Cr23 V 9 +2.19761e-04 7.167e-24 7.167e-24 1.433e-23 LyEx +2.19030e-04 7.186e-24 7.186e-24 1.437e-23 TOTL V 10 +2.18301e-04 7.205e-24 7.205e-24 1.441e-23 Cr23 Sc20 +2.17575e-04 7.223e-24 7.223e-24 1.445e-23 V 11 +2.16851e-04 7.244e-24 7.244e-24 1.449e-23 Fe25 Ti17 +2.16129e-04 7.261e-24 7.261e-24 1.452e-23 Fe25 V 12 +2.15410e-04 7.280e-24 7.280e-24 1.456e-23 Cr21 +2.14693e-04 7.299e-24 7.299e-24 1.460e-23 +2.13979e-04 7.318e-24 7.318e-24 1.464e-23 Sc21 V 13 +2.13267e-04 7.337e-24 7.337e-24 1.467e-23 +2.12557e-04 7.356e-24 7.356e-24 1.471e-23 Sc21 V 14 +2.11850e-04 7.375e-24 7.375e-24 1.475e-23 LyEx Ti18 +2.11145e-04 7.395e-24 7.395e-24 1.479e-23 Cr23 +2.10443e-04 7.414e-24 7.414e-24 1.483e-23 Ti22 +2.09742e-04 7.433e-24 7.433e-24 1.487e-23 Sc21 +2.09044e-04 7.469e-24 7.469e-24 1.494e-23 Cr24 V 15 +2.08349e-04 7.472e-24 7.472e-24 1.494e-23 LyEx +2.07656e-04 7.491e-24 7.491e-24 1.498e-23 LyEx Ti19 +2.06965e-04 7.511e-24 7.511e-24 1.502e-23 LyEx Cr 1 +2.06276e-04 7.530e-24 7.530e-24 1.506e-23 Ti21 Cr 2 +2.05589e-04 7.550e-24 7.550e-24 1.510e-23 Sc21 Cr 4 +2.04905e-04 7.569e-24 7.569e-24 1.514e-23 Mn21 V 16 +2.04224e-04 7.589e-24 7.589e-24 1.518e-23 LyEx Cr 6 +2.03544e-04 7.609e-24 7.609e-24 1.522e-23 LyEx Ti20 +2.02867e-04 7.629e-24 7.629e-24 1.526e-23 Mn24 Cr 8 +2.02192e-04 7.648e-24 7.648e-24 1.530e-23 Mn23 +2.01519e-04 7.668e-24 7.668e-24 1.534e-23 TOTL Cr 9 +2.00848e-04 7.688e-24 7.688e-24 1.538e-23 Mn24 V 17 +2.00180e-04 7.708e-24 7.708e-24 1.542e-23 FeLr Cr10 +1.99514e-04 7.728e-24 7.728e-24 1.546e-23 Ti22 +1.98850e-04 7.748e-24 7.748e-24 1.550e-23 Fe19 Cr11 +1.98188e-04 7.768e-24 7.768e-24 1.554e-23 Ti21 Ti21 +1.97529e-04 7.788e-24 7.788e-24 1.558e-23 Fe20 Cr12 +1.96872e-04 7.808e-24 7.808e-24 1.562e-23 Fe20 V 18 +1.96217e-04 7.828e-24 7.828e-24 1.566e-23 Fe21 Cr13 +1.95564e-04 7.849e-24 7.849e-24 1.570e-23 Fe21 +1.94913e-04 7.869e-24 7.869e-24 1.574e-23 Ti22 Cr14 +1.94264e-04 7.889e-24 7.889e-24 1.578e-23 Mn24 +1.93618e-04 7.909e-24 7.909e-24 1.582e-23 Mn24 Cr15 +1.92974e-04 7.943e-24 7.943e-24 1.589e-23 Mn25 V 19 +1.92332e-04 7.950e-24 7.950e-24 1.590e-23 Ti22 +1.91692e-04 7.971e-24 7.971e-24 1.594e-23 Zn29 +1.91054e-04 7.991e-24 7.991e-24 1.598e-23 Ti22 +1.90418e-04 8.012e-24 8.012e-24 1.602e-23 Zn29 +1.89784e-04 8.033e-24 8.033e-24 1.607e-23 Fe24 Cr16 +1.89153e-04 8.053e-24 8.053e-24 1.611e-23 Fe24 V 20 +1.88523e-04 8.074e-24 8.074e-24 1.615e-23 Zn29 Mn 3 +1.87896e-04 8.095e-24 8.095e-24 1.619e-23 Cu28 Mn 4 +1.87271e-04 8.116e-24 8.116e-24 1.623e-23 Ti22 Mn 6 +1.86648e-04 8.152e-24 8.152e-24 1.630e-23 Fe25 Cr17 +1.86027e-04 8.163e-24 8.163e-24 1.633e-23 TOTL Mn 8 +1.85408e-04 8.186e-24 8.186e-24 1.637e-23 Fe25 V 21 +1.84791e-04 8.209e-24 8.209e-24 1.642e-23 Fe25 +1.84176e-04 8.221e-24 8.221e-24 1.644e-23 Fe23 Mn10 +1.83563e-04 8.242e-24 8.242e-24 1.648e-23 Fe23 +1.82952e-04 8.263e-24 8.263e-24 1.653e-23 Fe23 Cr18 +1.82343e-04 8.284e-24 8.284e-24 1.657e-23 V 23 +1.81737e-04 8.305e-24 8.305e-24 1.661e-23 LyEx Mn12 +1.81132e-04 8.326e-24 8.326e-24 1.665e-23 V 22 V 22 +1.80529e-04 8.348e-24 8.348e-24 1.670e-23 Mn13 +1.79929e-04 8.371e-24 8.371e-24 1.674e-23 Fe25 +1.79330e-04 8.391e-24 8.391e-24 1.678e-23 Fe25 Cr19 +1.78733e-04 8.413e-24 8.413e-24 1.683e-23 Fe25 +1.78138e-04 1.000e-23 1.000e-23 2.001e-23 Fe26 Mn15 +1.77546e-04 8.455e-24 8.455e-24 1.691e-23 Co19 +1.76955e-04 8.479e-24 8.479e-24 1.696e-23 Cr24 Mn16 +1.76366e-04 8.499e-24 8.499e-24 1.700e-23 Cr23 Cr20 +1.75779e-04 8.521e-24 8.521e-24 1.704e-23 V 23 +1.75194e-04 8.542e-24 8.542e-24 1.708e-23 Zn29 +1.74611e-04 8.564e-24 8.564e-24 1.713e-23 V 23 +1.74030e-04 8.586e-24 8.586e-24 1.717e-23 Cu28 Mn17 +1.73451e-04 8.608e-24 8.608e-24 1.722e-23 Cu28 Fe 2 +1.72874e-04 8.630e-24 8.630e-24 1.726e-23 Co26 Cr21 +1.72299e-04 8.653e-24 8.653e-24 1.731e-23 TOTL Fe 6 +1.71725e-04 8.675e-24 8.675e-24 1.735e-23 Co26 Fe 7 +1.71154e-04 8.697e-24 8.697e-24 1.739e-23 V 23 Fe 8 +1.70585e-04 8.719e-24 8.719e-24 1.744e-23 Mn24 Mn18 +1.70017e-04 8.741e-24 8.741e-24 1.748e-23 Fe16 +1.69451e-04 8.764e-24 8.764e-24 1.753e-23 LyEx Cr22 +1.68887e-04 8.786e-24 8.786e-24 1.757e-23 Co24 +1.68325e-04 8.809e-24 8.809e-24 1.762e-23 LyEx Fe11 +1.67765e-04 8.832e-24 8.832e-24 1.766e-23 Cr24 Mn19 +1.67207e-04 8.854e-24 8.854e-24 1.771e-23 LyEx +1.66651e-04 8.876e-24 8.876e-24 1.775e-23 Co26 Fe13 +1.66096e-04 8.899e-24 8.899e-24 1.780e-23 Co26 +1.65543e-04 8.922e-24 8.922e-24 1.784e-23 Cr23 Cr23 +1.64993e-04 8.950e-24 8.950e-24 1.790e-23 Co27 +1.64444e-04 8.967e-24 8.967e-24 1.793e-23 Ni 6 Mn20 +1.63896e-04 8.990e-24 8.990e-24 1.798e-23 Ni21 +1.63351e-04 9.013e-24 9.013e-24 1.803e-23 Cr24 Fe16 +1.62807e-04 9.038e-24 9.038e-24 1.808e-23 Mn25 +1.62266e-04 9.059e-24 9.059e-24 1.812e-23 Mn24 Fe17 +1.61726e-04 9.082e-24 9.082e-24 1.816e-23 Cr24 +1.61188e-04 9.105e-24 9.105e-24 1.821e-23 Ni26 Mn21 +1.60651e-04 9.129e-24 9.129e-24 1.826e-23 Ni26 Co 1 +1.60117e-04 9.155e-24 9.155e-24 1.831e-23 Ni27 Co 2 +1.59584e-04 9.176e-24 9.176e-24 1.835e-23 TOTL Fe18 +1.59053e-04 9.201e-24 9.201e-24 1.840e-23 Ni27 Co 5 +1.58524e-04 9.222e-24 9.222e-24 1.844e-23 Mn24 Mn22 +1.57996e-04 9.245e-24 9.245e-24 1.849e-23 LyEx Co 8 +1.57470e-04 9.300e-24 9.300e-24 1.860e-23 Fe25 Co 9 +1.56947e-04 9.292e-24 9.292e-24 1.858e-23 Cr24 Cr24 +1.56424e-04 9.316e-24 9.316e-24 1.863e-23 LyEx Fe19 +1.55904e-04 9.340e-24 9.340e-24 1.868e-23 SatL Mn23 +1.55385e-04 9.363e-24 9.363e-24 1.873e-23 LyEx +1.54868e-04 9.387e-24 9.387e-24 1.877e-23 Ni27 Co12 +1.54353e-04 9.411e-24 9.411e-24 1.882e-23 Mn25 Fe20 +1.53839e-04 9.435e-24 9.435e-24 1.887e-23 Ni27 +1.53327e-04 9.620e-24 9.620e-24 1.924e-23 Ni28 +1.52817e-04 9.483e-24 9.483e-24 1.897e-23 LyEx Co14 +1.52308e-04 9.507e-24 9.507e-24 1.901e-23 Mn24 Mn24 +1.51802e-04 9.531e-24 9.531e-24 1.906e-23 Cu23 +1.51297e-04 9.555e-24 9.555e-24 1.911e-23 Cu23 Fe21 +1.50793e-04 9.579e-24 9.579e-24 1.916e-23 Mn25 +1.50291e-04 9.789e-24 9.789e-24 1.958e-23 Fe26 Co17 +1.49791e-04 9.628e-24 9.628e-24 1.926e-23 LyEx +1.49293e-04 9.663e-24 9.663e-24 1.933e-23 Fe25 Co18 +1.48796e-04 9.676e-24 9.676e-24 1.935e-23 Mn25 +1.48301e-04 9.701e-24 9.701e-24 1.940e-23 TOTL Fe22 +1.47807e-04 9.726e-24 9.726e-24 1.945e-23 Mn25 Ni 3 +1.47316e-04 9.750e-24 9.750e-24 1.950e-23 Ni18 Ni 5 +1.46825e-04 9.774e-24 9.774e-24 1.955e-23 LyEx Co19 +1.46337e-04 9.801e-24 9.801e-24 1.960e-23 Fe25 Fe23 +1.45850e-04 9.828e-24 9.828e-24 1.966e-23 Fe25 Ni 9 +1.45365e-04 9.849e-24 9.849e-24 1.970e-23 Co26 Ni10 +1.44881e-04 9.873e-24 9.873e-24 1.975e-23 LyEx +1.44399e-04 9.899e-24 9.899e-24 1.980e-23 Mn25 Co20 +1.43918e-04 9.923e-24 9.923e-24 1.985e-23 Cu28 Ni12 +1.43439e-04 9.949e-24 9.949e-24 1.990e-23 Fe25 Fe24 +1.42962e-04 9.975e-24 9.975e-24 1.995e-23 Cu29 Ni13 +1.42486e-04 1.004e-23 1.004e-23 2.009e-23 Fe26 +1.42012e-04 1.002e-23 1.002e-23 2.005e-23 Fe25 Co21 +1.41540e-04 1.005e-23 1.005e-23 2.010e-23 LyEx +1.41069e-04 1.007e-23 1.007e-23 2.015e-23 SatL Ni15 +1.40599e-04 1.010e-23 1.010e-23 2.020e-23 Fe25 Fe25 +1.40132e-04 1.012e-23 1.012e-23 2.025e-23 Zn26 Ni16 +1.39665e-04 1.015e-23 1.015e-23 2.030e-23 Zn27 Co22 +1.39201e-04 1.020e-23 1.020e-23 2.039e-23 Fe26 Ni17 +1.38737e-04 1.020e-23 1.020e-23 2.040e-23 TOTL Ni18 +1.38276e-04 1.023e-23 1.023e-23 2.045e-23 Zn29 +1.37816e-04 1.025e-23 1.025e-23 2.051e-23 Zn29 Ni19 +1.37357e-04 1.030e-23 1.030e-23 2.060e-23 Fe26 Cu 3 +1.36900e-04 1.030e-23 1.030e-23 2.061e-23 Zn27 Co23 +1.36444e-04 1.034e-23 1.034e-23 2.069e-23 Fe26 Cu 6 +1.35990e-04 1.036e-23 1.036e-23 2.071e-23 Zn27 Ni20 +1.35538e-04 1.039e-23 1.039e-23 2.079e-23 Fe26 Cu 9 +1.35087e-04 1.044e-23 1.044e-23 2.089e-23 Fe26 Cu10 +1.34637e-04 1.043e-23 1.043e-23 2.087e-23 Zn29 Co24 +1.34189e-04 1.046e-23 1.046e-23 2.092e-23 Zn29 Cu11 +1.33743e-04 1.049e-23 1.049e-23 2.097e-23 Fe26 Cu12 +1.33298e-04 1.052e-23 1.052e-23 2.104e-23 Zn30 Ni21 +1.32854e-04 1.054e-23 1.054e-23 2.108e-23 Co25 +1.32412e-04 1.057e-23 1.057e-23 2.114e-23 LyEx +1.31972e-04 1.060e-23 1.060e-23 2.119e-23 Co27 Cu14 +1.31532e-04 1.062e-23 1.062e-23 2.124e-23 LyEx Ni22 +1.31095e-04 1.065e-23 1.065e-23 2.130e-23 LyEx +1.30659e-04 1.067e-23 1.067e-23 2.135e-23 LyEx Cu16 +1.30224e-04 1.070e-23 1.070e-23 2.140e-23 LyEx +1.29791e-04 1.073e-23 1.073e-23 2.146e-23 Co26 Co26 +1.29359e-04 1.077e-23 1.077e-23 2.155e-23 Ni28 +1.28928e-04 1.078e-23 1.078e-23 2.156e-23 Co27 Ni23 +1.28499e-04 1.081e-23 1.081e-23 2.162e-23 LyEx +1.28072e-04 1.084e-23 1.084e-23 2.167e-23 Ni27 Cu19 +1.27645e-04 1.086e-23 1.086e-23 2.172e-23 Co27 Cu20 +1.27221e-04 1.089e-23 1.089e-23 2.178e-23 Co27 Zn 4 +1.26797e-04 1.092e-23 1.092e-23 2.183e-23 Zn21 Ni24 +1.26375e-04 1.094e-23 1.094e-23 2.189e-23 Co27 Zn 8 +1.25955e-04 1.097e-23 1.097e-23 2.194e-23 LyEx Cu21 +1.25536e-04 1.100e-23 1.100e-23 2.200e-23 Ni27 +1.25118e-04 1.103e-23 1.103e-23 2.205e-23 LyEx Zn11 +1.24702e-04 1.105e-23 1.105e-23 2.211e-23 LyEx Ni25 +1.24287e-04 1.108e-23 1.108e-23 2.216e-23 LyEx +1.23873e-04 1.111e-23 1.111e-23 2.222e-23 Co27 Zn13 +1.23461e-04 1.114e-23 1.114e-23 2.227e-23 Cu22 +1.23050e-04 1.116e-23 1.116e-23 2.233e-23 LyEx Ni26 +1.22641e-04 1.120e-23 1.120e-23 2.239e-23 Ni28 Zn15 +1.22233e-04 1.122e-23 1.122e-23 2.244e-23 LyEx Cu23 +1.21826e-04 1.125e-23 1.125e-23 2.249e-23 LyEx +1.21421e-04 1.127e-23 1.127e-23 2.255e-23 LyEx +1.21017e-04 1.130e-23 1.130e-23 2.260e-23 LyEx Zn17 +1.20614e-04 1.133e-23 1.133e-23 2.266e-23 Ni27 Ni27 +1.20213e-04 1.136e-23 1.136e-23 2.272e-23 +1.19813e-04 1.139e-23 1.139e-23 2.278e-23 Ni28 Cu24 +1.19414e-04 1.141e-23 1.141e-23 2.283e-23 Cu28 +1.19017e-04 1.144e-23 1.144e-23 2.289e-23 Zn20 +1.18621e-04 1.147e-23 1.147e-23 2.294e-23 Ni28 +1.18226e-04 1.150e-23 1.150e-23 2.300e-23 Ni28 Zn21 +1.17832e-04 1.153e-23 1.153e-23 2.306e-23 Ni28 Cu25 +1.17440e-04 1.156e-23 1.156e-23 2.312e-23 Ni28 +1.17050e-04 1.158e-23 1.158e-23 2.317e-23 Zn29 Zn22 +1.16660e-04 1.161e-23 1.161e-23 2.323e-23 Cu28 +1.16272e-04 1.164e-23 1.164e-23 2.328e-23 LyEx +1.15885e-04 1.167e-23 1.167e-23 2.334e-23 LyEx Cu26 +1.15499e-04 1.170e-23 1.170e-23 2.340e-23 LyEx +1.15115e-04 1.173e-23 1.173e-23 2.346e-23 Ni28 Ni28 +1.14732e-04 1.176e-23 1.176e-23 2.351e-23 Zn23 +1.14350e-04 1.179e-23 1.179e-23 2.357e-23 Cu29 Cu27 +1.13970e-04 1.182e-23 1.182e-23 2.363e-23 LyEx +1.13591e-04 1.184e-23 1.184e-23 2.369e-23 LyEx Zn24 +1.13213e-04 1.187e-23 1.187e-23 2.375e-23 LyEx +1.12836e-04 1.190e-23 1.190e-23 2.380e-23 LyEx +1.12460e-04 1.193e-23 1.193e-23 2.386e-23 Zn30 +1.12086e-04 1.196e-23 1.196e-23 2.392e-23 Cu28 Cu28 +1.11713e-04 1.199e-23 1.199e-23 2.398e-23 Cu29 +1.11341e-04 1.202e-23 1.202e-23 2.404e-23 Zn29 Zn25 +1.10971e-04 1.205e-23 1.205e-23 2.410e-23 +1.10602e-04 1.208e-23 1.208e-23 2.416e-23 Cu29 +1.10234e-04 1.211e-23 1.211e-23 2.422e-23 Cu29 +1.09867e-04 1.214e-23 1.214e-23 2.428e-23 Cu29 +1.09501e-04 1.217e-23 1.217e-23 2.434e-23 Cu29 Zn26 +1.09137e-04 1.220e-23 1.220e-23 2.439e-23 +1.08774e-04 1.223e-23 1.223e-23 2.445e-23 Zn29 +1.08412e-04 1.226e-23 1.226e-23 2.451e-23 LyEx +1.08051e-04 1.229e-23 1.229e-23 2.457e-23 LyEx Zn27 +1.07692e-04 1.232e-23 1.232e-23 2.463e-23 LyEx +1.07333e-04 1.235e-23 1.235e-23 2.469e-23 Cu29 Cu29 +1.06976e-04 1.238e-23 1.238e-23 2.475e-23 +1.06620e-04 1.241e-23 1.241e-23 2.482e-23 Zn30 +1.06265e-04 1.244e-23 1.244e-23 2.488e-23 LyEx Zn28 +1.05912e-04 1.247e-23 1.247e-23 2.494e-23 Zn29 +1.05559e-04 1.250e-23 1.250e-23 2.500e-23 Zn29 +1.05208e-04 1.253e-23 1.253e-23 2.506e-23 LyEx +1.04858e-04 1.256e-23 1.256e-23 2.512e-23 LyEx +1.04509e-04 1.259e-23 1.259e-23 2.518e-23 Zn29 Zn29 +1.04161e-04 1.262e-23 1.262e-23 2.524e-23 Zn30 +1.03815e-04 1.265e-23 1.265e-23 2.530e-23 +1.03469e-04 1.268e-23 1.268e-23 2.536e-23 Zn30 +1.03125e-04 1.271e-23 1.271e-23 2.543e-23 +1.02782e-04 1.274e-23 1.274e-23 2.549e-23 Zn30 +1.02440e-04 1.277e-23 1.277e-23 2.555e-23 Zn30 +1.02099e-04 1.281e-23 1.281e-23 2.561e-23 Zn30 +1.01759e-04 1.284e-23 1.284e-23 2.567e-23 Zn30 +1.01421e-04 1.287e-23 1.287e-23 2.574e-23 Zn30 +9.97370e-05 1.303e-23 1.303e-23 2.605e-23 UntD Zn30 +9.67964e-05 1.331e-23 1.331e-23 2.662e-23 +9.39426e-05 1.360e-23 1.360e-23 2.720e-23 +9.11729e-05 1.390e-23 1.390e-23 2.779e-23 SatL +8.84849e-05 1.420e-23 1.420e-23 2.839e-23 +8.58761e-05 1.450e-23 1.450e-23 2.900e-23 +8.33442e-05 1.481e-23 1.481e-23 2.963e-23 SatL +8.08870e-05 1.513e-23 1.513e-23 3.026e-23 +7.85022e-05 1.545e-23 1.545e-23 3.090e-23 SatL +7.61877e-05 1.578e-23 1.578e-23 3.156e-23 +7.39415e-05 1.611e-23 1.611e-23 3.222e-23 SatL +7.17615e-05 1.645e-23 1.645e-23 3.289e-23 +6.96457e-05 1.679e-23 1.679e-23 3.358e-23 +6.75924e-05 1.714e-23 1.714e-23 3.428e-23 SatL +6.55996e-05 1.749e-23 1.749e-23 3.498e-23 +6.36655e-05 1.785e-23 1.785e-23 3.570e-23 +6.17885e-05 1.821e-23 1.821e-23 3.643e-23 +5.99668e-05 1.858e-23 1.858e-23 3.716e-23 +5.81988e-05 1.896e-23 1.896e-23 3.791e-23 +5.64829e-05 1.934e-23 1.934e-23 3.867e-23 +5.48176e-05 1.972e-23 1.972e-23 3.944e-23 +5.32014e-05 2.011e-23 2.011e-23 4.022e-23 +5.16329e-05 2.050e-23 2.050e-23 4.101e-23 +5.01106e-05 2.090e-23 2.090e-23 4.181e-23 +4.86332e-05 2.131e-23 2.131e-23 4.262e-23 +4.71994e-05 2.172e-23 2.172e-23 4.344e-23 +4.58078e-05 2.213e-23 2.213e-23 4.427e-23 +4.44572e-05 2.255e-23 2.255e-23 4.510e-23 +4.31465e-05 2.297e-23 2.297e-23 4.595e-23 +4.18744e-05 2.340e-23 2.340e-23 4.680e-23 +4.06399e-05 2.383e-23 2.383e-23 4.767e-23 +3.94417e-05 2.427e-23 2.427e-23 4.854e-23 +3.82788e-05 2.471e-23 2.471e-23 4.942e-23 +3.71502e-05 2.515e-23 2.515e-23 5.031e-23 +3.60550e-05 2.560e-23 2.560e-23 5.120e-23 +3.49919e-05 2.605e-23 2.605e-23 5.210e-23 +3.39603e-05 2.650e-23 2.650e-23 5.301e-23 +3.29590e-05 2.696e-23 2.696e-23 5.392e-23 +3.19873e-05 2.742e-23 2.742e-23 5.484e-23 +3.10442e-05 2.788e-23 2.788e-23 5.576e-23 +3.01290e-05 2.835e-23 2.835e-23 5.669e-23 +2.92407e-05 2.881e-23 2.881e-23 5.762e-23 +2.83786e-05 2.928e-23 2.928e-23 5.856e-23 +2.75419e-05 2.975e-23 2.975e-23 5.950e-23 +2.67299e-05 3.022e-23 3.022e-23 6.043e-23 +2.59418e-05 3.069e-23 3.069e-23 6.137e-23 +2.51770e-05 3.116e-23 3.116e-23 6.231e-23 +2.44347e-05 3.163e-23 3.163e-23 6.326e-23 +2.37143e-05 3.210e-23 3.210e-23 6.419e-23 +2.30151e-05 3.257e-23 3.257e-23 6.513e-23 +2.23366e-05 3.303e-23 3.303e-23 6.607e-23 +2.16780e-05 3.350e-23 3.350e-23 6.700e-23 +2.10389e-05 3.396e-23 3.396e-23 6.792e-23 +2.04186e-05 3.442e-23 3.442e-23 6.884e-23 +1.98166e-05 3.488e-23 3.488e-23 6.975e-23 +1.92323e-05 3.533e-23 3.533e-23 7.066e-23 +1.86653e-05 3.578e-23 3.578e-23 7.156e-23 +1.81150e-05 3.622e-23 3.622e-23 7.244e-23 +1.75809e-05 3.666e-23 3.666e-23 7.331e-23 +1.70626e-05 3.709e-23 3.709e-23 7.417e-23 +1.65595e-05 3.751e-23 3.751e-23 7.502e-23 +1.60713e-05 3.792e-23 3.792e-23 7.585e-23 +1.55975e-05 3.833e-23 3.833e-23 7.666e-23 +1.51376e-05 3.873e-23 3.873e-23 7.745e-23 +1.46913e-05 3.911e-23 3.911e-23 7.823e-23 +1.42582e-05 3.949e-23 3.949e-23 7.898e-23 +1.38378e-05 3.986e-23 3.986e-23 7.971e-23 +1.34298e-05 4.021e-23 4.021e-23 8.042e-23 +1.30339e-05 4.055e-23 4.055e-23 8.110e-23 +1.26496e-05 4.088e-23 4.088e-23 8.176e-23 +1.22767e-05 4.119e-23 4.119e-23 8.239e-23 +1.19147e-05 4.149e-23 4.149e-23 8.298e-23 +1.15634e-05 4.177e-23 4.177e-23 8.354e-23 +1.12225e-05 4.204e-23 4.204e-23 8.407e-23 +1.08916e-05 4.228e-23 4.228e-23 8.456e-23 +1.05705e-05 4.251e-23 4.251e-23 8.501e-23 +1.02589e-05 4.271e-23 4.271e-23 8.542e-23 +9.95640e-06 4.290e-23 4.290e-23 8.580e-23 +9.66286e-06 4.306e-23 4.306e-23 8.613e-23 +9.37797e-06 4.321e-23 4.321e-23 8.641e-23 +9.10148e-06 4.333e-23 4.333e-23 8.665e-23 +8.83314e-06 4.342e-23 4.342e-23 8.685e-23 +8.57272e-06 4.350e-23 4.350e-23 8.699e-23 +8.31997e-06 4.354e-23 4.354e-23 8.709e-23 +8.07467e-06 4.356e-23 4.356e-23 8.713e-23 +7.83661e-06 4.356e-23 4.356e-23 8.712e-23 +7.60556e-06 4.353e-23 4.353e-23 8.705e-23 +7.38133e-06 4.347e-23 4.347e-23 8.693e-23 +7.16371e-06 4.338e-23 4.338e-23 8.675e-23 +6.95250e-06 4.325e-23 4.325e-23 8.651e-23 +6.74752e-06 4.310e-23 4.310e-23 8.620e-23 +6.54858e-06 4.292e-23 4.292e-23 8.583e-23 +6.35551e-06 4.270e-23 4.270e-23 8.540e-23 +6.16813e-06 4.246e-23 4.246e-23 8.491e-23 +5.98628e-06 4.218e-23 4.218e-23 8.436e-23 +5.80979e-06 4.187e-23 4.187e-23 8.374e-23 +5.63850e-06 4.153e-23 4.153e-23 8.306e-23 +5.47226e-06 4.116e-23 4.116e-23 8.232e-23 +5.31092e-06 4.075e-23 4.075e-23 8.150e-23 +5.15434e-06 4.031e-23 4.031e-23 8.063e-23 +5.00237e-06 3.984e-23 3.984e-23 7.969e-23 +4.85489e-06 3.934e-23 3.934e-23 7.869e-23 +4.71175e-06 3.881e-23 3.881e-23 7.762e-23 +4.57284e-06 3.824e-23 3.824e-23 7.649e-23 +4.43802e-06 3.765e-23 3.765e-23 7.529e-23 +4.30717e-06 3.702e-23 3.702e-23 7.403e-23 +4.18018e-06 3.636e-23 3.636e-23 7.271e-23 +4.05694e-06 3.567e-23 3.567e-23 7.134e-23 +3.93733e-06 3.495e-23 3.495e-23 6.990e-23 +3.82125e-06 3.421e-23 3.421e-23 6.842e-23 +3.70858e-06 3.344e-23 3.344e-23 6.688e-23 +3.59924e-06 3.265e-23 3.265e-23 6.529e-23 +3.49313e-06 3.183e-23 3.183e-23 6.366e-23 +3.39014e-06 3.099e-23 3.099e-23 6.198e-23 +3.29019e-06 3.013e-23 3.013e-23 6.026e-23 +3.19319e-06 2.925e-23 2.925e-23 5.851e-23 +3.09904e-06 2.836e-23 2.836e-23 5.671e-23 +3.00767e-06 2.745e-23 2.745e-23 5.489e-23 +2.91900e-06 2.652e-23 2.652e-23 5.305e-23 +2.83294e-06 2.559e-23 2.559e-23 5.118e-23 +2.74941e-06 2.464e-23 2.464e-23 4.929e-23 +2.66835e-06 2.369e-23 2.369e-23 4.739e-23 +2.58968e-06 2.274e-23 2.274e-23 4.547e-23 +2.51333e-06 2.178e-23 2.178e-23 4.356e-23 +2.43923e-06 2.082e-23 2.082e-23 4.164e-23 e-e+ +2.36732e-06 1.986e-23 1.986e-23 3.972e-23 +2.29752e-06 1.891e-23 1.891e-23 3.782e-23 +2.22978e-06 1.796e-23 1.796e-23 3.592e-23 +2.16404e-06 1.702e-23 1.702e-23 3.405e-23 +2.10024e-06 1.610e-23 1.610e-23 3.220e-23 +2.03832e-06 1.519e-23 1.519e-23 3.037e-23 +1.97822e-06 1.429e-23 1.429e-23 2.858e-23 +1.91990e-06 1.341e-23 1.341e-23 2.683e-23 +1.86330e-06 1.256e-23 1.256e-23 2.511e-23 +1.80836e-06 1.172e-23 1.172e-23 2.344e-23 +1.75504e-06 1.091e-23 1.091e-23 2.182e-23 +1.70330e-06 1.013e-23 1.013e-23 2.026e-23 +1.65308e-06 9.373e-24 9.373e-24 1.875e-23 +1.60434e-06 8.646e-24 8.646e-24 1.729e-23 +1.55704e-06 7.949e-24 7.949e-24 1.590e-23 +1.51114e-06 7.283e-24 7.283e-24 1.457e-23 +1.46659e-06 6.649e-24 6.649e-24 1.330e-23 +1.42335e-06 6.048e-24 6.048e-24 1.210e-23 +1.38138e-06 5.480e-24 5.480e-24 1.096e-23 +1.34065e-06 4.946e-24 4.946e-24 9.893e-24 +1.30113e-06 4.446e-24 4.446e-24 8.892e-24 +1.26277e-06 3.980e-24 3.980e-24 7.959e-24 +1.22554e-06 4.366e-24 4.366e-24 8.732e-24 +1.18940e-06 3.146e-24 3.146e-24 6.292e-24 +1.15434e-06 2.778e-24 2.778e-24 5.556e-24 +1.12030e-06 2.441e-24 2.441e-24 4.882e-24 +1.08727e-06 2.134e-24 2.134e-24 4.269e-24 +1.05522e-06 1.856e-24 1.856e-24 3.713e-24 +1.02411e-06 1.606e-24 1.606e-24 3.212e-24 +9.93914e-07 1.382e-24 1.382e-24 2.763e-24 +9.64611e-07 1.182e-24 1.182e-24 2.363e-24 +9.36171e-07 1.004e-24 1.004e-24 2.009e-24 +9.08570e-07 8.486e-25 8.486e-25 1.697e-24 +8.81783e-07 7.123e-25 7.123e-25 1.425e-24 +8.55786e-07 5.939e-25 5.939e-25 1.188e-24 +8.30554e-07 4.918e-25 4.918e-25 9.836e-25 +8.06067e-07 4.043e-25 4.043e-25 8.086e-25 +7.82302e-07 3.300e-25 3.300e-25 6.599e-25 +7.59238e-07 2.672e-25 2.672e-25 5.345e-25 +7.36853e-07 2.147e-25 2.147e-25 4.294e-25 +7.15129e-07 1.711e-25 1.711e-25 3.421e-25 +6.94045e-07 1.351e-25 1.351e-25 2.703e-25 +6.73582e-07 1.058e-25 1.058e-25 2.116e-25 +6.53723e-07 8.203e-26 8.203e-26 1.641e-25 +6.34449e-07 6.301e-26 6.301e-26 1.260e-25 +6.15744e-07 4.793e-26 4.793e-26 9.585e-26 +5.97590e-07 3.608e-26 3.608e-26 7.216e-26 +5.79971e-07 2.688e-26 2.688e-26 5.375e-26 +5.62872e-07 1.980e-26 1.980e-26 3.961e-26 +5.46277e-07 1.443e-26 1.443e-26 2.886e-26 +5.30171e-07 1.039e-26 1.039e-26 2.079e-26 +5.14540e-07 7.397e-27 7.397e-27 1.479e-26 +4.99370e-07 5.200e-27 5.200e-27 1.040e-26 +4.84647e-07 3.610e-27 3.610e-27 7.219e-27 +4.70358e-07 2.473e-27 2.473e-27 4.946e-27 +4.56491e-07 1.671e-27 1.671e-27 3.343e-27 +4.43032e-07 1.114e-27 1.114e-27 2.228e-27 +4.29970e-07 7.320e-28 7.320e-28 1.464e-27 +4.17294e-07 4.739e-28 4.739e-28 9.477e-28 +4.04991e-07 3.021e-28 3.021e-28 6.042e-28 +3.93050e-07 1.896e-28 1.896e-28 3.792e-28 +3.81462e-07 1.171e-28 1.171e-28 2.342e-28 +3.70215e-07 7.111e-29 7.111e-29 1.422e-28 +3.59300e-07 4.244e-29 4.244e-29 8.489e-29 +3.48707e-07 2.489e-29 2.489e-29 4.978e-29 +3.38426e-07 1.433e-29 1.433e-29 2.866e-29 +3.28449e-07 8.095e-30 8.095e-30 1.619e-29 +3.18765e-07 4.485e-30 4.485e-30 8.971e-30 +3.09367e-07 2.436e-30 2.436e-30 4.872e-30 +3.00246e-07 1.296e-30 1.296e-30 2.591e-30 +2.91394e-07 6.747e-31 6.747e-31 1.349e-30 +2.82803e-07 3.437e-31 3.437e-31 6.874e-31 +2.74465e-07 1.712e-31 1.712e-31 3.423e-31 +2.66373e-07 8.327e-32 8.327e-32 1.665e-31 +2.58519e-07 3.955e-32 3.955e-32 7.909e-32 +2.50897e-07 1.832e-32 1.832e-32 3.664e-32 +2.43500e-07 8.274e-33 8.274e-33 1.655e-32 +2.36321e-07 3.639e-33 3.639e-33 7.279e-33 +2.29354e-07 1.558e-33 1.558e-33 3.116e-33 +2.22592e-07 6.486e-34 6.486e-34 1.297e-33 +2.16029e-07 2.623e-34 2.623e-34 5.247e-34 +2.09660e-07 1.030e-34 1.030e-34 2.060e-34 +2.03478e-07 3.922e-35 3.922e-35 7.844e-35 +1.97479e-07 1.447e-35 1.447e-35 2.894e-35 +1.91657e-07 5.168e-36 5.168e-36 1.034e-35 +1.86006e-07 1.785e-36 1.785e-36 3.570e-36 +1.80522e-07 5.956e-37 5.956e-37 1.191e-36 +1.75200e-07 1.918e-37 1.918e-37 3.836e-37 +1.70035e-07 5.953e-38 5.953e-38 1.191e-37 +1.65022e-07 1.779e-38 1.779e-38 3.559e-38 +1.60156e-07 5.115e-39 5.115e-39 1.023e-38 +1.55434e-07 1.413e-39 1.413e-39 2.825e-39 +1.50852e-07 3.743e-40 3.743e-40 7.487e-40 +1.46404e-07 9.506e-41 9.506e-41 1.901e-40 +1.42088e-07 2.310e-41 2.310e-41 4.620e-41 +1.37899e-07 5.366e-42 5.366e-42 1.073e-41 +1.33833e-07 1.190e-42 1.190e-42 2.379e-42 +1.29887e-07 2.514e-43 2.514e-43 5.028e-43 +1.26058e-07 5.055e-44 5.055e-44 1.011e-43 +1.22341e-07 9.660e-45 9.660e-45 1.932e-44 +1.18734e-07 1.752e-45 1.752e-45 3.504e-45 +1.15234e-07 3.011e-46 3.011e-46 6.022e-46 +1.11836e-07 4.824e-47 4.824e-47 9.649e-47 +1.08539e-07 6.856e-48 6.856e-48 1.371e-47 +1.05339e-07 8.831e-49 8.831e-49 1.766e-48 +1.02233e-07 0.000e+00 0.000e+00 0.000e+00 +9.92191e-08 0.000e+00 0.000e+00 0.000e+00 +9.62938e-08 0.000e+00 0.000e+00 0.000e+00 +9.34548e-08 0.000e+00 0.000e+00 0.000e+00 +9.06995e-08 0.000e+00 0.000e+00 0.000e+00 +8.80254e-08 0.000e+00 0.000e+00 0.000e+00 +8.54302e-08 0.000e+00 0.000e+00 0.000e+00 +8.29115e-08 0.000e+00 0.000e+00 0.000e+00 +8.04670e-08 0.000e+00 0.000e+00 0.000e+00 +7.80946e-08 0.000e+00 0.000e+00 0.000e+00 +7.57921e-08 0.000e+00 0.000e+00 0.000e+00 +7.35576e-08 0.000e+00 0.000e+00 0.000e+00 +7.13889e-08 0.000e+00 0.000e+00 0.000e+00 +6.92841e-08 0.000e+00 0.000e+00 0.000e+00 +6.72414e-08 0.000e+00 0.000e+00 0.000e+00 +6.52590e-08 0.000e+00 0.000e+00 0.000e+00 +6.33349e-08 0.000e+00 0.000e+00 0.000e+00 +6.14676e-08 0.000e+00 0.000e+00 0.000e+00 +5.96554e-08 0.000e+00 0.000e+00 0.000e+00 +5.78966e-08 0.000e+00 0.000e+00 0.000e+00 +5.61896e-08 0.000e+00 0.000e+00 0.000e+00 +5.45330e-08 0.000e+00 0.000e+00 0.000e+00 +5.29252e-08 0.000e+00 0.000e+00 0.000e+00 +5.13648e-08 0.000e+00 0.000e+00 0.000e+00 +4.98504e-08 0.000e+00 0.000e+00 0.000e+00 +4.83807e-08 0.000e+00 0.000e+00 0.000e+00 +4.69543e-08 0.000e+00 0.000e+00 0.000e+00 +4.55699e-08 0.000e+00 0.000e+00 0.000e+00 +4.42264e-08 0.000e+00 0.000e+00 0.000e+00 +4.29225e-08 0.000e+00 0.000e+00 0.000e+00 +4.16570e-08 0.000e+00 0.000e+00 0.000e+00 +4.04288e-08 0.000e+00 0.000e+00 0.000e+00 +3.92369e-08 0.000e+00 0.000e+00 0.000e+00 +3.80801e-08 0.000e+00 0.000e+00 0.000e+00 +3.69574e-08 0.000e+00 0.000e+00 0.000e+00 +3.58677e-08 0.000e+00 0.000e+00 0.000e+00 +3.48103e-08 0.000e+00 0.000e+00 0.000e+00 +3.37840e-08 0.000e+00 0.000e+00 0.000e+00 +3.27879e-08 0.000e+00 0.000e+00 0.000e+00 +3.18212e-08 0.000e+00 0.000e+00 0.000e+00 +3.08830e-08 0.000e+00 0.000e+00 0.000e+00 +2.99725e-08 0.000e+00 0.000e+00 0.000e+00 +2.90888e-08 0.000e+00 0.000e+00 0.000e+00 +2.82312e-08 0.000e+00 0.000e+00 0.000e+00 +2.73989e-08 0.000e+00 0.000e+00 0.000e+00 +2.65911e-08 0.000e+00 0.000e+00 0.000e+00 +2.58071e-08 0.000e+00 0.000e+00 0.000e+00 +2.50462e-08 0.000e+00 0.000e+00 0.000e+00 +2.43078e-08 0.000e+00 0.000e+00 0.000e+00 +2.35911e-08 0.000e+00 0.000e+00 0.000e+00 +2.28956e-08 0.000e+00 0.000e+00 0.000e+00 +2.22206e-08 0.000e+00 0.000e+00 0.000e+00 +2.15654e-08 0.000e+00 0.000e+00 0.000e+00 +2.09296e-08 0.000e+00 0.000e+00 0.000e+00 +2.03126e-08 0.000e+00 0.000e+00 0.000e+00 +1.97137e-08 0.000e+00 0.000e+00 0.000e+00 +1.91325e-08 0.000e+00 0.000e+00 0.000e+00 +1.85684e-08 0.000e+00 0.000e+00 0.000e+00 +1.80210e-08 0.000e+00 0.000e+00 0.000e+00 +1.74896e-08 0.000e+00 0.000e+00 0.000e+00 +1.69740e-08 0.000e+00 0.000e+00 0.000e+00 +1.64736e-08 0.000e+00 0.000e+00 0.000e+00 +1.59879e-08 0.000e+00 0.000e+00 0.000e+00 +1.55165e-08 0.000e+00 0.000e+00 0.000e+00 +1.50590e-08 0.000e+00 0.000e+00 0.000e+00 +1.46150e-08 0.000e+00 0.000e+00 0.000e+00 +1.41842e-08 0.000e+00 0.000e+00 0.000e+00 +1.37660e-08 0.000e+00 0.000e+00 0.000e+00 +1.33601e-08 0.000e+00 0.000e+00 0.000e+00 +1.29662e-08 0.000e+00 0.000e+00 0.000e+00 diff --git a/hw21/shock.fe b/hw21/shock.fe new file mode 100644 index 0000000..46aa96c --- /dev/null +++ b/hw21/shock.fe @@ -0,0 +1,2 @@ +depth Fe Fe+ Fe+2 Fe+3 Fe+4 Fe+5 Fe+6 Fe+7 Fe+8 Fe+9 Fe+10 Fe+11 Fe+12 Fe+13 Fe+14 Fe+15 Fe+16 Fe+17 Fe+18 Fe+19 Fe+20 Fe+21 Fe+22 Fe+23 Fe+24 Fe+25 Fe+26 + 5.00000e-01 0.00e+00 1.92e-82 1.47e-78 8.50e-75 5.52e-72 3.48e-69 0.00e+00 0.00e+00 0.00e+00 0.00e+00 0.00e+00 0.00e+00 0.00e+00 0.00e+00 0.00e+00 4.31e-36 1.71e-31 1.50e-27 7.57e-24 2.96e-20 1.09e-16 2.94e-13 3.65e-10 4.33e-07 2.34e-04 2.82e-02 9.72e-01 diff --git a/hw21/shock.in b/hw21/shock.in new file mode 100644 index 0000000..fb02e08 --- /dev/null +++ b/hw21/shock.in @@ -0,0 +1,9 @@ +# Shock temperature T = 20 v^2 = 20 * (10000)^2 = 2000000000 +coronal 2e9 +hden 0 +stop zone 1 +set dr 0 +save emitted contiuum units microns "shock.con" +save element iron "shock.fe" +save element oxygen "shock.oxy" +cosmic ray background -3 diff --git a/hw21/shock.out b/hw21/shock.out new file mode 100644 index 0000000..0acb791 --- /dev/null +++ b/hw21/shock.out @@ -0,0 +1,3025 @@ + Cloudy 17.00 + www.nublado.org + + **************************************17Jun01************************************** + * * + * coronal 2e9 * + * hden 0 * + * stop zone 1 * + * set dr 0 * + * save emitted contiuum units microns "shock.con" * + * save element iron "shock.fe" * + * save element oxygen "shock.oxy" * + * cosmic ray background -3 * + * * + *********************************************************************************** + + + + NOTE Setcon: continuum has zero intensity starting at 3.0447e-09 Ryd. + 8228 cells in the incident continuum have zero intensity. Problems??? + + NOTE There is no hydrogen-ionizing radiation. + Was this intended? + + NOTE There is no Balmer continuum radiation.<<<< + Was this intended? + + 8228CellPeak3.04E-09 Lo 3.04e-09= 29.98m Hi-Con:7.13E+06 Ryd E(hi):7.35E+06Ryd E(hi): 100.00 MeV + I(nu>1ryd): 0.0000 Average nu:0.000E+00 I( X-ray): 0.0000 I(BalC): -30.0000 Phi(BalmrC): -30.0000 + phi(1.0-1.8): 0.0000 phi(1.8-4.0): 0.000 phi(4.0-20): 0.000 phi(20--): 0.000 Ion pht flx:0.000E+00 + I(gam ray): 0.0000 phi(gam r): 0.0000 I(Infred): 0.0000 Alf(ox): 0.0000 Total inten: -35.9298 + U(1.0----):0.000E+00 U(4.0----):0.000E+00 T(En-Den):0.000E+00 T(Comp):0.000E+00 nuJnu(912A):0.000E+00 + Occ(FarIR):0.000E+00 Occ(H n=6):0.000E+00 Occ(1Ryd):0.000E+00 Occ(4R):0.000E+00 Occ (Nu-hi):0.000E+00 + Tbr(FarIR):0.000E+00 Tbr(H n=6):0.000E+00 Tbr(1Ryd):0.000E+00 Tbr(4R):0.000E+00 Tbr (Nu-hi):0.000E+00 + + Gas Phase Chemical Composition + H : 0.0000 He: -1.0000 Li: -8.6904 Be:-10.5800 B : -9.2097 C : -3.6108 N : -4.0701 O : -3.3098 F : -7.5200 + Ne: -4.0000 Na: -5.6696 Mg: -4.4597 Al: -5.5302 Si: -4.4597 P : -6.4949 S : -4.7352 Cl: -6.7190 Ar: -5.6003 + K : -6.8794 Ca: -5.6402 Sc: -8.8297 Ti: -6.9788 V : -8.0000 Cr: -6.3298 Mn: -6.5406 Fe: -4.5498 Co: -7.0799 + Ni: -5.7496 Cu: -7.7905 Zn: -7.4001 + + #### 1 Te:2.000E+09 Hden:1.000E+00 Ne:1.208E+00 R:1.000E+30 R-R0:5.000E-01 dR:1.000E+00 NTR: 1 Htot:2.213E-29 T912: 5.07e-28### + Hydrogen 8.00e-11 1.00e+00 H+o/Hden 1.00e+00 9.96e-24 H- H2 5.61e-34 4.27e-28 H2+ HeH+ 4.47e-26 Ho+ ColD 8.00e-11 1.00e+00 + Helium 2.86e-14 3.17e-09 1.00e+00 HeI 2s3S 4.21e-20 Comp H,C 0.00e+00 0.00e+00 Fill Fac 1.00e+00 Gam1/tot 0.00e+00 + He singlet n 2.86e-14 1.42e-26 2.96e-33 8.06e-33 2.00e-33 1.09e-32 He tripl 4.21e-20 3.73e-31 8.82e-33 6.40e-32 2.21e-32 + Pressure NgasTgas 4.62e+09 P(total) 6.38e-07 P( gas ) 6.38e-07 P(Radtn) 0.00e+00 Rad accl 0.00e+00 ForceMul 0.00e+00 + Texc(La) 2.79e+03 T(I con) 0.00e+00 T(D con) 2.81e-05 T(U tot) 2.81e-05 nT (c+d) 6.78e+00 Prad/Gas 0.00e+00 Pmag/Gas 0.00e+00 + Molecules CH/Ctot: 4.68e-66 CH+/Ctot 2.82e-50 CO/Ctot:5.83e-105 CO+/Ctot1.44e-100 H2O/Otot8.21e-109 OH/Ototl 2.17e-92 + Lithium 6.01e-25 1.12e-15 3.65e-08 1.00e+00 Berylliu 0.00e+00 2.42e-22 5.25e-14 2.23e-07 1.00e+00 sec ion: 0.00e+00 + Boron 0.00e+00 1.05e-28 2.74e-20 4.29e-13 9.37e-07 1.00e+00 + Carbon 0.00e+00 5.12e-33 6.29e-25 3.98e-19 2.77e-12 2.92e-06 1.00e+00 H2O+/O 2.39e-104 OH+/Otot 6.49e-76 Hex(tot) 0.00e+00 + Nitrogen 0.00e+00 1.37e-39 1.66e-31 5.07e-24 5.64e-17 4.26e-11 7.91e-06 1.00e+00 O2/Ototl3.14e-117 O2+/Otot9.72e-110 + Oxygen 0.00e+00 0.00e+00 2.40e-36 6.77e-29 7.17e-22 2.36e-15 2.35e-10 1.87e-05 1.00e+00 + Fluorine 0.00e+00 0.00e+00 0.00e+00 6.65e-35 6.94e-28 2.70e-21 3.66e-15 8.26e-10 3.89e-05 1.00e+00 + Neon 0.00e+00 0.00e+00 0.00e+00 4.34e-40 2.00e-33 8.09e-27 1.43e-20 8.96e-15 1.97e-09 6.96e-05 1.00e+00 + Sodium 0.00e+00 0.00e+00 0.00e+00 0.00e+00 8.12e-38 3.21e-31 5.68e-25 4.43e-19 1.31e-13 9.08e-09 1.36e-04 1.00e+00 + Magnesium 0.00e+00 0.00e+00 0.00e+00 0.00e+00 0.00e+00 3.92e-36 6.22e-30 5.02e-24 2.41e-18 3.68e-13 1.82e-08 2.32e-04 1.00e+00 + Aluminium 1 0.00e+00 0.00e+00 0.00e+00 0.00e+00 0.00e+00 9.36e-35 6.73e-29 3.62e-23 8.49e-18 1.26e-12 5.79e-08 3.87e-04 1.00e+00 + Silicon 2 0.00e+00 0.00e+00 0.00e+00 0.00e+00 5.13e-39 7.86e-33 3.00e-27 6.40e-22 1.81e-16 9.06e-12 1.55e-07 5.96e-04 9.99e-01 + Phosphorus 3 0.00e+00 0.00e+00 0.00e+00 0.00e+00 6.22e-37 2.62e-31 5.29e-26 6.71e-21 4.21e-16 2.70e-11 3.14e-07 9.39e-04 9.99e-01 + Sulphur 4 0.00e+00 0.00e+00 0.00e+00 7.62e-41 3.14e-35 5.64e-30 6.59e-25 4.93e-20 2.14e-15 8.99e-11 7.27e-07 1.46e-03 9.99e-01 + Chlorine 5 0.00e+00 0.00e+00 0.00e+00 7.34e-39 1.43e-33 1.38e-28 1.01e-23 5.04e-19 1.73e-14 2.61e-10 1.51e-06 2.14e-03 9.98e-01 + Argon 6 5.58e-40 5.58e-40 1.12e-39 2.36e-37 3.45e-32 2.26e-27 1.06e-22 3.57e-18 6.95e-14 7.09e-10 3.03e-06 3.06e-03 9.97e-01 + Potassium 7 0.00e+00 0.00e+00 0.00e+00 6.65e-36 6.24e-31 2.56e-26 8.01e-22 1.83e-17 2.41e-13 1.76e-09 5.60e-06 4.28e-03 9.96e-01 + Calcium 8 0.00e+00 0.00e+00 2.45e-39 1.53e-34 9.10e-30 2.39e-25 5.26e-21 8.51e-17 7.96e-13 4.61e-09 1.08e-05 5.91e-03 9.94e-01 + Scandium 9 0.00e+00 0.00e+00 0.00e+00 4.16e-33 1.20e-28 2.15e-24 2.96e-20 2.96e-16 1.25e-12 4.90e-09 8.09e-06 3.62e-03 9.96e-01 + Titanium 10 0.00e+00 0.00e+00 5.71e-36 1.30e-31 2.44e-27 3.12e-23 3.18e-19 2.38e-15 7.60e-12 2.30e-08 2.99e-05 1.02e-02 9.90e-01 + Vanadium 11 0.00e+00 0.00e+00 2.76e-35 4.48e-31 3.92e-27 4.39e-23 3.90e-19 2.70e-15 1.23e-11 3.75e-08 5.09e-05 1.21e-02 9.88e-01 + Chromium 12 0.00e+00 1.80e-38 1.32e-33 2.01e-29 1.76e-25 1.17e-21 6.84e-18 2.96e-14 5.75e-11 1.07e-07 8.66e-05 1.71e-02 9.83e-01 + Manganese 13 0.00e+00 2.87e-37 1.65e-32 1.85e-28 1.22e-24 6.30e-21 2.87e-17 9.73e-14 1.49e-10 2.20e-07 1.46e-04 2.28e-02 9.77e-01 + Iron 14 0.00e+00 4.31e-36 1.71e-31 1.50e-27 7.57e-24 2.96e-20 1.09e-16 2.94e-13 3.65e-10 4.33e-07 2.34e-04 2.82e-02 9.72e-01 + Cobalt 15 0.00e+00 6.85e-36 2.10e-31 1.40e-27 6.53e-24 2.52e-20 8.43e-17 2.37e-13 4.92e-10 5.25e-07 3.71e-04 3.54e-02 9.64e-01 + Nickel 16 4.25e-38 7.13e-34 1.66e-29 8.71e-26 2.71e-22 6.87e-19 1.63e-15 2.84e-12 2.32e-09 1.83e-06 6.51e-04 4.47e-02 9.55e-01 + Copper 17 1.30e-36 7.65e-33 1.39e-28 5.77e-25 1.41e-21 2.85e-18 5.38e-15 7.66e-12 5.12e-09 3.28e-06 9.77e-04 5.49e-02 9.44e-01 + Zinc 18 0.00e+00 7.32e-32 1.06e-27 3.51e-24 6.94e-21 1.13e-17 1.72e-14 2.01e-11 1.11e-08 5.81e-06 1.48e-03 6.67e-02 9.32e-01 + + Calculation stopped because NZONE reached. Iteration 1 of 1 + The geometry is plane-parallel. + C-Continuum zero at some energies. + C-I must iterate when save continuum output is done. + C-Electrons were mildly relativistic; High TE=2.00e+09 + C-The H Lyman continuum is thin, and I assumed that it was thick. Use the ITERATE command to do more iterations. + C-The He II continuum is thin and I assumed that it was thick. Use the ITERATE command to do more iterations. + C-The He I continuum is thin and I assumed that it was thick. Use the ITERATE command to do more iterations. + !Compton cooling rate underflows to zero. Is this important? + !There is no hydrogen-ionizing radiation. Was this intended? + !Thermal collisional ionization of H reached 100.00% of the local ionization rate. + !AGE: Cloud age was not set. Longest timescale was 4.14e+16 s = 1.31e+09 years. + !Heating - cooling mismatch =200.0%. Caused by constant temperature assumption. + !Incident radiation field energy density is less than 2.7K. Add background with CMB command. + !The CMB was not included. This is added with the CMB command. + !The intensity of the incident radiation field is less than 10 times the Habing diffuse ISM field. Is this OK? + ! Consider adding diffuse ISM emission with TABLE ISM command. + Te-ne bounds of Case B lookup table exceeded, H I Case B line intensities set to zero. + Te-ne bounds of Case B lookup table exceeded, He II Case B line intensities set to zero. + Charge transfer H => H+ reached 0.52% of the local H ionization rate. + The density is too low to l-mix the lowest H I collapsed level. More resolved levels are needed for accurate line ratios. + The density is too low to l-mix the lowest He I collapsed level. More resolved levels are needed for accurate line ratios. + Grains were not present but might survive in this environment (energy density temperature was 0.00e+00K) + + *********************************> Cloudy 17.00 <********************************** + * coronal 2e9 * + * hden 0 * + * stop zone 1 * + * set dr 0 * + * save emitted contiuum units microns "shock.con" * + * save element iron "shock.fe" * + * save element oxygen "shock.oxy" * + * cosmic ray background -3 * + *********************************> Log(U):-37.00 <********************************* + >>>>>>>>>> Cautions are present. + >>>>>>>>>> Another iteration is needed. Use the ITERATE command. + + Emission Line Spectrum. Constant Density Model. Open geometry. Iteration 1 of 1. + Intensity (erg/s/cm^2). + + + Intrinsic line intensities +general properties................... He 2 4859.18A -33.057 0.0538 S 15 83.5310A -33.676 0.0129 +TotH 0 -28.655 1356.4166 He 2 4541.46A -33.216 0.0373 S 15 57.2348A -33.890 0.0079 +TotC 0 -21.550 ********* He 2 4338.55A -33.357 0.0269 S 15 57.0454A -33.843 0.0088 +CT H 0 -33.170 0.0415 He 2 4199.71A -33.578 0.0162 S 15 48.6859A -33.995 0.0062 +CR H 0 -28.655 1356.3752 He 2 4099.92A -33.699 0.0123 S 15 44.7243A -34.201 0.0039 +H FB 0 -26.853 85896.867 He 2 4025.48A -33.808 0.0095 S 15 42.4808A -34.362 0.0027 +HFBc 0 -26.853 85896.867 He 2 3968.32A -33.909 0.0076 S 15 41.0684A -34.457 0.0021 +H 1c 0 -30.096 49.0798 He 2 3923.37A -34.002 0.0061 S 15 40.1144A -33.943 0.0070 +He 2c 0 -29.573 163.8405 He 2 3887.33A -34.088 0.0050 S 15 173.269A -34.486 0.0020 +C 6c 0 -29.070 521.9942 He 2 3857.96A -34.168 0.0042 S 15 75.6323A -34.486 0.0020 +N 7c 0 -29.082 507.2761 He 2 3833.69A -34.242 0.0035 S 15 180.982A -34.310 0.0030 +O 8c 0 -27.941 7024.7622 He 2 3813.38A -34.309 0.0030 S 15 176.781A -34.356 0.0027 +F 9c 0 -31.836 0.8948 He 2 3796.22A -34.370 0.0026 S 15 115.345A -34.213 0.0038 +Ne10c 0 -28.073 5184.5576 He 2 3781.57A -34.423 0.0023 S 15 95.3375A -34.355 0.0027 +Na11c 0 -29.441 222.0202 He 2 3768.96A -34.466 0.0021 S 15 85.6905A -34.480 0.0020 +Mg12c 0 -27.992 6236.4692 He 2 3758.03A -34.490 0.0020 S 15 80.1315A -34.549 0.0017 +Al13c 0 -28.834 897.3846 He 2 3748.49A -34.466 0.0021 S 15 76.5781A -34.017 0.0059 +Si14c 0 -27.571 16468.723 He 2 3740.11A -33.702 0.0122 S 15 179.964A -33.986 0.0063 +P 15c 0 -29.407 240.2548 He 2 1.86362m -33.022 0.0583 S 15 116.629A -33.916 0.0074 +S 16c 0 -27.454 21555.668 He 2 1.16260m -33.215 0.0374 S 15 96.2136A -34.093 0.0049 +Cl17c 0 -29.275 325.5720 He 2 9344.62A -33.388 0.0251 S 15 86.3977A -34.238 0.0035 +Ar18c 0 -28.007 6033.2554 He 2 8236.51A -33.542 0.0176 S 15 80.7496A -34.318 0.0029 +K 19c 0 -29.149 435.0730 He 2 7592.50A -33.680 0.0128 S 15 77.1423A -33.791 0.0099 +Ca20c 0 -27.783 10110.900 He 2 7177.28A -33.867 0.0083 S 15 180.156A -34.456 0.0021 +Sc21c 0 -31.184 4.0116 He 2 6890.67A -33.987 0.0063 S 15 116.710A -34.393 0.0025 +Ti22c 0 -28.884 800.2672 He 2 6682.98A -34.096 0.0049 S 15 96.2687A -34.570 0.0016 +V 23c 0 -29.830 90.6962 He 2 6526.88A -34.197 0.0039 S 15 86.4421A -34.715 0.0012 +Cr24c 0 -28.012 5961.4883 He 2 6406.17A -34.289 0.0031 S 15 77.1777A -34.269 0.0033 +Mn25c 0 -28.099 4879.7979 He 2 6310.64A -34.375 0.0026 S 15 180.021A -33.550 0.0173 +Fe26c 0 -26.020 585156.81 He 2 6233.61A -34.455 0.0022 S 15 116.655A -33.789 0.0100 +Co27c 0 -28.446 2193.9243 He 2 6170.48A -34.528 0.0018 S 15 96.2309A -34.049 0.0055 +Ni28c 0 -27.009 59976.762 He 2 6118.06A -34.596 0.0016 S 15 86.4117A -34.239 0.0035 +Cu29c 0 -28.956 678.4006 He 2 6073.99A -34.656 0.0014 S 15 80.7618A -34.349 0.0027 +Zn30c 0 -28.475 2053.4712 He 2 6036.58A -34.710 0.0012 S 15 77.1535A -33.841 0.0088 +He 1c 0 -34.225 0.0036 He 2 6004.52A -34.752 0.0011 S 15 180.021A -34.007 0.0060 +C 5c 0 -34.436 0.0022 He 2 5976.82A -34.776 0.0010 S 15 116.655A -34.266 0.0033 +N 6c 0 -33.702 0.0122 He 2 5952.73A -34.752 0.0011 S 15 96.2309A -34.526 0.0018 +O 7c 0 -32.195 0.3911 He 2 5931.63A -33.988 0.0063 S 15 86.4117A -34.716 0.0012 +Ne 9c 0 -31.956 0.6775 He 2 3.09074m -33.506 0.0191 S 15 77.1535A -34.318 0.0029 +Na10c 0 -33.022 0.0582 He 2 1.87427m -33.663 0.0133 S 15 182.228A -34.539 0.0018 +Mg11c 0 -31.457 2.1374 He 2 1.47599m -33.811 0.0095 S 15 180.322A -34.693 0.0012 +Al12c 0 -32.075 0.5160 He 2 1.28124m -33.946 0.0069 S 15 116.883A -34.687 0.0013 +Si13c 0 -30.514 18.7463 He 2 1.16728m -34.106 0.0048 S 15 77.2532A -34.501 0.0019 +P 14c 0 -32.303 0.3051 He 2 1.09332m -34.224 0.0037 S 15 134.219A -34.507 0.0019 +S 15c 0 -30.125 45.9758 He 2 1.04194m -34.333 0.0028 S 15 331.900A -34.610 0.0015 +Cl16c 0 -31.842 0.8810 He 2 1.00449m -34.433 0.0023 S 15 206.940A -34.646 0.0014 +Ar17c 0 -30.411 23.7873 He 2 9761.80A -34.525 0.0018 S 15 166.302A -34.738 0.0011 +K 18c 0 -31.428 2.2877 He 2 9541.71A -34.611 0.0015 S 15 135.101A -34.248 0.0035 +Ca19c 0 -29.901 77.0006 He 2 9366.69A -34.690 0.0013 S 15 135.157A -34.725 0.0012 +Sc20c 0 -33.210 0.0378 He 2 9224.90A -34.763 0.0011 S 15 331.402A -34.331 0.0029 +Ti21c 0 -30.784 10.0692 He 2 8701.09A -34.222 0.0037 S 15 206.746A -34.448 0.0022 +V 22c 0 -31.568 1.6568 He 2 4.76203m -33.911 0.0075 S 15 166.176A -34.585 0.0016 +Cr23c 0 -29.658 134.7808 He 2 2.82513m -34.041 0.0056 S 15 146.471A -34.666 0.0013 +Mn24c 0 -29.630 143.7611 He 2 2.18843m -34.170 0.0041 S 15 135.019A -34.142 0.0044 +Fe25c 0 -27.343 27810.393 He 2 1.87567m -34.310 0.0030 S 15 135.019A -34.619 0.0015 +Co26c 0 -29.739 111.8807 He 2 1.69177m -34.427 0.0023 S 15 331.411A -34.078 0.0051 +Ni27c 0 -28.147 4366.2881 He 2 1.57184m -34.534 0.0018 S 15 206.749A -34.399 0.0024 +Cu28c 0 -29.994 62.1772 He 2 1.48813m -34.634 0.0014 S 15 166.179A -34.630 0.0014 +Zn29c 0 -29.301 306.0797 He 2 1.42683m -34.725 0.0012 S 15 146.473A -34.766 0.0010 +V 21c 0 -34.650 0.0014 He 2 1.21105m -34.421 0.0023 S 15 135.020A -34.278 0.0032 +Ar16c 0 -33.583 0.0160 He 2 6.94582m -34.259 0.0034 S 15 331.411A -34.555 0.0017 +Ca18c 0 -33.061 0.0533 He 2 4.04934m -34.368 0.0026 S 15 135.020A -34.755 0.0011 +Co25c 0 -32.526 0.1824 He 2 3.09455m -34.492 0.0020 S 15 549.639A -34.100 0.0049 +Cr22c 0 -32.454 0.2153 He 2 2.62397m -34.605 0.0015 S 15 333.309A -34.221 0.0037 +Fe23c 0 -32.722 0.1161 He 2 2.34631m -34.711 0.0012 S 15 262.481A -34.296 0.0031 +Fe24c 0 -29.835 89.5989 He 2 1.62407m -34.594 0.0016 S 15 227.848A -33.768 0.0105 +K 17c 0 -34.767 0.0010 He 2 9.71043m -34.565 0.0017 S 15 846.852A -34.463 0.0021 +Mn23c 0 -32.360 0.2674 He 2 5.58107m -34.660 0.0013 S 15 502.405A -34.512 0.0019 +Ni25c 0 -33.383 0.0254 He 2 4.21710m -34.766 0.0010 S 15 389.178A -33.975 0.0065 +Ni26c 0 -30.436 22.4474 He 2 2.11969m -34.746 0.0011 S 15 1235.20A -34.727 0.0011 +S 14c 0 -33.621 0.0147 C 6 0 -29.253 342.3553 S 15 720.112A -34.164 0.0042 +Si12c 0 -34.311 0.0030 C 6 33.7372A -28.969 658.5029 S 15 1726.85A -34.360 0.0027 +Ti20c 0 -33.733 0.0113 C 6 28.4658A -29.814 94.1423 S 15 4.73132A -31.768 1.0467 +Zn28c 0 -32.519 0.1856 C 6 26.9898A -30.354 27.1196 S 15 4.76364A -31.811 0.9470 +continua............................. C 6 26.3572A -30.773 10.3252 S 15 4.76110A -34.209 0.0038 +nFnu 3645.00A -25.659 1343845.0 C 6 26.0258A -30.716 11.7742 S 15 4.76183A -32.432 0.2267 +nFnu 3647.00A -25.657 1348703.8 C 6 25.8300A -30.942 7.0015 S 15 4.76480A -32.176 0.4088 +Ba C 0 -30.716 11.7881 C 6 25.7045A -31.124 4.6076 S 15 4.78662A -31.255 3.4073 +PA C 0 -31.375 2.5824 C 6 25.6192A -31.252 3.4292 S 15 5.69974A -32.543 0.1753 +FIR 83.0000m -27.563 16768.109 C 6 25.5585A -30.834 8.9896 S 15 5.71208A -32.275 0.3250 +TIR 1800.00m -28.636 1416.5270 C 6 182.181A -30.254 34.1449 S 15 5.71258A -31.983 0.6371 +NIRa 2.85000m -25.895 781009.44 C 6 134.949A -30.799 9.7392 S 15 5.72001A -31.795 0.9815 +NIRb 3.00000m -26.138 445847.44 C 6 120.490A -31.175 4.0937 S 15 5.72061A -31.906 0.7603 +MIRa 15.0000m -26.786 100263.88 C 6 113.863A -31.585 1.5931 S 15 5.72167A -31.726 1.1528 +MIRb 22.5000m -26.744 110483.74 C 6 110.208A -31.809 0.9516 S 15 6.13244A -32.687 0.1260 +NMIR 21.7500m -25.895 781009.44 C 6 107.959A -31.989 0.6279 S 15 6.13821A -32.417 0.2349 +TFIR 611.250m -28.035 5653.2998 C 6 106.469A -32.117 0.4682 S 15 6.13858A -32.269 0.3297 +TALL 10000.0A -21.550 ********* C 6 105.429A -31.698 1.2288 S 15 6.14218A -32.050 0.5462 +F12 12.0000m -27.277 32369.064 C 6 520.517A -31.385 2.5275 S 15 6.14241A -32.255 0.3406 +F25 25.0000m -27.677 12904.471 C 6 355.822A -31.718 1.1719 S 15 6.14226A -32.611 0.1500 +F60 60.0000m -27.841 8836.2598 C 6 303.635A -32.108 0.4778 S 15 6.14226A -32.918 0.0739 +F100 100.000m -28.351 2728.6143 C 6 278.964A -32.328 0.2877 S 15 6.14289A -31.927 0.7248 +MIPS 24.0000m -27.973 6523.1646 C 6 264.990A -32.507 0.1907 S 15 6.35410A -32.721 0.1164 +MIPS 70.0000m -28.341 2796.1248 C 6 256.192A -32.633 0.1425 S 15 6.35719A -32.634 0.1423 +MIPS 160.000m -28.764 1055.0172 C 6 250.248A -32.214 0.3747 S 15 6.35744A -32.326 0.2890 +IRAC 3.60000m -27.232 35904.152 C 6 1124.57A -32.163 0.4206 S 15 6.35941A -32.307 0.3022 +IRAC 4.50000m -27.307 30253.535 C 6 728.723A -32.492 0.1972 S 15 6.35953A -32.577 0.1623 +IRAC 5.80000m -27.364 26496.293 C 6 601.135A -32.705 0.1209 S 15 6.35923A -32.883 0.0802 +IRAC 8.00000m -27.330 28682.838 C 6 539.795A -32.880 0.0808 S 15 6.35923A -33.323 0.0291 +SPR1 250.000m -28.801 967.9233 C 6 504.501A -33.005 0.0606 S 15 6.35923A -34.125 0.0046 +SPR2 350.000m -28.934 712.8606 C 6 481.960A -32.584 0.1598 S 15 6.35923A -33.845 0.0087 +SPR3 500.000m -29.004 607.5967 C 6 2069.58A -32.822 0.0923 S 15 6.35978A -32.134 0.4505 +PAC1 70.0000m -28.281 3211.7319 C 6 1291.50A -33.008 0.0602 S 15 6.48364A -32.380 0.2557 +PAC2 100.000m -28.352 2726.0378 C 6 1038.07A -33.175 0.0409 S 15 6.56103A -32.586 0.1591 +PAC3 160.000m -28.487 1999.0258 C 6 914.971A -33.297 0.0310 S 15 6.61226A -32.763 0.1058 +PAH 3.30000m -28.059 5351.0293 C 6 843.430A -32.874 0.0819 S 15 6.64785A -32.919 0.0739 +PAHC 3.23000m -28.341 2796.2134 C 6 3432.42A -33.286 0.0317 S 15 6.67354A -31.273 3.2693 +PAHC 3.37000m -28.379 2561.7229 C 6 2081.40A -33.427 0.0229 Cl16 0 -32.745 0.1102 +PAH 6.20000m -27.880 8069.6401 C 6 1639.63A -33.540 0.0177 TOTL 4.46789A -32.458 0.2136 +PAHC 5.65000m -27.809 9506.0205 C 6 1423.29A -33.114 0.0471 Cl16 4.46789A -32.682 0.1274 +PAH 7.90000m -27.788 9978.3711 C 6 5288.52A -33.669 0.0131 Cl16 4.46447A -32.851 0.0863 +PAHC 6.90000m -27.674 12970.833 C 6 3137.44A -33.755 0.0108 Cl16 4.44431A -32.382 0.2541 +PAH 11.3000m -28.488 1993.3212 C 6 2430.33A -33.322 0.0292 Cl16 3.79401A -33.551 0.0172 +PAHC 10.9000m -28.458 2136.9939 C 6 7713.77A -33.971 0.0066 Cl16 3.78971A -32.137 0.4471 +PAH 11.8000m -28.291 3132.8718 C 6 4497.03A -33.511 0.0189 Cl16 4.49718A -32.189 0.3964 +PAHC 12.6500m -28.339 2806.5198 C 6 1.07841m -33.706 0.0121 Cl16 3.60325A -32.787 0.1000 +PAH 13.3000m -28.323 2912.0220 N 7 0 -29.313 297.9522 Cl16 3.52303A -32.929 0.0722 +PAHC 14.1000m -28.372 2601.1472 N 7 24.7807A -29.002 610.0334 TOTL 686.059A -34.719 0.0012 +Bcon 3640.00A -25.213 3752777.2 N 7 20.9087A -29.845 87.4907 Cl16 686.059A -34.719 0.0012 +Pcon 5000.00A -25.901 769230.81 N 7 19.8246A -30.412 23.7501 Cl16 24.2651A -33.717 0.0118 +O3bn 5007.00A -27.411 23799.627 N 7 19.3599A -30.830 9.0596 Cl16 18.1274A -34.191 0.0040 +HFFc 0 -21.740 ********* N 7 19.1166A -30.779 10.1944 Cl16 16.2641A -34.274 0.0033 +H FF 0 -21.917 ********* N 7 18.9727A -31.005 6.0577 Cl16 25.0171A -34.175 0.0041 +HeFF 0 -22.312 ********* N 7 18.8806A -31.187 3.9856 Cl16 18.6474A -34.693 0.0012 +MeFB 0 -28.452 2163.6995 N 7 18.8179A -31.315 2.9668 Cl16 16.6814A -34.776 0.0010 +MeFF 0 -22.918 ********* N 7 18.7733A -30.896 7.7866 Cl16 25.4296A -33.902 0.0077 +ToFF 0 -21.740 ********* N 7 133.816A -30.288 31.5939 Cl16 24.9976A -33.506 0.0191 +FF X 0 -21.771 ********* N 7 99.1229A -30.861 8.4353 Cl16 18.6194A -33.653 0.0136 +eeff 0 -22.001 ********* N 7 88.5026A -31.239 3.5347 Cl16 16.6590A -33.842 0.0088 +Mion 0 -30.164 42.0512 N 7 83.6350A -31.648 1.3793 Cl16 25.9446A -34.248 0.0035 +nFnu 23.5131c -31.099 4.8794 N 7 80.9504A -31.872 0.8233 Cl16 25.7476A -33.902 0.0077 +nFnu 20.4636c -31.041 5.5709 N 7 79.2983A -32.052 0.5432 Cl16 19.0403A -34.163 0.0042 +nFnu 6.61064c -30.577 16.2285 N 7 78.2041A -32.180 0.4050 Cl16 16.9952A -34.358 0.0027 +nFnu 6.13700c -30.547 17.3939 N 7 77.4398A -31.760 1.0644 Cl16 71.6657A -34.662 0.0013 +nFnu 3.55415c -30.322 29.1651 N 7 382.331A -31.445 2.1993 Cl16 49.3250A -34.667 0.0013 +nFnu 3.43208c -30.309 30.0987 N 7 261.359A -31.781 1.0139 Cl16 72.9733A -34.255 0.0034 +nFnu 3.40000c -30.305 30.3845 N 7 223.027A -32.171 0.4137 Cl16 49.9410A -34.423 0.0023 +nFnu 2.00329c -30.087 50.1360 N 7 204.906A -32.391 0.2489 Cl16 73.0908A -34.733 0.0011 +nFnu 1.33478c -29.920 73.6125 N 7 194.641A -32.570 0.1649 Cl16 158.228A -34.479 0.0020 +nFnu 9993.08m -29.801 96.7948 N 7 188.179A -32.696 0.1233 Cl16 4.18936A -33.503 0.0193 +nFnu 6917.22m -29.651 136.8127 N 7 183.813A -32.276 0.3246 Cl16 4.21653A -33.492 0.0197 +nFnu 122.400m -28.003 6092.4780 N 7 826.024A -32.225 0.3652 Cl16 4.21510A -34.067 0.0053 +nFnu 60.8322m -27.719 11694.372 N 7 535.264A -32.555 0.1708 Cl16 4.21815A -33.797 0.0098 +nFnu 41.2152m -27.561 16837.756 N 7 441.548A -32.768 0.1046 Cl16 4.23630A -32.941 0.0701 +nFnu 30.8695m -27.443 22074.428 N 7 396.492A -32.943 0.0699 Cl16 5.05260A -34.292 0.0031 +nFnu 24.7829m -27.354 27104.596 N 7 370.567A -33.068 0.0525 Cl16 5.06301A -33.973 0.0065 +nFnu 24.2998m -27.346 27614.994 N 7 354.010A -32.646 0.1384 Cl16 5.06359A -33.714 0.0118 +nFnu 22.8302m -27.322 29204.398 N 7 1520.64A -32.885 0.0799 Cl16 5.07001A -33.519 0.0185 +nFnu 21.4199m -27.296 30981.109 N 7 948.637A -33.071 0.0521 Cl16 5.07058A -33.663 0.0133 +nFnu 21.1235m -27.289 31466.309 N 7 762.484A -33.238 0.0354 Cl16 5.07128A -33.426 0.0230 +nFnu 19.6199m -27.260 33692.773 N 7 672.067A -33.359 0.0268 Cl16 5.44856A -33.118 0.0467 +nFnu 17.6534m -27.218 37099.039 N 7 619.518A -32.936 0.0710 Cl16 5.64287A -32.783 0.1010 +nFnu 17.3700m -27.211 37679.703 N 7 2521.16A -33.349 0.0275 Ar17 0 -31.345 2.7713 +nFnu 15.6901m -27.169 41487.539 N 7 1529.33A -33.490 0.0198 Ar17 0 -34.157 0.0043 +nFnu 14.6036m -27.141 44282.586 N 7 1204.34A -33.603 0.0153 TOTL 3.96911A -30.979 6.4356 +nFnu 12.4300m -27.075 51555.758 N 7 1045.44A -33.176 0.0408 Ar17 3.96911A -31.236 3.5566 +nFnu 11.4000m -27.040 55886.465 N 7 3884.52A -33.732 0.0114 Ar17 3.96561A -31.328 2.8790 +nFnu 10.4600m -27.005 60579.559 N 7 2304.48A -33.818 0.0093 Ar17 3.94883A -30.977 6.4672 +nFnu 9.48002m -26.966 66278.742 N 7 1785.67A -33.384 0.0253 Ar17 3.36910A -31.986 0.6330 +nFnu 9.32488m -26.959 67314.000 N 7 5665.93A -34.034 0.0057 Ar17 3.36545A -30.711 11.9204 +nFnu 8.21035m -26.908 75726.766 N 7 3303.15A -33.573 0.0164 Ar17 3.99389A -30.767 10.4742 +nFnu 7.58000m -26.876 81571.664 N 7 7921.13A -33.768 0.0104 Ar17 3.36530A -33.889 0.0079 +nFnu 7.05026m -26.846 87323.336 O 8 0 -28.209 3791.2053 Ar17 3.19977A -31.375 2.5820 +nFnu 4.11370m -26.629 144139.50 O 8 18.9709A -27.875 8171.3853 Ar17 3.12835A -31.517 1.8614 +nFnu 2.32440m -26.399 244359.97 O 8 16.0067A -28.721 1163.7302 TOTL 639.554A -33.328 0.0288 +nFnu 1.64313m -26.260 336658.62 O 8 15.1767A -29.304 304.1502 Ar17 661.559A -33.952 0.0069 +nFnu 1.48022m -26.219 370364.09 O 8 14.8210A -29.722 116.2646 Ar17 639.554A -33.328 0.0288 +nFnu 1.43649m -26.207 380764.09 O 8 14.6347A -29.676 129.2568 Ar17 559.971A -33.445 0.0220 +nFnu 1.11867m -26.107 479530.59 O 8 14.5246A -29.902 76.7705 Ar17 21.5364A -32.270 0.3294 +nFnu 8329.68A -25.988 630256.62 O 8 14.4540A -30.084 50.5090 Ar17 16.0927A -32.768 0.1045 +nFnu 8078.61A -25.976 647905.12 O 8 14.4060A -30.212 37.6096 Ar17 14.4353A -32.865 0.0836 +nFnu 6209.66A -25.871 825491.31 O 8 14.3719A -29.793 98.7566 Ar17 22.3261A -33.988 0.0063 +nFnu 4885.36A -25.775 1029120.8 O 8 102.443A -29.166 418.4234 Ar17 22.1668A -32.744 0.1105 +nFnu 3704.34A -25.665 1326457.4 O 8 75.8835A -29.758 106.9062 Ar17 16.5296A -33.275 0.0325 +nFnu 3587.67A -25.653 1363436.6 O 8 67.7531A -30.137 44.6815 Ar17 14.7859A -33.371 0.0261 +nFnu 2430.05A -25.498 1948342.8 O 8 64.0267A -30.545 17.4890 Ar17 22.5212A -32.464 0.2105 +nFnu 2392.03A -25.491 1978256.0 O 8 61.9715A -30.769 10.4339 Ar17 22.3034A -34.198 0.0039 +nFnu 2071.34A -25.434 2255077.0 O 8 60.7068A -30.950 6.8834 Ar17 22.1272A -32.098 0.4889 +nFnu 2052.68A -25.430 2275767.0 O 8 59.8691A -31.077 5.1346 Ar17 16.5081A -32.225 0.3654 +nFnu 1793.44A -25.377 2570328.8 O 8 59.2840A -30.657 13.4992 Ar17 14.7687A -32.367 0.2634 +nFnu 1585.12A -25.327 2885118.8 O 8 292.694A -30.340 27.9900 Ar17 22.9660A -32.849 0.0867 +nFnu 1458.33A -25.294 3112792.0 O 8 200.084A -30.679 12.8405 Ar17 22.7732A -32.534 0.1793 +nFnu 1356.96A -25.266 3317750.0 O 8 170.738A -31.068 5.2449 Ar17 16.8683A -32.773 0.1034 +nFnu 1297.29A -25.248 3461767.0 O 8 156.865A -31.288 3.1543 Ar17 15.0563A -32.914 0.0747 +nFnu 1262.79A -25.237 3546825.0 O 8 149.008A -31.467 2.0900 Ar17 61.8288A -33.875 0.0082 +nFnu 1218.08A -25.223 3667170.2 O 8 144.060A -31.593 1.5631 Ar17 42.9030A -33.835 0.0090 +nFnu 1196.33A -25.216 3723214.2 O 8 140.718A -31.173 4.1168 Ar17 63.5320A -34.373 0.0026 +nFnu 1175.06A -25.210 3780108.0 O 8 632.363A -31.121 4.6398 Ar17 43.7163A -34.331 0.0029 +nFnu 1143.64A -25.198 3884699.0 O 8 409.771A -31.452 2.1652 Ar17 63.6668A -33.280 0.0322 +nFnu 1113.22A -25.187 3980076.5 O 8 338.027A -31.665 1.3256 Ar17 43.7800A -33.282 0.0320 +nFnu 1103.23A -25.185 4004282.0 O 8 303.534A -31.840 0.8853 Ar17 65.0068A -32.852 0.0862 +nFnu 1073.86A -25.174 4102572.8 O 8 283.688A -31.965 0.6649 Ar17 44.4095A -33.022 0.0582 +nFnu 1064.34A -25.170 4140045.0 O 8 271.013A -31.543 1.7557 Ar17 65.0555A -33.364 0.0265 +nFnu 1035.92A -25.160 4241641.0 O 8 1164.12A -31.781 1.0135 Ar17 44.4322A -33.534 0.0179 +nFnu 1000.00A -25.145 4385385.0 O 8 726.229A -31.968 0.6599 Ar17 64.9992A -33.802 0.0097 +nFnu 925.144A -25.115 4701741.0 O 8 583.719A -32.136 0.4485 Ar17 44.4060A -33.805 0.0096 +nFnu 897.800A -25.103 4833452.0 O 8 514.500A -32.256 0.3395 Ar17 140.160A -33.083 0.0507 +nFnu 760.023A -25.038 5620803.5 O 8 474.272A -31.833 0.9003 Ar17 3.73503A -32.155 0.4290 +nFnu 701.514A -25.006 6042665.0 O 8 1930.65A -32.246 0.3480 Ar17 3.75808A -32.094 0.4930 +nFnu 608.160A -24.950 6878322.5 O 8 1170.77A -32.387 0.2515 Ar17 3.75623A -34.609 0.0015 +nFnu 575.146A -24.928 7239366.5 O 8 921.985A -32.500 0.1938 Ar17 3.75697A -32.632 0.1430 +nFnu 511.948A -24.882 8042733.0 O 8 800.334A -32.073 0.5178 Ar17 3.76011A -32.329 0.2875 +nFnu 496.874A -24.870 8263228.0 O 8 2973.77A -32.629 0.1441 Ar17 3.77532A -31.550 1.7259 +nFnu 399.153A -24.784 ********* O 8 1764.74A -32.715 0.1180 Ar17 4.50919A -32.944 0.0696 +RRC.................................. O 8 1367.02A -32.281 0.3210 Ar17 4.51802A -32.587 0.1588 +H 1 911.753A -26.932 71589.648 O 8 4337.53A -32.931 0.0719 Ar17 4.51870A -32.342 0.2788 +H 1 3645.98A -27.834 8979.8105 O 8 2528.69A -32.470 0.2077 Ar17 4.52532A -32.163 0.4209 +H 1 3645.98A -30.347 27.5710 O 8 6064.01A -32.665 0.1325 Ar17 4.52556A -32.339 0.2810 +H 1 8203.53A -28.363 2659.6306 F 9 0 -32.119 0.4659 Ar17 4.52528A -32.046 0.5510 +H 1 8203.53A -30.818 9.3078 F 9 14.9875A -31.773 1.0332 Ar17 4.86391A -31.766 1.0509 +H 1 8203.53A -32.128 0.4567 F 9 12.6457A -32.629 0.1440 Ar17 5.03877A -31.451 2.1680 +H 1 1.45841m -28.737 1121.8754 F 9 11.9900A -33.213 0.0376 K 18 0 -32.338 0.2816 +H 1 1.45841m -31.176 4.0828 F 9 11.7090A -33.629 0.0144 TOTL 3.54954A -32.009 0.6006 +H 1 1.45841m -32.396 0.2462 F 9 11.5618A -33.552 0.0172 K 18 3.54954A -32.291 0.3132 +H 1 1.45841m -33.284 0.0318 F 9 11.4748A -33.330 0.0287 K 18 3.54600A -32.329 0.2874 +H 1 2.27876m -29.028 574.3630 F 9 80.9326A -33.072 0.0519 K 18 3.53196A -32.002 0.6099 +H 1 2.27876m -31.460 2.1262 F 9 59.9500A -33.669 0.0131 K 18 3.01181A -32.904 0.0764 +H 1 2.27876m -32.651 0.1369 F 9 53.5268A -34.049 0.0055 K 18 3.00868A -31.736 1.1266 +H 1 2.27876m -33.412 0.0237 F 9 50.5829A -34.420 0.0023 K 18 3.57079A -31.829 0.9075 +H 1 2.27876m -34.191 0.0040 F 9 48.9592A -34.196 0.0039 K 18 2.86010A -32.416 0.2353 +H 1 3.28142m -29.266 332.3743 F 9 231.236A -34.238 0.0035 K 18 2.79613A -32.587 0.1585 +H 1 3.28142m -31.693 1.2415 F 9 158.071A -34.584 0.0016 TOTL 596.339A -34.442 0.0022 +H 1 3.28142m -32.872 0.0823 F 9 123.928A -34.716 0.0012 K 18 596.339A -34.442 0.0022 +H 1 3.28142m -33.589 0.0158 Ne10 0 -28.338 2811.5476 K 18 510.673A -34.572 0.0016 +H 1 3.28142m -34.208 0.0038 Ne10 12.1375A -28.000 6123.4600 K 18 19.2395A -33.330 0.0287 +H 1 4.46637m -29.467 209.3042 Ne10 10.2410A -28.867 832.0336 K 18 14.3702A -33.814 0.0094 +H 1 4.46637m -31.892 0.7860 Ne10 9.70997A -29.426 229.5720 K 18 12.8887A -33.927 0.0073 +H 1 4.46637m -33.064 0.0529 Ne10 9.48239A -29.838 88.9489 K 18 19.7759A -33.766 0.0105 +H 1 4.46637m -33.760 0.0107 Ne10 9.36319A -29.800 97.1512 K 18 14.7420A -34.315 0.0030 +H 1 4.46637m -34.317 0.0030 Ne10 9.29275A -30.024 57.9313 K 18 13.1870A -34.427 0.0023 +H 1 5.83363m -29.641 140.2155 Ne10 9.24759A -30.205 38.2522 K 18 20.0833A -33.499 0.0194 +H 1 5.83363m -32.064 0.5284 Ne10 9.21689A -30.331 28.5839 K 18 19.7526A -33.146 0.0438 +H 1 5.83363m -33.232 0.0359 Ne10 9.19505A -29.910 75.3168 K 18 14.7250A -33.277 0.0324 +H 1 5.83363m -33.917 0.0074 Ne10 65.5423A -29.318 294.7142 K 18 13.1734A -33.496 0.0196 +H 1 5.83363m -34.443 0.0022 Ne10 48.5499A -29.889 79.1911 K 18 20.4701A -33.864 0.0084 +H 1 7.38319m -29.794 98.4769 Ne10 43.3481A -30.265 33.3053 K 18 20.3153A -33.567 0.0166 +H 1 7.38319m -32.217 0.3719 Ne10 40.9639A -30.669 13.1449 K 18 15.0355A -33.783 0.0101 +H 1 7.38319m -33.382 0.0254 Ne10 39.6491A -30.891 7.8735 K 18 13.4214A -34.008 0.0060 +H 1 7.38319m -34.060 0.0053 Ne10 38.8399A -31.070 5.2130 K 18 56.7789A -34.286 0.0032 +H 1 7.38319m -34.569 0.0017 Ne10 38.3039A -31.196 3.9024 K 18 39.0458A -34.321 0.0029 +H 1 9.11505m -29.931 71.7892 Ne10 37.9296A -30.775 10.2952 K 18 57.8523A -33.878 0.0081 +H 1 9.11505m -32.353 0.2716 Ne10 187.264A -30.471 20.7108 K 18 39.5505A -34.075 0.0052 +H 1 9.11505m -33.517 0.0186 Ne10 128.012A -30.806 9.5707 K 18 57.8523A -34.356 0.0027 +H 1 9.11505m -34.191 0.0040 Ne10 109.237A -31.192 3.9421 K 18 39.5505A -34.552 0.0017 +H 1 9.11505m -34.689 0.0013 Ne10 100.362A -31.411 2.3803 K 18 57.9139A -34.762 0.0011 +H 1 11.0292m -30.020 58.5336 Ne10 95.3343A -31.588 1.5828 K 18 125.019A -34.130 0.0045 +H 1 13.1257m -30.128 45.6550 Ne10 92.1689A -31.712 1.1880 K 18 3.35047A -33.221 0.0369 +H 1 15.4044m -30.226 36.3973 Ne10 90.0306A -31.290 3.1397 K 18 3.37029A -33.114 0.0471 +H 1 17.8655m -30.318 29.4555 Ne10 404.582A -31.248 3.4588 K 18 3.36940A -33.610 0.0151 +H 1 20.5089m -30.404 24.1593 Ne10 262.169A -31.576 1.6274 K 18 3.37260A -33.281 0.0321 +H 1 23.3345m -30.487 19.9544 Ne10 216.268A -31.787 1.0003 K 18 3.38540A -32.579 0.1616 +H 1 26.3425m -30.558 16.9476 Ne10 194.199A -31.961 0.6704 K 18 4.04865A -33.993 0.0062 +H 1 29.5328m -30.631 14.3217 Ne10 181.502A -32.084 0.5054 K 18 4.05623A -33.617 0.0148 +H 1 32.9053m -30.698 12.2971 Ne10 173.392A -31.661 1.3390 K 18 4.05698A -33.384 0.0253 +H 1 36.4602m -30.768 10.4438 Ne10 744.799A -31.906 0.7618 K 18 4.06236A -33.225 0.0365 +H 1 40.1974m -30.829 9.0907 Ne10 464.637A -32.090 0.4980 K 18 4.06236A -33.427 0.0229 +H 1 44.1168m -30.889 7.9082 Ne10 373.460A -32.256 0.3397 K 18 4.06266A -33.083 0.0506 +H 1 48.2186m -30.949 6.8994 Ne10 329.175A -32.376 0.2580 K 18 4.36916A -32.826 0.0916 +H 1 52.5027m -31.008 6.0104 Ne10 303.437A -31.951 0.6866 K 18 4.52738A -32.527 0.1823 +H 1 56.9691m -29.915 74.4519 Ne10 1235.22A -32.368 0.2626 Ca19 0 -30.843 8.7891 +He 2 227.838A -26.462 211446.94 Ne10 749.055A -32.507 0.1905 Ca19 0 -33.691 0.0125 +He 2 911.351A -27.366 26411.281 Ne10 589.881A -32.619 0.1473 TOTL 3.19280A -30.448 21.8553 +He 2 911.351A -29.556 170.2545 Ne10 512.049A -32.191 0.3949 Ca19 3.19280A -30.753 10.8235 +He 2 2049.88A -27.894 7819.0449 Ne10 1903.15A -32.749 0.1091 Ca19 3.18915A -30.745 11.0318 +He 2 2049.88A -30.028 57.3900 Ne10 1129.07A -32.834 0.0897 Ca19 3.17724A -30.496 19.5690 +He 2 2049.88A -31.321 2.9262 Ne10 874.611A -32.399 0.2448 Ca19 2.70813A -31.236 3.5619 +He 2 3644.36A -28.269 3297.6924 Ne10 2775.09A -33.050 0.0546 Ca19 2.70542A -30.215 37.3116 +He 2 3644.36A -30.387 25.1591 Ne10 1618.33A -32.588 0.1584 Ca19 3.21108A -30.315 29.6637 +He 2 3644.36A -31.589 1.5772 Ne10 3879.69A -32.783 0.1010 Ca19 2.70551A -33.431 0.0227 +He 2 3644.36A -32.478 0.2041 Na11 0 -29.758 107.0012 Ca19 2.57152A -30.910 7.5398 +He 2 5694.36A -28.560 1688.1888 Na11 10.0250A -29.388 250.8979 Ca19 2.51390A -31.075 5.1610 +He 2 5694.36A -30.670 13.0987 Na11 8.45859A -30.257 33.8990 TOTL 560.739A -32.958 0.0675 +He 2 5694.36A -31.844 0.8769 Na11 8.02000A -30.845 8.7621 Ca19 585.931A -33.512 0.0189 +He 2 5694.36A -32.605 0.1521 Na11 7.83203A -31.258 3.3844 Ca19 560.739A -32.958 0.0675 +He 2 5694.36A -33.384 0.0253 Na11 7.73357A -31.189 3.9686 Ca19 466.904A -33.100 0.0487 +He 2 8199.90A -28.797 976.8888 Na11 7.67539A -30.965 6.6363 Ca19 17.2898A -31.780 1.0165 +He 2 8199.90A -30.904 7.6474 Na11 54.1350A -30.705 12.0899 Ca19 12.9109A -32.305 0.3035 +He 2 8199.90A -32.065 0.5272 Na11 40.1000A -31.309 3.0081 Ca19 11.5786A -32.411 0.2377 +He 2 8199.90A -32.782 0.1013 Na11 35.8036A -31.689 1.2539 Ca19 17.8653A -33.236 0.0356 +He 2 8199.90A -33.401 0.0244 Na11 33.8344A -32.057 0.5370 Ca19 17.7481A -32.243 0.3501 +He 2 8199.90A -34.152 0.0043 Na11 32.7483A -31.832 0.9020 Ca19 13.2291A -32.806 0.0959 +He 2 1.11610m -28.998 615.1561 Na11 154.671A -31.876 0.8154 Ca19 11.8339A -32.911 0.0752 +He 2 1.11610m -31.102 4.8411 Na11 105.732A -32.223 0.3667 Ca19 18.0165A -31.972 0.6540 +He 2 1.11610m -32.257 0.3390 Na11 90.2250A -32.580 0.1610 Ca19 17.8589A -33.500 0.0194 +He 2 1.11610m -32.953 0.0683 Na11 82.8942A -32.352 0.2727 Ca19 17.7269A -31.635 1.4217 +He 2 1.11610m -33.510 0.0190 Na11 334.167A -32.641 0.1401 Ca19 13.2152A -31.768 1.0451 +He 2 1.11610m -34.077 0.0051 Na11 216.540A -32.965 0.0665 Ca19 11.8227A -31.981 0.6404 +He 2 1.45776m -29.172 412.0946 Na11 178.627A -32.728 0.1146 Ca19 18.3617A -32.374 0.2592 +He 2 1.45776m -31.275 3.2540 Na11 615.170A -33.294 0.0311 Ca19 18.2221A -32.068 0.5236 +He 2 1.45776m -32.426 0.2300 Na11 383.770A -33.031 0.0570 Ca19 13.4885A -32.274 0.3262 +He 2 1.45776m -33.110 0.0476 Na11 1020.24A -33.309 0.0301 Ca19 12.0410A -32.491 0.1977 +He 2 1.45776m -33.636 0.0142 Mg12 0 -28.328 2876.3813 Ca19 49.5881A -33.409 0.0239 +He 2 1.45776m -34.126 0.0046 Mg12 8.42141A -27.947 6926.7988 Ca19 34.3899A -33.383 0.0254 +He 2 1.45776m -34.678 0.0013 Mg12 7.10556A -28.806 957.3496 Ca19 50.8228A -33.869 0.0083 +He 2 1.84498m -29.326 289.4214 Mg12 6.73713A -29.411 237.8470 Ca19 34.9792A -33.846 0.0087 +He 2 1.84498m -31.427 2.2906 Mg12 6.57923A -29.821 92.4322 Ca19 50.9774A -32.777 0.1024 +He 2 1.84498m -32.575 0.1629 Mg12 6.49652A -29.792 98.9307 Ca19 35.0524A -32.805 0.0961 +He 2 1.84498m -33.253 0.0342 Mg12 6.44764A -30.016 59.0276 Ca19 51.9235A -32.369 0.2617 +He 2 1.84498m -33.762 0.0106 Mg12 6.41631A -30.196 39.0582 Ca19 35.4971A -32.559 0.1691 +He 2 1.84498m -34.211 0.0038 Mg12 6.39501A -30.321 29.2787 Ca19 51.9235A -32.847 0.0872 +He 2 1.84498m -34.673 0.0013 Mg12 6.37986A -29.900 77.0659 Ca19 35.4971A -33.036 0.0564 +He 2 2.27776m -29.463 210.9852 Mg12 45.4756A -29.258 338.0323 Ca19 51.9561A -33.253 0.0342 +He 2 2.27776m -31.564 1.6726 Mg12 33.6856A -29.881 80.6003 Ca19 35.5124A -33.289 0.0315 +He 2 2.27776m -32.710 0.1194 Mg12 30.0765A -30.259 33.7265 Ca19 112.206A -32.614 0.1489 +He 2 2.27776m -33.384 0.0253 Mg12 28.4223A -30.661 13.3857 Ca19 3.02216A -31.779 1.0186 +He 2 2.27776m -33.882 0.0080 Mg12 27.5099A -30.883 8.0225 Ca19 3.03927A -31.632 1.4291 +He 2 2.27776m -34.307 0.0030 Mg12 26.9485A -31.061 5.3229 Ca19 3.03783A -34.033 0.0057 +He 2 2.27776m -34.719 0.0012 Mg12 26.5767A -31.186 3.9972 Ca19 3.03854A -32.081 0.5081 +He 2 2.75608m -29.555 170.8585 Mg12 26.3169A -30.765 10.5343 Ca19 3.04185A -31.734 1.1296 +He 2 3.27997m -29.663 133.0635 Mg12 129.930A -30.460 21.2628 Ca19 3.05276A -31.107 4.7935 +He 2 3.84941m -29.762 105.9091 Mg12 88.8195A -30.799 9.7323 Ca19 3.65496A -32.502 0.1927 +He 2 4.46440m -29.855 85.5981 Mg12 75.7927A -31.184 4.0143 Ca19 3.66151A -32.141 0.4428 +He 2 5.12495m -29.941 70.1314 Mg12 69.6345A -31.403 2.4253 Ca19 3.66231A -31.918 0.7405 +He 2 5.83106m -30.025 57.9031 Mg12 66.1463A -31.579 1.6162 Ca19 3.66711A -31.787 1.0009 +He 2 6.58272m -30.096 49.0708 Mg12 63.9501A -31.702 1.2169 Ca19 3.66711A -32.011 0.5969 +He 2 7.37993m -30.170 41.4466 Mg12 62.4665A -31.280 3.2126 Ca19 3.66728A -31.616 1.4837 +He 2 8.22270m -30.237 35.5438 Mg12 280.714A -31.238 3.5410 Ca19 3.94579A -31.379 2.5605 +He 2 9.11102m -30.307 30.2114 Mg12 181.902A -31.568 1.6572 Ca19 4.08960A -31.099 4.8802 +He 2 10.0449m -30.368 26.2696 Mg12 150.054A -31.779 1.0192 Sc20 0 -34.126 0.0046 +He 2 11.0243m -30.428 22.8467 Mg12 134.743A -31.952 0.6846 TOTL 2.88696A -33.765 0.0105 +He 2 12.0493m -30.488 19.9343 Mg12 125.932A -32.073 0.5176 Sc20 2.88696A -34.088 0.0050 +He 2 13.1199m -30.547 17.3790 Mg12 120.306A -31.651 1.3701 Sc20 2.88327A -34.044 0.0055 +He 2 14.2360m -29.455 214.9386 Mg12 516.768A -31.898 0.7757 Sc20 2.87315A -33.817 0.0093 +Li 3 101.212A -33.302 0.0306 Mg12 322.382A -32.082 0.5074 Sc20 2.44797A -34.467 0.0021 +Li 3 404.846A -34.207 0.0038 Mg12 259.120A -32.247 0.3469 Sc20 2.44560A -33.533 0.0179 +Li 3 910.904A -34.736 0.0011 Mg12 228.393A -32.365 0.2643 Sc20 2.90292A -33.652 0.0137 +Be 4 56.9519A -34.595 0.0016 Mg12 210.535A -31.941 0.7025 Sc20 2.32432A -34.233 0.0036 +B 5 36.4445A -32.765 0.1052 Mg12 857.040A -32.360 0.2676 Sc20 2.27217A -34.423 0.0023 +B 5 145.778A -33.673 0.0130 Mg12 519.721A -32.498 0.1945 Sc20 2.76673A -34.428 0.0023 +B 5 328.001A -34.202 0.0038 Mg12 409.280A -32.609 0.1509 Sc20 3.58097A -34.721 0.0012 +B 5 583.112A -34.578 0.0016 Mg12 355.278A -32.181 0.4041 Sc20 3.71224A -34.452 0.0022 +B 5 1785.78A -34.640 0.0014 Mg12 1320.48A -32.740 0.1114 Ti21 0 -31.711 1.1917 +C 6 25.3029A -26.794 98419.672 Mg12 783.388A -32.824 0.0919 Ti21 0 -34.654 0.0014 +C 6 101.212A -27.703 12140.185 Mg12 606.837A -32.389 0.2505 TOTL 2.62293A -31.339 2.8092 +C 6 101.212A -29.363 265.7523 Mg12 1926.03A -33.040 0.0559 Ti21 2.62293A -31.677 1.2892 +C 6 227.726A -28.233 3586.8518 Mg12 1122.85A -32.578 0.1621 Ti21 2.61913A -31.605 1.5200 +C 6 227.726A -29.838 89.0542 Mg12 2691.84A -32.773 0.1034 Ti21 2.61040A -31.417 2.3462 +C 6 227.726A -31.071 5.2082 Al13 0 -29.196 390.4304 Ti21 2.22338A -31.943 0.6988 +C 6 404.846A -28.608 1511.6833 Al13 7.17501A -28.796 979.8353 Ti21 2.22130A -31.119 4.6584 +C 6 404.846A -30.197 38.9542 Al13 6.05392A -29.653 136.3165 Ti21 2.63686A -31.252 3.4307 +C 6 404.846A -31.339 2.8057 Al13 5.74001A -30.276 32.4377 Ti21 2.22118A -34.298 0.0031 +C 6 404.846A -32.225 0.3649 Al13 5.60548A -30.686 12.6255 Ti21 2.11098A -31.830 0.9072 +C 6 632.572A -28.899 773.6207 Al13 5.53501A -30.623 14.6025 Ti21 2.06356A -32.030 0.5721 +C 6 632.572A -30.481 20.2596 Al13 5.49337A -30.399 24.4368 TOTL 496.574A -33.981 0.0064 +C 6 632.572A -31.594 1.5594 Al13 38.7451A -30.102 48.4048 Ti21 523.889A -34.478 0.0020 +C 6 632.572A -32.353 0.2719 Al13 28.7000A -30.748 10.9518 Ti21 496.574A -33.981 0.0064 +C 6 632.572A -33.131 0.0453 Al13 25.6250A -31.128 4.5672 Ti21 389.499A -34.148 0.0044 +C 6 910.904A -29.120 465.1050 Al13 24.2157A -31.492 1.9758 Ti21 14.1792A -32.708 0.1200 +C 6 1239.84A -29.318 294.3241 Al13 23.4384A -31.266 3.3212 Ti21 10.5850A -33.220 0.0369 +C 6 1619.39A -29.490 198.3775 Al13 110.700A -31.312 2.9852 Ti21 9.49118A -33.362 0.0266 +C 6 2048.88A -29.640 140.2263 Al13 75.6740A -31.660 1.3401 Ti21 14.6096A -33.941 0.0070 +C 6 2529.53A -28.990 626.9423 Al13 64.5751A -32.015 0.5925 Ti21 14.5200A -33.141 0.0443 +N 7 18.5856A -26.940 70282.305 Al13 59.3284A -31.786 1.0041 Ti21 10.8230A -33.720 0.0117 +N 7 74.3422A -27.851 8635.9238 Al13 239.167A -32.076 0.5148 Ti21 9.68210A -33.861 0.0084 +N 7 74.3422A -29.434 225.6915 Al13 154.980A -32.399 0.2446 Ti21 14.7348A -32.870 0.0826 +N 7 167.270A -28.381 2550.0828 Al13 127.846A -32.162 0.4220 Ti21 14.6162A -34.182 0.0040 +N 7 167.270A -29.909 75.5198 Al13 440.285A -32.729 0.1145 Ti21 14.5122A -32.576 0.1627 +N 7 167.270A -31.129 4.5567 Al13 274.668A -32.465 0.2100 Ti21 10.8155A -32.683 0.1272 +N 7 297.369A -28.756 1074.5233 Al13 730.195A -32.743 0.1108 Ti21 9.67613A -32.932 0.0717 +N 7 297.369A -30.269 33.0159 Si14 0 -27.942 7008.2568 Ti21 15.0181A -33.283 0.0319 +N 7 297.369A -31.397 2.4542 Si14 6.18452A -27.535 17863.938 Ti21 14.8969A -33.019 0.0587 +N 7 297.369A -32.282 0.3198 Si14 5.21819A -28.385 2527.7058 Ti21 11.0340A -33.187 0.0399 +N 7 464.639A -29.047 549.8487 Si14 4.94762A -29.017 589.3491 Ti21 9.85063A -33.440 0.0223 +N 7 464.639A -30.553 17.1667 Si14 4.83166A -29.424 230.9531 Ti21 40.6612A -34.324 0.0029 +N 7 464.639A -31.653 1.3639 Si14 4.77092A -29.400 243.8961 Ti21 28.1844A -34.333 0.0028 +N 7 464.639A -32.410 0.2383 Si14 4.73502A -29.622 146.2068 Ti21 41.5924A -34.781 0.0010 +N 7 464.639A -33.188 0.0397 Si14 4.71202A -29.799 97.3119 Ti21 41.7574A -33.690 0.0125 +N 7 669.080A -29.266 331.9443 Si14 4.69637A -29.922 73.4067 Ti21 28.7067A -33.754 0.0108 +N 7 910.692A -29.465 209.9613 Si14 4.68524A -29.504 191.9531 Ti21 42.4588A -33.283 0.0319 +N 7 1189.48A -29.637 141.4374 Si14 33.3964A -28.839 888.5803 Ti21 29.0365A -33.508 0.0190 +N 7 1505.43A -29.788 99.9209 Si14 24.7381A -29.494 196.5137 Ti21 42.5511A -33.761 0.0106 +N 7 1858.55A -29.136 448.0602 Si14 22.0876A -29.872 82.3774 Ti21 29.0796A -33.986 0.0063 +O 8 14.2282A -25.911 752360.50 Si14 20.8728A -30.269 33.0001 Ti21 42.5064A -34.167 0.0042 +O 8 56.9126A -26.823 92056.430 Si14 20.2028A -30.489 19.8711 Ti21 29.0587A -34.238 0.0035 +O 8 56.9126A -28.339 2808.1487 Si14 19.7905A -30.665 13.2617 Ti21 91.8510A -33.564 0.0167 +O 8 128.053A -27.353 27167.451 Si14 19.5174A -30.786 10.0217 Ti21 2.49490A -32.768 0.1045 +O 8 128.053A -28.815 938.2862 Si14 19.3266A -30.368 26.2385 Ti21 2.50790A -32.558 0.1698 +O 8 128.053A -30.021 58.3500 Si14 95.4183A -30.071 52.0450 Ti21 2.50750A -32.911 0.0751 +O 8 227.651A -27.729 11445.155 Si14 65.2274A -30.410 23.8325 Ti21 2.51099A -32.549 0.1731 +O 8 227.651A -29.175 409.9771 Si14 55.6607A -30.792 9.8966 Ti21 2.51907A -32.059 0.5344 +O 8 227.651A -30.290 31.4200 Si14 51.1383A -31.009 6.0073 Ti21 3.02172A -33.439 0.0223 +O 8 227.651A -31.174 4.1034 Si14 48.5766A -31.182 4.0266 Ti21 3.02676A -33.073 0.0519 +O 8 355.704A -28.020 5856.0898 Si14 46.9637A -31.303 3.0510 Ti21 3.02763A -32.846 0.0873 +O 8 355.704A -29.459 213.1127 Si14 45.8742A -30.884 8.0019 Ti21 3.03126A -32.787 0.1000 +O 8 355.704A -30.545 17.4594 Si14 206.151A -30.847 8.7065 Ti21 3.03173A -33.055 0.0540 +O 8 355.704A -31.302 3.0570 Si14 133.586A -31.176 4.0855 Ti21 3.03150A -32.572 0.1642 +O 8 355.704A -32.080 0.5098 Si14 110.197A -31.385 2.5246 Ti21 3.26431A -32.367 0.2634 +O 8 512.214A -28.237 3551.2021 Si14 98.9523A -31.555 1.7056 Ti21 3.38460A -32.108 0.4775 +O 8 697.180A -28.436 2245.2996 Si14 92.4824A -31.674 1.2978 V 22 0 -32.526 0.1825 +O 8 910.602A -28.608 1511.7751 Si14 88.3503A -31.254 3.4126 TOTL 2.39337A -32.145 0.4384 +O 8 1152.48A -28.759 1067.4884 Si14 379.505A -31.506 1.9124 V 22 2.39337A -32.495 0.1959 +O 8 1422.82A -28.106 4797.1646 Si14 236.751A -31.688 1.2567 V 22 2.38949A -32.403 0.2425 +F 9 11.2406A -29.886 79.7360 Si14 190.293A -31.851 0.8642 V 22 2.38195A -32.245 0.3490 +F 9 44.9625A -30.799 9.7306 Si14 167.728A -31.966 0.6627 V 22 2.02821A -32.643 0.1395 +F 9 44.9625A -32.255 0.3405 Si14 154.613A -31.544 1.7498 V 22 2.02635A -31.918 0.7408 +F 9 101.166A -31.329 2.8700 Si14 629.394A -31.966 0.6628 V 22 2.40565A -32.084 0.5048 +F 9 101.166A -32.732 0.1136 Si14 381.673A -32.102 0.4846 V 22 1.92532A -32.651 0.1369 +F 9 101.166A -33.925 0.0073 Si14 300.568A -32.210 0.3782 V 22 1.88203A -32.867 0.0832 +F 9 179.850A -31.705 1.2088 Si14 260.910A -31.785 1.0064 V 22 12.9271A -33.511 0.0189 +F 9 179.850A -33.092 0.0496 Si14 969.733A -32.344 0.2776 V 22 9.64280A -34.039 0.0056 +F 9 179.850A -34.194 0.0039 Si14 575.305A -32.425 0.2304 V 22 8.64655A -34.196 0.0039 +F 9 281.016A -31.996 0.6184 Si14 445.649A -31.992 0.6238 V 22 13.3036A -34.641 0.0014 +F 9 281.016A -33.376 0.0258 Si14 1414.44A -32.640 0.1402 V 22 13.2242A -33.937 0.0071 +F 9 281.016A -34.450 0.0022 Si14 824.603A -32.181 0.4038 V 22 9.85078A -34.538 0.0018 +F 9 404.663A -32.211 0.3768 Si14 1977.42A -32.377 0.2575 V 22 8.81340A -34.695 0.0012 +F 9 550.791A -31.757 1.0728 P 15 0 -29.801 96.8106 V 22 13.4181A -33.703 0.0121 +Ne10 9.10310A -26.156 428210.03 P 15 5.38476A -29.377 257.1775 V 22 13.2173A -33.408 0.0239 +Ne10 36.4124A -27.071 52044.344 P 15 4.54339A -30.229 36.1697 V 22 9.84522A -33.501 0.0194 +Ne10 36.4124A -28.473 2061.1611 P 15 4.30781A -30.874 8.1909 V 22 8.80895A -33.766 0.0105 +Ne10 81.9279A -27.601 15340.650 P 15 4.20685A -31.280 3.2142 V 22 13.6792A -34.137 0.0045 +Ne10 81.9279A -28.951 686.7023 P 15 4.15396A -31.221 3.6826 V 22 13.5657A -33.856 0.0085 +Ne10 81.9279A -30.132 45.2444 P 15 4.12271A -30.997 6.1650 V 22 10.0433A -34.004 0.0061 +Ne10 145.650A -27.977 6459.9722 P 15 29.0777A -30.681 12.7864 V 22 8.96716A -34.273 0.0033 +Ne10 145.650A -29.311 299.7203 P 15 21.5391A -31.352 2.7235 V 22 37.9545A -34.504 0.0019 +Ne10 145.650A -30.401 24.3504 P 15 19.2313A -31.731 1.1376 V 22 26.1123A -34.586 0.0016 +Ne10 145.650A -31.283 3.1958 P 15 18.1736A -32.090 0.4983 V 22 38.5894A -34.101 0.0049 +Ne10 227.577A -28.268 3304.6848 P 15 17.5902A -31.864 0.8379 V 22 26.4113A -34.343 0.0028 +Ne10 227.577A -29.595 155.7176 P 15 83.0792A -31.914 0.7472 V 22 38.6787A -34.579 0.0016 +Ne10 227.577A -30.656 13.5272 P 15 56.7924A -32.262 0.3351 V 22 83.6907A -34.399 0.0024 +Ne10 227.577A -31.411 2.3806 P 15 48.4629A -32.613 0.1494 V 22 2.28143A -33.659 0.0134 +Ne10 227.577A -32.188 0.3973 P 15 44.5253A -32.384 0.2533 V 22 2.29288A -33.427 0.0229 +Ne10 327.712A -28.481 2023.7441 P 15 179.492A -32.675 0.1296 V 22 2.29258A -33.730 0.0114 +Ne10 446.052A -28.681 1278.6890 P 15 116.311A -32.997 0.0617 V 22 2.29615A -33.371 0.0261 +Ne10 582.598A -28.853 860.2467 P 15 95.9467A -32.760 0.1065 V 22 2.30316A -32.944 0.0697 +Ne10 737.351A -29.004 606.9254 P 15 330.429A -33.327 0.0289 V 22 2.76500A -34.300 0.0031 +Ne10 910.310A -28.349 2742.3906 P 15 206.136A -33.063 0.0530 V 22 2.76944A -33.944 0.0070 +Na11 7.51875A -27.636 14169.129 P 15 548.003A -33.341 0.0279 V 22 2.77035A -33.701 0.0122 +Na11 30.0750A -28.553 1715.8630 S 16 0 -27.876 8160.9907 V 22 2.77368A -33.690 0.0125 +Na11 30.0750A -29.906 76.0652 S 16 4.73132A -27.433 22632.369 V 22 2.77414A -33.974 0.0065 +Na11 67.6688A -29.084 505.4510 S 16 3.99205A -28.290 3145.0693 V 22 2.77382A -33.459 0.0213 +Na11 67.6688A -30.384 25.3053 S 16 3.78505A -28.944 697.1416 V 22 2.98849A -33.262 0.0336 +Na11 67.6688A -31.553 1.7142 S 16 3.69634A -29.350 273.8393 V 22 3.09915A -33.006 0.0604 +Na11 120.300A -29.459 212.7986 S 16 3.64987A -29.331 286.1285 Cr23 0 -30.614 14.9056 +Na11 120.300A -30.744 11.0388 S 16 3.62242A -29.551 172.4982 Cr23 0 -33.582 0.0161 +Na11 120.300A -31.822 0.9223 S 16 3.60481A -29.723 115.8436 TOTL 2.19253A -30.226 36.4080 +Na11 120.300A -32.703 0.1214 S 16 3.59284A -29.841 88.2787 Cr23 2.19253A -30.585 15.9274 +Na11 187.969A -29.750 108.8486 S 16 3.58433A -29.432 226.5368 Cr23 2.18858A -30.476 20.4806 +Na11 187.969A -31.029 5.7336 S 16 25.5491A -28.745 1102.7535 Cr23 2.18203A -30.348 27.5156 +Na11 187.969A -32.078 0.5123 S 16 18.9253A -29.427 229.1786 Cr23 1.85750A -30.635 14.2108 +Na11 187.969A -32.831 0.0904 S 16 16.8976A -29.807 95.6147 Cr23 1.85584A -30.019 58.6113 +Na11 187.969A -33.609 0.0151 S 16 15.9682A -30.199 38.7143 Cr23 2.20341A -30.180 40.4774 +Na11 270.675A -29.961 67.0097 S 16 15.4556A -30.417 23.4444 Cr23 1.85563A -33.160 0.0424 +Na11 368.419A -29.504 191.9082 S 16 15.1402A -30.589 15.7872 Cr23 1.76331A -30.751 10.8644 +Mg12 6.31606A -26.255 340872.25 S 16 14.9313A -30.706 12.0521 Cr23 1.72362A -30.968 6.5994 +Mg12 25.2642A -27.173 41140.883 S 16 14.7854A -30.296 30.9658 TOTL 443.951A -32.973 0.0652 +Mg12 25.2642A -28.481 2022.2406 S 16 72.9975A -29.999 61.3744 Cr23 472.144A -33.420 0.0233 +Mg12 56.8445A -27.704 12111.274 S 16 49.9006A -30.343 27.8385 Cr23 443.951A -32.973 0.0652 +Mg12 56.8445A -28.960 671.7833 S 16 42.5819A -30.722 11.6103 Cr23 324.981A -33.165 0.0419 +Mg12 56.8445A -30.118 46.7525 S 16 39.1221A -30.937 7.0876 Cr23 11.8321A -31.601 1.5368 +Mg12 101.057A -28.080 5097.7651 S 16 37.1624A -31.107 4.7935 Cr23 8.82824A -32.137 0.4470 +Mg12 101.057A -29.321 292.8855 S 16 35.9284A -31.223 3.6691 Cr23 7.91562A -32.295 0.3107 +Mg12 101.057A -30.387 25.1473 S 16 35.0949A -30.812 9.4435 Cr23 12.1636A -32.632 0.1431 +Mg12 101.057A -31.266 3.3190 S 16 157.711A -30.776 10.2697 Cr23 12.0924A -32.036 0.5643 +Mg12 157.901A -28.371 2607.2788 S 16 102.196A -31.107 4.7930 Cr23 9.01146A -32.636 0.1417 +Mg12 157.901A -29.605 152.0861 S 16 84.3035A -31.313 2.9786 Cr23 8.06260A -32.794 0.0986 +Mg12 157.901A -30.642 13.9653 S 16 75.7011A -31.480 2.0304 Cr23 12.2688A -31.784 1.0081 +Mg12 157.901A -31.394 2.4721 S 16 70.7514A -31.594 1.5607 Cr23 12.1776A -32.934 0.0713 +Mg12 157.901A -32.171 0.4129 S 16 67.5903A -31.182 4.0274 Cr23 12.0863A -31.509 1.9002 +Mg12 227.378A -28.579 1613.8990 S 16 290.331A -31.436 2.2435 Cr23 9.00736A -31.599 1.5419 +Mg12 309.487A -28.779 1019.1961 S 16 181.121A -31.616 1.4827 Cr23 8.05931A -31.865 0.8369 +Mg12 404.228A -28.951 685.2227 S 16 145.579A -31.775 1.0287 Cr23 12.5119A -32.241 0.3515 +Mg12 511.601A -29.103 483.1147 S 16 128.316A -31.886 0.7969 Cr23 12.4049A -31.959 0.6741 +Mg12 631.606A -28.444 2202.2947 S 16 118.283A -31.472 2.0651 Cr23 9.18901A -32.102 0.4847 +Al13 5.38126A -27.169 41561.309 S 16 481.503A -31.894 0.7820 Cr23 8.20443A -32.371 0.2606 +Al13 21.5250A -28.089 4998.0615 S 16 291.990A -32.026 0.5769 Cr23 33.8834A -33.240 0.0352 +Al13 21.5250A -29.356 270.2496 S 16 229.942A -32.129 0.4549 Cr23 23.4893A -33.266 0.0332 +Al13 48.4313A -28.620 1470.3856 S 16 199.602A -31.713 1.1877 Cr23 34.5996A -33.692 0.0124 +Al13 48.4313A -29.835 89.6462 S 16 741.871A -32.268 0.3305 Cr23 23.8312A -33.724 0.0116 +Al13 48.4313A -30.981 6.4051 S 16 440.124A -32.345 0.2771 Cr23 34.7737A -32.604 0.1525 +Al13 86.1001A -28.996 618.7557 S 16 340.933A -31.920 0.7362 Cr23 23.9137A -32.686 0.1264 +Al13 86.1001A -30.196 39.0626 S 16 1082.08A -32.560 0.1687 Cr23 35.3580A -32.199 0.3871 +Al13 86.1001A -31.250 3.4441 S 16 630.842A -32.109 0.4765 Cr23 24.1886A -32.441 0.2218 +Al13 86.1001A -32.128 0.4559 S 16 1512.78A -32.305 0.3039 Cr23 35.4455A -32.678 0.1287 +Al13 134.531A -29.287 316.4312 Cl17 0 -29.709 119.7991 Cr23 24.2295A -32.919 0.0738 +Al13 134.531A -30.480 20.2786 Cl17 4.18936A -29.254 341.6856 Cr23 35.3690A -33.081 0.0508 +Al13 134.531A -31.506 1.9123 Cl17 3.53478A -30.118 46.6643 Cr23 24.1937A -33.170 0.0415 +Al13 134.531A -32.256 0.3396 Cl17 3.35149A -30.773 10.3367 Cr23 76.5715A -32.497 0.1950 +Al13 134.531A -33.033 0.0567 Cl17 3.27294A -31.177 4.0761 Cr23 2.09389A -31.788 0.9974 +Al13 193.725A -29.493 196.9788 Cl17 3.23179A -31.119 4.6613 Cr23 2.10403A -31.538 1.7768 +Al13 263.682A -29.034 566.6448 Cl17 3.20748A -30.898 7.7419 Cr23 2.10321A -33.926 0.0073 +Si14 4.63839A -25.954 682019.88 Cl17 22.6226A -30.572 16.4349 Cr23 2.10381A -31.797 0.9770 +Si14 18.5536A -26.875 81719.031 Cl17 16.7575A -31.257 3.3920 Cr23 2.10746A -31.444 2.2030 +Si14 18.5536A -28.103 4828.8604 Cl17 14.9620A -31.637 1.4139 Cr23 2.11357A -31.074 5.1673 +Si14 41.7455A -27.407 24024.775 Cl17 14.1391A -31.988 0.6307 Cr23 2.53922A -32.391 0.2493 +Si14 41.7455A -28.583 1599.4872 Cl17 13.6853A -31.765 1.0522 Cr23 2.54317A -32.059 0.5350 +Si14 41.7455A -29.718 117.2550 Cl17 64.6359A -31.813 0.9427 Cr23 2.54411A -31.788 0.9985 +Si14 74.2143A -27.783 10107.476 Cl17 44.1847A -32.164 0.4199 Cr23 2.54718A -31.833 0.9009 +Si14 74.2143A -28.944 696.5756 Cl17 37.7043A -32.511 0.1891 Cr23 2.54764A -32.130 0.4542 +Si14 74.2143A -29.988 63.0277 Cl17 34.6408A -32.285 0.3181 Cr23 2.54724A -31.590 1.5758 +Si14 74.2143A -30.865 8.3705 Cl17 139.645A -32.571 0.1645 Cr23 2.74493A -31.396 2.4607 +Si14 115.960A -28.074 5168.3740 Cl17 90.4902A -32.895 0.0781 Cr23 2.84699A -31.149 4.3492 +Si14 115.960A -29.229 361.5170 Cl17 74.6468A -32.661 0.1337 Mn24 0 -30.597 15.5099 +Si14 115.960A -30.243 34.9893 Cl17 257.075A -33.224 0.0365 Mn24 0 -33.533 0.0180 +Si14 115.960A -30.993 6.2339 Cl17 160.374A -32.964 0.0665 TOTL 2.01582A -30.205 38.2448 +Si14 115.960A -31.769 1.0421 Cl17 426.348A -33.242 0.0351 Mn24 2.01582A -30.571 16.4627 +Si14 166.982A -28.277 3236.1013 Ar18 0 -28.450 2176.7424 Mn24 2.01178A -30.449 21.7822 +Si14 227.281A -28.477 2042.7844 Ar18 3.73503A -27.985 6346.2524 Mn24 2.00607A -30.345 27.6791 +Si14 296.857A -28.650 1372.6707 Ar18 3.15143A -28.860 845.5752 Mn24 1.70734A -30.521 18.4708 +Si14 375.710A -28.802 967.2630 Ar18 2.98802A -29.507 190.5269 Mn24 1.70583A -30.007 60.3624 +Si14 463.839A -28.141 4433.7773 Ar18 2.91799A -29.909 75.4896 Mn24 2.02551A -30.173 41.1501 +P 15 4.03857A -27.855 8563.8867 Ar18 2.88131A -29.849 86.7647 Mn24 1.70559A -33.121 0.0464 +P 15 16.1543A -28.778 1022.5717 Ar18 2.85963A -29.631 143.4383 Mn24 1.62065A -30.744 11.0408 +P 15 16.1543A -29.970 65.6586 Ar18 20.1691A -29.315 296.8367 Mn24 1.58414A -30.965 6.6354 +P 15 36.3472A -29.310 300.4206 Ar18 14.9401A -29.994 62.1538 TOTL 421.124A -32.995 0.0620 +P 15 36.3472A -30.451 21.7168 Ar18 13.3394A -30.373 25.9506 Mn24 449.317A -33.421 0.0232 +P 15 36.3472A -31.574 1.6325 Ar18 12.6057A -30.718 11.7396 Mn24 421.124A -32.995 0.0620 +P 15 64.6172A -29.686 126.3589 Ar18 12.2011A -30.497 19.4948 Mn24 296.833A -33.198 0.0388 +P 15 64.6172A -30.812 9.4524 Ar18 57.6261A -30.547 17.4010 Mn24 10.8692A -31.581 1.6094 +P 15 64.6172A -31.844 0.8772 Ar18 39.3929A -30.898 7.7458 Mn24 8.10807A -32.128 0.4565 +P 15 64.6172A -32.720 0.1169 Ar18 33.6152A -31.241 3.5207 Mn24 7.26988A -32.290 0.3139 +P 15 100.964A -29.977 64.6052 Ar18 30.8840A -31.017 5.8936 Mn24 11.1626A -32.517 0.1863 +P 15 100.964A -31.097 4.9044 Ar18 124.501A -31.302 3.0595 Mn24 11.0982A -32.021 0.5845 +P 15 100.964A -32.100 0.4869 Ar18 80.6766A -31.625 1.4534 Mn24 8.27021A -32.626 0.1448 +P 15 100.964A -32.848 0.0870 Ar18 66.5514A -31.393 2.4768 Mn24 7.39996A -32.789 0.0997 +P 15 100.964A -33.624 0.0146 Ar18 229.195A -31.955 0.6803 Mn24 11.2599A -31.769 1.0426 +P 15 145.389A -30.178 40.6942 Ar18 142.981A -31.696 1.2329 Mn24 11.1791A -32.850 0.0865 +P 15 197.890A -29.716 117.7414 Ar18 380.111A -31.974 0.6503 Mn24 11.1572A -34.773 0.0010 +S 16 3.54849A -25.970 656048.81 K 19 0 -29.597 155.0627 Mn24 11.0927A -31.504 1.9192 +S 16 14.1940A -26.895 78043.547 K 19 3.35047A -29.124 460.7054 Mn24 8.26724A -31.590 1.5762 +S 16 14.1940A -28.054 5416.9385 K 19 2.82696A -30.016 59.1048 Mn24 7.39758A -31.860 0.8460 +S 16 31.9364A -27.427 22912.209 K 19 2.68038A -30.648 13.7909 Mn24 11.4885A -32.254 0.3416 +S 16 31.9364A -28.535 1789.0626 K 19 2.61756A -31.048 5.4896 Mn24 11.3868A -31.956 0.6784 +S 16 31.9364A -29.648 137.8276 K 19 2.58465A -30.985 6.3413 Mn24 8.43525A -32.092 0.4959 +S 16 56.7758A -27.803 9634.6055 K 19 2.56520A -30.769 10.4389 Mn24 7.53181A -32.366 0.2638 +S 16 56.7758A -28.896 778.2663 K 19 18.0925A -30.472 20.6540 Mn24 31.1058A -33.231 0.0360 +S 16 56.7758A -29.918 74.0330 K 19 13.4019A -31.137 4.4735 Mn24 21.5664A -33.262 0.0336 +S 16 56.7758A -30.792 9.8987 K 19 11.9660A -31.515 1.8710 Mn24 31.7397A -33.681 0.0128 +S 16 88.7122A -28.095 4925.4292 K 19 11.3078A -31.854 0.8580 Mn24 21.8692A -33.717 0.0117 +S 16 88.7122A -29.181 403.6967 K 19 10.9449A -31.635 1.4188 Mn24 31.9172A -32.593 0.1564 +S 16 88.7122A -30.174 41.0826 K 19 51.6930A -31.686 1.2614 Mn24 21.9534A -32.680 0.1280 +S 16 88.7122A -30.920 7.3709 K 19 35.3370A -32.038 0.5612 Mn24 32.4569A -32.190 0.3956 +S 16 88.7122A -31.696 1.2336 K 19 30.1542A -32.377 0.2573 Mn24 22.2073A -32.437 0.2242 +S 16 127.746A -28.293 3121.5093 K 19 27.7042A -32.155 0.4289 Mn24 32.5422A -32.668 0.1315 +S 16 173.876A -28.493 1969.7913 K 19 111.682A -32.438 0.2234 Mn24 22.2473A -32.915 0.0746 +S 16 227.103A -28.666 1323.0479 K 19 72.3702A -32.761 0.1062 Mn24 32.4556A -33.071 0.0521 +S 16 287.428A -28.818 931.8686 K 19 59.6993A -32.531 0.1803 Mn24 22.2068A -33.164 0.0420 +S 16 354.849A -28.153 4304.7983 K 19 205.597A -33.091 0.0497 Mn24 70.3235A -32.493 0.1971 +Cl17 3.14202A -27.838 8907.9453 K 19 128.260A -32.834 0.0897 Mn24 1.92851A -31.821 0.9258 +Cl17 12.5681A -28.764 1055.6869 K 19 340.975A -33.112 0.0473 Mn24 1.93755A -31.560 1.6888 +Cl17 12.5681A -29.890 78.8596 Ca20 0 -28.233 3580.5454 Mn24 1.93683A -33.959 0.0067 +Cl17 28.2782A -29.296 309.7083 Ca20 3.02216A -27.753 10828.844 Mn24 1.93739A -31.774 1.0316 +Cl17 28.2782A -30.372 26.0071 Ca20 2.54995A -28.669 1314.1227 Mn24 1.94113A -31.434 2.2563 +Cl17 28.2782A -31.475 2.0522 Ca20 2.41773A -29.276 324.5898 Mn24 1.94647A -31.115 4.7070 +Cl17 50.2724A -29.673 130.1991 Ca20 2.36106A -29.674 129.9197 Mn24 2.34001A -32.389 0.2503 +Cl17 50.2724A -30.734 11.3071 Ca20 2.33138A -29.605 152.0321 Mn24 2.34353A -32.087 0.5010 +Cl17 50.2724A -31.745 1.1019 Ca20 2.31384A -29.393 248.1327 Mn24 2.34450A -31.780 1.0171 +Cl17 50.2724A -32.617 0.1479 Ca20 16.3197A -29.128 456.7194 Mn24 2.34736A -31.882 0.8038 +Cl17 78.5506A -29.964 66.5528 Ca20 12.0886A -29.767 104.8005 Mn24 2.34781A -32.190 0.3955 +Cl17 78.5506A -31.019 5.8636 Ca20 10.7934A -30.145 43.9345 Mn24 2.34736A -31.633 1.4261 +Cl17 78.5506A -32.001 0.6114 Ca20 10.1998A -30.474 20.5705 Mn24 2.53036A -31.438 2.2351 +Cl17 78.5506A -32.746 0.1101 Ca20 9.87240A -30.259 33.7239 Mn24 2.62481A -31.198 3.8825 +Cl17 78.5506A -33.522 0.0184 Ca20 46.6276A -30.312 29.8795 Fe25 0 -28.361 2670.7812 +Cl17 113.113A -30.160 42.4424 Ca20 31.8744A -30.664 13.2807 Fe25 0 -31.383 2.5398 +Cl17 153.959A -29.696 123.4356 Ca20 27.1995A -30.997 6.1691 TOTL 1.85951A -28.061 5325.4834 +Ar18 2.80127A -26.609 150781.09 Ca20 24.9895A -30.779 10.1952 Fe25 1.85951A -28.433 2260.1182 +Ar18 11.2051A -27.537 17783.346 Ca20 100.739A -31.059 5.3524 Fe25 1.85541A -28.301 3065.3652 +Ar18 11.2051A -28.634 1424.0426 Ca20 65.2787A -31.381 2.5467 Fe25 1.85040A -28.195 3915.2166 +Ar18 25.2114A -28.070 5213.3008 Ca20 53.8494A -31.155 4.2846 Fe25 1.57456A -28.240 3526.0537 +Ar18 25.2114A -29.116 468.9491 Ca20 185.451A -31.711 1.1921 Fe25 1.57317A -27.818 9316.7822 +Ar18 25.2114A -30.209 37.8855 Ca20 115.692A -31.458 2.1328 Fe25 1.49513A -28.686 1263.2202 +Ar18 44.8203A -28.447 2191.0588 Ca20 307.563A -31.736 1.1249 Fe25 1.49460A -28.261 3357.6392 +Ar18 44.8203A -29.478 203.7698 Sc21 0 -31.390 2.4967 Fe25 1.46108A -29.013 595.4053 +Ar18 44.8203A -30.479 20.3342 Sc21 2.73968A -31.038 5.6105 Fe25 1.46082A -28.589 1577.0621 +Ar18 44.8203A -31.350 2.7385 Sc21 2.31160A -31.859 0.8471 Fe25 1.86819A -27.981 6399.8389 +Ar18 70.0317A -28.738 1119.8469 Sc21 2.19174A -32.397 0.2457 Fe25 1.57291A -31.060 5.3348 +Ar18 70.0317A -29.763 105.6407 Sc21 2.14037A -32.775 0.1030 Fe25 1.49450A -31.319 2.9370 +Ar18 70.0317A -30.735 11.2791 Sc21 2.11347A -32.713 0.1188 Fe25 1.46073A -31.581 1.6067 +Ar18 70.0317A -31.478 2.0389 Sc21 2.09757A -32.474 0.2058 Fe25 1.44306A -29.246 347.9621 +Ar18 70.0317A -32.254 0.3416 Sc21 14.7943A -32.333 0.2844 Fe25 1.43261A -29.487 199.5129 +Ar18 100.846A -28.931 718.7209 Sc21 10.9587A -32.895 0.0780 Fe25 1.42591A -29.684 126.8662 +Ar18 137.262A -28.466 2096.4473 Sc21 9.78457A -33.250 0.0345 Fe25 1.42135A -29.831 90.3992 +K 19 2.51285A -27.785 10042.735 Sc21 9.24642A -33.581 0.0161 Fe25 1.41811A -29.538 177.4316 +K 19 10.0514A -28.715 1181.2041 Sc21 8.94962A -33.341 0.0280 TOTL 400.304A -30.889 7.9060 +K 19 10.0514A -29.783 101.0383 Sc21 42.2693A -33.461 0.0212 Fe25 428.229A -31.301 3.0662 +K 19 22.6157A -29.248 346.0189 Sc21 28.8951A -33.780 0.0102 Fe25 400.304A -30.889 7.9060 +K 19 22.6157A -30.266 33.2240 Sc21 24.6571A -34.104 0.0048 Fe25 271.157A -31.103 4.8397 +K 19 22.6157A -31.349 2.7467 Sc21 22.6537A -33.860 0.0085 Fe25 10.0178A -29.390 249.7244 +K 19 40.2057A -29.625 145.3867 Sc21 91.3226A -34.189 0.0040 Fe25 7.48713A -29.732 113.4695 +K 19 40.2057A -30.628 14.4285 Sc21 59.1771A -34.489 0.0020 Fe25 6.70467A -30.022 58.2860 +K 19 40.2057A -31.619 1.4736 Sc21 48.8161A -34.237 0.0036 Fe25 9.96079A -32.761 0.1063 +K 19 40.2057A -32.488 0.1992 Sc21 104.878A -34.540 0.0018 Fe25 7.47364A -33.605 0.0152 +K 19 62.8213A -29.916 74.2976 Ti22 0 -29.350 273.7114 Fe25 6.69742A -34.232 0.0036 +K 19 62.8213A -30.914 7.4781 Ti22 2.49490A -28.850 864.7845 Fe25 6.34140A -30.533 17.9602 +K 19 62.8213A -31.875 0.8172 Ti22 2.10507A -29.761 106.1958 Fe25 6.14448A -30.749 10.9099 +K 19 62.8213A -32.616 0.1483 Ti22 1.99592A -30.374 25.8936 Fe25 6.02308A -30.927 7.2512 +K 19 62.8213A -33.392 0.0249 Ti22 1.94914A -30.765 10.5200 Fe25 5.94259A -31.059 5.3553 +K 19 90.4627A -30.106 47.9948 Ti22 1.92464A -30.685 12.6517 Fe25 5.88632A -30.753 10.8322 +K 19 123.130A -29.640 140.4409 Ti22 1.91016A -30.478 20.3943 Fe25 10.2788A -30.236 35.6195 +Ca20 2.26662A -26.448 218187.44 Ti22 13.4725A -30.221 36.8499 Fe25 10.2202A -29.830 90.7231 +Ca20 9.06649A -27.380 25536.754 Ti22 9.97961A -30.869 8.2831 Fe25 7.63197A -30.575 16.3194 +Ca20 9.06649A -28.421 2325.8833 Ti22 8.91037A -31.242 3.5069 Fe25 7.61825A -30.141 44.2791 +Ca20 20.3996A -27.914 7474.9868 Ti22 8.42030A -31.554 1.7118 Fe25 6.82058A -30.862 8.4110 +Ca20 20.3996A -28.904 763.6884 Ti22 8.15002A -31.345 2.7718 Fe25 6.81497A -30.410 23.8191 +Ca20 20.3996A -29.977 64.5768 Ti22 38.4928A -31.406 2.4065 Fe25 10.2090A -33.224 0.0366 +Ca20 36.2659A -28.290 3139.9070 Ti22 26.3134A -31.756 1.0748 Fe25 7.61564A -34.098 0.0049 +Ca20 36.2659A -29.267 331.4649 Ti22 22.4541A -32.077 0.5134 Fe25 6.81308A -34.778 0.0010 +Ca20 36.2659A -30.248 34.6317 Ti22 20.6297A -31.864 0.8380 Fe25 6.44499A -31.031 5.7049 +Ca20 36.2659A -31.115 4.6997 Ti22 83.1634A -32.141 0.4427 Fe25 6.24169A -31.248 3.4640 +Ca20 56.6655A -28.582 1604.3958 Ti22 53.8899A -32.461 0.2119 Fe25 6.11646A -31.425 2.3012 +Ca20 56.6655A -29.552 171.7476 Ti22 44.4546A -32.241 0.3522 Fe25 6.03347A -31.557 1.6987 +Ca20 56.6655A -30.504 19.2011 Ti22 153.096A -32.791 0.0992 Fe25 5.97548A -31.251 3.4342 +Ca20 56.6655A -31.243 3.4984 Ti22 95.5080A -32.544 0.1753 Fe25 10.3690A -29.533 179.6078 +Ca20 56.6655A -32.019 0.5870 Ti22 253.904A -32.821 0.0925 Fe25 10.2971A -30.513 18.8225 +Ca20 81.5984A -28.769 1043.2618 V 23 0 -30.280 32.1562 Fe25 10.2750A -32.546 0.1742 +Ca20 111.064A -28.301 3062.5413 V 23 2.28143A -29.784 100.7834 Fe25 10.2150A -29.490 198.3379 +Sc21 2.05476A -29.545 174.8492 V 23 1.92495A -30.686 12.6330 Fe25 7.65150A -30.054 54.1681 +Sc21 8.21904A -30.478 20.4072 V 23 1.82514A -31.290 3.1454 Fe25 7.63509A -31.053 5.4190 +Sc21 8.21904A -31.492 1.9733 V 23 1.78237A -31.675 1.2941 Fe25 7.62984A -32.892 0.0786 +Sc21 18.4928A -31.011 5.9689 V 23 1.75996A -31.589 1.5798 Fe25 7.61583A -29.955 67.9315 +Sc21 18.4928A -31.976 0.6470 V 23 1.74672A -31.382 2.5445 Fe25 6.82770A -30.440 22.2316 +Sc21 18.4928A -33.040 0.0559 V 23 12.3197A -31.147 4.3656 Fe25 6.82104A -31.447 2.1871 +Sc21 32.8762A -31.388 2.5066 V 23 9.12571A -31.787 1.0008 Fe25 6.81888A -33.192 0.0394 +Sc21 32.8762A -32.339 0.2807 V 23 8.14796A -32.155 0.4285 Fe25 6.81138A -30.313 29.8076 +Sc21 32.8762A -33.310 0.0300 V 23 7.69982A -32.457 0.2138 Fe25 6.44347A -30.181 40.3572 +Sc21 32.8762A -34.176 0.0041 V 23 7.45266A -32.248 0.3458 Fe25 6.24026A -30.465 21.0279 +Sc21 51.3690A -31.680 1.2806 V 23 35.1992A -32.321 0.2924 Fe25 6.11509A -30.702 12.1836 +Sc21 51.3690A -32.625 0.1454 V 23 24.0619A -32.667 0.1320 Fe25 6.03214A -30.888 7.9223 +Sc21 51.3690A -33.567 0.0166 V 23 20.5329A -32.980 0.0641 Fe25 5.97417A -30.635 14.2028 +Sc21 51.3690A -34.304 0.0030 V 23 18.8646A -32.768 0.1045 Fe25 10.5859A -30.009 60.0367 +Sc21 73.9713A -31.864 0.8383 V 23 76.0476A -33.049 0.0548 Fe25 10.4888A -29.930 72.0188 +Sc21 100.683A -31.395 2.4686 V 23 49.2788A -33.365 0.0265 Fe25 7.79271A -30.557 16.9822 +Ti22 1.87118A -27.608 15100.588 V 23 40.6509A -33.144 0.0439 Fe25 7.77024A -30.391 24.8904 +Ti22 7.48471A -28.543 1755.4862 V 23 139.997A -33.694 0.0124 Fe25 6.94656A -30.969 6.5778 +Ti22 7.48471A -29.533 179.7489 V 23 87.3359A -33.447 0.0219 Fe25 6.93655A -30.761 10.6259 +Ti22 16.8406A -29.077 513.0562 V 23 232.179A -33.725 0.0115 Fe25 10.5006A -32.985 0.0634 +Ti22 16.8406A -30.018 58.8457 Cr24 0 -28.500 1938.2201 Fe25 7.77296A -33.298 0.0308 +Ti22 16.8406A -31.071 5.1991 Cr24 2.09389A -27.974 6501.3418 Fe25 6.93851A -33.578 0.0162 +Ti22 29.9388A -29.454 215.3910 Cr24 1.76672A -28.889 790.9729 Fe25 6.55537A -30.690 12.5135 +Ti22 29.9388A -30.381 25.5117 Cr24 1.67511A -29.502 193.0323 Fe25 6.34516A -30.976 6.4819 +Ti22 29.9388A -31.342 2.7858 Cr24 1.63585A -29.886 79.6814 Fe25 6.21579A -31.215 3.7351 +Ti22 29.9388A -32.206 0.3811 Cr24 1.61528A -29.785 100.6415 Fe25 6.13010A -31.404 2.4159 +Ti22 46.7794A -29.746 110.0293 Cr24 1.60313A -29.588 158.1309 Fe25 6.07024A -31.153 4.3083 +Ti22 46.7794A -30.666 13.2115 Cr24 11.3070A -29.348 274.8618 Fe25 28.8824A -30.838 8.8984 +Ti22 46.7794A -31.599 1.5438 Cr24 8.37554A -29.999 61.4075 Fe25 19.9162A -30.993 6.2220 +Ti22 46.7794A -32.335 0.2836 Cr24 7.47816A -30.368 26.2647 Fe25 17.0200A -31.444 2.2052 +Ti22 46.7794A -33.109 0.0477 Cr24 7.06686A -30.653 13.6172 Fe25 15.6719A -31.624 1.4562 +Ti22 67.3624A -29.927 72.5171 Cr24 6.84003A -30.455 21.4917 Fe25 14.9057A -31.776 1.0260 +Ti22 91.6877A -29.456 214.2270 Cr24 32.3057A -30.522 18.4221 Fe25 14.4222A -31.889 0.7921 +V 23 1.71107A -28.546 1742.2308 Cr24 22.0840A -30.872 8.2350 Fe25 14.0952A -31.567 1.6604 +V 23 6.84428A -29.483 201.6923 Cr24 18.8450A -31.176 4.0838 Fe25 29.4550A -31.684 1.2678 +V 23 6.84428A -30.449 21.8148 Cr24 17.3138A -30.975 6.4972 Fe25 29.2517A -31.200 3.8621 +V 23 15.3996A -30.017 58.8993 Cr24 69.7962A -31.242 3.5080 Fe25 20.1868A -31.857 0.8521 +V 23 15.3996A -30.934 7.1311 Cr24 45.2279A -31.561 1.6859 Fe25 20.1377A -31.341 2.7975 +V 23 15.3996A -31.979 0.6436 Cr24 37.3092A -31.351 2.7305 Fe25 17.2172A -31.918 0.7399 +V 23 27.3771A -30.394 24.7200 Cr24 128.488A -31.890 0.7891 Fe25 15.8390A -32.120 0.4648 +V 23 27.3771A -31.297 3.0898 Cr24 80.1566A -31.654 1.3592 Fe25 15.0567A -32.292 0.3125 +V 23 27.3771A -32.250 0.3447 Cr24 213.093A -31.932 0.7169 Fe25 14.5636A -32.424 0.2310 +V 23 27.3771A -33.112 0.0473 Mn25 0 -28.612 1498.7756 Fe25 14.2302A -32.120 0.4653 +V 23 42.7768A -30.686 12.6261 Mn25 1.92851A -28.064 5293.7754 Fe25 29.9676A -30.801 9.6972 +V 23 42.7768A -31.583 1.5996 Mn25 1.62718A -28.989 629.2393 Fe25 29.7174A -32.230 0.3610 +V 23 42.7768A -32.506 0.1910 Mn25 1.54281A -29.603 152.9947 Fe25 29.4277A -30.968 6.5938 +V 23 42.7768A -33.240 0.0352 Mn25 1.50665A -29.984 63.5578 Fe25 20.3507A -31.063 5.3035 +V 23 42.7768A -34.015 0.0059 Mn25 1.48771A -29.867 83.2391 Fe25 20.2917A -32.507 0.1905 +V 23 61.5986A -30.864 8.3788 Mn25 1.47652A -29.680 127.9191 Fe25 20.2065A -31.140 4.4445 +V 23 83.8425A -30.392 24.8287 Mn25 10.4140A -29.446 219.5498 Fe25 17.2795A -30.913 7.4909 +Cr24 1.57041A -26.798 97598.523 Mn25 7.71406A -30.100 48.6700 Fe25 15.8918A -31.137 4.4710 +Cr24 6.28166A -27.736 11256.363 Mn25 6.88755A -30.468 20.8709 Fe25 15.1044A -31.327 2.8864 +Cr24 6.28166A -28.679 1283.2725 Mn25 6.50874A -30.736 11.2626 Fe25 14.6082A -31.473 2.0616 +Cr24 14.1337A -28.271 3284.4758 Mn25 6.29981A -30.547 17.3856 Fe25 14.2728A -31.182 4.0263 +Cr24 14.1337A -29.165 418.8724 Mn25 29.7542A -30.612 14.9732 Fe25 30.1487A -31.699 1.2260 +Cr24 14.1337A -30.201 38.6058 Mn25 20.3398A -30.964 6.6585 Fe25 29.8608A -30.349 27.4100 +Cr24 25.1266A -28.648 1378.0864 Mn25 17.3566A -31.259 3.3776 Fe25 20.5103A -31.956 0.6786 +Cr24 25.1266A -29.529 181.3864 Mn25 15.9464A -31.067 5.2559 Fe25 20.4421A -30.750 10.8932 +Cr24 25.1266A -30.472 20.6672 Mn25 64.2838A -31.324 2.9059 Fe25 17.4519A -30.731 11.3902 +Cr24 25.1266A -31.332 2.8506 Mn25 41.6559A -31.643 1.3944 Fe25 16.0374A -30.981 6.3991 +Cr24 39.2604A -28.940 703.7827 Mn25 34.3626A -31.443 2.2088 Fe25 15.2359A -31.182 4.0258 +Cr24 39.2604A -29.815 93.8802 Mn25 118.341A -31.973 0.6527 Fe25 14.7312A -31.332 2.8538 +Cr24 39.2604A -30.729 11.4474 Mn25 73.8259A -31.746 1.0995 Fe25 14.3902A -31.040 5.5904 +Cr24 39.2604A -31.461 2.1211 Mn25 196.263A -32.024 0.5799 Fe25 29.9447A -30.838 8.9077 +Cr24 39.2604A -32.235 0.3570 Fe26 0 -26.536 178287.36 Fe25 30.0201A -32.146 0.4375 +Cr24 56.5349A -29.115 470.2968 Fe26 1.78177A -25.980 641300.50 Fe25 20.4814A -31.241 3.5152 +Cr24 76.9503A -28.642 1398.4053 Fe26 1.50337A -26.908 75719.180 Fe25 20.4989A -32.383 0.2535 +Mn25 1.44639A -26.935 71255.023 Fe26 1.42541A -27.516 18690.811 Fe25 17.4805A -31.209 3.7902 +Mn25 5.78554A -27.874 8185.8320 Fe26 1.39200A -27.900 7712.7046 Fe25 16.0616A -31.459 2.1297 +Mn25 5.78554A -28.795 981.6182 Fe26 1.37451A -27.839 8876.7285 Fe25 15.2577A -31.660 1.3399 +Mn25 13.0175A -28.410 2386.5630 Fe26 1.36416A -28.003 6082.1157 Fe25 14.7516A -31.810 0.9499 +Mn25 13.0175A -29.282 319.9340 Fe26 1.35754A -28.112 4736.6016 Fe25 14.4097A -31.518 1.8609 +Mn25 13.0175A -30.309 30.1001 Fe26 1.35303A -28.172 4126.0039 Fe25 30.2188A -31.302 3.0594 +Mn25 23.1422A -28.787 1001.0458 Fe26 1.34982A -27.895 7809.2212 Fe25 29.8838A -31.379 2.5603 +Mn25 23.1422A -29.646 138.4621 Fe26 9.62154A -27.373 25933.045 Fe25 20.5242A -31.587 1.5848 +Mn25 23.1422A -30.580 16.1063 Fe26 7.12706A -28.018 5876.8936 Fe25 20.4370A -31.566 1.6649 +Mn25 23.1422A -31.439 2.2310 Fe26 6.36345A -28.388 2507.7178 Fe25 17.4479A -31.400 2.4399 +Mn25 36.1596A -29.079 511.1582 Fe26 6.01346A -28.708 1201.0569 Fe25 16.0340A -31.626 1.4495 +Mn25 36.1596A -29.932 71.6437 Fe26 5.82044A -28.870 826.6254 Fe25 15.2329A -31.818 0.9324 +Mn25 36.1596A -30.837 8.9188 Fe26 5.70165A -28.977 645.5057 Fe25 14.7283A -31.965 0.6640 +Mn25 36.1596A -31.567 1.6598 Fe26 5.62298A -29.037 563.2957 Fe25 14.3875A -31.676 1.2934 +Mn25 36.1596A -32.341 0.2796 Fe26 5.56802A -28.759 1067.4583 Fe25 62.6633A -31.880 0.8071 +Mn25 52.0699A -29.251 343.9854 Fe26 27.4901A -28.553 1716.3461 Fe25 40.8121A -32.209 0.3791 +Mn25 70.8729A -28.776 1026.2686 Fe26 18.7921A -28.894 781.3161 Fe25 33.8336A -32.340 0.2804 +Fe26 1.33632A -24.872 8221482.5 Fe26 16.0359A -29.231 360.1937 Fe25 30.4539A -32.464 0.2103 +Fe26 5.34530A -25.814 940746.62 Fe26 14.7330A -29.390 249.9005 Fe25 28.5019A -32.560 0.1690 +Fe26 5.34530A -26.714 118442.75 Fe26 13.9950A -29.495 195.9949 Fe25 27.2525A -32.226 0.3641 +Fe26 12.0269A -26.350 274043.34 Fe26 13.5303A -29.553 171.4869 Fe25 63.7865A -32.668 0.1315 +Fe26 12.0269A -27.201 38545.992 Fe26 13.2164A -29.275 325.5399 Fe25 63.2992A -32.200 0.3862 +Fe26 12.0269A -28.219 3700.6523 Fe26 59.3922A -29.287 316.1284 Fe25 41.2855A -32.638 0.1410 +Fe26 21.3812A -26.727 114912.89 Fe26 38.4861A -29.615 148.6954 Fe25 34.1584A -32.789 0.0995 +Fe26 21.3812A -27.565 16672.320 Fe26 31.7478A -29.766 105.0218 Fe25 30.7168A -32.936 0.0710 +Fe26 21.3812A -28.491 1979.2349 Fe26 28.5083A -29.868 83.0178 Fe25 28.7320A -33.051 0.0545 +Fe26 21.3812A -29.347 275.3424 Fe26 26.6443A -29.924 72.9459 Fe25 27.4628A -32.737 0.1124 +Fe26 33.4081A -27.019 58668.949 Fe26 25.4538A -29.645 138.8344 Fe25 64.9440A -31.713 1.1861 +Fe26 33.4081A -27.852 8624.2158 Fe26 109.336A -29.945 69.6021 Fe25 64.3464A -33.120 0.0465 +Fe26 33.4081A -28.748 1095.7131 Fe26 68.2082A -30.069 52.2790 Fe25 63.4975A -32.001 0.6109 +Fe26 33.4081A -29.476 204.8273 Fe26 54.8236A -30.163 42.0629 Fe25 41.4397A -31.615 1.4875 +Fe26 33.4081A -30.249 34.5313 Fe26 48.3225A -30.216 37.2476 Fe25 34.2639A -31.780 1.0175 +Fe26 48.1077A -27.188 39762.867 Fe26 44.5442A -29.935 71.1882 Fe25 30.8020A -31.936 0.7099 +Fe26 65.4799A -27.388 25069.660 Fe26 181.329A -30.347 27.5729 Fe25 28.8066A -32.060 0.5343 +Fe26 85.5248A -27.562 16817.291 Fe26 109.960A -30.415 23.5890 Fe25 27.5309A -31.752 1.0854 +Fe26 108.242A -27.714 11828.588 Fe26 86.5938A -30.460 21.2591 Fe25 65.1631A -32.375 0.2583 +Fe26 133.632A -27.030 57202.699 Fe26 75.1683A -30.175 40.9444 Fe25 64.4804A -31.494 1.9650 +Co27 1.23860A -27.336 28298.064 Fe26 279.381A -30.657 13.5141 Fe25 41.8579A -31.326 2.8929 +Co27 4.95441A -28.279 3226.1689 Fe26 165.746A -30.675 12.9489 Fe25 34.5493A -31.524 1.8338 +Co27 4.95441A -29.158 425.6472 Fe26 128.392A -30.383 25.3800 Fe25 31.0325A -31.699 1.2268 +Co27 11.1474A -28.815 939.0015 Fe26 407.500A -30.891 7.8829 Fe25 29.0081A -31.832 0.9020 +Co27 11.1474A -29.646 138.3166 Fe26 237.569A -30.572 16.4258 Fe25 27.7149A -31.530 1.8092 +Co27 11.1474A -30.656 13.5452 Fe26 569.696A -30.767 10.4754 Fe25 64.6463A -31.985 0.6337 +Co27 19.8177A -29.192 393.6249 Co27 0 -28.983 636.6640 Fe25 64.8214A -32.798 0.0977 +Co27 19.8177A -30.011 59.7912 Co27 1.65147A -28.405 2414.0022 Fe25 41.9277A -31.804 0.9625 +Co27 19.8177A -30.928 7.2410 Co27 1.39343A -29.326 289.4702 Fe25 34.5968A -32.002 0.6104 +Co27 19.8177A -31.782 1.0117 Co27 1.32118A -29.944 69.7301 Fe25 31.0709A -32.176 0.4084 +Co27 30.9651A -29.484 200.9368 Co27 1.29021A -30.316 29.5941 Fe25 29.0416A -32.310 0.3003 +Co27 30.9651A -30.297 30.9198 Co27 1.27399A -30.166 41.7867 Fe25 27.7455A -32.007 0.6024 +Co27 30.9651A -31.184 4.0076 Co27 1.26441A -29.995 61.9570 Fe25 64.8136A -33.485 0.0201 +Co27 30.9651A -31.911 0.7525 Co27 8.91794A -29.780 101.7761 Fe25 64.8087A -30.990 6.2769 +Co27 30.9651A -32.684 0.1270 Co27 6.60588A -30.441 22.1784 Fe25 41.9962A -31.200 3.8654 +Co27 44.5897A -29.650 137.1614 Co27 5.89811A -30.802 9.6590 Fe25 34.6435A -31.481 2.0256 +Co27 60.6916A -29.173 411.7741 Co27 5.57372A -31.035 5.6539 Fe25 31.1085A -31.701 1.2189 +Ni28 1.15013A -25.941 702250.19 Co27 5.39481A -30.862 8.4206 Fe25 29.0745A -31.864 0.8388 +Ni28 4.60053A -26.886 79758.680 Co27 25.4798A -30.933 7.1489 Fe25 27.7754A -31.581 1.6097 +Ni28 4.60053A -27.745 11015.455 Co27 17.4179A -31.284 3.1842 Fe25 64.8136A -33.902 0.0077 +Ni28 10.3512A -27.422 23194.225 Co27 14.8632A -31.558 1.6956 Fe25 64.8087A -31.479 2.0320 +Ni28 10.3512A -28.234 3574.1345 Co27 13.6556A -31.382 2.5457 Fe25 41.9962A -31.677 1.2885 +Ni28 10.3512A -29.235 356.9923 Co27 55.0490A -31.625 1.4518 Fe25 34.6435A -31.958 0.6752 +Ni28 18.4021A -27.800 9719.8418 Co27 35.6718A -31.942 0.7000 Fe25 31.1085A -32.178 0.4063 +Ni28 18.4021A -28.599 1544.0997 Co27 29.4262A -31.758 1.0698 Fe25 29.0745A -32.341 0.2796 +Ni28 18.4021A -29.507 190.7446 Co27 101.340A -32.272 0.3276 Fe25 27.7754A -32.058 0.5366 +Ni28 18.4021A -30.360 26.7708 Co27 63.2204A -32.061 0.5326 Fe25 65.3381A -32.238 0.3542 +Ni28 28.7533A -28.092 4961.0288 Co27 168.069A -32.339 0.2809 Fe25 64.4631A -32.414 0.2360 +Ni28 28.7533A -28.885 798.2694 Ni28 0 -27.571 16447.809 Fe25 41.8488A -32.091 0.4970 +Ni28 28.7533A -29.764 105.5396 Ni28 1.53351A -26.969 65814.289 Fe25 34.5431A -32.259 0.3379 +Ni28 28.7533A -30.488 19.9099 Ni28 1.29390A -27.883 8021.9644 Fe25 31.0275A -32.417 0.2348 +Ni28 28.7533A -31.261 3.3627 Ni28 1.22681A -28.515 1870.3676 Fe25 29.0037A -32.541 0.1762 +Ni28 41.4047A -28.254 3411.2502 Ni28 1.19805A -28.883 803.0260 Fe25 27.7109A -32.235 0.3570 +Ni28 56.3565A -27.774 10300.551 Ni28 1.18299A -28.711 1191.1869 Fe25 114.501A -32.912 0.0750 +Cu29 1.07160A -27.921 7347.8398 Ni28 1.17409A -28.551 1724.3528 Fe25 72.5301A -32.922 0.0733 +Cu29 4.28640A -28.868 830.8321 Ni28 8.28095A -28.333 2844.9055 Fe25 58.5909A -33.015 0.0592 +Cu29 4.28640A -29.709 119.8710 Ni28 6.13404A -29.012 596.6088 Fe25 51.7696A -33.102 0.0484 +Cu29 9.64441A -29.405 241.3999 Ni28 5.47682A -29.369 261.8691 Fe25 47.7899A -32.771 0.1039 +Cu29 9.64441A -30.198 38.8358 Ni28 5.17559A -29.580 161.1723 Fe25 116.407A -33.361 0.0267 +Cu29 9.64441A -31.190 3.9542 Ni28 5.00946A -29.417 234.3582 Fe25 73.2902A -33.378 0.0257 +Cu29 17.1456A -29.782 101.1298 Ni28 23.6599A -29.489 198.5739 Fe25 59.0859A -33.474 0.0206 +Cu29 17.1456A -30.563 16.7680 Ni28 16.1737A -29.842 88.2668 Fe25 52.1557A -33.563 0.0167 +Cu29 17.1456A -31.463 2.1117 Ni28 13.8016A -30.103 48.3351 Fe25 48.1187A -33.233 0.0358 +Cu29 17.1456A -32.314 0.2977 Ni28 12.6802A -29.937 70.8498 Fe25 117.038A -32.344 0.2776 +Cu29 26.7900A -30.075 51.6092 Ni28 51.1170A -30.171 41.3757 Fe25 73.5398A -32.369 0.2621 +Cu29 26.7900A -30.849 8.6662 Ni28 33.1238A -30.487 19.9537 Fe25 59.2480A -32.471 0.2071 +Cu29 26.7900A -31.720 1.1681 Ni28 27.3243A -30.313 29.7749 Fe25 52.2820A -32.566 0.1666 +Cu29 26.7900A -32.442 0.2214 Ni28 94.1017A -30.817 9.3400 Fe25 48.2262A -32.239 0.3531 +Cu29 26.7900A -33.214 0.0374 Ni28 58.7046A -30.616 14.8217 Fe25 119.292A -32.021 0.5844 +Cu29 38.5776A -30.234 35.7460 Ni28 156.064A -30.894 7.8172 Fe25 74.4235A -32.077 0.5127 +Cu29 52.5084A -29.753 108.2611 Cu29 0 -29.538 177.3574 Fe25 59.8203A -32.199 0.3873 +Zn30 1.00068A -27.474 20596.180 Cu29 1.42880A -28.915 745.9100 Fe25 52.7271A -32.306 0.3031 +Zn30 4.00272A -28.422 2319.6067 Cu29 1.20555A -29.820 92.7552 Fe25 48.6046A -31.987 0.6312 +Zn30 4.00272A -29.244 349.1461 Cu29 1.14304A -30.464 21.0430 Fe25 119.292A -32.498 0.1948 +Zn30 9.00612A -28.959 673.3711 Cu29 1.11625A -30.826 9.1502 Fe25 74.4235A -32.555 0.1709 +Zn30 9.00612A -29.734 112.9466 Cu29 1.10222A -30.634 14.2502 Fe25 59.8203A -32.676 0.1291 +Zn30 9.00612A -30.718 11.7199 Cu29 1.09393A -30.483 20.1672 Fe25 52.7271A -32.783 0.1010 +Zn30 16.0109A -29.337 282.0049 Cu29 7.71552A -30.267 33.1605 Fe25 48.6046A -32.464 0.2104 +Zn30 16.0109A -30.099 48.7374 Cu29 5.71520A -30.959 6.7341 Fe25 119.307A -31.743 1.1078 +Zn30 16.0109A -30.991 6.2558 Cu29 5.10286A -31.313 2.9831 Fe25 74.4292A -31.880 0.8079 +Zn30 16.0109A -31.840 0.8859 Cu29 4.82220A -31.502 1.9281 Fe25 59.8240A -32.047 0.5503 +Zn30 25.0170A -29.629 143.8927 Cu29 4.66742A -31.349 2.7409 Fe25 52.7300A -32.181 0.4037 +Zn30 25.0170A -30.386 25.1817 Cu29 22.0444A -31.423 2.3125 Fe25 48.6071A -31.882 0.8049 +Zn30 25.0170A -31.248 3.4594 Cu29 15.0694A -31.776 1.0274 Fe25 119.307A -32.220 0.3693 +Zn30 25.0170A -31.969 0.6587 Cu29 12.8592A -32.025 0.5782 Fe25 74.4292A -32.357 0.2693 +Zn30 25.0170A -32.740 0.1115 Cu29 11.8144A -31.869 0.8286 Fe25 59.8240A -32.524 0.1834 +Zn30 36.0245A -29.786 100.3988 Cu29 47.6267A -32.093 0.4941 Fe25 52.7300A -32.658 0.1346 +Zn30 49.0333A -29.986 63.2910 Cu29 30.8621A -32.409 0.2387 Fe25 48.6071A -32.359 0.2683 +Zn30 64.0435A -30.159 42.4467 Cu29 25.4586A -32.245 0.3482 Fe25 119.309A -31.490 1.9841 +Zn30 81.0550A -30.312 29.8465 Cu29 87.6764A -32.739 0.1117 Fe25 74.4300A -31.831 0.9042 +Zn30 100.068A -29.618 147.5623 Cu29 54.6963A -32.548 0.1733 Fe25 59.8245A -32.092 0.4954 +C 5 31.6244A -32.630 0.1435 Cu29 145.408A -32.826 0.0914 Fe25 52.7304A -32.282 0.3204 +C 5 133.182A -33.162 0.0422 Zn30 0 -29.078 512.4730 Fe25 48.6074A -32.017 0.5891 +C 5 141.424A -33.915 0.0075 Zn30 1.33424A -28.436 2247.5674 Fe25 119.309A -31.967 0.6614 +C 5 141.452A -34.608 0.0015 Zn30 1.12576A -29.331 286.2110 Fe25 74.4300A -32.308 0.3014 +C 5 141.449A -34.131 0.0045 Zn30 1.06739A -29.993 62.3012 Fe25 59.8245A -32.569 0.1651 +C 5 141.477A -33.909 0.0076 Zn30 1.04237A -30.364 26.4884 Fe25 52.7304A -32.759 0.1068 +C 5 147.331A -34.552 0.0017 Zn30 1.02927A -30.240 35.2935 Fe25 48.6074A -32.494 0.1964 +C 5 310.025A -33.728 0.0115 Zn30 1.02153A -30.363 26.5776 Fe25 118.715A -32.809 0.0951 +C 5 321.609A -34.329 0.0029 Zn30 1.01656A -30.433 22.6058 Fe25 74.1984A -32.839 0.0887 +C 5 321.855A -34.091 0.0050 Zn30 1.01319A -30.465 20.9881 Fe25 59.6748A -32.944 0.0696 +C 5 559.987A -34.178 0.0041 Zn30 1.01079A -30.272 32.7699 Fe25 52.6140A -33.041 0.0558 +C 5 574.130A -34.736 0.0011 Zn30 7.20489A -29.786 100.3628 Fe25 48.5085A -32.716 0.1180 +C 5 575.515A -34.394 0.0025 Zn30 5.33696A -30.493 19.6923 Fe25 197.870A -31.532 1.8010 +C 5 883.474A -34.594 0.0016 Zn30 4.76514A -30.855 8.5594 Fe25 119.991A -31.683 1.2714 +C 5 902.653A -34.680 0.0013 Zn30 4.50306A -31.108 4.7753 Fe25 94.4931A -31.811 0.9463 +C 5 3644.53A -34.664 0.0013 Zn30 4.35852A -31.230 3.6122 Fe25 82.0253A -31.507 1.9066 +N 6 22.4596A -32.334 0.2839 Zn30 4.26957A -31.299 3.0807 Fe25 304.867A -31.925 0.7281 +N 6 93.7596A -32.888 0.0793 Zn30 4.21065A -31.330 2.8654 Fe25 180.866A -32.027 0.5763 +N 6 98.6998A -33.659 0.0134 Zn30 4.16950A -31.136 4.4794 Fe25 140.104A -31.715 1.1821 +N 6 98.6063A -34.338 0.0028 Zn30 20.5854A -30.989 6.2924 Fe25 444.674A -32.242 0.3508 +N 6 98.6071A -33.861 0.0084 Zn30 14.0721A -31.331 2.8607 Fe25 259.240A -31.904 0.7650 +N 6 98.6354A -33.639 0.0141 Zn30 12.0082A -31.631 1.4321 Fe25 621.665A -32.099 0.4878 +N 6 102.181A -34.245 0.0035 Zn30 11.0325A -31.749 1.0920 Fe25 1.78177A -29.689 125.4083 +N 6 217.114A -33.460 0.0212 Zn30 10.4798A -31.816 0.9354 Fe25 1.78985A -29.420 232.7955 +N 6 223.865A -34.052 0.0054 Zn30 10.1319A -31.847 0.8723 Fe25 1.78921A -31.832 0.9024 +N 6 224.071A -33.817 0.0093 Zn30 9.89683A -31.652 1.3661 Fe25 1.78973A -29.594 156.0616 +N 6 227.797A -34.566 0.0017 Zn30 44.4746A -31.688 1.2567 Fe25 1.79355A -29.270 329.0459 +N 6 229.328A -34.486 0.0020 Zn30 28.8196A -32.016 0.5912 Fe25 1.79826A -28.994 620.9698 +N 6 391.164A -33.913 0.0075 Zn30 23.7737A -32.126 0.4589 Fe25 2.16309A -30.226 36.3785 +N 6 400.117A -34.464 0.0021 Zn30 21.3478A -32.189 0.3962 Fe25 2.16624A -29.958 67.4351 +N 6 400.277A -34.121 0.0046 Zn30 19.9520A -32.218 0.3711 Fe25 2.16723A -29.610 150.3029 +N 6 405.471A -34.701 0.0012 Zn30 19.0606A -32.022 0.5826 Fe25 2.16992A -29.767 104.9067 +N 6 407.105A -34.752 0.0011 Zn30 81.8738A -32.345 0.2767 Fe25 2.17036A -30.083 50.6061 +N 6 616.155A -34.325 0.0029 Zn30 51.0764A -32.429 0.2284 Fe25 2.16985A -29.518 186.0831 +N 6 627.483A -34.402 0.0024 Zn30 41.0535A -32.485 0.2007 Fe25 2.33618A -30.382 25.4098 +N 6 911.392A -34.681 0.0013 Zn30 36.1853A -32.510 0.1895 Fe25 2.33771A -30.481 20.2286 +N 6 2530.88A -34.344 0.0028 Zn30 33.3560A -32.312 0.2987 Fe25 2.33821A -29.824 91.9726 +O 7 16.7725A -30.935 7.1184 Zn30 135.785A -32.706 0.1205 Fe25 2.33952A -30.057 53.7720 +O 7 69.5655A -31.504 1.9204 Zn30 82.3416A -32.736 0.1126 Fe25 2.33974A -30.440 22.2333 +O 7 72.7932A -32.260 0.3367 Zn30 64.8440A -32.753 0.1081 Fe25 2.33996A -30.772 10.3546 +O 7 72.6473A -32.962 0.0670 Zn30 56.2882A -32.552 0.1718 Fe25 2.33996A -31.424 2.3065 +O 7 72.6504A -32.484 0.2009 Zn30 209.209A -32.978 0.0645 Fe25 2.33950A -29.945 69.6000 +O 7 72.6796A -32.263 0.3348 Zn30 124.116A -32.969 0.0659 Fe25 2.42553A -30.689 12.5324 +O 7 75.0225A -32.830 0.0907 Zn30 96.1437A -32.760 0.1065 Fe25 2.42637A -30.841 8.8429 +O 7 160.433A -32.078 0.5120 Zn30 305.148A -33.184 0.0401 Fe25 2.42665A -30.084 50.4617 +O 7 165.094A -32.654 0.1358 Zn30 177.899A -32.949 0.0689 Fe25 2.42760A -30.338 28.1433 +O 7 164.890A -32.429 0.2281 Zn30 426.605A -33.144 0.0440 Fe25 2.42760A -30.809 9.5212 +O 7 167.305A -33.164 0.0420 He-like iso-sequence................. Fe25 2.42760A -30.814 9.3996 +O 7 167.599A -33.668 0.0132 He 1 584.334A -34.742 0.0011 Fe25 2.42760A -31.581 1.6077 +O 7 168.468A -33.076 0.0515 He 1 625.563A -34.770 0.0010 Fe25 2.42761A -31.045 5.5273 +O 7 289.190A -32.526 0.1825 Ca B 3888.63A -34.571 0.0016 Fe25 2.42761A -32.613 0.1494 +O 7 294.956A -33.079 0.0510 Ca B 5875.64A -34.644 0.0014 Fe25 2.42736A -30.266 33.1978 +O 7 294.521A -32.732 0.1136 Ca B 1.08303m -34.294 0.0031 Fe25 2.47803A -30.513 18.8189 +O 7 297.700A -33.300 0.0307 C 5 40.2678A -34.482 0.0020 Fe25 2.50945A -30.719 11.7025 +O 7 298.095A -33.798 0.0097 C 5 34.9727A -34.627 0.0014 Fe25 2.53028A -30.897 7.7752 +O 7 299.371A -33.343 0.0278 C 5 41.4721A -34.002 0.0061 Fe25 2.54476A -31.053 5.4297 +O 7 455.531A -32.935 0.0712 C 5 31.9011A -34.739 0.0011 Fe25 2.55522A -29.321 292.5132 +O 7 460.528A -33.460 0.0212 C 5 44.6296A -34.087 0.0050 Co26 0 -30.738 11.2054 +O 7 461.481A -33.011 0.0598 N 6 0 -34.672 0.0013 Co26 0 -33.738 0.0112 +O 7 465.930A -33.456 0.0214 TOTL 29.0840A -34.474 0.0021 TOTL 1.72059A -30.346 27.6068 +O 7 467.500A -33.953 0.0068 N 6 29.0840A -34.476 0.0021 Co26 1.72059A -30.722 11.6337 +O 7 467.981A -33.599 0.0154 N 6 28.7870A -34.088 0.0050 Co26 1.71641A -30.584 15.9731 +O 7 669.594A -33.234 0.0358 N 6 24.8980A -33.996 0.0062 Co26 1.71199A -30.515 18.7056 +O 7 911.392A -33.432 0.0226 N 6 23.7710A -34.396 0.0025 Co26 1.45655A -30.479 20.3553 +O 7 1190.39A -33.604 0.0153 N 6 23.2770A -34.672 0.0013 Co26 1.45528A -30.152 43.1593 +O 7 1506.59A -33.755 0.0108 N 6 29.5343A -33.705 0.0121 Co26 1.72839A -30.337 28.1949 +O 7 1859.98A -32.919 0.0739 N 6 22.6606A -34.502 0.0019 Co26 1.45499A -33.220 0.0370 +F 8 12.9992A -34.594 0.0016 N 6 33.2410A -33.870 0.0083 Co26 1.38235A -30.905 7.6300 +Ne 9 10.3678A -30.607 15.1405 O 7 0 -33.185 0.0400 Co26 1.35118A -31.136 4.4799 +Ne 9 42.6388A -31.214 3.7457 TOTL 21.8070A -32.942 0.0701 TOTL 381.243A -33.206 0.0381 +Ne 9 44.1981A -31.925 0.7288 O 7 21.8070A -32.945 0.0695 Co26 408.647A -33.599 0.0154 +Ne 9 44.1109A -32.671 0.1308 O 7 21.6020A -32.631 0.1432 Co26 381.243A -33.206 0.0381 +Ne 9 44.1167A -32.194 0.3923 O 7 18.6270A -32.500 0.1936 Co26 247.647A -33.431 0.0227 +Ne 9 44.1468A -31.972 0.6538 O 7 17.7680A -32.905 0.0763 Co26 9.26092A -31.715 1.1815 +Ne 9 45.2763A -32.483 0.2016 O 7 17.3960A -33.189 0.0397 Co26 6.90458A -32.284 0.3185 +Ne 9 97.8262A -31.786 1.0029 O 7 22.1012A -32.306 0.3029 Co26 6.19118A -32.457 0.2140 +Ne 9 99.9659A -32.348 0.2751 O 7 17.2034A -33.591 0.0157 Co26 9.49420A -32.474 0.2059 +Ne 9 99.9523A -32.133 0.4515 O 7 17.0870A -33.765 0.0105 Co26 9.44037A -32.161 0.4225 +Ne 9 101.205A -32.847 0.0871 O 7 17.0122A -33.856 0.0085 Co26 7.03343A -32.782 0.1012 +Ne 9 101.748A -33.347 0.0275 O 7 16.9613A -33.858 0.0085 Co26 6.29458A -32.955 0.0680 +Ne 9 101.555A -32.746 0.1101 O 7 16.9251A -33.159 0.0425 Co26 9.57825A -31.929 0.7212 +Ne 9 175.432A -32.233 0.3588 TOTL 1638.28A -34.433 0.0023 Co26 9.51392A -32.891 0.0787 +Ne 9 178.202A -32.772 0.1035 O 7 1638.28A -34.433 0.0023 Co26 9.43532A -31.670 1.3091 +Ne 9 178.228A -32.433 0.2262 O 7 1623.61A -34.538 0.0018 Co26 7.03193A -31.745 1.1030 +Ne 9 180.224A -32.985 0.0635 O 7 120.333A -33.838 0.0089 Co26 6.29338A -32.026 0.5778 +Ne 9 180.000A -33.480 0.0203 O 7 91.0780A -34.248 0.0035 Co26 9.78553A -32.476 0.2046 +Ne 9 180.313A -33.018 0.0588 O 7 81.9135A -34.533 0.0018 Co26 9.69230A -32.123 0.4619 +Ne 9 275.466A -32.654 0.1360 O 7 72.2684A -34.441 0.0022 Co26 7.17922A -32.246 0.3474 +Ne 9 278.884A -33.158 0.0425 O 7 128.177A -34.606 0.0015 Co26 6.41109A -32.531 0.1805 +Ne 9 278.934A -32.708 0.1202 O 7 132.777A -34.140 0.0044 Co26 26.4514A -33.387 0.0252 +Ne 9 280.331A -33.149 0.0435 O 7 128.412A -33.625 0.0145 Co26 18.3507A -33.428 0.0229 +Ne 9 281.259A -33.632 0.0143 O 7 97.0252A -34.631 0.0014 Co26 26.9548A -33.830 0.0091 +Ne 9 281.515A -33.275 0.0325 O 7 96.1034A -33.992 0.0062 Co26 18.5915A -33.879 0.0081 +Ne 9 405.063A -32.848 0.0869 O 7 86.0711A -34.249 0.0035 Co26 27.1365A -32.745 0.1103 +Ne 9 551.336A -33.048 0.0549 O 7 81.4923A -34.479 0.0020 Co26 18.6778A -32.844 0.0878 +Ne 9 720.112A -33.220 0.0370 O 7 75.6035A -34.295 0.0031 Co26 27.6063A -32.346 0.2764 +Ne 9 911.392A -33.371 0.0261 O 7 137.510A -34.655 0.0014 Co26 18.8992A -32.603 0.1529 +Ne 9 1125.18A -32.563 0.1675 O 7 135.820A -33.929 0.0072 Co26 27.6884A -32.824 0.0918 +Na10 8.46411A -31.786 1.0029 O 7 100.254A -34.247 0.0035 Co26 18.9376A -33.081 0.0509 +Na10 34.7312A -32.433 0.2264 O 7 89.3632A -34.477 0.0020 Co26 27.5861A -33.223 0.0366 +Na10 35.8859A -33.118 0.0467 O 7 381.989A -34.548 0.0017 Co26 18.8897A -33.328 0.0288 +Na10 35.8136A -33.876 0.0081 O 7 183.841A -34.745 0.0011 Co26 59.9206A -32.659 0.1343 +Na10 35.8203A -33.399 0.0244 O 7 18.9709A -33.573 0.0164 Co26 1.65147A -32.068 0.5234 +Na10 35.8512A -33.178 0.0407 O 7 19.2031A -34.027 0.0058 Co26 1.65874A -31.800 0.9720 +Na10 36.6853A -33.670 0.0131 O 7 19.1931A -34.717 0.0012 Co26 1.65817A -34.221 0.0037 +Na10 79.6404A -32.990 0.0627 O 7 19.1952A -34.495 0.0020 Co26 1.65866A -31.932 0.7162 +Na10 81.2243A -33.543 0.0175 O 7 19.3548A -33.447 0.0219 Co26 1.66256A -31.630 1.4374 +Na10 81.2172A -33.327 0.0288 O 7 22.4363A -33.997 0.0062 Co26 1.66672A -31.392 2.4849 +Na10 82.1149A -34.041 0.0056 O 7 22.5253A -34.375 0.0026 Co26 2.00604A -32.581 0.1607 +Na10 82.1615A -34.540 0.0018 O 7 22.5215A -33.802 0.0097 Co26 2.00889A -32.350 0.2735 +Na10 82.4056A -33.933 0.0071 O 7 22.5660A -33.467 0.0209 Co26 2.00989A -31.960 0.6716 +Na10 145.823A -33.490 0.0198 O 7 22.5713A -33.560 0.0169 Co26 2.01242A -32.164 0.4197 +Na10 227.848A -33.084 0.0504 O 7 22.5870A -33.791 0.0099 Co26 2.01286A -32.488 0.1990 +Mg11 7.03741A -30.197 38.9577 O 7 23.9261A -34.200 0.0039 Co26 2.01232A -31.922 0.7338 +Mg11 28.7883A -30.841 8.8453 O 7 23.9649A -34.424 0.0023 Co26 2.17066A -31.710 1.1957 +Mg11 29.6649A -31.529 1.8123 O 7 23.9620A -34.022 0.0058 Co26 2.25225A -31.473 2.0628 +Mg11 29.6052A -32.281 0.3208 O 7 23.9828A -33.623 0.0146 Ni27 0 -29.180 404.5769 +Mg11 29.6125A -31.804 0.9625 O 7 23.9854A -33.696 0.0123 Ni27 0 -32.159 0.4252 +Mg11 29.6439A -31.582 1.6042 O 7 23.9827A -34.058 0.0054 TOTL 1.59658A -28.796 979.2852 +Mg11 30.2741A -32.050 0.5457 O 7 23.9864A -34.097 0.0049 Ni27 1.59658A -29.175 409.9233 +Mg11 65.8503A -31.394 2.4728 O 7 23.9936A -33.871 0.0083 Ni27 1.59233A -29.032 569.3619 +Mg11 67.0483A -31.942 0.6999 O 7 24.6715A -34.392 0.0025 Ni27 1.58849A -28.970 656.0156 +Mg11 67.0475A -31.729 1.1437 O 7 24.6860A -34.470 0.0021 Ni27 1.35124A -28.825 917.0043 +Mg11 67.7335A -32.435 0.2250 O 7 24.6887A -34.150 0.0043 Ni27 1.35006A -28.584 1597.9636 +Mg11 67.7751A -32.933 0.0716 O 7 24.7013A -33.759 0.0107 Ni27 1.60362A -28.799 974.2551 +Mg11 67.9459A -32.324 0.2905 O 7 24.7057A -33.826 0.0091 Ni27 1.34960A -31.645 1.3874 +Mg11 117.956A -31.835 0.8962 O 7 24.6994A -33.999 0.0061 Ni27 1.28230A -29.354 270.9286 +Mg11 119.504A -32.369 0.2620 O 7 24.7032A -34.009 0.0060 Ni27 1.25337A -29.601 153.4921 +Mg11 119.532A -32.033 0.5682 O 7 24.7071A -33.958 0.0068 TOTL 363.877A -31.684 1.2700 +Mg11 120.439A -32.574 0.1633 O 7 25.1062A -34.202 0.0038 Ni27 390.529A -32.063 0.5297 +Mg11 120.491A -33.067 0.0525 O 7 25.3584A -34.407 0.0024 Ni27 363.877A -31.684 1.2700 +Mg11 120.700A -32.600 0.1539 O 7 25.5249A -34.584 0.0016 Ni27 226.283A -31.918 0.7403 +Mg11 185.134A -32.237 0.3549 O 7 25.6403A -34.740 0.0011 Ni27 8.58593A -30.144 43.9486 +Mg11 187.046A -32.738 0.1120 O 7 25.7234A -32.541 0.1763 Ni27 8.51984A -33.335 0.0283 +Mg11 187.092A -32.309 0.3011 Ne 9 0 -32.845 0.0875 Ni27 6.39951A -30.732 11.3634 +Mg11 188.218A -32.739 0.1118 TOTL 13.5529A -32.585 0.1594 Ni27 5.73858A -30.920 7.3655 +Mg11 188.293A -33.231 0.0360 Ne 9 13.5529A -32.601 0.1536 Ni27 8.79606A -30.819 9.2897 +Mg11 188.536A -32.861 0.0843 Ne 9 13.5500A -34.018 0.0059 Ni27 8.74632A -30.591 15.7243 +Mg11 271.158A -32.387 0.2516 Ne 9 13.4471A -32.299 0.3079 Ni27 8.72672A -33.806 0.0096 +Mg11 369.076A -32.586 0.1589 Ne 9 11.5677A -34.630 0.0014 Ni27 6.51552A -31.230 3.6119 +Mg11 482.059A -32.758 0.1069 Ne 9 11.5466A -32.240 0.3527 Ni27 5.83169A -31.418 2.3424 +Mg11 610.105A -32.910 0.0754 Ne 9 11.0003A -32.640 0.1404 Ni27 8.87346A -30.405 24.1173 +Mg11 753.216A -32.124 0.4610 Ne 9 10.7643A -32.918 0.0740 Ni27 8.81633A -31.316 2.9586 +Al12 5.94435A -30.878 8.1189 Ne 9 13.6987A -31.997 0.6166 Ni27 8.79342A -33.234 0.0358 +Al12 24.2741A -31.548 1.7345 Ne 9 10.6402A -33.353 0.0272 Ni27 8.72411A -30.128 45.6585 +Al12 24.9568A -32.235 0.3569 Ne 9 10.5665A -33.532 0.0180 Ni27 6.51407A -30.192 39.4098 +Al12 24.9076A -32.981 0.0640 Ne 9 10.5193A -33.634 0.0142 Ni27 5.83053A -30.488 19.9099 +Al12 24.9153A -32.504 0.1921 Ne 9 10.4871A -33.647 0.0138 Ni27 9.07136A -30.987 6.3185 +Al12 24.9472A -32.282 0.3202 Ne 9 10.4643A -32.967 0.0661 Ni27 8.97376A -30.579 16.1525 +Al12 25.4349A -32.736 0.1126 TOTL 1272.81A -34.262 0.0034 Ni27 8.99450A -33.679 0.0128 +Al12 55.4870A -32.101 0.4856 Ne 9 1272.81A -34.262 0.0034 Ni27 6.65225A -30.693 12.4233 +Al12 56.4198A -32.656 0.1352 Ne 9 1248.28A -34.344 0.0028 Ni27 5.94099A -30.993 6.2272 +Al12 56.4254A -32.431 0.2273 Ne 9 74.3603A -33.510 0.0189 Ni27 24.4988A -31.834 0.8980 +Al12 56.9671A -33.132 0.0452 Ne 9 56.0475A -33.930 0.0072 Ni27 17.0023A -31.891 0.7883 +Al12 57.0023A -33.628 0.0144 Ne 9 50.3329A -34.223 0.0037 Ni27 24.9451A -32.274 0.3258 +Al12 57.1251A -33.019 0.0587 Ne 9 47.6552A -34.714 0.0012 Ni27 17.2161A -32.340 0.2801 +Al12 101.266A -32.536 0.1783 Ne 9 44.3183A -34.234 0.0036 Ni27 25.1304A -31.190 3.9573 +Al12 158.228A -32.148 0.4359 Ne 9 78.2564A -34.320 0.0029 Ni27 17.3041A -31.305 3.0339 +Si13 5.08610A -29.482 201.8210 Ne 9 58.5497A -34.585 0.0016 Ni27 25.7142A -30.796 9.8088 +Si13 20.7234A -30.160 42.3491 Ne 9 46.0052A -34.743 0.0011 Ni27 17.5790A -31.068 5.2452 +Si13 21.2646A -30.840 8.8669 Ne 9 80.3540A -33.776 0.0103 Ni27 25.7142A -31.273 3.2696 +Si13 21.2240A -31.589 1.5777 Ne 9 78.2092A -33.340 0.0280 Ni27 17.5790A -31.545 1.7484 +Si13 21.2320A -31.112 4.7330 Ne 9 58.9382A -34.292 0.0031 Ni27 25.5455A -31.669 1.3127 +Si13 21.2643A -30.890 7.8884 Ne 9 58.4164A -33.708 0.0120 Ni27 17.4999A -31.790 0.9940 +Si13 21.6480A -31.332 2.8553 Ne 9 52.5295A -34.682 0.0013 Ni27 55.5642A -31.123 4.6189 +Si13 47.2885A -30.709 11.9686 Ne 9 52.3562A -33.980 0.0064 Ni27 1.53351A -30.590 15.7626 +Si13 48.0250A -31.260 3.3677 Ne 9 49.5089A -34.227 0.0036 Ni27 1.54008A -30.320 29.3503 +Si13 48.0370A -31.038 5.6189 Ne 9 47.9539A -34.549 0.0017 Ni27 1.53955A -32.750 0.1090 +Si13 48.4730A -31.734 1.1310 Ne 9 46.9958A -34.689 0.0013 Ni27 1.54000A -30.417 23.4815 +Si13 48.5011A -32.229 0.3619 Ne 9 46.3608A -34.740 0.0011 Ni27 1.54397A -30.137 44.7438 +Si13 48.5911A -31.618 1.4781 Ne 9 45.9171A -34.097 0.0049 Ni27 1.54760A -29.929 72.0969 +Si13 84.6007A -31.158 4.2589 Ne 9 82.7595A -34.249 0.0035 Ni27 1.86339A -31.080 5.0955 +Si13 85.5519A -31.677 1.2899 Ne 9 81.5767A -33.586 0.0159 Ni27 1.86593A -30.888 7.9282 +Si13 85.5867A -31.340 2.8001 Ne 9 60.6980A -34.601 0.0015 Ni27 1.86696A -30.456 21.4431 +Si13 86.1629A -31.874 0.8194 Ne 9 60.4922A -33.951 0.0069 Ni27 1.87012A -30.702 12.1806 +Si13 86.1944A -32.365 0.2645 Ne 9 53.9631A -34.214 0.0037 Ni27 1.87012A -31.034 5.6718 +Si13 86.2841A -34.411 0.0024 Ne 9 50.9739A -34.769 0.0010 Ni27 1.86922A -30.467 20.8979 +Si13 86.3053A -31.895 0.7800 Ne 9 47.1746A -34.666 0.0013 Ni27 2.01679A -30.243 35.0429 +Si13 132.661A -31.529 1.8127 Ne 9 109.697A -34.667 0.0013 Ni27 2.09275A -30.011 59.7643 +Si13 133.839A -32.034 0.5672 Ne 9 231.122A -34.262 0.0033 Cu28 0 -31.039 5.6065 +Si13 133.885A -31.609 1.5067 Ne 9 158.060A -34.497 0.0020 Cu28 0 -34.073 0.0052 +Si13 134.601A -32.039 0.5599 Ne 9 111.208A -34.533 0.0018 TOTL 1.48538A -30.661 13.3817 +Si13 134.640A -32.530 0.1809 Ne 9 231.481A -34.513 0.0019 Cu28 1.48538A -31.041 5.5734 +Si13 134.819A -34.539 0.0018 Ne 9 12.1375A -33.183 0.0402 Cu28 1.48106A -30.895 7.8083 +Si13 134.772A -32.147 0.4366 Ne 9 12.2606A -33.561 0.0168 Cu28 1.47758A -30.845 8.7593 +Si13 194.143A -31.647 1.3816 Ne 9 12.2543A -34.299 0.0031 Cu28 1.25684A -30.608 15.1130 +Si13 264.250A -31.847 0.8723 Ne 9 12.2566A -34.033 0.0057 Cu28 1.25574A -30.453 21.5959 +Si13 345.143A -32.019 0.5863 Ne 9 12.3421A -32.984 0.0635 Cu28 1.49175A -30.669 13.1194 +Si13 436.821A -32.171 0.4132 Ne 9 14.4594A -33.716 0.0118 Cu28 1.25543A -33.482 0.0202 +Si13 539.285A -31.399 2.4475 Ne 9 14.5053A -33.935 0.0071 Cu28 1.19307A -31.224 3.6600 +P 14 4.40182A -31.188 3.9737 Ne 9 14.5051A -33.393 0.0248 Cu28 1.16614A -31.474 2.0565 +P 14 17.9144A -32.013 0.5941 Ne 9 14.5312A -33.190 0.0395 TOTL 347.741A -33.572 0.0164 +P 14 18.3518A -32.524 0.1833 Ne 9 14.5423A -33.202 0.0385 Cu28 373.455A -33.942 0.0070 +P 14 18.3179A -34.224 0.0037 Ne 9 14.5383A -33.367 0.0263 Cu28 347.741A -33.572 0.0164 +P 14 18.3260A -33.748 0.0110 Ne 9 15.4710A -33.971 0.0066 Cu28 206.701A -33.814 0.0094 +P 14 18.3588A -33.529 0.0181 Ne 9 15.4923A -34.006 0.0060 Cu28 7.98141A -32.008 0.6022 +P 14 18.6660A -33.778 0.0102 Ne 9 15.4925A -33.695 0.0124 Cu28 5.95865A -32.600 0.1540 +P 14 40.8700A -32.564 0.1670 Ne 9 15.5074A -33.352 0.0273 Cu28 5.34250A -32.792 0.0990 +P 14 41.4663A -33.062 0.0532 Ne 9 15.5057A -33.392 0.0249 Cu28 8.17025A -32.602 0.1533 +P 14 41.4822A -33.760 0.0106 Ne 9 15.5061A -33.658 0.0135 Cu28 8.12392A -32.458 0.2136 +P 14 41.9299A -34.255 0.0034 Ne 9 15.5171A -33.586 0.0159 Cu28 6.06327A -33.097 0.0490 +P 14 74.3993A -32.813 0.0942 Ne 9 15.5081A -33.499 0.0194 Cu28 5.42645A -33.289 0.0315 +P 14 116.249A -32.555 0.1709 Ne 9 15.9829A -34.180 0.0040 Cu28 8.24385A -32.275 0.3254 +S 15 3.84613A -29.103 483.3620 Ne 9 15.9943A -34.077 0.0051 Cu28 8.19179A -33.141 0.0443 +S 15 15.6297A -29.811 94.7037 Ne 9 15.9944A -33.861 0.0084 Cu28 8.11880A -31.998 0.6152 +S 15 15.9880A -30.476 20.4644 Ne 9 15.9990A -33.506 0.0191 Cu28 6.06253A -32.062 0.5316 +S 15 15.9595A -31.234 3.5758 Ne 9 16.0020A -33.595 0.0156 Cu28 5.42586A -32.362 0.2664 +S 15 15.9677A -30.757 10.7275 Ne 9 16.0023A -33.621 0.0147 Cu28 8.43724A -32.894 0.0781 +S 15 16.0011A -30.535 17.8794 Ne 9 16.0141A -33.903 0.0077 Cu28 8.34995A -32.449 0.2181 +S 15 16.2499A -30.955 6.8023 Ne 9 16.0028A -33.609 0.0151 Cu28 6.19593A -32.564 0.1674 +S 15 35.6252A -30.360 26.7376 Ne 9 16.2852A -33.854 0.0086 Cu28 5.53246A -32.867 0.0833 +S 15 36.1131A -30.908 7.5767 Ne 9 16.4608A -34.060 0.0053 Cu28 22.9121A -33.704 0.0121 +S 15 36.1328A -30.684 12.6966 Ne 9 16.5768A -34.237 0.0036 Cu28 15.8730A -33.763 0.0106 +S 15 36.4323A -31.369 2.6183 Ne 9 16.6572A -34.392 0.0025 Cu28 23.3241A -34.151 0.0043 +S 15 36.4569A -31.862 0.8417 Ne 9 16.7153A -32.371 0.2608 Cu28 16.0696A -34.218 0.0037 +S 15 36.4997A -31.249 3.4551 Na10 0 -33.948 0.0069 Cu28 23.5116A -33.068 0.0524 +S 15 63.7324A -30.806 9.5882 TOTL 11.0829A -33.686 0.0126 Cu28 16.1584A -33.184 0.0402 +S 15 64.3615A -31.317 2.9505 Na10 11.0829A -33.716 0.0118 Cu28 23.9368A -32.664 0.1329 +S 15 64.4026A -30.984 6.3612 Na10 11.0027A -33.469 0.0208 Cu28 16.3581A -32.939 0.0705 +S 15 64.8012A -31.511 1.8899 Na10 9.43300A -33.293 0.0312 Cu28 24.0182A -33.142 0.0442 +S 15 64.8262A -32.000 0.6127 Na10 11.1915A -33.154 0.0430 Cu28 16.3961A -33.417 0.0234 +S 15 64.8091A -33.925 0.0073 Na10 8.98567A -33.766 0.0105 Cu28 23.9039A -33.548 0.0174 +S 15 64.8091A -34.402 0.0024 Na10 8.79067A -33.782 0.0101 Cu28 16.3428A -33.669 0.0131 +S 15 64.8794A -31.527 1.8190 Na10 60.6801A -34.679 0.0013 Cu28 51.6662A -32.994 0.0621 +S 15 99.9810A -31.169 4.1502 Na10 63.5361A -34.463 0.0021 Cu28 1.42880A -32.491 0.1977 +S 15 100.750A -31.674 1.2977 Na10 47.4845A -34.656 0.0014 Cu28 1.43474A -32.230 0.3609 +S 15 100.814A -31.247 3.4735 Na10 42.5021A -34.717 0.0012 Cu28 1.43429A -34.665 0.0013 +S 15 101.311A -31.680 1.2810 Na10 10.0250A -34.362 0.0027 Cu28 1.43470A -32.290 0.3144 +S 15 101.342A -32.158 0.4259 Na10 10.1190A -34.693 0.0012 Cu28 1.43875A -32.034 0.5662 +S 15 101.265A -34.053 0.0054 Na10 10.1815A -34.120 0.0047 Cu28 1.44204A -31.855 0.8563 +S 15 101.265A -34.530 0.0018 Na10 12.0090A -34.570 0.0016 Cu28 1.73699A -32.969 0.0658 +S 15 101.404A -31.779 1.0188 Na10 12.0285A -34.400 0.0024 Cu28 1.73932A -32.816 0.0937 +S 15 145.823A -31.253 3.4249 Na10 12.0295A -34.405 0.0024 Cu28 1.74035A -32.343 0.2785 +S 15 198.481A -31.453 2.1616 Na10 12.0347A -34.519 0.0019 Cu28 1.74264A -32.623 0.1461 +S 15 259.240A -31.625 1.4522 Na10 12.8509A -33.882 0.0080 Cu28 1.74307A -32.960 0.0672 +S 15 328.101A -31.777 1.0230 Na10 13.2719A -33.458 0.0213 Cu28 1.74247A -32.399 0.2445 +S 15 405.063A -31.016 5.9028 Mg11 0 -32.338 0.2811 Cu28 1.87947A -32.161 0.4228 +Cl16 3.38888A -30.813 9.4345 TOTL 9.23121A -32.115 0.4698 Cu28 1.95042A -31.931 0.7186 +Cl16 13.7512A -31.628 1.4425 Mg11 9.23121A -32.168 0.4165 Zn29 0 -30.396 24.6271 +Cl16 14.0484A -32.135 0.4492 Mg11 9.22816A -33.061 0.0533 Zn29 0 -33.444 0.0221 +Cl16 14.0244A -33.765 0.0105 Mg11 9.16875A -31.860 0.8454 TOTL 1.38530A -30.132 45.2186 +Cl16 14.0325A -33.289 0.0315 Mg11 7.86269A -33.740 0.0112 Zn29 1.38530A -30.515 18.7383 +Cl16 14.0664A -33.071 0.0520 Mg11 7.85052A -31.751 1.0864 Zn29 1.38092A -30.364 26.4803 +Cl16 14.2703A -33.317 0.0296 Mg11 7.47766A -34.268 0.0033 Zn29 1.37781A -30.309 30.0827 +Cl16 31.3098A -32.177 0.4077 Mg11 7.47313A -32.163 0.4214 Zn29 1.17188A -29.961 67.0014 +Cl16 31.7138A -32.672 0.1305 Mg11 7.31247A -34.608 0.0015 Zn29 1.17085A -29.889 79.1817 +Cl16 31.7367A -33.301 0.0306 Mg11 7.31028A -32.436 0.2247 Zn29 1.11261A -30.397 24.5787 +Cl16 31.9906A -34.428 0.0023 Mg11 9.31434A -31.568 1.6564 Zn29 1.11221A -30.333 28.4723 +Cl16 32.0412A -33.794 0.0098 Mg11 7.22492A -32.950 0.0688 Zn29 1.08720A -30.713 11.8566 +Cl16 56.9620A -32.418 0.2339 Mg11 7.17421A -33.137 0.0447 Zn29 1.08702A -30.661 13.3887 +Cl16 89.0031A -32.157 0.4273 Mg11 7.14167A -33.262 0.0335 Zn29 1.39109A -30.082 50.7575 +Ar17 3.00896A -29.430 227.5760 Mg11 7.11954A -33.301 0.0306 Zn29 1.17052A -33.026 0.0577 +Ar17 12.2013A -30.146 43.8197 Mg11 7.10379A -32.665 0.1325 Zn29 1.11209A -33.290 0.0314 +Ar17 12.4508A -30.774 10.3091 TOTL 1034.31A -33.931 0.0072 Zn29 1.08695A -33.535 0.0179 +Ar17 12.4306A -31.569 1.6526 Mg11 1043.30A -34.704 0.0012 Zn29 1.07339A -31.327 2.8861 +Ar17 12.4386A -31.092 4.9578 Mg11 1034.31A -33.931 0.0072 Zn29 1.06561A -31.564 1.6738 +Ar17 12.4731A -30.870 8.2632 Mg11 997.455A -34.012 0.0060 Zn29 1.06062A -31.754 1.0801 +Ar17 12.6420A -31.262 3.3523 Mg11 50.4502A -33.078 0.0512 Zn29 1.05723A -31.894 0.7814 +Ar17 27.7837A -30.690 12.5170 Mg11 37.9214A -33.505 0.0192 Zn29 1.05481A -31.622 1.4622 +Ar17 28.1225A -31.225 3.6493 Mg11 34.0236A -33.808 0.0095 TOTL 333.000A -33.064 0.0529 +Ar17 28.1489A -31.013 5.9465 Mg11 32.2078A -34.279 0.0032 Zn29 357.270A -33.427 0.0229 +Ar17 28.4078A -31.695 1.2361 Mg11 31.2238A -34.441 0.0022 Zn29 333.000A -33.064 0.0529 +Ar17 28.4171A -32.186 0.3992 Mg11 30.6167A -34.547 0.0017 Zn29 188.929A -33.311 0.0300 +Ar17 28.4064A -31.571 1.6471 Mg11 30.2140A -34.571 0.0016 Zn29 7.43679A -31.438 2.2347 +Ar17 50.4577A -31.027 5.7555 Mg11 29.9324A -33.921 0.0073 Zn29 5.55780A -31.770 1.0396 +Ar17 78.8401A -30.666 13.2205 Mg11 52.6530A -33.812 0.0094 Zn29 4.97688A -32.050 0.5465 +K 18 2.68920A -30.457 21.3877 Mg11 39.3316A -34.092 0.0050 Zn29 7.39124A -34.736 0.0011 +K 18 10.8924A -31.269 3.2968 Mg11 35.2040A -34.306 0.0030 Zn29 4.69994A -32.606 0.1517 +K 18 11.1047A -31.773 1.0339 Mg11 33.3089A -34.784 0.0010 Zn29 4.55437A -32.818 0.0932 +K 18 11.0867A -33.341 0.0279 Mg11 30.8811A -34.427 0.0023 Zn29 4.46463A -32.989 0.0629 +K 18 11.0950A -32.866 0.0835 Mg11 53.8111A -33.316 0.0296 Zn29 4.40511A -33.114 0.0471 +K 18 11.1298A -32.649 0.1376 Mg11 52.6157A -32.936 0.0711 Zn29 4.36351A -32.829 0.0909 +K 18 11.2704A -32.891 0.0787 Mg11 39.5386A -33.850 0.0087 Zn29 7.60771A -31.954 0.6806 +K 18 24.7906A -31.818 0.9320 Mg11 39.2672A -33.350 0.0273 Zn29 7.56435A -31.891 0.7869 +K 18 25.0776A -32.311 0.2996 Mg11 35.2510A -34.238 0.0035 Zn29 5.65271A -32.283 0.3190 +K 18 25.1061A -32.880 0.0808 Mg11 35.1414A -33.648 0.0138 Zn29 5.64254A -32.204 0.3829 +K 18 25.3138A -33.987 0.0063 Mg11 33.2429A -33.921 0.0074 Zn29 5.05285A -32.561 0.1682 +K 18 25.3138A -34.464 0.0021 Mg11 32.1958A -34.147 0.0044 Zn29 5.04895A -32.473 0.2061 +K 18 25.3256A -33.371 0.0261 Mg11 31.5507A -34.311 0.0030 Zn29 4.76763A -33.103 0.0483 +K 18 45.0070A -32.050 0.5466 Mg11 31.1232A -34.388 0.0025 Zn29 4.61791A -33.315 0.0297 +K 18 70.3235A -31.789 0.9967 Mg11 30.8244A -33.790 0.0099 Zn29 4.52567A -33.487 0.0200 +Ca19 2.41761A -28.980 641.5868 Mg11 55.1970A -33.733 0.0113 Zn29 4.46453A -33.612 0.0150 +Ca19 9.78377A -29.719 117.0102 Mg11 54.7140A -33.225 0.0365 Zn29 4.42180A -33.327 0.0289 +Ca19 9.96541A -30.333 28.4621 Mg11 40.5455A -34.106 0.0048 Zn29 7.67689A -31.636 1.4168 +Ca19 9.94991A -31.130 4.5389 Mg11 40.4332A -33.612 0.0150 Zn29 7.62974A -32.374 0.2591 +Ca19 9.95751A -30.653 13.6166 Mg11 36.1203A -34.344 0.0028 Zn29 7.60667A -34.465 0.0021 +Ca19 9.99317A -30.431 22.6950 Mg11 36.0742A -33.930 0.0072 Zn29 7.55902A -31.590 1.5750 +Ca19 10.1119A -30.812 9.4530 Mg11 34.0789A -34.457 0.0021 Zn29 5.66829A -32.177 0.4079 +Ca19 22.2607A -30.261 33.5830 Mg11 32.9793A -34.688 0.0013 Zn29 5.65758A -32.927 0.0725 +Ca19 22.5061A -30.791 9.9146 Mg11 31.5419A -34.345 0.0028 Zn29 5.64109A -32.065 0.5278 +Ca19 22.5364A -30.578 16.1844 Mg11 146.628A -34.612 0.0015 Zn29 5.05899A -32.568 0.1659 +Ca19 22.7194A -31.254 3.4167 Mg11 101.616A -34.782 0.0010 Zn29 5.05462A -33.338 0.0281 +Ca19 22.7194A -31.744 1.1039 Mg11 72.1588A -34.739 0.0011 Zn29 5.04834A -32.416 0.2354 +Ca19 22.7257A -31.127 4.5704 Mg11 155.351A -34.599 0.0015 Zn29 4.76722A -32.252 0.3432 +Ca19 40.3941A -30.566 16.6388 Mg11 151.243A -34.380 0.0026 Zn29 4.61753A -32.530 0.1807 +Ca19 63.1158A -30.211 37.6883 Mg11 104.147A -34.490 0.0020 Zn29 4.52530A -32.761 0.1062 +Sc20 2.18501A -32.291 0.3138 Mg11 89.0718A -34.667 0.0013 Zn29 4.46417A -32.942 0.0701 +Sc20 8.83525A -33.098 0.0489 Mg11 73.5989A -34.354 0.0027 Zn29 4.42145A -32.709 0.1197 +Sc20 8.99195A -33.599 0.0154 Mg11 154.679A -33.802 0.0097 Zn29 7.86522A -32.207 0.3804 +Sc20 8.98645A -34.637 0.0014 Mg11 105.786A -34.235 0.0036 Zn29 7.78035A -32.024 0.5800 +Sc20 9.02234A -34.421 0.0023 Mg11 90.2865A -34.485 0.0020 Zn29 5.78603A -32.766 0.1050 +Sc20 9.12291A -34.661 0.0013 Mg11 82.9582A -34.680 0.0013 Zn29 5.76641A -32.490 0.1985 +Sc20 20.0973A -33.647 0.0138 Mg11 74.4264A -34.216 0.0037 Zn29 5.15690A -33.195 0.0391 +Sc20 20.3090A -34.138 0.0045 Mg11 154.895A -34.193 0.0039 Zn29 5.14893A -32.843 0.0881 +Sc20 20.3407A -34.653 0.0014 Mg11 105.887A -34.635 0.0014 Zn29 4.85810A -32.759 0.1067 +Sc20 36.4557A -33.870 0.0083 Mg11 74.4766A -34.694 0.0012 Zn29 4.70274A -33.040 0.0559 +Sc20 56.9620A -33.609 0.0151 Mg11 155.806A -34.596 0.0016 Zn29 4.60711A -33.273 0.0327 +Ti21 1.98431A -29.902 76.8504 Mg11 106.307A -34.731 0.0011 Zn29 4.54376A -33.456 0.0215 +Ti21 8.01822A -30.709 11.9673 Mg11 143.363A -34.706 0.0012 Zn29 4.49951A -33.225 0.0365 +Ti21 8.15406A -31.209 3.7850 Mg11 334.655A -34.652 0.0014 Zn29 21.4302A -32.876 0.0816 +Ti21 8.14285A -32.697 0.1232 Mg11 143.450A -34.756 0.0011 Zn29 14.7786A -33.021 0.0584 +Ti21 8.14982A -32.221 0.3685 Mg11 423.684A -34.683 0.0013 Zn29 12.5779A -33.516 0.0187 +Ti21 8.18675A -32.006 0.6039 Mg11 8.42141A -32.755 0.1076 Zn29 11.5868A -33.691 0.0125 +Ti21 8.27326A -32.245 0.3484 Mg11 8.49484A -33.032 0.0569 Zn29 11.0231A -33.837 0.0089 +Ti21 18.2363A -31.258 3.3840 Mg11 8.49054A -33.778 0.0102 Zn29 10.6672A -33.943 0.0070 +Ti21 18.4213A -31.749 1.0931 Mg11 8.49312A -33.496 0.0196 Zn29 10.4265A -33.642 0.0140 +Ti21 18.4536A -32.238 0.3540 Mg11 8.54407A -32.462 0.2115 Zn29 21.8063A -33.393 0.0248 +Ti21 18.5893A -33.314 0.0297 Mg11 10.0812A -33.389 0.0250 Zn29 21.6558A -33.256 0.0340 +Ti21 18.6070A -33.793 0.0099 Mg11 10.1088A -33.431 0.0227 Zn29 14.9566A -33.556 0.0170 +Ti21 18.5984A -32.728 0.1146 Mg11 10.1088A -32.961 0.0670 Zn29 14.9225A -33.398 0.0245 +Ti21 33.0664A -31.477 2.0416 Mg11 10.1243A -32.809 0.0952 Zn29 12.7065A -33.980 0.0064 +Ti21 51.6662A -31.216 3.7263 Mg11 10.1252A -32.820 0.0928 Zn29 11.6959A -34.178 0.0041 +V 22 1.80968A -30.763 10.5689 Mg11 10.1290A -32.880 0.0807 Zn29 11.1218A -34.344 0.0028 +V 22 7.30485A -31.569 1.6545 Mg11 10.8124A -33.666 0.0132 Zn29 10.7596A -34.469 0.0021 +V 22 7.42359A -32.068 0.5245 Mg11 10.8253A -33.534 0.0179 Zn29 10.5148A -34.186 0.0040 +V 22 7.41384A -33.530 0.0181 Mg11 10.8255A -33.299 0.0308 Zn29 22.2438A -32.925 0.0729 +V 22 7.42043A -33.054 0.0541 Mg11 10.8329A -32.982 0.0638 Zn29 22.0797A -34.103 0.0048 +V 22 7.45798A -32.841 0.0884 Mg11 10.8333A -33.060 0.0534 Zn29 21.8307A -33.075 0.0515 +V 22 7.53237A -33.079 0.0511 Mg11 10.8334A -33.074 0.0516 Zn29 15.1047A -33.190 0.0395 +V 22 16.6011A -32.116 0.4687 Mg11 10.8334A -33.354 0.0272 Zn29 15.0658A -34.398 0.0025 +V 22 16.7626A -32.607 0.1516 Mg11 10.8350A -33.073 0.0518 Zn29 15.0102A -33.242 0.0351 +V 22 16.7959A -33.072 0.0519 Mg11 11.1844A -33.826 0.0091 Zn29 12.7710A -32.977 0.0646 +V 22 16.9191A -34.138 0.0045 Mg11 11.1913A -33.620 0.0147 Zn29 11.7505A -33.197 0.0389 +V 22 16.9362A -34.617 0.0015 Mg11 11.1915A -33.484 0.0201 Zn29 11.1712A -33.382 0.0255 +V 22 16.9243A -33.561 0.0168 Mg11 11.1955A -33.181 0.0404 Zn29 10.8059A -33.522 0.0184 +V 22 30.1287A -32.334 0.2843 Mg11 11.1958A -33.321 0.0293 Zn29 10.5589A -33.252 0.0343 +V 22 47.0760A -32.070 0.5218 Mg11 11.1958A -33.566 0.0166 Zn29 22.4055A -33.741 0.0111 +Cr23 1.65730A -28.858 849.7225 Mg11 11.1958A -33.836 0.0089 Zn29 22.0107A -32.426 0.2295 +Cr23 6.68674A -29.669 131.4245 Mg11 11.1966A -33.132 0.0452 Zn29 15.2360A -33.987 0.0063 +Cr23 6.79132A -30.167 41.7460 Mg11 11.4030A -33.377 0.0257 Zn29 15.1069A -32.834 0.0897 +Cr23 6.78280A -31.606 1.5193 Mg11 11.5316A -33.583 0.0160 Zn29 12.9077A -32.803 0.0965 +Cr23 6.78899A -31.130 4.5426 Mg11 11.6167A -33.760 0.0106 Zn29 11.8661A -33.049 0.0548 +Cr23 6.82721A -30.917 7.4144 Mg11 11.6757A -33.916 0.0074 Zn29 11.2755A -33.244 0.0350 +Cr23 6.89168A -31.154 4.2957 Mg11 11.7183A -32.094 0.4940 Zn29 10.9035A -33.387 0.0252 +Cr23 15.1999A -30.217 37.1739 Al12 0 -32.979 0.0643 Zn29 10.6521A -33.115 0.0470 +Cr23 15.3424A -30.707 12.0383 TOTL 7.80696A -32.710 0.1194 Zn29 22.0888A -32.909 0.0757 +Cr23 15.3765A -31.149 4.3465 Al12 7.80696A -32.791 0.0991 Zn29 22.3264A -34.210 0.0038 +Cr23 15.4897A -32.206 0.3812 Al12 7.80383A -33.479 0.0204 Zn29 15.1437A -33.316 0.0296 +Cr23 15.5065A -32.685 0.1265 Al12 7.75730A -32.526 0.1827 Zn29 15.2379A -34.446 0.0022 +Cr23 15.4918A -31.638 1.4093 Al12 6.64433A -34.230 0.0036 Zn29 12.9345A -33.281 0.0321 +Cr23 27.5657A -30.430 22.7889 Al12 6.63476A -32.346 0.2761 Zn29 11.8888A -33.527 0.0182 +Cr23 43.0715A -30.167 41.7561 Al12 7.87212A -32.236 0.3556 Zn29 11.2960A -33.722 0.0116 +Mn24 1.52314A -28.874 819.5428 Al12 6.31505A -32.872 0.0823 Zn29 10.9226A -33.864 0.0084 +Mn24 6.14123A -29.675 129.3849 Al12 6.17639A -32.922 0.0733 Zn29 10.6704A -33.593 0.0156 +Mn24 6.23379A -30.173 41.1755 TOTL 943.156A -34.604 0.0015 Zn29 22.4532A -33.512 0.0189 +Mn24 6.22633A -31.589 1.5791 Al12 943.156A -34.604 0.0015 Zn29 22.1607A -33.477 0.0204 +Mn24 6.23211A -31.113 4.7210 Al12 899.669A -34.688 0.0013 Zn29 15.2388A -33.813 0.0094 +Mn24 6.27097A -30.901 7.6889 Al12 42.6008A -33.760 0.0107 Zn29 15.1694A -33.648 0.0138 +Mn24 6.32711A -31.138 4.4631 Al12 31.9272A -34.290 0.0031 Zn29 12.8951A -33.465 0.0210 +Mn24 13.9571A -30.224 36.5938 Al12 28.6728A -34.282 0.0032 Zn29 11.8555A -33.687 0.0126 +Mn24 14.0832A -30.713 11.8635 Al12 44.3188A -34.402 0.0024 Zn29 11.2660A -33.872 0.0082 +Mn24 14.1181A -31.133 4.5074 Al12 29.6303A -34.787 0.0010 Zn29 10.8946A -34.013 0.0059 +Mn24 14.2227A -32.181 0.4036 Al12 45.2207A -34.031 0.0057 Zn29 10.6436A -33.745 0.0110 +Mn24 14.2391A -32.660 0.1339 Al12 44.2831A -33.565 0.0167 Zn29 46.4982A -33.908 0.0076 +Mn24 14.2225A -31.622 1.4621 Al12 33.0459A -33.753 0.0108 Zn29 29.9889A -34.278 0.0032 +Mn24 25.3164A -30.433 22.6166 Al12 29.5718A -33.849 0.0087 Zn29 24.9090A -34.405 0.0024 +Mn24 39.5569A -30.169 41.5233 Al12 46.3140A -34.415 0.0024 Zn29 22.4417A -34.524 0.0018 +Fe25 1.40445A -26.708 119938.24 Al12 45.9287A -33.911 0.0075 Zn29 21.0146A -34.613 0.0015 +Fe25 5.65793A -27.519 18555.141 Al12 33.9662A -34.272 0.0033 Zn29 20.1003A -34.300 0.0031 +Fe25 5.74026A -28.015 5915.2417 Al12 30.3067A -34.375 0.0026 Zn29 47.2317A -34.367 0.0026 +Fe25 5.73369A -29.410 238.6004 Al12 127.429A -34.773 0.0010 Zn29 46.8933A -34.256 0.0034 +Fe25 5.73905A -28.934 713.3283 Al12 87.7000A -34.683 0.0013 Zn29 30.2923A -34.689 0.0013 +Fe25 5.77851A -28.723 1159.0873 Al12 130.226A -34.360 0.0027 Zn29 48.2072A -33.842 0.0088 +Fe25 5.82765A -28.959 673.9705 Al12 89.0156A -34.435 0.0022 Zn29 47.2578A -34.105 0.0048 +Fe25 12.8529A -28.067 5251.3755 Al12 281.294A -34.490 0.0020 Zn29 30.4493A -33.668 0.0132 +Fe25 12.9650A -28.556 1704.2683 Al12 7.17501A -33.459 0.0213 Zn29 25.2258A -33.832 0.0090 +Fe25 13.0004A -28.955 680.2266 Al12 7.23350A -33.680 0.0128 Zn29 22.6986A -33.984 0.0064 +Fe25 13.0977A -29.994 62.1652 Al12 7.23001A -34.413 0.0024 Zn29 21.2397A -34.102 0.0048 +Fe25 13.1138A -30.473 20.6216 Al12 7.23269A -34.128 0.0046 Zn29 20.3061A -33.815 0.0094 +Fe25 13.0954A -29.443 220.7340 Al12 7.27313A -33.113 0.0472 Zn29 48.4131A -34.407 0.0024 +Fe25 22.9613A -28.451 2169.8093 Al12 8.60596A -34.138 0.0045 Zn29 47.1330A -33.574 0.0164 +Fe25 23.1104A -28.937 709.0163 Al12 8.62808A -34.093 0.0049 Zn29 30.7739A -33.395 0.0247 +Fe25 23.1586A -29.322 292.2025 Al12 8.62821A -33.663 0.0133 Zn29 25.4482A -33.589 0.0158 +Fe25 23.2887A -30.266 33.2433 Al12 8.64078A -33.518 0.0186 Zn29 22.8785A -33.758 0.0107 +Fe25 23.3103A -30.744 11.0408 Al12 8.64159A -33.543 0.0176 Zn29 21.3971A -33.885 0.0080 +Fe25 23.3314A -31.127 4.5697 Al12 8.64440A -33.546 0.0174 Zn29 20.4500A -33.604 0.0153 +Fe25 23.3314A -31.605 1.5232 Al12 9.25486A -33.034 0.0567 Zn29 47.2920A -34.055 0.0054 +Fe25 23.2858A -29.808 95.4574 Al12 9.56971A -32.652 0.1367 Zn29 30.8416A -33.873 0.0082 +Fe25 35.9938A -28.747 1096.9326 Si13 0 -31.478 2.0371 Zn29 25.4945A -34.067 0.0053 +Fe25 36.1800A -29.231 359.8907 Si13 0 -34.270 0.0033 Zn29 22.9159A -34.236 0.0036 +Fe25 36.2407A -29.610 150.3457 TOTL 6.68828A -31.288 3.1551 Zn29 21.4299A -34.363 0.0027 +Fe25 36.4540A -30.525 18.2792 Si13 6.68828A -31.405 2.4140 Zn29 20.4799A -34.081 0.0051 +Fe25 36.4540A -31.002 6.0931 Si13 6.68508A -31.917 0.7411 Zn29 48.1635A -33.072 0.0519 +Fe25 36.4554A -31.256 3.3998 Si13 6.64803A -31.082 5.0692 Zn29 31.2101A -33.275 0.0326 +Fe25 36.4554A -31.733 1.1333 Si13 5.68838A -32.667 0.1320 Zn29 25.7458A -33.550 0.0173 +Fe25 36.4556A -32.029 0.5726 Si13 5.68071A -30.843 8.8047 Zn29 23.1187A -33.764 0.0105 +Fe25 36.4556A -32.507 0.1909 Si13 5.40745A -33.188 0.0398 Zn29 21.6071A -33.920 0.0074 +Fe25 36.3999A -30.094 49.3141 Si13 5.40461A -31.258 3.3854 Zn29 20.6417A -33.658 0.0135 +Fe25 52.4962A -28.800 970.4370 Si13 5.28695A -33.482 0.0202 Zn29 48.1635A -33.549 0.0173 +Fe25 71.4531A -29.001 611.8695 Si13 5.28557A -31.551 1.7235 Zn29 31.2101A -33.752 0.0109 +Fe25 93.3265A -29.174 410.4880 Si13 6.74039A -30.830 9.0679 Zn29 25.7458A -34.027 0.0058 +Fe25 118.116A -29.327 288.7465 Si13 5.68195A -34.183 0.0040 Zn29 23.1187A -34.242 0.0035 +Fe25 145.823A -28.659 1343.2937 Si13 5.40504A -34.453 0.0022 Zn29 21.6071A -34.397 0.0025 +Co26 1.29910A -29.077 513.6326 Si13 5.28578A -34.718 0.0012 Zn29 20.6417A -34.135 0.0045 +Co26 5.23042A -29.878 81.1040 Si13 5.22293A -32.159 0.4252 Zn29 48.5531A -34.465 0.0021 +Co26 5.30403A -30.374 25.8963 Si13 5.18592A -32.384 0.2533 Zn29 47.8560A -34.497 0.0020 +Co26 5.29824A -31.747 1.0964 Si13 5.16218A -32.539 0.1773 Zn29 30.7478A -34.146 0.0044 +Co26 5.30318A -31.272 3.2780 Si13 5.14602A -32.616 0.1485 Zn29 25.4303A -34.312 0.0030 +Co26 5.34328A -31.062 5.3133 Si13 5.13453A -32.055 0.5405 Zn29 22.8640A -34.465 0.0021 +Co26 5.38652A -31.297 3.0944 TOTL 865.144A -33.267 0.0331 Zn29 21.3845A -34.584 0.0016 +Co26 11.8817A -30.427 22.9364 Si13 878.646A -34.010 0.0060 Zn29 20.4384A -34.299 0.0031 +Co26 11.9822A -30.915 7.4504 Si13 865.144A -33.267 0.0331 Zn29 84.4632A -34.365 0.0026 +Co26 12.0180A -31.294 3.1166 Si13 814.693A -33.354 0.0271 Zn29 53.6484A -34.405 0.0024 +Co26 12.1093A -32.324 0.2905 Si13 36.4466A -32.357 0.2694 Zn29 43.3771A -34.507 0.0019 +Co26 12.1251A -32.804 0.0963 Si13 27.3444A -32.772 0.1036 Zn29 38.3441A -34.598 0.0015 +Co26 12.1054A -31.782 1.0116 Si13 24.5185A -33.038 0.0562 Zn29 35.4055A -34.295 0.0031 +Co26 21.5714A -30.629 14.3872 Si13 23.1998A -33.499 0.0194 Zn29 85.6094A -34.077 0.0051 +Co26 33.7053A -30.363 26.5509 Si13 22.4869A -33.679 0.0128 Zn29 54.1085A -34.136 0.0045 +Ni27 1.20505A -27.572 16421.201 Si13 22.0472A -33.815 0.0094 Zn29 43.6775A -34.253 0.0034 +Ni27 4.84838A -28.379 2563.1431 Si13 21.7555A -33.876 0.0082 Zn29 38.5785A -34.354 0.0027 +Ni27 4.91468A -28.874 819.4941 Si13 21.5515A -33.302 0.0306 Zn29 35.6054A -34.057 0.0054 +Ni27 4.90933A -30.227 36.3654 Si13 38.1543A -34.674 0.0013 Zn29 86.0090A -34.557 0.0017 +Ni27 4.91386A -29.751 108.7263 Si13 37.8119A -32.892 0.0785 Zn29 54.2679A -34.614 0.0015 +Ni27 4.95454A -29.542 175.7837 Si13 28.2168A -33.174 0.0410 Zn29 43.7812A -34.732 0.0011 +Ni27 4.99208A -29.776 102.5741 Si13 25.2483A -33.421 0.0232 Zn29 35.6743A -34.535 0.0018 +Ni27 11.0119A -28.927 724.6941 Si13 23.8802A -34.006 0.0060 Zn29 88.6645A -33.817 0.0093 +Ni27 11.1012A -29.415 235.6715 Si13 23.1255A -34.183 0.0040 Zn29 55.3131A -33.949 0.0069 +Ni27 11.1378A -29.774 103.1570 Si13 22.6607A -34.318 0.0029 Zn29 44.4590A -34.110 0.0048 +Ni27 11.2510A -30.800 9.7105 Si13 22.3527A -34.380 0.0026 Zn29 39.1870A -34.238 0.0035 +Ni27 11.2510A -31.277 3.2368 Si13 22.1375A -33.806 0.0096 Zn29 36.1230A -33.959 0.0067 +Ni27 11.2185A -30.262 33.4860 Si13 38.5327A -32.565 0.1670 Zn29 88.6645A -34.294 0.0031 +Ni27 20.0031A -29.127 457.5558 Si13 37.7804A -32.260 0.3371 Zn29 55.3131A -34.427 0.0023 +Ni27 31.2549A -28.860 846.6438 Si13 28.3458A -33.086 0.0503 Zn29 44.4590A -34.587 0.0016 +Cu28 1.12115A -29.459 213.0196 Si13 28.1747A -32.658 0.1348 Zn29 39.1870A -34.715 0.0012 +Cu28 4.51290A -30.266 33.1829 Si13 25.2775A -33.450 0.0218 Zn29 36.1230A -34.436 0.0022 +Cu28 4.57265A -30.761 10.6244 Si13 25.2083A -32.949 0.0690 Zn29 88.6659A -33.564 0.0167 +Cu28 4.56810A -32.095 0.4928 Si13 23.8391A -33.018 0.0588 Zn29 55.3137A -33.900 0.0077 +Cu28 4.57223A -31.619 1.4734 Si13 23.0870A -33.388 0.0251 Zn29 44.4594A -34.155 0.0043 +Cu28 4.61362A -31.412 2.3755 Si13 22.6237A -33.582 0.0160 Zn29 39.1873A -34.338 0.0028 +Cu28 4.64770A -31.645 1.3872 Si13 22.3167A -33.697 0.0123 Zn29 36.1233A -34.094 0.0049 +Cu28 10.2660A -30.817 9.3303 Si13 22.1021A -33.175 0.0410 Zn29 88.6659A -34.041 0.0056 +Cu28 10.3479A -31.305 3.0356 Si13 39.4147A -32.935 0.0711 Zn29 55.3137A -34.378 0.0026 +Cu28 10.3846A -31.646 1.3855 Si13 39.0997A -32.579 0.1617 Zn29 44.4594A -34.633 0.0014 +Cu28 10.4668A -32.660 0.1341 Si13 28.9814A -33.334 0.0284 Zn29 36.1233A -34.571 0.0016 +Cu28 10.4823A -33.140 0.0444 Si13 28.9084A -32.968 0.0659 Zn29 35.5981A -34.771 0.0010 +Cu28 10.4605A -32.134 0.4497 Si13 25.8251A -33.600 0.0154 Zn29 147.050A -33.601 0.0153 +Cu28 18.5998A -31.009 6.0039 Si13 25.7954A -33.283 0.0319 Zn29 89.1730A -33.746 0.0110 +Cu28 29.0622A -30.746 10.9938 Si13 24.3648A -33.558 0.0170 Zn29 70.2238A -33.868 0.0083 +Zn29 1.04464A -28.921 735.0629 Si13 23.5797A -33.921 0.0074 Zn29 60.9581A -33.584 0.0160 +Zn29 4.19461A -29.725 115.5276 Si13 23.0966A -34.119 0.0047 Zn29 226.566A -33.988 0.0063 +Zn29 4.24845A -30.219 37.0392 Si13 22.7767A -34.238 0.0035 Zn29 134.413A -34.083 0.0051 +Zn29 4.24445A -31.533 1.7973 Si13 22.5533A -33.719 0.0117 Zn29 104.120A -33.792 0.0099 +Zn29 4.24812A -31.057 5.3749 Si13 105.678A -33.886 0.0080 Zn29 330.465A -34.299 0.0031 +Zn29 4.28986A -30.851 8.6424 Si13 73.1118A -34.013 0.0059 Zn29 192.658A -33.981 0.0064 +Zn29 4.32014A -31.084 5.0532 Si13 62.5159A -34.425 0.0023 Zn29 461.999A -34.176 0.0041 +Zn29 9.51140A -30.272 32.7755 Si13 57.5954A -34.555 0.0017 Zn29 1.33424A -31.971 0.6555 +Zn29 9.58478A -30.759 10.6729 Si13 54.7962A -34.666 0.0013 Zn29 1.33964A -31.714 1.1852 +Zn29 9.62145A -31.080 5.0990 Si13 53.0292A -34.708 0.0012 Zn29 1.33924A -34.154 0.0043 +Zn29 9.69878A -32.085 0.5034 Si13 51.8337A -34.118 0.0047 Zn29 1.33961A -31.742 1.1098 +Zn29 9.71392A -32.565 0.1668 Si13 108.275A -34.274 0.0033 Zn29 1.34373A -31.513 1.8823 +Zn29 9.69170A -31.568 1.6551 Si13 74.6127A -34.383 0.0025 Zn29 1.34669A -31.353 2.7183 +Zn29 16.9555A -30.653 13.6163 Si13 52.7199A -34.681 0.0013 Zn29 1.62278A -32.440 0.2223 +Zn29 17.0520A -31.138 4.4612 Si13 111.148A -33.833 0.0090 Zn29 1.62490A -32.323 0.2910 +Zn29 17.1017A -31.444 2.2030 Si13 108.562A -33.731 0.0114 Zn29 1.62595A -31.810 0.9495 +Zn29 17.2036A -32.354 0.2712 Si13 75.3054A -34.088 0.0050 Zn29 1.62815A -32.117 0.4677 +Zn29 17.2247A -32.833 0.0900 Si13 74.6943A -33.880 0.0081 Zn29 1.62857A -32.464 0.2104 +Zn29 17.3391A -33.218 0.0371 Si13 63.8308A -33.885 0.0080 Zn29 1.62795A -31.906 0.7612 +Zn29 17.3391A -33.696 0.0124 Si13 58.7097A -34.071 0.0052 Zn29 1.75418A -32.742 0.1109 +Zn29 17.1954A -31.930 0.7199 Si13 55.8038A -34.218 0.0037 Zn29 1.75521A -32.888 0.0792 +Zn29 26.5041A -30.946 6.9397 Si13 53.9724A -34.293 0.0031 Zn29 1.75573A -32.119 0.4654 +Zn29 26.6248A -31.429 2.2816 Si13 52.7344A -33.734 0.0113 Zn29 1.75680A -32.389 0.2504 +Zn29 26.6867A -31.729 1.1440 Si13 111.782A -34.786 0.0010 Zn29 1.75702A -32.802 0.0966 +Zn29 26.8001A -32.606 0.1518 Si13 110.614A -33.161 0.0423 Zn29 1.75820A -33.033 0.0568 +Zn29 26.8391A -33.086 0.0503 Si13 75.6846A -33.578 0.0162 Zn29 1.75820A -33.799 0.0097 +Zn29 27.0923A -33.347 0.0276 Si13 64.6028A -33.706 0.0121 Zn29 1.75671A -32.328 0.2881 +Zn29 27.0923A -33.824 0.0092 Si13 59.3621A -33.916 0.0074 Zn29 1.82209A -33.089 0.0499 +Zn29 27.0925A -34.119 0.0047 Si13 56.3930A -34.075 0.0052 Zn29 1.82266A -33.228 0.0363 +Zn29 27.0925A -34.596 0.0016 Si13 54.5233A -34.154 0.0043 Zn29 1.82295A -32.390 0.2497 +Zn29 26.7960A -32.212 0.3757 Si13 53.2602A -33.594 0.0156 Zn29 1.82348A -32.615 0.1487 +Zn29 39.0132A -30.995 6.2036 Si13 110.761A -33.601 0.0154 Zn29 1.82366A -33.081 0.0509 +Zn29 53.1013A -31.195 3.9108 Si13 75.7533A -34.021 0.0058 Zn29 1.82482A -33.294 0.0311 +Zn29 69.3568A -31.369 2.6230 Si13 64.6528A -34.239 0.0035 Zn29 1.82482A -33.950 0.0069 +Zn29 87.7797A -31.521 1.8445 Si13 59.4044A -34.393 0.0025 Zn29 1.82482A -34.616 0.0015 +Zn29 108.370A -30.853 8.5956 Si13 56.4311A -34.553 0.0017 Zn29 1.82346A -32.628 0.1443 +C 4 192.277A -31.005 6.0639 Si13 54.5589A -34.632 0.0014 Zn29 1.86316A -32.875 0.0818 +N 5 126.672A -30.430 22.7562 Si13 53.2942A -34.071 0.0052 Zn29 1.88707A -33.081 0.0508 +O 5 108.867A -34.550 0.0017 Si13 112.472A -34.081 0.0051 Zn29 1.90292A -33.259 0.0338 +O 6 89.7895A -29.056 538.4190 Si13 111.381A -34.010 0.0060 Zn29 1.91394A -33.415 0.0236 +F 7 66.9542A -32.835 0.0896 Si13 76.2879A -34.239 0.0035 Zn29 1.92190A -31.416 2.3508 +Ne 8 51.8608A -29.038 561.2813 Si13 76.0299A -34.186 0.0040 Pho+ 3889.00A -33.001 0.0611 +Na 9 41.3469A -30.133 45.1004 Si13 64.8128A -34.398 0.0025 extra Lyman.......................... +Mg 9 37.7816A -33.927 0.0073 Si13 59.5394A -34.567 0.0017 database lines....................... +Mg10 33.7413A -28.702 1218.1682 Si13 56.5529A -34.717 0.0012 Ar16 353.920A -34.616 0.0015 +Al10 31.0464A -34.543 0.0018 Si13 53.4028A -34.236 0.0036 Ar16 23.5905A -34.667 0.0013 +Al11 28.0478A -29.344 277.3389 Si13 100.342A -34.778 0.0010 Ar16 23.5461A -34.379 0.0026 +Si11 26.0448A -32.688 0.1257 Si13 241.193A -34.740 0.0011 Ar16 3.98300A -34.582 0.0016 +Si12 23.6866A -27.914 7464.3584 Si13 235.035A -34.752 0.0011 Ar16 3.98110A -34.161 0.0042 +P 12 22.1269A -34.317 0.0030 Si13 153.064A -34.599 0.0015 Ca18 344.760A -34.235 0.0036 +P 13 20.2646A -29.708 120.1248 Si13 126.586A -34.718 0.0012 Ca18 302.190A -33.882 0.0080 +S 13 19.0270A -32.098 0.4891 Si13 101.732A -34.307 0.0030 Ca18 20.0532A -34.743 0.0011 +S 14 17.5338A -27.642 13971.912 Si13 238.744A -34.322 0.0029 Ca18 20.2189A -34.428 0.0023 +Cl14 16.5376A -33.678 0.0129 Si13 154.917A -34.300 0.0031 Ca18 18.7319A -33.916 0.0074 +Cl15 15.3199A -29.364 265.0700 Si13 127.851A -34.458 0.0021 Ca18 18.6909A -33.628 0.0144 +Ar15 14.5062A -32.179 0.4058 Si13 114.829A -34.591 0.0016 Ca18 19.6420A -34.401 0.0024 +Ar16 13.5075A -27.995 6202.3838 Si13 107.335A -34.654 0.0014 Ca18 19.7892A -34.151 0.0043 +K 16 12.8098A -33.114 0.0471 Si13 102.547A -34.084 0.0051 Ca18 14.0860A -34.640 0.0014 +K 17 11.9806A -29.056 538.4686 Si13 238.986A -34.780 0.0010 Ca18 14.0970A -34.351 0.0027 +Ca16 12.7244A -34.649 0.0014 Si13 102.592A -34.561 0.0017 Ca18 12.6360A -34.780 0.0010 +Ca17 11.4075A -31.509 1.8992 Si13 239.672A -33.914 0.0075 Ca18 3.18960A -34.765 0.0011 +Ca18 10.7173A -27.580 16130.679 Si13 155.309A -34.175 0.0041 Co25 244.189A -33.750 0.0109 +Sc18 10.2225A -34.717 0.0012 Si13 128.118A -34.415 0.0024 Co25 178.196A -33.330 0.0287 +Sc19 9.62727A -30.938 7.0668 Si13 115.045A -34.594 0.0016 Co25 9.83770A -33.367 0.0263 +Ti19 9.21243A -32.238 0.3544 Si13 107.523A -34.686 0.0013 Co25 9.79530A -33.089 0.0499 +Ti20 8.70170A -28.562 1679.8723 Si13 102.719A -34.134 0.0045 Co25 7.37410A -33.970 0.0066 +V 20 8.33889A -33.089 0.0499 Si13 239.672A -34.388 0.0025 Co25 7.36380A -33.683 0.0127 +V 21 7.89804A -29.392 248.6179 Si13 155.309A -34.653 0.0014 Co25 10.3676A -34.285 0.0032 +Cr20 8.28318A -33.656 0.0135 Si13 102.719A -34.612 0.0015 Co25 10.1590A -33.790 0.0099 +Cr21 7.58869A -31.005 6.0574 Si13 179.370A -34.540 0.0018 Co25 7.58300A -34.526 0.0018 +Cr22 7.20507A -27.530 18071.236 Si13 441.213A -34.718 0.0012 Co25 10.5332A -33.963 0.0067 +Mn21 7.54253A -33.491 0.0198 Si13 179.758A -34.435 0.0022 Co25 10.3180A -34.503 0.0019 +Mn22 6.93508A -30.940 7.0293 Si13 441.228A -34.465 0.0021 Co25 10.3031A -33.542 0.0176 +Mn23 6.59570A -27.548 17344.566 Si13 275.258A -34.765 0.0011 Co25 7.71860A -34.534 0.0018 +Fe22 6.89268A -31.147 4.3656 Si13 179.761A -34.571 0.0016 Co25 7.66710A -34.274 0.0033 +Fe23 6.35894A -28.693 1241.5671 Si13 731.769A -34.466 0.0021 Cr22 279.744A -33.638 0.0141 +Fe24 6.06057A -25.388 2510391.2 Si13 443.755A -34.575 0.0016 Cr22 222.981A -33.251 0.0344 +Co23 6.32327A -33.587 0.0159 Si13 349.457A -34.633 0.0014 Cr22 12.6647A -33.279 0.0322 +Co24 5.85178A -31.174 4.1039 Si13 303.348A -34.061 0.0053 Cr22 12.6231A -33.004 0.0607 +Co25 5.58807A -27.755 10775.757 Si13 518.137A -34.269 0.0033 Cr22 9.49310A -33.887 0.0079 +Ni24 5.81883A -31.617 1.4801 Si13 958.729A -34.458 0.0021 Cr22 9.49310A -33.598 0.0155 +Ni25 5.40302A -29.334 284.0945 Si13 2298.35A -34.653 0.0014 Cr22 13.3895A -34.226 0.0036 +Ni26 5.16879A -26.212 376537.38 Si13 6.18452A -32.078 0.5119 Cr22 13.1484A -33.743 0.0111 +Cu25 5.39596A -33.348 0.0275 Si13 6.23185A -32.240 0.3526 Cr22 9.80920A -34.467 0.0021 +Cu26 5.04267A -31.157 4.2707 Si13 6.22836A -34.410 0.0024 Cr22 13.5547A -33.908 0.0076 +Cu27 4.79688A -28.108 4781.7393 Si13 6.22905A -32.953 0.0683 Cr22 13.3076A -34.453 0.0022 +Zn26 5.00199A -32.654 0.1360 Si13 6.23183A -32.663 0.1331 Cr22 13.2917A -33.492 0.0197 +Zn27 4.68452A -30.551 17.2467 Si13 6.26437A -31.677 1.2899 Cr22 9.86530A -34.214 0.0037 +Zn28 4.46040A -27.570 16509.947 Si13 7.43019A -32.798 0.0976 Fe23 132.906A -33.458 0.0214 +grains............................... Si13 7.44814A -32.670 0.1310 Fe23 12.1612A -34.119 0.0047 +H-like iso-sequence.................. Si13 7.44842A -32.276 0.3245 Fe23 11.0180A -33.681 0.0128 +Cool 1215.67A -30.312 29.8980 Si13 7.45883A -32.132 0.4520 Fe23 10.9800A -33.470 0.0208 +Crst 960.000A -30.504 19.1818 Si13 7.45949A -32.179 0.4054 Fe23 11.7370A -33.755 0.0108 +CION 0 -29.221 368.1566 Si13 7.46162A -32.125 0.4591 Fe23 8.30290A -34.029 0.0057 +He2C 0 -28.428 2287.9004 Si13 7.98342A -32.974 0.0651 Fe23 8.81400A -34.516 0.0019 +CaBo 4861.33A -32.658 0.1347 Si13 7.99181A -32.795 0.0982 Fe23 7.47200A -34.475 0.0021 +CaBo 1640.00A -28.330 2864.7019 Si13 7.99211A -32.637 0.1415 Fe23 1.87030A -33.376 0.0258 +CaBo 4685.64A -30.365 26.4737 Si13 7.99711A -32.350 0.2739 Fe24 255.114A -31.296 3.0963 +H 1 0 -30.246 34.7409 Si13 7.99738A -32.479 0.2033 Fe24 192.029A -30.886 7.9594 +H 1 1215.67A -30.031 57.1025 Si13 7.99815A -32.659 0.1344 Fe24 11.2614A -31.712 1.1904 +H 1 1025.72A -30.696 12.3393 Si13 7.99815A -33.001 0.0611 Fe24 11.4271A -31.378 2.5667 +H 1 972.537A -31.136 4.4830 Si13 7.99833A -32.308 0.3013 Fe24 10.6630A -30.879 8.1026 +H 1 949.743A -31.474 2.0583 Si13 8.26601A -33.098 0.0489 Fe24 11.2900A -34.103 0.0048 +H 1 937.804A -31.955 0.6795 Si13 8.27055A -32.922 0.0734 Fe24 10.6190A -30.600 15.3927 +H 1 930.748A -32.202 0.3851 Si13 8.27072A -32.732 0.1136 Fe24 11.0802A -34.108 0.0048 +H 1 926.226A -32.416 0.2352 Si13 8.27344A -32.582 0.1606 Fe24 11.2406A -34.116 0.0047 +H 1 923.150A -32.607 0.1515 Si13 8.27359A -32.777 0.1025 Fe24 10.5720A -34.532 0.0018 +H 1 920.963A -32.781 0.1014 Si13 8.27427A -33.112 0.0473 Fe24 11.0290A -31.361 2.6690 +H 1 919.351A -32.626 0.1451 Si13 8.27427A -33.467 0.0209 Fe24 11.1879A -32.072 0.5191 +H 1 918.129A -32.747 0.1097 Si13 8.27427A -34.456 0.0021 Fe24 10.5569A -34.327 0.0029 +H 1 917.181A -32.858 0.0850 Si13 8.27427A -34.768 0.0010 Fe24 11.1710A -31.091 4.9721 +H 1 916.429A -32.959 0.0673 Si13 8.27409A -32.437 0.2239 Fe24 8.28570A -32.651 0.1369 +H 1 915.824A -33.053 0.0542 Si13 8.43240A -32.683 0.1271 Fe24 8.37510A -32.274 0.3258 +H 1 915.329A -33.140 0.0443 Si13 8.53070A -32.889 0.0791 Fe24 32.4381A -33.322 0.0292 +H 1 914.919A -33.221 0.0368 Si13 8.59574A -33.066 0.0526 Fe24 32.8526A -32.995 0.0619 +H 1 914.576A -33.296 0.0310 Si13 8.64091A -33.222 0.0368 Fe24 7.99300A -31.638 1.4110 +H 1 914.286A -33.364 0.0265 Si13 8.67351A -31.519 1.8559 Fe24 30.8738A -32.730 0.1142 +H 1 914.039A -33.426 0.0230 P 14 0 -33.191 0.0395 Fe24 32.7664A -33.608 0.0151 +H 1 913.826A -33.481 0.0203 TOTL 5.79335A -32.948 0.0690 Fe24 7.98400A -31.337 2.8209 +H 1 913.641A -33.524 0.0183 P 14 5.79335A -33.102 0.0485 Fe24 30.7400A -32.441 0.2222 +H 1 913.480A -33.549 0.0173 P 14 5.79008A -33.475 0.0205 Fe24 32.6157A -34.339 0.0028 +H 1 913.339A -33.526 0.0183 P 14 5.76019A -32.798 0.0975 Fe24 32.7601A -33.371 0.0261 +H 1 913.215A -32.759 0.1068 P 14 4.92436A -34.238 0.0035 Fe24 8.23260A -32.221 0.3682 +H 1 6562.81A -31.352 2.7241 P 14 4.91813A -32.586 0.1591 Fe24 8.32080A -32.933 0.0715 +H 1 4861.33A -31.787 1.0000 P 14 5.83575A -32.571 0.1644 Fe24 31.6396A -33.292 0.0313 +H 1 4340.46A -32.118 0.4670 P 14 4.67863A -33.183 0.0402 Fe24 32.0339A -33.994 0.0062 +H 1 4101.73A -32.491 0.1978 P 14 4.57506A -33.285 0.0318 Fe24 8.31640A -31.967 0.6607 +H 1 3970.07A -32.714 0.1183 P 14 31.5314A -34.109 0.0048 Fe24 31.9683A -33.034 0.0567 +H 1 3889.05A -32.905 0.0763 P 14 23.5959A -34.593 0.0016 Fe24 32.3771A -33.017 0.0589 +H 1 3835.38A -33.071 0.0520 P 14 21.1779A -34.637 0.0014 Fe24 32.5193A -34.168 0.0042 +H 1 3797.89A -33.219 0.0370 P 14 32.6358A -34.632 0.0014 Fe24 32.4781A -32.855 0.0855 +H 1 3770.63A -33.490 0.0198 P 14 33.2233A -34.328 0.0029 Fe24 7.38910A -33.409 0.0239 +H 1 3750.15A -33.611 0.0150 P 14 32.6083A -33.890 0.0079 Fe24 7.46010A -32.887 0.0795 +H 1 3734.36A -33.721 0.0116 P 14 24.3154A -34.056 0.0054 Fe24 21.9914A -33.839 0.0089 +H 1 3721.93A -33.823 0.0092 P 14 21.7557A -34.205 0.0038 Fe24 22.1811A -33.467 0.0209 +H 1 3711.97A -33.916 0.0074 P 14 33.9473A -34.668 0.0013 Fe24 70.6940A -34.425 0.0023 +H 1 3703.85A -34.003 0.0061 P 14 33.6829A -34.255 0.0034 Fe24 71.4058A -34.093 0.0049 +H 1 3697.15A -34.084 0.0051 P 14 24.9175A -34.570 0.0016 Fe24 7.16900A -31.840 0.8867 +H 1 3691.55A -34.158 0.0043 P 14 22.2365A -34.726 0.0012 Fe24 21.3813A -32.786 0.1004 +H 1 3686.83A -34.227 0.0036 P 14 95.6096A -34.661 0.0013 Fe24 22.3394A -33.818 0.0093 +H 1 3682.80A -34.289 0.0032 P 14 5.38476A -33.811 0.0095 Fe24 67.2089A -33.635 0.0142 +H 1 3679.35A -34.343 0.0028 P 14 5.42362A -33.913 0.0075 Fe24 71.2404A -34.206 0.0038 +H 1 3676.36A -34.387 0.0025 P 14 5.42137A -34.597 0.0015 Fe24 7.37000A -32.712 0.1188 +H 1 3673.75A -34.411 0.0024 P 14 5.42424A -34.302 0.0031 Fe24 7.44060A -33.412 0.0237 +H 1 3671.47A -34.388 0.0025 P 14 5.45074A -33.353 0.0272 Fe24 21.8231A -33.632 0.0143 +H 1 3669.46A -33.621 0.0147 P 14 6.47854A -34.564 0.0017 Fe24 22.0100A -34.330 0.0029 +H 1 1.87510m -32.479 0.2034 P 14 6.49334A -34.360 0.0027 Fe24 68.9847A -34.505 0.0019 +H 1 1.28180m -32.729 0.1144 P 14 6.49373A -34.002 0.0061 Fe24 7.43800A -32.453 0.2160 +H 1 1.09380m -33.051 0.0545 P 14 6.50245A -33.853 0.0086 Fe24 21.9868A -33.376 0.0258 +H 1 1.00493m -33.262 0.0335 P 14 6.50310A -33.931 0.0072 Fe24 69.4301A -34.246 0.0035 +H 1 9545.93A -33.444 0.0220 P 14 6.50460A -33.816 0.0094 Fe24 1.87470A -32.715 0.1181 +H 1 9228.97A -33.605 0.0152 P 14 6.97696A -33.426 0.0230 Fe24 1.87380A -32.080 0.5100 +H 1 9014.87A -33.748 0.0110 P 14 7.22073A -33.060 0.0533 Fe24 1.87050A -33.348 0.0275 +H 1 8862.74A -34.005 0.0061 S 15 0 -31.065 5.2789 Fe24 1.86350A -30.953 6.8320 +H 1 8750.43A -34.125 0.0046 S 15 0 -33.877 0.0081 Fe24 1.86110A -30.455 21.5144 +H 1 8664.98A -34.236 0.0036 TOTL 5.06649A -30.830 9.0636 Fe24 1.85700A -31.132 4.5258 +H 1 8598.35A -34.337 0.0028 S 15 5.06649A -31.020 5.8495 Fe24 1.85630A -32.102 0.4841 +H 1 8545.34A -34.431 0.0023 S 15 5.06314A -31.280 3.2141 Fe24 1.89240A -32.121 0.4637 +H 1 8502.44A -34.517 0.0019 S 15 5.03873A -30.700 12.2192 Fe24 1.87240A -33.673 0.0130 +H 1 8467.21A -34.598 0.0015 S 15 4.30430A -31.959 0.6741 Fe24 1.86290A -34.115 0.0047 +H 1 8437.91A -34.672 0.0013 S 15 4.29915A -30.459 21.2923 Fe24 1.85250A -34.391 0.0025 +H 1 8413.28A -34.741 0.0011 S 15 4.09041A -32.454 0.2155 Fe24 1.89700A -32.111 0.4750 +H 1 8323.38A -34.135 0.0045 S 15 4.08850A -30.877 8.1315 Fe24 1.86740A -34.637 0.0014 +H 1 4.05113m -33.255 0.0341 S 15 3.99868A -32.743 0.1107 Fe24 1.85690A -33.024 0.0580 +H 1 2.62513m -33.495 0.0196 S 15 3.99776A -31.188 3.9759 Mn23 266.881A -33.555 0.0171 +H 1 2.16551m -33.688 0.0126 S 15 5.10150A -30.467 20.9217 Mn23 206.903A -33.158 0.0426 +H 1 1.94454m -33.861 0.0084 S 15 4.29975A -33.825 0.0092 Mn23 11.6036A -33.193 0.0393 +H 1 1.81740m -34.016 0.0059 S 15 4.08871A -34.047 0.0055 Mn23 11.5634A -32.912 0.0751 +H 1 1.73620m -34.155 0.0043 S 15 3.99786A -34.289 0.0032 Mn23 8.68810A -33.794 0.0099 +H 1 1.68064m -34.374 0.0026 S 15 3.95032A -31.806 0.9584 Mn23 8.68810A -33.505 0.0192 +H 1 1.64071m -34.494 0.0020 S 15 3.92213A -32.027 0.5762 Mn23 12.2801A -34.122 0.0046 +H 1 1.61092m -34.604 0.0015 S 15 3.90405A -32.193 0.3925 Mn23 12.0246A -33.639 0.0141 +H 1 1.58804m -34.705 0.0012 S 15 3.89175A -32.288 0.3160 Mn23 8.96440A -34.366 0.0026 +H 1 1.49672m -34.502 0.0019 S 15 3.88300A -31.770 1.0398 Mn23 12.4461A -33.803 0.0096 +H 1 7.45777m -33.871 0.0083 TOTL 738.319A -32.997 0.0617 Mn23 12.1837A -34.350 0.0027 +H 1 4.65247m -34.034 0.0057 S 15 756.306A -33.686 0.0126 Mn23 12.1586A -33.383 0.0254 +H 1 3.73951m -34.196 0.0039 S 15 738.319A -32.997 0.0617 Mn23 9.05250A -34.112 0.0047 +H 1 3.29607m -34.344 0.0028 S 15 673.400A -33.097 0.0490 Ni25 117.939A -33.892 0.0079 +H 1 3.03835m -34.479 0.0020 S 15 27.5443A -31.981 0.6395 Ni25 9.35500A -34.350 0.0027 +H 1 2.87219m -34.663 0.0013 S 15 20.6383A -32.374 0.2588 Ni25 9.33000A -33.928 0.0072 +H 1 2.75749m -34.782 0.0010 S 15 18.4974A -32.626 0.1449 Ni25 10.2881A -34.579 0.0016 +H 1 12.3684m -34.337 0.0028 S 15 17.5060A -33.119 0.0466 Ni25 9.96700A -34.107 0.0048 +H 1 7.50038m -34.475 0.0021 S 15 16.9657A -33.315 0.0297 Ni26 234.094A -31.911 0.7523 +H 1 5.90655m -34.614 0.0015 S 15 16.6325A -33.462 0.0211 Ni26 165.377A -31.475 2.0543 +H 1 5.12722m -34.745 0.0011 S 15 16.4115A -33.541 0.0176 Ni26 9.56680A -32.295 0.3105 +H 1 19.0565m -34.728 0.0011 S 15 16.2570A -33.011 0.0598 Ni26 9.73210A -31.969 0.6584 +He 2 0 -29.483 201.4719 S 15 28.6769A -33.963 0.0067 Ni26 9.10500A -31.468 2.0859 +He 2 303.784A -29.348 275.1732 S 15 28.4500A -32.501 0.1934 Ni26 9.63550A -34.623 0.0015 +He 2 256.317A -30.096 49.1786 S 15 21.2677A -34.351 0.0027 Ni26 9.06130A -31.190 3.9607 +He 2 243.027A -30.527 18.2062 S 15 21.2162A -32.787 0.1001 Ni26 9.42610A -34.620 0.0015 +He 2 237.331A -30.891 7.8694 S 15 19.0014A -34.601 0.0015 Ni26 9.58650A -34.631 0.0014 +He 2 234.347A -31.182 4.0307 S 15 18.9806A -33.039 0.0561 Ni26 9.38980A -31.928 0.7240 +He 2 232.584A -31.425 2.3009 S 15 17.9568A -33.621 0.0147 Ni26 9.54900A -32.642 0.1398 +He 2 231.454A -31.637 1.4150 S 15 17.3887A -33.817 0.0093 Ni26 9.53530A -31.679 1.2831 +He 2 230.686A -31.825 0.9173 S 15 17.0388A -33.965 0.0066 Ni26 7.04830A -33.207 0.0380 +He 2 230.139A -31.996 0.6178 S 15 16.8070A -34.043 0.0055 Ni26 7.13760A -32.888 0.0793 +He 2 229.736A -31.830 0.9066 S 15 16.6450A -33.513 0.0188 Ni26 27.5331A -33.975 0.0065 +He 2 229.431A -31.951 0.6854 S 15 28.9382A -32.152 0.4322 Ni26 27.9408A -33.643 0.0140 +He 2 229.194A -32.062 0.5311 S 15 28.6240A -34.180 0.0040 Ni26 6.82080A -32.208 0.3794 +He 2 229.006A -32.164 0.4204 S 15 28.4266A -31.919 0.7390 Ni26 26.4481A -33.337 0.0282 +He 2 228.855A -32.257 0.3390 S 15 21.3057A -32.680 0.1280 Ni26 27.9018A -34.214 0.0037 +He 2 228.731A -32.344 0.2778 S 15 21.2363A -34.580 0.0016 Ni26 6.81110A -31.921 0.7350 +He 2 228.629A -32.424 0.2311 S 15 21.1889A -32.326 0.2890 Ni26 26.3020A -33.050 0.0546 +He 2 228.543A -32.497 0.1949 S 15 19.0025A -33.036 0.0564 Ni26 27.8552A -33.979 0.0064 +He 2 228.471A -32.565 0.1668 S 15 18.9552A -32.650 0.1372 Ni26 7.00630A -32.767 0.1047 +He 2 228.409A -32.627 0.1448 S 15 17.9312A -32.765 0.1053 Ni26 7.09460A -33.486 0.0200 +He 2 228.356A -32.680 0.1280 S 15 17.3647A -33.026 0.0577 Ni26 26.9035A -33.848 0.0087 +He 2 228.309A -32.723 0.1160 S 15 17.0158A -33.233 0.0359 Ni26 27.2926A -34.549 0.0017 +He 2 228.269A -32.747 0.1099 S 15 16.7846A -33.365 0.0264 Ni26 7.09100A -32.523 0.1838 +He 2 228.234A -32.723 0.1159 S 15 16.6230A -32.887 0.0795 Ni26 27.2406A -33.592 0.0157 +He 2 228.203A -31.959 0.6737 S 15 29.5438A -32.518 0.1859 Ni26 1.60790A -33.151 0.0432 +He 2 1640.43A -30.612 14.9819 S 15 29.3177A -32.264 0.3339 Ni26 1.60700A -32.328 0.2878 +He 2 1215.13A -31.026 5.7750 S 15 21.7384A -32.928 0.0724 Ni26 1.59960A -31.618 1.4782 +He 2 1084.94A -31.397 2.4544 S 15 21.6859A -32.689 0.1255 Ni26 1.59700A -31.040 5.5835 +He 2 1025.27A -31.682 1.2756 S 15 19.3749A -33.269 0.0330 Ni26 1.59350A -31.649 1.3765 +He 2 992.360A -31.912 0.7502 S 15 19.3531A -33.040 0.0559 Ni26 1.59820A -34.647 0.0014 +He 2 972.108A -32.106 0.4796 S 15 18.2878A -33.287 0.0316 Ni26 1.60830A -34.107 0.0048 +He 2 958.694A -32.275 0.3256 S 15 17.6990A -33.553 0.0172 Ni26 1.59260A -33.618 0.0148 +He 2 949.324A -32.423 0.2313 S 15 17.3366A -33.762 0.0106 S 14 417.661A -34.602 0.0015 +He 2 942.508A -32.694 0.1240 S 15 17.0967A -33.899 0.0077 S 14 30.4691A -34.698 0.0012 +He 2 937.389A -32.815 0.0938 S 15 16.9291A -33.424 0.0231 S 14 30.4271A -34.407 0.0024 +He 2 933.444A -32.925 0.0728 S 15 79.7279A -33.480 0.0203 S 14 5.08750A -34.579 0.0016 +He 2 930.337A -33.027 0.0576 S 15 55.0941A -33.599 0.0154 S 14 5.08550A -34.221 0.0037 +He 2 927.846A -33.120 0.0465 S 15 47.1424A -34.031 0.0057 Ti20 259.273A -34.545 0.0017 +He 2 925.817A -33.207 0.0381 S 15 43.4184A -34.191 0.0039 Ti20 15.2532A -34.591 0.0016 +He 2 924.142A -33.286 0.0317 S 15 41.3009A -34.313 0.0030 Ti20 15.2115A -34.305 0.0030 +He 2 922.743A -33.360 0.0267 S 15 39.9646A -34.372 0.0026 Ti20 16.0506A -34.776 0.0010 +He 2 921.562A -33.428 0.0229 S 15 39.0606A -33.827 0.0091 Zn28 216.060A -33.103 0.0484 +He 2 920.556A -33.489 0.0199 S 15 81.4495A -33.863 0.0084 Zn28 142.466A -32.650 0.1373 +He 2 919.693A -33.543 0.0176 S 15 56.0878A -33.981 0.0064 level 1 lines........................ +He 2 918.945A -33.585 0.0159 S 15 48.0005A -34.518 0.0019 FeKa 1.78000A -33.935 0.0071 +He 2 918.295A -33.609 0.0151 S 15 44.1453A -34.698 0.0012 FeLr 2.00000A -33.935 0.0071 +He 2 917.724A -33.586 0.0159 S 15 39.6479A -34.388 0.0025 AugH 2.00000A -33.935 0.0071 +He 2 917.221A -32.821 0.0925 S 15 83.4373A -33.428 0.0229 recombination........................ +He 2 4685.64A -31.632 1.4303 S 15 81.6737A -33.349 0.0274 level2 lines......................... +He 2 3203.04A -31.964 0.6658 S 15 56.5811A -33.659 0.0134 Cr22 8.52006A -33.800 0.0097 +He 2 2733.24A -32.233 0.3587 S 15 56.1638A -33.485 0.0200 Cr22 8.06972A -34.081 0.0051 +He 2 2511.15A -32.454 0.2153 S 15 48.0353A -33.505 0.0192 Cr22 7.81983A -34.317 0.0030 +He 2 2385.35A -32.643 0.1396 S 15 44.1747A -33.707 0.0120 Mn23 7.79423A -33.708 0.0120 +He 2 2306.15A -32.806 0.0958 S 15 41.9846A -33.867 0.0083 Mn23 7.38989A -33.989 0.0063 +He 2 2252.64A -32.951 0.0686 S 15 40.6045A -33.959 0.0067 Mn23 7.16025A -34.222 0.0037 +He 2 2214.62A -33.209 0.0379 S 15 39.6717A -33.443 0.0221 hyperfine structure.................. +He 2 2186.56A -33.330 0.0287 S 15 83.8868A -34.327 0.0029 hfin 0 -34.644 0.0014 +He 2 2165.20A -33.440 0.0222 S 15 83.2071A -32.853 0.0859 Na11 296.000m -34.571 0.0016 +He 2 2148.55A -33.541 0.0176 S 15 57.0486A -34.549 0.0017 Mg12 654.000m -34.742 0.0011 +He 2 2135.31A -33.634 0.0142 S 15 56.9054A -33.242 0.0351 Al13 121.000m -33.806 0.0096 +He 2 2124.58A -33.721 0.0117 S 15 48.5661A -33.320 0.0293 P 15 151.000m -34.530 0.0018 +He 2 2115.78A -33.800 0.0097 S 15 44.6232A -33.550 0.0173 V 23 15.6000m -34.513 0.0019 +He 2 2108.46A -33.874 0.0082 S 15 42.3895A -33.721 0.0116 Mn25 17.1000m -32.959 0.0674 +He 2 2102.30A -33.942 0.0070 S 15 40.9831A -33.817 0.0093 Fe26 348.000m -33.788 0.0100 +He 2 2097.07A -34.003 0.0061 S 15 40.0330A -33.301 0.0306 Co27 10.5000m -33.195 0.0391 +He 2 2092.59A -34.056 0.0054 S 15 83.3352A -33.295 0.0311 inner shell.......................... +He 2 2088.73A -34.099 0.0049 S 15 56.9653A -33.712 0.0119 molecules............................ +He 2 2085.37A -34.122 0.0046 S 15 48.6097A -33.798 0.0098 H-FB 0 -29.792 99.0112 +He 2 2082.42A -34.099 0.0049 S 15 44.6600A -34.027 0.0058 H-FF 0 -31.000 6.1248 +He 2 2079.84A -33.335 0.0284 S 15 42.4228A -34.199 0.0039 H2+ 0 -31.209 3.7836 +He 2 1.01233m -32.421 0.2325 S 15 41.0141A -34.295 0.0031 blends............................... +He 2 6559.91A -32.665 0.1325 S 15 40.0626A -33.779 0.0102 +He 2 5411.37A -32.875 0.0816 S 15 84.3154A -33.673 0.0130 + + Emergent line intensities + Caution: emergent intensities are not reliable on the first iteration. +general properties................... N 6 29.0840A -34.476 0.0021 V 22 2.77035A -33.701 0.0122 +continua............................. N 6 28.7870A -34.088 0.0050 V 22 2.77368A -33.690 0.0125 +FIR 83.0000m -27.563 16768.109 N 6 24.8980A -33.996 0.0062 V 22 2.77414A -33.974 0.0065 +TIR 1800.00m -28.636 1416.5270 N 6 23.7710A -34.396 0.0025 V 22 2.77382A -33.459 0.0213 +NIRa 2.85000m -25.895 781009.44 N 6 23.2770A -34.672 0.0013 V 22 2.98849A -33.262 0.0336 +NIRb 3.00000m -26.138 445847.44 N 6 29.5343A -33.705 0.0121 V 22 3.09915A -33.006 0.0604 +MIRa 15.0000m -26.786 100263.88 N 6 22.6606A -34.502 0.0019 Cr23 2.19253A -30.585 15.9274 +MIRb 22.5000m -26.744 110483.74 N 6 33.2410A -33.870 0.0083 Cr23 2.18858A -30.476 20.4806 +NMIR 21.7500m -25.895 781009.44 O 7 21.8070A -32.945 0.0695 Cr23 2.18203A -30.348 27.5156 +TFIR 611.250m -28.035 5653.2998 O 7 21.6020A -32.631 0.1432 Cr23 1.85750A -30.635 14.2108 +TALL 10000.0A -21.550 ********* O 7 18.6270A -32.500 0.1936 Cr23 1.85584A -30.019 58.6113 +F12 12.0000m -27.277 32369.064 O 7 17.7680A -32.905 0.0763 Cr23 2.20341A -30.180 40.4774 +F25 25.0000m -27.677 12904.471 O 7 17.3960A -33.189 0.0397 Cr23 1.85563A -33.160 0.0424 +F60 60.0000m -27.841 8836.2598 O 7 22.1012A -32.306 0.3029 Cr23 1.76331A -30.751 10.8644 +F100 100.000m -28.351 2728.6143 O 7 17.2034A -33.591 0.0157 Cr23 1.72362A -30.968 6.5994 +MIPS 24.0000m -27.973 6523.1646 O 7 17.0870A -33.765 0.0105 Cr23 472.144A -33.420 0.0233 +MIPS 70.0000m -28.341 2796.1248 O 7 17.0122A -33.856 0.0085 Cr23 324.981A -33.165 0.0419 +MIPS 160.000m -28.764 1055.0172 O 7 16.9613A -33.858 0.0085 Cr23 11.8321A -31.601 1.5368 +IRAC 3.60000m -27.232 35904.152 O 7 16.9251A -33.159 0.0425 Cr23 8.82824A -32.137 0.4470 +IRAC 4.50000m -27.307 30253.535 O 7 1623.61A -34.538 0.0018 Cr23 7.91562A -32.295 0.3107 +IRAC 5.80000m -27.364 26496.293 O 7 120.333A -33.838 0.0089 Cr23 12.1636A -32.632 0.1431 +IRAC 8.00000m -27.330 28682.838 O 7 91.0780A -34.248 0.0035 Cr23 12.0924A -32.036 0.5643 +SPR1 250.000m -28.801 967.9233 O 7 81.9135A -34.533 0.0018 Cr23 9.01146A -32.636 0.1417 +SPR2 350.000m -28.934 712.8606 O 7 72.2684A -34.441 0.0022 Cr23 8.06260A -32.794 0.0986 +SPR3 500.000m -29.004 607.5967 O 7 128.177A -34.606 0.0015 Cr23 12.2688A -31.784 1.0081 +PAC1 70.0000m -28.281 3211.7319 O 7 132.777A -34.140 0.0044 Cr23 12.1776A -32.934 0.0713 +PAC2 100.000m -28.352 2726.0378 O 7 128.412A -33.625 0.0145 Cr23 12.0863A -31.509 1.9002 +PAC3 160.000m -28.487 1999.0258 O 7 97.0252A -34.631 0.0014 Cr23 9.00736A -31.599 1.5419 +PAH 3.30000m -28.059 5351.0293 O 7 96.1034A -33.992 0.0062 Cr23 8.05931A -31.865 0.8369 +PAHC 3.23000m -28.341 2796.2134 O 7 86.0711A -34.249 0.0035 Cr23 12.5119A -32.241 0.3515 +PAHC 3.37000m -28.379 2561.7229 O 7 81.4923A -34.479 0.0020 Cr23 12.4049A -31.959 0.6741 +PAH 6.20000m -27.880 8069.6401 O 7 75.6035A -34.295 0.0031 Cr23 9.18901A -32.102 0.4847 +PAHC 5.65000m -27.809 9506.0205 O 7 137.510A -34.655 0.0014 Cr23 8.20443A -32.371 0.2606 +PAH 7.90000m -27.788 9978.3711 O 7 135.820A -33.929 0.0072 Cr23 33.8834A -33.240 0.0352 +PAHC 6.90000m -27.674 12970.833 O 7 100.254A -34.247 0.0035 Cr23 23.4893A -33.266 0.0332 +PAH 11.3000m -28.488 1993.3212 O 7 89.3632A -34.477 0.0020 Cr23 34.5996A -33.692 0.0124 +PAHC 10.9000m -28.458 2136.9939 O 7 381.989A -34.548 0.0017 Cr23 23.8312A -33.724 0.0116 +PAH 11.8000m -28.291 3132.8718 O 7 183.841A -34.745 0.0011 Cr23 34.7737A -32.604 0.1525 +PAHC 12.6500m -28.339 2806.5198 O 7 18.9709A -33.573 0.0164 Cr23 23.9137A -32.686 0.1264 +PAH 13.3000m -28.323 2912.0220 O 7 19.2031A -34.027 0.0058 Cr23 35.3580A -32.199 0.3871 +PAHC 14.1000m -28.372 2601.1472 O 7 19.1931A -34.717 0.0012 Cr23 24.1886A -32.441 0.2218 +Bcon 3640.00A -25.213 3752777.2 O 7 19.1952A -34.495 0.0020 Cr23 35.4455A -32.678 0.1287 +Pcon 5000.00A -25.901 769230.81 O 7 19.3548A -33.447 0.0219 Cr23 24.2295A -32.919 0.0738 +O3bn 5007.00A -27.411 23799.627 O 7 22.4363A -33.997 0.0062 Cr23 35.3690A -33.081 0.0508 +RRC.................................. O 7 22.5253A -34.375 0.0026 Cr23 24.1937A -33.170 0.0415 +grains............................... O 7 22.5215A -33.802 0.0097 Cr23 76.5715A -32.497 0.1950 +H-like iso-sequence.................. O 7 22.5660A -33.467 0.0209 Cr23 2.09389A -31.788 0.9974 +H 1 1215.67A -30.031 57.1025 O 7 22.5713A -33.560 0.0169 Cr23 2.10403A -31.538 1.7768 +H 1 1025.72A -30.696 12.3393 O 7 22.5870A -33.791 0.0099 Cr23 2.10321A -33.926 0.0073 +H 1 972.537A -31.136 4.4830 O 7 23.9261A -34.200 0.0039 Cr23 2.10381A -31.797 0.9770 +H 1 949.743A -31.474 2.0583 O 7 23.9649A -34.424 0.0023 Cr23 2.10746A -31.444 2.2030 +H 1 937.804A -31.955 0.6795 O 7 23.9620A -34.022 0.0058 Cr23 2.11357A -31.074 5.1673 +H 1 930.748A -32.202 0.3851 O 7 23.9828A -33.623 0.0146 Cr23 2.53922A -32.391 0.2493 +H 1 926.226A -32.416 0.2352 O 7 23.9854A -33.696 0.0123 Cr23 2.54317A -32.059 0.5350 +H 1 923.150A -32.607 0.1515 O 7 23.9827A -34.058 0.0054 Cr23 2.54411A -31.788 0.9985 +H 1 920.963A -32.781 0.1014 O 7 23.9864A -34.097 0.0049 Cr23 2.54718A -31.833 0.9009 +H 1 919.351A -32.626 0.1451 O 7 23.9936A -33.871 0.0083 Cr23 2.54764A -32.130 0.4542 +H 1 918.129A -32.747 0.1097 O 7 24.6715A -34.392 0.0025 Cr23 2.54724A -31.590 1.5758 +H 1 917.181A -32.858 0.0850 O 7 24.6860A -34.470 0.0021 Cr23 2.74493A -31.396 2.4607 +H 1 916.429A -32.959 0.0673 O 7 24.6887A -34.150 0.0043 Cr23 2.84699A -31.149 4.3492 +H 1 915.824A -33.053 0.0542 O 7 24.7013A -33.759 0.0107 Mn24 2.01582A -30.571 16.4627 +H 1 915.329A -33.140 0.0443 O 7 24.7057A -33.826 0.0091 Mn24 2.01178A -30.449 21.7822 +H 1 914.919A -33.221 0.0368 O 7 24.6994A -33.999 0.0061 Mn24 2.00607A -30.345 27.6791 +H 1 914.576A -33.296 0.0310 O 7 24.7032A -34.009 0.0060 Mn24 1.70734A -30.521 18.4708 +H 1 914.286A -33.364 0.0265 O 7 24.7071A -33.958 0.0068 Mn24 1.70583A -30.007 60.3624 +H 1 914.039A -33.426 0.0230 O 7 25.1062A -34.202 0.0038 Mn24 2.02551A -30.173 41.1501 +H 1 913.826A -33.481 0.0203 O 7 25.3584A -34.407 0.0024 Mn24 1.70559A -33.121 0.0464 +H 1 913.641A -33.524 0.0183 O 7 25.5249A -34.584 0.0016 Mn24 1.62065A -30.744 11.0408 +H 1 913.480A -33.549 0.0173 O 7 25.6403A -34.740 0.0011 Mn24 1.58414A -30.965 6.6354 +H 1 913.339A -33.526 0.0183 O 7 25.7234A -32.541 0.1763 Mn24 449.317A -33.421 0.0232 +H 1 913.215A -32.759 0.1068 Ne 9 13.5529A -32.601 0.1536 Mn24 296.833A -33.198 0.0388 +H 1 6562.81A -31.352 2.7241 Ne 9 13.5500A -34.018 0.0059 Mn24 10.8692A -31.581 1.6094 +H 1 4861.33A -31.787 1.0000 Ne 9 13.4471A -32.299 0.3079 Mn24 8.10807A -32.128 0.4565 +H 1 4340.46A -32.118 0.4670 Ne 9 11.5677A -34.630 0.0014 Mn24 7.26988A -32.290 0.3139 +H 1 4101.73A -32.491 0.1978 Ne 9 11.5466A -32.240 0.3527 Mn24 11.1626A -32.517 0.1863 +H 1 3970.07A -32.714 0.1183 Ne 9 11.0003A -32.640 0.1404 Mn24 11.0982A -32.021 0.5845 +H 1 3889.05A -32.905 0.0763 Ne 9 10.7643A -32.918 0.0740 Mn24 8.27021A -32.626 0.1448 +H 1 3835.38A -33.071 0.0520 Ne 9 13.6987A -31.997 0.6166 Mn24 7.39996A -32.789 0.0997 +H 1 3797.89A -33.219 0.0370 Ne 9 10.6402A -33.353 0.0272 Mn24 11.2599A -31.769 1.0426 +H 1 3770.63A -33.490 0.0198 Ne 9 10.5665A -33.532 0.0180 Mn24 11.1791A -32.850 0.0865 +H 1 3750.15A -33.611 0.0150 Ne 9 10.5193A -33.634 0.0142 Mn24 11.1572A -34.773 0.0010 +H 1 3734.36A -33.721 0.0116 Ne 9 10.4871A -33.647 0.0138 Mn24 11.0927A -31.504 1.9192 +H 1 3721.93A -33.823 0.0092 Ne 9 10.4643A -32.967 0.0661 Mn24 8.26724A -31.590 1.5762 +H 1 3711.97A -33.916 0.0074 Ne 9 1248.28A -34.344 0.0028 Mn24 7.39758A -31.860 0.8460 +H 1 3703.85A -34.003 0.0061 Ne 9 74.3603A -33.510 0.0189 Mn24 11.4885A -32.254 0.3416 +H 1 3697.15A -34.084 0.0051 Ne 9 56.0475A -33.930 0.0072 Mn24 11.3868A -31.956 0.6784 +H 1 3691.55A -34.158 0.0043 Ne 9 50.3329A -34.223 0.0037 Mn24 8.43525A -32.092 0.4959 +H 1 3686.83A -34.227 0.0036 Ne 9 47.6552A -34.714 0.0012 Mn24 7.53181A -32.366 0.2638 +H 1 3682.80A -34.289 0.0032 Ne 9 44.3183A -34.234 0.0036 Mn24 31.1058A -33.231 0.0360 +H 1 3679.35A -34.343 0.0028 Ne 9 78.2564A -34.320 0.0029 Mn24 21.5664A -33.262 0.0336 +H 1 3676.36A -34.387 0.0025 Ne 9 58.5497A -34.585 0.0016 Mn24 31.7397A -33.681 0.0128 +H 1 3673.75A -34.411 0.0024 Ne 9 46.0052A -34.743 0.0011 Mn24 21.8692A -33.717 0.0117 +H 1 3671.47A -34.388 0.0025 Ne 9 80.3540A -33.776 0.0103 Mn24 31.9172A -32.593 0.1564 +H 1 3669.46A -33.621 0.0147 Ne 9 78.2092A -33.340 0.0280 Mn24 21.9534A -32.680 0.1280 +H 1 1.87510m -32.479 0.2034 Ne 9 58.9382A -34.292 0.0031 Mn24 32.4569A -32.190 0.3956 +H 1 1.28180m -32.729 0.1144 Ne 9 58.4164A -33.708 0.0120 Mn24 22.2073A -32.437 0.2242 +H 1 1.09380m -33.051 0.0545 Ne 9 52.5295A -34.682 0.0013 Mn24 32.5422A -32.668 0.1315 +H 1 1.00493m -33.262 0.0335 Ne 9 52.3562A -33.980 0.0064 Mn24 22.2473A -32.915 0.0746 +H 1 9545.93A -33.444 0.0220 Ne 9 49.5089A -34.227 0.0036 Mn24 32.4556A -33.071 0.0521 +H 1 9228.97A -33.605 0.0152 Ne 9 47.9539A -34.549 0.0017 Mn24 22.2068A -33.164 0.0420 +H 1 9014.87A -33.748 0.0110 Ne 9 46.9958A -34.689 0.0013 Mn24 70.3235A -32.493 0.1971 +H 1 8862.74A -34.005 0.0061 Ne 9 46.3608A -34.740 0.0011 Mn24 1.92851A -31.821 0.9258 +H 1 8750.43A -34.125 0.0046 Ne 9 45.9171A -34.097 0.0049 Mn24 1.93755A -31.560 1.6888 +H 1 8664.98A -34.236 0.0036 Ne 9 82.7595A -34.249 0.0035 Mn24 1.93683A -33.959 0.0067 +H 1 8598.35A -34.337 0.0028 Ne 9 81.5767A -33.586 0.0159 Mn24 1.93739A -31.774 1.0316 +H 1 8545.34A -34.431 0.0023 Ne 9 60.6980A -34.601 0.0015 Mn24 1.94113A -31.434 2.2563 +H 1 8502.44A -34.517 0.0019 Ne 9 60.4922A -33.951 0.0069 Mn24 1.94647A -31.115 4.7070 +H 1 8467.21A -34.598 0.0015 Ne 9 53.9631A -34.214 0.0037 Mn24 2.34001A -32.389 0.2503 +H 1 8437.91A -34.672 0.0013 Ne 9 50.9739A -34.769 0.0010 Mn24 2.34353A -32.087 0.5010 +H 1 8413.28A -34.741 0.0011 Ne 9 47.1746A -34.666 0.0013 Mn24 2.34450A -31.780 1.0171 +H 1 8323.38A -34.135 0.0045 Ne 9 109.697A -34.667 0.0013 Mn24 2.34736A -31.882 0.8038 +H 1 4.05113m -33.255 0.0341 Ne 9 231.122A -34.262 0.0033 Mn24 2.34781A -32.190 0.3955 +H 1 2.62513m -33.495 0.0196 Ne 9 158.060A -34.497 0.0020 Mn24 2.34736A -31.633 1.4261 +H 1 2.16551m -33.688 0.0126 Ne 9 111.208A -34.533 0.0018 Mn24 2.53036A -31.438 2.2351 +H 1 1.94454m -33.861 0.0084 Ne 9 231.481A -34.513 0.0019 Mn24 2.62481A -31.198 3.8825 +H 1 1.81740m -34.016 0.0059 Ne 9 12.1375A -33.183 0.0402 Fe25 1.85951A -28.433 2260.1182 +H 1 1.73620m -34.155 0.0043 Ne 9 12.2606A -33.561 0.0168 Fe25 1.85541A -28.301 3065.3652 +H 1 1.68064m -34.374 0.0026 Ne 9 12.2543A -34.299 0.0031 Fe25 1.85040A -28.195 3915.2166 +H 1 1.64071m -34.494 0.0020 Ne 9 12.2566A -34.033 0.0057 Fe25 1.57456A -28.240 3526.0537 +H 1 1.61092m -34.604 0.0015 Ne 9 12.3421A -32.984 0.0635 Fe25 1.57317A -27.818 9316.7822 +H 1 1.58804m -34.705 0.0012 Ne 9 14.4594A -33.716 0.0118 Fe25 1.49513A -28.686 1263.2202 +H 1 1.49672m -34.502 0.0019 Ne 9 14.5053A -33.935 0.0071 Fe25 1.49460A -28.261 3357.6392 +H 1 7.45777m -33.871 0.0083 Ne 9 14.5051A -33.393 0.0248 Fe25 1.46108A -29.013 595.4053 +H 1 4.65247m -34.034 0.0057 Ne 9 14.5312A -33.190 0.0395 Fe25 1.46082A -28.589 1577.0621 +H 1 3.73951m -34.196 0.0039 Ne 9 14.5423A -33.202 0.0385 Fe25 1.86819A -27.981 6399.8389 +H 1 3.29607m -34.344 0.0028 Ne 9 14.5383A -33.367 0.0263 Fe25 1.57291A -31.060 5.3348 +H 1 3.03835m -34.479 0.0020 Ne 9 15.4710A -33.971 0.0066 Fe25 1.49450A -31.319 2.9370 +H 1 2.87219m -34.663 0.0013 Ne 9 15.4923A -34.006 0.0060 Fe25 1.46073A -31.581 1.6067 +H 1 2.75749m -34.782 0.0010 Ne 9 15.4925A -33.695 0.0124 Fe25 1.44306A -29.246 347.9621 +H 1 12.3684m -34.337 0.0028 Ne 9 15.5074A -33.352 0.0273 Fe25 1.43261A -29.487 199.5129 +H 1 7.50038m -34.475 0.0021 Ne 9 15.5057A -33.392 0.0249 Fe25 1.42591A -29.684 126.8662 +H 1 5.90655m -34.614 0.0015 Ne 9 15.5061A -33.658 0.0135 Fe25 1.42135A -29.831 90.3992 +H 1 5.12722m -34.745 0.0011 Ne 9 15.5171A -33.586 0.0159 Fe25 1.41811A -29.538 177.4316 +H 1 19.0565m -34.728 0.0011 Ne 9 15.5081A -33.499 0.0194 Fe25 428.229A -31.301 3.0662 +He 2 303.784A -29.348 275.1732 Ne 9 15.9829A -34.180 0.0040 Fe25 271.157A -31.103 4.8397 +He 2 256.317A -30.096 49.1786 Ne 9 15.9943A -34.077 0.0051 Fe25 10.0178A -29.390 249.7244 +He 2 243.027A -30.527 18.2062 Ne 9 15.9944A -33.861 0.0084 Fe25 7.48713A -29.732 113.4695 +He 2 237.331A -30.891 7.8694 Ne 9 15.9990A -33.506 0.0191 Fe25 6.70467A -30.022 58.2860 +He 2 234.347A -31.182 4.0307 Ne 9 16.0020A -33.595 0.0156 Fe25 9.96079A -32.761 0.1063 +He 2 232.584A -31.425 2.3009 Ne 9 16.0023A -33.621 0.0147 Fe25 7.47364A -33.605 0.0152 +He 2 231.454A -31.637 1.4150 Ne 9 16.0141A -33.903 0.0077 Fe25 6.69742A -34.232 0.0036 +He 2 230.686A -31.825 0.9173 Ne 9 16.0028A -33.609 0.0151 Fe25 6.34140A -30.533 17.9602 +He 2 230.139A -31.996 0.6178 Ne 9 16.2852A -33.854 0.0086 Fe25 6.14448A -30.749 10.9099 +He 2 229.736A -31.830 0.9066 Ne 9 16.4608A -34.060 0.0053 Fe25 6.02308A -30.927 7.2512 +He 2 229.431A -31.951 0.6854 Ne 9 16.5768A -34.237 0.0036 Fe25 5.94259A -31.059 5.3553 +He 2 229.194A -32.062 0.5311 Ne 9 16.6572A -34.392 0.0025 Fe25 5.88632A -30.753 10.8322 +He 2 229.006A -32.164 0.4204 Ne 9 16.7153A -32.371 0.2608 Fe25 10.2788A -30.236 35.6195 +He 2 228.855A -32.257 0.3390 Na10 11.0829A -33.716 0.0118 Fe25 10.2202A -29.830 90.7231 +He 2 228.731A -32.344 0.2778 Na10 11.0027A -33.469 0.0208 Fe25 7.63197A -30.575 16.3194 +He 2 228.629A -32.424 0.2311 Na10 9.43300A -33.293 0.0312 Fe25 7.61825A -30.141 44.2791 +He 2 228.543A -32.497 0.1949 Na10 11.1915A -33.154 0.0430 Fe25 6.82058A -30.862 8.4110 +He 2 228.471A -32.565 0.1668 Na10 8.98567A -33.766 0.0105 Fe25 6.81497A -30.410 23.8191 +He 2 228.409A -32.627 0.1448 Na10 8.79067A -33.782 0.0101 Fe25 10.2090A -33.224 0.0366 +He 2 228.356A -32.680 0.1280 Na10 60.6801A -34.679 0.0013 Fe25 7.61564A -34.098 0.0049 +He 2 228.309A -32.723 0.1160 Na10 63.5361A -34.463 0.0021 Fe25 6.81308A -34.778 0.0010 +He 2 228.269A -32.747 0.1099 Na10 47.4845A -34.656 0.0014 Fe25 6.44499A -31.031 5.7049 +He 2 228.234A -32.723 0.1159 Na10 42.5021A -34.717 0.0012 Fe25 6.24169A -31.248 3.4640 +He 2 228.203A -31.959 0.6737 Na10 10.0250A -34.362 0.0027 Fe25 6.11646A -31.425 2.3012 +He 2 1640.43A -30.612 14.9819 Na10 10.1190A -34.693 0.0012 Fe25 6.03347A -31.557 1.6987 +He 2 1215.13A -31.026 5.7750 Na10 10.1815A -34.120 0.0047 Fe25 5.97548A -31.251 3.4342 +He 2 1084.94A -31.397 2.4544 Na10 12.0090A -34.570 0.0016 Fe25 10.3690A -29.533 179.6078 +He 2 1025.27A -31.682 1.2756 Na10 12.0285A -34.400 0.0024 Fe25 10.2971A -30.513 18.8225 +He 2 992.360A -31.912 0.7502 Na10 12.0295A -34.405 0.0024 Fe25 10.2750A -32.546 0.1742 +He 2 972.108A -32.106 0.4796 Na10 12.0347A -34.519 0.0019 Fe25 10.2150A -29.490 198.3379 +He 2 958.694A -32.275 0.3256 Na10 12.8509A -33.882 0.0080 Fe25 7.65150A -30.054 54.1681 +He 2 949.324A -32.423 0.2313 Na10 13.2719A -33.458 0.0213 Fe25 7.63509A -31.053 5.4190 +He 2 942.508A -32.694 0.1240 Mg11 9.23121A -32.168 0.4165 Fe25 7.62984A -32.892 0.0786 +He 2 937.389A -32.815 0.0938 Mg11 9.22816A -33.061 0.0533 Fe25 7.61583A -29.955 67.9315 +He 2 933.444A -32.925 0.0728 Mg11 9.16875A -31.860 0.8454 Fe25 6.82770A -30.440 22.2316 +He 2 930.337A -33.027 0.0576 Mg11 7.86269A -33.740 0.0112 Fe25 6.82104A -31.447 2.1871 +He 2 927.846A -33.120 0.0465 Mg11 7.85052A -31.751 1.0864 Fe25 6.81888A -33.192 0.0394 +He 2 925.817A -33.207 0.0381 Mg11 7.47766A -34.268 0.0033 Fe25 6.81138A -30.313 29.8076 +He 2 924.142A -33.286 0.0317 Mg11 7.47313A -32.163 0.4214 Fe25 6.44347A -30.181 40.3572 +He 2 922.743A -33.360 0.0267 Mg11 7.31247A -34.608 0.0015 Fe25 6.24026A -30.465 21.0279 +He 2 921.562A -33.428 0.0229 Mg11 7.31028A -32.436 0.2247 Fe25 6.11509A -30.702 12.1836 +He 2 920.556A -33.489 0.0199 Mg11 9.31434A -31.568 1.6564 Fe25 6.03214A -30.888 7.9223 +He 2 919.693A -33.543 0.0176 Mg11 7.22492A -32.950 0.0688 Fe25 5.97417A -30.635 14.2028 +He 2 918.945A -33.585 0.0159 Mg11 7.17421A -33.137 0.0447 Fe25 10.5859A -30.009 60.0367 +He 2 918.295A -33.609 0.0151 Mg11 7.14167A -33.262 0.0335 Fe25 10.4888A -29.930 72.0188 +He 2 917.724A -33.586 0.0159 Mg11 7.11954A -33.301 0.0306 Fe25 7.79271A -30.557 16.9822 +He 2 917.221A -32.821 0.0925 Mg11 7.10379A -32.665 0.1325 Fe25 7.77024A -30.391 24.8904 +He 2 4685.64A -31.632 1.4303 Mg11 1043.30A -34.704 0.0012 Fe25 6.94656A -30.969 6.5778 +He 2 3203.04A -31.964 0.6658 Mg11 997.455A -34.012 0.0060 Fe25 6.93655A -30.761 10.6259 +He 2 2733.24A -32.233 0.3587 Mg11 50.4502A -33.078 0.0512 Fe25 10.5006A -32.985 0.0634 +He 2 2511.15A -32.454 0.2153 Mg11 37.9214A -33.505 0.0192 Fe25 7.77296A -33.298 0.0308 +He 2 2385.35A -32.643 0.1396 Mg11 34.0236A -33.808 0.0095 Fe25 6.93851A -33.578 0.0162 +He 2 2306.15A -32.806 0.0958 Mg11 32.2078A -34.279 0.0032 Fe25 6.55537A -30.690 12.5135 +He 2 2252.64A -32.951 0.0686 Mg11 31.2238A -34.441 0.0022 Fe25 6.34516A -30.976 6.4819 +He 2 2214.62A -33.209 0.0379 Mg11 30.6167A -34.547 0.0017 Fe25 6.21579A -31.215 3.7351 +He 2 2186.56A -33.330 0.0287 Mg11 30.2140A -34.571 0.0016 Fe25 6.13010A -31.404 2.4159 +He 2 2165.20A -33.440 0.0222 Mg11 29.9324A -33.921 0.0073 Fe25 6.07024A -31.153 4.3083 +He 2 2148.55A -33.541 0.0176 Mg11 52.6530A -33.812 0.0094 Fe25 28.8824A -30.838 8.8984 +He 2 2135.31A -33.634 0.0142 Mg11 39.3316A -34.092 0.0050 Fe25 19.9162A -30.993 6.2220 +He 2 2124.58A -33.721 0.0117 Mg11 35.2040A -34.306 0.0030 Fe25 17.0200A -31.444 2.2052 +He 2 2115.78A -33.800 0.0097 Mg11 33.3089A -34.784 0.0010 Fe25 15.6719A -31.624 1.4562 +He 2 2108.46A -33.874 0.0082 Mg11 30.8811A -34.427 0.0023 Fe25 14.9057A -31.776 1.0260 +He 2 2102.30A -33.942 0.0070 Mg11 53.8111A -33.316 0.0296 Fe25 14.4222A -31.889 0.7921 +He 2 2097.07A -34.003 0.0061 Mg11 52.6157A -32.936 0.0711 Fe25 14.0952A -31.567 1.6604 +He 2 2092.59A -34.056 0.0054 Mg11 39.5386A -33.850 0.0087 Fe25 29.4550A -31.684 1.2678 +He 2 2088.73A -34.099 0.0049 Mg11 39.2672A -33.350 0.0273 Fe25 29.2517A -31.200 3.8621 +He 2 2085.37A -34.122 0.0046 Mg11 35.2510A -34.238 0.0035 Fe25 20.1868A -31.857 0.8521 +He 2 2082.42A -34.099 0.0049 Mg11 35.1414A -33.648 0.0138 Fe25 20.1377A -31.341 2.7975 +He 2 2079.84A -33.335 0.0284 Mg11 33.2429A -33.921 0.0074 Fe25 17.2172A -31.918 0.7399 +He 2 1.01233m -32.421 0.2325 Mg11 32.1958A -34.147 0.0044 Fe25 15.8390A -32.120 0.4648 +He 2 6559.91A -32.665 0.1325 Mg11 31.5507A -34.311 0.0030 Fe25 15.0567A -32.292 0.3125 +He 2 5411.37A -32.875 0.0816 Mg11 31.1232A -34.388 0.0025 Fe25 14.5636A -32.424 0.2310 +He 2 4859.18A -33.057 0.0538 Mg11 30.8244A -33.790 0.0099 Fe25 14.2302A -32.120 0.4653 +He 2 4541.46A -33.216 0.0373 Mg11 55.1970A -33.733 0.0113 Fe25 29.9676A -30.801 9.6972 +He 2 4338.55A -33.357 0.0269 Mg11 54.7140A -33.225 0.0365 Fe25 29.7174A -32.230 0.3610 +He 2 4199.71A -33.578 0.0162 Mg11 40.5455A -34.106 0.0048 Fe25 29.4277A -30.968 6.5938 +He 2 4099.92A -33.699 0.0123 Mg11 40.4332A -33.612 0.0150 Fe25 20.3507A -31.063 5.3035 +He 2 4025.48A -33.808 0.0095 Mg11 36.1203A -34.344 0.0028 Fe25 20.2917A -32.507 0.1905 +He 2 3968.32A -33.909 0.0076 Mg11 36.0742A -33.930 0.0072 Fe25 20.2065A -31.140 4.4445 +He 2 3923.37A -34.002 0.0061 Mg11 34.0789A -34.457 0.0021 Fe25 17.2795A -30.913 7.4909 +He 2 3887.33A -34.088 0.0050 Mg11 32.9793A -34.688 0.0013 Fe25 15.8918A -31.137 4.4710 +He 2 3857.96A -34.168 0.0042 Mg11 31.5419A -34.345 0.0028 Fe25 15.1044A -31.327 2.8864 +He 2 3833.69A -34.242 0.0035 Mg11 146.628A -34.612 0.0015 Fe25 14.6082A -31.473 2.0616 +He 2 3813.38A -34.309 0.0030 Mg11 101.616A -34.782 0.0010 Fe25 14.2728A -31.182 4.0263 +He 2 3796.22A -34.370 0.0026 Mg11 72.1588A -34.739 0.0011 Fe25 30.1487A -31.699 1.2260 +He 2 3781.57A -34.423 0.0023 Mg11 155.351A -34.599 0.0015 Fe25 29.8608A -30.349 27.4100 +He 2 3768.96A -34.466 0.0021 Mg11 151.243A -34.380 0.0026 Fe25 20.5103A -31.956 0.6786 +He 2 3758.03A -34.490 0.0020 Mg11 104.147A -34.490 0.0020 Fe25 20.4421A -30.750 10.8932 +He 2 3748.49A -34.466 0.0021 Mg11 89.0718A -34.667 0.0013 Fe25 17.4519A -30.731 11.3902 +He 2 3740.11A -33.702 0.0122 Mg11 73.5989A -34.354 0.0027 Fe25 16.0374A -30.981 6.3991 +He 2 1.86362m -33.022 0.0583 Mg11 154.679A -33.802 0.0097 Fe25 15.2359A -31.182 4.0258 +He 2 1.16260m -33.215 0.0374 Mg11 105.786A -34.235 0.0036 Fe25 14.7312A -31.332 2.8538 +He 2 9344.62A -33.388 0.0251 Mg11 90.2865A -34.485 0.0020 Fe25 14.3902A -31.040 5.5904 +He 2 8236.51A -33.542 0.0176 Mg11 82.9582A -34.680 0.0013 Fe25 29.9447A -30.838 8.9077 +He 2 7592.50A -33.680 0.0128 Mg11 74.4264A -34.216 0.0037 Fe25 30.0201A -32.146 0.4375 +He 2 7177.28A -33.867 0.0083 Mg11 154.895A -34.193 0.0039 Fe25 20.4814A -31.241 3.5152 +He 2 6890.67A -33.987 0.0063 Mg11 105.887A -34.635 0.0014 Fe25 20.4989A -32.383 0.2535 +He 2 6682.98A -34.096 0.0049 Mg11 74.4766A -34.694 0.0012 Fe25 17.4805A -31.209 3.7902 +He 2 6526.88A -34.197 0.0039 Mg11 155.806A -34.596 0.0016 Fe25 16.0616A -31.459 2.1297 +He 2 6406.17A -34.289 0.0031 Mg11 106.307A -34.731 0.0011 Fe25 15.2577A -31.660 1.3399 +He 2 6310.64A -34.375 0.0026 Mg11 143.363A -34.706 0.0012 Fe25 14.7516A -31.810 0.9499 +He 2 6233.61A -34.455 0.0022 Mg11 334.655A -34.652 0.0014 Fe25 14.4097A -31.518 1.8609 +He 2 6170.48A -34.528 0.0018 Mg11 143.450A -34.756 0.0011 Fe25 30.2188A -31.302 3.0594 +He 2 6118.06A -34.596 0.0016 Mg11 423.684A -34.683 0.0013 Fe25 29.8838A -31.379 2.5603 +He 2 6073.99A -34.656 0.0014 Mg11 8.42141A -32.755 0.1076 Fe25 20.5242A -31.587 1.5848 +He 2 6036.58A -34.710 0.0012 Mg11 8.49484A -33.032 0.0569 Fe25 20.4370A -31.566 1.6649 +He 2 6004.52A -34.752 0.0011 Mg11 8.49054A -33.778 0.0102 Fe25 17.4479A -31.400 2.4399 +He 2 5976.82A -34.776 0.0010 Mg11 8.49312A -33.496 0.0196 Fe25 16.0340A -31.626 1.4495 +He 2 5952.73A -34.752 0.0011 Mg11 8.54407A -32.462 0.2115 Fe25 15.2329A -31.818 0.9324 +He 2 5931.63A -33.988 0.0063 Mg11 10.0812A -33.389 0.0250 Fe25 14.7283A -31.965 0.6640 +He 2 3.09074m -33.506 0.0191 Mg11 10.1088A -33.431 0.0227 Fe25 14.3875A -31.676 1.2934 +He 2 1.87427m -33.663 0.0133 Mg11 10.1088A -32.961 0.0670 Fe25 62.6633A -31.880 0.8071 +He 2 1.47599m -33.811 0.0095 Mg11 10.1243A -32.809 0.0952 Fe25 40.8121A -32.209 0.3791 +He 2 1.28124m -33.946 0.0069 Mg11 10.1252A -32.820 0.0928 Fe25 33.8336A -32.340 0.2804 +He 2 1.16728m -34.106 0.0048 Mg11 10.1290A -32.880 0.0807 Fe25 30.4539A -32.464 0.2103 +He 2 1.09332m -34.224 0.0037 Mg11 10.8124A -33.666 0.0132 Fe25 28.5019A -32.560 0.1690 +He 2 1.04194m -34.333 0.0028 Mg11 10.8253A -33.534 0.0179 Fe25 27.2525A -32.226 0.3641 +He 2 1.00449m -34.433 0.0023 Mg11 10.8255A -33.299 0.0308 Fe25 63.7865A -32.668 0.1315 +He 2 9761.80A -34.525 0.0018 Mg11 10.8329A -32.982 0.0638 Fe25 63.2992A -32.200 0.3862 +He 2 9541.71A -34.611 0.0015 Mg11 10.8333A -33.060 0.0534 Fe25 41.2855A -32.638 0.1410 +He 2 9366.69A -34.690 0.0013 Mg11 10.8334A -33.074 0.0516 Fe25 34.1584A -32.789 0.0995 +He 2 9224.90A -34.763 0.0011 Mg11 10.8334A -33.354 0.0272 Fe25 30.7168A -32.936 0.0710 +He 2 8701.09A -34.222 0.0037 Mg11 10.8350A -33.073 0.0518 Fe25 28.7320A -33.051 0.0545 +He 2 4.76203m -33.911 0.0075 Mg11 11.1844A -33.826 0.0091 Fe25 27.4628A -32.737 0.1124 +He 2 2.82513m -34.041 0.0056 Mg11 11.1913A -33.620 0.0147 Fe25 64.9440A -31.713 1.1861 +He 2 2.18843m -34.170 0.0041 Mg11 11.1915A -33.484 0.0201 Fe25 64.3464A -33.120 0.0465 +He 2 1.87567m -34.310 0.0030 Mg11 11.1955A -33.181 0.0404 Fe25 63.4975A -32.001 0.6109 +He 2 1.69177m -34.427 0.0023 Mg11 11.1958A -33.321 0.0293 Fe25 41.4397A -31.615 1.4875 +He 2 1.57184m -34.534 0.0018 Mg11 11.1958A -33.566 0.0166 Fe25 34.2639A -31.780 1.0175 +He 2 1.48813m -34.634 0.0014 Mg11 11.1958A -33.836 0.0089 Fe25 30.8020A -31.936 0.7099 +He 2 1.42683m -34.725 0.0012 Mg11 11.1966A -33.132 0.0452 Fe25 28.8066A -32.060 0.5343 +He 2 1.21105m -34.421 0.0023 Mg11 11.4030A -33.377 0.0257 Fe25 27.5309A -31.752 1.0854 +He 2 6.94582m -34.259 0.0034 Mg11 11.5316A -33.583 0.0160 Fe25 65.1631A -32.375 0.2583 +He 2 4.04934m -34.368 0.0026 Mg11 11.6167A -33.760 0.0106 Fe25 64.4804A -31.494 1.9650 +He 2 3.09455m -34.492 0.0020 Mg11 11.6757A -33.916 0.0074 Fe25 41.8579A -31.326 2.8929 +He 2 2.62397m -34.605 0.0015 Mg11 11.7183A -32.094 0.4940 Fe25 34.5493A -31.524 1.8338 +He 2 2.34631m -34.711 0.0012 Al12 7.80696A -32.791 0.0991 Fe25 31.0325A -31.699 1.2268 +He 2 1.62407m -34.594 0.0016 Al12 7.80383A -33.479 0.0204 Fe25 29.0081A -31.832 0.9020 +He 2 9.71043m -34.565 0.0017 Al12 7.75730A -32.526 0.1827 Fe25 27.7149A -31.530 1.8092 +He 2 5.58107m -34.660 0.0013 Al12 6.64433A -34.230 0.0036 Fe25 64.6463A -31.985 0.6337 +He 2 4.21710m -34.766 0.0010 Al12 6.63476A -32.346 0.2761 Fe25 64.8214A -32.798 0.0977 +He 2 2.11969m -34.746 0.0011 Al12 7.87212A -32.236 0.3556 Fe25 41.9277A -31.804 0.9625 +C 6 33.7372A -28.969 658.5029 Al12 6.31505A -32.872 0.0823 Fe25 34.5968A -32.002 0.6104 +C 6 28.4658A -29.814 94.1423 Al12 6.17639A -32.922 0.0733 Fe25 31.0709A -32.176 0.4084 +C 6 26.9898A -30.354 27.1196 Al12 899.669A -34.688 0.0013 Fe25 29.0416A -32.310 0.3003 +C 6 26.3572A -30.773 10.3252 Al12 42.6008A -33.760 0.0107 Fe25 27.7455A -32.007 0.6024 +C 6 26.0258A -30.716 11.7742 Al12 31.9272A -34.290 0.0031 Fe25 64.8136A -33.485 0.0201 +C 6 25.8300A -30.942 7.0015 Al12 28.6728A -34.282 0.0032 Fe25 64.8087A -30.990 6.2769 +C 6 25.7045A -31.124 4.6076 Al12 44.3188A -34.402 0.0024 Fe25 41.9962A -31.200 3.8654 +C 6 25.6192A -31.252 3.4292 Al12 29.6303A -34.787 0.0010 Fe25 34.6435A -31.481 2.0256 +C 6 25.5585A -30.834 8.9896 Al12 45.2207A -34.031 0.0057 Fe25 31.1085A -31.701 1.2189 +C 6 182.181A -30.254 34.1449 Al12 44.2831A -33.565 0.0167 Fe25 29.0745A -31.864 0.8388 +C 6 134.949A -30.799 9.7392 Al12 33.0459A -33.753 0.0108 Fe25 27.7754A -31.581 1.6097 +C 6 120.490A -31.175 4.0937 Al12 29.5718A -33.849 0.0087 Fe25 64.8136A -33.902 0.0077 +C 6 113.863A -31.585 1.5931 Al12 46.3140A -34.415 0.0024 Fe25 64.8087A -31.479 2.0320 +C 6 110.208A -31.809 0.9516 Al12 45.9287A -33.911 0.0075 Fe25 41.9962A -31.677 1.2885 +C 6 107.959A -31.989 0.6279 Al12 33.9662A -34.272 0.0033 Fe25 34.6435A -31.958 0.6752 +C 6 106.469A -32.117 0.4682 Al12 30.3067A -34.375 0.0026 Fe25 31.1085A -32.178 0.4063 +C 6 105.429A -31.698 1.2288 Al12 127.429A -34.773 0.0010 Fe25 29.0745A -32.341 0.2796 +C 6 520.517A -31.385 2.5275 Al12 87.7000A -34.683 0.0013 Fe25 27.7754A -32.058 0.5366 +C 6 355.822A -31.718 1.1719 Al12 130.226A -34.360 0.0027 Fe25 65.3381A -32.238 0.3542 +C 6 303.635A -32.108 0.4778 Al12 89.0156A -34.435 0.0022 Fe25 64.4631A -32.414 0.2360 +C 6 278.964A -32.328 0.2877 Al12 281.294A -34.490 0.0020 Fe25 41.8488A -32.091 0.4970 +C 6 264.990A -32.507 0.1907 Al12 7.17501A -33.459 0.0213 Fe25 34.5431A -32.259 0.3379 +C 6 256.192A -32.633 0.1425 Al12 7.23350A -33.680 0.0128 Fe25 31.0275A -32.417 0.2348 +C 6 250.248A -32.214 0.3747 Al12 7.23001A -34.413 0.0024 Fe25 29.0037A -32.541 0.1762 +C 6 1124.57A -32.163 0.4206 Al12 7.23269A -34.128 0.0046 Fe25 27.7109A -32.235 0.3570 +C 6 728.723A -32.492 0.1972 Al12 7.27313A -33.113 0.0472 Fe25 114.501A -32.912 0.0750 +C 6 601.135A -32.705 0.1209 Al12 8.60596A -34.138 0.0045 Fe25 72.5301A -32.922 0.0733 +C 6 539.795A -32.880 0.0808 Al12 8.62808A -34.093 0.0049 Fe25 58.5909A -33.015 0.0592 +C 6 504.501A -33.005 0.0606 Al12 8.62821A -33.663 0.0133 Fe25 51.7696A -33.102 0.0484 +C 6 481.960A -32.584 0.1598 Al12 8.64078A -33.518 0.0186 Fe25 47.7899A -32.771 0.1039 +C 6 2069.58A -32.822 0.0923 Al12 8.64159A -33.543 0.0176 Fe25 116.407A -33.361 0.0267 +C 6 1291.50A -33.008 0.0602 Al12 8.64440A -33.546 0.0174 Fe25 73.2902A -33.378 0.0257 +C 6 1038.07A -33.175 0.0409 Al12 9.25486A -33.034 0.0567 Fe25 59.0859A -33.474 0.0206 +C 6 914.971A -33.297 0.0310 Al12 9.56971A -32.652 0.1367 Fe25 52.1557A -33.563 0.0167 +C 6 843.430A -32.874 0.0819 Si13 6.68828A -31.405 2.4140 Fe25 48.1187A -33.233 0.0358 +C 6 3432.42A -33.286 0.0317 Si13 6.68508A -31.917 0.7411 Fe25 117.038A -32.344 0.2776 +C 6 2081.40A -33.427 0.0229 Si13 6.64803A -31.082 5.0692 Fe25 73.5398A -32.369 0.2621 +C 6 1639.63A -33.540 0.0177 Si13 5.68838A -32.667 0.1320 Fe25 59.2480A -32.471 0.2071 +C 6 1423.29A -33.114 0.0471 Si13 5.68071A -30.843 8.8047 Fe25 52.2820A -32.566 0.1666 +C 6 5288.52A -33.669 0.0131 Si13 5.40745A -33.188 0.0398 Fe25 48.2262A -32.239 0.3531 +C 6 3137.44A -33.755 0.0108 Si13 5.40461A -31.258 3.3854 Fe25 119.292A -32.021 0.5844 +C 6 2430.33A -33.322 0.0292 Si13 5.28695A -33.482 0.0202 Fe25 74.4235A -32.077 0.5127 +C 6 7713.77A -33.971 0.0066 Si13 5.28557A -31.551 1.7235 Fe25 59.8203A -32.199 0.3873 +C 6 4497.03A -33.511 0.0189 Si13 6.74039A -30.830 9.0679 Fe25 52.7271A -32.306 0.3031 +C 6 1.07841m -33.706 0.0121 Si13 5.68195A -34.183 0.0040 Fe25 48.6046A -31.987 0.6312 +N 7 24.7807A -29.002 610.0334 Si13 5.40504A -34.453 0.0022 Fe25 119.292A -32.498 0.1948 +N 7 20.9087A -29.845 87.4907 Si13 5.28578A -34.718 0.0012 Fe25 74.4235A -32.555 0.1709 +N 7 19.8246A -30.412 23.7501 Si13 5.22293A -32.159 0.4252 Fe25 59.8203A -32.676 0.1291 +N 7 19.3599A -30.830 9.0596 Si13 5.18592A -32.384 0.2533 Fe25 52.7271A -32.783 0.1010 +N 7 19.1166A -30.779 10.1944 Si13 5.16218A -32.539 0.1773 Fe25 48.6046A -32.464 0.2104 +N 7 18.9727A -31.005 6.0577 Si13 5.14602A -32.616 0.1485 Fe25 119.307A -31.743 1.1078 +N 7 18.8806A -31.187 3.9856 Si13 5.13453A -32.055 0.5405 Fe25 74.4292A -31.880 0.8079 +N 7 18.8179A -31.315 2.9668 Si13 878.646A -34.010 0.0060 Fe25 59.8240A -32.047 0.5503 +N 7 18.7733A -30.896 7.7866 Si13 814.693A -33.354 0.0271 Fe25 52.7300A -32.181 0.4037 +N 7 133.816A -30.288 31.5939 Si13 36.4466A -32.357 0.2694 Fe25 48.6071A -31.882 0.8049 +N 7 99.1229A -30.861 8.4353 Si13 27.3444A -32.772 0.1036 Fe25 119.307A -32.220 0.3693 +N 7 88.5026A -31.239 3.5347 Si13 24.5185A -33.038 0.0562 Fe25 74.4292A -32.357 0.2693 +N 7 83.6350A -31.648 1.3793 Si13 23.1998A -33.499 0.0194 Fe25 59.8240A -32.524 0.1834 +N 7 80.9504A -31.872 0.8233 Si13 22.4869A -33.679 0.0128 Fe25 52.7300A -32.658 0.1346 +N 7 79.2983A -32.052 0.5432 Si13 22.0472A -33.815 0.0094 Fe25 48.6071A -32.359 0.2683 +N 7 78.2041A -32.180 0.4050 Si13 21.7555A -33.876 0.0082 Fe25 119.309A -31.490 1.9841 +N 7 77.4398A -31.760 1.0644 Si13 21.5515A -33.302 0.0306 Fe25 74.4300A -31.831 0.9042 +N 7 382.331A -31.445 2.1993 Si13 38.1543A -34.674 0.0013 Fe25 59.8245A -32.092 0.4954 +N 7 261.359A -31.781 1.0139 Si13 37.8119A -32.892 0.0785 Fe25 52.7304A -32.282 0.3204 +N 7 223.027A -32.171 0.4137 Si13 28.2168A -33.174 0.0410 Fe25 48.6074A -32.017 0.5891 +N 7 204.906A -32.391 0.2489 Si13 25.2483A -33.421 0.0232 Fe25 119.309A -31.967 0.6614 +N 7 194.641A -32.570 0.1649 Si13 23.8802A -34.006 0.0060 Fe25 74.4300A -32.308 0.3014 +N 7 188.179A -32.696 0.1233 Si13 23.1255A -34.183 0.0040 Fe25 59.8245A -32.569 0.1651 +N 7 183.813A -32.276 0.3246 Si13 22.6607A -34.318 0.0029 Fe25 52.7304A -32.759 0.1068 +N 7 826.024A -32.225 0.3652 Si13 22.3527A -34.380 0.0026 Fe25 48.6074A -32.494 0.1964 +N 7 535.264A -32.555 0.1708 Si13 22.1375A -33.806 0.0096 Fe25 118.715A -32.809 0.0951 +N 7 441.548A -32.768 0.1046 Si13 38.5327A -32.565 0.1670 Fe25 74.1984A -32.839 0.0887 +N 7 396.492A -32.943 0.0699 Si13 37.7804A -32.260 0.3371 Fe25 59.6748A -32.944 0.0696 +N 7 370.567A -33.068 0.0525 Si13 28.3458A -33.086 0.0503 Fe25 52.6140A -33.041 0.0558 +N 7 354.010A -32.646 0.1384 Si13 28.1747A -32.658 0.1348 Fe25 48.5085A -32.716 0.1180 +N 7 1520.64A -32.885 0.0799 Si13 25.2775A -33.450 0.0218 Fe25 197.870A -31.532 1.8010 +N 7 948.637A -33.071 0.0521 Si13 25.2083A -32.949 0.0690 Fe25 119.991A -31.683 1.2714 +N 7 762.484A -33.238 0.0354 Si13 23.8391A -33.018 0.0588 Fe25 94.4931A -31.811 0.9463 +N 7 672.067A -33.359 0.0268 Si13 23.0870A -33.388 0.0251 Fe25 82.0253A -31.507 1.9066 +N 7 619.518A -32.936 0.0710 Si13 22.6237A -33.582 0.0160 Fe25 304.867A -31.925 0.7281 +N 7 2521.16A -33.349 0.0275 Si13 22.3167A -33.697 0.0123 Fe25 180.866A -32.027 0.5763 +N 7 1529.33A -33.490 0.0198 Si13 22.1021A -33.175 0.0410 Fe25 140.104A -31.715 1.1821 +N 7 1204.34A -33.603 0.0153 Si13 39.4147A -32.935 0.0711 Fe25 444.674A -32.242 0.3508 +N 7 1045.44A -33.176 0.0408 Si13 39.0997A -32.579 0.1617 Fe25 259.240A -31.904 0.7650 +N 7 3884.52A -33.732 0.0114 Si13 28.9814A -33.334 0.0284 Fe25 621.665A -32.099 0.4878 +N 7 2304.48A -33.818 0.0093 Si13 28.9084A -32.968 0.0659 Fe25 1.78177A -29.689 125.4083 +N 7 1785.67A -33.384 0.0253 Si13 25.8251A -33.600 0.0154 Fe25 1.78985A -29.420 232.7955 +N 7 5665.93A -34.034 0.0057 Si13 25.7954A -33.283 0.0319 Fe25 1.78921A -31.832 0.9024 +N 7 3303.15A -33.573 0.0164 Si13 24.3648A -33.558 0.0170 Fe25 1.78973A -29.594 156.0616 +N 7 7921.13A -33.768 0.0104 Si13 23.5797A -33.921 0.0074 Fe25 1.79355A -29.270 329.0459 +O 8 18.9709A -27.875 8171.3853 Si13 23.0966A -34.119 0.0047 Fe25 1.79826A -28.994 620.9698 +O 8 16.0067A -28.721 1163.7302 Si13 22.7767A -34.238 0.0035 Fe25 2.16309A -30.226 36.3785 +O 8 15.1767A -29.304 304.1502 Si13 22.5533A -33.719 0.0117 Fe25 2.16624A -29.958 67.4351 +O 8 14.8210A -29.722 116.2646 Si13 105.678A -33.886 0.0080 Fe25 2.16723A -29.610 150.3029 +O 8 14.6347A -29.676 129.2568 Si13 73.1118A -34.013 0.0059 Fe25 2.16992A -29.767 104.9067 +O 8 14.5246A -29.902 76.7705 Si13 62.5159A -34.425 0.0023 Fe25 2.17036A -30.083 50.6061 +O 8 14.4540A -30.084 50.5090 Si13 57.5954A -34.555 0.0017 Fe25 2.16985A -29.518 186.0831 +O 8 14.4060A -30.212 37.6096 Si13 54.7962A -34.666 0.0013 Fe25 2.33618A -30.382 25.4098 +O 8 14.3719A -29.793 98.7566 Si13 53.0292A -34.708 0.0012 Fe25 2.33771A -30.481 20.2286 +O 8 102.443A -29.166 418.4234 Si13 51.8337A -34.118 0.0047 Fe25 2.33821A -29.824 91.9726 +O 8 75.8835A -29.758 106.9062 Si13 108.275A -34.274 0.0033 Fe25 2.33952A -30.057 53.7720 +O 8 67.7531A -30.137 44.6815 Si13 74.6127A -34.383 0.0025 Fe25 2.33974A -30.440 22.2333 +O 8 64.0267A -30.545 17.4890 Si13 52.7199A -34.681 0.0013 Fe25 2.33996A -30.772 10.3546 +O 8 61.9715A -30.769 10.4339 Si13 111.148A -33.833 0.0090 Fe25 2.33996A -31.424 2.3065 +O 8 60.7068A -30.950 6.8834 Si13 108.562A -33.731 0.0114 Fe25 2.33950A -29.945 69.6000 +O 8 59.8691A -31.077 5.1346 Si13 75.3054A -34.088 0.0050 Fe25 2.42553A -30.689 12.5324 +O 8 59.2840A -30.657 13.4992 Si13 74.6943A -33.880 0.0081 Fe25 2.42637A -30.841 8.8429 +O 8 292.694A -30.340 27.9900 Si13 63.8308A -33.885 0.0080 Fe25 2.42665A -30.084 50.4617 +O 8 200.084A -30.679 12.8405 Si13 58.7097A -34.071 0.0052 Fe25 2.42760A -30.338 28.1433 +O 8 170.738A -31.068 5.2449 Si13 55.8038A -34.218 0.0037 Fe25 2.42760A -30.809 9.5212 +O 8 156.865A -31.288 3.1543 Si13 53.9724A -34.293 0.0031 Fe25 2.42760A -30.814 9.3996 +O 8 149.008A -31.467 2.0900 Si13 52.7344A -33.734 0.0113 Fe25 2.42760A -31.581 1.6077 +O 8 144.060A -31.593 1.5631 Si13 111.782A -34.786 0.0010 Fe25 2.42761A -31.045 5.5273 +O 8 140.718A -31.173 4.1168 Si13 110.614A -33.161 0.0423 Fe25 2.42761A -32.613 0.1494 +O 8 632.363A -31.121 4.6398 Si13 75.6846A -33.578 0.0162 Fe25 2.42736A -30.266 33.1978 +O 8 409.771A -31.452 2.1652 Si13 64.6028A -33.706 0.0121 Fe25 2.47803A -30.513 18.8189 +O 8 338.027A -31.665 1.3256 Si13 59.3621A -33.916 0.0074 Fe25 2.50945A -30.719 11.7025 +O 8 303.534A -31.840 0.8853 Si13 56.3930A -34.075 0.0052 Fe25 2.53028A -30.897 7.7752 +O 8 283.688A -31.965 0.6649 Si13 54.5233A -34.154 0.0043 Fe25 2.54476A -31.053 5.4297 +O 8 271.013A -31.543 1.7557 Si13 53.2602A -33.594 0.0156 Fe25 2.55522A -29.321 292.5132 +O 8 1164.12A -31.781 1.0135 Si13 110.761A -33.601 0.0154 Co26 1.72059A -30.722 11.6337 +O 8 726.229A -31.968 0.6599 Si13 75.7533A -34.021 0.0058 Co26 1.71641A -30.584 15.9731 +O 8 583.719A -32.136 0.4485 Si13 64.6528A -34.239 0.0035 Co26 1.71199A -30.515 18.7056 +O 8 514.500A -32.256 0.3395 Si13 59.4044A -34.393 0.0025 Co26 1.45655A -30.479 20.3553 +O 8 474.272A -31.833 0.9003 Si13 56.4311A -34.553 0.0017 Co26 1.45528A -30.152 43.1593 +O 8 1930.65A -32.246 0.3480 Si13 54.5589A -34.632 0.0014 Co26 1.72839A -30.337 28.1949 +O 8 1170.77A -32.387 0.2515 Si13 53.2942A -34.071 0.0052 Co26 1.45499A -33.220 0.0370 +O 8 921.985A -32.500 0.1938 Si13 112.472A -34.081 0.0051 Co26 1.38235A -30.905 7.6300 +O 8 800.334A -32.073 0.5178 Si13 111.381A -34.010 0.0060 Co26 1.35118A -31.136 4.4799 +O 8 2973.77A -32.629 0.1441 Si13 76.2879A -34.239 0.0035 Co26 408.647A -33.599 0.0154 +O 8 1764.74A -32.715 0.1180 Si13 76.0299A -34.186 0.0040 Co26 247.647A -33.431 0.0227 +O 8 1367.02A -32.281 0.3210 Si13 64.8128A -34.398 0.0025 Co26 9.26092A -31.715 1.1815 +O 8 4337.53A -32.931 0.0719 Si13 59.5394A -34.567 0.0017 Co26 6.90458A -32.284 0.3185 +O 8 2528.69A -32.470 0.2077 Si13 56.5529A -34.717 0.0012 Co26 6.19118A -32.457 0.2140 +O 8 6064.01A -32.665 0.1325 Si13 53.4028A -34.236 0.0036 Co26 9.49420A -32.474 0.2059 +F 9 14.9875A -31.773 1.0332 Si13 100.342A -34.778 0.0010 Co26 9.44037A -32.161 0.4225 +F 9 12.6457A -32.629 0.1440 Si13 241.193A -34.740 0.0011 Co26 7.03343A -32.782 0.1012 +F 9 11.9900A -33.213 0.0376 Si13 235.035A -34.752 0.0011 Co26 6.29458A -32.955 0.0680 +F 9 11.7090A -33.629 0.0144 Si13 153.064A -34.599 0.0015 Co26 9.57825A -31.929 0.7212 +F 9 11.5618A -33.552 0.0172 Si13 126.586A -34.718 0.0012 Co26 9.51392A -32.891 0.0787 +F 9 11.4748A -33.330 0.0287 Si13 101.732A -34.307 0.0030 Co26 9.43532A -31.670 1.3091 +F 9 80.9326A -33.072 0.0519 Si13 238.744A -34.322 0.0029 Co26 7.03193A -31.745 1.1030 +F 9 59.9500A -33.669 0.0131 Si13 154.917A -34.300 0.0031 Co26 6.29338A -32.026 0.5778 +F 9 53.5268A -34.049 0.0055 Si13 127.851A -34.458 0.0021 Co26 9.78553A -32.476 0.2046 +F 9 50.5829A -34.420 0.0023 Si13 114.829A -34.591 0.0016 Co26 9.69230A -32.123 0.4619 +F 9 48.9592A -34.196 0.0039 Si13 107.335A -34.654 0.0014 Co26 7.17922A -32.246 0.3474 +F 9 231.236A -34.238 0.0035 Si13 102.547A -34.084 0.0051 Co26 6.41109A -32.531 0.1805 +F 9 158.071A -34.584 0.0016 Si13 238.986A -34.780 0.0010 Co26 26.4514A -33.387 0.0252 +F 9 123.928A -34.716 0.0012 Si13 102.592A -34.561 0.0017 Co26 18.3507A -33.428 0.0229 +Ne10 12.1375A -28.000 6123.4600 Si13 239.672A -33.914 0.0075 Co26 26.9548A -33.830 0.0091 +Ne10 10.2410A -28.867 832.0336 Si13 155.309A -34.175 0.0041 Co26 18.5915A -33.879 0.0081 +Ne10 9.70997A -29.426 229.5720 Si13 128.118A -34.415 0.0024 Co26 27.1365A -32.745 0.1103 +Ne10 9.48239A -29.838 88.9489 Si13 115.045A -34.594 0.0016 Co26 18.6778A -32.844 0.0878 +Ne10 9.36319A -29.800 97.1512 Si13 107.523A -34.686 0.0013 Co26 27.6063A -32.346 0.2764 +Ne10 9.29275A -30.024 57.9313 Si13 102.719A -34.134 0.0045 Co26 18.8992A -32.603 0.1529 +Ne10 9.24759A -30.205 38.2522 Si13 239.672A -34.388 0.0025 Co26 27.6884A -32.824 0.0918 +Ne10 9.21689A -30.331 28.5839 Si13 155.309A -34.653 0.0014 Co26 18.9376A -33.081 0.0509 +Ne10 9.19505A -29.910 75.3168 Si13 102.719A -34.612 0.0015 Co26 27.5861A -33.223 0.0366 +Ne10 65.5423A -29.318 294.7142 Si13 179.370A -34.540 0.0018 Co26 18.8897A -33.328 0.0288 +Ne10 48.5499A -29.889 79.1911 Si13 441.213A -34.718 0.0012 Co26 59.9206A -32.659 0.1343 +Ne10 43.3481A -30.265 33.3053 Si13 179.758A -34.435 0.0022 Co26 1.65147A -32.068 0.5234 +Ne10 40.9639A -30.669 13.1449 Si13 441.228A -34.465 0.0021 Co26 1.65874A -31.800 0.9720 +Ne10 39.6491A -30.891 7.8735 Si13 275.258A -34.765 0.0011 Co26 1.65817A -34.221 0.0037 +Ne10 38.8399A -31.070 5.2130 Si13 179.761A -34.571 0.0016 Co26 1.65866A -31.932 0.7162 +Ne10 38.3039A -31.196 3.9024 Si13 731.769A -34.466 0.0021 Co26 1.66256A -31.630 1.4374 +Ne10 37.9296A -30.775 10.2952 Si13 443.755A -34.575 0.0016 Co26 1.66672A -31.392 2.4849 +Ne10 187.264A -30.471 20.7108 Si13 349.457A -34.633 0.0014 Co26 2.00604A -32.581 0.1607 +Ne10 128.012A -30.806 9.5707 Si13 303.348A -34.061 0.0053 Co26 2.00889A -32.350 0.2735 +Ne10 109.237A -31.192 3.9421 Si13 518.137A -34.269 0.0033 Co26 2.00989A -31.960 0.6716 +Ne10 100.362A -31.411 2.3803 Si13 958.729A -34.458 0.0021 Co26 2.01242A -32.164 0.4197 +Ne10 95.3343A -31.588 1.5828 Si13 2298.35A -34.653 0.0014 Co26 2.01286A -32.488 0.1990 +Ne10 92.1689A -31.712 1.1880 Si13 6.18452A -32.078 0.5119 Co26 2.01232A -31.922 0.7338 +Ne10 90.0306A -31.290 3.1397 Si13 6.23185A -32.240 0.3526 Co26 2.17066A -31.710 1.1957 +Ne10 404.582A -31.248 3.4588 Si13 6.22836A -34.410 0.0024 Co26 2.25225A -31.473 2.0628 +Ne10 262.169A -31.576 1.6274 Si13 6.22905A -32.953 0.0683 Ni27 1.59658A -29.175 409.9233 +Ne10 216.268A -31.787 1.0003 Si13 6.23183A -32.663 0.1331 Ni27 1.59233A -29.032 569.3619 +Ne10 194.199A -31.961 0.6704 Si13 6.26437A -31.677 1.2899 Ni27 1.58849A -28.970 656.0156 +Ne10 181.502A -32.084 0.5054 Si13 7.43019A -32.798 0.0976 Ni27 1.35124A -28.825 917.0043 +Ne10 173.392A -31.661 1.3390 Si13 7.44814A -32.670 0.1310 Ni27 1.35006A -28.584 1597.9636 +Ne10 744.799A -31.906 0.7618 Si13 7.44842A -32.276 0.3245 Ni27 1.60362A -28.799 974.2551 +Ne10 464.637A -32.090 0.4980 Si13 7.45883A -32.132 0.4520 Ni27 1.34960A -31.645 1.3874 +Ne10 373.460A -32.256 0.3397 Si13 7.45949A -32.179 0.4054 Ni27 1.28230A -29.354 270.9286 +Ne10 329.175A -32.376 0.2580 Si13 7.46162A -32.125 0.4591 Ni27 1.25337A -29.601 153.4921 +Ne10 303.437A -31.951 0.6866 Si13 7.98342A -32.974 0.0651 Ni27 390.529A -32.063 0.5297 +Ne10 1235.22A -32.368 0.2626 Si13 7.99181A -32.795 0.0982 Ni27 226.283A -31.918 0.7403 +Ne10 749.055A -32.507 0.1905 Si13 7.99211A -32.637 0.1415 Ni27 8.58593A -30.144 43.9486 +Ne10 589.881A -32.619 0.1473 Si13 7.99711A -32.350 0.2739 Ni27 8.51984A -33.335 0.0283 +Ne10 512.049A -32.191 0.3949 Si13 7.99738A -32.479 0.2033 Ni27 6.39951A -30.732 11.3634 +Ne10 1903.15A -32.749 0.1091 Si13 7.99815A -32.659 0.1344 Ni27 5.73858A -30.920 7.3655 +Ne10 1129.07A -32.834 0.0897 Si13 7.99815A -33.001 0.0611 Ni27 8.79606A -30.819 9.2897 +Ne10 874.611A -32.399 0.2448 Si13 7.99833A -32.308 0.3013 Ni27 8.74632A -30.591 15.7243 +Ne10 2775.09A -33.050 0.0546 Si13 8.26601A -33.098 0.0489 Ni27 8.72672A -33.806 0.0096 +Ne10 1618.33A -32.588 0.1584 Si13 8.27055A -32.922 0.0734 Ni27 6.51552A -31.230 3.6119 +Ne10 3879.69A -32.783 0.1010 Si13 8.27072A -32.732 0.1136 Ni27 5.83169A -31.418 2.3424 +Na11 10.0250A -29.388 250.8979 Si13 8.27344A -32.582 0.1606 Ni27 8.87346A -30.405 24.1173 +Na11 8.45859A -30.257 33.8990 Si13 8.27359A -32.777 0.1025 Ni27 8.81633A -31.316 2.9586 +Na11 8.02000A -30.845 8.7621 Si13 8.27427A -33.112 0.0473 Ni27 8.79342A -33.234 0.0358 +Na11 7.83203A -31.258 3.3844 Si13 8.27427A -33.467 0.0209 Ni27 8.72411A -30.128 45.6585 +Na11 7.73357A -31.189 3.9686 Si13 8.27427A -34.456 0.0021 Ni27 6.51407A -30.192 39.4098 +Na11 7.67539A -30.965 6.6363 Si13 8.27427A -34.768 0.0010 Ni27 5.83053A -30.488 19.9099 +Na11 54.1350A -30.705 12.0899 Si13 8.27409A -32.437 0.2239 Ni27 9.07136A -30.987 6.3185 +Na11 40.1000A -31.309 3.0081 Si13 8.43240A -32.683 0.1271 Ni27 8.97376A -30.579 16.1525 +Na11 35.8036A -31.689 1.2539 Si13 8.53070A -32.889 0.0791 Ni27 8.99450A -33.679 0.0128 +Na11 33.8344A -32.057 0.5370 Si13 8.59574A -33.066 0.0526 Ni27 6.65225A -30.693 12.4233 +Na11 32.7483A -31.832 0.9020 Si13 8.64091A -33.222 0.0368 Ni27 5.94099A -30.993 6.2272 +Na11 154.671A -31.876 0.8154 Si13 8.67351A -31.519 1.8559 Ni27 24.4988A -31.834 0.8980 +Na11 105.732A -32.223 0.3667 P 14 5.79335A -33.102 0.0485 Ni27 17.0023A -31.891 0.7883 +Na11 90.2250A -32.580 0.1610 P 14 5.79008A -33.475 0.0205 Ni27 24.9451A -32.274 0.3258 +Na11 82.8942A -32.352 0.2727 P 14 5.76019A -32.798 0.0975 Ni27 17.2161A -32.340 0.2801 +Na11 334.167A -32.641 0.1401 P 14 4.92436A -34.238 0.0035 Ni27 25.1304A -31.190 3.9573 +Na11 216.540A -32.965 0.0665 P 14 4.91813A -32.586 0.1591 Ni27 17.3041A -31.305 3.0339 +Na11 178.627A -32.728 0.1146 P 14 5.83575A -32.571 0.1644 Ni27 25.7142A -30.796 9.8088 +Na11 615.170A -33.294 0.0311 P 14 4.67863A -33.183 0.0402 Ni27 17.5790A -31.068 5.2452 +Na11 383.770A -33.031 0.0570 P 14 4.57506A -33.285 0.0318 Ni27 25.7142A -31.273 3.2696 +Na11 1020.24A -33.309 0.0301 P 14 31.5314A -34.109 0.0048 Ni27 17.5790A -31.545 1.7484 +Mg12 8.42141A -27.947 6926.7988 P 14 23.5959A -34.593 0.0016 Ni27 25.5455A -31.669 1.3127 +Mg12 7.10556A -28.806 957.3496 P 14 21.1779A -34.637 0.0014 Ni27 17.4999A -31.790 0.9940 +Mg12 6.73713A -29.411 237.8470 P 14 32.6358A -34.632 0.0014 Ni27 55.5642A -31.123 4.6189 +Mg12 6.57923A -29.821 92.4322 P 14 33.2233A -34.328 0.0029 Ni27 1.53351A -30.590 15.7626 +Mg12 6.49652A -29.792 98.9307 P 14 32.6083A -33.890 0.0079 Ni27 1.54008A -30.320 29.3503 +Mg12 6.44764A -30.016 59.0276 P 14 24.3154A -34.056 0.0054 Ni27 1.53955A -32.750 0.1090 +Mg12 6.41631A -30.196 39.0582 P 14 21.7557A -34.205 0.0038 Ni27 1.54000A -30.417 23.4815 +Mg12 6.39501A -30.321 29.2787 P 14 33.9473A -34.668 0.0013 Ni27 1.54397A -30.137 44.7438 +Mg12 6.37986A -29.900 77.0659 P 14 33.6829A -34.255 0.0034 Ni27 1.54760A -29.929 72.0969 +Mg12 45.4756A -29.258 338.0323 P 14 24.9175A -34.570 0.0016 Ni27 1.86339A -31.080 5.0955 +Mg12 33.6856A -29.881 80.6003 P 14 22.2365A -34.726 0.0012 Ni27 1.86593A -30.888 7.9282 +Mg12 30.0765A -30.259 33.7265 P 14 95.6096A -34.661 0.0013 Ni27 1.86696A -30.456 21.4431 +Mg12 28.4223A -30.661 13.3857 P 14 5.38476A -33.811 0.0095 Ni27 1.87012A -30.702 12.1806 +Mg12 27.5099A -30.883 8.0225 P 14 5.42362A -33.913 0.0075 Ni27 1.87012A -31.034 5.6718 +Mg12 26.9485A -31.061 5.3229 P 14 5.42137A -34.597 0.0015 Ni27 1.86922A -30.467 20.8979 +Mg12 26.5767A -31.186 3.9972 P 14 5.42424A -34.302 0.0031 Ni27 2.01679A -30.243 35.0429 +Mg12 26.3169A -30.765 10.5343 P 14 5.45074A -33.353 0.0272 Ni27 2.09275A -30.011 59.7643 +Mg12 129.930A -30.460 21.2628 P 14 6.47854A -34.564 0.0017 Cu28 1.48538A -31.041 5.5734 +Mg12 88.8195A -30.799 9.7323 P 14 6.49334A -34.360 0.0027 Cu28 1.48106A -30.895 7.8083 +Mg12 75.7927A -31.184 4.0143 P 14 6.49373A -34.002 0.0061 Cu28 1.47758A -30.845 8.7593 +Mg12 69.6345A -31.403 2.4253 P 14 6.50245A -33.853 0.0086 Cu28 1.25684A -30.608 15.1130 +Mg12 66.1463A -31.579 1.6162 P 14 6.50310A -33.931 0.0072 Cu28 1.25574A -30.453 21.5959 +Mg12 63.9501A -31.702 1.2169 P 14 6.50460A -33.816 0.0094 Cu28 1.49175A -30.669 13.1194 +Mg12 62.4665A -31.280 3.2126 P 14 6.97696A -33.426 0.0230 Cu28 1.25543A -33.482 0.0202 +Mg12 280.714A -31.238 3.5410 P 14 7.22073A -33.060 0.0533 Cu28 1.19307A -31.224 3.6600 +Mg12 181.902A -31.568 1.6572 S 15 5.06649A -31.020 5.8495 Cu28 1.16614A -31.474 2.0565 +Mg12 150.054A -31.779 1.0192 S 15 5.06314A -31.280 3.2141 Cu28 373.455A -33.942 0.0070 +Mg12 134.743A -31.952 0.6846 S 15 5.03873A -30.700 12.2192 Cu28 206.701A -33.814 0.0094 +Mg12 125.932A -32.073 0.5176 S 15 4.30430A -31.959 0.6741 Cu28 7.98141A -32.008 0.6022 +Mg12 120.306A -31.651 1.3701 S 15 4.29915A -30.459 21.2923 Cu28 5.95865A -32.600 0.1540 +Mg12 516.768A -31.898 0.7757 S 15 4.09041A -32.454 0.2155 Cu28 5.34250A -32.792 0.0990 +Mg12 322.382A -32.082 0.5074 S 15 4.08850A -30.877 8.1315 Cu28 8.17025A -32.602 0.1533 +Mg12 259.120A -32.247 0.3469 S 15 3.99868A -32.743 0.1107 Cu28 8.12392A -32.458 0.2136 +Mg12 228.393A -32.365 0.2643 S 15 3.99776A -31.188 3.9759 Cu28 6.06327A -33.097 0.0490 +Mg12 210.535A -31.941 0.7025 S 15 5.10150A -30.467 20.9217 Cu28 5.42645A -33.289 0.0315 +Mg12 857.040A -32.360 0.2676 S 15 4.29975A -33.825 0.0092 Cu28 8.24385A -32.275 0.3254 +Mg12 519.721A -32.498 0.1945 S 15 4.08871A -34.047 0.0055 Cu28 8.19179A -33.141 0.0443 +Mg12 409.280A -32.609 0.1509 S 15 3.99786A -34.289 0.0032 Cu28 8.11880A -31.998 0.6152 +Mg12 355.278A -32.181 0.4041 S 15 3.95032A -31.806 0.9584 Cu28 6.06253A -32.062 0.5316 +Mg12 1320.48A -32.740 0.1114 S 15 3.92213A -32.027 0.5762 Cu28 5.42586A -32.362 0.2664 +Mg12 783.388A -32.824 0.0919 S 15 3.90405A -32.193 0.3925 Cu28 8.43724A -32.894 0.0781 +Mg12 606.837A -32.389 0.2505 S 15 3.89175A -32.288 0.3160 Cu28 8.34995A -32.449 0.2181 +Mg12 1926.03A -33.040 0.0559 S 15 3.88300A -31.770 1.0398 Cu28 6.19593A -32.564 0.1674 +Mg12 1122.85A -32.578 0.1621 S 15 756.306A -33.686 0.0126 Cu28 5.53246A -32.867 0.0833 +Mg12 2691.84A -32.773 0.1034 S 15 673.400A -33.097 0.0490 Cu28 22.9121A -33.704 0.0121 +Al13 7.17501A -28.796 979.8353 S 15 27.5443A -31.981 0.6395 Cu28 15.8730A -33.763 0.0106 +Al13 6.05392A -29.653 136.3165 S 15 20.6383A -32.374 0.2588 Cu28 23.3241A -34.151 0.0043 +Al13 5.74001A -30.276 32.4377 S 15 18.4974A -32.626 0.1449 Cu28 16.0696A -34.218 0.0037 +Al13 5.60548A -30.686 12.6255 S 15 17.5060A -33.119 0.0466 Cu28 23.5116A -33.068 0.0524 +Al13 5.53501A -30.623 14.6025 S 15 16.9657A -33.315 0.0297 Cu28 16.1584A -33.184 0.0402 +Al13 5.49337A -30.399 24.4368 S 15 16.6325A -33.462 0.0211 Cu28 23.9368A -32.664 0.1329 +Al13 38.7451A -30.102 48.4048 S 15 16.4115A -33.541 0.0176 Cu28 16.3581A -32.939 0.0705 +Al13 28.7000A -30.748 10.9518 S 15 16.2570A -33.011 0.0598 Cu28 24.0182A -33.142 0.0442 +Al13 25.6250A -31.128 4.5672 S 15 28.6769A -33.963 0.0067 Cu28 16.3961A -33.417 0.0234 +Al13 24.2157A -31.492 1.9758 S 15 28.4500A -32.501 0.1934 Cu28 23.9039A -33.548 0.0174 +Al13 23.4384A -31.266 3.3212 S 15 21.2677A -34.351 0.0027 Cu28 16.3428A -33.669 0.0131 +Al13 110.700A -31.312 2.9852 S 15 21.2162A -32.787 0.1001 Cu28 51.6662A -32.994 0.0621 +Al13 75.6740A -31.660 1.3401 S 15 19.0014A -34.601 0.0015 Cu28 1.42880A -32.491 0.1977 +Al13 64.5751A -32.015 0.5925 S 15 18.9806A -33.039 0.0561 Cu28 1.43474A -32.230 0.3609 +Al13 59.3284A -31.786 1.0041 S 15 17.9568A -33.621 0.0147 Cu28 1.43429A -34.665 0.0013 +Al13 239.167A -32.076 0.5148 S 15 17.3887A -33.817 0.0093 Cu28 1.43470A -32.290 0.3144 +Al13 154.980A -32.399 0.2446 S 15 17.0388A -33.965 0.0066 Cu28 1.43875A -32.034 0.5662 +Al13 127.846A -32.162 0.4220 S 15 16.8070A -34.043 0.0055 Cu28 1.44204A -31.855 0.8563 +Al13 440.285A -32.729 0.1145 S 15 16.6450A -33.513 0.0188 Cu28 1.73699A -32.969 0.0658 +Al13 274.668A -32.465 0.2100 S 15 28.9382A -32.152 0.4322 Cu28 1.73932A -32.816 0.0937 +Al13 730.195A -32.743 0.1108 S 15 28.6240A -34.180 0.0040 Cu28 1.74035A -32.343 0.2785 +Si14 6.18452A -27.535 17863.938 S 15 28.4266A -31.919 0.7390 Cu28 1.74264A -32.623 0.1461 +Si14 5.21819A -28.385 2527.7058 S 15 21.3057A -32.680 0.1280 Cu28 1.74307A -32.960 0.0672 +Si14 4.94762A -29.017 589.3491 S 15 21.2363A -34.580 0.0016 Cu28 1.74247A -32.399 0.2445 +Si14 4.83166A -29.424 230.9531 S 15 21.1889A -32.326 0.2890 Cu28 1.87947A -32.161 0.4228 +Si14 4.77092A -29.400 243.8961 S 15 19.0025A -33.036 0.0564 Cu28 1.95042A -31.931 0.7186 +Si14 4.73502A -29.622 146.2068 S 15 18.9552A -32.650 0.1372 Zn29 1.38530A -30.515 18.7383 +Si14 4.71202A -29.799 97.3119 S 15 17.9312A -32.765 0.1053 Zn29 1.38092A -30.364 26.4803 +Si14 4.69637A -29.922 73.4067 S 15 17.3647A -33.026 0.0577 Zn29 1.37781A -30.309 30.0827 +Si14 4.68524A -29.504 191.9531 S 15 17.0158A -33.233 0.0359 Zn29 1.17188A -29.961 67.0014 +Si14 33.3964A -28.839 888.5803 S 15 16.7846A -33.365 0.0264 Zn29 1.17085A -29.889 79.1817 +Si14 24.7381A -29.494 196.5137 S 15 16.6230A -32.887 0.0795 Zn29 1.11261A -30.397 24.5787 +Si14 22.0876A -29.872 82.3774 S 15 29.5438A -32.518 0.1859 Zn29 1.11221A -30.333 28.4723 +Si14 20.8728A -30.269 33.0001 S 15 29.3177A -32.264 0.3339 Zn29 1.08720A -30.713 11.8566 +Si14 20.2028A -30.489 19.8711 S 15 21.7384A -32.928 0.0724 Zn29 1.08702A -30.661 13.3887 +Si14 19.7905A -30.665 13.2617 S 15 21.6859A -32.689 0.1255 Zn29 1.39109A -30.082 50.7575 +Si14 19.5174A -30.786 10.0217 S 15 19.3749A -33.269 0.0330 Zn29 1.17052A -33.026 0.0577 +Si14 19.3266A -30.368 26.2385 S 15 19.3531A -33.040 0.0559 Zn29 1.11209A -33.290 0.0314 +Si14 95.4183A -30.071 52.0450 S 15 18.2878A -33.287 0.0316 Zn29 1.08695A -33.535 0.0179 +Si14 65.2274A -30.410 23.8325 S 15 17.6990A -33.553 0.0172 Zn29 1.07339A -31.327 2.8861 +Si14 55.6607A -30.792 9.8966 S 15 17.3366A -33.762 0.0106 Zn29 1.06561A -31.564 1.6738 +Si14 51.1383A -31.009 6.0073 S 15 17.0967A -33.899 0.0077 Zn29 1.06062A -31.754 1.0801 +Si14 48.5766A -31.182 4.0266 S 15 16.9291A -33.424 0.0231 Zn29 1.05723A -31.894 0.7814 +Si14 46.9637A -31.303 3.0510 S 15 79.7279A -33.480 0.0203 Zn29 1.05481A -31.622 1.4622 +Si14 45.8742A -30.884 8.0019 S 15 55.0941A -33.599 0.0154 Zn29 357.270A -33.427 0.0229 +Si14 206.151A -30.847 8.7065 S 15 47.1424A -34.031 0.0057 Zn29 188.929A -33.311 0.0300 +Si14 133.586A -31.176 4.0855 S 15 43.4184A -34.191 0.0039 Zn29 7.43679A -31.438 2.2347 +Si14 110.197A -31.385 2.5246 S 15 41.3009A -34.313 0.0030 Zn29 5.55780A -31.770 1.0396 +Si14 98.9523A -31.555 1.7056 S 15 39.9646A -34.372 0.0026 Zn29 4.97688A -32.050 0.5465 +Si14 92.4824A -31.674 1.2978 S 15 39.0606A -33.827 0.0091 Zn29 7.39124A -34.736 0.0011 +Si14 88.3503A -31.254 3.4126 S 15 81.4495A -33.863 0.0084 Zn29 4.69994A -32.606 0.1517 +Si14 379.505A -31.506 1.9124 S 15 56.0878A -33.981 0.0064 Zn29 4.55437A -32.818 0.0932 +Si14 236.751A -31.688 1.2567 S 15 48.0005A -34.518 0.0019 Zn29 4.46463A -32.989 0.0629 +Si14 190.293A -31.851 0.8642 S 15 44.1453A -34.698 0.0012 Zn29 4.40511A -33.114 0.0471 +Si14 167.728A -31.966 0.6627 S 15 39.6479A -34.388 0.0025 Zn29 4.36351A -32.829 0.0909 +Si14 154.613A -31.544 1.7498 S 15 83.4373A -33.428 0.0229 Zn29 7.60771A -31.954 0.6806 +Si14 629.394A -31.966 0.6628 S 15 81.6737A -33.349 0.0274 Zn29 7.56435A -31.891 0.7869 +Si14 381.673A -32.102 0.4846 S 15 56.5811A -33.659 0.0134 Zn29 5.65271A -32.283 0.3190 +Si14 300.568A -32.210 0.3782 S 15 56.1638A -33.485 0.0200 Zn29 5.64254A -32.204 0.3829 +Si14 260.910A -31.785 1.0064 S 15 48.0353A -33.505 0.0192 Zn29 5.05285A -32.561 0.1682 +Si14 969.733A -32.344 0.2776 S 15 44.1747A -33.707 0.0120 Zn29 5.04895A -32.473 0.2061 +Si14 575.305A -32.425 0.2304 S 15 41.9846A -33.867 0.0083 Zn29 4.76763A -33.103 0.0483 +Si14 445.649A -31.992 0.6238 S 15 40.6045A -33.959 0.0067 Zn29 4.61791A -33.315 0.0297 +Si14 1414.44A -32.640 0.1402 S 15 39.6717A -33.443 0.0221 Zn29 4.52567A -33.487 0.0200 +Si14 824.603A -32.181 0.4038 S 15 83.8868A -34.327 0.0029 Zn29 4.46453A -33.612 0.0150 +Si14 1977.42A -32.377 0.2575 S 15 83.2071A -32.853 0.0859 Zn29 4.42180A -33.327 0.0289 +P 15 5.38476A -29.377 257.1775 S 15 57.0486A -34.549 0.0017 Zn29 7.67689A -31.636 1.4168 +P 15 4.54339A -30.229 36.1697 S 15 56.9054A -33.242 0.0351 Zn29 7.62974A -32.374 0.2591 +P 15 4.30781A -30.874 8.1909 S 15 48.5661A -33.320 0.0293 Zn29 7.60667A -34.465 0.0021 +P 15 4.20685A -31.280 3.2142 S 15 44.6232A -33.550 0.0173 Zn29 7.55902A -31.590 1.5750 +P 15 4.15396A -31.221 3.6826 S 15 42.3895A -33.721 0.0116 Zn29 5.66829A -32.177 0.4079 +P 15 4.12271A -30.997 6.1650 S 15 40.9831A -33.817 0.0093 Zn29 5.65758A -32.927 0.0725 +P 15 29.0777A -30.681 12.7864 S 15 40.0330A -33.301 0.0306 Zn29 5.64109A -32.065 0.5278 +P 15 21.5391A -31.352 2.7235 S 15 83.3352A -33.295 0.0311 Zn29 5.05899A -32.568 0.1659 +P 15 19.2313A -31.731 1.1376 S 15 56.9653A -33.712 0.0119 Zn29 5.05462A -33.338 0.0281 +P 15 18.1736A -32.090 0.4983 S 15 48.6097A -33.798 0.0098 Zn29 5.04834A -32.416 0.2354 +P 15 17.5902A -31.864 0.8379 S 15 44.6600A -34.027 0.0058 Zn29 4.76722A -32.252 0.3432 +P 15 83.0792A -31.914 0.7472 S 15 42.4228A -34.199 0.0039 Zn29 4.61753A -32.530 0.1807 +P 15 56.7924A -32.262 0.3351 S 15 41.0141A -34.295 0.0031 Zn29 4.52530A -32.761 0.1062 +P 15 48.4629A -32.613 0.1494 S 15 40.0626A -33.779 0.0102 Zn29 4.46417A -32.942 0.0701 +P 15 44.5253A -32.384 0.2533 S 15 84.3154A -33.673 0.0130 Zn29 4.42145A -32.709 0.1197 +P 15 179.492A -32.675 0.1296 S 15 83.5310A -33.676 0.0129 Zn29 7.86522A -32.207 0.3804 +P 15 116.311A -32.997 0.0617 S 15 57.2348A -33.890 0.0079 Zn29 7.78035A -32.024 0.5800 +P 15 95.9467A -32.760 0.1065 S 15 57.0454A -33.843 0.0088 Zn29 5.78603A -32.766 0.1050 +P 15 330.429A -33.327 0.0289 S 15 48.6859A -33.995 0.0062 Zn29 5.76641A -32.490 0.1985 +P 15 206.136A -33.063 0.0530 S 15 44.7243A -34.201 0.0039 Zn29 5.15690A -33.195 0.0391 +P 15 548.003A -33.341 0.0279 S 15 42.4808A -34.362 0.0027 Zn29 5.14893A -32.843 0.0881 +S 16 4.73132A -27.433 22632.369 S 15 41.0684A -34.457 0.0021 Zn29 4.85810A -32.759 0.1067 +S 16 3.99205A -28.290 3145.0693 S 15 40.1144A -33.943 0.0070 Zn29 4.70274A -33.040 0.0559 +S 16 3.78505A -28.944 697.1416 S 15 173.269A -34.486 0.0020 Zn29 4.60711A -33.273 0.0327 +S 16 3.69634A -29.350 273.8393 S 15 75.6323A -34.486 0.0020 Zn29 4.54376A -33.456 0.0215 +S 16 3.64987A -29.331 286.1285 S 15 180.982A -34.310 0.0030 Zn29 4.49951A -33.225 0.0365 +S 16 3.62242A -29.551 172.4982 S 15 176.781A -34.356 0.0027 Zn29 21.4302A -32.876 0.0816 +S 16 3.60481A -29.723 115.8436 S 15 115.345A -34.213 0.0038 Zn29 14.7786A -33.021 0.0584 +S 16 3.59284A -29.841 88.2787 S 15 95.3375A -34.355 0.0027 Zn29 12.5779A -33.516 0.0187 +S 16 3.58433A -29.432 226.5368 S 15 85.6905A -34.480 0.0020 Zn29 11.5868A -33.691 0.0125 +S 16 25.5491A -28.745 1102.7535 S 15 80.1315A -34.549 0.0017 Zn29 11.0231A -33.837 0.0089 +S 16 18.9253A -29.427 229.1786 S 15 76.5781A -34.017 0.0059 Zn29 10.6672A -33.943 0.0070 +S 16 16.8976A -29.807 95.6147 S 15 179.964A -33.986 0.0063 Zn29 10.4265A -33.642 0.0140 +S 16 15.9682A -30.199 38.7143 S 15 116.629A -33.916 0.0074 Zn29 21.8063A -33.393 0.0248 +S 16 15.4556A -30.417 23.4444 S 15 96.2136A -34.093 0.0049 Zn29 21.6558A -33.256 0.0340 +S 16 15.1402A -30.589 15.7872 S 15 86.3977A -34.238 0.0035 Zn29 14.9566A -33.556 0.0170 +S 16 14.9313A -30.706 12.0521 S 15 80.7496A -34.318 0.0029 Zn29 14.9225A -33.398 0.0245 +S 16 14.7854A -30.296 30.9658 S 15 77.1423A -33.791 0.0099 Zn29 12.7065A -33.980 0.0064 +S 16 72.9975A -29.999 61.3744 S 15 180.156A -34.456 0.0021 Zn29 11.6959A -34.178 0.0041 +S 16 49.9006A -30.343 27.8385 S 15 116.710A -34.393 0.0025 Zn29 11.1218A -34.344 0.0028 +S 16 42.5819A -30.722 11.6103 S 15 96.2687A -34.570 0.0016 Zn29 10.7596A -34.469 0.0021 +S 16 39.1221A -30.937 7.0876 S 15 86.4421A -34.715 0.0012 Zn29 10.5148A -34.186 0.0040 +S 16 37.1624A -31.107 4.7935 S 15 77.1777A -34.269 0.0033 Zn29 22.2438A -32.925 0.0729 +S 16 35.9284A -31.223 3.6691 S 15 180.021A -33.550 0.0173 Zn29 22.0797A -34.103 0.0048 +S 16 35.0949A -30.812 9.4435 S 15 116.655A -33.789 0.0100 Zn29 21.8307A -33.075 0.0515 +S 16 157.711A -30.776 10.2697 S 15 96.2309A -34.049 0.0055 Zn29 15.1047A -33.190 0.0395 +S 16 102.196A -31.107 4.7930 S 15 86.4117A -34.239 0.0035 Zn29 15.0658A -34.398 0.0025 +S 16 84.3035A -31.313 2.9786 S 15 80.7618A -34.349 0.0027 Zn29 15.0102A -33.242 0.0351 +S 16 75.7011A -31.480 2.0304 S 15 77.1535A -33.841 0.0088 Zn29 12.7710A -32.977 0.0646 +S 16 70.7514A -31.594 1.5607 S 15 180.021A -34.007 0.0060 Zn29 11.7505A -33.197 0.0389 +S 16 67.5903A -31.182 4.0274 S 15 116.655A -34.266 0.0033 Zn29 11.1712A -33.382 0.0255 +S 16 290.331A -31.436 2.2435 S 15 96.2309A -34.526 0.0018 Zn29 10.8059A -33.522 0.0184 +S 16 181.121A -31.616 1.4827 S 15 86.4117A -34.716 0.0012 Zn29 10.5589A -33.252 0.0343 +S 16 145.579A -31.775 1.0287 S 15 77.1535A -34.318 0.0029 Zn29 22.4055A -33.741 0.0111 +S 16 128.316A -31.886 0.7969 S 15 182.228A -34.539 0.0018 Zn29 22.0107A -32.426 0.2295 +S 16 118.283A -31.472 2.0651 S 15 180.322A -34.693 0.0012 Zn29 15.2360A -33.987 0.0063 +S 16 481.503A -31.894 0.7820 S 15 116.883A -34.687 0.0013 Zn29 15.1069A -32.834 0.0897 +S 16 291.990A -32.026 0.5769 S 15 77.2532A -34.501 0.0019 Zn29 12.9077A -32.803 0.0965 +S 16 229.942A -32.129 0.4549 S 15 134.219A -34.507 0.0019 Zn29 11.8661A -33.049 0.0548 +S 16 199.602A -31.713 1.1877 S 15 331.900A -34.610 0.0015 Zn29 11.2755A -33.244 0.0350 +S 16 741.871A -32.268 0.3305 S 15 206.940A -34.646 0.0014 Zn29 10.9035A -33.387 0.0252 +S 16 440.124A -32.345 0.2771 S 15 166.302A -34.738 0.0011 Zn29 10.6521A -33.115 0.0470 +S 16 340.933A -31.920 0.7362 S 15 135.101A -34.248 0.0035 Zn29 22.0888A -32.909 0.0757 +S 16 1082.08A -32.560 0.1687 S 15 135.157A -34.725 0.0012 Zn29 22.3264A -34.210 0.0038 +S 16 630.842A -32.109 0.4765 S 15 331.402A -34.331 0.0029 Zn29 15.1437A -33.316 0.0296 +S 16 1512.78A -32.305 0.3039 S 15 206.746A -34.448 0.0022 Zn29 15.2379A -34.446 0.0022 +Cl17 4.18936A -29.254 341.6856 S 15 166.176A -34.585 0.0016 Zn29 12.9345A -33.281 0.0321 +Cl17 3.53478A -30.118 46.6643 S 15 146.471A -34.666 0.0013 Zn29 11.8888A -33.527 0.0182 +Cl17 3.35149A -30.773 10.3367 S 15 135.019A -34.142 0.0044 Zn29 11.2960A -33.722 0.0116 +Cl17 3.27294A -31.177 4.0761 S 15 135.019A -34.619 0.0015 Zn29 10.9226A -33.864 0.0084 +Cl17 3.23179A -31.119 4.6613 S 15 331.411A -34.078 0.0051 Zn29 10.6704A -33.593 0.0156 +Cl17 3.20748A -30.898 7.7419 S 15 206.749A -34.399 0.0024 Zn29 22.4532A -33.512 0.0189 +Cl17 22.6226A -30.572 16.4349 S 15 166.179A -34.630 0.0014 Zn29 22.1607A -33.477 0.0204 +Cl17 16.7575A -31.257 3.3920 S 15 146.473A -34.766 0.0010 Zn29 15.2388A -33.813 0.0094 +Cl17 14.9620A -31.637 1.4139 S 15 135.020A -34.278 0.0032 Zn29 15.1694A -33.648 0.0138 +Cl17 14.1391A -31.988 0.6307 S 15 331.411A -34.555 0.0017 Zn29 12.8951A -33.465 0.0210 +Cl17 13.6853A -31.765 1.0522 S 15 135.020A -34.755 0.0011 Zn29 11.8555A -33.687 0.0126 +Cl17 64.6359A -31.813 0.9427 S 15 549.639A -34.100 0.0049 Zn29 11.2660A -33.872 0.0082 +Cl17 44.1847A -32.164 0.4199 S 15 333.309A -34.221 0.0037 Zn29 10.8946A -34.013 0.0059 +Cl17 37.7043A -32.511 0.1891 S 15 262.481A -34.296 0.0031 Zn29 10.6436A -33.745 0.0110 +Cl17 34.6408A -32.285 0.3181 S 15 227.848A -33.768 0.0105 Zn29 46.4982A -33.908 0.0076 +Cl17 139.645A -32.571 0.1645 S 15 846.852A -34.463 0.0021 Zn29 29.9889A -34.278 0.0032 +Cl17 90.4902A -32.895 0.0781 S 15 502.405A -34.512 0.0019 Zn29 24.9090A -34.405 0.0024 +Cl17 74.6468A -32.661 0.1337 S 15 389.178A -33.975 0.0065 Zn29 22.4417A -34.524 0.0018 +Cl17 257.075A -33.224 0.0365 S 15 1235.20A -34.727 0.0011 Zn29 21.0146A -34.613 0.0015 +Cl17 160.374A -32.964 0.0665 S 15 720.112A -34.164 0.0042 Zn29 20.1003A -34.300 0.0031 +Cl17 426.348A -33.242 0.0351 S 15 1726.85A -34.360 0.0027 Zn29 47.2317A -34.367 0.0026 +Ar18 3.73503A -27.985 6346.2524 S 15 4.73132A -31.768 1.0467 Zn29 46.8933A -34.256 0.0034 +Ar18 3.15143A -28.860 845.5752 S 15 4.76364A -31.811 0.9470 Zn29 30.2923A -34.689 0.0013 +Ar18 2.98802A -29.507 190.5269 S 15 4.76110A -34.209 0.0038 Zn29 48.2072A -33.842 0.0088 +Ar18 2.91799A -29.909 75.4896 S 15 4.76183A -32.432 0.2267 Zn29 47.2578A -34.105 0.0048 +Ar18 2.88131A -29.849 86.7647 S 15 4.76480A -32.176 0.4088 Zn29 30.4493A -33.668 0.0132 +Ar18 2.85963A -29.631 143.4383 S 15 4.78662A -31.255 3.4073 Zn29 25.2258A -33.832 0.0090 +Ar18 20.1691A -29.315 296.8367 S 15 5.69974A -32.543 0.1753 Zn29 22.6986A -33.984 0.0064 +Ar18 14.9401A -29.994 62.1538 S 15 5.71208A -32.275 0.3250 Zn29 21.2397A -34.102 0.0048 +Ar18 13.3394A -30.373 25.9506 S 15 5.71258A -31.983 0.6371 Zn29 20.3061A -33.815 0.0094 +Ar18 12.6057A -30.718 11.7396 S 15 5.72001A -31.795 0.9815 Zn29 48.4131A -34.407 0.0024 +Ar18 12.2011A -30.497 19.4948 S 15 5.72061A -31.906 0.7603 Zn29 47.1330A -33.574 0.0164 +Ar18 57.6261A -30.547 17.4010 S 15 5.72167A -31.726 1.1528 Zn29 30.7739A -33.395 0.0247 +Ar18 39.3929A -30.898 7.7458 S 15 6.13244A -32.687 0.1260 Zn29 25.4482A -33.589 0.0158 +Ar18 33.6152A -31.241 3.5207 S 15 6.13821A -32.417 0.2349 Zn29 22.8785A -33.758 0.0107 +Ar18 30.8840A -31.017 5.8936 S 15 6.13858A -32.269 0.3297 Zn29 21.3971A -33.885 0.0080 +Ar18 124.501A -31.302 3.0595 S 15 6.14218A -32.050 0.5462 Zn29 20.4500A -33.604 0.0153 +Ar18 80.6766A -31.625 1.4534 S 15 6.14241A -32.255 0.3406 Zn29 47.2920A -34.055 0.0054 +Ar18 66.5514A -31.393 2.4768 S 15 6.14226A -32.611 0.1500 Zn29 30.8416A -33.873 0.0082 +Ar18 229.195A -31.955 0.6803 S 15 6.14226A -32.918 0.0739 Zn29 25.4945A -34.067 0.0053 +Ar18 142.981A -31.696 1.2329 S 15 6.14289A -31.927 0.7248 Zn29 22.9159A -34.236 0.0036 +Ar18 380.111A -31.974 0.6503 S 15 6.35410A -32.721 0.1164 Zn29 21.4299A -34.363 0.0027 +K 19 3.35047A -29.124 460.7054 S 15 6.35719A -32.634 0.1423 Zn29 20.4799A -34.081 0.0051 +K 19 2.82696A -30.016 59.1048 S 15 6.35744A -32.326 0.2890 Zn29 48.1635A -33.072 0.0519 +K 19 2.68038A -30.648 13.7909 S 15 6.35941A -32.307 0.3022 Zn29 31.2101A -33.275 0.0326 +K 19 2.61756A -31.048 5.4896 S 15 6.35953A -32.577 0.1623 Zn29 25.7458A -33.550 0.0173 +K 19 2.58465A -30.985 6.3413 S 15 6.35923A -32.883 0.0802 Zn29 23.1187A -33.764 0.0105 +K 19 2.56520A -30.769 10.4389 S 15 6.35923A -33.323 0.0291 Zn29 21.6071A -33.920 0.0074 +K 19 18.0925A -30.472 20.6540 S 15 6.35923A -34.125 0.0046 Zn29 20.6417A -33.658 0.0135 +K 19 13.4019A -31.137 4.4735 S 15 6.35923A -33.845 0.0087 Zn29 48.1635A -33.549 0.0173 +K 19 11.9660A -31.515 1.8710 S 15 6.35978A -32.134 0.4505 Zn29 31.2101A -33.752 0.0109 +K 19 11.3078A -31.854 0.8580 S 15 6.48364A -32.380 0.2557 Zn29 25.7458A -34.027 0.0058 +K 19 10.9449A -31.635 1.4188 S 15 6.56103A -32.586 0.1591 Zn29 23.1187A -34.242 0.0035 +K 19 51.6930A -31.686 1.2614 S 15 6.61226A -32.763 0.1058 Zn29 21.6071A -34.397 0.0025 +K 19 35.3370A -32.038 0.5612 S 15 6.64785A -32.919 0.0739 Zn29 20.6417A -34.135 0.0045 +K 19 30.1542A -32.377 0.2573 S 15 6.67354A -31.273 3.2693 Zn29 48.5531A -34.465 0.0021 +K 19 27.7042A -32.155 0.4289 Cl16 4.46789A -32.682 0.1274 Zn29 47.8560A -34.497 0.0020 +K 19 111.682A -32.438 0.2234 Cl16 4.46447A -32.851 0.0863 Zn29 30.7478A -34.146 0.0044 +K 19 72.3702A -32.761 0.1062 Cl16 4.44431A -32.382 0.2541 Zn29 25.4303A -34.312 0.0030 +K 19 59.6993A -32.531 0.1803 Cl16 3.79401A -33.551 0.0172 Zn29 22.8640A -34.465 0.0021 +K 19 205.597A -33.091 0.0497 Cl16 3.78971A -32.137 0.4471 Zn29 21.3845A -34.584 0.0016 +K 19 128.260A -32.834 0.0897 Cl16 4.49718A -32.189 0.3964 Zn29 20.4384A -34.299 0.0031 +K 19 340.975A -33.112 0.0473 Cl16 3.60325A -32.787 0.1000 Zn29 84.4632A -34.365 0.0026 +Ca20 3.02216A -27.753 10828.844 Cl16 3.52303A -32.929 0.0722 Zn29 53.6484A -34.405 0.0024 +Ca20 2.54995A -28.669 1314.1227 Cl16 24.2651A -33.717 0.0118 Zn29 43.3771A -34.507 0.0019 +Ca20 2.41773A -29.276 324.5898 Cl16 18.1274A -34.191 0.0040 Zn29 38.3441A -34.598 0.0015 +Ca20 2.36106A -29.674 129.9197 Cl16 16.2641A -34.274 0.0033 Zn29 35.4055A -34.295 0.0031 +Ca20 2.33138A -29.605 152.0321 Cl16 25.0171A -34.175 0.0041 Zn29 85.6094A -34.077 0.0051 +Ca20 2.31384A -29.393 248.1327 Cl16 18.6474A -34.693 0.0012 Zn29 54.1085A -34.136 0.0045 +Ca20 16.3197A -29.128 456.7194 Cl16 16.6814A -34.776 0.0010 Zn29 43.6775A -34.253 0.0034 +Ca20 12.0886A -29.767 104.8005 Cl16 25.4296A -33.902 0.0077 Zn29 38.5785A -34.354 0.0027 +Ca20 10.7934A -30.145 43.9345 Cl16 24.9976A -33.506 0.0191 Zn29 35.6054A -34.057 0.0054 +Ca20 10.1998A -30.474 20.5705 Cl16 18.6194A -33.653 0.0136 Zn29 86.0090A -34.557 0.0017 +Ca20 9.87240A -30.259 33.7239 Cl16 16.6590A -33.842 0.0088 Zn29 54.2679A -34.614 0.0015 +Ca20 46.6276A -30.312 29.8795 Cl16 25.9446A -34.248 0.0035 Zn29 43.7812A -34.732 0.0011 +Ca20 31.8744A -30.664 13.2807 Cl16 25.7476A -33.902 0.0077 Zn29 35.6743A -34.535 0.0018 +Ca20 27.1995A -30.997 6.1691 Cl16 19.0403A -34.163 0.0042 Zn29 88.6645A -33.817 0.0093 +Ca20 24.9895A -30.779 10.1952 Cl16 16.9952A -34.358 0.0027 Zn29 55.3131A -33.949 0.0069 +Ca20 100.739A -31.059 5.3524 Cl16 71.6657A -34.662 0.0013 Zn29 44.4590A -34.110 0.0048 +Ca20 65.2787A -31.381 2.5467 Cl16 49.3250A -34.667 0.0013 Zn29 39.1870A -34.238 0.0035 +Ca20 53.8494A -31.155 4.2846 Cl16 72.9733A -34.255 0.0034 Zn29 36.1230A -33.959 0.0067 +Ca20 185.451A -31.711 1.1921 Cl16 49.9410A -34.423 0.0023 Zn29 88.6645A -34.294 0.0031 +Ca20 115.692A -31.458 2.1328 Cl16 73.0908A -34.733 0.0011 Zn29 55.3131A -34.427 0.0023 +Ca20 307.563A -31.736 1.1249 Cl16 158.228A -34.479 0.0020 Zn29 44.4590A -34.587 0.0016 +Sc21 2.73968A -31.038 5.6105 Cl16 4.18936A -33.503 0.0193 Zn29 39.1870A -34.715 0.0012 +Sc21 2.31160A -31.859 0.8471 Cl16 4.21653A -33.492 0.0197 Zn29 36.1230A -34.436 0.0022 +Sc21 2.19174A -32.397 0.2457 Cl16 4.21510A -34.067 0.0053 Zn29 88.6659A -33.564 0.0167 +Sc21 2.14037A -32.775 0.1030 Cl16 4.21815A -33.797 0.0098 Zn29 55.3137A -33.900 0.0077 +Sc21 2.11347A -32.713 0.1188 Cl16 4.23630A -32.941 0.0701 Zn29 44.4594A -34.155 0.0043 +Sc21 2.09757A -32.474 0.2058 Cl16 5.05260A -34.292 0.0031 Zn29 39.1873A -34.338 0.0028 +Sc21 14.7943A -32.333 0.2844 Cl16 5.06301A -33.973 0.0065 Zn29 36.1233A -34.094 0.0049 +Sc21 10.9587A -32.895 0.0780 Cl16 5.06359A -33.714 0.0118 Zn29 88.6659A -34.041 0.0056 +Sc21 9.78457A -33.250 0.0345 Cl16 5.07001A -33.519 0.0185 Zn29 55.3137A -34.378 0.0026 +Sc21 9.24642A -33.581 0.0161 Cl16 5.07058A -33.663 0.0133 Zn29 44.4594A -34.633 0.0014 +Sc21 8.94962A -33.341 0.0280 Cl16 5.07128A -33.426 0.0230 Zn29 36.1233A -34.571 0.0016 +Sc21 42.2693A -33.461 0.0212 Cl16 5.44856A -33.118 0.0467 Zn29 35.5981A -34.771 0.0010 +Sc21 28.8951A -33.780 0.0102 Cl16 5.64287A -32.783 0.1010 Zn29 147.050A -33.601 0.0153 +Sc21 24.6571A -34.104 0.0048 Ar17 3.96911A -31.236 3.5566 Zn29 89.1730A -33.746 0.0110 +Sc21 22.6537A -33.860 0.0085 Ar17 3.96561A -31.328 2.8790 Zn29 70.2238A -33.868 0.0083 +Sc21 91.3226A -34.189 0.0040 Ar17 3.94883A -30.977 6.4672 Zn29 60.9581A -33.584 0.0160 +Sc21 59.1771A -34.489 0.0020 Ar17 3.36910A -31.986 0.6330 Zn29 226.566A -33.988 0.0063 +Sc21 48.8161A -34.237 0.0036 Ar17 3.36545A -30.711 11.9204 Zn29 134.413A -34.083 0.0051 +Sc21 104.878A -34.540 0.0018 Ar17 3.99389A -30.767 10.4742 Zn29 104.120A -33.792 0.0099 +Ti22 2.49490A -28.850 864.7845 Ar17 3.36530A -33.889 0.0079 Zn29 330.465A -34.299 0.0031 +Ti22 2.10507A -29.761 106.1958 Ar17 3.19977A -31.375 2.5820 Zn29 192.658A -33.981 0.0064 +Ti22 1.99592A -30.374 25.8936 Ar17 3.12835A -31.517 1.8614 Zn29 461.999A -34.176 0.0041 +Ti22 1.94914A -30.765 10.5200 Ar17 661.559A -33.952 0.0069 Zn29 1.33424A -31.971 0.6555 +Ti22 1.92464A -30.685 12.6517 Ar17 559.971A -33.445 0.0220 Zn29 1.33964A -31.714 1.1852 +Ti22 1.91016A -30.478 20.3943 Ar17 21.5364A -32.270 0.3294 Zn29 1.33924A -34.154 0.0043 +Ti22 13.4725A -30.221 36.8499 Ar17 16.0927A -32.768 0.1045 Zn29 1.33961A -31.742 1.1098 +Ti22 9.97961A -30.869 8.2831 Ar17 14.4353A -32.865 0.0836 Zn29 1.34373A -31.513 1.8823 +Ti22 8.91037A -31.242 3.5069 Ar17 22.3261A -33.988 0.0063 Zn29 1.34669A -31.353 2.7183 +Ti22 8.42030A -31.554 1.7118 Ar17 22.1668A -32.744 0.1105 Zn29 1.62278A -32.440 0.2223 +Ti22 8.15002A -31.345 2.7718 Ar17 16.5296A -33.275 0.0325 Zn29 1.62490A -32.323 0.2910 +Ti22 38.4928A -31.406 2.4065 Ar17 14.7859A -33.371 0.0261 Zn29 1.62595A -31.810 0.9495 +Ti22 26.3134A -31.756 1.0748 Ar17 22.5212A -32.464 0.2105 Zn29 1.62815A -32.117 0.4677 +Ti22 22.4541A -32.077 0.5134 Ar17 22.3034A -34.198 0.0039 Zn29 1.62857A -32.464 0.2104 +Ti22 20.6297A -31.864 0.8380 Ar17 22.1272A -32.098 0.4889 Zn29 1.62795A -31.906 0.7612 +Ti22 83.1634A -32.141 0.4427 Ar17 16.5081A -32.225 0.3654 Zn29 1.75418A -32.742 0.1109 +Ti22 53.8899A -32.461 0.2119 Ar17 14.7687A -32.367 0.2634 Zn29 1.75521A -32.888 0.0792 +Ti22 44.4546A -32.241 0.3522 Ar17 22.9660A -32.849 0.0867 Zn29 1.75573A -32.119 0.4654 +Ti22 153.096A -32.791 0.0992 Ar17 22.7732A -32.534 0.1793 Zn29 1.75680A -32.389 0.2504 +Ti22 95.5080A -32.544 0.1753 Ar17 16.8683A -32.773 0.1034 Zn29 1.75702A -32.802 0.0966 +Ti22 253.904A -32.821 0.0925 Ar17 15.0563A -32.914 0.0747 Zn29 1.75820A -33.033 0.0568 +V 23 2.28143A -29.784 100.7834 Ar17 61.8288A -33.875 0.0082 Zn29 1.75820A -33.799 0.0097 +V 23 1.92495A -30.686 12.6330 Ar17 42.9030A -33.835 0.0090 Zn29 1.75671A -32.328 0.2881 +V 23 1.82514A -31.290 3.1454 Ar17 63.5320A -34.373 0.0026 Zn29 1.82209A -33.089 0.0499 +V 23 1.78237A -31.675 1.2941 Ar17 43.7163A -34.331 0.0029 Zn29 1.82266A -33.228 0.0363 +V 23 1.75996A -31.589 1.5798 Ar17 63.6668A -33.280 0.0322 Zn29 1.82295A -32.390 0.2497 +V 23 1.74672A -31.382 2.5445 Ar17 43.7800A -33.282 0.0320 Zn29 1.82348A -32.615 0.1487 +V 23 12.3197A -31.147 4.3656 Ar17 65.0068A -32.852 0.0862 Zn29 1.82366A -33.081 0.0509 +V 23 9.12571A -31.787 1.0008 Ar17 44.4095A -33.022 0.0582 Zn29 1.82482A -33.294 0.0311 +V 23 8.14796A -32.155 0.4285 Ar17 65.0555A -33.364 0.0265 Zn29 1.82482A -33.950 0.0069 +V 23 7.69982A -32.457 0.2138 Ar17 44.4322A -33.534 0.0179 Zn29 1.82482A -34.616 0.0015 +V 23 7.45266A -32.248 0.3458 Ar17 64.9992A -33.802 0.0097 Zn29 1.82346A -32.628 0.1443 +V 23 35.1992A -32.321 0.2924 Ar17 44.4060A -33.805 0.0096 Zn29 1.86316A -32.875 0.0818 +V 23 24.0619A -32.667 0.1320 Ar17 140.160A -33.083 0.0507 Zn29 1.88707A -33.081 0.0508 +V 23 20.5329A -32.980 0.0641 Ar17 3.73503A -32.155 0.4290 Zn29 1.90292A -33.259 0.0338 +V 23 18.8646A -32.768 0.1045 Ar17 3.75808A -32.094 0.4930 Zn29 1.91394A -33.415 0.0236 +V 23 76.0476A -33.049 0.0548 Ar17 3.75623A -34.609 0.0015 Zn29 1.92190A -31.416 2.3508 +V 23 49.2788A -33.365 0.0265 Ar17 3.75697A -32.632 0.1430 extra Lyman.......................... +V 23 40.6509A -33.144 0.0439 Ar17 3.76011A -32.329 0.2875 database lines....................... +V 23 139.997A -33.694 0.0124 Ar17 3.77532A -31.550 1.7259 Ar16 353.920A -34.616 0.0015 +V 23 87.3359A -33.447 0.0219 Ar17 4.50919A -32.944 0.0696 Ar16 23.5905A -34.667 0.0013 +V 23 232.179A -33.725 0.0115 Ar17 4.51802A -32.587 0.1588 Ar16 23.5461A -34.379 0.0026 +Cr24 2.09389A -27.974 6501.3418 Ar17 4.51870A -32.342 0.2788 Ar16 3.98300A -34.582 0.0016 +Cr24 1.76672A -28.889 790.9729 Ar17 4.52532A -32.163 0.4209 Ar16 3.98110A -34.161 0.0042 +Cr24 1.67511A -29.502 193.0323 Ar17 4.52556A -32.339 0.2810 Ca18 344.760A -34.235 0.0036 +Cr24 1.63585A -29.886 79.6814 Ar17 4.52528A -32.046 0.5510 Ca18 302.190A -33.882 0.0080 +Cr24 1.61528A -29.785 100.6415 Ar17 4.86391A -31.766 1.0509 Ca18 20.0532A -34.743 0.0011 +Cr24 1.60313A -29.588 158.1309 Ar17 5.03877A -31.451 2.1680 Ca18 20.2189A -34.428 0.0023 +Cr24 11.3070A -29.348 274.8618 K 18 3.54954A -32.291 0.3132 Ca18 18.7319A -33.916 0.0074 +Cr24 8.37554A -29.999 61.4075 K 18 3.54600A -32.329 0.2874 Ca18 18.6909A -33.628 0.0144 +Cr24 7.47816A -30.368 26.2647 K 18 3.53196A -32.002 0.6099 Ca18 19.6420A -34.401 0.0024 +Cr24 7.06686A -30.653 13.6172 K 18 3.01181A -32.904 0.0764 Ca18 19.7892A -34.151 0.0043 +Cr24 6.84003A -30.455 21.4917 K 18 3.00868A -31.736 1.1266 Ca18 14.0860A -34.640 0.0014 +Cr24 32.3057A -30.522 18.4221 K 18 3.57079A -31.829 0.9075 Ca18 14.0970A -34.351 0.0027 +Cr24 22.0840A -30.872 8.2350 K 18 2.86010A -32.416 0.2353 Ca18 12.6360A -34.780 0.0010 +Cr24 18.8450A -31.176 4.0838 K 18 2.79613A -32.587 0.1585 Ca18 3.18960A -34.765 0.0011 +Cr24 17.3138A -30.975 6.4972 K 18 510.673A -34.572 0.0016 Co25 244.189A -33.750 0.0109 +Cr24 69.7962A -31.242 3.5080 K 18 19.2395A -33.330 0.0287 Co25 178.196A -33.330 0.0287 +Cr24 45.2279A -31.561 1.6859 K 18 14.3702A -33.814 0.0094 Co25 9.83770A -33.367 0.0263 +Cr24 37.3092A -31.351 2.7305 K 18 12.8887A -33.927 0.0073 Co25 9.79530A -33.089 0.0499 +Cr24 128.488A -31.890 0.7891 K 18 19.7759A -33.766 0.0105 Co25 7.37410A -33.970 0.0066 +Cr24 80.1566A -31.654 1.3592 K 18 14.7420A -34.315 0.0030 Co25 7.36380A -33.683 0.0127 +Cr24 213.093A -31.932 0.7169 K 18 13.1870A -34.427 0.0023 Co25 10.3676A -34.285 0.0032 +Mn25 1.92851A -28.064 5293.7754 K 18 20.0833A -33.499 0.0194 Co25 10.1590A -33.790 0.0099 +Mn25 1.62718A -28.989 629.2393 K 18 19.7526A -33.146 0.0438 Co25 7.58300A -34.526 0.0018 +Mn25 1.54281A -29.603 152.9947 K 18 14.7250A -33.277 0.0324 Co25 10.5332A -33.963 0.0067 +Mn25 1.50665A -29.984 63.5578 K 18 13.1734A -33.496 0.0196 Co25 10.3180A -34.503 0.0019 +Mn25 1.48771A -29.867 83.2391 K 18 20.4701A -33.864 0.0084 Co25 10.3031A -33.542 0.0176 +Mn25 1.47652A -29.680 127.9191 K 18 20.3153A -33.567 0.0166 Co25 7.71860A -34.534 0.0018 +Mn25 10.4140A -29.446 219.5498 K 18 15.0355A -33.783 0.0101 Co25 7.66710A -34.274 0.0033 +Mn25 7.71406A -30.100 48.6700 K 18 13.4214A -34.008 0.0060 Cr22 279.744A -33.638 0.0141 +Mn25 6.88755A -30.468 20.8709 K 18 56.7789A -34.286 0.0032 Cr22 222.981A -33.251 0.0344 +Mn25 6.50874A -30.736 11.2626 K 18 39.0458A -34.321 0.0029 Cr22 12.6647A -33.279 0.0322 +Mn25 6.29981A -30.547 17.3856 K 18 57.8523A -33.878 0.0081 Cr22 12.6231A -33.004 0.0607 +Mn25 29.7542A -30.612 14.9732 K 18 39.5505A -34.075 0.0052 Cr22 9.49310A -33.887 0.0079 +Mn25 20.3398A -30.964 6.6585 K 18 57.8523A -34.356 0.0027 Cr22 9.49310A -33.598 0.0155 +Mn25 17.3566A -31.259 3.3776 K 18 39.5505A -34.552 0.0017 Cr22 13.3895A -34.226 0.0036 +Mn25 15.9464A -31.067 5.2559 K 18 57.9139A -34.762 0.0011 Cr22 13.1484A -33.743 0.0111 +Mn25 64.2838A -31.324 2.9059 K 18 125.019A -34.130 0.0045 Cr22 9.80920A -34.467 0.0021 +Mn25 41.6559A -31.643 1.3944 K 18 3.35047A -33.221 0.0369 Cr22 13.5547A -33.908 0.0076 +Mn25 34.3626A -31.443 2.2088 K 18 3.37029A -33.114 0.0471 Cr22 13.3076A -34.453 0.0022 +Mn25 118.341A -31.973 0.6527 K 18 3.36940A -33.610 0.0151 Cr22 13.2917A -33.492 0.0197 +Mn25 73.8259A -31.746 1.0995 K 18 3.37260A -33.281 0.0321 Cr22 9.86530A -34.214 0.0037 +Mn25 196.263A -32.024 0.5799 K 18 3.38540A -32.579 0.1616 Fe23 132.906A -33.458 0.0214 +Fe26 1.78177A -25.980 641300.50 K 18 4.04865A -33.993 0.0062 Fe23 12.1612A -34.119 0.0047 +Fe26 1.50337A -26.908 75719.180 K 18 4.05623A -33.617 0.0148 Fe23 11.0180A -33.681 0.0128 +Fe26 1.42541A -27.516 18690.811 K 18 4.05698A -33.384 0.0253 Fe23 10.9800A -33.470 0.0208 +Fe26 1.39200A -27.900 7712.7046 K 18 4.06236A -33.225 0.0365 Fe23 11.7370A -33.755 0.0108 +Fe26 1.37451A -27.839 8876.7285 K 18 4.06236A -33.427 0.0229 Fe23 8.30290A -34.029 0.0057 +Fe26 1.36416A -28.003 6082.1157 K 18 4.06266A -33.083 0.0506 Fe23 8.81400A -34.516 0.0019 +Fe26 1.35754A -28.112 4736.6016 K 18 4.36916A -32.826 0.0916 Fe23 7.47200A -34.475 0.0021 +Fe26 1.35303A -28.172 4126.0039 K 18 4.52738A -32.527 0.1823 Fe23 1.87030A -33.376 0.0258 +Fe26 1.34982A -27.895 7809.2212 Ca19 3.19280A -30.753 10.8235 Fe24 255.114A -31.296 3.0963 +Fe26 9.62154A -27.373 25933.045 Ca19 3.18915A -30.745 11.0318 Fe24 192.029A -30.886 7.9594 +Fe26 7.12706A -28.018 5876.8936 Ca19 3.17724A -30.496 19.5690 Fe24 11.2614A -31.712 1.1904 +Fe26 6.36345A -28.388 2507.7178 Ca19 2.70813A -31.236 3.5619 Fe24 11.4271A -31.378 2.5667 +Fe26 6.01346A -28.708 1201.0569 Ca19 2.70542A -30.215 37.3116 Fe24 10.6630A -30.879 8.1026 +Fe26 5.82044A -28.870 826.6254 Ca19 3.21108A -30.315 29.6637 Fe24 11.2900A -34.103 0.0048 +Fe26 5.70165A -28.977 645.5057 Ca19 2.70551A -33.431 0.0227 Fe24 10.6190A -30.600 15.3927 +Fe26 5.62298A -29.037 563.2957 Ca19 2.57152A -30.910 7.5398 Fe24 11.0802A -34.108 0.0048 +Fe26 5.56802A -28.759 1067.4583 Ca19 2.51390A -31.075 5.1610 Fe24 11.2406A -34.116 0.0047 +Fe26 27.4901A -28.553 1716.3461 Ca19 585.931A -33.512 0.0189 Fe24 10.5720A -34.532 0.0018 +Fe26 18.7921A -28.894 781.3161 Ca19 466.904A -33.100 0.0487 Fe24 11.0290A -31.361 2.6690 +Fe26 16.0359A -29.231 360.1937 Ca19 17.2898A -31.780 1.0165 Fe24 11.1879A -32.072 0.5191 +Fe26 14.7330A -29.390 249.9005 Ca19 12.9109A -32.305 0.3035 Fe24 10.5569A -34.327 0.0029 +Fe26 13.9950A -29.495 195.9949 Ca19 11.5786A -32.411 0.2377 Fe24 11.1710A -31.091 4.9721 +Fe26 13.5303A -29.553 171.4869 Ca19 17.8653A -33.236 0.0356 Fe24 8.28570A -32.651 0.1369 +Fe26 13.2164A -29.275 325.5399 Ca19 17.7481A -32.243 0.3501 Fe24 8.37510A -32.274 0.3258 +Fe26 59.3922A -29.287 316.1284 Ca19 13.2291A -32.806 0.0959 Fe24 32.4381A -33.322 0.0292 +Fe26 38.4861A -29.615 148.6954 Ca19 11.8339A -32.911 0.0752 Fe24 32.8526A -32.995 0.0619 +Fe26 31.7478A -29.766 105.0218 Ca19 18.0165A -31.972 0.6540 Fe24 7.99300A -31.638 1.4110 +Fe26 28.5083A -29.868 83.0178 Ca19 17.8589A -33.500 0.0194 Fe24 30.8738A -32.730 0.1142 +Fe26 26.6443A -29.924 72.9459 Ca19 17.7269A -31.635 1.4217 Fe24 32.7664A -33.608 0.0151 +Fe26 25.4538A -29.645 138.8344 Ca19 13.2152A -31.768 1.0451 Fe24 7.98400A -31.337 2.8209 +Fe26 109.336A -29.945 69.6021 Ca19 11.8227A -31.981 0.6404 Fe24 30.7400A -32.441 0.2222 +Fe26 68.2082A -30.069 52.2790 Ca19 18.3617A -32.374 0.2592 Fe24 32.6157A -34.339 0.0028 +Fe26 54.8236A -30.163 42.0629 Ca19 18.2221A -32.068 0.5236 Fe24 32.7601A -33.371 0.0261 +Fe26 48.3225A -30.216 37.2476 Ca19 13.4885A -32.274 0.3262 Fe24 8.23260A -32.221 0.3682 +Fe26 44.5442A -29.935 71.1882 Ca19 12.0410A -32.491 0.1977 Fe24 8.32080A -32.933 0.0715 +Fe26 181.329A -30.347 27.5729 Ca19 49.5881A -33.409 0.0239 Fe24 31.6396A -33.292 0.0313 +Fe26 109.960A -30.415 23.5890 Ca19 34.3899A -33.383 0.0254 Fe24 32.0339A -33.994 0.0062 +Fe26 86.5938A -30.460 21.2591 Ca19 50.8228A -33.869 0.0083 Fe24 8.31640A -31.967 0.6607 +Fe26 75.1683A -30.175 40.9444 Ca19 34.9792A -33.846 0.0087 Fe24 31.9683A -33.034 0.0567 +Fe26 279.381A -30.657 13.5141 Ca19 50.9774A -32.777 0.1024 Fe24 32.3771A -33.017 0.0589 +Fe26 165.746A -30.675 12.9489 Ca19 35.0524A -32.805 0.0961 Fe24 32.5193A -34.168 0.0042 +Fe26 128.392A -30.383 25.3800 Ca19 51.9235A -32.369 0.2617 Fe24 32.4781A -32.855 0.0855 +Fe26 407.500A -30.891 7.8829 Ca19 35.4971A -32.559 0.1691 Fe24 7.38910A -33.409 0.0239 +Fe26 237.569A -30.572 16.4258 Ca19 51.9235A -32.847 0.0872 Fe24 7.46010A -32.887 0.0795 +Fe26 569.696A -30.767 10.4754 Ca19 35.4971A -33.036 0.0564 Fe24 21.9914A -33.839 0.0089 +Co27 1.65147A -28.405 2414.0022 Ca19 51.9561A -33.253 0.0342 Fe24 22.1811A -33.467 0.0209 +Co27 1.39343A -29.326 289.4702 Ca19 35.5124A -33.289 0.0315 Fe24 70.6940A -34.425 0.0023 +Co27 1.32118A -29.944 69.7301 Ca19 112.206A -32.614 0.1489 Fe24 71.4058A -34.093 0.0049 +Co27 1.29021A -30.316 29.5941 Ca19 3.02216A -31.779 1.0186 Fe24 7.16900A -31.840 0.8867 +Co27 1.27399A -30.166 41.7867 Ca19 3.03927A -31.632 1.4291 Fe24 21.3813A -32.786 0.1004 +Co27 1.26441A -29.995 61.9570 Ca19 3.03783A -34.033 0.0057 Fe24 22.3394A -33.818 0.0093 +Co27 8.91794A -29.780 101.7761 Ca19 3.03854A -32.081 0.5081 Fe24 67.2089A -33.635 0.0142 +Co27 6.60588A -30.441 22.1784 Ca19 3.04185A -31.734 1.1296 Fe24 71.2404A -34.206 0.0038 +Co27 5.89811A -30.802 9.6590 Ca19 3.05276A -31.107 4.7935 Fe24 7.37000A -32.712 0.1188 +Co27 5.57372A -31.035 5.6539 Ca19 3.65496A -32.502 0.1927 Fe24 7.44060A -33.412 0.0237 +Co27 5.39481A -30.862 8.4206 Ca19 3.66151A -32.141 0.4428 Fe24 21.8231A -33.632 0.0143 +Co27 25.4798A -30.933 7.1489 Ca19 3.66231A -31.918 0.7405 Fe24 22.0100A -34.330 0.0029 +Co27 17.4179A -31.284 3.1842 Ca19 3.66711A -31.787 1.0009 Fe24 68.9847A -34.505 0.0019 +Co27 14.8632A -31.558 1.6956 Ca19 3.66711A -32.011 0.5969 Fe24 7.43800A -32.453 0.2160 +Co27 13.6556A -31.382 2.5457 Ca19 3.66728A -31.616 1.4837 Fe24 21.9868A -33.376 0.0258 +Co27 55.0490A -31.625 1.4518 Ca19 3.94579A -31.379 2.5605 Fe24 69.4301A -34.246 0.0035 +Co27 35.6718A -31.942 0.7000 Ca19 4.08960A -31.099 4.8802 Fe24 1.87470A -32.715 0.1181 +Co27 29.4262A -31.758 1.0698 Sc20 2.88696A -34.088 0.0050 Fe24 1.87380A -32.080 0.5100 +Co27 101.340A -32.272 0.3276 Sc20 2.88327A -34.044 0.0055 Fe24 1.87050A -33.348 0.0275 +Co27 63.2204A -32.061 0.5326 Sc20 2.87315A -33.817 0.0093 Fe24 1.86350A -30.953 6.8320 +Co27 168.069A -32.339 0.2809 Sc20 2.44797A -34.467 0.0021 Fe24 1.86110A -30.455 21.5144 +Ni28 1.53351A -26.969 65814.289 Sc20 2.44560A -33.533 0.0179 Fe24 1.85700A -31.132 4.5258 +Ni28 1.29390A -27.883 8021.9644 Sc20 2.90292A -33.652 0.0137 Fe24 1.85630A -32.102 0.4841 +Ni28 1.22681A -28.515 1870.3676 Sc20 2.32432A -34.233 0.0036 Fe24 1.89240A -32.121 0.4637 +Ni28 1.19805A -28.883 803.0260 Sc20 2.27217A -34.423 0.0023 Fe24 1.87240A -33.673 0.0130 +Ni28 1.18299A -28.711 1191.1869 Sc20 2.76673A -34.428 0.0023 Fe24 1.86290A -34.115 0.0047 +Ni28 1.17409A -28.551 1724.3528 Sc20 3.58097A -34.721 0.0012 Fe24 1.85250A -34.391 0.0025 +Ni28 8.28095A -28.333 2844.9055 Sc20 3.71224A -34.452 0.0022 Fe24 1.89700A -32.111 0.4750 +Ni28 6.13404A -29.012 596.6088 Ti21 2.62293A -31.677 1.2892 Fe24 1.86740A -34.637 0.0014 +Ni28 5.47682A -29.369 261.8691 Ti21 2.61913A -31.605 1.5200 Fe24 1.85690A -33.024 0.0580 +Ni28 5.17559A -29.580 161.1723 Ti21 2.61040A -31.417 2.3462 Mn23 266.881A -33.555 0.0171 +Ni28 5.00946A -29.417 234.3582 Ti21 2.22338A -31.943 0.6988 Mn23 206.903A -33.158 0.0426 +Ni28 23.6599A -29.489 198.5739 Ti21 2.22130A -31.119 4.6584 Mn23 11.6036A -33.193 0.0393 +Ni28 16.1737A -29.842 88.2668 Ti21 2.63686A -31.252 3.4307 Mn23 11.5634A -32.912 0.0751 +Ni28 13.8016A -30.103 48.3351 Ti21 2.22118A -34.298 0.0031 Mn23 8.68810A -33.794 0.0099 +Ni28 12.6802A -29.937 70.8498 Ti21 2.11098A -31.830 0.9072 Mn23 8.68810A -33.505 0.0192 +Ni28 51.1170A -30.171 41.3757 Ti21 2.06356A -32.030 0.5721 Mn23 12.2801A -34.122 0.0046 +Ni28 33.1238A -30.487 19.9537 Ti21 523.889A -34.478 0.0020 Mn23 12.0246A -33.639 0.0141 +Ni28 27.3243A -30.313 29.7749 Ti21 389.499A -34.148 0.0044 Mn23 8.96440A -34.366 0.0026 +Ni28 94.1017A -30.817 9.3400 Ti21 14.1792A -32.708 0.1200 Mn23 12.4461A -33.803 0.0096 +Ni28 58.7046A -30.616 14.8217 Ti21 10.5850A -33.220 0.0369 Mn23 12.1837A -34.350 0.0027 +Ni28 156.064A -30.894 7.8172 Ti21 9.49118A -33.362 0.0266 Mn23 12.1586A -33.383 0.0254 +Cu29 1.42880A -28.915 745.9100 Ti21 14.6096A -33.941 0.0070 Mn23 9.05250A -34.112 0.0047 +Cu29 1.20555A -29.820 92.7552 Ti21 14.5200A -33.141 0.0443 Ni25 117.939A -33.892 0.0079 +Cu29 1.14304A -30.464 21.0430 Ti21 10.8230A -33.720 0.0117 Ni25 9.35500A -34.350 0.0027 +Cu29 1.11625A -30.826 9.1502 Ti21 9.68210A -33.861 0.0084 Ni25 9.33000A -33.928 0.0072 +Cu29 1.10222A -30.634 14.2502 Ti21 14.7348A -32.870 0.0826 Ni25 10.2881A -34.579 0.0016 +Cu29 1.09393A -30.483 20.1672 Ti21 14.6162A -34.182 0.0040 Ni25 9.96700A -34.107 0.0048 +Cu29 7.71552A -30.267 33.1605 Ti21 14.5122A -32.576 0.1627 Ni26 234.094A -31.911 0.7523 +Cu29 5.71520A -30.959 6.7341 Ti21 10.8155A -32.683 0.1272 Ni26 165.377A -31.475 2.0543 +Cu29 5.10286A -31.313 2.9831 Ti21 9.67613A -32.932 0.0717 Ni26 9.56680A -32.295 0.3105 +Cu29 4.82220A -31.502 1.9281 Ti21 15.0181A -33.283 0.0319 Ni26 9.73210A -31.969 0.6584 +Cu29 4.66742A -31.349 2.7409 Ti21 14.8969A -33.019 0.0587 Ni26 9.10500A -31.468 2.0859 +Cu29 22.0444A -31.423 2.3125 Ti21 11.0340A -33.187 0.0399 Ni26 9.63550A -34.623 0.0015 +Cu29 15.0694A -31.776 1.0274 Ti21 9.85063A -33.440 0.0223 Ni26 9.06130A -31.190 3.9607 +Cu29 12.8592A -32.025 0.5782 Ti21 40.6612A -34.324 0.0029 Ni26 9.42610A -34.620 0.0015 +Cu29 11.8144A -31.869 0.8286 Ti21 28.1844A -34.333 0.0028 Ni26 9.58650A -34.631 0.0014 +Cu29 47.6267A -32.093 0.4941 Ti21 41.5924A -34.781 0.0010 Ni26 9.38980A -31.928 0.7240 +Cu29 30.8621A -32.409 0.2387 Ti21 41.7574A -33.690 0.0125 Ni26 9.54900A -32.642 0.1398 +Cu29 25.4586A -32.245 0.3482 Ti21 28.7067A -33.754 0.0108 Ni26 9.53530A -31.679 1.2831 +Cu29 87.6764A -32.739 0.1117 Ti21 42.4588A -33.283 0.0319 Ni26 7.04830A -33.207 0.0380 +Cu29 54.6963A -32.548 0.1733 Ti21 29.0365A -33.508 0.0190 Ni26 7.13760A -32.888 0.0793 +Cu29 145.408A -32.826 0.0914 Ti21 42.5511A -33.761 0.0106 Ni26 27.5331A -33.975 0.0065 +Zn30 1.33424A -28.436 2247.5674 Ti21 29.0796A -33.986 0.0063 Ni26 27.9408A -33.643 0.0140 +Zn30 1.12576A -29.331 286.2110 Ti21 42.5064A -34.167 0.0042 Ni26 6.82080A -32.208 0.3794 +Zn30 1.06739A -29.993 62.3012 Ti21 29.0587A -34.238 0.0035 Ni26 26.4481A -33.337 0.0282 +Zn30 1.04237A -30.364 26.4884 Ti21 91.8510A -33.564 0.0167 Ni26 27.9018A -34.214 0.0037 +Zn30 1.02927A -30.240 35.2935 Ti21 2.49490A -32.768 0.1045 Ni26 6.81110A -31.921 0.7350 +Zn30 1.02153A -30.363 26.5776 Ti21 2.50790A -32.558 0.1698 Ni26 26.3020A -33.050 0.0546 +Zn30 1.01656A -30.433 22.6058 Ti21 2.50750A -32.911 0.0751 Ni26 27.8552A -33.979 0.0064 +Zn30 1.01319A -30.465 20.9881 Ti21 2.51099A -32.549 0.1731 Ni26 7.00630A -32.767 0.1047 +Zn30 1.01079A -30.272 32.7699 Ti21 2.51907A -32.059 0.5344 Ni26 7.09460A -33.486 0.0200 +Zn30 7.20489A -29.786 100.3628 Ti21 3.02172A -33.439 0.0223 Ni26 26.9035A -33.848 0.0087 +Zn30 5.33696A -30.493 19.6923 Ti21 3.02676A -33.073 0.0519 Ni26 27.2926A -34.549 0.0017 +Zn30 4.76514A -30.855 8.5594 Ti21 3.02763A -32.846 0.0873 Ni26 7.09100A -32.523 0.1838 +Zn30 4.50306A -31.108 4.7753 Ti21 3.03126A -32.787 0.1000 Ni26 27.2406A -33.592 0.0157 +Zn30 4.35852A -31.230 3.6122 Ti21 3.03173A -33.055 0.0540 Ni26 1.60790A -33.151 0.0432 +Zn30 4.26957A -31.299 3.0807 Ti21 3.03150A -32.572 0.1642 Ni26 1.60700A -32.328 0.2878 +Zn30 4.21065A -31.330 2.8654 Ti21 3.26431A -32.367 0.2634 Ni26 1.59960A -31.618 1.4782 +Zn30 4.16950A -31.136 4.4794 Ti21 3.38460A -32.108 0.4775 Ni26 1.59700A -31.040 5.5835 +Zn30 20.5854A -30.989 6.2924 V 22 2.39337A -32.495 0.1959 Ni26 1.59350A -31.649 1.3765 +Zn30 14.0721A -31.331 2.8607 V 22 2.38949A -32.403 0.2425 Ni26 1.59820A -34.647 0.0014 +Zn30 12.0082A -31.631 1.4321 V 22 2.38195A -32.245 0.3490 Ni26 1.60830A -34.107 0.0048 +Zn30 11.0325A -31.749 1.0920 V 22 2.02821A -32.643 0.1395 Ni26 1.59260A -33.618 0.0148 +Zn30 10.4798A -31.816 0.9354 V 22 2.02635A -31.918 0.7408 S 14 417.661A -34.602 0.0015 +Zn30 10.1319A -31.847 0.8723 V 22 2.40565A -32.084 0.5048 S 14 30.4691A -34.698 0.0012 +Zn30 9.89683A -31.652 1.3661 V 22 1.92532A -32.651 0.1369 S 14 30.4271A -34.407 0.0024 +Zn30 44.4746A -31.688 1.2567 V 22 1.88203A -32.867 0.0832 S 14 5.08750A -34.579 0.0016 +Zn30 28.8196A -32.016 0.5912 V 22 12.9271A -33.511 0.0189 S 14 5.08550A -34.221 0.0037 +Zn30 23.7737A -32.126 0.4589 V 22 9.64280A -34.039 0.0056 Ti20 259.273A -34.545 0.0017 +Zn30 21.3478A -32.189 0.3962 V 22 8.64655A -34.196 0.0039 Ti20 15.2532A -34.591 0.0016 +Zn30 19.9520A -32.218 0.3711 V 22 13.3036A -34.641 0.0014 Ti20 15.2115A -34.305 0.0030 +Zn30 19.0606A -32.022 0.5826 V 22 13.2242A -33.937 0.0071 Ti20 16.0506A -34.776 0.0010 +Zn30 81.8738A -32.345 0.2767 V 22 9.85078A -34.538 0.0018 Zn28 216.060A -33.103 0.0484 +Zn30 51.0764A -32.429 0.2284 V 22 8.81340A -34.695 0.0012 Zn28 142.466A -32.650 0.1373 +Zn30 41.0535A -32.485 0.2007 V 22 13.4181A -33.703 0.0121 level 1 lines........................ +Zn30 36.1853A -32.510 0.1895 V 22 13.2173A -33.408 0.0239 recombination........................ +Zn30 33.3560A -32.312 0.2987 V 22 9.84522A -33.501 0.0194 level2 lines......................... +Zn30 135.785A -32.706 0.1205 V 22 8.80895A -33.766 0.0105 Cr22 8.52006A -33.800 0.0097 +Zn30 82.3416A -32.736 0.1126 V 22 13.6792A -34.137 0.0045 Cr22 8.06972A -34.081 0.0051 +Zn30 64.8440A -32.753 0.1081 V 22 13.5657A -33.856 0.0085 Cr22 7.81983A -34.317 0.0030 +Zn30 56.2882A -32.552 0.1718 V 22 10.0433A -34.004 0.0061 Mn23 7.79423A -33.708 0.0120 +Zn30 209.209A -32.978 0.0645 V 22 8.96716A -34.273 0.0033 Mn23 7.38989A -33.989 0.0063 +Zn30 124.116A -32.969 0.0659 V 22 37.9545A -34.504 0.0019 Mn23 7.16025A -34.222 0.0037 +Zn30 96.1437A -32.760 0.1065 V 22 26.1123A -34.586 0.0016 hyperfine structure.................. +Zn30 305.148A -33.184 0.0401 V 22 38.5894A -34.101 0.0049 Na11 296.000m -34.571 0.0016 +Zn30 177.899A -32.949 0.0689 V 22 26.4113A -34.343 0.0028 Mg12 654.000m -34.742 0.0011 +Zn30 426.605A -33.144 0.0440 V 22 38.6787A -34.579 0.0016 Al13 121.000m -33.806 0.0096 +He-like iso-sequence................. V 22 83.6907A -34.399 0.0024 P 15 151.000m -34.530 0.0018 +He 1 584.334A -34.742 0.0011 V 22 2.28143A -33.659 0.0134 V 23 15.6000m -34.513 0.0019 +He 1 625.563A -34.770 0.0010 V 22 2.29288A -33.427 0.0229 Mn25 17.1000m -32.959 0.0674 +C 5 40.2678A -34.482 0.0020 V 22 2.29258A -33.730 0.0114 Fe26 348.000m -33.788 0.0100 +C 5 34.9727A -34.627 0.0014 V 22 2.29615A -33.371 0.0261 Co27 10.5000m -33.195 0.0391 +C 5 41.4721A -34.002 0.0061 V 22 2.30316A -32.944 0.0697 inner shell.......................... +C 5 31.9011A -34.739 0.0011 V 22 2.76500A -34.300 0.0031 molecules............................ +C 5 44.6296A -34.087 0.0050 V 22 2.76944A -33.944 0.0070 blends............................... + + + + + Cooling: HFFc 0 :0.645 eeff 0 :0.354 + Heating: CR H 0 :1.000 + + These are some of the most important databases used by Cloudy: + Many recombination coefficients were taken from http://amdpp.phys.strath.ac.uk/tamoc/RR/ and http://amdpp.phys.strath.ac.uk/tamoc/DR/ + and are based on the following papers: + Badnell N. R., et al., A&A 406, 1151 (2003) [http://adsabs.harvard.edu/abs/2003A%26A...406.1151B] + Badnell N. R., ApJS 167, 334 (2006) [http://adsabs.harvard.edu/abs/2006ApJS..167..334B] + Much of the molecular emission data is from LAMDA as accessed on June 30, 2015. This database is described in: + Schoeier F.L., et al., A&A 432, 369 (2005) [http://adsabs.harvard.edu/abs/2005A%26A...432..369S] + This database is in part based on the work of the following groups: + JPL: Pickett H. M. et al., JQSRT, 60, 883 (1998). [http://adsabs.harvard.edu/abs/1998JQSRT..60..883P] + CDMS: Mueller H. S. et al., A&A 370, L49 (2001). [http://adsabs.harvard.edu/abs/2001A%26A...370L..49M] + Mueller H. S. et al., J. Mol. Struct. 742, 215 (2005). [http://adsabs.harvard.edu/abs/2005JMoSt.742..215M] + Much of the ionic emission data is from version 7.1.4 of CHIANTI. CHIANTI is a collaborative project involving the NRL (USA), the + Universities of Florence (Italy) and Cambridge (UK), and George Mason University (USA). These papers describe Chianti: + Dere K. P., et al., A&AS, 125, 149 (1997) [http://adsabs.harvard.edu/abs/1997A%26AS..125..149D] + Landi E., et al., ApJ, 744, 99 (2012) [http://adsabs.harvard.edu/abs/2012ApJ...744...99L] + Much of the H_2 data is from this web site: http://molat.obspm.fr/index.php?page=pages/Molecules/H2/H2can94.php. These data are + described in: + Abgrall H. et al., Can. J. Phys., 72, 856 (1994) [http://adsabs.harvard.edu/abs/1994CaJPh..72..856A] + Wrathmall S. A. & Flower D. R., J. Phys. B, 40, 3221 (2007) [http://adsabs.harvard.edu/abs/2007JPhB...40.3221W] + + If you find some process or data set to be particularly critical to a result, please follow the trail of references back to the + original source and cite that. This will support and encourage atomic, molecular, and chemical physicists to continue their + valuable work. + + IONIZE PARMET: U(1-)-37.0000 U(4-):-37.0000 U(sp):-37.00 Q(ion): -14.021 L(ion)-21.851 Q(low):-13.140 L(low)-25.371 + ENERGY BUDGET: Heat: -28.655 Coolg: -21.550 Error:1274467184.0% Rec Lin: -26.416 F-F H 0.000 P(rad/tot)max 0.00E+00 R(F Con):1.737e+05 + + Col(Heff): 3.144E-06 snd travl time 1.93E-09 sec Te-low: 2.00E+09 Te-hi: 2.00E+09 G0TH85: 0.00E+00 G0DB96:0.00E+00 + Emiss Measure n(e)n(p) dl 1.208E+00 n(e)n(He+)dl 3.824E-10 En(e)n(He++) dl 1.208E-01 ne nC+:1.52E-36 + He/Ha:1.12E-01 = 1.12*true Lthin:3.04E+06 itr/zn: 1.00 H2 itr/zn: 0.00 File Opacity: F MassTot 2.37e-24 (gm/cm^2) + Temps(21 cm) T(21cm/Ly a) 0.00E+00 T() 2.00E+09 T() 1.93E+05 TB21cm:0.00E+00 + N(H0/Tspin) 4.15E-16 N(OH/Tkin) 5.32E-105 B(21cm) 0.00E+00 + :0.00E+00 erdeFe0.0E+00 Tcompt0.00E+00 Tthr3.39E+15 : 2.00E+09 :2.37E-24 6.18E-01 + Mean Jeans l(cm)2.31E+24 M(sun)7.71E+15 smallest: len(cm):2.31E+24 M(sun):7.71E+15 a_ox tran: 0.00 + Rion:1.000E+30 Dist:0.00E+00 Diam:0.000E+00 + Hatom level 70 HatomType: add HInducImp F He tot level: 63 He2 level: 70 ExecTime 6.0 + ConvrgError(%) 0.084 MaxEden 0.084 100.00 Max(H-C) 100.00 0.000 MaxPrs er 0.000 + Continuity(%) chng Te 0.0 elec den 0.0 n(H2) 0.0 n(CO) 0.0 + + Averaged Quantities + Te Te(Ne) Te(NeNp) Te(NeHe+)Te(NeHe2+) Te(NeO+) Te(NeO2+) Te(H2) N(H) Ne(O2+) Ne(Np) + Radius: 2.00e+09 2.00e+09 2.00e+09 2.00e+09 2.00e+09 0.00e+00 0.00e+00 2.00e+09 1.00e+00 0.00e+00 1.21e+00 + + Peimbert T(OIIIr)0.00E+00 T(Bac)0.00E+00 T(Hth)0.00E+00 t2(Hstrc) 0.00e+00 T(O3-BAC)0.00E+00 t2(O3-BC) 0.00e+00 t2(O3str) 0.00e+00 + + Contin Optical Depths: COMP: 8.03e-25 H-: 3.88e-40 R(1300): 5.37e-34 H2+: 2.99e-45 Bra:8.04E-25 + Pa: 8.04e-25 Ba: 8.04e-25 Hb: 8.04e-25 La: 8.04e-25 1r:8.042E-25 1.8:8.04E-25 4.:8.042E-25 + + Old, new H 1 continuum optical depths: + 1 1.00e+08 2 0.00e+00 3 0.00e+00 4 0.00e+00 5 0.00e+00 6 0.00e+00 7 0.00e+00 8 0.00e+00 + 9 0.00e+00 10 0.00e+00 11 0.00e+00 12 0.00e+00 13 0.00e+00 14 0.00e+00 15 0.00e+00 16 0.00e+00 + 17 0.00e+00 18 0.00e+00 19 0.00e+00 20 0.00e+00 21 0.00e+00 22 0.00e+00 23 0.00e+00 24 0.00e+00 + 25 0.00e+00 26 0.00e+00 27 0.00e+00 28 0.00e+00 29 0.00e+00 30 0.00e+00 31 0.00e+00 32 0.00e+00 + 33 0.00e+00 34 0.00e+00 35 0.00e+00 36 0.00e+00 37 0.00e+00 38 0.00e+00 39 0.00e+00 40 0.00e+00 + 41 0.00e+00 42 0.00e+00 43 0.00e+00 44 0.00e+00 45 0.00e+00 46 0.00e+00 47 0.00e+00 48 0.00e+00 + 49 0.00e+00 50 0.00e+00 51 0.00e+00 52 0.00e+00 53 0.00e+00 54 0.00e+00 + 1 5.07e-28 2 6.23e-38 3 3.89e-40 4 3.89e-40 5 3.89e-40 6 1.01e-40 7 1.01e-40 8 1.01e-40 + 9 1.01e-40 10 3.77e-43 11 3.77e-43 12 3.77e-43 13 3.77e-43 14 3.77e-43 15 7.41e-43 16 7.41e-43 + 17 7.41e-43 18 7.41e-43 19 7.41e-43 20 7.41e-43 21 1.38e-42 22 1.38e-42 23 1.38e-42 24 1.38e-42 + 25 1.38e-42 26 1.38e-42 27 1.38e-42 28 2.41e-42 29 2.41e-42 30 2.41e-42 31 2.41e-42 32 2.41e-42 + 33 2.41e-42 34 2.41e-42 35 2.41e-42 36 4.03e-42 37 4.03e-42 38 4.03e-42 39 4.03e-42 40 4.03e-42 + 41 4.03e-42 42 4.03e-42 43 4.03e-42 44 4.03e-42 45 6.44e-42 46 6.44e-42 47 6.44e-42 48 6.44e-42 + 49 6.44e-42 50 6.44e-42 51 6.44e-42 52 6.44e-42 53 6.44e-42 54 6.44e-42 + + Old, new H 1 mean line optical depths: + 2- 1 1.61e+20 3- 2 0.00e+00 4- 3 2.84e-42 5- 4 6.88e-42 6- 5 1.42e-41 7- 6 2.60e-41 8- 7 4.41e-41 + 9- 8 7.02e-41 10- 9 1.06e-40 11-10 0.00e+00 12-11 0.00e+00 13-12 0.00e+00 14-13 0.00e+00 15-14 0.00e+00 16-15 0.00e+00 + 17-16 0.00e+00 18-17 0.00e+00 19-18 0.00e+00 20-19 0.00e+00 21-20 0.00e+00 22-21 0.00e+00 23-22 0.00e+00 24-23 0.00e+00 + 25-24 0.00e+00 + 2- 1 1.87e-26 3- 2 5.57e-36 4- 3 0.00e+00 5- 4 0.00e+00 6- 5 0.00e+00 7- 6 0.00e+00 8- 7 0.00e+00 + 9- 8 0.00e+00 10- 9 0.00e+00 11-10 0.00e+00 12-11 0.00e+00 13-12 0.00e+00 14-13 8.12e-34 15-14 2.67e-41 16-15 0.00e+00 + 17-16 0.00e+00 18-17 0.00e+00 19-18 0.00e+00 20-19 0.00e+00 21-20 0.00e+00 22-21 0.00e+00 23-22 0.00e+00 24-23 0.00e+00 + 25-24 0.00e+00 + + Old, new He 2 continuum optical depths: + 1 3.43e+06 2 9.96e+07 3 0.00e+00 4 0.00e+00 5 0.00e+00 6 0.00e+00 7 0.00e+00 8 0.00e+00 + 9 0.00e+00 10 0.00e+00 11 0.00e+00 12 0.00e+00 13 0.00e+00 14 0.00e+00 15 0.00e+00 16 0.00e+00 + 17 0.00e+00 18 0.00e+00 19 0.00e+00 20 0.00e+00 21 0.00e+00 22 0.00e+00 23 0.00e+00 24 0.00e+00 + 25 0.00e+00 26 0.00e+00 27 0.00e+00 28 0.00e+00 29 0.00e+00 30 0.00e+00 31 0.00e+00 32 0.00e+00 + 33 0.00e+00 34 0.00e+00 35 0.00e+00 36 0.00e+00 37 0.00e+00 38 0.00e+00 39 0.00e+00 40 0.00e+00 + 41 0.00e+00 42 0.00e+00 43 0.00e+00 44 0.00e+00 45 0.00e+00 46 0.00e+00 47 0.00e+00 48 0.00e+00 + 49 0.00e+00 50 0.00e+00 51 0.00e+00 52 0.00e+00 53 0.00e+00 54 0.00e+00 + 1 5.10e-28 2 5.05e-28 3 3.58e-38 4 3.58e-38 5 3.58e-38 6 6.23e-38 7 6.23e-38 8 6.23e-38 + 9 6.23e-38 10 3.15e-40 11 3.15e-40 12 3.15e-40 13 3.15e-40 14 3.15e-40 15 3.89e-40 16 3.89e-40 + 17 3.89e-40 18 3.89e-40 19 3.89e-40 20 3.89e-40 21 3.29e-40 22 3.29e-40 23 3.29e-40 24 3.29e-40 + 25 3.29e-40 26 3.29e-40 27 3.29e-40 28 1.01e-40 29 1.01e-40 30 1.01e-40 31 1.01e-40 32 1.01e-40 + 33 1.01e-40 34 1.01e-40 35 1.01e-40 36 2.38e-43 37 2.38e-43 38 2.38e-43 39 2.38e-43 40 2.38e-43 + 41 2.38e-43 42 2.38e-43 43 2.38e-43 44 2.38e-43 45 3.77e-43 46 3.77e-43 47 3.77e-43 48 3.77e-43 + 49 3.77e-43 50 3.77e-43 51 3.77e-43 52 3.77e-43 53 3.77e-43 54 3.77e-43 + + Old, new He 2 mean line optical depths: + 2- 1 1.61e+19 3- 2 0.00e+00 4- 3 7.08e-43 5- 4 1.72e-42 6- 5 3.53e-42 7- 6 6.50e-42 8- 7 1.10e-41 + 9- 8 1.75e-41 10- 9 2.66e-41 11-10 0.00e+00 12-11 0.00e+00 13-12 0.00e+00 14-13 0.00e+00 15-14 0.00e+00 16-15 0.00e+00 + 17-16 0.00e+00 18-17 0.00e+00 19-18 0.00e+00 20-19 0.00e+00 21-20 0.00e+00 22-21 0.00e+00 23-22 0.00e+00 24-23 0.00e+00 + 25-24 0.00e+00 + 2- 1 3.68e-26 3- 2 0.00e+00 4- 3 0.00e+00 5- 4 0.00e+00 6- 5 0.00e+00 7- 6 0.00e+00 8- 7 0.00e+00 + 9- 8 0.00e+00 10- 9 0.00e+00 11-10 0.00e+00 12-11 5.19e-36 13-12 9.33e-37 14-13 0.00e+00 15-14 0.00e+00 16-15 0.00e+00 + 17-16 0.00e+00 18-17 0.00e+00 19-18 0.00e+00 20-19 1.66e-36 21-20 0.00e+00 22-21 0.00e+00 23-22 0.00e+00 24-23 0.00e+00 + 25-24 0.00e+00 + + Old He Is optical depths: 1 2.36e+07 2 0.00e+00 3 0.00e+00 4 0.00e+00 5 0.00e+00 + New He Is optical depths: 1 9.87e-29 2 5.34e-38 3 4.51e-38 4 5.46e-38 5 5.46e-38 + Old He Is Lines: 584 0.00e+00 3889 0.00e+00 5016 0.00e+00 5876 0.00e+00 + New He Is Lines: 584 4.26e-31 3889 0.00e+00 5016 0.00e+00 5876 0.00e+00 + +==== H compounds ==== Log10 column densities [cm^-2] + H2 :-33.251 H2* :-35.930 H2+ :-27.370 H3+ :-31.626 +==== He compounds ==== + HeH+ :-25.350 +==== Li compounds ==== + LiH :-35.930 LiH+ :-35.930 +==== C compounds ==== + CH :-35.930 CH+ :-35.930 CH2 :-35.930 CH2+ :-35.930 CH3 :-35.930 CH3+ :-35.930 + CH4 :-35.930 CH4+ :-35.930 CH5+ :-35.930 C2 :-35.930 C2+ :-35.930 C2H :-35.930 + C2H+ :-35.930 C2H2 :-35.930 C2H2+ :-35.930 C2H3+ :-35.930 C3 :-35.930 C3+ :-35.930 + C3H :-35.930 C3H+ :-35.930 +==== N compounds ==== + NH :-35.930 NH+ :-35.930 NH2 :-35.930 NH2+ :-35.930 NH3 :-35.930 NH3+ :-35.930 + NH4+ :-35.930 CN :-35.930 CN+ :-35.930 HCN :-35.930 HCN+ :-35.930 HNC :-35.930 + HCNH+ :-35.930 N2 :-35.930 N2+ :-35.930 N2H+ :-35.930 +==== O compounds ==== + OH :-35.930 OH+ :-35.930 H2O :-35.930 H2O+ :-35.930 H3O+ :-35.930 CO :-35.930 + CO+ :-35.930 HCO+ :-35.930 NO :-35.930 NO+ :-35.930 HNO :-35.930 HNO+ :-35.930 + OCN :-35.930 OCN+ :-35.930 N2O :-35.930 O2 :-35.930 O2+ :-35.930 NO2 :-35.930 + NO2+ :-35.930 +==== Ne compounds ==== + NeH+ :-35.930 +==== Si compounds ==== + SiH :-35.930 SiH2+ :-35.930 SiN :-35.930 SiN+ :-35.930 SiO :-35.930 SiO+ :-35.930 + SiOH+ :-35.930 +==== S compounds ==== + HS :-35.930 HS+ :-35.930 CS :-35.930 CS+ :-35.930 HCS+ :-35.930 NS :-35.930 + NS+ :-35.930 SO :-35.930 SO+ :-35.930 OCS :-35.930 OCS+ :-35.930 S2 :-35.930 + S2+ :-35.930 +==== Cl compounds ==== + HCl :-35.930 HCl+ :-35.930 H2Cl+ :-35.930 CCl :-35.930 CCl+ :-35.930 H2CCl+ :-35.930 + ClO :-35.930 ClO+ :-35.930 +==== Ar compounds ==== + ArH+ :-35.930 + + + 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 + + Hydrogen -10.097 0.000-33.251 (H2) Log10 Column density (cm^-2) + Helium -14.543 -9.500 -1.000 + Lithium -32.911-23.639-16.128 -8.690 + Beryllium -30.000-32.196-23.860-17.232-10.580 + Boron -30.000-37.188-28.771-21.577-15.238 -9.210 + Carbon -30.000-35.902-27.812-22.011-15.168 -9.145 -3.611 + Nitrogen -30.000-42.934-34.850-27.365-20.319-14.440 -9.172 -4.070 + Oxygen -30.000-30.000-38.929-31.479-24.454-17.936-12.938 -8.037 -3.310 + Fluorine -30.000-30.000-30.000-41.697-34.678-28.088-21.957-16.603-11.930 -7.520 + Neon -30.000-30.000-30.000-43.362-36.698-30.092-23.845-18.048-12.706 -8.157 -4.000 + Sodium -30.000-30.000-30.000-30.000-42.760-36.164-29.915-24.023-18.553-13.712 -9.535 -5.670 + Magnesium -30.000-30.000-30.000-30.000-30.000-39.867-33.666-27.759-22.078-16.893-12.199 -8.095 -4.460 + Aluminium -30.000-30.000-30.000-30.000-30.000-30.000-39.559-33.702-27.972-22.601-17.429-12.767 -8.943 -5.530 + Silicon -30.000-30.000-30.000-30.000-30.000-30.000-42.750-36.564-30.982-25.653-20.203-15.503-11.269 -7.684 -4.460 + Phosphorus-30.000-30.000-30.000-30.000-30.000-30.000-30.000-42.701-37.077-31.771-26.668-21.870-17.063-12.998 -9.522 -6.495 + Sulphur -30.000-30.000-30.000-30.000-30.000-30.000-30.000-44.853-39.238-33.984-28.916-24.043-19.405-14.781-10.874 -7.570 -4.736 + Chlorine -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-44.853-39.564-34.579-29.714-25.017-20.480-16.302-12.541 -9.388 + -6.720 + Argon -30.000-30.000-30.000-44.853-44.853-44.552-44.853-44.853-44.552-42.227-37.063-32.246-27.573-23.048-18.759-14.749-11.119 + -8.114 -5.602 + Potassium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-42.057-37.084-32.471-27.976-23.618-19.497-15.633 +-12.131 -9.247 -6.881 + Calcium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-44.251-39.456-34.681-30.261-25.919-21.710-17.739 +-13.976-10.608 -7.868 -5.643 + Scandium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-41.210-36.752-32.497-28.359-24.359 +-20.734-17.140-13.922-11.271 -8.831 + Titanium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-42.222-37.864-33.591-29.484-25.477 +-21.602-18.098-14.617-11.503 -8.972 -6.983 + Vanadium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-42.559-38.349-34.406-30.357 +-26.409-22.568-18.911-15.425-12.294 -9.917 -8.005 + Chromium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-44.075-39.210-35.027-31.085 +-27.261-23.495-19.858-16.570-13.299-10.392 -8.098 -6.337 + Manganese -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-43.083-38.322-34.273 +-30.453-26.742-23.082-19.553-16.367-13.199-10.375 -8.182 -6.551 + Iron -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-39.915-35.316 +-31.373-27.671-24.079-20.511-17.081-13.987-10.914 -8.180 -6.100 -4.562 + Cobalt -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-42.244 +-37.758-33.934-30.265-26.678-23.154-19.705-16.388-13.360-10.511 -8.531 -7.096 + Nickel -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-43.121 +-38.897-34.530-30.809-27.316-23.913-20.537-17.296-14.384-11.486 -8.936 -7.100 -5.770 + Copper -30.000-30.000-30.000-30.000-30.000-30.000-44.853-44.853-44.853-44.853-44.251-44.376-44.008-43.950-44.075-44.154-44.075 +-43.677-39.907-35.647-32.029-28.640-25.336-22.060-18.906-16.082-13.275-10.801 -9.051 -7.815 + Zinc -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 +-30.000-30.000-38.535-34.373-30.855-27.559-24.347-21.164-18.097-15.355-12.636-10.231 -8.576 -7.431 + Exc state He[2]-20.376 C+[2]-35.930 C[1]-35.930 C[2]-35.930 C[3]-35.930 O[1]-35.930 + O[2]-35.930 O[3]-35.930 Si+[1]-35.930 C+2[2]-35.930 C+2[3]-35.930 C+2[4]-35.930 + + + Hydrogen -10.097 0.000-30.000 (H2) Log10 Mean Ionisation (over radius) + Helium -13.543 -8.500 0.000 + Lithium -24.221-14.949 -7.437 0.000 + Beryllium -30.000-21.615-13.280 -6.652 -0.000 + Boron -30.000-27.978-19.561-12.368 -6.028 -0.000 + Carbon -30.000-30.000-24.201-18.400-11.557 -5.535 -0.000 + Nitrogen -30.000-30.000-30.000-23.295-16.248-10.370 -5.102 -0.000 + Oxygen -30.000-30.000-30.000-28.169-21.144-14.627 -9.628 -4.728 -0.000 + Fluorine -30.000-30.000-30.000-30.000-27.158-20.568-14.437 -9.083 -4.410 -0.000 + Neon -30.000-30.000-30.000-30.000-30.000-26.092-19.845-14.048 -8.706 -4.157 -0.000 + Sodium -30.000-30.000-30.000-30.000-30.000-30.000-24.246-18.354-12.883 -8.042 -3.865 -0.000 + Magnesium -30.000-30.000-30.000-30.000-30.000-30.000-29.206-23.299-17.618-12.434 -7.739 -3.635 -0.000 + Aluminium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-28.172-22.442-17.071-11.899 -7.237 -3.413 -0.000 + Silicon -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-26.523-21.194-15.743-11.043 -6.810 -3.225 -0.000 + Phosphorus-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-25.276-20.173-15.375-10.568 -6.503 -3.027 -0.000 + Sulphur -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-29.248-24.181-19.308-14.670-10.046 -6.138 -2.835 -0.001 + Chlorine -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-27.860-22.995-18.298-13.761 -9.583 -5.822 -2.669 + -0.001 + Argon -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-26.646-21.973-17.448-13.158 -9.149 -5.518 + -2.514 -0.001 + Potassium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-25.592-21.096-16.739-12.618 -8.754 + -5.252 -2.368 -0.002 + Calcium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-29.041-24.621-20.279-16.070-12.099 + -8.336 -4.968 -2.228 -0.003 + Scandium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-27.923-23.668-19.529-15.529 + -11.904 -8.310 -5.092 -2.441 -0.002 + Titanium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-26.612-22.505-18.498 + -14.623-11.119 -7.638 -4.524 -1.993 -0.004 + Vanadium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-26.406-22.357 + -18.409-14.568-10.911 -7.425 -4.294 -1.917 -0.005 + Chromium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-28.698-24.756 + -20.931-17.165-13.528-10.240 -6.970 -4.063 -1.768 -0.008 + Manganese -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-27.733 + -23.912-20.201-16.541-13.012 -9.826 -6.658 -3.834 -1.642 -0.010 + Iron -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -26.823-23.121-19.529-15.961-12.531 -9.438 -6.364 -3.631 -1.551 -0.013 + Cobalt -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-26.854-23.185-19.598-16.074-12.625 -9.308 -6.280 -3.431 -1.451 -0.016 + Nickel -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-28.781-25.060-21.567-18.163-14.788-11.547 -8.634 -5.736 -3.186 -1.350 -0.020 + Copper -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-30.000-27.856-24.239-20.849-17.546-14.269-11.116 -8.291 -5.485 -3.010 -1.261 -0.025 + Zinc -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-30.000-30.000-26.973-23.455-20.159-16.947-13.764-10.697 -7.955 -5.236 -2.831 -1.176 -0.031 + + 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 + 18 19 20 21 22 23 24 25 26 27 28 29 30 + + Hydrogen -10.097 0.000-30.000 (H2) Log10 Mean Ionisation (over radius*electron density) + Helium -13.543 -8.500 0.000 + Lithium -24.221-14.949 -7.437 0.000 + Beryllium -30.000-21.615-13.280 -6.652 -0.000 + Boron -30.000-27.978-19.561-12.368 -6.028 -0.000 + Carbon -30.000-30.000-24.201-18.400-11.557 -5.535 -0.000 + Nitrogen -30.000-30.000-30.000-23.295-16.248-10.370 -5.102 -0.000 + Oxygen -30.000-30.000-30.000-28.169-21.144-14.627 -9.628 -4.728 -0.000 + Fluorine -30.000-30.000-30.000-30.000-27.158-20.568-14.437 -9.083 -4.410 -0.000 + Neon -30.000-30.000-30.000-30.000-30.000-26.092-19.845-14.048 -8.706 -4.157 -0.000 + Sodium -30.000-30.000-30.000-30.000-30.000-30.000-24.246-18.354-12.883 -8.042 -3.865 -0.000 + Magnesium -30.000-30.000-30.000-30.000-30.000-30.000-29.206-23.299-17.618-12.434 -7.739 -3.635 -0.000 + Aluminium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-28.172-22.442-17.071-11.899 -7.237 -3.413 -0.000 + Silicon -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-26.523-21.194-15.743-11.043 -6.810 -3.225 -0.000 + Phosphorus-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-25.276-20.173-15.375-10.568 -6.503 -3.027 -0.000 + Sulphur -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-29.248-24.181-19.308-14.670-10.046 -6.138 -2.835 -0.001 + Chlorine -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-27.860-22.995-18.298-13.761 -9.583 -5.822 -2.669 + -0.001 + Argon -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-26.646-21.973-17.448-13.158 -9.149 -5.518 + -2.514 -0.001 + Potassium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-25.592-21.096-16.739-12.618 -8.754 + -5.252 -2.368 -0.002 + Calcium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-29.041-24.621-20.279-16.070-12.099 + -8.336 -4.968 -2.228 -0.003 + Scandium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-27.923-23.668-19.529-15.529 + -11.904 -8.310 -5.092 -2.441 -0.002 + Titanium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-26.612-22.505-18.498 + -14.623-11.119 -7.638 -4.524 -1.993 -0.004 + Vanadium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-26.406-22.357 + -18.409-14.568-10.911 -7.425 -4.294 -1.917 -0.005 + Chromium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-28.698-24.756 + -20.931-17.165-13.528-10.240 -6.970 -4.063 -1.768 -0.008 + Manganese -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-27.733 + -23.912-20.201-16.541-13.012 -9.826 -6.658 -3.834 -1.642 -0.010 + Iron -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -26.823-23.121-19.529-15.961-12.531 -9.438 -6.364 -3.631 -1.551 -0.013 + Cobalt -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-26.854-23.185-19.598-16.074-12.625 -9.308 -6.280 -3.431 -1.451 -0.016 + Nickel -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-28.781-25.060-21.567-18.163-14.788-11.547 -8.634 -5.736 -3.186 -1.350 -0.020 + Copper -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-30.000-27.856-24.239-20.849-17.546-14.269-11.116 -8.291 -5.485 -3.010 -1.261 -0.025 + Zinc -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-30.000-30.000-26.973-23.455-20.159-16.947-13.764-10.697 -7.955 -5.236 -2.831 -1.176 -0.031 + + 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 + 18 19 20 21 22 23 24 25 26 27 28 29 30 + + Hydrogen 9.301 9.301 9.301 (H2) Log10 Mean Temperature (over radius) + Helium 9.301 9.301 9.301 + Lithium 9.301 9.301 9.301 9.301 + Beryllium -30.000 9.301 9.301 9.301 9.301 + Boron -30.000-30.000 9.301 9.301 9.301 9.301 + Carbon -30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Nitrogen -30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Oxygen -30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Fluorine -30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Neon -30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Sodium -30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Magnesium -30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Aluminium -30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Silicon -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Phosphorus-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Sulphur -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Chlorine -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + 9.301 + Argon -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + 9.301 9.301 + Potassium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 + 9.301 9.301 9.301 + Calcium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 + 9.301 9.301 9.301 9.301 + Scandium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 + 9.301 9.301 9.301 9.301 9.301 + Titanium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 + Vanadium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Chromium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Manganese -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Iron -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Cobalt -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Nickel -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Copper -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Zinc -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + + 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 + 18 19 20 21 22 23 24 25 26 27 28 29 30 + + Hydrogen 9.301 9.301 9.301 (H2) Log10 Mean Temperature (over radius*electron density) + Helium 9.301 9.301 9.301 + Lithium 9.301 9.301 9.301 9.301 + Beryllium -30.000 9.301 9.301 9.301 9.301 + Boron -30.000-30.000 9.301 9.301 9.301 9.301 + Carbon -30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Nitrogen -30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Oxygen -30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Fluorine -30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Neon -30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Sodium -30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + Magnesium -30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Aluminium -30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Silicon -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Phosphorus-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Sulphur -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Chlorine -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + 9.301 + Argon -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 + 9.301 9.301 + Potassium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 + 9.301 9.301 9.301 + Calcium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 + 9.301 9.301 9.301 9.301 + Scandium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 + 9.301 9.301 9.301 9.301 9.301 + Titanium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 + Vanadium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Chromium -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Manganese -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Iron -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 9.301 + 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Cobalt -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Nickel -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Copper -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + Zinc -30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000-30.000 + -30.000-30.000-30.000 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 9.301 + + 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 + 18 19 20 21 22 23 24 25 26 27 28 29 30 + + +---------------Convergence statistics--------------- + 1.4 mean iterations/state convergence + 1.71 mean cx acceleration loops/iteration + 1.78 mean iso convergence loops/ion solve + 1 mean steps/chemistry solve + 1 mean step length searches/chemistry step +---------------------------------------------------- + + Cloudy ends: 1 zone, 1 iteration, 6 cautions. (single thread) ExecTime(s) 5.98 + [Stop in cdMain at ../maincl.cpp:517, Cloudy exited OK] diff --git a/hw21/shock.oxy b/hw21/shock.oxy new file mode 100644 index 0000000..d49233c --- /dev/null +++ b/hw21/shock.oxy @@ -0,0 +1,2 @@ +depth O O+ O+2 O+3 O+4 O+5 O+6 O+7 O+8 O[1] O[2] O[3] + 5.00000e-01 0.00e+00 1.14e-44 2.40e-36 6.77e-29 7.17e-22 2.36e-15 2.35e-10 1.87e-05 1.00e+00 0.00e+00 0.00e+00 0.00e+00 diff --git a/hw22/text.mth b/hw22/text.mth new file mode 100644 index 0000000..770494c --- /dev/null +++ b/hw22/text.mth @@ -0,0 +1,60 @@ +1. + +∫[ν₁,∞] ϕ[ν] a[ν] dν = Γ, the photoionization rate, in s⁻¹ under the units used below. + +ϕ[ν] = 10¹³ (ν/ν₀)⁻³ [photons cm⁻² s⁻¹ Ryd⁻¹]. + +a[ν] = A₀/Z² (ν₁/ν)⁴ exp(4 - (4 tan⁻¹(ε)/ε)) (1 - exp(-2π/ε))⁻¹ [cm²], + + with A₀ = 6.30 × 10¹⁸ [cm²] and ε = √(ν/ν₁ - 1) and Z = 1, + + but, above the ionization threshold, this is approximately a power law, so + +a[ν] ≈ 6.30 × 10¹⁸ (ν/ν₀)⁻³ [cm²], + + with ν₀ = 3.288 × 10¹⁵ [s⁻¹]. + + + + + ϕ[ν] a[ν] dν + + = 10¹³ (ν/ν₀)⁻³ [cm⁻² s⁻¹ Ryd⁻¹] × + 6.30 × 10¹⁸ (ν/ν₀)⁻³ [cm²] + + = 6.30 ×10³¹ (ν/ν₀)⁻⁶ [s⁻¹ Ryd⁻¹]. + +∫[ν₀,∞] ϕ[ν] a[ν] dν + + = ∫[ν₀,∞] dν (6.30 ×10³¹ (ν/ν₀)⁻⁶ [s⁻¹ Ryd⁻¹]) + + = 6.30 ×10³¹ (1/ν₀)⁻⁶ [s⁻¹ Ryd⁻¹] ∫[ν₀,∞] ν⁻⁶ dν + + = 6.30 ×10³¹ (3.288 × 10¹⁵)⁶ [s⁻⁶ Ryd⁻¹] [∞⁻⁵/(-5) - ((3.288× 10¹⁵ Ryd s⁻¹)⁻⁵/(-5)] + + = (1/5) 6.30 × 10³¹ (3.288 × 10¹⁵)⁶ [s⁻⁶ Ryd⁻¹] (3.288× 10¹⁵)⁻⁵ [Ryd s⁵]. + +*** = 4.14288 × 10⁴⁶ s⁻¹. + + Seems really high... maybe I goofed something up, because 10¹³ hydrogen ionizing flux density seems sort of middle of the road. When we did AGN simulations, we went to around 10²⁴. Moving on for now, though... + + + +───────────── +2. + +L = ϕ / (nₑ nₚ αᵦ(T)) + +αᵦ(T) = 2.59 ×10⁻¹³ + +n[H] = 10³ cm⁻³ = nₑ nₚ. + +ϕ = 10¹⁴ cm⁻² s⁻¹ + +L = 10¹⁴ / (10³)² / 2.59 ×10⁻¹³ [cm] + +*** L = 3.861 × 10²⁰ cm. + + + + diff --git a/hw23/text b/hw23/text new file mode 100644 index 0000000..2cfb2f2 --- /dev/null +++ b/hw23/text @@ -0,0 +1,109 @@ +Homework 23, day 25, due Nov 28 + +Form a number by taking your birth month as a string and concatenating your birth day after it. For instance, my birth month is May, “05”, and birth day is 10, so I get 0510. Next multiply this by 5.5. In my case I get 2805. Finally, look through the Kaler catalogue to find a nebula with an NGC number as close as possible to your number. (Do not worry about precision – this is just so that we pick different nebulae). + + ───────────── + 1) Which one did you pick? + + 0530 * 5.5 = 2915. + + NGC 2899 + + + ───────────── + 2) What type of nebula is it? H II region, planetary nebula, supernova remnant, other?? + + NGC 2899 is a Planetary Nebula. + + ───────────── + 3) Find your nebula on the web and post its image. + + Posted to discussion board. That's what this means, right? + + ───────────── + 4) Measure the gas kinetic temperature in your nebula by choosing the [O III] lines discussed in class, forming the ratio, and looking up the temperature on the plot in AGN3. + + Looking at the ratio from: + + [O III] + ─────────── ⟵ 1 S₀ + │ + │ + │ λ = 4363 Å + │ + │ + ↓ + ─────────── ⟵ 1 D₂ + │ + │ + │ λ = 5007 Å, λ = 4959 Å + │ + │ + ↓ + ─────────── ⟵ 3 P (3 combined levels) + + Where j is the emissivity at a wavelength. + + line ratio = j(5007 + 4959)/j(4363). + + + For NGC 2899, + j(5007) = 94.77, + j(4959) = 33.76, and + j(4363) = 2.86. + + I didn't check what units the table is using. They will cancel. Oh, you know what, this appears to be a relative intensity to H-β, at any rate. + + Line ratio = (94.77 + 33.76)/2.86 = 44.94. + + Log₁₀(line ratio) = 1.65. + + Extrcting the value from the plot, gives a temperature + +*** T ≈ 18500K. + + ───────────── + 5) Measure the electron density in your nebula by finding either the [O II] or [S II] lines and using the plot in AGN3. + + I will use S II, since it's readily available in front of me in the table. + + Line ratio = j(6731)/j(6717) = 6.55/6.57 = 1.00. + + Extracting from the table. this gives an electron density + +*** nₑ ≈ 550 cm⁻³. + + ───────────── + 6) What is the gas pressure in dynes/cm 2 ? How does this compare with the pressure in the Earth’s atmosphere? + + Treating this as an ideal gas (of course these are charged particles, so not ideal), P = n R[O III] T, with R the specific gas constant. + + I have + T = 18500K, and + nₑ = n[H⁺] = 550 cm⁻³. + + I can find n[O III]/n[H II], assuming case B, where + + j(5006)/j(H-β) + = n[O III]/(nₚ nₑ) × (atomic physics factor = α) + = α/(550 cm⁻³) n[O III]/n[H II]. + + j(5006) = 94.77, and + j(4861) = 10.00, so + j(5006)/j(H-β) = 9.477. + + n[O III]/n[H II] = 9.477 (550 cm⁻³)/α = 5212.35 α⁻¹ + + I'm not sure what atomic physics factor to use, here, and neither are my colleagues. We can check this out later, but Gary's door is closed at the moment. For now, I will leave it... should have asked on the discussions, but I am too late. If it's a similar factor from the earlier assignments, at least we know it had units cm⁻³, which is consistent with the following expression. + + n[O III] = 5212.35 n[H II] α⁻¹ + = (5212.35) (550 cm⁻³) α⁻¹ + = 2.867 × 10⁶ α⁻¹. + + P = n R[O III] T + = (2.867 × 10⁶ α⁻¹) (259.8 Joules/(kg K)) (18500 K) + = (2.867 × 10⁶) (259.8 Joules/(kg K)) (18500 K) α⁻¹ + = 1.378 × 10¹³ α⁻¹ Joules/kg. + + I'm having trouble converting this... should be obvious. I'm out of time, though, so I'll hav eto come back to this. Thanks. + diff --git a/hw24/a.out b/hw24/a.out new file mode 100755 index 0000000..42e5756 Binary files /dev/null and b/hw24/a.out differ diff --git a/hw24/data.cpp b/hw24/data.cpp new file mode 100644 index 0000000..7ab0a6e --- /dev/null +++ b/hw24/data.cpp @@ -0,0 +1,24 @@ +#include +#include +#include + +int main(int argc, char const *argv[]) +{ + double hnu = 4.138e-10; // ergs + for (double logn_e = -10; logn_e <= 10; logn_e = logn_e + 0.0625) { + double n_e = pow(10,logn_e); + double net_cooling = hnu * + (1e-13)*pow(n_e,2) * + ( + (2.19)*pow(1.47e-7*n_e+1,-1) - + (3.95)*pow(1-(1.47e-7*(n_e)),-1) + ); + std::cout << std::setprecision(4) << std::fixed + << std::scientific + << std::setw(10) << n_e << '\t' + << std::setw(10) << net_cooling << '\n'; + } + + + return 0; +} \ No newline at end of file diff --git a/hw24/data.tab b/hw24/data.tab new file mode 100644 index 0000000..cf55350 --- /dev/null +++ b/hw24/data.tab @@ -0,0 +1,321 @@ +1.0000e-10 -7.2829e-43 +1.1548e-10 -9.7119e-43 +1.3335e-10 -1.2951e-42 +1.5399e-10 -1.7270e-42 +1.7783e-10 -2.3030e-42 +2.0535e-10 -3.0712e-42 +2.3714e-10 -4.0955e-42 +2.7384e-10 -5.4614e-42 +3.1623e-10 -7.2829e-42 +3.6517e-10 -9.7119e-42 +4.2170e-10 -1.2951e-41 +4.8697e-10 -1.7270e-41 +5.6234e-10 -2.3030e-41 +6.4938e-10 -3.0712e-41 +7.4989e-10 -4.0955e-41 +8.6596e-10 -5.4614e-41 +1.0000e-09 -7.2829e-41 +1.1548e-09 -9.7119e-41 +1.3335e-09 -1.2951e-40 +1.5399e-09 -1.7270e-40 +1.7783e-09 -2.3030e-40 +2.0535e-09 -3.0712e-40 +2.3714e-09 -4.0955e-40 +2.7384e-09 -5.4614e-40 +3.1623e-09 -7.2829e-40 +3.6517e-09 -9.7119e-40 +4.2170e-09 -1.2951e-39 +4.8697e-09 -1.7270e-39 +5.6234e-09 -2.3030e-39 +6.4938e-09 -3.0712e-39 +7.4989e-09 -4.0955e-39 +8.6596e-09 -5.4614e-39 +1.0000e-08 -7.2829e-39 +1.1548e-08 -9.7119e-39 +1.3335e-08 -1.2951e-38 +1.5399e-08 -1.7270e-38 +1.7783e-08 -2.3030e-38 +2.0535e-08 -3.0712e-38 +2.3714e-08 -4.0955e-38 +2.7384e-08 -5.4614e-38 +3.1623e-08 -7.2829e-38 +3.6517e-08 -9.7119e-38 +4.2170e-08 -1.2951e-37 +4.8697e-08 -1.7270e-37 +5.6234e-08 -2.3030e-37 +6.4938e-08 -3.0712e-37 +7.4989e-08 -4.0955e-37 +8.6596e-08 -5.4614e-37 +1.0000e-07 -7.2829e-37 +1.1548e-07 -9.7119e-37 +1.3335e-07 -1.2951e-36 +1.5399e-07 -1.7270e-36 +1.7783e-07 -2.3030e-36 +2.0535e-07 -3.0712e-36 +2.3714e-07 -4.0955e-36 +2.7384e-07 -5.4614e-36 +3.1623e-07 -7.2829e-36 +3.6517e-07 -9.7119e-36 +4.2170e-07 -1.2951e-35 +4.8697e-07 -1.7270e-35 +5.6234e-07 -2.3030e-35 +6.4938e-07 -3.0712e-35 +7.4989e-07 -4.0955e-35 +8.6596e-07 -5.4614e-35 +1.0000e-06 -7.2829e-35 +1.1548e-06 -9.7119e-35 +1.3335e-06 -1.2951e-34 +1.5399e-06 -1.7270e-34 +1.7783e-06 -2.3030e-34 +2.0535e-06 -3.0712e-34 +2.3714e-06 -4.0955e-34 +2.7384e-06 -5.4614e-34 +3.1623e-06 -7.2829e-34 +3.6517e-06 -9.7119e-34 +4.2170e-06 -1.2951e-33 +4.8697e-06 -1.7270e-33 +5.6234e-06 -2.3030e-33 +6.4938e-06 -3.0712e-33 +7.4989e-06 -4.0955e-33 +8.6596e-06 -5.4614e-33 +1.0000e-05 -7.2829e-33 +1.1548e-05 -9.7119e-33 +1.3335e-05 -1.2951e-32 +1.5399e-05 -1.7270e-32 +1.7783e-05 -2.3030e-32 +2.0535e-05 -3.0712e-32 +2.3714e-05 -4.0955e-32 +2.7384e-05 -5.4614e-32 +3.1623e-05 -7.2829e-32 +3.6517e-05 -9.7119e-32 +4.2170e-05 -1.2951e-31 +4.8697e-05 -1.7270e-31 +5.6234e-05 -2.3030e-31 +6.4938e-05 -3.0712e-31 +7.4989e-05 -4.0955e-31 +8.6596e-05 -5.4614e-31 +1.0000e-04 -7.2829e-31 +1.1548e-04 -9.7119e-31 +1.3335e-04 -1.2951e-30 +1.5399e-04 -1.7270e-30 +1.7783e-04 -2.3030e-30 +2.0535e-04 -3.0712e-30 +2.3714e-04 -4.0955e-30 +2.7384e-04 -5.4614e-30 +3.1623e-04 -7.2829e-30 +3.6517e-04 -9.7119e-30 +4.2170e-04 -1.2951e-29 +4.8697e-04 -1.7270e-29 +5.6234e-04 -2.3030e-29 +6.4938e-04 -3.0712e-29 +7.4989e-04 -4.0955e-29 +8.6596e-04 -5.4614e-29 +1.0000e-03 -7.2829e-29 +1.1548e-03 -9.7119e-29 +1.3335e-03 -1.2951e-28 +1.5399e-03 -1.7270e-28 +1.7783e-03 -2.3030e-28 +2.0535e-03 -3.0712e-28 +2.3714e-03 -4.0955e-28 +2.7384e-03 -5.4614e-28 +3.1623e-03 -7.2829e-28 +3.6517e-03 -9.7119e-28 +4.2170e-03 -1.2951e-27 +4.8697e-03 -1.7270e-27 +5.6234e-03 -2.3030e-27 +6.4938e-03 -3.0712e-27 +7.4989e-03 -4.0955e-27 +8.6596e-03 -5.4614e-27 +1.0000e-02 -7.2829e-27 +1.1548e-02 -9.7119e-27 +1.3335e-02 -1.2951e-26 +1.5399e-02 -1.7270e-26 +1.7783e-02 -2.3030e-26 +2.0535e-02 -3.0712e-26 +2.3714e-02 -4.0955e-26 +2.7384e-02 -5.4614e-26 +3.1623e-02 -7.2829e-26 +3.6517e-02 -9.7119e-26 +4.2170e-02 -1.2951e-25 +4.8697e-02 -1.7270e-25 +5.6234e-02 -2.3030e-25 +6.4938e-02 -3.0712e-25 +7.4989e-02 -4.0955e-25 +8.6596e-02 -5.4614e-25 +1.0000e-01 -7.2829e-25 +1.1548e-01 -9.7119e-25 +1.3335e-01 -1.2951e-24 +1.5399e-01 -1.7270e-24 +1.7783e-01 -2.3030e-24 +2.0535e-01 -3.0712e-24 +2.3714e-01 -4.0955e-24 +2.7384e-01 -5.4614e-24 +3.1623e-01 -7.2829e-24 +3.6517e-01 -9.7119e-24 +4.2170e-01 -1.2951e-23 +4.8697e-01 -1.7270e-23 +5.6234e-01 -2.3030e-23 +6.4938e-01 -3.0712e-23 +7.4989e-01 -4.0955e-23 +8.6596e-01 -5.4614e-23 +1.0000e+00 -7.2829e-23 +1.1548e+00 -9.7119e-23 +1.3335e+00 -1.2951e-22 +1.5399e+00 -1.7270e-22 +1.7783e+00 -2.3031e-22 +2.0535e+00 -3.0712e-22 +2.3714e+00 -4.0955e-22 +2.7384e+00 -5.4614e-22 +3.1623e+00 -7.2829e-22 +3.6517e+00 -9.7119e-22 +4.2170e+00 -1.2951e-21 +4.8697e+00 -1.7270e-21 +5.6234e+00 -2.3031e-21 +6.4938e+00 -3.0712e-21 +7.4989e+00 -4.0955e-21 +8.6596e+00 -5.4614e-21 +1.0000e+01 -7.2829e-21 +1.1548e+01 -9.7119e-21 +1.3335e+01 -1.2951e-20 +1.5399e+01 -1.7271e-20 +1.7783e+01 -2.3031e-20 +2.0535e+01 -3.0712e-20 +2.3714e+01 -4.0955e-20 +2.7384e+01 -5.4615e-20 +3.1623e+01 -7.2830e-20 +3.6517e+01 -9.7121e-20 +4.2170e+01 -1.2951e-19 +4.8697e+01 -1.7271e-19 +5.6234e+01 -2.3031e-19 +6.4938e+01 -3.0713e-19 +7.4989e+01 -4.0956e-19 +8.6596e+01 -5.4616e-19 +1.0000e+02 -7.2833e-19 +1.1548e+02 -9.7125e-19 +1.3335e+02 -1.2952e-18 +1.5399e+02 -1.7272e-18 +1.7783e+02 -2.3033e-18 +2.0535e+02 -3.0715e-18 +2.3714e+02 -4.0960e-18 +2.7384e+02 -5.4622e-18 +3.1623e+02 -7.2841e-18 +3.6517e+02 -9.7137e-18 +4.2170e+02 -1.2954e-17 +4.8697e+02 -1.7275e-17 +5.6234e+02 -2.3037e-17 +6.4938e+02 -3.0722e-17 +7.4989e+02 -4.0970e-17 +8.6596e+02 -5.4638e-17 +1.0000e+03 -7.2866e-17 +1.1548e+03 -9.7176e-17 +1.3335e+03 -1.2960e-16 +1.5399e+03 -1.7284e-16 +1.7783e+03 -2.3051e-16 +2.0535e+03 -3.0744e-16 +2.3714e+03 -4.1004e-16 +2.7384e+03 -5.4691e-16 +3.1623e+03 -7.2947e-16 +3.6517e+03 -9.7301e-16 +4.2170e+03 -1.2979e-15 +4.8697e+03 -1.7314e-15 +5.6234e+03 -2.3097e-15 +6.4938e+03 -3.0814e-15 +7.4989e+03 -4.1112e-15 +8.6596e+03 -5.4857e-15 +1.0000e+04 -7.3202e-15 +1.1548e+04 -9.7694e-15 +1.3335e+04 -1.3040e-14 +1.5399e+04 -1.7407e-14 +1.7783e+04 -2.3241e-14 +2.0535e+04 -3.1035e-14 +2.3714e+04 -4.1453e-14 +2.7384e+04 -5.5382e-14 +3.1623e+04 -7.4011e-14 +3.6517e+04 -9.8940e-14 +4.2170e+04 -1.3232e-13 +4.8697e+04 -1.7703e-13 +5.6234e+04 -2.3696e-13 +6.4938e+04 -3.1737e-13 +7.4989e+04 -4.2535e-13 +8.6596e+04 -5.7048e-13 +1.0000e+05 -7.6580e-13 +1.1548e+05 -1.0290e-12 +1.3335e+05 -1.3842e-12 +1.5399e+05 -1.8644e-12 +1.7783e+05 -2.5148e-12 +2.0535e+05 -3.3977e-12 +2.3714e+05 -4.5991e-12 +2.7384e+05 -6.2385e-12 +3.1623e+05 -8.4823e-12 +3.6517e+05 -1.1564e-11 +4.2170e+05 -1.5813e-11 +4.8697e+05 -2.1695e-11 +5.6234e+05 -2.9876e-11 +6.4938e+05 -4.1316e-11 +7.4989e+05 -5.7402e-11 +8.6596e+05 -8.0167e-11 +1.0000e+06 -1.1261e-10 +1.1548e+06 -1.5922e-10 +1.3335e+06 -2.2679e-10 +1.5399e+06 -3.2579e-10 +1.7783e+06 -4.7263e-10 +2.0535e+06 -6.9376e-10 +2.3714e+06 -1.0331e-09 +2.7384e+06 -1.5670e-09 +3.1623e+06 -2.4357e-09 +3.6517e+06 -3.9194e-09 +4.2170e+06 -6.6520e-09 +4.8697e+06 -1.2388e-08 +5.6234e+06 -2.8247e-08 +6.4938e+06 -1.4984e-07 +7.4989e+06 9.2234e-08 +8.6596e+06 4.7893e-08 +1.0000e+07 3.8446e-08 +1.1548e+07 3.5728e-08 +1.3335e+07 3.5712e-08 +1.5399e+07 3.7257e-08 +1.7783e+07 3.9953e-08 +2.0535e+07 4.3654e-08 +2.3714e+07 4.8334e-08 +2.7384e+07 5.4035e-08 +3.1623e+07 6.0842e-08 +3.6517e+07 6.8877e-08 +4.2170e+07 7.8293e-08 +4.8697e+07 8.9280e-08 +5.6234e+07 1.0206e-07 +6.4938e+07 1.1689e-07 +7.4989e+07 1.3408e-07 +8.6596e+07 1.5399e-07 +1.0000e+08 1.7703e-07 +1.1548e+08 2.0367e-07 +1.3335e+08 2.3446e-07 +1.5399e+08 2.7006e-07 +1.7783e+08 3.1118e-07 +2.0535e+08 3.5869e-07 +2.3714e+08 4.1358e-07 +2.7384e+08 4.7697e-07 +3.1623e+08 5.5019e-07 +3.6517e+08 6.3475e-07 +4.2170e+08 7.3242e-07 +4.8697e+08 8.4520e-07 +5.6234e+08 9.7546e-07 +6.4938e+08 1.1259e-06 +7.4989e+08 1.2996e-06 +8.6596e+08 1.5002e-06 +1.0000e+09 1.7318e-06 +1.1548e+09 1.9994e-06 +1.3335e+09 2.3083e-06 +1.5399e+09 2.6650e-06 +1.7783e+09 3.0770e-06 +2.0535e+09 3.5527e-06 +2.3714e+09 4.1021e-06 +2.7384e+09 4.7365e-06 +3.1623e+09 5.4690e-06 +3.6517e+09 6.3150e-06 +4.2170e+09 7.2919e-06 +4.8697e+09 8.4201e-06 +5.6234e+09 9.7228e-06 +6.4938e+09 1.1227e-05 +7.4989e+09 1.2964e-05 +8.6596e+09 1.4971e-05 +1.0000e+10 1.7287e-05 diff --git a/hw24/othoulrich_net_cooling.png b/hw24/othoulrich_net_cooling.png new file mode 100644 index 0000000..2fdbfa6 Binary files /dev/null and b/hw24/othoulrich_net_cooling.png differ diff --git a/hw24/plots.R b/hw24/plots.R new file mode 100644 index 0000000..620d388 --- /dev/null +++ b/hw24/plots.R @@ -0,0 +1,6 @@ +data = read.table("data.tab") + + +png("othoulrich_net_cooling.png") +plot(data,type="l",xlab="Electron Density [cm⁻³]",ylab="Net Cooling [ergs cm⁻³ s⁻¹]") +dev.off() diff --git a/hw25/a.out b/hw25/a.out new file mode 100755 index 0000000..bae100e Binary files /dev/null and b/hw25/a.out differ diff --git a/hw25/cooling.data b/hw25/cooling.data new file mode 100644 index 0000000..64f215a --- /dev/null +++ b/hw25/cooling.data @@ -0,0 +1,321 @@ +1.0000e-10 0.0000e+00 +1.1548e-10 0.0000e+00 +1.3335e-10 0.0000e+00 +1.5399e-10 0.0000e+00 +1.7783e-10 0.0000e+00 +2.0535e-10 0.0000e+00 +2.3714e-10 0.0000e+00 +2.7384e-10 0.0000e+00 +3.1623e-10 0.0000e+00 +3.6517e-10 0.0000e+00 +4.2170e-10 0.0000e+00 +4.8697e-10 0.0000e+00 +5.6234e-10 0.0000e+00 +6.4938e-10 0.0000e+00 +7.4989e-10 0.0000e+00 +8.6596e-10 0.0000e+00 +1.0000e-09 0.0000e+00 +1.1548e-09 0.0000e+00 +1.3335e-09 0.0000e+00 +1.5399e-09 0.0000e+00 +1.7783e-09 0.0000e+00 +2.0535e-09 0.0000e+00 +2.3714e-09 0.0000e+00 +2.7384e-09 0.0000e+00 +3.1623e-09 0.0000e+00 +3.6517e-09 0.0000e+00 +4.2170e-09 0.0000e+00 +4.8697e-09 0.0000e+00 +5.6234e-09 0.0000e+00 +6.4938e-09 0.0000e+00 +7.4989e-09 0.0000e+00 +8.6596e-09 0.0000e+00 +1.0000e-08 0.0000e+00 +1.1548e-08 0.0000e+00 +1.3335e-08 0.0000e+00 +1.5399e-08 0.0000e+00 +1.7783e-08 0.0000e+00 +2.0535e-08 0.0000e+00 +2.3714e-08 0.0000e+00 +2.7384e-08 0.0000e+00 +3.1623e-08 0.0000e+00 +3.6517e-08 0.0000e+00 +4.2170e-08 0.0000e+00 +4.8697e-08 0.0000e+00 +5.6234e-08 0.0000e+00 +6.4938e-08 0.0000e+00 +7.4989e-08 0.0000e+00 +8.6596e-08 0.0000e+00 +1.0000e-07 0.0000e+00 +1.1548e-07 0.0000e+00 +1.3335e-07 0.0000e+00 +1.5399e-07 0.0000e+00 +1.7783e-07 0.0000e+00 +2.0535e-07 0.0000e+00 +2.3714e-07 0.0000e+00 +2.7384e-07 0.0000e+00 +3.1623e-07 0.0000e+00 +3.6517e-07 0.0000e+00 +4.2170e-07 0.0000e+00 +4.8697e-07 0.0000e+00 +5.6234e-07 0.0000e+00 +6.4938e-07 0.0000e+00 +7.4989e-07 0.0000e+00 +8.6596e-07 0.0000e+00 +1.0000e-06 0.0000e+00 +1.1548e-06 0.0000e+00 +1.3335e-06 0.0000e+00 +1.5399e-06 0.0000e+00 +1.7783e-06 0.0000e+00 +2.0535e-06 0.0000e+00 +2.3714e-06 0.0000e+00 +2.7384e-06 0.0000e+00 +3.1623e-06 0.0000e+00 +3.6517e-06 0.0000e+00 +4.2170e-06 0.0000e+00 +4.8697e-06 0.0000e+00 +5.6234e-06 0.0000e+00 +6.4938e-06 0.0000e+00 +7.4989e-06 0.0000e+00 +8.6596e-06 0.0000e+00 +1.0000e-05 0.0000e+00 +1.1548e-05 0.0000e+00 +1.3335e-05 0.0000e+00 +1.5399e-05 0.0000e+00 +1.7783e-05 0.0000e+00 +2.0535e-05 0.0000e+00 +2.3714e-05 0.0000e+00 +2.7384e-05 0.0000e+00 +3.1623e-05 0.0000e+00 +3.6517e-05 0.0000e+00 +4.2170e-05 0.0000e+00 +4.8697e-05 0.0000e+00 +5.6234e-05 0.0000e+00 +6.4938e-05 0.0000e+00 +7.4989e-05 0.0000e+00 +8.6596e-05 0.0000e+00 +1.0000e-04 0.0000e+00 +1.1548e-04 0.0000e+00 +1.3335e-04 0.0000e+00 +1.5399e-04 0.0000e+00 +1.7783e-04 0.0000e+00 +2.0535e-04 0.0000e+00 +2.3714e-04 0.0000e+00 +2.7384e-04 0.0000e+00 +3.1623e-04 0.0000e+00 +3.6517e-04 0.0000e+00 +4.2170e-04 0.0000e+00 +4.8697e-04 0.0000e+00 +5.6234e-04 0.0000e+00 +6.4938e-04 0.0000e+00 +7.4989e-04 0.0000e+00 +8.6596e-04 0.0000e+00 +1.0000e-03 0.0000e+00 +1.1548e-03 0.0000e+00 +1.3335e-03 0.0000e+00 +1.5399e-03 0.0000e+00 +1.7783e-03 0.0000e+00 +2.0535e-03 0.0000e+00 +2.3714e-03 0.0000e+00 +2.7384e-03 0.0000e+00 +3.1623e-03 0.0000e+00 +3.6517e-03 0.0000e+00 +4.2170e-03 0.0000e+00 +4.8697e-03 0.0000e+00 +5.6234e-03 0.0000e+00 +6.4938e-03 0.0000e+00 +7.4989e-03 0.0000e+00 +8.6596e-03 0.0000e+00 +1.0000e-02 0.0000e+00 +1.1548e-02 0.0000e+00 +1.3335e-02 0.0000e+00 +1.5399e-02 0.0000e+00 +1.7783e-02 0.0000e+00 +2.0535e-02 0.0000e+00 +2.3714e-02 0.0000e+00 +2.7384e-02 0.0000e+00 +3.1623e-02 0.0000e+00 +3.6517e-02 0.0000e+00 +4.2170e-02 0.0000e+00 +4.8697e-02 0.0000e+00 +5.6234e-02 0.0000e+00 +6.4938e-02 0.0000e+00 +7.4989e-02 0.0000e+00 +8.6596e-02 0.0000e+00 +1.0000e-01 0.0000e+00 +1.1548e-01 0.0000e+00 +1.3335e-01 0.0000e+00 +1.5399e-01 0.0000e+00 +1.7783e-01 0.0000e+00 +2.0535e-01 0.0000e+00 +2.3714e-01 0.0000e+00 +2.7384e-01 0.0000e+00 +3.1623e-01 0.0000e+00 +3.6517e-01 0.0000e+00 +4.2170e-01 0.0000e+00 +4.8697e-01 0.0000e+00 +5.6234e-01 0.0000e+00 +6.4938e-01 0.0000e+00 +7.4989e-01 0.0000e+00 +8.6596e-01 0.0000e+00 +1.0000e+00 0.0000e+00 +1.1548e+00 0.0000e+00 +1.3335e+00 0.0000e+00 +1.5399e+00 0.0000e+00 +1.7783e+00 0.0000e+00 +2.0535e+00 0.0000e+00 +2.3714e+00 0.0000e+00 +2.7384e+00 0.0000e+00 +3.1623e+00 0.0000e+00 +3.6517e+00 0.0000e+00 +4.2170e+00 0.0000e+00 +4.8697e+00 0.0000e+00 +5.6234e+00 0.0000e+00 +6.4938e+00 0.0000e+00 +7.4989e+00 0.0000e+00 +8.6596e+00 0.0000e+00 +1.0000e+01 0.0000e+00 +1.1548e+01 2.5625e-283 +1.3335e+01 1.4707e-247 +1.5399e+01 1.3466e-216 +1.7783e+01 8.6453e-190 +2.0535e+01 1.4027e-166 +2.3714e+01 1.7458e-146 +2.7384e+01 4.3587e-129 +3.1623e+01 5.0196e-114 +3.6517e+01 5.4833e-101 +4.2170e+01 1.0608e-89 +4.8697e+01 6.2403e-80 +5.6234e+01 1.7829e-71 +6.4938e+01 3.7108e-64 +7.4989e+01 7.9929e-58 +8.6596e+01 2.4147e-52 +1.0000e+02 1.3314e-47 +1.1548e+02 1.6828e-43 +1.3335e+02 5.9401e-40 +1.5399e+02 6.9477e-37 +1.7783e+02 3.1223e-34 +2.0535e+02 6.1286e-32 +2.3714e+02 5.8714e-30 +2.7384e+02 3.0224e-28 +3.1623e+02 9.0857e-27 +3.6517e+02 1.7142e-25 +4.2170e+02 2.1607e-24 +4.8697e+02 1.9206e-23 +5.6234e+02 1.2616e-22 +6.4938e+02 6.3770e-22 +7.4989e+02 2.5693e-21 +8.6596e+02 8.5056e-21 +1.0000e+03 2.3753e-20 +1.1548e+03 5.7249e-20 +1.3335e+03 1.2146e-19 +1.5399e+03 2.3073e-19 +1.7783e+03 3.9833e-19 +2.0535e+03 6.3300e-19 +2.3714e+03 9.3630e-19 +2.7384e+03 1.3015e-18 +3.1623e+03 1.7145e-18 +3.6517e+03 2.1556e-18 +4.2170e+03 2.6032e-18 +4.8697e+03 3.0357e-18 +5.6234e+03 3.4346e-18 +6.4938e+03 3.7855e-18 +7.4989e+03 4.0787e-18 +8.6596e+03 4.3091e-18 +1.0000e+04 4.4757e-18 +1.1548e+04 4.5808e-18 +1.3335e+04 4.6290e-18 +1.5399e+04 4.6262e-18 +1.7783e+04 4.5795e-18 +2.0535e+04 4.4958e-18 +2.3714e+04 4.3821e-18 +2.7384e+04 4.2448e-18 +3.1623e+04 4.0898e-18 +3.6517e+04 3.9222e-18 +4.2170e+04 3.7462e-18 +4.8697e+04 3.5657e-18 +5.6234e+04 3.3836e-18 +6.4938e+04 3.2024e-18 +7.4989e+04 3.0241e-18 +8.6596e+04 2.8501e-18 +1.0000e+05 2.6815e-18 +1.1548e+05 2.5192e-18 +1.3335e+05 2.3637e-18 +1.5399e+05 2.2153e-18 +1.7783e+05 2.0743e-18 +2.0535e+05 1.9407e-18 +2.3714e+05 1.8143e-18 +2.7384e+05 1.6951e-18 +3.1623e+05 1.5829e-18 +3.6517e+05 1.4775e-18 +4.2170e+05 1.3785e-18 +4.8697e+05 1.2857e-18 +5.6234e+05 1.1988e-18 +6.4938e+05 1.1174e-18 +7.4989e+05 1.0414e-18 +8.6596e+05 9.7029e-19 +1.0000e+06 9.0392e-19 +1.1548e+06 8.4196e-19 +1.3335e+06 7.8415e-19 +1.5399e+06 7.3023e-19 +1.7783e+06 6.7995e-19 +2.0535e+06 6.3308e-19 +2.3714e+06 5.8940e-19 +2.7384e+06 5.4870e-19 +3.1623e+06 5.1078e-19 +3.6517e+06 4.7547e-19 +4.2170e+06 4.4257e-19 +4.8697e+06 4.1194e-19 +5.6234e+06 3.8341e-19 +6.4938e+06 3.5685e-19 +7.4989e+06 3.3213e-19 +8.6596e+06 3.0911e-19 +1.0000e+07 2.8768e-19 +1.1548e+07 2.6773e-19 +1.3335e+07 2.4916e-19 +1.5399e+07 2.3188e-19 +1.7783e+07 2.1579e-19 +2.0535e+07 2.0082e-19 +2.3714e+07 1.8689e-19 +2.7384e+07 1.7392e-19 +3.1623e+07 1.6185e-19 +3.6517e+07 1.5062e-19 +4.2170e+07 1.4017e-19 +4.8697e+07 1.3044e-19 +5.6234e+07 1.2138e-19 +6.4938e+07 1.1296e-19 +7.4989e+07 1.0512e-19 +8.6596e+07 9.7820e-20 +1.0000e+08 9.1030e-20 +1.1548e+08 8.4710e-20 +1.3335e+08 7.8830e-20 +1.5399e+08 7.3357e-20 +1.7783e+08 6.8265e-20 +2.0535e+08 6.3526e-20 +2.3714e+08 5.9115e-20 +2.7384e+08 5.5011e-20 +3.1623e+08 5.1192e-20 +3.6517e+08 4.7638e-20 +4.2170e+08 4.4331e-20 +4.8697e+08 4.1253e-20 +5.6234e+08 3.8389e-20 +6.4938e+08 3.5724e-20 +7.4989e+08 3.3244e-20 +8.6596e+08 3.0936e-20 +1.0000e+09 2.8788e-20 +1.1548e+09 2.6789e-20 +1.3335e+09 2.4929e-20 +1.5399e+09 2.3199e-20 +1.7783e+09 2.1588e-20 +2.0535e+09 2.0089e-20 +2.3714e+09 1.8694e-20 +2.7384e+09 1.7397e-20 +3.1623e+09 1.6189e-20 +3.6517e+09 1.5065e-20 +4.2170e+09 1.4019e-20 +4.8697e+09 1.3046e-20 +5.6234e+09 1.2140e-20 +6.4938e+09 1.1297e-20 +7.4989e+09 1.0513e-20 +8.6596e+09 9.7828e-21 +1.0000e+10 9.1036e-21 diff --git a/hw25/data.cpp b/hw25/data.cpp new file mode 100644 index 0000000..4641890 --- /dev/null +++ b/hw25/data.cpp @@ -0,0 +1,24 @@ +#include +#include +#include + +int main(int argc, char const *argv[]) +{ + double hnu = 4.138e-10; // ergs + double A = 2.20e-6; + double alpha = 7.10e3; + double EinK = 29168; + + for (double logT = -10; logT <= 10; logT = logT + 0.0625) { + double T = pow(10,logT); + double cooling = hnu * A * pow(T,-0.5) * exp(-1*EinK/T); + + std::cout << std::setprecision(4) << std::fixed + << std::scientific + << std::setw(10) << T << '\t' + << std::setw(10) << cooling << '\n'; + } + + + return 0; +} \ No newline at end of file diff --git a/hw25/plot.R b/hw25/plot.R new file mode 100644 index 0000000..79ce48a --- /dev/null +++ b/hw25/plot.R @@ -0,0 +1,22 @@ +data = read.table("cooling.data") +png("plot.png") + +hnu = 4.138e-10; +A = 2.20e-6; +alpha = 7.10e5; +hnu_T = 1.4E4; +EinK = 29168; + +plot(data, + log="xy", + xlim=c(1e3,1e5), + ylim=c(1e-18,1e-17), + type="l", + xlab="Temperature [K]", + ylab=" [Cooling Rate ergs cm⁻³ s⁻¹]" + ) + +abline(v=hnu_T) + +dev.off() +hnu_T \ No newline at end of file diff --git a/hw25/plot.png b/hw25/plot.png new file mode 100644 index 0000000..667ddca Binary files /dev/null and b/hw25/plot.png differ diff --git a/hw26/notes.mth b/hw26/notes.mth new file mode 100644 index 0000000..03dac1e --- /dev/null +++ b/hw26/notes.mth @@ -0,0 +1,24 @@ +Old approach: + + +4πj(u,l) = nᵤ (Aᵤₗ + qᵤₗ nₑ) hν. + +Let's ignore collisional excitement, making + + 4πj(u,l) = n₂ Aᵤₗ hν. + +From Allen, Table 4.11, + + A[Hβ] = 8.419 × 10⁶ s⁻¹ + +If H was totally ionized this would be 0, right? Thought I could maybe find a recombination balance to determine a better ratio, but assuming H is not ionized seems to be the approach other students are taking. + +From the Boltzman factors computed for hydrogen in hw14, I just reused my spreadsheet to find n₂ = (Z₂/∑Zᵢ * nₜₒₜ) at T=1e4 K: + + n₂ = 0.275 [cm⁻³]. + +hν = 4.09 × 10⁻¹² [ergs]. + +4πj(u,l) = n₂ Aᵤₗ hν + = 0.275 [cm⁻³] 8.419 × 10⁶ [s⁻¹] 4.09 × 10⁻¹² [ergs] +*** = 9.47 × 10⁻⁶ [ergs cm⁻³ s⁻¹]. \ No newline at end of file diff --git a/hw26/text b/hw26/text new file mode 100644 index 0000000..ba4edc9 --- /dev/null +++ b/hw26/text @@ -0,0 +1,94 @@ +Homework 26, day 29, due Dec 7 +Let’s compute the radio brems to Balmer beta emissivity ratio for the Orion Nebula! As mentioned in class this is a great way to measure the interstellar reddening, since dust extinguishes visible light but not the radio. Let’s assume T=10⁴ K, n(H) = 10⁴ cm⁻³ , only consider H, and assume that it is fully ionized. + +───────────── +1. What is the brems emissivity 4πνj[ν], erg cm⁻³ s⁻¹, at 21 cm? + +Conditions: + T = 10⁴ K + n(H) = 10⁴ cm⁻³ + H fully ionized. + +From Brandt, the emissivity j[ν] at is given by (note: n in m⁻³.) + + j[ν](ν) dν = (6.8 × 10⁻⁵¹ [J m³ K^(1/2)]) g(ν,T,Z) Z² nₑ nᵢ + × exp(-hν/kT) T^(-1/2). + +The gaunt correction factor is approximated from the contour for + log(T) = 4 [log(K)] and log(λ) = 5.32 [log(μm)]. + +g[ν,T,Z] ≈ 5. + +nₑ = nᵢ = nₕ = 10⁴ [cm⁻³] = 10⁴ [cm⁻³] (100 [cm/m])³ = 10¹⁰ [m⁻³]. + +For 21 cm, + hν/k = 0.0685 [K]. + +T = 10⁴ [K]. + +j[ν](ν) dν = (6.8 × 10⁻⁵¹ [J m³ K^(1/2)]) + × g(ν,T,Z) Z² nₑ nᵢ exp(-hν/kT) T^(-1/2). + + = (6.8 × 10⁻⁵¹ [J m³ K^(1/2)]) + × (5) (10¹⁰ [m⁻³])² + × exp(-0.0685 [K]/(10⁴ [K])) (10⁴ [K])^(-1/2) + + = (6.8e-51) * (5) * (1e20) + * exp(-0.0685 [K]/(1e4 [K])) * (1e4)^(-1/2) + [J m³ m⁻³ m⁻³] + + = (6.8e-51) * (5) * (1e20) + * math.exp(-0.0685/1e4) * math.pow((1e4),(-1/2)) + [J m⁻³] + + = 3.4e-32 [J m⁻³]. + +ν[21 cm] = 1.48 × 10⁹ s⁻¹. + +j[ν](ν) ν = 3.4e-32 [J m⁻³] * 1.48e9 [s⁻¹] + = 3.4e-32 * 1.48e9 [J m⁻³ s⁻¹] + = 5.03e-23 [J m⁻³ s⁻¹]. + +j[ν](ν) ν = 5.03e-23 [J m⁻³ s⁻¹] × [10⁷ ergs/J] × [1/100 m/cm]³. +*** = 5.02e-22 [ergs cm⁻³ s⁻¹]. + + + +───────────── +2. What is the emissivity in the Balmer beta line, the n=4-2 transition at 4861Å? The units of 4pj, are also erg cm -3 s -1 . + +The Balmer emission here is from recombination. From the table 4.4, + + 4π j[Hβ] = 1.24 × 10⁻²⁵ [ergs cm³ s⁻¹] nₑ nᵢ + = 1.24e-25 [ergs cm³ s⁻¹] 1e8 [cm⁻⁶] + = 1.24e-17 [ergs cm⁻³ s⁻¹]. + +───────────── +3. What is the dimensionless ratio of the Balmer beta to radio brems emissivities? This is very nearly equal to the ratio of emission from the Orion Nebula. (I get roughly 2e4 but did this quickly). + +(1.24e-17 [ergs cm⁻³ s⁻¹])/(5.02e-22 [ergs cm⁻³ s⁻¹]) + + = 1.24e-17 / 5.02e-22 +*** = 2.47e4. + +───────────── +4. If the ratio measured with Space Telescope and the VLA is 2e3, find the optical depth due to dust at Balmer beta. + +Assuming dust is the only source of absorption and scattering, + τ = ∫ (κ) dl ⟶ I = I₀ exp(-τ). + +exp(-τ) = I/I₀ = 2e3/2.47e4 * I₀﹐ᵦᵣ/Iᵦᵣ + +From ISM opacity, + + τᵦᵣ = ∫ 1e-24 [cm⁻¹] dl + = 1e-24 [cm⁻¹] * 1344 [ly] + = 1e-24 [cm⁻¹] * 1.27e21 [cm] + = 0.0013. + +I₀﹐ᵦᵣ/Iᵦᵣ = exp(-0.0013) ≈ 1. + +-τ = ln(2e3/2.47e4) + = -2.51. + +*** τ = 2.51. \ No newline at end of file diff --git a/hw3/.RData b/hw3/.RData new file mode 100644 index 0000000..2ee7bd1 Binary files /dev/null and b/hw3/.RData differ diff --git a/hw3/.Rhistory b/hw3/.Rhistory new file mode 100644 index 0000000..f2d48b0 --- /dev/null +++ b/hw3/.Rhistory @@ -0,0 +1,512 @@ +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +plot(lambda,lfl_T1,main="Planck's Law for a Blackbody",log="xy",xlab=expression(paste("Wavelength (",mu,"m)")),ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")),type="l",col="red",xlim=c(0.01,10),xaxt='n',yaxt='n') +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="blue") +legend(0.1,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("red","green","blue")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +line(v=1) +?line +line(h=1) +?line +abline(h=1) +abline(v=1) +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="red", + xlim=c(0.01,10), + ylim=c(1e5,1e15), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="blue") +legend(0.1,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("red","green","blue")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +line(h=1) +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="red", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="blue") +legend(0.1,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("red","green","blue")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="red", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="blue") +legend(0.1,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("red","green","blue")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^15,label=expression("10"^16)) +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="red", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="blue") +legend(0.1,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("red","green","blue")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^16,label=expression("10"^16)) +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="blue", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="red") +legend(0.1,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("blue","green","red")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^16,label=expression("10"^16)) +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="blue", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="red") +legend(0.1,1e8,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("blue","green","red")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^16,label=expression("10"^16)) +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="blue", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="red") +legend(1,1e8,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("blue","green","red")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^16,label=expression("10"^16)) +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +?pdf +pdf("planck.pdf") +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="blue", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="red") +legend(1,1e8,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("blue","green","red")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^16,label=expression("10"^16)) +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +dev.off() +pdf("planck.pdf") +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="blue", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="red") +legend(.65,1e8,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("blue","green","red")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^16,label=expression("10"^16)) +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +dev.off() +pdf("planck.pdf") +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="blue", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="red") +legend(.5,1e8,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("blue","green","red")) +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") +axis(2,at=10^16,label=expression("10"^16)) +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) +dev.off() +3.828/6.417 +4*pi() +pi() +%pi +pi +4*pi +5.965e22 +5.965e22/12.5664 +sqrt(5.965e22/12.5664) +14959790000000*14959790000000 +3.828/12.5664/2.2380/1e26*1e33 +1.361e6 / 29979245800 +(4.54e-5 * 29979245800)/(5.6704e-5) +(4.54e-5 * 29979245800)/(5.6704e-5)^(-4) +(4.54e-5 * 29979245800)/(5.6704e-5)^(1/4) +1.568e7^4 +(1.568e7)^4 +(4.54e-5 * 29979245800) +(4.54e-5 * 29979245800)/(5.6704e-5) +pow((4.54e-5 * 29979245800)/(5.6704e-5),1/4) +power +power((4.54e-5 * 29979245800)/(5.6704e-5),1/4) +?power +?exp +?pow +power((4.54e-5 * 29979245800)/(5.6704e-5),1/4) +(4.54e-5 * 29979245800)/(5.6704e-5) +((4.54e-5 * 29979245800)/(5.6704e-5))^(1/4) +393^4 +393.6 - 289.15 +0.28979/5800 +quit() diff --git a/hw3/blackbody.ods b/hw3/blackbody.ods new file mode 100644 index 0000000..df96d1a Binary files /dev/null and b/hw3/blackbody.ods differ diff --git a/hw3/planck.tab b/hw3/planck.tab new file mode 100644 index 0000000..72144dd --- /dev/null +++ b/hw3/planck.tab @@ -0,0 +1,88 @@ +0.0036517413 10541756.5038332 2.41192771918153E-23 1.1221546329846E-261 +0.004216965 165044332.995179 3.54766762634053E-18 1.45433344328501E-224 +0.0048696753 1654430654.18458 9.80331015279875E-14 1.85076974272241E-192 +0.0056234133 11272272034.9956 6.36771460910216E-10 1.08482138651403E-164 +0.0064938163 54974979425.7294 1.18048274861741E-06 1.11673907925626E-140 +0.0074989421 200711675057.761 0.000738904 6.43416296121557E-120 +0.0086596432 570280600572.192 0.1806229185 5.66070349215047E-102 +0.01 1304092277323.32 19.5590079483 1.81364776339274E-86 +0.0115478198 2470989328599.58 1046.4208236885 4.49171210328888E-73 +0.0133352143 3978516959115.58 30401.5105533487 1.65008764034333E-61 +0.0153992653 5563361907060.23 520541.709020763 1.58109455894613E-51 +0.0177827941 6885361390170.81 5638529.88020527 6.44212639649851E-43 +0.0205352503 7666496849725.93 41084614.6081907 1.70425655923047E-35 +0.0237137371 7789378173699.52 212361640.470656 4.22329296872668E-29 +0.0273841963 7310954324154.95 815348687.530744 1.34653866777397E-23 +0.0316227766 6406580141309.78 2419853636.05234 7.27115027157629E-19 +0.0365174127 5290006294475.79 5746472326.66979 8.43665250474282E-15 +0.0421696503 4148823433501.02 11250172542.7887 2.58482585940606E-11 +0.0486967525 3111929485511.7 18633831544.9154 0.000000025 +0.0562341325 2245773934223.53 26703196390.4851 8.9063696182663E-06 +0.0649381632 1567405615209.82 33757544996.4075 0.0013364726 +0.0749894209 1062728076022.97 38284562645.7389 0.0948449248 +0.0865964323 702706143724.151 39522296891.939 3.5192646847 +0.1 454669396432.817 37609674352.8853 74.4766588474 +0.1154781985 288703452659.397 33353047969.8801 969.1836565516 +0.1333521432 180358665029.163 27826232339.7627 8277.8126307484 +0.1539926526 111096051032.966 22019651646.4572 49097.6465535706 +0.177827941 67601691799.4594 16644911077.6743 212357.60315879 +0.2053525026 40702828204.9554 12092965461.239 698744.476979356 +0.2371373706 24283717372.6383 8489312054.4935 1814387.35992253 +0.2738419634 14373492205.477 5784944921.46642 3837839.19301948 +0.316227766 8449432037.02618 3841880043.57899 6797124.15538816 +0.3651741273 4937538665.98453 2495198052.02383 10322429.0594215 +0.4216965034 2870498907.95383 1589574214.03033 13721703.1496887 +0.4869675252 1661375743.9912 995852704.721293 16253799.707507 +0.5623413252 957858801.983046 614923677.416754 17423482.4479495 +0.6493816316 550405836.576153 374974708.566935 17130139.3926858 +0.7498942093 315360362.513779 226186801.74534 15626664.9426197 +0.8659643234 180236301.016314 135160287.958063 13360111.5375667 +1 102786117.762913 80111497.1489381 10798586.4451317 +1.1547819847 58507304.283737 47149646.7761832 8313913.44733848 +1.3335214322 33249000.3058469 27581020.5236935 6137004.61576915 +1.5399265261 18868386.0301689 16048924.5433182 4367882.61380698 +1.77827941 10694503.9991308 9295934.15103023 3012115.85577442 +2.0535250265 6055184.06639211 5363128.12025644 2021141.54673926 +2.3713737057 3425282.59452693 3083558.1338609 1324457.08815931 +2.7384196343 1936070.28992046 1767644.04128008 850302.719568603 +3.1622776602 1093572.6559281 1010693.03022103 536287.17479152 +3.6517412725 617327.951805675 576601.002334791 333075.801340489 +4.2169650343 348305.738191396 328316.698290681 204129.462827273 +4.8696752517 196431.746164089 186631.26573568 123668.866749526 +5.6234132519 110737.582993933 105936.839543701 74178.5580659845 +6.4938163158 62406.9838934647 60057.2010790581 44110.3984143153 +7.4989420933 35159.7356664838 34010.3903650947 26034.6366448071 +8.6596432336 19803.8267037132 19241.9818903867 15266.7255773598 +10 11152.1431912714 10877.6323352689 8902.2868014426 +11.5478198469 6278.9337328787 6144.8705043684 5165.8934061849 +13.3352143216 3534.6201581489 3469.1727299544 2985.1113500139 +15.3992652606 1989.4744499063 1957.5347675547 1718.6679829013 +17.7827941004 1119.646573791 1104.0638613264 986.3977159549 +20.5352502646 630.0537861333 622.4532056907 564.5787966018 +23.7137370566 354.514931452 350.8084976788 322.3804372025 +27.3841963426 199.4605456576 197.6534376352 183.7055374817 +31.6227766017 112.2146747419 111.3337449694 104.4971947421 +36.5174127255 63.1271939297 62.6978184616 59.349791677 +42.1696503429 35.5108406642 35.3015835988 33.6632048586 +48.6967525166 19.9749664465 19.8729953484 19.071766848 +56.234132519 11.2355515005 11.1858654729 10.7942563907 +64.9381631576 6.3195799147 6.2953720213 6.1040627394 +74.9894209332 3.5544257859 3.5426320913 3.4492132267 +86.596432336 1.9991243197 1.9933789641 1.9477781096 +100 1.1243479294 1.1215491958 1.0992970155 +115.4781984689 0.6323441144 0.6309808289 0.6201252781 +133.3521432163 0.3556306354 0.3549665938 0.3496720699 +153.992652606 0.2000040211 0.1996805845 0.1970988496 +177.8279410039 0.1124793988 0.1123218661 0.111063178 +205.3525026457 0.0632561351 0.0631794094 0.0625658497 +237.1373705662 0.0355736431 0.0355362749 0.0352372298 +273.8419634264 0.0200055544 0.0199873551 0.0198416194 +316.2277660168 0.011250449 0.0112415856 0.0111705705 +365.1741272548 0.0063268354 0.0063225189 0.0062879171 +421.6965034286 0.0035579594 0.0035558572 0.003538999 +486.9675251659 0.0020008452 0.0019998215 0.0019916086 +562.3413251904 0.001125186 0.0011246875 0.0011206866 +649.3816315762 0.0006327523 0.0006325095 0.0006305605 +749.8942093325 0.0003558294 0.0003557112 0.0003547618 +865.9643233601 0.0002001008 0.0002000432 0.0001995808 +1000 0.0001125265 0.0001124985 0.0001122733 diff --git a/hw3/planck_l b/hw3/planck_l new file mode 100644 index 0000000..ebadbf8 --- /dev/null +++ b/hw3/planck_l @@ -0,0 +1,88 @@ +0.0036517413 +0.004216965 +0.0048696753 +0.0056234133 +0.0064938163 +0.0074989421 +0.0086596432 +0.01 +0.0115478198 +0.0133352143 +0.0153992653 +0.0177827941 +0.0205352503 +0.0237137371 +0.0273841963 +0.0316227766 +0.0365174127 +0.0421696503 +0.0486967525 +0.0562341325 +0.0649381632 +0.0749894209 +0.0865964323 +0.1 +0.1154781985 +0.1333521432 +0.1539926526 +0.177827941 +0.2053525026 +0.2371373706 +0.2738419634 +0.316227766 +0.3651741273 +0.4216965034 +0.4869675252 +0.5623413252 +0.6493816316 +0.7498942093 +0.8659643234 +1 +1.1547819847 +1.3335214322 +1.5399265261 +1.77827941 +2.0535250265 +2.3713737057 +2.7384196343 +3.1622776602 +3.6517412725 +4.2169650343 +4.8696752517 +5.6234132519 +6.4938163158 +7.4989420933 +8.6596432336 +10 +11.5478198469 +13.3352143216 +15.3992652606 +17.7827941004 +20.5352502646 +23.7137370566 +27.3841963426 +31.6227766017 +36.5174127255 +42.1696503429 +48.6967525166 +56.234132519 +64.9381631576 +74.9894209332 +86.596432336 +100 +115.4781984689 +133.3521432163 +153.992652606 +177.8279410039 +205.3525026457 +237.1373705662 +273.8419634264 +316.2277660168 +365.1741272548 +421.6965034286 +486.9675251659 +562.3413251904 +649.3816315762 +749.8942093325 +865.9643233601 +1000 diff --git a/hw3/planck_lfl_150000 b/hw3/planck_lfl_150000 new file mode 100644 index 0000000..1bae62d --- /dev/null +++ b/hw3/planck_lfl_150000 @@ -0,0 +1,88 @@ +10541756.5038332 +165044332.995179 +1654430654.18458 +11272272034.9956 +54974979425.7294 +200711675057.761 +570280600572.192 +1304092277323.32 +2470989328599.58 +3978516959115.58 +5563361907060.23 +6885361390170.81 +7666496849725.93 +7789378173699.52 +7310954324154.95 +6406580141309.78 +5290006294475.79 +4148823433501.02 +3111929485511.7 +2245773934223.53 +1567405615209.82 +1062728076022.97 +702706143724.151 +454669396432.817 +288703452659.397 +180358665029.163 +111096051032.966 +67601691799.4594 +40702828204.9554 +24283717372.6383 +14373492205.477 +8449432037.02618 +4937538665.98453 +2870498907.95383 +1661375743.9912 +957858801.983046 +550405836.576153 +315360362.513779 +180236301.016314 +102786117.762913 +58507304.283737 +33249000.3058469 +18868386.0301689 +10694503.9991308 +6055184.06639211 +3425282.59452693 +1936070.28992046 +1093572.6559281 +617327.951805675 +348305.738191396 +196431.746164089 +110737.582993933 +62406.9838934647 +35159.7356664838 +19803.8267037132 +11152.1431912714 +6278.9337328787 +3534.6201581489 +1989.4744499063 +1119.646573791 +630.0537861333 +354.514931452 +199.4605456576 +112.2146747419 +63.1271939297 +35.5108406642 +19.9749664465 +11.2355515005 +6.3195799147 +3.5544257859 +1.9991243197 +1.1243479294 +0.6323441144 +0.3556306354 +0.2000040211 +0.1124793988 +0.0632561351 +0.0355736431 +0.0200055544 +0.011250449 +0.0063268354 +0.0035579594 +0.0020008452 +0.001125186 +0.0006327523 +0.0003558294 +0.0002001008 +0.0001125265 diff --git a/hw3/planck_lfl_40000 b/hw3/planck_lfl_40000 new file mode 100644 index 0000000..3b11a3c --- /dev/null +++ b/hw3/planck_lfl_40000 @@ -0,0 +1,88 @@ +2.41192771918153E-23 +3.54766762634053E-18 +9.80331015279875E-14 +6.36771460910216E-10 +1.18048274861741E-06 +0.000738904 +0.1806229185 +19.5590079483 +1046.4208236885 +30401.5105533487 +520541.709020763 +5638529.88020527 +41084614.6081907 +212361640.470656 +815348687.530744 +2419853636.05234 +5746472326.66979 +11250172542.7887 +18633831544.9154 +26703196390.4851 +33757544996.4075 +38284562645.7389 +39522296891.939 +37609674352.8853 +33353047969.8801 +27826232339.7627 +22019651646.4572 +16644911077.6743 +12092965461.239 +8489312054.4935 +5784944921.46642 +3841880043.57899 +2495198052.02383 +1589574214.03033 +995852704.721293 +614923677.416754 +374974708.566935 +226186801.74534 +135160287.958063 +80111497.1489381 +47149646.7761832 +27581020.5236935 +16048924.5433182 +9295934.15103023 +5363128.12025644 +3083558.1338609 +1767644.04128008 +1010693.03022103 +576601.002334791 +328316.698290681 +186631.26573568 +105936.839543701 +60057.2010790581 +34010.3903650947 +19241.9818903867 +10877.6323352689 +6144.8705043684 +3469.1727299544 +1957.5347675547 +1104.0638613264 +622.4532056907 +350.8084976788 +197.6534376352 +111.3337449694 +62.6978184616 +35.3015835988 +19.8729953484 +11.1858654729 +6.2953720213 +3.5426320913 +1.9933789641 +1.1215491958 +0.6309808289 +0.3549665938 +0.1996805845 +0.1123218661 +0.0631794094 +0.0355362749 +0.0199873551 +0.0112415856 +0.0063225189 +0.0035558572 +0.0019998215 +0.0011246875 +0.0006325095 +0.0003557112 +0.0002000432 +0.0001124985 diff --git a/hw3/planck_lfl_5800 b/hw3/planck_lfl_5800 new file mode 100644 index 0000000..6068907 --- /dev/null +++ b/hw3/planck_lfl_5800 @@ -0,0 +1,88 @@ +1.1221546329846E-261 +1.45433344328501E-224 +1.85076974272241E-192 +1.08482138651403E-164 +1.11673907925626E-140 +6.43416296121557E-120 +5.66070349215047E-102 +1.81364776339274E-86 +4.49171210328888E-73 +1.65008764034333E-61 +1.58109455894613E-51 +6.44212639649851E-43 +1.70425655923047E-35 +4.22329296872668E-29 +1.34653866777397E-23 +7.27115027157629E-19 +8.43665250474282E-15 +2.58482585940606E-11 +0.000000025 +8.9063696182663E-06 +0.0013364726 +0.0948449248 +3.5192646847 +74.4766588474 +969.1836565516 +8277.8126307484 +49097.6465535706 +212357.60315879 +698744.476979356 +1814387.35992253 +3837839.19301948 +6797124.15538816 +10322429.0594215 +13721703.1496887 +16253799.707507 +17423482.4479495 +17130139.3926858 +15626664.9426197 +13360111.5375667 +10798586.4451317 +8313913.44733848 +6137004.61576915 +4367882.61380698 +3012115.85577442 +2021141.54673926 +1324457.08815931 +850302.719568603 +536287.17479152 +333075.801340489 +204129.462827273 +123668.866749526 +74178.5580659845 +44110.3984143153 +26034.6366448071 +15266.7255773598 +8902.2868014426 +5165.8934061849 +2985.1113500139 +1718.6679829013 +986.3977159549 +564.5787966018 +322.3804372025 +183.7055374817 +104.4971947421 +59.349791677 +33.6632048586 +19.071766848 +10.7942563907 +6.1040627394 +3.4492132267 +1.9477781096 +1.0992970155 +0.6201252781 +0.3496720699 +0.1970988496 +0.111063178 +0.0625658497 +0.0352372298 +0.0198416194 +0.0111705705 +0.0062879171 +0.003538999 +0.0019916086 +0.0011206866 +0.0006305605 +0.0003547618 +0.0001995808 +0.0001122733 diff --git a/hw3/plots.R b/hw3/plots.R new file mode 100644 index 0000000..7d208f4 --- /dev/null +++ b/hw3/plots.R @@ -0,0 +1,52 @@ +pdf("planck.pdf") + +plot(lambda,lfl_T1, + main="Planck's Law for a Blackbody", + log="xy", + xlab=expression(paste("Wavelength (",mu,"m)")), + ylab=expression(paste(lambda,'F'[lambda]," (erg cm"^-2," s"^-1,")")), + type="l", + col="blue", + xlim=c(0.01,10), + ylim=c(1e6,1e16), + xaxt='n', + yaxt='n' + ) +lines(lambda,lfl_T2,col="green") +lines(lambda,lfl_T3,col="red") +legend(.5,1e8,legend = c("T = 150000 K","T = 40000 K","T = 5800 K"),lty=c(1,1,1),col=c("blue","green","red")) + +axis(1,at=0.01,label="0.01") +axis(1,at=0.02,label="0.02") +axis(1,at=0.05,label="0.05") +axis(1,at=0.1,label="0.1") +axis(1,at=0.2,label="0.2") +axis(1,at=0.5,label="0.5") +axis(1,at=1,label="1") +axis(1,at=2,label="2") +axis(1,at=5,label="5") +axis(1,at=10,label="10") + + +axis(2,at=10^16,label=expression("10"^16)) +axis(2,at=10^15,label=expression("10"^15)) +axis(2,at=10^14,label=expression("10"^14)) +axis(2,at=10^13,label=expression("10"^13)) +axis(2,at=10^12,label=expression("10"^12)) +axis(2,at=10^11,label=expression("10"^11)) +axis(2,at=10^10,label=expression("10"^10)) +axis(2,at=10^9,label=expression("10"^9)) +axis(2,at=10^8,label=expression("10"^8)) +axis(2,at=10^7,label=expression("10"^7)) +axis(2,at=10^6,label=expression("10"^6)) +axis(2,at=10^5,label=expression("10"^5)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^4,label=expression("10"^4)) +axis(2,at=10^3,label=expression("10"^3)) +axis(2,at=10^2,label=expression("10"^2)) +axis(2,at=10^1,label=expression("10"^1)) +axis(2,at=1,label=expression("1")) + + + +dev.off() diff --git a/hw3/text b/hw3/text new file mode 100644 index 0000000..25e61e7 --- /dev/null +++ b/hw3/text @@ -0,0 +1,95 @@ +(1) Submitted separately + +(2) + +The Stefan-Boltzmann Law gives the surface brightness B of an object as a function of its temperature T, with dimension energy over distance-squared over time. + +B = σ T⁴, with σ the Stefan-Boltzmann constant. +σ ≈ 5.6704 × 10⁻⁵ erg cm⁻² s⁻¹ K⁻⁴. +B = 5.6704 × 10⁻⁵ × T⁴ erg cm⁻² s⁻¹, with T in kelvin. + +For a spherical body, this surface brightness can be related to the total luminosity L by, + +L = 4 π r² B, with r the radius of the sphere. + +The radius is therefore, + ________ +r = / __L__ + √ 4 π B . + +Assuming the solar luminosity L* = 3.828×10³³ erg/s and the solar surface temperature T* = 5800 K, the solar radius can be determined. + +B* = σ × 5800⁴ K⁴ = 6.417 × 10¹⁰ erg cm⁻² s⁻¹. +L*/B* = 3.828×10³³ erg s⁻¹ / 6.417 × 10¹⁰ erg cm⁻² s⁻¹ + = 5.965 × 10²² cm². + _____________ +r* = √ L*/B*/(4 π) + _____________________________ + = √ 5.965 × 10²² cm² / (12.5664) + _________________ + = √ 4.747 × 10²¹ cm² + + = 6.890 × 10¹⁰ cm. + + +(3) + +Given the luminosity of a body, one can determined the energy flux Φ at a shell of arbitrary distance D, because this flux reduces with distance by an inverse square law. This is seen in the expression in (2), as well. + +Φ = L / (4 π D²), compare with the expression in (2) where Φ = B and D = r at the surface of the emitter. + +The distance from the Earth to the Sun D* is one AU, or in cm, + +D* = 14959790000000 cm. + +Φ* = L* / (12.5664 × 2.2380 ×10²⁶ cm²) + = 3.828 × 10³³ erg s⁻¹ / (12.5664 × 2.2380 × 10²⁶ cm²) + = 1.361 × 10⁶ erg cm⁻² s⁻¹. + +The energy density ρ is related to the energy flux Φ by + +ρ = Φ / v, and for electromagnetic energy, +ρ = Φ / c. + +The energy density at Earth's orbit ρ* is therefore, + +ρ* = Φ* / c + = 1.361 × 10⁶ erg cm⁻² s⁻¹ / (29979245800 cm s⁻¹) + = 4.540 × 10⁻⁵ erg cm⁻³. + +This relationship is also associated to the Stefan-Boltzman Law, hinted at with the comparison to the expression in (2). + +ρ = σ T⁴ / c = Φ / c, or + ₄________ +T = √ ρ c / σ + +The temperature T` related to the energy density at Earth's orbital radius is therefore, + ₄_________ +T` = √ ρ* c / σ + + ⎛ 4.540 × 10⁻⁵ erg cm⁻³ × 29979245800 cm s⁻¹ ⎞1/4 + = ⎜ ------------------------------------------ ⎟ + ⎝ 5.6704 × 10⁻⁵ erg cm⁻² s⁻¹ K⁻⁴ ⎠ + + = 3.936 × 10² K. + +The average temperature at the Earth's surface is approximate 289.15 K. + +393.6 K - 289.15 K = 104.45 K. + +So, the temperature associated with the electromagnetic energy density at the Earth's orbital radius is sigificantly (>100 K) greater than the temperature at the Earth's surface. Is this due to reflection and other scattering? + +(4) + +Wien's Law allows one to calculate the peak of emission of a blackbody for a given temperature. Using the assumed surface temperature of the Sun T*, this peak wavelength λ* can be found. + +λ[peak] T = 0.28979 cm K; this is Wien's Law in cm and K. + +λ* = 0.28979 cm K / T* + = 0.28979 cm K / (5800 K) + = 4.996 × 10⁻⁵ cm. + + + + + diff --git a/hw4/login.png b/hw4/login.png new file mode 100644 index 0000000..6ef6193 Binary files /dev/null and b/hw4/login.png differ diff --git a/hw4/text b/hw4/text new file mode 100644 index 0000000..932a404 --- /dev/null +++ b/hw4/text @@ -0,0 +1,168 @@ +(1) + +The approximate distances D[feature] and paths from the Solar System of the following features are relevant. + + 1 cm = 1.057001 × 10⁻¹⁸ ly. + + D[Proxima Centauri] = D[PC] = 4.25 ly = 4.02 × 10¹⁸ cm. + D[Orion Nebula] = D[ON] = 1,344 ± 2 ly ≈ 1.272 × 10²¹ cm. + D[Center of Galaxy] = D[CG] = 24–28.4 kly ≈ 2.48 × 10²² cm. + +I'll assume the following interstellar number densities n[species], and assume isotropic densities across the paths. + + n[H⁺] = 1 cm⁻³. + n[e-] = 1 cm⁻³. + n[H⁰] = 0.1 cm⁻³. + n[H⁻] = 10⁻¹¹ cm⁻³. + n[H₂] = 10⁻³ cm⁻³. + n[H⁰ + H⁺ +H⁻] = 1 + 0.1 + 10⁻¹¹ cm⁻³ ≈ 1.100 cm⁻³. + +(2) + +To find column densities N[species,feature] from Sol to these features, I integrate the (constant) number densities across the path lengths D[feature]. + + N[species,feature] = n[species] × D[feature]. + + N[H⁰,feature] = n[H⁰] × D[feature] + = 0.1 cm⁻³ × D[feature]. + + N[H⁺,feature] = n[H⁺] × D[feature] + = 1 cm⁻³ × D[feature]. + + N[H⁻,feature] = n[H⁻] × D[feature] + = 10⁻¹¹ cm⁻³ × D[feature]. + + N[H⁰ + H⁺ +H⁻,feature] = n[H⁰ + H⁺ +H⁻] × D[feature] + ≈ 1.100 cm⁻³ × D[feature]. + + N[e⁻,feature] = n[e⁻] × D[feature] + = 1 cm⁻³ × D[feature]. + + + N[H⁰,PC] = 0.1 cm⁻³ × 4.02 × 10¹⁸ cm + = 4.02 × 10¹⁷ cm⁻². + + N[H⁺,PC] = 1 cm⁻³ × 4.02 × 10¹⁸ cm + = 4.02 × 10¹⁸ cm⁻². + + N[H⁻,PC] = 10⁻¹¹ cm⁻³ × 4.02 × 10¹⁸ cm + = 4.02 × 10⁷ cm⁻². + + N[H⁰ + H⁺ +H⁻,PC] = 1.100 cm⁻³ × 4.02 × 10¹⁸ cm + = 4.42 × 10¹⁸ cm⁻². + + N[e⁻,PC] = 1 cm⁻³ × 4.02 × 10¹⁸ cm + = 4.02 × 10¹⁸ cm⁻². + + + N[H⁰,ON] = 0.1 cm⁻³ × 1.272 × 10²¹ cm + = 1.272 × 10²⁰ cm⁻². + + N[H⁺,ON] = 1 cm⁻³ × 1.272 × 10²¹ cm + = 1.272 × 10²¹ cm⁻². + + N[H⁻,ON] = 10⁻¹¹ cm⁻³ × 1.272 × 10²¹ cm + = 1.272 × 10¹⁰ cm⁻². + + N[H⁰ + H⁺ +H⁻,ON] = 1.100 cm⁻³ × 1.272 × 10²¹ cm + = 1.399 × 10²¹ cm⁻². + + N[e⁻,ON] = 1 cm⁻³ × 1.272 × 10²¹ cm + = 1.272 × 10²¹ cm⁻². + + + N[H⁰,CG] = 0.1 cm⁻³ × 2.48 × 10²² cm + = 2.48 × 10²¹ cm⁻². + + N[H⁺,CG] = 1 cm⁻³ × 2.48 × 10²² cm + = 2.48 × 10²² cm⁻². + + N[H⁻,CG] = 10⁻¹¹ cm⁻³ × 2.48 × 10²² cm + = 2.48 × 10¹¹ cm⁻². + + N[H⁰ + H⁺ +H⁻,CG] = 1.100 cm⁻³ × 2.48 × 10²² cm + = 2.79 × 10²² cm⁻². + + N[e⁻,CG] = 1 cm⁻³ × 2.48 × 10²² cm + = 2.48 × 10²² cm⁻². + + +(3) + +Assuming an appropriate choice of wavelength and process, the column density N is related to the optical depth τ by the opacity κ for a process, with κ defined in terms of the cross section of interaction σ and the number density n of the target species of that interaction. I compute κ[target] and then find the optical depth between Sol and the features of interest for each process. + + κ[process] = n[target] σ[process]. + κ[Thomson Scattering] = n[e⁻] × σ[e⁻] + = 1 cm⁻³ × 6 × 10⁻²⁵ cm² + = 6 × 10⁻²⁵ cm⁻¹. + + κ[Grain Absorption] = n[H⁰ + H⁺ +H⁻] × σ[Grain Absorption] + = 1.100 cm⁻³ × 10⁻²¹ cm² + = 1.100 × 10⁻²¹ cm⁻¹. + + κ[H⁰ Photoionization] = n[H⁰] × σ[H⁰ Photoionization] + = 0.1 cm⁻³ × 6 × 10⁻¹⁸ cm² + = 6 × 10⁻¹⁹ cm⁻¹. + + κ[Lyα Scattering] = n[H⁰] × σ[Lyα Scattering] + = 0.1 cm⁻³ × 10⁻¹² cm² + = 10⁻¹³ cm⁻¹. + + κ[H⁻ Absorption] = n[H⁻] × σ[H⁻ Absorption] + = 10⁻¹¹ cm⁻³ × 3 × 10⁻¹⁷ cm² + = 3 × 10⁻²⁸ cm⁻¹. + + + τ[process,feature] = κ[process] × N[target,feature]. + + τ[Thomson Scattering,PC] = 6 × 10⁻²⁵ cm⁻¹ × 4.02 × 10¹⁸ cm⁻² + = 2.41 × 10⁻⁶ cm⁻³. + τ[Thomson Scattering,ON] = 6 × 10⁻²⁵ cm⁻¹ × 1.272 × 10²¹ cm⁻² + = 7.632 × 10⁻⁴ cm⁻³. + τ[Thomson Scattering,GC] = 6 × 10⁻²⁵ cm⁻¹ × 2.48 × 10²² cm⁻² + = 1.49 × 10⁻² cm⁻³. + +(4) + τ[Grain Absorption,PC] = 1.100 × 10⁻²¹ cm⁻¹ × 4.42 × 10¹⁸ cm⁻² + = 4.86 × 10⁻³ cm⁻³. + τ[Grain Absorption,ON] = 1.100 × 10⁻²¹ cm⁻¹ × 1.399 × 10²¹ cm⁻²¹ + = 0.1539 × cm⁻³. + τ[Grain Absorption,GC] = 1.100 × 10⁻²¹ cm⁻¹ × 2.79 × 10²² cm⁻² + = 3.07 cm⁻³. + +(5) + τ[H⁰ Photoionization,PC] = 6 × 10⁻¹⁹ cm⁻¹ × 4.02 × 10¹⁷ cm⁻² + = 0.241 cm⁻³. + τ[H⁰ Photoionization,ON] = 6 × 10⁻¹⁹ cm⁻¹ × 1.272 × 10²⁰ cm⁻² + = 76.32 × 10² cm⁻³. + τ[H⁰ Photoionization,GC] = 6 × 10⁻¹⁹ cm⁻¹ × 2.48 × 10²¹ cm⁻² + = 1.49 × 10³ cm⁻³. + +(6) + τ[Lyα Scattering,PC] = 10⁻¹³ cm⁻¹ × 4.02 × 10¹⁷ cm⁻² + = 4.02 × 10⁴ cm⁻³. + τ[Lyα Scattering,ON] = 10⁻¹³ cm⁻¹ × 1.272 × 10²⁰ cm⁻² + = 1.272 × 10⁷ cm⁻³. + τ[Lyα Scattering,GC] = 10⁻¹³ cm⁻¹ × 2.48 × 10²¹ cm⁻² + = 2.48 × 10⁸ cm⁻³. + +(7) + τ[H⁻ Absorption,PC] = 3 × 10⁻²⁸ cm⁻¹ × 4.02 × 10⁷ cm⁻² + = 1.21 × 10⁻²⁰ cm⁻³. + τ[H⁻ Absorption,ON] = 3 × 10⁻²⁸ cm⁻¹ × 1.272 × 10¹⁰ cm⁻² + = 3.816 × 10⁻¹⁸ cm⁻³. + τ[H⁻ Absorption,GC] = 3 × 10⁻²⁸ cm⁻¹ × 2.48 × 10¹¹ cm⁻² + = 7.44 × 10⁻¹⁷ cm⁻³. + +(8) + The density of Earth's atmosphere is obviously not isotropic, but to a first approximation I will assume it has a particle number density ρ and thickness T. The column density is then computed. + + ρ = 5 × 10¹⁹ cm⁻³. + T = 10 km = 10⁶ cm. + + N[Earth's Atmosphere] = ρ × T + = 5 × 10¹⁹ cm⁻³ × 10⁶ cm⁻³ + = 5 × 10²⁵ cm⁻². + + +The greatest number density I see in the ISM is that of the sum of hydrogen species. Even given that sum of species, the column density to the center of the galaxy is on the order of 10²², whereas the column density seen across 10km of the Earth's atmosphere is on the order of 10²⁵. So, we see ~1000 times the optical thickness across the Earth's atmosphere than across a quarter of the galaxy! \ No newline at end of file diff --git a/hw5/text b/hw5/text new file mode 100644 index 0000000..a450ced --- /dev/null +++ b/hw5/text @@ -0,0 +1,70 @@ +(1) + +Light is visible to approximately an optical depth τ = 1. + +τ = ∫ κ dL, with κ the opacity and ∫ dL the integral over some path with length L. + +κ is wavelength dependent and known for the spectrum, so to find where on the spectrum I expect to be able to see across 100 PC of the ISM, I substitute the following and compute. κ is considered constant, per wavelength, across a region where only scattering from the ISM is considered. + +1 = ∫ κ dL = κ ∫ dL = κ (100 PC). + +κ = 10⁻² PC⁻¹ = 3.1 × 10⁻²⁰ cm ≈ 10⁻²⁰. + +I've made this very approximate, since we're just looking for understanding. + +This is the limiting value of κ, so any wavelengths with greater κ will not be visible to the observer. + +κ < 3.1 × 10⁻²⁰ cm. + +Consider both the cross-section of absorption and scattering. The opacity of absorption is significantly greater through most of the spectrum than that of scattering. The scattering opacity does not reach strength sufficient to "tip" the opacity above the threshold when summed with that of absorption. Therefore, I only consider opacity of absorption. + +The regions of interest are: + +κ[λ → 0 μm] → 0 +κ[10⁻² μm < λ < 10⁻¹ μm] > 10⁻²⁰ cm⁻¹ +κ[10⁻¹ μm < λ < 10⁷ μm] < 10⁻²⁰ cm⁻¹ +κ[λ → ∞] → ∞ + +The opacity is sufficiently weak through the regions + + λ = {0 .. 10⁻² μm } and λ = { 10⁻¹ .. 10⁷ μm }. + + +(2) + +(a) +n[e⁻] = n[H⁺] = 10⁹ cm⁻³. + +(b) +R[sol] = 6.957 × 10¹⁰ cm. + +L = R[sol]/4 = 1.740 × 10¹⁰ cm. + +N = n[e⁻] × L + = 10⁹ cm⁻³ × 1.740 × 10¹⁰ cm + = 1.740 × 10¹⁹ cm⁻². + +(c) +τ = ∫ κ dL = κ × L. + +κ = n[e⁻] × σ[e⁻] + = 10⁹ cm⁻³ × 6 × 10⁻²⁵ cm² + = 6 × 10⁻¹⁶ cm⁻¹. + +τ = 6 × 10⁻¹⁶ cm⁻¹ × 1.740 × 10¹⁰ cm + = 1.05 × 10⁻⁵. + +(d) +L[sol] = 3.848 × 10³³ erg s⁻¹. + +τ < 1, so this cloud is optically thin. + +L[scattered] ≈ L[sol] × τ + = 3.848 × 10³³ erg s⁻¹ × 10⁻⁵ + = 3.848 × 10²⁸ erg s⁻¹. + + + +(3) + +All good here. I can login, but I haven't compiled cloudy or anything. \ No newline at end of file diff --git a/hw6/text b/hw6/text new file mode 100644 index 0000000..93fdee2 --- /dev/null +++ b/hw6/text @@ -0,0 +1,65 @@ +(1) pi + +(2) + +(a) + Solar Mass = 1.99 × 10³⁰ kg. + + Solar Radius = 6.96 × 10¹⁰ cm. + + Solar Volume = 4/3 π R³ + = 1.410 × 10³³ cm³. + + H⁺ mass = 1.67 × 10²⁷ kg. + + H⁺ density = Solar Mass/Solar Volume/H⁺ Mass + = 8.435 × 10²³ cm⁻³. + + e⁻ density = H⁺ density. + +(b) + mean free path = l = κ⁻¹. + + κ = n[e⁻] × σ[thompson] + = 0.506 cm⁻¹. + + l = 1.98 cm. + +(c) + For average κ, + τ = κ × Solar Radius + = 3.52 × 10¹⁰. + +(d) + AGN3 gives an approximation for luminosity from bremsstrahlung as, assuming H⁺ is the only ion, in erg cm⁻³ s⁻¹, + L[ff] = 1.42 × 10⁻²⁷ Z² T⁰˙⁵ g[ff] nₑ H⁺. + + The gaunt correction factor + g[ff] = 1.3. + + T = 106 K. + + L[ff] = 1.42 × 10⁻²⁷ + = 1.35 × 10²² erg cm⁻³ s⁻¹. + + This is the luminosity from Brems. radiation per unit volume, but has to be integrated while considering the optical depth to find the total emission from Brems. radiation. We will assume the sun is optically thin, and by our derivation in the lecture, the optical depth then is no longer important. + + The luminosity from the emissivity is, for optically thin conditions and constant emissivity j = L[ff]/4π, + L = ∫ 4 π j dV + = L[ff] × V. + + Note L[ff] includes the solid angle 4π across which each unit volume emits. + + Integrating over the sun's volume, then + + L[total,ff] = L[ff] × V + = 1.91 × 10⁵⁵ ergs s⁻¹. + +(e) + + This number is way too huge. The total luminosity of the sun is on the order of 10³³ erg s⁻¹, 22 orders of magnitude smaller. I think this means I have a conceptual problem, somewhere. I don't think optically thin is a good assumption for the sun. + + + + + diff --git a/hw7/text b/hw7/text new file mode 100644 index 0000000..39ac055 --- /dev/null +++ b/hw7/text @@ -0,0 +1,41 @@ +1) Estimate the temperature of the warm dust emission. + + Read the wavelength at the peak of the blackbody region. + + λₚₑₐₖ = 10¹³ Hz. + + Using Wien Law, + λₚₑₐₖ = 2.90 × 10⁻³ m K / T. + + T = 2.90 × 10⁻³ m K / 10¹³ Hz. + + T = 96.7 K. + +2) What is the turnover frequency of the brems emission? + + This is just gleaned from the SED. + 1.5 GHz = 1.5 × 10⁹ Hz. + +3) Assume that the brems comes from ionized hydrogen at 10 4 K and +a density of 10 4 cm -3 . What is the thickness of NGC 7027 in cm? +In parsecs? + + κʹₛ = 0.0178 Z² g ν⁻² T^(-3/2) nₑ nₗ. + + g = 10.6 + 1.9*log(T) - 1.26*log(Z*ν) + = 6.63. + + κʹₛ = 0.0178 × 1 × (3.32) × (1.5 × 10⁹ Hz)⁻² × (10⁴ K)^(-3/2) × (10⁴ cm⁻³)². + + κʹₛ = 5.25 × 10⁻¹⁸ cm⁻¹. + + For turnover frequency, + 1 = τ = κʹₛ l. + + l = τ / κʹₛ = κʹₛ⁻¹. + + l = 1.90 × 10¹⁷ cm + = 0.0617 parsecs. + + + After fixing the typo from the Allen text, this seems to be a much more reasonable result. The actual radius (from wikipedia) is approximately .068 parsec for this object, so this is very close to that answer. \ No newline at end of file diff --git a/hw8/text b/hw8/text new file mode 100644 index 0000000..e7bb5a8 --- /dev/null +++ b/hw8/text @@ -0,0 +1,79 @@ +Homework Day 8, Sept 21 +1) NGC 7027 has a distance of about 920 pc and diameter of about 14 +seconds of arc + +a. How does its diameter compare with its thickness (from previous +homework)? + + Diameter D = θ(radians) × Distance d + = 6.7787×10⁻⁵ radians × 920 pc + = 0.0624 pc. + + This is very comparable to the result from HW7 (0.617). Well within 10%. + + +b. Its shell is expanding at about 20km/s. How old is it? (how long +ago was the shell ejected?) + + age t = (0.0624 pc) / (20 km s⁻¹ × 3.24×10⁻¹⁷ pc / 10⁻³ km) + × (3.17×10⁻⁸ years / 1.00 s) + = 4.50×10⁷ years. + + +2) The Orion nebula is about 400 pc distant and has an apparent diameter of about 60 minutes of arc. + +a. What is its physical diameter? + + D = 6.98 pc. + +b. The gas density is about 10 4 cm -3 and its temperature is about 10 4 K. The turnover frequency is obvious on Wilson’s SED plot. How thick is the H + layer along our line of sight? + + turnover ν = 500 MHz. + + At turnover, τ = 1. + + Gaunt factor g = 10.6 + 1.9 log(T) - 1.26 log(Z ν) + = 7.24. + + κ′ₛ = 0.178 Z² g ν⁻² T^(-3/2) nₑ nₕ + = 5.15×10⁻¹⁶ cm⁻¹. + + Thickness l = τ / κ′ₛ. + + + +3) The Perseus cluster of galaxies is about 73.6 Mpc distant and has an angular diameter of 860 arc minutes. The total mass in stars is about 2×10 13 M sun and the virial mass is about 10 15 M sun . It is one of the strongest x-ray sources in the sky, with L x = 4x10 45 erg/s. X-rays come from 5 million Kelvin brems. + +a. Use total luminosity to find the emission measure. + + L = 4π j V. + + 4π j = (From AGN3) 1.42×10⁻²⁷ Z² √T g[ff] n². + + I will adopt an average g[ff] = 1.3. + + Emission measure n² V = L / (4π 1.42×10⁻²⁷ Z² √T g[ff]) + = 7.71×10⁶⁷ cm⁻³. + + + + +b. Use diameter to find V + + Spherical V = 4/3 π r³ + = 4/3 π (2.84×10²⁵ cm)³ + = 9.61×10⁷⁶ cm³. + +c. Solve for the density + + n² = 7.71×10⁶⁷ cm⁻³ / 9.61×10⁷⁶ cm³ + = 8.03×10⁻¹⁰. + + n = √n² = 2.83×10⁻⁵ cm⁻³. + +d. What is the total mass in hot gas? + + M = μ n V + + μₕ = 1.67×10⁻²⁷ kg × 2.83×10⁻⁵ cm⁻³ × 9.61×10⁷⁶ cm³ + = 2.29×10¹⁵ Mₛₒₗ. \ No newline at end of file diff --git a/hw9/text b/hw9/text new file mode 100644 index 0000000..2d89cd4 --- /dev/null +++ b/hw9/text @@ -0,0 +1,6 @@ + _________ +v = √ k T / m + +1) 2.50 × 10⁵ cm/s +2) 1.17 × 10⁹ cm/s +3) 4665 diff --git a/mats/Kaler.txt b/mats/Kaler.txt new file mode 100644 index 0000000..d51cdce --- /dev/null +++ b/mats/Kaler.txt @@ -0,0 +1,17551 @@ +197 6ApJS. . .31. .517K + + + The Astrophysical Journal Supplement Series, 31:517-688, 1976 August + © 1976. The American Astronomical Society. All rights reserved. Printed in U.S.A. + + + + + A CATALOG OF RELATIVE EMISSION LINE INTENSITIES OBSERVED + IN PLANETARY AND DIFFUSE NEBULAE + James B. Kaler* + University of Illinois Observatory + Received 1975 September 2 + ABSTRACT + A catalog of emission lines in the spectra of galactic and extragalactic planetary and diffuse + nebulae is presented. The catalog gives relative emission line strengths for over 600 objects as + observed by various workers over the past 35 years, and contains, as far as is known, all the + significant data in the literature. In addition to giving individual relative line intensities, the + catalog gives mean values of the intensities of a given line for each nebula, the individual in- + tensities corrected for interstellar extinction, and the mean intensities also so corrected. For + nebulae for which a large number of lines have been observed, a separate table gives information + on the atomic transition responsible for each line. + Subject headings: nebulae: general — nebulae: planetary + + I. INTRODUCTION (plus Herbig-Haro and related objects). Supernova + Gaseous nebulae have been observed spectro- remnants, nova shells, Seyfert galaxies, most galactic + scopically for over 100 years, since Huggins’s (1864) nuclei, quasars, and emission fine stars are not + observations. Quantitative measurements of line included. + strengths were begun in the early part of this century, 3. Only optical and infrared emission fines are + and as of now, line intensities have been observed for included; radio fine data are not presented. + more than 600 planetary and diffuse nebulae. The 4. The catalog does include observations made of + data, however, are widely scattered in the literature. individual points or regions within a nebula. However, + Perek and Kohoutek (1967; hereafter designated PK) extensive point-by-point surveys of fine ratios are not + give a bibliography of spectroscopic data for planetary presented completely. If more than about 10 regions + nebulae up to 1967 and Johnson (1968) gives one for are observed by a worker, the catalog usually gives an + diffuse nebulae through 1965, but it is often a laborious extreme value, with an indication that other values + exist. + procedure to locate and examine each of the references + fisted in order to find the intensities of spectral fines, Where possible, the catalog gives fine intensities + especially if a large number of nebulae are involved. scaled to /(Hß) [or I(Hß + He n Pickering 8)] = 100. + In addition, a great deal of new work has been In cases where more than one region of a nebula is + produced since these bibliographies were published. measured, each region is so scaled. Not infrequently, + This catalog presents all the relative fine intensities Hß is not observed for a given nebula or region, in + (with qualifications as fisted below) that have been which case the intensities are on an arbitrary scale. + In addition to presenting the individual fine in- + measured for planetary and both galactic and extra- + galactic diffuse nebulae. The survey is complete tensities, the catalog gives, where possible, mean values + of the fine intensities for each fine observed, and also + through 1975 November, and in addition contains + data in press that were known to the author at that fine intensities corrected for interstellar extinction. + time. + Observations were chosen for inclusion according to II. ARRANGEMENT AND USE + the following guidelines : a) Presentation of Nebulae + 1. The observations should consist of quantitative + measurements of relative fine intensities. However, The main catalog is given in Table 8. A supple- + eye estimates are included where no quantitative mentary fist to identify weak fines for selected nebulae + is given in Table 9, p. 677, and Will be discussed in + measurements are available. Graphical presentations + of data are generally not used. Because the catalog § III. In Table 8 the planetary nebulae are presented + fists relative intensities, a nebula has to have been first, on p. 529, followed by galactic diffuse nebulae + (including Herbig-Haro and related objects) on p. 636 + observed in at least two fines to be included. Absolute + fine fluxes are not presented; for these see PK, Cahn and extragalactic diffuse nebulae on p. 658. Two pages + and Kaler (1971), Higgs (1971), or Perek (1971). of the original catalog (or two sets of columns) are + 2. Only planetary and diffuse nebulae are considered printed on each journal page. + Each nebula is introduced or headed by its common + * 1972-1973 John Simon Guggenheim Memorial Founda- or catalog name. The headings for each planetary + tion Fellow. nebula also contain the PK catalog number. For + 517 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + 518 KALER Vol. 31 + newly discovered planetaries, new PK numbers have TABLE IB + been assumed. The headings for each galactic diffuse List of Catalog Names for Galactic Diffuse Nebulae, + nebula contain the galactic longitude and latitude with References + (/ and b) in parentheses following the name of the + nebula. For the extragalactic diffuse nebulae the name Abbr. Catalog/Name (Reference) + of the galaxy in which the nebula is found is in + NGC + parentheses following the name of the nebula. Head- IC + ings are repeated at the top and bottom of each set of AN Anonymous (with right ascension, hr-min) + columns. C Cygnus (Courtès, Louise, and Monnet + For the planetary and galactic diffuse nebulae the 1969) + CE Cederblad 1946 + NGC objects are placed first, followed by the nebulae DG Dorschner and Gürtler 1963 + with IC numbers. (Where a nebula has a double El 7] Carinae + NGC number, only one is given.) All the other nebulae G Gum 1955 + are then ordered alphabetically according to the HH Herbig-Haro object (see catalog reference) + K Kohoutek (see PK) + abbreviations of their common catalog names. These RCW Rogers, Campbell, and Whiteoak 1960 + abbreviations and the catalog names used are given S Sharpless 1959 + for planetary nebulae in Table 1A in order of their SE Struve and Elvey 1939 + appearance in Table 8. With only a few exceptions the SH Shain and Haze (Atlas of Diffuse Galactic + Nebulae 1953; see catalog reference) + names and the abbreviations used are the same as used T T Tauri nebula (see catalog reference) + by PK. If PK’s abbreviations differ from those adopted + here, theirs are placed in parentheses. For further + bibliographical information see PK. TABLE 1C + The catalog names and abbreviations for galactic Galaxies with Observed Diffuse Nebulae, and List of + diffuse nebulae are presented in Table IB, again in Catalog Names, with References + order of their appearance in Table 8. Where appro- + Galaxy Abbr. Catalog/Name (Reference) + TABLE 1A LMC. D30 30 Doradus (NGC 2070) + List of Catalog Names for Planetary Nebulae N Number from Henize 1956 + SMC. NS Number from Henize 1956 + Abbr. Catalog M33.. NGC + IC + AN Anonymous (right ascension, hr, + NGC NGC min) + IC IC BC Boulesteix et al. 1974 + A Abell (2d list) CC Courtès and Cruvellier 1965 + AN Anonymous (with right ascension, hr-min) M33 Large sections, interarm + B* BD number (with degree only) SR3 Number from Searle 1971 for M33 + BA Baade M51. M51 Large sections of galaxy + BL Blanco SR5 Number from Searle 1971 for M51 + CM Cannon-Mayall (CnMy) M64.. + CN Cannon M81.. + FG Fleming M82.. + HA Haro(H) M101. NGC + HB Hubble SRI Number from Searle 1971 for + HE Henize M101 + HF Hoffleit NGC 4151 + HU Humason NGC 4214 + J Jonkheere NGC 4449 + K Kohoutek NGC 6822 HU Hubble 1925 + M Minkowski NGC 7679 + MC Mayall-Cannon (MyCn) ZW 18.... Zwicky 1971 + ME Merrill ZW 40.... Zwicky 1971 + MZ Menzel + PB Peimbert-Bátiz + PC Peimbert-Costero priate, references are given. Many of the diffuse + PE Perek + PS Pease nebulae have multiple names. In general the most + S Sharpless (Sh 2) common one is used; NGC or IC numbers are + SP Shapley preferred, then Sharpless (1959) numbers, then the + SS Swings-Struve (Sw St) + VE Velghe others. There are some exceptions; for example, when + W Vorontsov-Velyaminov only one author has studied a nebula the name referred + VY Vyssotsky to in that reference is often used. See the remarks + NSt Small Magellanic Cloud column in Table 3A for further information. + PÎ Large Magellanic Cloud + YM Johnson The cataloging of the extragalactic diffuse nebulae + is more complex than that of the galactic, because we + * BD + 30°3639 is designated B30. have nebulae inside of other various objects. The + t Numbers from Henize 1956. galaxies are given in the following order: Large + Î Numbers from Westerlund and Smith 1964. Magellanic Cloud (LMC), Small Magellanic Cloud + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + No. 4, 1976 CATALOG OF EMISSION LINE INTENSITIES 519 + (SMC), Messier numbers, NGC numbers, Zwicky several entries. In some cases the different entries come + numbers. Within each galaxy, the nebulae’s catalog from different reference sources, while in others they + names are ordered in the usual manner: NGC, IC, refer to different regions, or positions, within a nebula + then others alphabetically. as observed by a given author. The entries for a given + NGC and IC numbers are not used for the LMC and fine are first ordered alphabetically by reference code + SMC; the Henize (1956) numbers (N) give a better and (see below). The only exception to this rule is in the + more complete accounting and are used instead. The case where a reference contains detailed information on + Henize numbers in the SMC are called here NS precise wavelength and the atomic transition respons- + instead of N to avoid confusion (the same for planetary ible for the line; that reference will be placed first, and + nebulae). The subdivisions of the Henize numbers (A, details of the transition will be placed in Table 9. For + B, etc.) are identified by placing the subdivision letter a given reference, the entries are then ordered alpha- + in the column headed “RG.” NGC and IC numbers betically by the “region” code (again, see below). In + are cross-referenced to the N (or NS) numbers at general, the catalog presents data as nearly as possible + the end of each nebula’s entry. For further discussion in the way in which they were given by the original + see the explanation of columns which follows. reference, except that the intensities may have been + In all cases of extragalactic nebulae, the galaxy scaled to Hß. + within which a nebula is observed is listed in the The meanings of the column headings of Table 8 are + headings. If the name of the nebula is the same as the given in Table 4A. Detailed comments on the columns + name of the galaxy, it means that the galaxy as a whole, are given below : + or a large section of it, was observed. The emphasis Col 7, WAVE.—Wavelength in angstroms or, for + here is on individually recognizable diffuse nebulae. far-infrared lines, in microns, so designated by MU. + Line-intensity data on galactic nuclei, or on the general The wavelengths are usually truncated to unit ang- + central regions, is not presented completely, and is only stroms. In cases where the reference source includes a + sampled in Table 8. large number of lines and where a line is identified, the + The listing of the extragalactic diffuse nebulae is wavelength is given to one or more decimal places. + summarized in Table 1C. Column (1) lists the galaxies Where only one decimal is given by the original + included in order of their presentation in Table 8. reference, the second decimal is always zero. The + Column (2) gives the abbreviations for the catalog presence of two decimals usually implies that the + names used in each galaxy, again in order of presenta- wavelength was precisely measured. The reader should + tion, and column (3) gives the name, and reference consult the reference for details, and for precise + where appropriate. If column (2) is blank it means that wavelengths of unidentified lines. + only large sections of the galaxy were observed. The wavelength given may not be exactly faithful to + Listings of the cataloged planetary and galactic the wavelength given by an original reference if there + diffuse nebulae in order of both increasing galactic is more than one reference per line. The processing + longitude and increasing right ascension are presented program prints the lowest wavelength of the group of + in Tables 2 and 3. In Table 2A the galactic planetaries entries for a given fine, or the one with the precise + are given in order of increasing /, starting with wavelength. For example, if reference A calls a fine + / = 180°, as in PK. The columns give, in order, the A4471 He i, and reference B calls it A4472 He i, the + nebula’s name, the PK number (/ and b truncated to catalog will list the lower wavelength, A4471. + the whole number), and the right ascension and Col. 2, IDENT.—Identification of the observed line, + declination for 1950. The coordinates were all taken as given by the original reference. Obvious errors are + from PK except for AN 1, 2, and 3 (Vorontsov- corrected. Forbidden lines are denoted by parentheses, + Velyaminov et al 1973) and He 2-113 (Henize 1967), instead of by the usual square brackets. For a small + which may not be a planetary nebula. In Table 2B the number of nebulae, a very large number of lines have + planetaries are again listed, this time in order of been observed. To aid in the identification of these + increasing right ascension. lines, these nebulae are also included in a separate + Tables 3A and 3B give the same information for table called the Identification Supplement, Table 9. + galactic diffuse nebulae. In Table 3A the columns give This table includes information on the atomic transi- + the name, galactic latitude and longitude (to tenths of a tion corresponding to the line, and will be discussed + degree), right ascension and declination for 1950, and later. The nebulae presented in Table 9 are those for + remarks. The nebulae are ordered according to in- which the wavelength has been measured to 0.01 Â, + creasing /, starting at / = 0°. The remarks column and includes NGC 6543, 6572, 7009, 7027, 7662; + gives proper names, cross listings between catalogs, IC 4997; and the Orion Nebula, NGC 1976. + and occasionally the star with which the nebula is Col. 5, N.—Number of identifications for a given + associated. The coordinates were taken from Becváf observed line, which accounts for blends. If there are + (1959), Sulentic and Tifft (1973), Dreyer (1953), the n identifications for a line, each identification is given + references presented in Table IB, and the references an entry or a line in the catalog, N = n, and the + given to the observations in Table 8. reference and the intensity information is printed for + each entry. For example, a line measured at A3889 is + b) Presentation of the Observations actually a blend of H and He i. The catalog listing + For a given nebula, lines are ordered according to would appear as shown in Table 5, with two entries + increasing wavelength. For a given line there may be for the one line. + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 2A + List of Planetary Nebulae in Order of Increasing Galactic Longitude + + FK No. FK No. cy (1950)6 FK No. y(1950)$ + Nebula m o Nebula Nebula + NGC 2371 189+19 1 7 22.4 +29 35 NGC 3195 296-20 1 10 10.1 -80 37 MZ 2 329- 2 2 16 10.5 -54 50 + Ml 7 189+ 716 34.3 +24 03 HE2 78 297+ 3-1 12 06.6 -58 26 CN1 1 330+ 4 1 15 47.7 -48 36 + J 320 190-17 1 5 02.8 +10 38 NGC 4071 298- 4 1 12 01.6 -67 02 HE2 153 330- 2 1 16 13.3 -53 25 + J 900 194+ 216 23.0 +17 49 HE2 84 300- 0 1 12 26.0 -63 27 HE2 159 330- 3 1 16 20.3 -54 29 + me 2022 196-10 1 5 39.4 + 9 04 HE2 86 300- 2 1 12 27.6 -64 35 NGC 5873 331+16 1 15 09.7 -37 55 + NGC 2392 197+17 1 7 26.2 +21 01 IC 4191 304- 4 1 13 05.3 -67 22 HE2 145 331+ 0 1 16 05.2 -50 54 + W1 4 197- 2 1 6 12.4 +12 23 NGC 5189 307- 3 1 13 30.2 -65 44 MZ 3 331- 1 1 16 13.5 -51 52 + YM 29 205+14 1 7 26.2 +13 2 MC 18 307- 4 1 13 35.9 -67 08 HE2 157 331- 2 1 16 18.3 -53 34 + NGC 1535 206-40 1 4 11.9 -12 52 HE2 97 307- 9 1 13 41.4 -71 14 HE2 161 331- 2 2 16 20.7 -53 16 + NGC 2346 215+ 317 06.8 - 0 44 HE2 99 309- 4 1 13 48.7 -66 08 HE2 162 331- 3 1 16 23.9 -53 55 + IC 418 215-24 1 5 25.2 -12 44 NGC 5315 309- 4 2 13 50.9 -66 18 HE2 165 331- 3 2 16 26.0 -54 03 + NGC 1360 220-53 1 3 31.2 -26 01 HE2 103 310- 2 1 14 01.8 -64 27 PC 11 331- 5 1 16 33.9 -55 39 + IC 2165 221-12 1 6 19.4 -12 58 NGC 5307 312+10 1 13 47.9 -50 58 HE2 164 332- 3 1 16 25.9 -53 17 + NGC 2438 231+ 427 39.6 -14 37 HE2 107 312- 1 1 14 14.9 -62 53 HE2 170 332- 4 1 16 31.4 -53 44 + NGC 2440 234+ 217 39.7 -18 05 HE2 106 312- 2 1 14 10.4 -63 12 HE2 152 333+ 1 1 16 11.6 -49 06 + A 33 238+34 1 9 36.6 - 2 34 HE2 111 315- 0 1 14 29.5 -60 37 IC 4642 334- 9 1 17 07.6 -55 20 + NGC 2610 239+13 1 8 31.1 -15 59 HE2 131 315-13 1 15 31.9 -71 45 HE2 169 335- 1 1 16 30.5 -49 15 + NGC 2452 243- 117 45.4 -27 13 HE2 108 316+ 8 1 14 14.8 -51 57 FE1 6 336+ 1 1 16 20.3 -46 35 + NGC 3242 261+32 1 10 22.4 -18 23 HE2 119 317- 5 1 15 06.4 -64 29 NGC 6164 336- 0 1 16 30.2 -48 00 + NGC 2818 261+ 819 14.0 -36 24 A 36 318+41 1 13 37.9 -19 38 HE2 186 336- 5 1 16 55.7 -51 38 + HE2 7 264- 818 10.0 -48 34 HE2 114 318- 2 1 15 00.1 -60 41 PC 14 336- 6 1 17 02.3 -52 23 + NGC 2792 265+ 419 10.6 -42 14 IC 4406 319+15 1 14 19.3 -43 55 PEI 7 337+ 1 1 16 26.9 -45 56 + VE 26 265- 218 41.9 -45 55 HE2 134 319- 9 1 15 42.5 -66 20 HE2 187 337- 5 1 16 57.8 -50 19 + PB 5 268+ 2 1 9 14.3 -45 17 HE2 113 32G+- 4 1 14 52.6 -53 54 HE2 155 338+ 5 1 16 15.9 -42 09 + PB 3 269- 318 52.5 -50 21 HE2 138 320- 9 1 15 51.3 -66 01 HE2 156 338+ 5 2 16 17.7 -42 16 + NGC 3132 272+12 1 10 04.9 -40 12 HE2 434 320-28 1 19 27.5 -74 39 NGC 6326 338- 8 1 17 16.8 -51 42 + HE2 18 273- 319 07.2 -53 07 HE2 115 321+ 2 1 15 01.6 -54 59 NGC 6153 341+ 5 1 16 28.0 -40 08 + HE2 28 275- 219 20.5 -53 56 HE2 117 321+ 2 2 15 02.3 -55 48 ME2 1 342+27 1 15 19.4 -23 27 + HE2 29 275- 229 23.2 -54 23 HE2 185 321-16 1 16 55.8 -70 02 NGC 6072 342+ 0 1 16 09.7 -36 06 + PB 4 275- 41 9 13.4 -54 40 PE2 8 322- 0 1 15 19.8 -56 58 HE2 175 345+ 6 1 16 36.1 -36 29 + NGC 2899 277- 319 25.5 -55 54 MZ 1 322- 2 1 15 30.2 -58 59 HA1 7 345- 1 1 17 06.9 -41 49 + PB 6 278+ 5 1 10 11.3 -50 05 NGC 5979 322- 5 1 15 42.5 -61 03 M2 4 349+ 4 1 16 57.8 -34 45 + NGC 2867 278- 51 9 20.1 -58 06 HE2 136 322- 6 1 15 48.0 -62 22 NGC 6302 349+ 1 1 17 10.4 -37 03 + HE2 26 278- 619 18.2 -58 59 HE2 123 323+ 2 1 15 18.6 -53 58 HA2 1 350+ 4 1 17 01.3 -33 55 + HE2 36 279- 319 41.9 -57 03 HE2 132 323- 2 1 15 34.0 -58 35 M3 14 355- 2 1 17 41.0 -34 05 + IC 2501 281- 5 9 37.3 -59 51 HE2 125 324+ 2 1 15 19.9 -53 41 HA1 35 355- 3 3 17 45.9 -34 22 + HE 2 50 283+ 3 10 32¿3 -53 25 HE2 133 324- 1 1 15 38.0 -56 27 HF2 1 355- 4 1 17 47.9 -34 55 + HE2 39 283- 4 10 02.3 -60 30 HE 2 128 325+ 4 1 15 21.5 -51 09 Ml 30 355- 4 2 17 49.7 -34 38 + HE2 52 285+ 1 10 36.6 -56 31 HE 2 127 325+ 4 2 15 21.2 -51 39 M3 21 355- 6 1 17 59.1 -36 39 + HE2 47 285- 2 10 21.4 -60 18 HE 2 129 325+ 3 1 15 21.9 -52 40 M2 11 356+ 4 1 17 17.4 -28 58 + IC 2553 285- 5 1 10 07.7 -62 20 HE2 141 325- 4 1 15 55.0 -58 15 Ml 27 356- 2 2 17 43.5 -33 07 + IC 2448 285-14 1 9 06.6 -69 44 HE2 182 325- 356- 3 3 17 50.0 -33 55 1 + NGC 3211 286- 4 1 10 16.2 -62 26 IC 972 326+42 1 14 01.7 -17 01 CN2 1 356- 4 1 17 51.2 -34 22 + PEI 3 288- 2 1 10 42.6 -61 24 HE2 151 326- 6 1 16 11.4 -59 46 HA1 41 356- 4 2 17 54.0 -34 10 + HE2 51 288- 5 1 10 34.0 -64 04 CN1 2 326-10 1 16 40.0 -62 31 HA2 35 356- 5 1 17 57.0 -34 28 + EG 1 290+ 7 1 11 26.2 -52 39 HE2 118 327+13 1 15 02.9 -42 49 M2 24 356- 5 2 17 58.7 -34 28 + HE2 64 291+ 3 1 11 25.1 -57 01 NGC 5882 327+10 1 15 13.5 -45 27 M2 16 357- 3 2 17 49.3 -32 45 + IC 2621 291- 4 1 10 58.4 -64 59 HE2 143 327- 1 1 15 57.1 -54 57 M2 18 357- 3 4 17 50.3 -32 58 + NGC 3699 292+ 1 1 11 25.7 -59 41 HE2 140 327- 1 2 15 54.2 -55 33 HA1 42 357- 4 1 17 54.1 -33 35 + HE2 67 292+ 1 2 11 26.5 -59 50 HE2 142 327- 2 1 15 56.0 -55 47 M2 22 357- 4 2 17 55.2 -33 28 + NGC 4361 294+43 1 12 21.9 -18 31 HE2 158 327- 6 1 16 19.3 -58 12 Ml 34 357- 5 1 17 58.1 -33 18 + NGC 3918 294+ 4 1 11 47.8 -56 54 HE2 163 327- 7 1 16 25.3 -59 03 M3 39 358+ 5 1 17 18.1 -27 09 + HE2 68 294- 4 1 11 29.5 -65 42 HE2 146 328- 2 1 16 06.7 -54 49 M3 10 358+ 3 1 17 24.2 -28 25 + HE2 73 296- 3 1 11 46.2 -64 51 SP 1 329+ 2 1 15 47.4 -51 21 Ml 26 358- 0 2 17 42.7 -30 11 + HE2 71 296- 6 1 11 36.9 -68 35 HE2 149 329- 2 1 16 10.4 -54 40 HA1 44 358- 3 1 17 54.9 -31 43 + + + 520 + + + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 2A—Continued + + PK No. ai (1950)6 PK No. q»(1950)6 PK No. gQ.?50)s + Nebula o o h m O' Nebula o o h m o Nebula o o h in o + HA1 46 358- 4 1 17 55.8 -32 22 NGC 6578 10- 1 1 18 13.3 -20 28 HE2 467 63-12 1 20 33.8 +20 00 + HA1 49 358- 5 2 18 00.1 -32 42 IC 4732 10- 6 1 18 31.0 -22 40 NGC 6058 64+48 1 16 02.7 +40 49 + NGC 6563 358- 7 1 18 08.7 -33 53 M2 15 11+ 6 1 17 44.0 -16 16 Ml 64 64+15 1 18 48.2 +35 11 + M2 12 359+ 5 1 17 20.9 -25 57 NGC 6439 11+5 1 17 45.4 -16 28 B 30 64+ 5 1 19 32.8 +30 24 + HB 5 359- 0 1 17 44.7 -29 59 Ml 32 11+ 4 1 17 53.4 -16 29 NGC 6842 65+ 0 1 19 53.0 +29 09 + Ml 29 359- 1 1 17 47.1 -30 34 NGC 6567 11- 0 2 18 10.8 -19 05 PS 1 65-27 1 21 27.6 +11 57 + M3 17 359- 3 1 17 53.2 -31 04 HA2 48 11- 9 1 18 43.5 -23 30 NGC 7094 66-28 1 21 34.5 +12 34 + M2 27 359- 4 2 18 00.6 -31 18 Ml 33 13+ 4 1 17 56.1 -15 32 NGC 6894 69- 2 1 20 14.4 +30 25 + IC 4634 0+12 1 16 58.6 -21 44 Ml 48 13-3 1 18 26.6 r-19 08 NGC 6857 704- 1 2 19 59.9 +33 23 + HA1 16 0+4 2 17 26.3 -26 24 AN 1 13- 4 2 18 27.6 -19 16 NGC 6881 74+ 2 1 20 09.0 +37 16 + Ml 50 14- 4 1 18 30.4 -18 19 + BL3 13 0-2 1 17 52.8 -29 11 AN 2 14- 5 1 18 33.3 -19 24 NGC 6833 82+11 1 19 48.3 +48 50 + M2 21 0-24 17 55.0 -29 44 AN 3 14-5 2 18 34.4 -19 10 NGC 6884 82+ 7 1 20 08.8 +46 19 + BL3 11 1-0 1 17 45.1 -28 00 Ml 53 15- 4 1 18 32.9 -17 39 NGC 6826 83+12 1 19 43.5 +50 24 + HA1 47 1-31 17 57.4 -29 22 Ml 46 16- 1 1 18 25.1 -15 35 NGC 7027 84- 3 1 21 05.2 +42 02 + HA1 55 1-41 18 04.0 -29 42 Ml 54 16- 4 1 18 33.2 -17 02 A 71 85+4 1 20 30.8 447 11 + Ml 56 16- 4 2 18 34.9 -17 08 + CM 17 1-6 1 18 12.2 -30 33 Ml 60 19- 4 1 18 40.8 -13 48 HU1 2 86- 8 1 21 31.1 +39 25 + SS 1 1-6 2 18 13.0 -30 53 Ml 61 19- 5 1 18 43.1 -14 31 NGC 7048 88-1 1 21 12.4 +46 04 + NGC 6369 2+ 5 1 17 26.3 -23 43 Ml 63 21- 5 1 18 48.7 -13 14 NGC 7026 89+ 0 1 21 04.6 447 39 + M3 20 2-22 17 56.2 -28 14 Ml 57 22- 2 1 18 37.6 -10 43 IC 5117 89- 5 1 21 30.6 444 22 + M2 23 2-24 17 58.5 -28 26 Ml 58 22- 3 1 18 40.2 -11 10 NGC 7008 93+ 5 2 20 59.1 +54 21 + Ml 59 23- 2 1 18 40.6 - 9 08 + HA2 38 2-34 18 02.9 -28 17 IC 4593 25+40 1 16 09.9 +12 12 K3 62 95+ 0 1 21 30.2 +52 21 + Ml 38 2-35 18 02.9 -28 41 NGC 6818 25-17 1 19 41.1 -14 16 NGC 6543 96+29 1 17 58.6 +66 38 + HA1 54 2-41 18 03.9 -29 14 VY1 4 27- 3 2 18 51.3 - 6 30 A 77 97+ 3 1 21 30.6 +55 40 + Ml 42 2-42 18 07.9 -29 00 IC 4846 27-9 1 19 13.0 - 9 05 IC 5217 100- 5 1 22 21.9 +50 43 + M2 33 2-61 18 11.9 -30 17 M2 44 28+1 1 18 35.0 - 3 09 ME2 2 100- 8 1 22 29.6 +47 33 + NGC 6751 29- 5 1 19 03.2 - 6 04 + HA1 63 2-62 18 13.1 -30 09 NGC 6741 33-2 1 19 00.0 - 0 31 NGC 7139 104+ 7 1 21 44.6 +63 25 + M2 41 2-71 18 19.4 -30 45 NGC 6772 33- 6 1 19 12.0 - 2 47 NGC 7662 106-17 1 23 23.5 +42. 16 + CN1 5 2-91 18 26.0 -31 32 NGC 6572 34+11 1 18 09.7 + 6 50 NGC 7354 107+ 2 1 22 38.5 +61 01 + IC 4776 2-13 1 18 42.6 -33 24 NGC 6778 34- 6 1 19 15.8 - 1 40 Ml 80 107- 2 1 22 54.2 +56 53 + HB 4 3+2 1 17 38.8 -24 41 S 71 36- 1 1 18 59.5 + 2 05 VY2 3 107-13 1 23 20.6 +46 38 + NGC 7293 36-57 1 22 26.9 -21 03 + Ml 35 3-21 18 00.5 -26 44 NGC 6790 37- 6 1 19 20.7 + 1 25 HB 12 111- 2 1 23 24.0 +57 54 + IC 4673 3- 2 3 18 00.2 -27 06 NGC 7009 37-34 1 21 01.5 -11 34 IC 1454 117+18 1 22 42.2 +80 11 + NGC 6565 3- 4 5 18 08.7 -28 11 CN3 1 38+12 1 18 15.2 +10 08 VY1 1 118- 8 1 0 16.0 +53 36 + M2 30 3-48 18 09.4 -27 59 NGC 6781 41-2 1 19 16.0 + 6 27 NGC 246 118-74 1 0 44.5 -12 09 + M2 36 3-61 18 14.5 -29 10 NGC 6807 42- 6 1 19 32.1 + 5 34 HUI 1 119- 6 1 0 25.5 +55 41 + HB 7 3-14 1 18 52.0 -32 20 NGC 6210 43+37 1 16 42.4 +23 54 NGC 40 120+ 9 1 0 10.3 +72 15 + Ml 25 4+41 17 35.5 -22 07 M3 27 43+11 1 18 25.5 +14 27 IC 3568 123+34 1 12 31.6 +82 50 + Ml 44 4- 4 2 18 13.2 -27 06 VY2 2 45- 2 1 19 22.0 + 9 48 IC 1747 130+ 1 1 1 54.0 +63 05 + M3 26 4-51 18 13.1 -27 16 NGC 6804 45-4 1 19 29.2 + 9 07 NGC 650 1 130-10 1 1 39.2 +51 19 + M3 12 5+5 1 17 33.4 -21 29 NGC 6803 46-4 1 19 28.9 + 9 57 Ml 1 130-11 1 1 34.2 +50 13 + HE2 390 5- 5 2 18 17.9 -26 50 A 39 47+42 1 16 25.5 +28 01 A 3 131+ 2 1 2 08.4 +63 55 + NGC 6620 5-61 18 19.8 -26 51 HA4 1 49+88 1 12 57.0 +27 54 Ml 2 133- 8 1 1 55.5 +52 39 + M3 15 6+4 2 17 42.5 -20 57 HU2 1 51+ 9 1 18 47.6 +20 47 IC 289 138+ 2 1 3 06.3 +61 08 + HB 6 7+11 17 52.1 -21 44 Ml 73 51- 3 1 19 38.9 +14 50 NGC 1501 144+ 6 1 4 02.7 +60 47 + M3 18 7+12 17 54.3 -21 41 ME1 1 52- 2 2 19 36.9 +15 50 Ml 4 147-2 1 3 38.0 +52 07 + VY2 1 7-62 18 24.9 -26 09 Ml 74 52- 4 1 19 40.0 +15 02 NGC 3587 148+57 1 11 11.9 +55 17 + NGC 6445 8+31 17 46.3 -20 00 VY1 2 53+24 1 17 52.4 +28 00 W1 2 151+ 2 1 4 15.9 +52 59 + Ml 40 8-11 18 05.2 -22 17 NGC 6891 54-12 1 20 12.8 +12 33 IC 351 159-15 1 3 44.3 +34 54 + M2 39 8-41 18 19.0 -24 12 NGC 6879 57- 8 1 20 08.2 +16 46 IC 2003 161-14 1 3 53.2 +33 43 + M2 42 8-42 18 19.5 -24 11 IC 4997 58-10 1 20 17.9 +16 35 NGC 2474 164+31 1 7 53.9 +53 33 + NGC 6644 8-72 18 29.5 -25 10 NGC 6853 60-3 1 19 57.4 +22 35 NGC 1514 165-15 1 4 06.1 +30 39 + NGC 6309 9+14 1 17 11.3 -12 51 HE1 5 60- 7 1 20 09.7 +20 11 IC 2149 166+10 1 5 52.6 +46 07 + NGC 6629 9-51 18 22.7 -23 14 NGC 6886 60- 7 2 20 10.5 +19 50 IC 2120 169- 0 1 5 14.8 +37 33 + M2 17 10+ 4 1 17 49.2 -17 35 NGC 6905 61- 9 1 20 20.2 +19 57 BA I 171-25 1 3 50.6 +19 19 + NGC 6537 10+ 0 1 18 02.3 -19 51 NGC 6720 63+13 1 18 51.7 +32 58 + + + 521 + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 2B + List of Planetary Nebulae in Order of Increasing Right Ascension + + ga950)S a(1950)6 at (1950)fi <*(1950)6 + Nebula Nebula h m o ' Nebula h m Nebula h m + NGC 40 0 10.3 +72 15 HE2 29 9 23.2 -54 23 HE2 114 15 00.1 -60 41 HE2 165 16 26.0 -54 03 + VY1 1 0 16.0 +53 36 NGC 2899 9 25.5 -55 54 HE2 115 15 01.6 -54 59 PEI 7 16 26.9 -45 56 + HUI 1 0 25.5 +55 41 A 33 9 36.6 -2 34 HE2 117 15 02.3 -55 48 NGC 6153 16 28.0 -40 08 + NGC 246 0 44.5 -12 09 IC 2501 9 37.3 -59 51 HE2 118 15 02.9 -42 49 NGC 6164 16 30.2 -48 00 + Ml 1 1 34.2 +50 13 HE2 36 9 41.9 -57 03 HE2 119 15 06.4 -64 29 HE2 169 16 30.5 -49 15 + + NGC 650 1 39.2 +51 19 HE2 39 10 02.3 -60 30 NGC 5873 15 09.7 -37 55 HE2 170 16 31.4 -53 44 + IC 1747 1 54.0 +63 05 NGC 3132 10 04.9 -40 12 NGC 5882 15 13.5 -45 27 PC 11 16 33.9 -55 39 + Ml 2 1 55.5 +52 39 IC 2553 10 07.7 -62 20 HE2 123 15 18.6 -53 58 HE2 175 16 36.1 -36 29 + A3 2 08.4 +63 55 NGC 3195 10 10.1 -80 37 ME2 1 15 19.4 -23 27 CN1 2 16 40.0 -62 31 + IC 289 3 06.3 +61 08 PB 6 10 11.3 -50 05 PE2 8 15 19.8 -56 58 NGC 6210 16 42.4 +23 54 + + NGC 1360 3 31.2 -26 01 NGC 3211 10 16.2 -62 26 HE2 125 15 19.9 -53 41 HE2 182 16 49.8 -64 09 + Ml 4 3 38.0 +52 07 HE2 47 10 21.4 -60 18 HE2 127 15 21.2 -51 39 HE2 186 16 55.7 -51 38 + IC 351 3 44.3 +34 54 NGC 3242 10 22.4 -18 23 HE2 128 15 21.5 -51 09 HE2 185 16 55.8 -70 02 + BA 1 3 50.6 +19 19 HE2 50 10 32.3 -53 25 HE2 129 15 21.9 -52 40 M2 4 16 57.8 -34 45 + IC 2003 3 53.2 +33 43 HE2 51 10 34.0 -64 04 MZ 1 15 30.2 -58 59 HE2 187 16 57.8 -50 19 + NGC 1501 4 02.7 +60 47 HE2 52 10 36.6 -56 31 HE2 131 15 31.9 -71 45 IC 4634 16 58.6 -21 44 + NGC 1514 4 06.1 +30 39 PEI 3 10 42.6 -61 24 HE2 132 15 34.0 -58 35 HA2 1 17 01.3 -33 55 + NGC 1535 4 11.9 -12 52 IC 2621 10 58.4 -64 59 HE2 133 15 38.0 -56 27 PC 14 17 02.3 -52 23 + W1 2 4 15.9 +52 59 NGC 3587 11 11.9 +55 17 NGC 5979 15 42.5 -61 03 HA1 7 17 06.9 -41 49 + J 320 5 02.8 +10 38 HE2 64 11 25.1 -57 01 HE2 134 15 42.5 -66 20 IC 4642 17 07.6 -55 20 + IC 2120 5 14.8 +37 30 NGC 3699 11 25.7 -59 41 SP 1 15 47.4 -51 21 NGC 6302 17 10.4 -37 03 + IC 418 5 25.2 -12 44 EG 1 11 26.2 -52 39 CN1 1 15 47.7 -48 36 NGC 6309 17 11.3 -12 51 + NGC 2022 5 39.4 +9 04 HE2 67 11 26.5 -59 50 HE2 136 15 48.0 -62 22 NGC 6326 17 16.8 -51 42 + IC 2149 5 52.6 +46 07 HE2 68 11 29.5 -65 42 HE2 138 15 51.3 -66 01 M2 11 17 17.4 -28 58 + W1 4 6 12.4 +12 23 HE2 71 11 36.9 -68 35 HE2 140 15 54.2 -55 33 M3 39 17 18.1 -27 09 + IC 2165 6 19.4 -12 58 HE2 73 11 46.2 -64 51 HE2 141 15 55.0 -58 15 M2 12 17 20.9 -25 57 + J 900 6 23.0 +17 49 NGC 3918 11 47.8 -56 54 HE2 142 15 56.0 -55 47 M3 10 17 24.2 -28 25 + Ml 7 6 34.3 +24 03 NGC 4071 12 01.6 -67 02 HE2 143 15 57.1 -54 57 NGC 6369 17 26.3 -23 43 + NGC 2346 7 06.8 -0 44 HE2 78 12 06.6 -58 26 NGC 6058 16 02.7 +40 49 HA1 16 17 26.3 -26 24 + NGC 2371 7 22.4 +29 35 NGC 4361 12 21.9 -18 31 HE2 145 16 05.2 -50 54 M3 12 17 33.4 -21 29 + NGC 2392 7 26.2 +21 01 HE2 84 12 26.0 -63 27 HE2 146 16 06.7 -54 49 Ml 25 17 35.5 -22 07 + YM 29 7 26.2 +13 21 HE2 86 12 27.6 -64 35 NGC 6072 16 09.7 -36 06 HB 4 17 38.8 -24 41 + IC 3568 12 31.6 +82 50 IC 4593 16 09.9 +12 12 M3 14 17 41.0 -34 05 + NGC 2438 7 39.6 -14 37 HA4 1 12 57.0 +27 54 HE2 149 16 10.4 -54 40 M3 15 17 42.5 -20 57 + NGC 2440 7 39.7 -18 05 IC 4191 13 05.3 -67 22 MZ 2 16 10.5 -54 50 Ml 26 17 42.7 -30 11 + NGC 2452 7 45.4 -27 13 NGC 5189 13 30.2 -65 44 HE2 151 16 11.4 -59 46 Ml 27 17 43.5 -33 07 + NGC 2474 7 53.9 +53 33 MC 18 13 35.9 -67 08 HE2 152 16 11.6 -49 06 M2 15 17 44.0 -16 16 + HE2 7 8 10.0 -48 34 A 36 13 37.9 -19 38 HE2 153 16 13.3 -53 25 HB 5 17 44.7 -29 59 + NGC 2610 8 31.1 -15 59 HE2 97 13 41.4 -71 14 MZ 3 16 13.5 -51 52 BL3 11 17 45.1 -28 00 + VE 26 8 41.9 -45 55 NGC 5307 13 47.9 -50 58 HE2 155 16 15.9 -42 09 NGC 6439 17 45.4 -16 28 + PB 3 8 52.5 -50 21 HE2 99 13 48.7 -66 08 HE2 156 16 17.7 -42 16 HA1 35 17 45.9 -34 22 + IC 2448 9 06.6 -69 44 NGC 5315 13 50.9 -66 18 HE2 157 16 18.3 -53 34 NGC 6445 17 46.3 -20 00 + HE2 18 9 07.2 -53 07 IC 972 14 01.7 -17 01 HE2 158 16 19.3 -58 12 Ml 29 17 47.1 -30 34 + NGC 2792 9 10.6 -42 14 HE2 103 14 01.8 -64 27 PEI 6 16 20.3 -46 35 HF2 1 17 47.9 -34 55 + PB 4 9 13.4 -54 40 HE2 106 14 10.4 -63 12 HE2 159 16 20.3 -54 29 M2 17 17 49.2 -17 35 + NGC 2818 9 14.0 -36 24 HE2 108 14 14.8 -51 57 HE2 161 16 20.7 -53 16 M2 16 17 49.3 -32 45 + PB 5 9 14.3 -45 17 HE2 107 14 14.9 -62 53 HE2 162 16 23.9 -53 55 Ml 30 17 49.7 -34 38 + H£2 26 9 18.2 -58 59 IC 4406 14 19.3 -43 55 HE2 163 16 25.3 -59 03 HA1 39 17 50.0 -33 55 + NGC 2867 9 20.1 -58 06 HE2 111 14 29.5 -60 37 A 39 16 25.5 +28 01 M2 18 17 50.3 -32 58 + HE2 28 9 20.5 -53 56 HE2 113 14 52.6 -53 54 HE2 164 16 25.9 -53 17 CN2 1 17 51.2 -34 22 + + + + + 522 + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 2B—Continued + + <*(1950)6 <*(1950)6 <*(1950)6 <*(1950)6 + Nebula Nebula Nebula Nebula + HB 6 17 52.1 -21 44 NGC 6563 18 08.7 -33 53 Ml 58 18 40 -11 10 NGC 6879 20 08.2 +16 46 + VY1 2 17 52.4 +28 00 M2 30 18 09.4 -27 59 Ml 59 18 40 -9 08 NGC 6884 20 08.8 +46 19 + BL3 13 17 52.8 -29 11 NGC 6572 18 09.7 +6 50 Ml 60 18 40 -13 48 NGC 6881 20 09.0 +37 16 + M3 17 17 53.2 -31 04 NGC 6567 18 10.8 -19 05 IC 4776 18 42 -33 24 HE1 5 20 09.7 +20 11 + Ml 32 17 53.4 -16 29 M2 33 18 11.9 -30 17 Ml 61 18 43 -14 31 NGC 6886 20 10.5 +19 50 + HA.2 48 18 43 -23 30 + HA.1 41 17 54.0 -34 10 CM 17 18 12.2 -30 33 HU 2 1 18 47 +20 47 NGC 6891 20 12.8 +12 33 + HA1 42 17 54.1 -33 35 SS 1 18 13.0 -30 53 Ml 64 18 48 +35 11 NGC 6894 20 14.4 +30 25 + M3 18 17 54.3 -21 41 M3 26 18 13.1 -27 16 Ml 63 18 48 -13 14 IC 4997 20 17.9 +16 35 + HA.1 44 17 54.9 -31 43 HA.1 63 18 13.1 -30 09 VY1 4 18 51 - 6 30 NGC 6905 20 20.2 +19 57 + M2 21 17 55.0 -29 44 Ml 44 18 13.2 -27 06 NGC 6720 18 51 +32 58 A 71 20 30.8 +47 11 + HB 7 18 52 -32 20 + M2 22 17 55.2 -33 28 NGC 6578 18 13.3 -20 28 S 71 18 59 5 + 2 05 HE2 467 20 33.8 +20 00 + HA.1 46 17 55.8 -32 22 M2 36 18 14.5 -29 10 NGC 6741 19 00 0 - 0 31 NGC 7008 20 59.1 +54 21 + Ml 33 17 56.1 -15 32 CN3 1 18 15.2 +10 08 NGC 6751 19 03 2 - 6 04 NGC 7009 21 01.5 -11 34 + M3 20 17 56.2 -28 14 HE2 390 18 17.9 -26 50 NGC 6772 19 12 0 - 2 47 NGC 7026 21 04.6 +47 39 + HA2 35 17 57.0 -34 28 M2 39 18 19.0 -24 12 IC 4846 19 13 0 - 9 05 NGC 7027 21 05.2 +42 02 + HA1 47 17 57.4 -29 22 M2 41 18 19.4 -30 45 NGC 6778 19 15.8 - 1 40 NGC 7048 21 12.4 +46 04 + Ml 34 17 58.1 -33 18 M2 42 18 19.5 -24 11 NGC 6781 19 16.0 + 6 27 PS 1 21 27.6 +11 57 + M2 23 17 58.5 -28 26 NGC 6620 18 19.8 -26 51 NGC 6790 19 20.7+1 25 K3 62 21 30.2 +52 21 + NGC 6543 17 58.6 +66 38 NGC 6629 18 22.7 -23 14 VY2 2 19 22.0 + 9 48 A 77 21 30.6 +55 40 + M2 24 17 58.7 -34 28 VY2 1 18 24.9 -26 09 HE2 434 19 27.5 -74 39 IC 5117 21 30.6 +44 22 + M3 21 17 59.1 -36 39 Ml 46 18 25.1 -15 35 NGC 6803 19 28.9 + 9 57 HU1 2 21 31.1 +39 25 + HA1 49 18 00.1 -32 42 M3 27 18 25.5 +14 27 NGC 6804 19 29.2 + 9 07 NGC 7094 21 34.5 +12 34 + IC 4673 18 00.2 -27 06 CN1 5 18 26.0 -31 32 NGC 6807 19 32.1 + 5 34 NGC 7139 21 44.6 +63 25 + Ml 35 18 00.5 -26 44 Ml 48 18 26.6 -19 08 B 30 19 32.8 +30 24 IC 5217 22 21.9 +50 43 + M2 27 18 00.6 -31 18 AN 1 18 27.6 -19 16 ME1 1 19 36.9 +15 50 NGC 7293 22 26.9 -21 03 + NGC 6537 18 02.3 -19 51 NGC 6644 18 29.5 -25 10 Ml 73 19 38.9 +14 50 ME2 2 22 29.6 +47 33 + HA2 38 18 02.9 -28 17 Ml 50 18 30.4 -18 19 Ml 74 19 40.0 +15 02 NGC 7354 22 38.5 +61 01 + Ml 38 18 02.9 -28 41 IC 4732 18 31.0 -22 40 NGC 6818 19 41.1 -14 16 IC 1454 22 42.2 +80 11 + HA1 54 18 03.9 -29 14 Ml 53 18 32.9 -17 39 NGC 6826 19 43.5 +50 24 Ml 80 22 54.2 +56 53 + HA1 55 18 04.0 -29 42 Ml 54 18 33.2 -17 02 NGC 6833 19 48.3 +48 50 VY2 3 23 20.6 +46 38 + Ml 40 18 05.2 -22 17 AN 2 18 33.3 -19 24 NGC 6842 19 53.0 +29 09 NGC 7662 23 23.5 +42 16 + Ml 42 18 07.9 -29 00 AN 3 18 34.4 -19 10 NGC 6853 19 57.4 +22 35 HB 12 23 24.0 +57 54 + NGC 6565 18 08.7 -28 11 Ml. 56 18 34.9 -17 08 NGC 6857 19 59.9 +33 23 + M2 44 18 35.0 - 3 09 + Ml 57 18 37.6 -10 43 + + + + + 523 + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 3A + List of Diffuse Nebulae in Order of Increasing Galactic Longitude + + cy (1950)6 tya950)S + Nebula o Remarks Nebula h m o Remarks + NGC 6559 3.4 -4.2 18 6.8 -28 8 S 175 120.4 2.0 0 24.5 64 26 + NGC 6523 6.1 -1.3 18 1.6 -24 20 M8, Lagoon NGC 281 123.2 -6.3 0 50.4 56 19 S184 + NGC 6514 6.9 -0.2 17 58 .9 -23 2 M20, Trifid S 186 124.9 0.3 1 5.6 62 52 + IC 4678 6.9 -1.8 18 4.9 -23 53 S 187 126.7 -0.8 1 19.8 61 36 + IC 1274 7.3 -2.0 18 6.7 -23 41 S 206 150.6 -1.0 3 59.4 51 11 + AN 1755 10.6 2.5 17 57.0 -18 31 S 208 151.4 2.0 4 16.3 52 51 + IC 1284 11.7 -1.7 18 14.7 -19 41 S 211 154.6 2.5 4 33.1 50 50 + NGC 6618 15.1 -0.8 18 18.0 -16 12 M17, Omega S 212 155.4 2.6 4 36.8 50 17 + NGC 6611 17.0 0.8 18 16.2 -13 48 Ml 6 NGC 1499 160.6 -12.0 4 0.1 36 17 S220, § Per + S 61 26.3 1.8 18 30.2 -5 5 S 222 165.3 -9.0 4 26.9 35 10 + S 71 36.1 -1.4 18 59.5 2 + NGC 6820 59.2 -0.2 19 40.6 22 IC 405 172.1 -2.3 5 13.0 34 16 S229 + AN 1939 59.4 -0.1 19 41.0 23 IC 417 173.0 -1.1 5 20.0 34 12 + AN 1944 61.4 0.1 19 44.5 25 S 232 173.5 3.2 5 39.0 36 10 + AN 1945 61.4 0.1 19 44.5 25 } Prob. S88 S 235 173.6 2.8 5 37.6 35 49 + S 90 63.2 0.4 19 47.2 26 44 NGC 1931 173.9 0.3 5 28.1 34 13 + S 95 65.9 0.6 19 53.0 29 10 T 1 176.2 -20.9 4 19.1 19 25 S238, T Tau + K3 50 70.3 1.6 19 59.8 33 24 CE 61 180.7 4.3 6 1.3 30 30 + S 100 70.3 1.6 19 59.9 33 22 DG 85 180.8 4.1 6 0.6 30 19 + SE 12 72.5 1.8 20 5.0 35 24 SH 151 181.3 -1.4 5 40.0 27 5 + NGC 6888 75.6 2.4 20 10.7 38 16 S105 NGC 2175 190.0 0.5 6 6.7 20 31 S252 + S 106 76.4 -0.6 20 25.6 37 14 S 254 192.5 -0.2 6 9.3 18 4 + IC 1318 78.8 3.6 20 14.7 41 39 Y Cyg AN 0529 192.6 -11.6 5 28.6 12 9 HK Ori + AN 2018 78.9 2.8 20 18.7 41 12 S 255 192.6 -0.0 6 10.2 18 0 IC 2162 + C 20 79 0 20 30 40 j In Cygnus, S 257 192.6 -0.1 6 9.9 18 0 + C 36 79 0 20 30 40 no position SH 140 192.7 -11.7 5 28.7 12 2 + SH 57 80.5 4.8 20 14.6 43 40 S 263 194.7 -15.6 5 19.0 8 21 CE44 + SH 108 82.3 5.9 20 15.0 45 45 S 264 195.1 -12.0 5 32.4 9 54 X Ori + SH 107 83.6 7.2 20 13.0 47 32 S 269 196.4 -1.7 6 11.7 13 52 + IC 5067 84.4 0.4 20 46.9 44 11 AN 0543 197.1 -10.3 5 42.5 9 4 FU Ori + NGC 7000 85.5 -1.0 20 57.0 44 8 N.America,SI 17 S 271 197.8 -2.3 6 12.0 12 23 + IC 5146 94.4 -5.5 21 51.3 47 2 S 272 197.8 -2.3 6 12.1 12 22 + S 126 95.4 -16.8 22 31.2 38 19 10 Lac SH 160 201.9 2.5 6 37.4 11 0 + S 168 97.2 10.2 20 50.5 60 12 NGC 2264 202.9 2.2 6 38.2 9 57 S273 + CE 190 98.5 7.5 21 13.0 59 25 S129 IC 423 203.1 -16.9 5 30.9 0 39 + IC 1396 99.3 3.7 21 37.5 57 14 S131 NGC 2261 203.8 1.3 6 36.4 8 46 + AN 2207 99.8 -3.0 22 9.0 52 13 SE 41 204.4 -13.7 5 44.6 1 9 + SE 19 103.3 4.0 22 0.0 60 0 NGC 2068 205.4 -14.3 5 44.2 0 2 M78 + S 135 104.6 1.3 22 20.3 58 29 IC 432 206.1 -16.3 5 38.5 -1 31 + SE 16 104.9 -2.1 22 35.0 55 46 NGC 2244 206.4 -2.0 6 29.7 4 54 S275 + NGC 7380 107.1 -0.9 22 45.0 57 50 S142 NGC 2024 206.5 -16.3 5 39.4 -1 52 + S 148 108.3 -1.1 22 54.1 58 15 NGC 2237 206.6 -2.1 6 29.6 4 40 S274 + S 149 108.4 -1.0 22 54.3 58 16 NGC 2023 206.8 -16.5 5 39.2 -2 15 + S 152 108.7 -0.9 22 56.5 58 31 IC 434 206.9 -16.7 5 38.6 -2 26 + IC 1470 110.0 0.1 23 2.2 59 59 S156 AN 0550 207.2 -13.7 5 50.0 -1 15 Barnard^ Loop + S 157 111.3 -0.7 23 13.9 59 46 NGC 1977 208.5 -19.1 5 33.0 -4 54 + NGC 7538 111.5 0.8 23 11.5 61 14 S158 S 280 208.7 -2.6 6 31.7 2 35 + NGC 7635 112.2 0.2 23 18.5 60 55 NGC 1976 209.0 -19.4 5 32.9 -5 25 M42, Orion + AN 2354 116.8 -0.7 23 57.0 61 18 HH 1 210.2 -19.6 5 34.0 -6 33 Herbig-Haro + NGC 7822 118.6 6.1 0 1.0 68 20 S171 NGC 1999 210.4 -19.7 5 34.1 -6 45 + AN 0015 119.4 -1.1 0 19.0 61 18 S173? AN 0551 211.1 -15.3 5 51.0 -5 19 Barnard's Loop + + + + + 524 + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 3A—Continued + + o? (1950)6 <*(1950)6 + Nebula Remarks Nebula Remarks + 1 + AN 0532 213.2 -21.4 5 32.6 -9 49 Barnard Loop E 1 288.1 -1.0 10 45.0 -60 0 T) Car + IC 2177 223.9 -1.7 7 3.1 -10 29 S292 NGC 3576 291.2 -0.8 11 9.1 -61 6 + S 294 224.2 1.2 14.2 -9 21 NGC 3603 291.6 -0.5 11 12.9 -60 59 + CE 90 225.5 -2.6 2.9 -12 15 S297 NGC 6193 336.7 -1.6 16 37.7 -48 40 + IC 468 227.6 -0.3 7 15.2 -13 4 IC 4628 344.4 2.3 16 49.3 -40 18 + NGC 2359 227.7 -0.3 7 15.4 -13 7 NGC 6334 351.1 0.5 17 17.2 -36 1 + SE 44 238.0 -5.5 7 16.5 -24 38 S 9 351.5 17.2 16 18.1 -25 14 a Seo, CE130 + G 17 263.0 1.2 8 48.8 -42 7 NGC 6357 353.2 0.9 17 21.3 -34 7 + RCW 38 268.0 -1.0 8 58.1 -47 20 + IC 2148 286.9 -30.7 5 41.1 -75 36 Ident ambig- + uous ; LMC ? + + + + + TABLE 3B + List of Diffuse Nebulae in Order of Increasing Right Ascension + + <*(1950)6 <*(1950)6 (*0950)6 ff,q.950)$ + Nebula Nebula h m Nebula h m Nebula h m O' + NGC 7822 0 1.0 68 20 NGC 2023 5 39.2 -2 15 G 17 8 48.8 -42 7 SH 107 20 13.0 47 32 + AN 0015 0 19.0 61 18 NGC 2024 5 39.4 -1 52 RCW 38 8 58.1 -47 20 SH 57 20 14.6 43 40 + S 175 0 24.5 64 26 SH 151 5 40.0 27 5 El 10 45.0 -60 0 IC 1318 20 14.7 41 39 + NGC 281 0 50.4 56 19 IC 2148 5 41.1 -75 36 NGC 3576 11 9.1 -61 6 SH 108 20 15.0 45 45 + S 186 1 5.6 62 52 AN 0543 5 42.5 94 NGC 3603 11 12.9 -60 59 AN 2018 20 18.7 41 12 + S 187 1 19.8 61 36 NGC 2068 5 44.2 02 S 9 16 18.1 -25 14 S 106 20 25.6 37 14 + S 206 3 59.4 51 11 SE 41 5 44.6 1 9 NGC 6193 16 37.7 -48 40 C 20 20 30 40 + NGC 1499 4 0.1 36 17 AN 0550 5 50.0 -1 15 IC 4628 16 49.3 -40 18 C 36 20 30 40 + S 208 4 16.3 52 51 AN 0551 5 51.0 -5 19 NGC 6334 17 17.2 -36 1 IC 5067 20 46.9 44 11 + T 1 4 19.1 19 25 DG 85 6 0.6 30 19 NGC 6357 17 21.3 -34 7 S 168 20 50.5 60 12 + S 222 4 26.9 35 10 CE 61 6 1.3 30 30 AN 1755 17 57.0 -18 31 NGC 7000 20 57.0 44 8 + S 211 4 33.1 50 50 NGC 2175 6 6.7 20 31 NGC 6514 17 58.9 -23 2 CE 190 21 13.0 59 25 + S 212 4 36.8 50 17 S 254 6 9.3 18 4 NGC 6523 18 1.6 -24 20 IC 1396 21 37.5 57 14 + IC 405 5 13.0 34 16 S 257 6 9.9 18 0 IC 4678 18 4.9 -23 53 IC 5146 21 51.3 47 2 + S 263 5 19.0 8 21 S 255 6 10.2 18 0 IC 1274 18 6.7 -23 41 SE 19 22 0.0 60 0 + IC 417 5 20.0 34 12 S 269 6 11.7 13 52 NGC 6559 18 6.8 -28 8 AN 2207 22 9.0 52 13 + NGC 1931 5 28.1 34 13 S 271 6 12.0 12 23 IC 1284 18 14.7 -19 41 S 135 22 20.3 58 29 + AN 0529 5 28.6 12 9 S 272 6 12.1 12 22 NGC 6611 18 16.2 -13 48 S 126 22 31.2 38 19 + SH 140 5 28.7 12 2 NGC 2237 6 29.6 4 40 NGC 6618 18 18.0 -16 12 SE 16 22 35.0 55 46 + IC 423 5 30.9 0 39 NGC 2244 6 29.7 4 54 S 61 18 30.2 -5 5 NGC 7380 22 45.0 57 50 + S 71 18 59.5 2 5 + S 264 5 32.4 9 54 S 280 6 31.7 2 35 NGC 6820 19 40.6 22 57 S 148 22 54.1 58 15 + AN 0532 5 32.6 -9 49 NGC 2261 6 36.4 8 46 AN 1939 19 41.0 23 10 S 149 22 54.3 58 16 + NGC 1976 5 32.9 -5 25 SH 160 6 37.4 11 0 AN 1944 19 44.5 25 4 S 152 22 56.5 58 31 + NGC 1977 5 33.0 -4 54 NGC 2264 6 38.2 9 57 AN 1945 19 44.5 25 5 IC 1470 23 2.2 59 59 + HH 1 5 34.0 -6 33 CE 90 7 2.9 -12 15 S 90 19 47.2 26 44 NGC 7538 23 11.5 61 14 + NGC 1999 5 34.1 -6 45 IC 2177 7 3.1 -10 29 S 95 19 53.0 29 10 S 157 23 13.9 59 46 + S 235 5 37.6 35 49 S 294 7 14.2 -9 21 K3 50 19 59.8 33 24 NGC 7635 23 18.5 60 55 + IC 432 5 38.5 -1 31 IC 468 7 15.2 -13 4 S 100 19 59.9 33 22 AN 2354 23 57.0 61 18 + IC 434 5 38.6 -2 26 NGC 2359 7 15.4 -13 7 SE 12 20 5.0 35 24 + S 232 5 39.0 36 10 SE 44 7 16.5 -24 38 NGC 6888 20 10.7 38 16 + + + + + 525 + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + + 526 KALER Vol. 31 + TABLE 4A TABLE 5 + Summary of Column Headings in the Catalog, Table 8 + WAVE IDENT N RG REF OBS I + Column Meaning + 3889 Hi 2 AA 10.0 + WAVE Wavelength 3889 He i 2 AA 10.0 + IDENT Line identification + N Number of identifications for observed line + RG Region, or section, of nebula observed The reader should use some caution in dealing with + REF Reference, or source of observations blends. For the most part, the catalog presents the + OBS I Observed relative intensity + AVE O Average observed intensity data in the manner of the original paper. Conse- + CORR I Observed intensity corrected for interstellar quently, for some blends, in particular for À3967 + extinction [Ne in] and A3970 H i, the lines may not be presented + AVE C Average observed intensity corrected for in exactly proper order. There may be several entries + interstellar extinction + for [Ne in] followed by one for H i, then another for + [Ne m], or some other variation. It is also at times + TABLE 4B debatable as to what constitutes major and minor + Summary of Column Headings in the Identification components of a blend, and different authors will treat + Supplement, Table 9 the matter differently. In some cases where lines are + intrinsically blended doublets or triplets, N generally + Column Meaning is given as 1, for example in the cases of the A4267 C n + doublet or the helium triplets. Close but resolvable + WAVE Wavelength forbidden-line doublets are often treated somewhat + IDENT Line identification + N Number of identifications per observed differently for reasons relating to the use of the data in + line the catalog. If the lines are observed as a blend, a + R RMT wavelength mean wavelength may be given, for example A4072 for + MT RMT multiplet number AA4068 + 4076 [S n], A7325 for AA7319 + 7330 [O n], + TRANSITION.... Atomic transition, lower energy on left + REF Reference, or source of observations A6723 for AA6716 + 6731 [S n], A4991 for AA4959, 5007 + OBS I Observed relative intensity [O m], A6575 for AA6548, 6584 [N n], and N may be set + equal to 1. In some cases, however, these doublets will + be treated as a blend in the usual manner as described + A difficulty arises when there is more than one above. + reference for a blended line for which the observations The treatment of A3727 presents a special case. + were made with different resolving powers, or where Where the doublet is resolved the two wavelengths, + the authors give different identifications. For example, AA3726 and 3729, are given. Under the first wavelength, + reference A may record two lines as a blend, but entries are made for both the first resolved line (A3726) + reference B resolves them. In these cases it sometimes and for the blends where they are not resolved. The + happens that the two entries for reference A may be entries under the second wavelength (A3729) show for + separated by a third line observed by reference B, as which references the blend was resolved. + shown in Table 6. Here observer A sees A4340 and In some cases TV = 0 when there is no identification. + À4363 as a blend, but observer B resolves them and Col 4, RG.—Region of the nebula observed. This + sees À4349 between them. Obviously À4349 is part of information usually is given only when more than one + the blend observed by A, but since it is a minor region or section of a nebula has been observed. + component, it is ignored. All the components of a Occasionally, however, it is used as a footnoting device + blend observed by a given reference can be found, to help explain the observations. A key to the code + since N gives the number of components to look for, used in this column is given immediately after the + and all components will have the same value of N, and intensity tables for each nebula, under the heading + the same reference and region codes and intensities. REGION KEY. In this key, the region (RG) code is + A further difficulty arises in the wavelengths used given first, followed by the reference code (see col. [5] + for blended lines. In some cases, the true wavelength below) and the explanation. As discussed above, the + of each component of a blend may be given, while in RG column is also used to designate the lettered sub- + others, the blended wavelength might be presented, divisions to the LMC and SMC Henize numbers. + depending upon the original reference. As an example, These subdivisions are not always referred to in the + consider the blend of À4711 [Ar iv] and À4713 He i. It + may be presented in one of two ways : TABLE 6 + WAVE IDENT N + WAVE IDENT N RG REF OBS I + 4711 (Ar iv) 2 + 4340 Hi 2 A 60.00 + 4713 He i 2 1 B 40.00 + 4349 On 1 B 0.05 + or 4712 (Ar iv) 2 4363 (O m) 2 A 60.00 + 1 B 15.00 + 4712 He i 2 + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + No. 4, 1976 CATALOG OF EMISSION LINE INTENSITIES 527 + Region Key. They are, however, cross-hsted to NGC and (8) (these intensities were obtained from references + or IC numbers through the Region Key. Occasionally for which all or some of the intensities are in dis- + for diffuse nebulae the region observed is identified by agreement with most of the other intensities, or with + coordinates (a, 8). These are as given by the reference theoretically predicted intensities such as the Balmer + source and the epoch may not be 1950. decrement; an intensity may not be used in the average + Col. 5, REF.—Reference, or source of the data. A because the errors appear high, or because the intensity + key to the code and the detailed reference is given for deviates from the normal because of stratification + all nebulae at the end of Table 8. effects); (7) AA3726, 3729 [O n] and AA4714, 4725 + Col. 6, OBS I.—Observed intensity, usually on the [Ne iv] because of blending problems. + scale /(Hß) = 100. If He n lines are present, the It must be kept in mind that these averages (and + observations will be scaled to /(Hß) + /(He n Picker- those in col. [9] ; see below) may not reflect the true + ing 8). Where possible, data from all references and mean relative intensity from the nebula, as observa- + for each individual region are placed on this scale. If tions from different regions are not properly weighted, + Hß was not observed, an arbitrary scale is indicated by and different observers may be observing different + an asterisk. [If an intensity is not marked with an parts of a nebula. The purpose of the average intensity + asterisk, it is scaled to I(Hß) 100, whether or not an is to give the user a quick survey of the typical spec- + entry for Hß is given.] All the entries fora given refer- trum of the nebula; unaveraged individual values can + ence, or a given region if there is more than one, will be very important physically. + be on that same arbitrary scale unless otherwise noted Col. 8, CORK I.—Observed individual intensity + in the Region Code. Different regions may be on (OBS /, col. [6]) corrected for interstellar reddening. + different scales, however. A region code is occasionally The intensities are corrected according to the formula + used to indicate different arbitrary scales. /c = /0 x 10cf (A), where Ic and I0 are the corrected and + An approximate value of intensity, usually as quoted observed intensities, respectively. The extinction con- + by the source, is denoted by “A” following the stant c = [log Fc(Hß) - log F0(Hß)]9 where Fc(Hß) + intensity. Eye estimates are all considered to be and F0(Hß) are the true and observed Hß fluxes, + approximate. They can be recognized in that all the respectively. The reddening function /(A) is derived + entries for a reference carry the 64A” designation. Eye from the curve given by Whitford (1958), defined such + estimates are also identified as such in the reference that /(oo) = — 1 and /(Hß) = 0. Thus, except for those + list. Line intensities which were not corrected to out- intensities marked by an asterisk, the corrected inten- + side the atmosphere but which were otherwise photo- sities are still on the scale /(Hß) = 100. The adopted + metrically calibrated are denoted by44 B” following the reddening curve /(A) is presented in Table 7. + intensity. These intensities are obviously not on any Generally, c is derived from the ratios of radio flux + scale, but they are useful when the wavelength density to Hß flux (see, e.g., Cahn and Kaler 1971) or + difference is small. In some cases, particularly for lines from the Balmer or Paschen lines and the intensities of + in the far-infrared, absolute fluxes were given by the Brocklehurst (1971). Most values for planetaries were + reference source. The fluxes were placed on the adopted from a recent compilation by Cahn (1976). + standard scale by adopting that value of Hß flux listed The extinctions were derived by assuming electron + first for the nebula by Cahn and Kaler (1971), except temperatures appropriate to the [O m] line intensities. + for NGC 7027, for which the Hß flux was taken from In a number of cases, c was derived from an estimate + Miller and Mathews (1972). of the distance to the nebula, and Cahn’s (1976) + All intensities are given to two decimals whether or revised galactic dust model. Occasionally, extinctions + not that was true in the original reference, purely for were estimated from the colors of related stars taken + ease in programming. The original presentation of either from the quoted references or, for planetaries, + intensities can be deduced rather easily by the presence from Shao and Liller (1975). When the data are in- + of zeros in all of a given decimal place for a reference sufficient, c is estimated by the position of the nebula + source. No attempt is made at an error analysis; the (/ and b) in the galaxy. In some cases, the correction is + user should consult the original reference for details. unnecessary and c is simply set equal to zero if it is not + Finally, 7=0 indicates that the line was detected, known. For a number of nebulae, c is derived from + but that no measurement of intensity was made. (Ha + [N n])/Hß, where the [N n] contribution is ig- + Col. 7, A VE O.—Average observed intensity, which nored. This procedure results in an overcorrection. No + is the mean intensity for a given line averaged over correction is made for the rocket ultraviolet lines + various references and regions. The average intensity observed for NGC 7027. See the original reference. + is entered after each individual value which went in to It should be noted that the extinction constant + produce the average. derived from radio-to-Hß ratios may not be truly + Averages are not computed, or individual values are appropriate to the corrections made to the optical + not used for averages in the following cases : (1) blends lines. The measured Hß flux might not be appropriate + (N > 1); (2) approximate values (denoted by “A” in to the radio flux density because of possible radio + cols. [6] and [8]); (3) incompletely calibrated values confusion, or because not all the optical radiation was + (denoted by44 B ” in cols. [6] and [8]) ; (4) eye estimates ; detected because of local obscuring dust, or because + (5) lines whose intensities are not on the standard scale of the large size of the nebula. In addition, the ratio + /(Hß) =100 (denoted by the asterisk in cols. [6] and of total to selective extinction, R, might not be the + [8]); (6) line intensities denoted by X in columns (6) same as assumed in the reddening function (R = 3.2). + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + 528 KALER + TABLE 7 + Reddening Function Adopted from Whitford 1958 + A(Â) /(A) A (Â) /(A) A (Â) /(A) A (Â) /(A) + 3000. + 0.510 4500. + 0.095 6000... -0.238 8000. -0.510 + 3100. + 0.475 4600. + 0.088 6100... -0.254 8200. -0.529 + 3200. + 0.448 4700. + 0.040 6200... -0.273 8400. -0.548 + 3300. + 0.415 4800. + 0.015 6300.. -0.291 8600. -0.566 + 3400. + 0.385 4861. 0.000 6400.. -0.306 8800. -0.582 + 3500. + 0.358 5000. -0.030 6500.. -0.321 9000. -0.597 + 3600. + 0.330 5100. -0.055 6600.. -0.337 9500. -0.633 + 3700. + 0.306 5200. -0.078 6700.. -0.351 10000. -0.663 + 3800. + 0.278 5300. -0.100 6800.. -0.365 11000. -0.718 + 3900. + 0.248 5400. -0.121 6900.. -0.377 12000. -0.763 + 4000. + 0.220 5500. -0.142 7000.. -0.391 14000. -0.840 + 4100. + 0.195 5600. -0.164 7200.. -0.416 16000. -0.890 + 4200. + 0.168 5700. -0.182 7400.. -0.441 20000. -0.960 + 4300. + 0.143 5800. -0.201 7600.: -0.465 >20000. -1.000 + 4400. + 0.118 5900. -0.220 7800.. -0.490 + + With the exception below, the value of c used and the Col. 4, R.—The last four significant figures of the + method used to determine it is given at the beginning laboratory wavelength from the Revised Multiplet + of the intensity tables for each nebula, on the line with Table (Moore 1945; RMT) for permitted fines, or + the common catalog name. For some diffuse nebulae, from Bowen (1960) for forbidden fines. + observations have been made such that different values Col. 5, MT.—The multiplet number from the RMT. + of c are appropriate to different regions of a given Col. 6, TRANSITION.—This column gives the + nebula. These values of c are used to correct the data names of the energy levels involved in the atomic + from which they are derived, and are presented at the transition which produces the spectrum fine, as taken + end of each nebula’s intensity table, following the from the RMT or from Bowen (1960). The lower + Region Key. They are identified by the region and energy level is on the left. In this fisting subscripts, + reference code. The existence of the additional values superscripts, and lower-case letters are not used. A + of c is noted by a double asterisk (**) before the general transition such as 3$ 2Pi/2-3p for A3954.37 O ii, + value of c at the head of each nebula’s presentation. multiplet 6 would be printed 3S2P1/2 3P2P1/2. + Unless a region has a specific value of c fisted for it> With the exception of NGC 7027, the observed + the general value is used. intensity is that given by the original reference source. + Col. P, A VE C.—Average corrected intensity. See In the case of NGC 7027 all the intensities for the fines + the remarks for column (7). given by ABM or ABW are those measured by + Footnote summary for Table 8 : KACE. + * Line intensity not on the scale I(Hß) = 100. All IV. A FINAL COMMENT + the intensities of a given region (or reference) are on + I plan to add to this catalog and keep it up-to-date. + the same arbitrary scale unless otherwise indicated + I would genuinely appreciate being informed of errors, + in the Region Key. Different regions may be on + omissions, and new data. + different scales. + ** See the end of the nebula’s presentations for + This work has been in progress for nearly 10 years, + other values of c (for diffuse nebulae only). + and has occupied the time and efforts of a number of + A : Line intensity is approximate. If all intensities + people. It is a pleasure to thank the National Science + are marked “A,” the measurements are probably + Foundation for support through grants GP-4928,7816, + eye estimates (see the reference key). + 22957, and MPS 73-05270 to the University of Illinois, + B : Not corrected to outside the atmosphere, but + and the John Simon Guggenheim Memorial Founda- + otherwise photometrically calibrated. + tion under whose grant the final stages of the work + X: Intensity not included in the average. + were begun. My thanks go to three individuals whose + outstanding work helped make this catalog possible: + III. THE IDENTIFICATION SUPPLEMENT Mr. Victor Broquard, Mr. Paul Haydon, and Mr. + Additional information is presented in Table 9 to Jerry Kane. Thanks also go to many astronomers for + aid the reader in fine identifications for nebulae in help, suggestions, and encouragement, in particular to + which large numbers of fines are observed. For this Drs. L. H. Aller, J. H. Cahn, S. J. Czyzak, L. K. + fisting, only those references which contain the exact DeNoyer, H. R. Dickel, J. R. Dickel, G. S. Khromov, + measured wavelengths are presented. A summary of R. Kirkpatrick, L. Kohoutek, P. D. Lee, J. H. Lutz, + the meanings of the columns is given in Table 4B. M. J. Seaton, Professor B. A. Vorontsov-Velyaminov + Columns (1), (2), (3), (7), and (8) are as described and his collaborators, S. P. Wyatt, and an anonymous + earlier. No corrections are made for interstellar ex- referee. Many of the above individuals and many + tinction. The detailed explanations of the remaining others sent me data in advance of publication; my + columns follow : thanks to them all. + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8 + PLANETARY NEBULAE NGÇ 45 (PK NQ. 120+ 9 1) + WAVE IDENT N RG REF OBS I AVE 0 CORK I AVE C + BEGIN NGC 40 2 0.62 5006 _LQ mi J A£_BL_ 29.00 27.90 28.39 27.32 + 3634 HE I ACBL 0.31 0.31 0.38 0.38 1 AW 70 28.80 27.90 28.20 27.32 + 3673 ACBL 0.12 0.12 0. 15 0.15 1 C MA 26.60 27.90 26.04 27.32 + 3676 ACBL 0.20 0.20 0.25 0.25 1 S MA 19.30 27.90 18.90 27.32 + 3679 ACBL 0.40 C .40 0.49 0.49 1 W MA 35.80 27.90 35.05 27.32 + 3682 ACBL 0.50 0.50 0.62 0.62 5199 (NI ) 1 A W 70 0.92 C. 92 0.87 0.87 + 3686 ACBL 0.60 0.60 0.74 0.74 5517 (CL HI) 1 A A E 2 1.00* 0.91* + 3691 ACBL 0.80 0.80 0.98 0.98 5537 (CL III) AE 2 1.00* 0.90* + 3697 ACBL 1 .00 1.00 1.23 1.23 5554 (N III VV 2 53.20X 48.OOX + -J704 ACBL 11 30— 1.59 5755 ( N III -L_£ MA 29.50 A 25.94 A + 3704 HE I ACBL 1.30 1.59 1 S 5.90 A 5.19 A + 371 1 H I ACBL 1.60 1.96 1 W 5.27 A 4.63 A + 3721 __H I_ AC9L -2-.-0-0- 2.44 -1 C .15.30 16t4p 1.3-1.2-6 . .I4.t_2_l_ + 3721 III) ACBL 2.00 2.44 12.60 16.40 10.92 14.21 + 3726 II ) A4 l 135.00 164.80 21.30 16.40 18.46 14.21 + ACBL 143.00 174.57 VV2 -42.5QX 36.82X + 1 AUV 1.00* 1.22* l C 20.00 13.07 16.47 10. 76 + 1 C MA 206.00 251.48 1 S 10.80 13.07 8.89 10. 76 + 1 S 205.QQ 2 30 «_25 1 W 8.40 13.07 6.92 10.76 + 185.00 225.84 ? C 800.00 641.32 + T OS 1.00* 1.22* 2 S 904.00 724.70 + R QS 1.00* 1.2?» —2 H— 584.00 408.17 + VV 2 2040.OOXA 2490.34XA 1 w 1.00* 0.80* + ACBL 110.00 134.22 2 C MA 8no.on 041.32 + AUV Q..83* 1 « 02* _2 S MA_ .904.00 724.70 + 0.73* 0.89* 584.00 4o8.17 + R OS 0.70* 0.85* 6584 ( N II) 0.76+ 0.61* + —3734 ACBL 2-0Q 2.44 6716 _LS II )_ 0.69* 0.35* + 3750 1 ACBL 2.70 3.72 3.28 4. 53 2 C 54.60 43.13 + l s MA 4.75 3.72 5.77 4.53 2 S 58.50 46.21 + 377 n _J ACBL 3.60 5.85 4.36 7. 09 ? w 47.on 37.1? + 8.11 5.85 9.82 7.09 1 B AE 2 l.OC* 0.79* + 4.10 7.65 4.94 9.22 2 C «A 54.60 43.07 + 1 1 .20 7.65- 13.49 9.2? _2 S “A -58.50 46.15 + 3819 HE I ACBL 0.70 0.70 0.84 0. 84 + 3835 H I ACBL 6.10 6.20 7.29 7.42 + 6.31 6.20 7 .-34 7.42 REGION KEY (REGI ON.REFERENCE.EXPLANATION) + 3868 (NE III) ACBL 0.64 0.76 A, AE2 , REGIONS A AND B ON DIFFERENT SCALES + VV2 I2.50X 14.84X C, M/\ , CENTER 4 ARCSEC NORTH OF STAR + —388 8 H I A4 1 9.00 10.-64 MA t WEAK KNOT + 2 ACBL 9.10 10.76 S, MA , STRONG KNOT + 2 C MA 11.60 13.72 T, OS , TRAILED EXPOSURE + ? S MA 14.90 11^62 . . £«_ QS . OUTER PING WEST OF CENTRAL + MA 13.40 15.85 + VV2 12.50X 14.78X 40 (PK NO. 120+ 9 1) + A4 1 9.00 10.^64 + ACBL 9.10 10.76 + MA 11.60 13.72 + 14.90 17.62 BEGIN NGC 246 (PK NO. 118-74 1) 0.02 (RADIU-H BETA) + 13.40 15.85 + VV 2 12.50X 14.78X WAVE IDENT N RG OBS I AVE 0 CORR I AVE C + HE I ACBL 0.61 0.61 0.72 0.72 3869 (NE III) I C 60.00 65.00 60.72 65.77 + 3964 ACBL 0 .0 0.0 0.0 .0 1 W 70.00 70.83 + 3967 (NE III) ACBL 0.65 0.65 0. 76 0.76 3970 2 C 25.00 25.27 + 3969 H I A4 1 13.00 -13.04 15.17 15.21 2 W 24.00 24.2b + ACBL 13.20 13.04 15.40 15.21 3970 ? C 25.00 25.27 + C ma 11.90 13.04 13.88 15.21 2 W 24.00 24.26 + 1 $ MA I5.a-Q_ 13.04 17.62 15.21 4101 —1 C 20.00 . 18.50 20.16 18.67 + 1 12.00 14.00 17.00 18.50 17.15 13.67 + 2 VV 2 14.90X 17.38X 4340 40.00 38.00 40.25 38.23 + (NE III) 2 VV 2 14.90X 17.38X _36.00 38.00 —3_6«_2-2_ + 4009 HE I ACBL 0.14 0.14 0.16 0. 16 150.00 126.83 150.32 127.10 + 4026 HE I ACBL ■ 1.40 1.40 1.62 1.62 150.00 126.83 150.32 127.10 + 4068 ( S II ) ACBL 2.30 2. 30 2.64 2.64 121.00 176.83 121.25 -127. 10 + 4076 II ACBL 0.80 0.80 0.92 0.92 90.00 126.83 90. 19 127.10 + 4101 I A4 1 25.00 22.88 28.47 26.06 1 C 160.00 126.83 160.34 127.10 + ACBL 23.00 22.38 26.19 26. 06 1 W 90.00 126.83 90. 19 127.10 + 1 C 22.50 22.88 25.62 26.06 1 C HE 100.00 100.00 100.00 100.00 + 1 S 24.10 22.88 27.45 26.06 1 WE HE 100.00 100.00 100.00 lO'ï.OO + 1 W 19.80 22.88 22.55 26.06 _J C_ K A 2 100.00 100.00 100.00 100.00 + VV 2 31.90X 36.33X 1 N KA2 100.00 100.00 100.00 100.00 + 4120 HE I ACBL 0.0 0.0 0.0 0.0 1 W KA 2 100.00 IOC.00 ICO.00 lO'-'.no + 4143 HE I ACBL 0.0 0.0 0.0 0.0 1 c 100.00 100.00 100.00 100.00 + A4 1 48.00 43.04 52.4b 47.04 100.00 100.00 100.00 100.00 + ACBL 43.00 43.04 *6.99 47.04 III) 1 C 100.00 116.00 99.90 115.89 + C MA 43.00 43.04 46.99 47. 04 200.00 116.00 199.81 115.89 + MA 44.00 43.04 48.09 47.04 150.00 116.00 149.85 115.89 + MA 37.20 43.04 40.65 47.04 1 C 30.00 116.00 29.97 115.89 + VV2 70.20X 76.72X 1 W 100.00 116.00 99.90 115.89 + 4363 (0 III) ACBL 0.30 0.30 0.33 0.33 1 C 250.00 292.50 249.63 292.07 + 4388 HE I ACBL 0.50 0.50 0.54 0.54 1 WE 500.On 292.50 499.27 292.07 + 4471 HE I ACBL 3 ? ¿0 3.20 3.42 3.42 __L_£ -LQQ.QQ 292.5Q 99. S5... ...292.07- + 4562 (MG II ) ACBL 0.50 0.50 0.53 0.53 + 4571 MG I ACBL 0.90 0.90 0.95 0.95 + 4658 C IV ACBL 0.80 C. 80 0.83 0.83 REGION KEY (REGI ON.RE FFRENCE.EXPLANATI ON) + 4686 HE II VV 2 40.40X 'tl. 65X C. HE CORE + 4701 o n ACBL 0.30 0.31 WE, HE WESTERN EDGE + _47 Qi (■JF.E ...111 ) ACBL 0.30 Q. 31 KA2 WHOLE NEBULA + 4713 ACBL 0.60 0.60 0.62 0.62 Cf K42 , 40 ARCSEC APERTURE NEAR CENTER + 4861 A4 1 100.00 IOC.00 100.00 100.00 N, KA2 , 40 ARCSEC APERTURE, 50 ARCSEC N OF STAR + -ACBL 1QQ.QQ 10Q.0Q- 100.00 100.QQ Ct M , . C.E.NTER + 100.00 100.00 100.00 100.00 + 100.00 10n.00 100.00 100.00 + -EM) 2A6 LPK NO. 118-7.4 1) + 40 (PK NO. 120+ 9 1) + + 529 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + BEGIN NGC 650 IPX NO. 13Q-I0 I) 0.15 (RAOIQ-H BETA)_ N££ 6J1Q (PK NQ. 13Q-IQ 1) + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I AVE CORR I AVE C + 3726 (0 II) I AGP 236.00 3.L7 » ^■61 _H I LL M 100.» QO 10&.t^0_ IQP.OO 100.00 + 670.00* 742.82* 100.00 100.00 100.00 100.00 + 250.00 277. 17 MI 73 100.00 100.00 100.00 100.00 + 800.00 886.95 yyi 1600.OO^A 1600.00*A + 1 B1 MO 1.00* 1.11* 4921 3 C 3.00 3.00 2.99 2.99 + 1 B2 MG 1.00* l.ll* 4959 (0 III) 1 AC P 447.00 381.40 443.75 378.62 + 1 B3 MO 1.00* 1.11* L 1 C 290*00 381.4.0 . 277*9$ 378.62 + 1 B4 MO 1.00* l.ll* 280.00 381.40 277.96 378.62 + 1 B5 MO 1.00* l.ll* 560.00 381.40 555.92 378.62 + 1 El MO 1.00* 1.11* 340.00 381.40 337.53_ -3.7ft.tA?- + 1 E2 MO 1.00* l.ll* VVl 1600.00*A 1568.35*A + 1 VV1 110.00* 121.96* (0 III) AC P 1249.00 1235.38 1245.93 + _LQ Li L 1 B1 MQ 1.34* 1.49* C BOO 85.10* 84.17* + 1 B2 MO 1.23* 1.36* BDO 89.10* B . 13* + 1 B3 MO 1. 15* 1.2 7* S BDO 126.00* 124.63* + 1 B4 MO 1.22* -J.35-», C M 1570.00 1552.88 + L B 5 MO 1.23* 1.36* 960.00 949.53 1245.93 + 1 El MO 1.36* 1.51* SM 100.00* 98.91* + 1 E2 MO It 3.4* 1.49» VVl 1600.00»A 1582.55»A + 3 83 5 H I AC PG 7.60* 8.34* (N I ) 1 1 C 5.00 5.33 4.87 5. 19 + 3858 AC P 123.00 134.58 C 5.00 5.33 4.87 5.19 + 3868 (ne nn ACP 123.00 -114. JL. 6.00 5.33 5.84 5.19 + 1 169.00* 184.73* HE II l 1 C 6.00 5.75 5.75 + 1 C 130.00 120.00 142.10 131.17 l 2 C 6.00 5.75 5.75 + 1 Y notpo 120.00 120*24 131.17 _L 3 C . 6.00 6.00 5.75 5.75 + VVl 52.00* 50.84* 5517 (CL III) 1 2 C 4.00 4.00 3.80 3.80 + ACP 123.00 134.15 5537 (CL III) 1 2 C 5.00 5.00 4.75 4.75 + ACPO -26t7..Qj_ 29.12* 5755 _LN II ) 1 1 C 13.00 14.00 12.16 13.10 + VV 1 52.00+ 5ö.72* 2 C 15.00 14.00 14.04 13.10 + ACP 123.00 134.15 3 C 14.00 14.00 13. 10 13.10 + AC PG 26.70* 29.12» 5876 1 C 19.00 19.33 17.64 17.95 + VVl 52.00* 56.72* 2 C 20.00 19.33 18.57 17.95 + ACP 35.00 37.91 3 C 19.00 19.33 17.64 17.95 + AC PG . 6 5 » 7-0 *_ 71.16» _LN Li 1 1 1 C 150.00 149.33 133.9Q 133.31 + VVl 18.00* 19.50* 2 C 120.00 149.33 107.12 133.31 + ACP 35.00 37.90 3 C 178.00 149.33 158.90 133.31 + AC PG 65.70* 7-1.14» VVl - 460.QQ* A 41Q.63*A + 2 C 45.00 48.73 1 C 430.00 387.00 383.54 345.18 + 2 Y 33.00 35.73 2 C 360.00 387.00 321.10 345.18 + _2 -18.QQ* 19.49» 413.00 3 82» QO— 368.37 34^.. + 3970 2 C 45.00 48.73 1 MI 73 345.00 307.72 345.18 + 2 Y 33.00 35.73 3 VVl 460.00*A 410•29*A + , 4068 _J ACP-G- ét-*. 4.38» II ) 1 J C 474.00 422.29 + 4072 (S II i 3 C 9.00 9.65 2 C 387.00 453.67 344.78 404.18 + 4076 ( S II) ACPG 7.56* 8.11» 3 C 500.00 453.67 445.46 404.18 + 4097 N LU A£_P 22.60 24.18 VV 1 46Q.Q0tA 409.82» A + 4101 ACP 22.60 24.17 6717 ( S 11)1 1 A E 2 1.14* 1.01* + ACPG 22.60* 24.17* l 2 AE 2 1.02* 0.90» + 25.00 ¿6.74 6730 _LS H)l 1 A F 7 1.00» 0.88* + 27.00 21.80 28.88 23.32 2 1.00+ + 27.00 21.80 28.88 23.32 + 1 C- 1 4. 00 14.97 23.3? RFPTON KFY t R PO T ON . R F PF R E NO E . F X PI AN A T I ON ) + 14.00 21.80 14.97 23.32 1» AE2 , PA = 216 DEG., 26 ARCSEC FROM STAR + vi 73 23.80 21.80 25.46 23.32 2, AE2 , PA=164 DEG., 23 ARCSEC FROM STAR + v.y i— 4« QQ* _4.28* C. BDO . f.FNTRAI PORTION + ACP 21.90 22.93 N, BDO , NORTHERN PORTION + ACPG 55.10+ 57.69* S, BDO , SOUTHERN PORTION + C 41.00 43.72 42.93 45.77 1, C , NORTHEAST END OF BAP + C 43.00 43.72 45.02 45.77 2, C , CENTER + C 45.00 43.72 47.12 45.77 3, C , SOUTHWEST END OF BAR + -43.xfl0 43.72 -AÏ*Q2 45i 77 CENTER + 43.00 43.72 45.02 45.77 Y, M , SOUTHWEST EDGE + MI 73 47.30 43.72 49.52 45.77 Bl, MO , NORTHEAST TIP OF BAR + v.y.i ,00* —6,28* 92j MQ . TOWARD NORTHEAST PART QF BAR + 2 ACP 21.90 22.8 MO , NEAP MIDDLE OF BAR + 1 C BDO 1.00* 1.04 + MO , TOWARD SOUTHWEST PART OF BAR + 1 N BDO 1.00* 1.04» SOUTHWEST TIP OF BAR + S BDO 1.00* 1.04* El, MO SOUTHWEST PART OF ENVELOPE + 1 C 19.00 16.20 19.85 16.93 E2 , MO SOUTHWEST PART OF ENVELOPE, NEAR BAR + 2 C 17.00 16.20 17.76 16.93 + 1 3 C 19.00 16.20 19.85 16.93 NGC 650 (PK NO. 130-10 l) + 1 C V 16.00 16.20 16.72 16.93 + 10.00 16.20 10.45 16.93 + SM 0.74* 0.76+ + VV 1 6.00* 6.27» BEGIN NGC 1360 (PK NO. 220-53 1) 0.02 (DUST MODEL) + 1 c 5.00 5.18 + 2 C 6.00 5.00 6.21 5.18 WAVE IDENT N RG REF OBS I CORR I + 3 C 4.00 5.00 4. 14 5.18 4686 HE II l D0R2 12.00* 12.03* + 1 C 4.00 4.00 4.12 4.12 4861 H I 3 D0R2 100,00* 100.00* + 1 2 C 4.00 4.00 4. 12 4.12 4959 (0 III) D0R2 100.00* 99.90* + l 3 C 4.00 4.00 4. 12 4. 12 5007 (0 III) OOP 2 100.00* 99.85* + 1 ACP 52.50 59.90 53.33 60. 85 6563 H I DO R2 37.00* 36.44* + 1 C 61.00 59.90 61.97 60.85 + 2 C 63.00 59.90 64.00 60.85 NGC 1360 (PK NO. 220-53 l) + 3 C 63.00 59.90 64.00 60. 85 + 60.00 60.95 + VVl 15.00* 15.24+ + 4711 (AR IV ) 2 A_C_PG_ -51._6_0_1 BEGIN NGC 1501 (PK NO. 144» 6 1) 1.10 (RADIO-H BETA) + 2 1 3.00 3.04 + 2 2C 4.00 <,.05 WAVE IDENT N RG PEF OBS I AVE 0 CORR I AVE C + —2 3 6.00 6.08 3869 (NE III) 1 M 45.00 45.00 86.35 86.35 + ACPG 51.60+ 52.30» 3970 17.00 30.48 + l C 3.00 3.04 3970 (NE III) 2 17.00 30.48 + _2_C 4.00 4.05 4340 H I 1 40.00 40.00 56.02 56.02 + C 6.00 6.08 1 ACP 102.00 68.00 114.50 76.33 + 1 C 4.00 4.00 4.04 4. 04 1 M 34.00 68.00 38.17 76.33 + 2 C 4-, .Q_Q_ 4.00 4.04 4.04 _1 AILE 1QQ.QQ 100.00 1QQ..QQ 1QQ.QQ + C 4. 00 4.00 4.04 4. 04 100.00 100.00 1C0.0C IOC.00 + ACP 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 + 1 c 100.00 IQO.tOQ 1QQ.QQ 10Q.QQ 4959 _LQ III) 401,00 390.50 380.08 370.13 + 100.00 100.00 100.00 100.00 M 380.00 390.50 360.18 370.13 + 100.00 100.00 100.00 100.00 (0 III ) l ACP 1264.00 1344.00 1166.33 1240.15 + NGC 650 (PK NO. 130-10 l) NGC 1501 (PK NO. 144+ 6 1) + 530 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 1501 (PK NO. 144» 6 1> NGC 1535 (PK NO. 206-40 1) + IDENT N RG REF OBS I AVE 0 CORR AVE C WAVE IDENT N RG REF □BS I AVE 0 CORR I AVE C + 5QQ7 _LQ LLU 1_ CQAL i&qa.oo JL3M. üû_ L24Q.15 3757 0 III _I AÇPÇ . ^21 2.48 4.59 70 + 1 1070.00 1344.00 987.32 1240.15 AW 0.75 2.48 0.82 2.70 + 6717 (S II > 1 AE2 0.78* 0.32* 3759 III AW 2.80 2.80 3.05 3.05 + 6710- _LiL U ) 1— _ôll_ 1.00» Ot*l» 3770 _J AC PG 8.22 6^51 8.96 7.09 + AW 4.80 6.51 5.23 7.09 + END NGC 1501 lPK NO. 144+ 6 1) 3797 AC PG 12.70 9.50 13.81 10.33 + 6.30 9. 50 6.85 10.33 + 3819 AC PG 2.36 1.78 2.56 1.93 + AW 1.20 1.78 1.30 1.93 + BEGIN NGC 1514 (PK NO. 165-15 1> C = 0.74 (RADIO-H BETA) 3835 ACPG 14.50 10.07 15.71 10.91 + 1 AW 8.00 10.07 8.67 10.91 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 1 R MA 7.70 10.07 8.34 10.91 + _2MS_ (NE. Ill) 1 ACPG 55.30 82.65 85,77 129-19 3868 (NE un 1 BR A 74,00 84.65 79.93 91.44 + M 110.00 170.61 3 A41 118.00 127.46 + 3889 I ACPG 11.30 17.34 l LA 96.00 84.65 103.70 91.44 + 399.9. HE...I ACPG _U , 3_0_ 1 0 MA 79.60 84.65 85.98 91.44 + 3967 (NE III) 1 ACPG 24.40 24.40 36. 16 36.18 MA 89.00 96.13 91.44 + 3970 H I 1 ACPG 9.63 9.63 14.26 14.26 VVl 106.5 0X 115.04X + 32.Qfl_. 47*39 BR A 21.00 22.64 + 3970 (NE IIIÏ 2 32.00 47.39 2 ACPG 26.70 28.79 + 4101 H I 1 ACPG 17.30 16.15 24.11 22.50 3 A41 118.00 127.22 + _JÜ 15.00 19*1? 2Q.*9Q « 50 _2 Lâ 29.00 31.27 + ACPG 31.50 33.83 39.51 42.44 MA 25.00 26.95 + C 40.00 33.83 50.17 42.44 MA 21.80 23.50 + —M— 30.00 33.83 37.63 42.44 VVl 25.80X ¿7.82*. + (0 III) 1 ACPG 8.02 15.34 9.96 19.05 2 BR A 21.00 22.64 + 1 C 22.00 15.34 27.33 19.05 2 ACPG 26.70 28.79 + _L_ _M 16.00 15.34 19.87 19.05 __2 AU 24*00 —25*88 - + HE II 1 ACPG 8.04 16.52 8.69 17.86 3 A41 118.00 127.22 + 1 C 25.00 16.52 27.02 17.86 2 LA 29.00 31.27 + 4711 (AR IV ) 2 AC PG... 8.12 8.68 -2 D 6tA 25.00 26.95 _ + C 9.00 2 R MA 21.80 23.50 + HE I ACPG 8.12 2 VVl 25.80X 27.82X + 9.00 9.62 _2 _AU 24.00 -23.88 + 4740 (AR IV ) ACPG 5.63 8.81 5.94 9.30 3923 HE II 0.31 0.31 0.33 + C 12.00 8.81 12.66 9.30 3967 (NE III) 30.00 32.15 + 4861 ACPG 100.00 100.00 100.00 100.00 3Q.QQ —3.Q. QQ 32. 15 32.15 + C 100.00 100.00 100.00 100.00 A41 45.00 48.23 + GE K 100.00 100.00 100.00 100.00 LA 55.00 58.94 + KA? 100.00 100.00 1QQ.QQ 100.00 —MA 40.00 + 100.00 100.00 100.00 100.00 2 VVl 61.30X o5.69X + 4959 (0 III) l ACPG 302.00 413.00 291.31 398.38 2 BR A 30.00 32.15 + 305.00 413.00 294.20 398.38 L8..QQ 19.29 + 1 385.00 413.00 371.37 398.38 A41 45.00 48.22 + 1 660.00 413.00 636.64 398.38 2 LA 55.00 58.94 + ITT) 1 629.00 1153.00 595.88 1032.28 2 n -MA 39.80 42.65 + C 960.00 909.44 2 R MA 40.00 42.87 + GEK 870.00 824.18 2 VVl 61.30X 65.69X + 1870.00 177L..52 (NF TIT) ? n MA_ 39.80 + 4009 HE I ACPG 0.47 C. 47 0.50 0.50 + 4026 HE I ACPG 4.33 3.81 4.62 4.07 + END NGC 1514 (PK NQ. 165-15 1) _AW 3.30 3.81 3.52 . 4.07- + (S II ) 1.32 1.16 1.40 1.23 + 1.00 1. 16 1.06 1.23 + 40 76 -LS LL-l— ACPG n. 28 .23 -Q.24 . Q.24 + BEGIN NGC 1535 (PK NO. 206-40 1) C = 0.13 (RADIQ-H BETA) 4097 III 2.37 2.23 2.51 2.37 + 2.10 2.23 2.23 2.37 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 4101 I 21.00 28.97 22.26 30.71 + 3121 0 III 1 ACPG 2.39 2.39 2.75 2.75 22.20 28.97 23.53 30. 71 + 3203 HE II 1 BR A 23.00 23.00 26.29 26.29 32.00 28.97 33.92 30.71 + 3341 0 m 1 ACPG e.u 8.41 9.^9 9*^9 AAI 31.QQ 25.97 32.86 --3.Qt.7L- + 3 KOS 135.OOX 152.29X 36.40 28.97 38.58 30.71 + 3343 (NE III) 3 KOS 135.OOX 152.27X 28.40 28.97 30.10 30.71 + 334.6. (NE V l 2 BR A 8*Q.Q 9.02 28,80 28.97 30.53 30.71 + 3 KOS 135.OOX 152.23X PT P 21.80 A 23.11 A + 3346 0 III 2 BR A 8.00 9.02 R2 32.00 33.92 + 3426.- (NE V L _2 KOS ?e*Q-Qx 6+.95X VVl 25.80X _2.7_..35x_ + 3429 III 1 ACPG 2.52 2.52 2.82 2.82 4121 HE I ACPG 0.61 0.61 0. 0.65 + 3444 III 1 BR A 9.50 5.63 10.62 6.30 4144 HE I ACPG 0.65 0.65 0. 0.69 + 1 ACPG _L«. 76— 5.63 1.97 6.30 42QQ HE II ACPG 0.84 0.84 0.88 0.88 + KOS 58.OOX 64.85X 4227 (FE V ) ACPG G.58 0.58 0.61 0.61 + 3679 1 ACPG 0.47 0.47 0.52 0.52 4267 C II ACPG 0.97 1.08 1.01 1.14 + 368.3 1 ACPG 4*61 4.67 ?*1¿ ?*ia AW 1.20 1.08 1.26 1.14 + 3687 1 ACPG 1.15 1.15 1.26 1.26 49.00 50.99 + 3692 1 ACPG 1.59 1.59 1.74 1.74 73.50X 76.49X + 3697 1 ACPG 2.07 1.28 2.27 1.41 55.00 57.23 + 1 AW 0.50 1.28 0.55 1.41 1 60.00 48.75 62.4* 50.73 + 3703 H I 1 ACPG 4.28 4.28 4.69 4.69 1 0 50.40 48.75 52.45 50.73 + 3703 HE I 2 AW 2.20 2.41 51.60 48.75 53.70 50. 73 + 3703 2 AW 2.20 OCR 39.80 48.75 41.42 50.73 + 3712 1 ACPG 3.06 2.43 3.35 2.66 PT P 41.70 48.75 43.39 50.73 + 1 AW 1.80 2.43 1.97 2.66 VVl 71,OOX 73.88X + 3715 HE II 0.50 0.55 1 BR A 19.00 17.22 19.74 17.89 + 3715 C III 0.50 0.55 1 ACPG 18.50 17.22 19.22 17.89 + 3721 H I 3.98 4.35 _1 AN 2¿*6QX a3,48X_. + 2 AW 2.10 2.30 22.00 22.85 17.89 + 3721 2 ACPG 3.98 4.35 A41 55.00 57.14 + _JL_ 2.10 2.30 LA ZP.tQQ -¿-Qt.78 17.89 + BR A 8.00 8.75 15.50 17.22 16. 10 17.89 + 1 ACPG 10.20 11.15 MA 16.40 17.22 17.04 17.89 + _J AU— -?.?fl_ 6.Q1 QCB 16.20 .22 16*83 . 17.89 + A41 13.70 14.98 PTP 10.20 10.bO + 1 PTP 9.25 A 10.12 A VVl 9.70X 10.08X + _1 VVl 12.60X U*78X 4387 HE I ACPG Q *89 - C*89 0.92 ■Q.92_ + 1 ACPG 6.71 7.34 BR A 6.00 5.52 6.19 5.69 + 1 AW 3.10 3.39 ACPG 6.88 5.52 7.09 5.69 + 3734 _b I_ _1 AC-PG- ?«Q5 3,31. 3.32 -4*23 AJtl UQ *52 .69_ + 1 AW 2.70 3.87 2.95 4.23 LA 5.40 5.52 5.57 5.69 + 1 ACPG 6.53 5.16 7. 13 5.64 MA 7.20 5.52 7.42 5.69 + J- . 3*8Q_ 5.16 4.15 5.64 PTP 4.57 A 4.71 A + 1 ACPG 2.04 2.04 .23 VVl 6.50X 6.70X + 1 AW 1.60 .75 ACPG 2.01 2.0b + NGC 1535 (PK NO. 206-40 1) NGC 1535 (PK NO. 206-40 1) + + 531 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + NGC 1535 (PK NO. 2Q6-40 1 ) NGC—2022 (PK NO, 196-10 1) + WAVE IDENT REF OBS AVE 0 R I AVE C WAVE IDENT N RG REF OBS I CORR I + 4541 H_E LL- VA 4. 3.15 ¿LL- 3.24 3203 HE II _L_L MA_ 44.00X + 4630 AW70 0.15 0.15 3299 III AC 70 3.40 3.40 3.78 3.78 + 4634 AC PG 0.95 0. 97 3312 III 1 AC 70 7.00 7.00 7.77 7.77 + AW70 0.95 0.97 1 L HA 8.00X 8.88X + AC PG 2.81 2.86 3340 0 III 1 AC 70 8.50 8.50 9.41 9.41 + AW 70 2.81 2. 86 3345 (NE V ) 1 AC 70 22.00 22.00 24.35 24.35 + _1_B MA_ 2» 1 t MTV 26.20X 29.00X + 4647 AW70 3381 IV 1 AC70 1.10 1.10 1.21 1.21 + 4649 AC PG 0.66 3385 IV 1 AC 70 1.30 1.30 1.43 1.43 + AW 70 3411 IV 1 AC 70 1.00 1.00 1.10 1.10 + 4650 O II 4 AW70 (NE V ) 1 AC 70 50.00 50.00 55.02 + 4651 C III 4 AW 70 LA 59.00 64.93 + 4657 (FE III)_3_ AW70 3428 (NE V ) 1 L MA 53.2QX 58.53X + 4658 IV A W 70 0. 0. 3428 III 1 AC 70 .00 3.00 3.30 3.30 + 4661 II 3 AW 7 0 0, 0. 3444 III 1 AC 70 16.00 16.00 17.59 17.59 + 4685 JJ !_ __A _24j iig.38_ 24. 2 LA 59.00 64.85 + .90 18.38 19. 18.64 1 L 10.90X 11.98X + .OOX 34. 47X 3676 1 AC70 0.30 0.30 0.32 0.32 + A 4L .00 18.38 JJ 18.64 _ 3679 _1 AC 7_Q . Q «-4Q— 0.40 0.43 + l .60 18.38 18.64 3682 AC 70 0.60 0.60 0.65 0.65 + 1 P .80 18.38 18. 64 3686 AC70 0.70 0.70 0.76 0.76 + RLE 3691 AC 70 1.08 + VV1 10X . 32X 3697 2 AC70 1.30 1.41 + (AR IV I 2 AW 70 00 .08 3697 2 AC 70 1.30 1.41 + uàü- 37Q3 . AC7Q 1.84 + .70 6.70 .78 6.78 3703 HE II 2 AC 70 1.70 1.84 + ACPG .70 6.70 .78 6.78 3712 H I 2 AC 70 1.60 1.73 + AH-LQ JtQiL- . 08 - 3112 _ÜE .11 -2 AGIO 1.6Q -1.13 + LA 3715 0 III 2 AC 70 0.90 0.97 + (AR IV ) l ACPG 5.44 5.49 3715 HE II 2 AC 70 0.90 0.97 + AW 7.0.. 5.44_ 5.49_ 3721 -3 AC7Q ■JO . 3.34 + 3 6, ,66 2 AW 1.70 1.83 + 1 5, 5.44 25 5.49 3721 (S III) 2 AW 1.70 1.83 + 1 BR. A 100, 100.00 LOG. ,00 100.00 3121- HE IJ .3 AC7Q 3.10 ,3.34 + AN 100. OOX 100 OOX 3721 ( S III) 3 AC 70 .10 3.34 + A41 100. 00 100 ,00 3726 (0 II ) 1 AC 70 .20 4.53 + KQS 1Q01 OCX —LOÛ. iQÛX . UO- 6.58 + LA 100 ,00 100.00 100 ,00 100.00 1 11.90 12.84 + LA54 100 ,00 100.00 100 .00 100.00 1 L MA 15.40X 16.61X + -HA 1 00 1QQ.QQ- 1Q0 1QQ..QQ - AC-ZD 3.60 3.8B + 100. 100.00 100. 100.00 1 AW 3.90 4.21 + OC B 100. 1OC.00 100. 100.00 3732 HE II 2 AC 70 2.70 2.91 + PT P 1 00. 1 00.00- i no. 1QQ.QQ . 3734 —H I 2 AC 70 2^70 _ 2.91 + R2 100. 100. 00 3740 HE II 1 AC 70 0.60 0.65 + VV1 100. OOX 100, OOX 3748 HE 11 2 AC 70 3.30 3.55 + HE. _L A W 70 2, DÛ 2.QQ- 99 ^7sn 2 AC 70 3^3Q_ 3.55 + 4931 III) 1 A W70 ,25 0. 25 1 AC 70 1.20 0.92 1.29 1.00 + 4959 III) L AN 498 , OOX 494. 86X 1 AW 0.65 0.92 0.70 1.00 + 1 A4 1 286. J1Û 343.20. ?R4. _L9 _J AC 7.0 3.60 2.72 -3.87 2.93 + LA 362. 345.20 359, 343.02 1 AW 1.84 1.98 + LA 54 385. 345.20 382. 343.02 3769 HE II 2 AC 70 3.70 3.98 + -MA 363. 345.211 360, 343.02 3770 —H I _2 AC 70 3^70- 3.98 + P2 00 345.20 327. 92 343.02 1 AW 2.52 2.52 2.71 2.71 + VV1 0 XA 345.20 0, 0 XA 343.02 3774 0 III 1 AC 70 1.10 1. 10 1.18 1.18 + -W im i AN 1399. OOX 1385. 77X 3781 - JH F .11 — _J AC 70 0^60.- 0.60 0.64 0.64 + A41 800. 1049.00 792. 43 1 039.08 3783 ( FE V ) AC 70 .20 0.20 0.21 0.21 + LA 12 00. 1049.00 1188. 65 1 039.08 3791 0 III AC 70 0.50 0.50 0.54 0.54 + LA54 1155, 1049.00 1144. 07 1 039.08 3796 HE II AC 70 5.20 5.58 + PT P l 100. 1049.00 1089, 59 l 039.08 3797 AC 70 5.20 5.58 + R2 990. 1049.00 980. 64 1 039.08 AW 4.05 4.05 4.35 4.35 + VV 1 _Ûj O XAl049.00 û. .Q XAI Q39.Q8- 3-813 . - -HE..JJ AC7Q Q i7Q Q«7Q„ -Q.L5 Q«-7?_ + 5411 HE II l A W 70 .20 2.20 12 2.12 3833 HE II 2 AC 70 7.00 7.49 + l VV 1 12 . 90X 43X 3835 I 2 AC 7 0 .00 7.49 + 5517 1 CL HD--L- AHJQ_ ¿9— g. 5-9_ —1— .30 _fe,_3_0- 6*7.^ + 5592 III AW 70 0.18 0. 17 3858 HE II 1 AC 70 0.60 0.60 0.64 0.64 + 5630 (FE VI AW70 C . 23 0.22 3868 (NE III) 1 AC 70 38.30 38.30 40.88 40.88 + - J>717— (FE VI J_ l_ AW 70 0.58 0.55 J LA 61.20 -i>5._3_3,_ + 5721 (FE VID 1 AW 70 0.40 0.38 1 L MA 35.60X 38.OOX + 5754 (N II ) 1 AW 70 f .90 0.85 1 MW MA 36.70X 39.17X + 5790 - HE ÎJ L_ AAWW 70 0.90 1 VV 1 75.50X 80.59X + 5801 C IV 1 70 0.80 ,75 0.75 3887 HE II 2 AC 70 10.50 11.19 + 5806 HE II 1 A W 70 0.36 ,34 0.34 3888 H I 2 AC 70 10.50 11. 19 + 5812 C IV 1 A W 70 1 ♦ 1.0 + -19.57 ,00 + 1.04 + 18.35 + 2 + 3 + AW + LA + 9.70 + 61.20 + 10.34 + 65.22 + 19.57 26 18.35 2 L MA 8.70X 9.27X + 19.57 78 18.35 2 MW MA 8.30X 8.85X + 1 VV1 22, 60 X 21. 19X 2 VV 1 42.70X 45.SIX + 6300 ) 1 VV 1 37, 40X 34. 28X 2 AW 9.70 10.34 + 6562 1 0 174, 00 157. 58 3 LA 61.20 65.22 + 361. 291.75 326. 264.22 2 L MA 8.70X 9.27X + OCR 316. 291.75 2 86. 264.22 2 MW MA 8.30X 8.85X + PT P 3,16. 291.75 286. 264.22 2 VV 1 42.70X 45.51X + 2 vv i 267. 80X 242. 53 X 3923 HE II 1 AC 70 i.oo 1.00 1.06 1.06 + 6563 (N II ) 2 Wl 267. 80X 242. 53 X 3967 H I 2 MW MA 21.40X 22.69X + 7065 - he J L_ PT P 1s 3J _3a_Jl_ 2_j 3.9$ 7 (NE III) 1 aliq l.Q-»50.. _1U13._ UU13- + 7325 (O II ) 1 2 30.10 31.91 + 2 L 20.6OX 21.84X + REGION KFY (REGI ON.REFER ENCE.EXPLANATION) 2 MW MA 2it4QX ¿2.69X + BR A BRIGHT RING 2 VV 1 46.40X 49.20X + 0, ma , OUTER RING 2 LA 30.10 31.91 + R. MA . BRIGHT RING -2_1 MA- 2Q„6QX. -21..a4X + 2 VV 1 46.40X 49.20X + NGC 1535 (PK NO. 206-40 1) 3968 HE II 2 AC 70 14.50 15.37 + 3-970 _H_ _2 A£JQ . 14.50 . _ 15_«-3 7_ + 4009 HE I 1 AC 70 0.20 0.21 + 4024 HE II 2 AC70 1.60 1.69 + BEGIN NGC 2022 ( PK NQ. 196-10 1) 0.1.1 (H.YDRQGEN LINES? 4026 HE 1 2 AC 70 1.60 1.69 + 1 AW 1.50 1.50 1.58 1.58 + WAVE IDENT N RG PE F OBS I AVE O CORR I AVE C 1 AC 70 1.30 1.40 1.37 1.47 + 3132 0 III 1 AC 70 30.00- A 33^76_à _1 AW L» 50 1.40. 1.58 L.47- + 1 L MA 45.OOX 50.64X 4097 N III 1 AC 7 0 1.05 1.10 1.10 + 1 AC 70 43.00 48.15 48.15 4100 HE II 2 AC70 25.00 26.27 + NGC 2022 (PK NO. 196-10 1) NGC 2022 (PK NO. 196-10 1) + + 532 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC ?a?? (PK ND. 196-10 1) NGC ZQZZ (PK NQ« i9^-lQ_l) + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I CORR I + 4101 _H I _2 AC7Q_ 25^0 26.26, -6730 LS Li. J 1 B_A£.2. 1.00» 0_.-g_i» + I LA 30.50 32.04 + 1 L MA 15.BOX 16.60X REGION KEY (REGION?REFERENCE,EXPLANATION) + 1 MW MA 19.4QX 20.3BX A. AE2 . REGIONS A AND B ON DIFFERENT SCALES + VV 1 45.50X 47.BOX MA LICK OBSERVATIONS + 4122 (K V AC70 0.40 0.40 0.42 0.42 MA MOUNT WILSON OBSERVATIONS + .4163 (K V -AC7Q 0.50 0.50 0.52 0.52 + 4187 C III AC 70 0.50 0.50 0.52 0.52 NGC 2022 (PK NO. 196-10 1) + 4199 HE II AC 70 2.10 1.95 2.19 2.03 + _AW 1.8Q ■ 95 _L. 2.Q3 + 4227 (FE V ) AC 70 1.30 1.20 1.35 1.25 + AW 1.10 1 .20 1.15 1.25 BEGIN NGC 2346 IPK NO. 215+ 3 1) 0.87 (RADIO-H BETA) + 4267 C II AC 70 1.50 1.67 1.56 1.74 + AW 1.85 1.67 1.92 1.74 WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4280 AC 70 0.60 0.60 0.62 0.62 3691 H I 1 PG AKI 0.80 0.80 1.48 1.48 + 4338 —Hf IJ _ A C 7 Q_ 47.00 f.6_L_ 3697 _H I 1 PG AKI 1 tQO 1.00 l,ai> 1.85 + I AC 70 47.00 48.61 3703 H I 2 PG AKI 2.90 5.34 + AN 58.10X 60.09X 3703 HE I 2 PG AKI 2.90 5.34 + LA 60.00 62.06 .3711 _b L_ 1 PG AM -JLt7Q 1.70 3.12 -3tl2 . + 1 L MA 39.1 OX 40.44X 3722 I 2 PG AKI 0.80 1.46 + 1 MW MA 41.7 OX 43.13X 3722 (S III) 2 PG AKI 0.80 1.46 + _J, W 1_ 109.90X 113.67X —3726. _LQ Li L L PE AK,I 311.QP 365.78 + (0 III) 1 AC 7 0 11.30 12.60 11.67 13.01 1 PG AKI 105.00 191.02 + 1 AN 17.60X 18.18X 3729 (0 1 PG AKI 120.00 217.94 + L_ AW 9.50 + 17.00 + 12.60 9.81 + 17.56 + 13.01 —3734 . H 1 PG AKI -L..6Q ■ 1.60.. 2-«.90 —2.90 + 1 LA 3770 1 PG AKI 3.80 3.80 6.74 6.74 + 1 L MA 11.20X 11.57X 3797 H I 1 PG AKI 6.30 6.30 11.01 11.01 + 1 MW MA 10.50X 10.84X 3819 HE. I L PG AKI 3.00 .. QQ— 5.18 _S-t.18 . + VV 1 27.30X 28.19X 3835 1 PG AKI 10.00 10.00 17.09 17.09 + 4379 N III AC70 0.75 0.75 0.77 0.77 3868 I PE AKI 74.00 70.50 123.98 118.11 + 4471 HE I AC70 0.74 0. 74 0.76 0.76 1 PG AKI 67.00 _7D .50- 112.25 118.11 + AN 23.00X 23.60X 3889 H I 2 PG AKI 21.50 35.57 + AC 70 4.50 6.00 4.60 6.13 3889 HE I 1 PG AKI 21.50 35.57 + -LA 7.50 6.00 7.66 6.13 —3.967 . (NF ITT) 2 PG AKI 53-. QQ 84.23 + 1 MW MA 3.40X 3.47X 3970 H I 2 PG AKI 53.00 84. 10 + 4625 ( AR V ) 1 AC 70 0.10 A 0.10 A 4026 HE I 1 PG AKI 2.90 2.90 4.47 4.47 + 4634 —U ULL _I AL.70- 0.90 0.91 0.91 4101 _JH I_ 1 PG AKI 27.40 27.40 40.47 40.47 + 4640 N III AC 70 1.30 1.32 4340 H I 1 PG AKI 35.70 35. 70 46.60 46.60 + 4647 C III AC 70 1.20 1.22 4363 (0 III ) 1 PG AKI 11.00 11.00 14.19 14.19 + 445.0 C IV AC7Q- 1.20 1.22 4471 HE-I 1 PG AKI 5.20 5.20- 6.37 + 4658 C IV AC 70 1.10 1.10 1.11 1.11 1 PE AKI 12.00 21.00 13.15 23.01 + 4685 HE II AC 70 107.00 128.50 108.25 130.00 1 PG AKI 30.00 21.00 32.87 23.01 + LA 150.00 128.50 151.75 .130.00 I PF AKI 1 00.00 1QQ.0Q- 100.00 i nn.nn + 86.00X 87.00X 1 PG AKI 100.00 100.00 100.00 100.00 + l MW MA 101.00X 102.18X 1 P£ AKI 335.00 33C.50 321.10 316.79 + 1 VV 200.OOX 202.33X 1 PG AKI 326.00 -33Q.5Q- 312.48 316.79 + 1 AC 70 12.00 12.12 6717 ( S II) AE 2 1•60* A 0.79*A + 2 LA 14.30 14.44 6730 ( S II ) AE 2 1.00» 0.49* + 1 MW..MA 13.20 X 13.33X + 4712 HE I LA 14.30 14.44 REGION KEY J5.Q— -5,17_ 6. 80 5.40 100.00 1QQ.QQ, 100« 00— 100.00 + B ACPG 0.40 0.64 0.42 0.67 1 M 100.00 100.00 100.00 100.00 + 1 El ACPG 0.88 0.64 0.92 0.67 l MI73 100.00 100.00 100.00 100.00 + 3835 _J B .-ACPG— -7. 30 . 7.62 . _Z.29._ -J 0 1QQ.QQ. IflC.OQ ion-no 1nn.nn + l FI ACPG 5.15 6.98 5.38 7.29 l 0D62 100.00 100.00 100.00 100.00 + 1 F ACPG 8.50 6.98 8. 87 7.29 1 ORF 100.00 100.00 100.00 100.00 + 3858 HE I I _J B ACPG 0- 20 0-21 49.59 -XO LLLL -1 AGP— 239.00 271.63 238.19 27Q.7Q + 1 El ACPG 52.60 67.42 54.83 70.28 1 B ACPG 204.00 271.63 203.31 270.70 + 1 F ACPG 41.00 67.42 42.74 70.28 l El ACPG 252.00 271.63 251.14 270.70 + _i y 67.4? 70.2B _J F ACPG 227.00 22A.23- + 0 83.10 86.62 265.00 271.63 264.10 270.70 + VV5 9.10* 9.49* 360.00 271.63 358.77 270.70 + B Af.PG_ .10.00 10.41 31-6. 00- 314.92- 270.70 + 2 FI ACPG 15.30 15.93 1 ORF 310.00 308.94 + ? F ACPG 14. 00 14. 58 2 VV5 114.00* 113.61* + —2 B-ACPG. _io mi -I —ACE— 657.00 653.65 7-11.12- + 2 FI ACPG 15.30 15.93 El ACPG 830.00 714.77 825.76 711.12 + 2 F ACPG 14.00 14.58 F ACPG 454.00 714.77 451.68 711.12 + 1 -B-ACP-G- 0.60 1 010.00- 71.4.77 - 1004.84 ZU . 12 - + 3967 (NE III) 1 El ACPG 20.90 21.69 l 0D62 758.60 714.77 754.73 711.12 + 2 VV5 2.50* 2. 59* l ORF 579.00 714.77 576.04 711.12 + -3.070 y i J B ACPG 2-0.00 _2 V-V-5 114.00* 113.42* + 1 El ACPG 15. 80 21.93 16.40 22.76 5411 HE I I 1 C 12.00 11. 76 + 1 F ACPG 30.00 21.93 31.14 22.76 5517 (CL III) l A AE2 1.00* 0.98* + 5537 (Cl III) 1 A AF? 1.00* n.9&* + 2 39. 80 41. 31 5876 HE I C 24.00 24.00 23. 18 23.18 + 2 2.50* 2.59* 6563 H I C 355.00 292.67 336.55 277.46 + _( NF .1 II) _? A4.00 -A5.6Z MI 73 ri 4-nn 292.67 297.68 . 27.7.46 - + 2 39.80 41.31 1 0 209.00 198. 14 + 1 B ACPG 1.40 1.61 1.45 L • 66 2 VV 5 36.00* 34.13* + 1 M &CP G 1.72- 1 .61 - 1 « 7ft - 1 -66 —LN T I ) -2 VV5 36.00* 34.13A + 1 F ACPG 1.70 1.61 1.76 1.66 6717 ( S II ) l B AE 2 0. 78* 0.74* + l B ACPG 2.00 1.09 2.07 1.95 6730 (S I I ) l B AE2 l .00* 0.94* + 1 El ACPG 1.97 1.89 2.04 1.95 7325 l 0 II ) l 0 19.00 17. 72 + 1 F ACPG 1.70 1.89 1.76 1.95 + 4097 N III 1 El ACPG 1.5o 1.56 1.61 1 .61 REGICN KFY (REG ION,PEFERENCE,EXPLANAT ION) + 4 10 1 H T _1 ft ACPG 20-00 26- 79 20.64 27.64 B, ACPG, FRIGHT PART + l El ACPG 21.30 26.79 21.98 27.64 El, ACPG, PLATE ES1441 + 1 F ACPG 28.00 26.79 28. 89 2 7.64 F, ACPG, FAINT PART + _! C xq.-Q<2- 26.79 -¿-9,92 - ¿7.64 A. AE2 . REGIONS A AND B CN DIFFERENT SCALES + 27.00 26.79 27.86 27.64 + MI 73 27. 40 26.79 28.27 27.64 NGC 2371 (PK NO. 189+19 1) + _g 34.80 26.79 35.91 27.64 + 1 VV5 4.60* 4.75* + 4144 HE I 1 El ACPG 0.6ft 0.68 0.70 0.70 + 4200 HI 11 . _J B ACPG. 1.40 .80 1.44 .85 BEGIN NGC. 239? ( PK NO. 197+17 1) C. = 0.74 (RADI0—H BETA) + ACPG 2.20 1.80 2.26 1.85 + 1 B ACPG 0.40 O. B7 0.41 0.90 WAVE IDENT RG REF OBS I AVE O CORR I AVE C + I El ACPG 1.35 Q.E7 -l.M- 0.90 3203 HF I I CP MA 26.00 26.00 33.29 33.29 + I B ACPG 35.00 A 35.76 3341 (NF V ) 1 CR MA 36.00 36.00 44.97 44.97 + 1 El ACPG 35.ÛQ 46.2 7 35. 76 47.27 3426 (NE V ) 1 ACP 62.90 73.45 77.51 90.51 + 1 F ACPG 55.00 46.27 56. 19 47.27 2_ .LA -JQ.Qfl 86.26 + 47.00 46.27 48.02 47.27 CR MA 84.00 73.45 103. + 46.00 46.2 7 47.00 47.27 3444 LA 70.00 86. + 45.60 46.27 46. 59 47.27 3703 1 MA 1.40 L + 1 0 49.00 50.06 47.27 3703 HE I 2 1.40 + ? VV5 5. 86* 5.98* 3712 H I 1 1.50 1.77 + 4363 _LQ III) A B- AC.PJL 16.40 12.00 12. 25 ¿Q.38 3726 -J_C II. -Ll « Qû* ia* + 1 Fl ACPG 19.97 16.74 20.38 AUV 1.00*A , 18*A + l F ACPG 17.00 l 9.97 17.35 20.38 LA 111.CO 130, .92 + _J £ 32.00 19.97 3.2,66 ¿0 « 38 1 MA -Jl.-Qfl __ai l24 + 1 M 21.00 19.97 21.44 20.38 2 MA 56.50 66. + 1 0 21.40 19.97 21.84 20.38 3 MA 29. 10 34. + 2 VV 5 5.85» 5.97* a yA_ 79.50 _ü. + 4379 N III l P ACPG 0.80 0. 80 0.82 0.82 60 MA 55.20 65. + 4471 HE T 1 B ACPG 1.00 1.89 1.02 1 .92 CP MA 76.00 89. + 1 El ACPG 3.57 1.89 .63 -1.92 DK MA 168.QQ* 198. + F ACPG 1. 10 1.69 1.12 1.92 3.00* 3. + 1 B ACPG 3.50 4.79 3. 55 4.85 104.70 123. + El ACPG. 2.85 .79 2.89 C TAM 58.àQ 69« + 1 F ACPG 4. 80 4.79 4.85 1 0 TAM 91.00 + l C 8.00 4.79 8. 11 4.85 1 W TAM 56.50 + 4634 1 P ACPG 1.00 0.90 1.01 0.91 3729 (0 I I ) I AH _ Q«.4J* 0.55* + 0.80 0.90 0.81 0.91 0.46*A + 4637 III 95.60 95.50 96.40 96.40 3 734 2. 10 2.47 + 4.64.0 I I I A B ACPG 2.20 1.52- 2.22 1 .53 3750 1 1 MA ¿«9Q VL_ - 3.41 + 1 El ACPG 1.26 1.52 1.26 1.53 3760 1.70 1.70 .99 1.99 + 1 F ACPG 1.10 1.52 1. 11 1.53 3770 4. 80 5.10 .62 5.97 + NGC 2371 (PK NO. 189+19 1) NGC 2392 (PK NO. 197+17 1) + 534 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 2392 (PK NO. 197+17 1) NGC 2392 (PK NO. 1974-17 1) + WAVE IDENT N RG REF OBS AVE O CORR I AVE C WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + 3770 H I I 60 MA 5.4 5.10 6.33 5.97 4340 H I 1 5 HA 50.60 48.12 54.46 51 .79 + 1 ACP 10.90 7.60 12.72 8.87 1 CR MA 53.00 57.04 + 1 l MA 5.60 7.60 6.53 8.87 i OK MA 50.00* 53.81* + 6. 30 7.60 .35- 8.87 1 WK OMA - 80» 1.94* + 1 ACP 16.90 10.35 19.59 12.00 1 45.70 48.12 49. 19 51.79 + 1 LA 4.90 10.35 5.68 12.00 l ORF 44.00 48.12 47.36 51.79 + __L_1 HA 7.70 10.35 .93 12.00 _J tL.TAM 42.90 48.12 46.17 -51.79 + 1 2 MA 12.60 10.35 14.61 12.00 1 0 TAM 58.10X 62.53 X + 1 3 MA 13.30 10.35 15.42 12.00 1 W TAM 63.70X 68.56X + 1 60 MA 6. 70 10.35 7.11- -L2-.-0.fl. .4363- (0 III) _2 ACP 61.00 _&.5j.44 + ACP 101.20 79.35 116.68 91.49 1 42.40X 45.49X + LA 85.60 79.35 98.70 91.49 l LA 29.00 29.51 31. 11 31.66 + MA 78.00 79.35 89.93 91.49 1 1 MA 26.40 29.51 28.32 31.66 + l 2 MA 75.20 79.35 86.70 91.49 1 2 MA 35. 60 29.51 38. 19 31.66 + 1 3 MA 64.20 79.35 74.02 91.49 I 3 MA 35.80 29.51 38.41 31.66 + 1 4 HA- 82.90 79.35 95.58 91.49 1 4 HA- 28.60 29.51 30.68 31.66 + l 5 MA 81.10 79.35 93.51 91.49 1 5 MA 33.40 29.51 35.83 31.66 + 1 CR MA 78.00 79.35 89.93 91.49 1 60 MA 18.30 29.51 19.63 31.66 + 1 OK MA 73.00* 84.17* _Q— 28.20 29.51 30. 75 31 -A4 + 1 WK MA 3.40* 3.92* 1 ORF 27.00 29.51 28.97 31.66 + I □ 89. 10 79.35 102.73 91.49 1 C TAM 32.80 29.51 35.19 31.66 + _1 C TAM 63.10 79.35 72.7-5- 91 .49 _J 0 TAM 26.60 29.51 28.75 31.66 + i 0 TAM 82.00 79.3 5 94. 54 91.49 1 W TAM 32.20 34.55 + 1 W TAM 71.80 79.35 82.78 91.49 I AN 2.00X 2. 12 X + 3888 —2 ACP .20 12.87- _L_1 HA 2.70 2.86 2.75 + 2 LA 10. 10 11.60 l 60 MA 2. 50 2.60 2.64 2.75 + 2 1 MA 17.40 19.99 4541 1 ACP 6.02 3.81 6.31 3.99 + 2 2 HA— 25.20 28.95 _1 1 HA 2.70 3.81 _2j. 83 + 2 3 21.00 24. 13 1 60 MA 2. 70 2.83 + 2 4 23.80 27.35 2 ACP 9.81 10.14 + ? 5 16.70 _ 19.19 1 1 HA 0.0 A_ 0^0 + 2 60 MA 17.00 19.53 2 9. 81 10. 13 + 2 0 21.30 24.47 1 1 1. 10 1.35 1. 14 + —2 C—1AM 18.00 20.68- 1 60 MA _U .35- 1.65 + W TAM 19.60 22.52 4658 C IV 1 1 MA 2.40 2.95 2.47 3.04 + HE I ACP 11.20 12.87 1 60 MA 3. 50 2.95 3.60 3.04 + -LA 4685 - HF II _J AAI— 46.nnx 98.46X + 2 1 MA 17.40 19.99 I 63.00 61.73 64.61 63.31 + 2 2 MA 25.20 28.95 1 1 MA 57.00 61.73 58.46 63.31 + -2—3 HA— 24. 13. 1—2 HA- A7 , hr> 69.23 + 2 4 MA 23.80 27.35 1 3 79. 50 61.73 81.53 63.31 + 2 5 MA 16.70 19. 19 1 4 62. 90 61.73 64.51 63.31 + ? 60 MA 14. 50 _6J . 73— 76.41 63.31 + 0 21.30 24.47 1 CR MA 60.00 61.54 + C TAM 18.00 20.68 1 OK MA 30.00* 30.77* + W TAM 1 9.60 -U 60.30 61.84 + 41.60 47.27 1 ORF 62.00 61.73 63. 59 63.31 + 36.90 41.93 1 C TAM 59.70 61.73 61.23 63.31 + ■30.50 _J n TAM 4-2-. 90 44.00 + 12 MA 38.80 33.82 44.09 38.43 1 W TAM 51.50 52.82 + 1 3 MA 33.60 33.82 38. 18 38.43 2 LA 6.00 6. 13 + —1—4 HA— 33.82 38.63 1 J HA 10. 00 1 0.22 + 1 5 MA 33.40 37.95 1 2 MA 21.80 17.73 22.28 18.12 + 2 CR MA 30. 00 34.09 1 3 MA 21.40 17.73 21.87 18.12 + ? OK MA 74-nn* 79-54* 7 An MA 9.20 9.40 + C TAM 32.50 36.93 2 0 11.00 11.24 + 0 TAM 44.50 50. 57 2 LA 6.00 6. 13 + W TAM 31.30 35.57 2 60 MA 9.20 9.40 + ACP 41.60 47.26 2 Q 11.00 11.24 + LA 36.90 41.92 (NE IV ) 1 1 MA 2.00 2.04 + CP MA 30.00 34-08 L 6Q.MA 3.QQ 3.06 + 2 OK MA 26.00* 29.54* (AR IV ) 1 LA 6. 50 11.92 6.61 12.12 + 2 0 36.30 41.24 MA 9.20 11.92 9.36 12.12 + _2 C TAM —32».50 1 2 MA_ LZ..8Q 11.92 18.11 12.12 + 2 0 TAM 44.50 50.56 1 3 22.40 11.92 22.79 12.12 + 2 W TAM 31.30 35.56 1 60 MA 6.90 11.92 7.02 12.12 + 397Q (NF III) _2 Q— 36.30 41-73 _L □ _a...7Q 11.92 8.85 12.12 + l 1 MA 1.70 2.25 1.92 2.53 100.00 100.00 + 1 60 MA 2.80 2.25 3. 15 2.53 100.oox 100.OOX + 4069 -LS II ) -LJ. HA— -4.-5Q- 4.5Q 5. (14t. -5.04 ia.CL.QQ 100.00 100.00 100.00 + 2 0 15. 10 16.90 1 PF RR 100.00 100.00 100.00 100.00 + 4072 II ) 1 60 MA 4. 10 4.10 4.59 4.59 l SI BR 100.00 100.00 100.00 100.00 + 4076 II ) _1_1 ma_ U2P 1.20 1.3-4- —1,34 1 GU 100.00 100.00 100.00 100.00 + 0 15.10 16.88 1 100.00 1 00.00 100.00 100.00 + 4097 III ACP 26.80 29.86 l 1 100.00 100.00 100.00 100.00 + 41Q1 _I ACP 26.80 29.84 —1 2 MA- 10Q.Q0 1QQ.0Û 1QQ.QQ 1Q0.QQ + 1 25.00 2 7.52 27.84 30.64 l 3 MA 100.00 100.00 100.00 100.00 + 1 1 MA 28.00 27.52 31. 18 30.64 l 4 MA 100.00 100.00 100.00 100.00 + 1 2 MA- -33.5Q 27.52 37.3-1— 30.64 _L_5 MA— 100.00 -LaQ.QQ— _I.QQtQQ IQQ.QQ + 3 34.60 27.52 38. 53 30.64 100.00 100.00 100.00 100.00 + 4 MA 33.40 27. 52 37. 19 30.64 1 ORF 100.00 100.00 100.00 100.00 + _J2 HA— 32.20 27.52 35.86 30.64 _J C TAM IQQ.QQ IQQ.QQ -LQQ.QQ IQQ.QQ + 1 60 MA 19.80 27.52 22.05 30.64 1 0 TAM 100.00 100.00 100.00 100.00 + 1 CP MA 23.00 27.52 25.61 30.64 1 W TAM 100.00 100.00 100.00 100.00 + 1 PK MA 26.00* 28.95» _L0 III ) J ACP 385.00 33 7. 15. 380.53 333.24 + 1 WK MA 1.20* 1.34* 1 AN 378.OOX 373.61X + 1 0 23.40 27.52 26. 06 30.64 l PE BR 352.00 337.15 347.91 333.24 + _J C TAM 28.30 27.52 31.52 -30.64 LA R4 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I CORR I AVE C + 5006 (0 III) 1_1 MA 1100 Üfi 1070.92 1080. M 1Q52.3.Q. 6310 (S III I 1 F 2 BR 4. 10» + l 2 MA 989 00 1070.92 971. 81 1052.30 2 PE BR 2. 70 2.30 + l 3 MA 943. 1070.92 926. 61 1052.30 1 SI BR 2. 10 1.79 + 1 A 1020 00 1070.92 1002. 27 1052 t 3 P.. 1 S2 BR 1.90* 1.62* + 1 5 MA 1080. 00 1070.92 1061. 23 1052.30 8. 70 7.40 + I ORF 1660. 00 1070.92 1631. 15 1052.30 2 60 MA 9.40 8.00 + 1 C TAM 698. m 1070.92 685 ¿I lQ.52.i.Q_ 6364 _iO i L 1 Fl BR 0.97 0.83 0. 74 . 0.71 + 1 n TAM 759. 00 1070.92 .81 1052.30 F2 BR 4.40* 3.73* + l W TAM 904. 00 1070.92 .29 1052.30 1 SI BR 0.80 0.68 + 5145 ( F.E VI. 1. 1 A AW70 CL, £3 0.24 .03 0.23 1 S2 BR ■ 60* 1.36* + 1 BR AW70 .45 0.24 .43 0.23 (N II) Fl BR 8.36 2 0.28 6.97 16.91 + (FE VII) 1 A AW70 .02 0.15 .02 0.15 3 PE BR 443.00 369.42 + 1 RR AW70 .29 . 0. 15 .28 0.15. 1 SI BR 32.20 70.28 26-.8_5_ 16.91 + l A AW70 0.20 . 12 0.19 l S2 BR 13.50* 11.26* + l BR AW70 0.20 .26 0.19 3 PE BR 443.00 368.93 + 1 A AW70 n. ? i 0.70 _] CAM 1.00» 0.83* + 1 B AW70 0.21 0.20 10.00* 8.33* + l BR AW70 0.21 0.20 380.00 327.86 316.47 273.04 + 1 R AW70 o. A A» 314.00 327. 86 261.50 273.04 + 1 BR AW70 ,13 ,12 1 3 271.00 327.86 225.69 273.04 + l OR AW70 ,20 19 1 4 357.00 327.86 297.31 273.04 + 1 Fl Bft ,50. Q.66 . 48 ■ ■Q.6A- 1 5 312.00 327.86 2 591 84__ 273.04 + 1 PE BR 0. 0.64 l 0 331.00 327.86 275.66 273.04 + 1 SI BR 0.66 0.64 l ORF 330.00 32 7.86 274.83 273.04 + 5270 IFE..I LI ). J A AH.7.Q... Q. QZ— . .0.6.7 _..Q. 0.7... 0.63 6583 _LN LI L .1 Fl BR 735.50 142.70 195.78- 118.63 + 1 BR AW70 0.67 20 0.63 3 PE BR 443.00 368.28 + 5277 (FE VII) l BR AW70 0.23 22 0.22 l SI BR 88.60 73.66 + 5309 CCA V L 1 PB AW7Q, 0.13 12— 0.12 1 S2 BR 27t30*_ 22.70* + 5335 ( FF VI ) 1 RR AW 70 0.31 0.29 l CAM 0.37* 0. 31* + 5411 HF I I 1 A AW70 3.08 2.88 l ORF 104.00 86.46 + 1 B A W 7 fl 3.Q8 7.88 1 F2 BR 4.50* .. 3.71* + 1 BP AW 7 0 3.08 2.88 l PE BR 1. 10 0.91 + 1 OR AW70 3.08 2.88 1 SI BR 1.00 A 0.83 A + 1 Fl BR . 7.B8 1. S2 BR 2.20* 1.82» + 1 PE BR 3.08 2.88 3.30 2.93 2.72 2.42 + 1 SI BR 3.08 2.88 1 60 MA 4.40 2.93 3.63 2.42 + J L_ 3.Q8 7.88 —LS II.) 1. .1 B. AF7 0.61*— 0.5a*- + l 60 MA 3.08 ,26 2.88 1 2B AE2 0. 90* 0.74* + 1 A AW70 0. 14 ,03 0.13 1 Fl BR 7.21 5.93 + 1 R A W 7 fl 0. 1 4 J3 0.13 1 F2 BR ■33.-5Ü.*— 27.56*- + 1 BP AW70 0.14 0.13 7 PE BR 4.90 4.03 + l A A W70 0.09 0.08 1 SI BR 6.90 5.68 + 1 B AW70 -Q..Q9 0.08 1. S-2. BR. 7.40* 6.09-*- + 1 BR AW70 0.09 . 18 0.08 2 1 MA 21.20 17.44 + 1 OR AW 70 05 0.09 .05 0.08 2 2 MA 25.20 20.73 + -LT.l -I-LU- 1 1, A AE2 21 » 2- 3 MA- 19.40 15.96 + 1 2A AE2 .92* 2 0 18.60 15.30 + l A AW70 0.68 .58 0.62 6723 ( S II ) 1 60 MA 19.20- 15.79 + -J R A W 70 -0.A8 0.62 6730 -LS- T I ) 1 IB AE2 1.00*- 0.82* + 1 BR AW70 . 19 0.68 0.62 I 2B AE2 1.00* 0.82* + 1 OR AW70 .20 0.68 0.62 l Fl BR 8.43 6.93 + 1 F 1 RR 0-68 n.6? 1 F2 36.00* 29.58« + 1 SI BR 80 74 2 PE BR 4.90 4.03 + 1 IA AE2 00* 92* 1 SI BR 6.80 5.59 + 1 2A AE2 00* 97* 1 S? BR 7.30*■ 6.00*- + l A AW70 0.61 0.37 0.56 2 1 21.20 17.42 + l B AW70 0.61 0.39 0.56 2 2 MA 25.20 20.71 + l BP AW70 0.61 1.09 0.56 2 3 MA 19.40 15.94 + 1 OR AW70 0.61 0.24 0.56 6734 2 0 18.60 15.28 + 1 Fl BP 0.61 0.46 0.56 6827 1 F2 BR 0.90* 0.73* + ! S1--BS 0.90 0.61 0.83 0.56 1 S2 BR Q.70* 0.57* + 5577 (0 1 ) 1 Fl BR 1.85 1.69 6835 1 F 2 RR 0.50* 0.41* + 1 SI BR 1.85 1.69 1 S2 BP 0.50* 0.41* + __5i>30 _ (FE VI ) J A AW7Q 6 86 5 1 F 2 BR 1.20*- 0.98* + l BR AW70 0.28 0. 1 7 0.25 0.16 1 S2 BR 0. 70* 0.57* + 5677 1 A AW70 0.06 0.17 0.05 0.15 7006 (AR V 1 0 30. 20 24.32 + 1 BP AW70 - o^-ia.- -..Qm.LT-.. 0.25 0.15 7065 HE I 1 F2 BB 4.10*- 3.29* + 5754 1 A AW70 1.60 1.44 l S 2 BR 1.80* 1.44* + i B AW70 1.60 1 .44 1 Fl BR 5. 80 4.63 + 1 B R. -A-WJ-Q— 1.60 1 .44 1 F2 BR 8.60* 6.86* + 1 OR AW70 1.60 1.44 1 PE BR 5.90 9.50 4.71 7.58 + 1 Fl 8R 1.60 1.44 1 SI BR 9. 00 9.50 7. 18 7.58 + 1 SI BR 1.60 1.44 -L S-2- BR. 5.10* 4.07« + l S2 SR 20* 08* 17. 30 13.81 + 5721 (FF VII) l BP AW70 10 A 09 A 7319 (0 II ) 13.50 10.64 + -5.79.0 . HF II J B AW7Q 25 22 732 5_ (0 U ) 19. 10 19.10 15.05 15.05 + l BR AW70 20 0.22 0.20 7330 (0 II) 13. 50 10.63 + 1 A AW70 10 0. 10 0.09 7751 (AR III) 4. 30 4.30 3.29 3.29 + 1 BR AJrl.7.0—. 20 A 18 A 9069 (S III) 38.00 38.00 27.25 27.25 + 5858 HF I I l BR AW 70 9532 H I LAP 1.95* 1.37* + 5875 HF I l A AW70 6.30 5.60 9539 (S III ) 0 104.70 73.70 + 1 B AW70 6.30 5.60 .9539 _Q— 104.70 73. 7Q + l BR AW70 6.30 5.60 9546 _b (S LIII) LAR 1.95* 1.37* + 1 OR AW70 6.30 5.60 10829 HE I GU 20.00 40.85 13.52 27.61 + 1 Fl BR 6.30 5.60 _Q 61.70 40.85 41.71 27.61 + 1 F 2 BR 20* ,39* + 1 PE BR 20 6.30 39 REGION KEY (R EG ION,REFERENCE»EXPLANATION) + 1 SI BR J2Û- 6.30 .66 1A t A E2 . 180 DEG.. 6 ARCSEC FROM STAR A,B ON DIF. SCALES + l S2 BR .50* 2A, AE2 , PA = 158 DEG., 16 ARCSEC FROM STAR — A,B ON DIF. SCALES + l 1 .90 6.30 5.60 A, AW70, KNOT WITH STRONG NITROGEN EMISSION + 1 60 MA .50 6.30 8.44 5.60 B» A.M.7Q» KNOT WITH WEAKER NITROGEN . EMISSION + l F 2 BR . 30* .26* BR, AW70, BRIGHT RING SOUTH OF STAR + 1 S2 BP .40* .34* OR, AW70, PORTION OF OUTER RING + 63QQ _LÜ I L 1 FI BR .QQ 2.2 Q ■JZO 1.87 FI, FILAMENT IN NORTH OUTER SHFI L + 1 F2 BR 40* BR , FILAMENT IN SOUTH OUTER SHELL + 2 PE BR , 70 PE, BR , PHOTOELECTRIC (FROM ALLER AND CZYZAK.1972, UNPUB.) + 1 SI BR xAO SI. BR . INTERFILAMENT BETWEEN SHELLS NORTH OF STAR + 1 S2 BR 60* .77* S2, BR , INTERFILAMENT IN SOUTH OUTER SHELL + 1 CAM 01 *A • 01 *A 1, MA , BRIGHT PART OF RING SOUTH OF STAR + ? 1 MA -ZQ -IQ ARCSEC FROM REGION 1 + 2 60 MA .00 MA flO ARCSEC FROM REGION 1 + 1 FI BR .21 MA -15 ARCSEC FROM REGION 1 + NGC 2392 (PK NO. 197fl7 1) NGC 2392 (PK NO. 197+17 1) + + 536 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 2392 (PK NO. 197+17 11 NGC 2440 (PK NQ. 234-»- 2 1) + 5, +15 ARCSEC FROH REGION 1 WAVE IDENT N RG REF OBS I CORR I AVE C + WH SON 60 INCH 3715.00 0 III 2 C CAK1 0.23 0.35 + CR, LICK CROSSLEY (3721.80 (S III) 2 C CAK I 2.51 3.82 + OK, MA OUTER KNOT 13721.80 H I 2 C CAK 1 2. 51 3.82 + HKt. MA WEAK KNOT . 3726.00 (O UL). 1 C CAK1 -JL3.,AQ 51.12 + W, TAM , WHOLE NEBULA 1 83.00 126.27 + C, TAM , CENTRAL PORTION 1 1 CAK1 24.00X 36.51X + 0, TAM , BRIGHTEST PART OF OUTER RING _J 2 C.AK1 124.OQX 188.64X + CAK 1 151.OOX 229.72X + NGC 2392 (PK NO. 197+17 1) CAK1 144.OOX 219.07X + _LA 141.00 -2141.51- + 1 OS l.oo* 1.52* + 1 VV5 68.00 103.45 + BEQIN NGC 2438 (PjL.ljQt * 2) - 0.58 (RADIO—H BETA) 3729,QQ (Q LL-L _L C C.A.K i 25.20 L8, 2.9 _ + 1 1 CAK1 27.OOX 41.03X + AVE O CORR I AVE C l 2 CAK1 103.OOX 156.51X + 3727 _LQ II ) KA2 390. 580.98 _1 3 QM.-L . 139,OOX .211,21X_ + 3868 (NE III) KA2 87.00 87.00 122.72 122.72 1 4 CAK1 130.OOX 197.54X + 4686 HE I I KA2 41. 00 41.00 43.58 43.58 1 OS 0.64* 0.97* + 4961 _H I ,KA2. 100.00 100.00 100.00 100.00 3734.QQ ti L_ _J C QAK1 1.91 -1.91 2.90 + 0D63 100.00 100.00 100.00 100.00 3736.00 □ IV 1 C CAK1 0.46 0.46 0.70 0.70 + 4959 (0 III) 1 KA2 460.00 460.00 447.19 447.19 3741.00 O II 1 C CAK1 0.05 0.05 0.08 0.08 + 5007 (0 III) 1 QD63 1096.QQ 1096.00 1050.50 1050.50 3750.70 b I _J C CAK1 2.37 2-3 7 + 6717 (S AE2 1.02* 0.64* 3754.70 0 III 1 C CAK1 0.95 0.95 1.43 1.43 + 6730 (S AE2 1.00* 0.62* 3757.00 0 III 1 C CAK1 0.33 0.33 0.50 0.50 + 3759.9-0 Q HI J C CAK1 3.19 3.19 4.79 4.79 + NGC 2438 (PK NO. 231+ 4 2) 3770.60 H I C CAK 1 2.72 2.72 4.07 4.07 + 3774.00 0 III C CAK 1 0.33 0.33 0.49 0.49 + 3781.7Q HE II C CAK 1 ■ ■0.24 0.24 - 0.3.6 _ 0.36 + 3791.30 0 III l C CAK1 0.32 0.32 0.47 0.47 + BEGIN NGC 2440 lPK NO. 234+ 2 1) 0.61 (RADIO-H BETA) 3797.90 H 1 C CAK1 4.39 4.39 6.49 6.50 + J LA 4.40 4. 39 . 6.51 _ 4.50 + WAVE lDENT N RG REF OBS I AVE 0 CORR I AVE C 3803.60 O II 1 C CAK1 0.03 0.03 0.04 0.04 + 3109.00 (AR III) 1 C CAK1 0.84 0.84 1.63 1.63 3806.00 HE I l C CAK1 0.03 0.03 0.04 0.04 + 3121.20 0 III 1 C CAKL 0.70 —Q-. 7Q_ 1.35 L.35 _3.ail.50 HE. II _J C C.AK1 0.46 0.46 0.68 . _ja.6B + C CAK1 22.90 33.45 44.07 64.38 3819.30 HE I C CAK1 0.74 0.74 1.08 1.08 + 44.00 33.45 84.68 64.38 3835.00 H I C CAK 1 6.40 6. 75 9.32 9.83 + 0. 80 0.8 0 1.51 1-^51 LA .7.10 10.34- 9.83 + 3187.40 HE I C CAK1 3.48 3.48 6.56 .56 1 MW MA 10.10X 14.71 X + 3203.10 HE II C CAK 1 19. 70 19.85 36.91 37.19 3850.80 0 2 C CAK1 0.07 0. 10 + 2D_ on 1 9.85 37.47 37.19 3850.80 Q- _2 C C-AK-l-.. + 3231.50 S III 1 C CAK1 0.87 0.8 7 1.61 1.61 3858.10 HE II C CAK l 0.43 0.62 + 3233.50 S , I I I 1 C CAK1 0. 87 0.8 7 1.61 1.61 3862.50 SI II C CAK1 0. 16 0.23 + 3240.90 (NA IV ) J C- CAK.l..- 1.44 2.65 -2.65 3862.50—0 U- C LAK-1 . + 3287.70 O II 1 C CAKl 0.20 0.20 0.36 0.36 (NE III) l A 83.00 119.18 + 3291.00 O II 1 C CAK1 0. 28 0.28 0.50 0.50 1 1 CAK1 69.OOX 99.08 X + 3299.40 0 T II i r. r.AKi 2.90 5.20 J 2 CAK 1 143.59X— + 3312.30 C CAK1 6.20 6.75 11.05 12.03 3 CAK1 141.OOX 202.47X + A 7.30 6.75 13.01 12.03 4 CAK1 92.OOX 132. UX + f. CAK1 7.90 _ Z.90-- 13.91 -13.91 -LA- 1.04.00 + LA 69. 00 121.53 1 VV5 24. 00 34.46 + 3342.00 (NE III) C C AK 1 28.30 49.80 3889.00 H I 2 C CAK 1 10.40 14.80 + -33-45 LAIE—U L 2 2 C AK 1 13.OOX 1 B. 50X.. + 69.00 121.27 CAKi 16.OOX 22.77X + 3346 0 III 67.00 117.71 C AK 1 10.OOX 14.23X + 3362.40 0 III 2 C C AK 1 Q« 32— Q. 56 -LA -1.2.00 17.08 + 3362.40 IV CAK 1 0.32 0. 56 MW MA 20.40X 29.04X + 3380.50 IV CAKI 0.83 1.44 VV 5 29.00 41.28 + 3385.20 III CAKI 0.55 0.95 3889.00 HE I C CAKI 10.40 14.80 + 3385.20 IV CAKI 0. 55 0.95 1 CAKI 13.OOX 18.50X + 3403.60 IV CAKI 0.63 0.63 1.08 1.08 2 CAKI 13.OOX 18.50X + 3409.10 J2 i_y_ CAKI 0.39 Q, 39 0.67 Q.67 ÇA.Kj 16.OOX 22.77X + 3411.00 O IV l CCAKl 0.55 0.55 0.94 0.94 4 CAKI 10.OOX 14.23 X + 3414.70 H III 1 C CAKI 0.30 0.3 0 0.51 0.51 LA 12.00 17.08 + 3425 (NF V L _2 A 160.00 - 272^18. MW MA 20.40X -?9_^P-4X_ + l LA 158.00 158.00 268.78 268.78 2 VV 5 29. 00 41.28 + 3425.90 D III 3 C CAKI 0.0 0.0 0.0 0.0 3889 H 2 1 CAKI 13.OOX 18.50X + ? A 160.00 272.18 3905.50 SI 1 C CAKI 0.08 0.11 9.11 + 3425.90 O III 3 C CAKI 0.0 0.0 0.0 0.0 3923.50 HE II C CAKI 0. 55 0.55 0.77 0.77 + 3425.90 (NE V ) 3 C CAKI 0. 0 0.0 0.0 0.0 3926.30 HE I C CAKI 0. 10 0. 10 0. 14 0.14 + 3432 0 C CAKI Q, 32 0.32 Q.54 Q, 54 3944.80 O IV C CAKI 0.05 0.07 + 3443.90 0 III l CAKI 0.0 14.33 0.0 24.21 3947.70 C II 1 C CAKI 0.11 0.11 + A 16.00 14.33 27.02 24.21 3956.70 Q IV 1 C CAKI 0.04 0.04 + LA 27.00 14.33 45,60 . 24.21 3964.00 HE I _J C—LAJÜ— 0,69 0,69 0.96 0.96 + 3466.00 (N I CAKI 0.61 1.02 3967.50 (NE III) 2 C CAKI 21.70 30.03 + 3479.10 HE I C CAKi 0.37 0.62 37.00 51.20 + 3479.10 C CAKI 0.37 0.62 15.OOX ?Q.76X + 3483.30 N IV 1 C CAKI 0.21 0.21 0.35 0.35 2 CAKI 34.OOX 47.05X + 3487.60 HE I 1 C CAKI 0.21 0.21 0.35 0.35 3 CAKI 33.OOX 45.66X + 3499.80 _Q LL 1 C CAKI 0.26 0.26 0.43 0.43 4 CAKI __2L_Q-0-%- L5_.9aX_ + 3530.90 HE I 1 C CAKI 0.06 0. 06 0. 10 0.10 LA 45.90 63.51 + 3554.40 HE I 1 C CAKI 0. 27 0.27 0.44 0.44 VV5 33.00 45.66 + 3568.00 NE II 1 C CAKI 0.18 0.18 0.29 0.29 3970.00 C CAKI 21.70 30.Q3 - + 3586.80 HE I 1 C CAKI 0.30 0.48 37.00 51.20 + 3608.70 C III 2 C CAKI 0.06 0. 10 l 1 CAKI 8. OOX i 1.07 X + 3608.70 -£ LLL 2 C CAKI 0« 0.6 0.10 _L 2 CAKI 14.OOX 19.37X _ + 3614.10 HE I l C CAKI 0. 10 0. IC 0. 16 0.16 CAKI 12.OOX 16.61X + 3623 0 C CAKI O. 0.15 0.24 0.24 15 4 CAKI 10.OOX 13.84X + 3634.50 -Hf I 1 C CAKI P. 0.31 p^a. 0.49 31 45.9Q 63.51 + 3653 0 C CAKI 0.-25 0.25 0.39 0.39 L MA 37.OOX 51.20X + 3653.00 HF I 1 C CAKI 0.25 0.25 0.39 0.39 MW MA 46.OOX 63.65 X + 3674.QQ H L _1 C CAM 0.48 VV5 + 3676.00 l C CAKI 0.66 0.66 1.02 1.02 2 L MA 37.OOX 51.20X + 3679.00 1 C CAKI 0.76 0.76 1.18 1.18 2 MW MA 46.OOX 63.65 X + 3682.00 C CAKI 0. 89 0.89 1.38 1.38 3995.20- IV -J C CAKI _JLÛ5 Q.Q7 Q.Q7 + 3686.00 1 C CAKI 1.02 1.02 1.58 1.58 3999.00 N III l C CAKi 0.06 0.06 0.08 0.08 + 3691.00 1 C CAKI 1.05 1.05 1.62 1.62 4003.50 N III 1 C CAKI 0.08 0.08 0.11 0.11 + 3697.QO _J f. CAKI 1. 12 1-1 ? L77 ■ 1.12 4008.20 (FE I II) 1 C. CAKI 0.07 0.07 0-10 0-10 + 3704.00 H I l C CAKI 1.26 1.26 1.93 1.93 4009.60 HE I 1 C CAKI 0.07 0.07 0. 10 0.10 + 3705.00 HE I 1 C CAKI 0. 50 0.50 0.77 0.77 4026.20 HE I l C CAKI 1.74 1.74 2.36 2.36 + 3707.00 JD LLL JL C CAKI 0.28 0.28 0.43 0.43 4050 0 r. CAKI -Q.Q3 Q. 03 0^04 . ..0^4. + 3712.10 C CAKI 1.55 2.37 4059.70 (FE IV ) C CAKI 0.07 0.07 0.09 0.09 + 3715.00 C CAKI 0.23 0.35 4068.60 (S II ) C CAKI 2.40 2.40 3.20 3.20 + NGC 2440 (PK NO. 234+ 2 1) NGC 2440 (PK NO. 234+ 2 1) + + 537 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 7440 (PK NQ. 23^+ Z 1) NGC (PK NQ. 234+ 2 1) + WAVE IDENT N RG REF AVE 0 CORR I AVE C WAVE N RG REF OBS I AVE 0 CORR I AVE C + 4072.00 0 I I 1 C CAK I -0. 1,2_ 0.16 0.16 4636 0 C CAK 1 8.39 8.39 9.11 9.11 + 4076.40 (S II ) 1 C CAK 1 0.73 0.97 4640.60 N III C CAK1 8.39 6.94 9.10 7.53 + 1 MW MA 3.00X 3.98X A 10.00 10.84 + 4097.QQ N LUL 1 C CAK1 2.40 —2.4.Q_ -3.16 3.1A . AW7-Q- 5.-50 6.94 7.53 + 14.90 22.40 19.59 29.45 1 L MA 10.00X 10.84X + 26.00 22.40 34. 18 29.45 1 MW HA 8. 70X 9.43X + 19.00X 24.98 X 4647.50 C III _1 C GAUL Q^45 0*15- 0.49 0.39 + 1 2 CAKi 16.00X 21.03X 1 AW70 0.26 0.35 0.28 0.38 + 1 3 CAKI 23.00X 30.24X 4648.90 O II 1 C CAKI 0.45 0.45 0.49 0.49 + 1 4 CAKI 24.00X 31.55X 4649 O III _3 AW7-Q Q.3Q 5.1Z + 26.30 22.40 34.57 4649 C II 3 AW70 0.30 0.32 + 26.OOX 34.18X 4649.90 C III 1 C CAKI 0.45 0.49 + 25.QQX 32.86X 3 AW70 ±10 0.32 + 4119.40 0 I I 1 C CAKI 0. 13 0.13 0.17 0.17 2 LA 12.40 13.40 + 4121.40 HE Ï 1 C CAKI 0.29 0.29 0.38 0.38 4657 (FE III! 1 AW70 0.53 0.53 0.57 0.57 + 4121.40 (KV ) 2 C CAKI 0. 16 0.21 4659.3 0 .S U_ _1 C CAKI 0.59 0.47 0*51.. + 4128 C CAKI 0.04 0.04 0.05 0.05 AW70 .37 0.47 0.40 0.51 + 4133.50 0 I I C CAKI 0.05 0.05 0.06 0.06 4676.10 O II C CAKI .07 0.07 0.08 0.08 + 4143.BC JdE i C CAKI . 0-77 0.27 -Q.35 0.35 4fcflft.OO HF TT CAKI -_6Ü_ 71. 62. 4B 76.15 + 4153.10 C CAKI 0.03 0.04 A 76i 00 71.42 81.04 + 4156.40 C CAKI 0.03 0.04 AN 74, OOX 78.90X + 4156.41! □ I_L_ C CAKI 0- 03 -Q.Q4 KA2 + LA + _LL IQ + .50 + 71.42 + 71.42 + 75.71 + 76.24 + 76.15 + 4163.30 (K V ) C CAKI 0. 15 0.15 0. 19 0.19 l 76.15 + 4166 C CAKI 0.03 0.03 0.04 0.04 1 VV5 .00 71.42 85.30 76.15 + 4169.50 n 11 r. CAKI 0.07 Q« 0?. - Q. 03 o -03 4712.60 (AR IV > ? CAKI + 4175 0 C CAKI 0.04 0.04 0.05 0.05 A 16.90 + 4186.60 III 1 C CAKI 0.20 0.2 0 0.25 0.25 AW70 9.40 + 4195.90 III _1 C CAKI . 0.08 Q. 08 —Qj lfl_ o.io —LA 10.46 + 4199.80 HE II C CAKI 1.33 1.33 1.68 1.68 1 L MA 16, OOX 16.90X + 4227.40 ( FE V ) C CAKI 0.21 0.21 0.26 0.26 l MW MA 16. OOX 16.90X + C CAKI Q » 05 .. 0.05 0« 06 0.06 . 4712.60 HF I _2 C CAKI 5., M 5.32 + 4237.50 I I 1 C CAKI 0.05 0.06 16.90 + 4241.20 I I 2 C CAKI 0.03 0.04 AW7 0 9.40 + 4241.20 N LL_ 2 C CAKI _LA 10.46 + 4267.20 C I I . 1 C CAKI 0.38 0.38 0.47 0.47 4724.00 (NE IV ) l C CAKI 1.29 + 4311.50 0 I I 1 C CAKI 0.03 0.03 0.04 0.04 1 AW70 1.79 + 4314.10 C I I _1 C CAKI _ 0.03 0.03 . -0.04 0.04 4740.QQ (AR IV 1 J C CAKI 7.B4 + 4317.30 C I I C CAKI 0. 03 0.04 16. 16.72 + 4317.30 II C CAKI 0.03 0.04 AW70 7. 8. 10 7.42 8.46 + C CAKI— _LA SL 8-10 10-13 8.46 + 4319.50 0 I I 1 C CAKi 0.03 0.03 0.04 0.04 l MW MA 50 X 15.15X + 4340.00 H I l C CAKi 2 8.80 41.27 34.72 49.74 4804 (FE VI ) 1 WYSE 00 A 2.04 A + _1 A 49.74 4848 J W*S£_ -00 A. .0?. + 48.50X 58.46X 4851 (FE VI ) 1 WYSE 3. oo A 3.01 A + 1 CAKI 48.50X 58.46X 4854 l WYSE 4. oo A 4.01 A + 2 C. A K 1— 4861 -30 tí L J C. C.AKI inn. no ï nn.nn 100.00 100.00 + 1 3 CAKI 48.50X 58.46X 1 100. 00 100.00 100.00 100.00 + l 4 CAKI 48.50X 58.46X 1 100. OOX 100.OOX + _J LA 43.00 -51.83 1 Fl i on- 00 1 00.00 inn.nn inn.nn + L MA 52.OOX 62.68X l F2 RP. 100. 00 100.00 100.00 100.00 + VV5 50.OOX 60.27 X 1 F3 BR 100. 00 100.00 100.00 100.00 + C CAKI 0. OA 1 SI BR 100. HO 1 00.00 inn.no 100.00 + 4363.00 (O III) C CAKI 18.00 26.42 21.52 31.60 1 KA2 100. 00 100.00 100.00 100.00 + A 29.00 26.42 34.68 31.60 l LA 100, 00 100.00 100.00 100.00 + AN 25.4QX. 30.37X _LJ 61A 100. HÛJÉ 1 QQ. OOX ^ + CAKI 24.OOX 28.70X 0D63 100. 100.00 100.00 100.00 + CAKI 19.OOX 22.72X VV5 100. 100.00 100.00 100.00 + CAKI 28.OOX 33.48X WYSE 100. 100.00 + CAKI 24.OOX 28.70X 4910 WYSE 4. 3.94 + LA 25. 70 30.73 4921.90 HE I C CAKI 0. 0.66 0.36 0.65 + MA 29.OOX 34.68X AW7Q £L Q.66 0.93 0-65 + SM 0.65* 0.78* 1 WYSE 3.93 A + VV5 33.00 26.42 39.46 31.60 4930.60 (0 III 1 1 C CAKI 0.33 0.15 0.33 + 43 Z9,JJ2__ c C CAKI 0.32 Q. 32 0.38 Q .38 J AH7Q Q. 33 0.51 0.33 + 4384.10 N I I l C CAKI 0.06 0.06 0.07 0.07 A W70 .25 0.24 + 4387.90 HE I 1 C CAKI 0.29 0.2 9 0.34 0.34 WYSE .00 A 3.90 A + 4jtl4, 70 . JL C CAKI 0.02 0.02 Q.Q2 4943 _J2 LL HYSE .00 A 3.90 A + 4417.10 n 11 C CAKI 0.05 0.05 0.06 0.06 4959.00 (O III » 509. 00 529.25 494.10 513.76 + 4421.00 NE I I C CAKI 0.02 0.02 0.02 0.02 750. 00 529.25 728.05 513.76 + 443 5 C CAKI Q. 05 0.05 0.06 0.06 AN 488. OOX 473.72X + 4446.00 NF I I l C CAKI 0.06 0.06 0.07 0.07 l Fl BR 473. 30 529.25 459.45 513.76 + 4452.60 n 11 l C CAKI 0. U 0. Il 0. 13 0.13 l F3 584. 46 529.25 567.35 513.76 + 4471.70 -HE I _1 C CAKI 3.10 3.10 -1*. 3.58 1 SI BP 456. OÙ 529.25 442.65 513.76 + 2. 70 3. il KA2 505. 00 529.25 490.22 513.76 + AN 11.OOX 12.69X LA 427, 00 529.25 414.50 513.76 + LA - 3.50 3.10 4.04 3.58 VV5 2460. HO— 2387.99 + 1 L MA 2.70X 3.11 X l WYSE 370. 00 A 359.17 A + l MW MA 4.20 X 4.84X 4959 (O II 1 1 F2 BR 511. 60 511.60 496.62 496.62 + 4511.50 N LLL 4 C CAKI 0.24 -0.27 4972 (FE VI ) 1 A W7 0 Oj 14 Ot 14 5L14 Q. 14- + 4511.50 NE I I C CAKI 0.24 0.27 4994 (S VII) WYSE 4. 00 A 3. 84 + 4511.50 NF II C CAKI 0.24 0.27 4994 N II WYSE 4. 00 A 3. 84 A + 4511.50 LK IV ) C CA KL 0.24- 0.27 5007.00 (G III) C CAKI 1502. -QQ 1337.00 1436. M 1278.82 + 4515.90 III C CAKI 0.15 0. 17 l SI BR 1012. 00 1337.00 967, 1278.82 + 4515.90 C III C CAKI 0. 15 0. 17 1 LA 1320. 00 1337.00 1262. 1278.82 + 4515.90 C III C CAKI 0*li> 0. 17 _J QD63 1514. OÙ 1337.00 1448. 1278.82 + 4519 C CAKI 0. 18 0.1 8 0.20 0.20 SM 100. 95, 65* + 4522.80 I I I 1 C CAKI 0.08 0.08 0.09 0.09 VV5 2460. 2352, 95 + 4534.8.0. III _1 C CAKI 0.06 0.06 0.07 0.07 WYSE 1170. QQ A 1119.09. A + 4541.00 HP II 3. 10 3.23 3.49 3.64 5015.70 HE I 1 C CAKI 0.53 0.51 + 3.00 3.23 3.38 3.64 1 AW70 0.53 0.51 + LA 3.60 -L23- 4.05 -L.64 5Q4L- SI II- _l A W70 0.12 0.11 + 1 L 3.OOX 3.38 X 5047 HF I AW70 .09 0.09 .08 + 1 MW MA 2.20X 2.48X WYSE .00 A .71 A + 4562 0 C CAKI 0.08 0.08- -0.09 -Q..Q9 .. 5-056 SI II AH7Q ±0h 0.06 .06 + 4571.20 ( MG I ) C CAKI 0. 17 0.17 0. 19 0.19 5074 N II WYSE 00 A 74 A + 4607.00 (FF III) C CAKI 0.69 0.69 0.76 0.76 5092 A W70 ,10 0.10 09 0.09 + 462 C C CAKI Q. 05 0.05 0.05 0-05 5131 AW70 -22 0.22 20 Q.2Q + 4626.00 I I l C CAKI 0.07 0.07 0.08 0.08 WYSE .00 A 67 A + 4635.20 III l C CAKI 8.39 5.73 9. 12 6.23 5145 (FE VI ) 1 AW70 .14 0.14 13 + _2_ 10.00 -10.87 5153 WYSF -on a A + AW70 3.08 3.35 6.23 5158 (FE VIII 1 A W70 .17 0.17 15 + LA 12.40 13.47 5168 WYSE .00 A 62 A + NGC 2440 (PK NO. 234+ 2 1) NGC 2440 (PK NO. 234+ 2 1) + + 538 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + -NGC -2MQ (PK..NQ^.234±-¿ 11 - NGC—2.440 ( RK -Nn^..?14t ? H + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C WAVE IDENT N RG REF OBS I CORR I AVE C + 5176 (FE VI 1 AW70 0.18 0.18 0. 16 0.16 6363 (01)1 S BR 9.90* 6,49* + WYSE 5.00 A 4.52 A WYSE 30.00 A 19.67 A + 5186 WYSE 5.00 A 4.50 A 6364 MW MA 16.00 16.00 10.49 + 5191 AW70 0.46 0.46 0.41 0.41 6403 WYSE 3* 00 A -U9§_ + 5192 3 WYSE 5.00 A 4.49 A 6435 (AR V ) 1 00 A 6.46 A + 5198 (N I ) 1 A W70 7.50 24.31 6.73 21.81 6498 1 40* 6.63* + 24.3 L- 17.40 _gR_ 30* 3.38* + 1l Fl BR + F2 BR -61. + 19.40 IQ 24.31 _54l £û_ ¿1.81 + 21.81 6501 WYSE ,00 A 1.91 A + l F3 BR 9.26 24.31 8.30 21.81 6548 (N II ) 1 Fl 8R 1057 50 748.60 666.48 471.80 + _J WYSE.. 3Q.QQ-A-, 26.90 A F 2 BR 411 40 748.60 259.28 471.80 + 5200 AW70 5.90 5.29 F3 BR 321. 50 202.62 471.80 + 5207 WYSE 3.00 A 2.68 A PE BR 2182. 00* 1375.18* + - 5212 WYSE 3.00 A .68 A S BR -43-L.6Q* 2L2.QI*-. + 5232 (FE VI ) l WYSE 3.00 A 2.66 A SI BR 1204. 00 748.60 758.81 + 5236 AW70 0.07 0.06 W 0, 76* 0.48* + 5252 WYSE . 3.QQ-A .6? A WYSE 23Q.QQ A - 14jt.95—A + 5270 (FE III) AW70 0. 10 0.10 0.09 0.09 6563 FI BR 546. 00 554.07 342.95 348.02 + 5277 (FE VII ) AW70 0.07 0.07 0.06 0.06 F 2 BR 410. 00 554.07 257.53 348.02 + 5278 (FE VI ) WYSE 3.00 A 2.62 A F 3 BR -340*30 554.07 20.75 . 348.02 + 5278 WYSE 3.00 A 2.62 A PE BR 2182. 00* 1370.55* + 5286 WYSE 3.00 A 2.62 A S BR 309. 90* 194.65* + 53Q3 WYSE . 2*00 -A... 1.74 A SI BR 920. 00 554.07 -.517.87 3.48.02 + 5309 (CA V ) AW70 0. 13 0. 11 CAM 1. 00* 0.63* + 5323 (CL IV ) AW70 0.20 A 0.17 A VV5 2515. 00 A 1579.72 A + 53.87 WYSE . 1.00 A 0.85 A 1.00* 0.63* + 1 AW70 7.70 6.48 WYSE 270. 169.59 A + 1 F3 BR 3.00 A 2.52 6563 (N II ) 2 VV5 2515. 1579.72 A + i-Si 36.QQ 18.23 30.27 15.33 6583 _LN II ) 3 PE BR 2182.00* -136.4.41* + 1 MW MA 11.00 9.25 SI BR .00 2758.00 1724.58 17 + WYSE 25.00 A 21.02 A CAM .90* 2.44* + 5426 (FE VI_L J WYSE 4. on A .35 A ..30* -2.06* + (CL III) 1 AE2 0.74* 0. WYSE 810. 00 A 506.49 A + 1 AW70 1.05 0.86 6614 WYSE 6. 00 A 3.73 A + _L_ WYSF 4. QQ A -3-.26— 6678 £ BSJ 3LÜ. -4jQ4 1 8.65* + (CL III) 1 A AE2 1.00* 0.81* S BR 11. 7. 13* + AW7 0 1.15 0.93 MW MA 12. 12.00 7. 36 + WYSF 4-00 A 3.24 A HYSF 4.91 A + 5563 1 WYSE 4.00 A 3.21 A 6713 ( S- II ) 2 MW MA .70 26.01 + 5577 1 Fi BR 40.60 26.12 32.48 20.90 6717 ( S II ) 1 8 AE2 . 66* 0.40* + 1 -F2 BR 23*40 74. 1 2 1 8. 72 70.QQ 170.69* + 1 F3 BR 22.90 26.12 18.32 20.90 FI BR 122, 97.60 74. 51 59.41 + l SI BR 17.60 26.12 14.08 20.90 F2 BR 45. 97.60 27.94 59.41 + -J WYSE JL- JL3- Bfi- 22. 58 59.41 + 5592 □ IV A W70 0.24 0. 19 PE BR 57, 00* 34.70* + 5592 0 III WYSE 5.00 A 3.98 A S BR 73. 00* 44.44* + 5604 IK VI ) WYSE 4.00 A 3. 17 A 11-2. 62 + 5634 WYSE 5.00 A 3.94 A 6723 ( S 11)1 WYSE 12. 00 A 7.30 A + 5702 WYSE 4.00 A 3.10 A 6730 ( S II ) l A E2 1. CO* 0.61* + -573-4- WYSE 4.00 A 1_ _U_SL JOt. 191.69* + 1 A W70 28.00 21.37 FI BR 121. 40 86.08 73. 71 52.27 + l F BR 24.90* 19.00* F2 BR 54. 53 86.08 33.11 52.27 + 1 -Fl B-R 26.70— -E3 Rfi- 1-SU67- 52*7 7- + l F2 BR 11. 90 23.35 9.08 17.82 PF BR 57. 00* 34.61* + 1 F3 BR 10. 10 23.35 7.71 17.82 S BR 56. 40* 34.25* + _i s añ- 12. 90*. 9.85* S.1 BB- 136. -00 R6.08 . . a2.-58 + SI BR 37.40 23.35 28.54 17.82 MW MA .70 25. 93 + MW MA 28. 00 23.35 21.37 17.82 6827 F BR .00* 11.92* + WYSE 50.00 A 38.16 A BR .00* 10.13* + AW70 21.00 15.54 6835 BR .60* 5.72* + F BR 23.30* 17.24* BR .60* 6.91* + FI BR ¿3.J-2Q 11*7.2 , 12*16_ 13.11 -Efi- *3.0 *— 9.66* + l F2 BR 13. 50 17.72 9.99 13.11 S 27, 50* 16.29* + 1 F 3 BR 9.91 17.72 7.33 13.11 F 19. 20* 11.20* + 1 PE BR 18.40* 13.61» _s aß_ —36-1 20* 21.11* + 1 S BR 11.70* 8.66* F RR 80*A 4. 52*A + l SI BR 24.00 A 17.76 S BR , 80*A 8.00+A + 1 MW MA 21.00 17.72 ..ll*5fr- 13.11 7065 f l3_P* -13... 87* + WYSE 3 0.00 A 22.20 A ( AR III) 1 F BR 42, 00* 23.68* + 5885 WYSE 4.00 A 2.95 A PE BR 60, 00* 33.83* + 58900 + 3428 0 III C AKI 3.00 3.00 5.86 5.86 KA2 100.00 100.00 100.00 100.00 + E AKI 3.00 3.00 5.86 5.86 (0 III) DDK 270.00 236.00 268.69 234.85 + 3444 0 III C AKI 20.00 24.00 38.76 46.51 KA2 202.00 236.00 201,02 234.85 + 1 E AKI 28.00 24.00 54.26 46.51 4991 (0 I II ) l CLZ2 750.00 750.00 745.17 745.17 + 3691 H I 1 E AKI 1.30 1.30 2.25 2.25 5007 (0 I II) l DQK 72 0.00 720.00 714.76 714.76 + 363.7 _ü I_ _J C AKI .80 2.QG . 1.38 3.45 6548 (N II ) I DQK 0.76* 0.70» + E AKI 3.20 5.51 CLZ 2 285.00 285.00 264.08 264.08 + 2 C AKI 1.70 2.92 l A DQK 1.00* 0.93* + _2 E AKI -3t2iL 5-t.39.. . 6-5-15 _LN Il J 1 CU2 7QQ.QQ- 700.00 648.33 648.33 + HE I 2 C AKI 1.70 2.92 6584 (N 11)1 A DQK 2.43* 2.25* + 2 E AKI 3.20 5.49 6717 ( S 11)1 A DQK 0.22* 0.20* + 3712 _H I_ 1 C AKI 1. 10 2.4Q 4*10..- ■ 6731 _LS II J l A DQK 0. 17* 0.16* + E AKI 3.70 6.33 + Z12Z C AKI 4. 70 8.00 REGION KEY (REG ION.REFERENCE,EXPLANAT ION) + F AKI 6.00 10.21 A. DQK . MEAN OF 19 MEASUREMENTS. BOTH LOBES + 3722 ( S II) 2 E AKI 6.00 10.21 B, DOK , MEAN OF 5 MEASUREMENTS, SOUTH LOBE + 3722 lfl - (NE IIP 1 KA2 - 28.00 35.71 35.71 + P III C AKI 4.90 4.80 8. 19 8.02 3967 (NE III) VV5 3.80* .73* + E AKI 4.70 4.80 7.85 8.02 3970 2 VV 5 3. 80* 4.72* + H T C AK I _5. LQ_ _ 5.32 8.47 EL.BQ.- 4340 2 W5_ ■3.20* 3.63*- + F AKI 5.50 5.30 9. 13 8.80 (0 III) l KA2 9.00 A 10.15 A + C AKI 5.70 7.10 9.35 11.64 2 VV5 3.20* 3.61* + E.-A-K .1— _8.50- - 7.1-0 - 13.-94 11-.64— NF T 1 VV5 J.flOL* 1.98* + 3819 HE T F AKI 2.00 2.00 3.24 3.24 KA2 95.00 95.00 99.18 + 3835 H I C AKI 7.70 8.30 12.37 13.34 VV5 10.00* 10.44* + E AK 1 - 8.90. B. 30 14.30 1 3.34 + 3868 (NE III) 1 C AKI 56.00 5 5.00 88.42 86.84 1 0063 100.00 100.00 100.00 100.00 + 1 E AKI 54.00 55.00 85.26 86.84 (0 III) 1 KA2 170.00 170.00 166.64 166.64 + H I 2 15.90 - 24_83 ■ C A-K T - + E AKI 16.00 24.98 (0 III) 1 0D63 407.40 407.40 395.37 + C AKI 15.90 24.83 2 VV5 31.00* 30.08* + A-K. ! - 16. 00 24.98 + 3967 (NE III) E AKI 28.00 28.00 42.19 42.19 NGC 2610 (PK NO. 239+13 1) + 3970 H I E AKI 16.00 16.00 24.08 24.08 + 4026 HE I f. AKI ?- 4n 3.5? + 1 E AKI 2.50 2.45 3.66 3.59 + l C AKI 3.10 4. 10 4.45 5.89 BEGIN NGC 2792 IPK NO. 265+ 4 1) 0.69 (RADIO—H BETA) + -J F AKT -5..ÍQ. Z—3? . + 4076 ( S II) l C AKI 2. 10 2.3 0 3.00 3.29 WAVE IDENT N OBS I CORR + 1 E AKI 2.50 2.30 3. 57 3.29 3727 (0 II ) l 26.00 41.77 + 4097 N UU_ J C—AK 1 _ 1.80 . 1« B.Q 2 >55 2.55 . 3 868 (NE ILL) J_ h 1 -00 91.85 + AKI 1.80 1.80 2.55 2.55 3970 27.00 38.94 + 4101 H I AKI 23. 10 22.55 32.63 31.85 3970 (NE III) 27.00 38.94 + AKI 22.00 22.55 31.07 31.85 4101 H I AF 22.00 29.98 + 4200 HE I I AKI 3.00 2.55 4.04 3.43 4340 H I AF 51.00 63.00 + AKI 2. 10 2.55 2.83 3.43 4363 (0 III) 51.00 62.43 + 4340 H I AKI 39.60 -39.JLÎ.Q 50.13 49.75 4471 HE I AF -8.QG- 93.50, 8.QQ 9.40 + 39.00 39.30 49.37 49.75 4686 87.00 93.54 100.53 + 4363 ( C I 11 ) 1 C AK I 15.00 15.00 18. 80 18.80 100.00 93.50 107.52 100.53 + 15.011 15.00 18.80 18.80 4712 (AR IV ) 2 14.00 14*J9 + HF I 1 C AK I 2.40 3.45 2.87 4.13 4740 (AR IV ) 2 AF 14.00 14. 71 + 1 F AKI 4. 50 3.45 5.39 4.13 4861 I 1 AF 100.00 100.00 100.00 100.00 + 45.41 HE II _1 C AM— 1 » 70. 2.35 1*97 WB 100.00 100.00 100.00 100.00 + E AKI 3. 00 2.35 3.48 2.73 4959 (0 I 11) l 400.00 400.00 386.78 386.78 + C AKI 2.70 2.50 3.00 2.78 5007 (0 I II ) 1 1220.00 1220.00 1159.98 1159.98 + E AKI 2.30 2.50 2.55 2.78 + N III 1 C AKI 3.70 3.95 4. 10 4.37 NGC 2792 (PK NO. 265+ 4 1) + 1 E AKI 4.20 3.95 4.65 4.37 + 4686 HE II _L C AKI 58. QG ...52>30 62.89 5ÍL.92- + 1 E AKI 47.00 50.96 56.92 + 2 C AKI 7.00 7.50 BEGIN NGC 2818 (PK NO. 261+ 81) C = 0.25 (RADIO-H BETA) + 2 E AKI , 30 8*89 + 4713 HE I 2 C AK I 7.00 7.49 WAVE N RG REF OBS I AVE O CORR I AVE C + 2 E AKI 8.30 8.89 4340 l J 45.00 45.00 48.58 48.58 + 4740 (AR TV ) .1 C. AKI.. 5.2Q 5.80 5.50 6.13 4363 _LQ III) 1 3Q.QÜ . 30. QQ 32.28 37. + AKI 6.40 5.80 6. 76 6.13 4686 J 78.00 78.00 80.08 80.08 + C AKI 100.00 100.00 100.00 100.00 4861 J 100.00 100.00 100.00 100.00 + E AKI 100.00 100.00 100.00 . I o.Q.t..O-0— QD63- 100.00 .JJJQtG-O 100.00 100.00 + 1 PE AKI 100.00 100.00 100.00 100.00 4959 (0 III) J 265.00 265.00 261.79 261.79 + 1 0D6 3 100.00 100.00 100.00 100.00 5007 (0 III) J 617.00 896.00 605.83 879.77 + 49.59 _LQ IIP _l C-AKJ 356.00 374.00 -342*90 36Q.*23 —QP63- 1175.00 896.00 1153*72 879.71- + F AKI 356.00 374.00 342.90 360.23 6548 (N II ) 3 483.00 399.74 + PE AKI 410.00 374.00 394.91 360.23 6563 483.00 399.19 + ■-5ÜQZ- _LQ LLLL 1 PF AKI 1213.00 1236.00 1146.60 L 168.34 6583 (N II ) 3 483.00 -39.8a.45— + l 0D63 1259.00 1 1190.09 1 6717 (S I ) 2 126.00 102.81 + 5517 (CL III) 1 A AE2 1.50*A 1. 16*A 6731 (S II ) 2 126.00 102.69 + 5537 -ILL LLP J A—AE2 1.QQ* (L>2Z* + 6717 ( S I I ) 1 B AE2 0.63* 0.34* NGC 2818 (PK NO. 261+ + 6730 (S I ) B AE2 1.00* 0. 53* + REGION KEY (REG ION,REFERENCE,EXPLANATION) + A, AE? , REGIONS A AND B ON DIFFERENT SCALES BEGIN NGC 2867 (PK NO. 278 -5 1) 0.44 (RADIO-H BETA) + C « —A KI a CENTER DF NEBULA + AKI EDGE OF NEBULA WAVE IDENT N RG REF OBS I CORR I + PE, AKI PHOTOELECTRIC CBSERVATIONS 3727 (0 II ) 1 AF 86.00 116.36 + 3797 1 AJE 4aOQ_ 5_.31 + NGC 2452 (PK NO. 243 -1 1) 3835 AF 6.00 6.00 7.87 7.87 + 3868 (NE III) l AF 96.00 96.00 124.63 124.63 + NGC 2867 (PK NO. 278 -5 1) + + 540 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 2 867 (PK NQ.-278 -5 1) NGC 3132 (PK NO. 272*12 1) + WAVE IDENT N RG REF OBS I AVE 0 CORR I REGION KEY (PEG I ON,REFERENCE» EX PLANATION) + -3-97 Q_ _2 A£ 31.QO 39.. I5_ C. AKI , CENTER OF NEBULA + 3970 (NE III) 31.00 39. 15 E, AKI , FDGE OF NEBULA + 4026 HE I 2.00 2.00 2.49 2.49 + -4J.6.8— _LS LL -L A-E_- 4.00 4.00 4. 92 - -4.92- END NGC 3132 ( PK NQ. 11Z±XZ 1) + 4101 AF 24.00 24.00 29.23 29.23 + 4340 AF 41.00 41.00 46.91 46.91 + 4363 _LQ III) 1 Af LQj»-QQ— 1 0-00 .11-^.8 - 11.38— + 4471 HE I AF 4.00 4.00 4.43 4.43 BEGIN NGC 3195 (PK NO. 296-20 1) 0.09 (RADIO-H BETA) + 4541 HE II AF 3.50 3.50 3.81 3.81 + 4686 HE II -Af 32.QQ_ 36.85 33.51 38. SO AVE O CORR I AVE C + 1 WB 41.70 43.67 3727 (O II ) AF 270.00 287.23 + 4712 (AR IV ) 2 AF 4.00 4.16 3868 (NE III) AF 68.00 71.73 + 4740 (AR IV ) 2 AF 4. 00 4.13 3-970- (NE J H L.2- Af— 20.00 20 .-98 + AF 100.00 100.00 100.00 100.00 3970 H I AF 20.00 20.98 + WB 100.00 1 CO.00 100.00 100.00 4101 H I AF 29.00 29.00 30. 19 30.19 + .4959 -JLÜ HI) _A£_ 480.00 480.00 469.82 469.82 4340 H T 1 AF 35-.-QQ. 35.QQ 35.98 35.98 + ( 0 I II ) 1 1470.00 1470.00 1423.47 1423.47 4363 (0 III) 5.00 5.00 5. 13 5.13 + 4686 HE II 20.00 20.00 20. 19 20.19 + NGC 2 867 (PK NO. 278 -5 1) 4861 H I_ 100.00. 1-00.00 1 no.on + 1 WB 100.00 100.00 100.00 100.00 + 4959 (0 III) 1 AF 176.00 176.00 175.23 175.23 + 5007 LO III ) _1 A£_ 550.00 541.00 546.39 SB7.17 + BEGIN NGC 2899 (PK NO. 277 -31) C = 0.74 (RADIO-H BETA) 627.86 587.12 + IDENT N RG REF OBS I END NGC 3195 tPK NO. 796-20 11 + 3425 ( NE V ) 1. 80 B 3.43B + 3727 (0 II) RM 38. OOB 63.19B + .1068. JNE -III L RM QOB -29..46 B- + 3889 I 50B 3.8 BEGIN NGC 3211 (PK NO. 286 -41) C = 0.34 (RADIO-H BETA) + 3889 HE I RM 50B 3.84B + 3-967. (NE III) —RM— 6QB— 11..27B I DENT. _.N RP—RE£ OBS ( AVF 0 CORR I AVF + 3970 .60B 11.26B 3340 (NE V ) 2 32.00 43. 87 + 4101 . 50B 3.48B 3340 0 III 2 32.00 43.87 + 4340 . 60R —5.77B 3425 (NE V )—2_ —A F— _73-^Q Q _ 98- 16 + 4363 (0 III ) RM 30 A 2.86 A 3440 III 73. 00 97. 85 + 4686 HE I I RM 60B 4.97B 3727 (0 II) 32.00 40.42 + 4flS] 10.00 A ( NF T T T 1 + WB 100, 00 100.00 100.00 3970 H I 2 29.00 34. 74 + 4959 (0 III) RM 35. OOB 33.76B 3970 (NE III) 2 29.00 34. 74 + 5006 _LQ_ -LULL 94.77 A + 1050.00 1050.00 995.13 995.13 4340 AF 43.00 43.00 47. 72 47.72 + 5754 (N II) RM 2.70B 1.95B 4363 (C I I I ) 1 AF 17.00 17.00 18.78 18.78 + SR7A HE I _ELM_ 2.4DB 1.66B 4640 + 6300 (P 3.05 l 75.00 65.25 77.73 67.62 + 6363 (C 0.0 R l 55.50 65.25 57.52 67.62 + —LN II L- 1 (AR TV ) 2 + 6563 I 1 RM 72. OOB 40.96 B 4740 (AR IV ) 2 13.40 13.73 + 6584 II ) 1 RM 300. OOB 169.68B 4861 H I 1 100.00 1 00.00 100.00 100.00 + 621 7_ II 1. J RM LZ. OOB 6.57B 100.00 -l-QOUXQ - + 6731 (S II » 1 RM 12.C 4959 (P 111)1 AF 530.00 530.00 521.30 521.30 + 5007' (0 I IT ) I AF 1650.00 1600.00 1609.49 1560.72 + END NGC 2899 (PK NP. 277 -3 1) . H B... 155Q.QQ JLGCÛ^QQ- 1511.9-5 1-5 6 ÍU 72 - + NGC 3211 (PK NO. 286 -4 1) + BEGIN NGC 3132 (PK NO. 272+12 1) 0.25 (RADIO-H BETA) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE BEGIN NGC 3242 (PK NO. 261+32 1) C = 0.21 (RADIO-H BETA) + 3726 (0 II ) 1 AF 420.00 498.80 + 1 AKI 100. 00 118.76 WAVE IDFNT N RG REE OBS I AVE 0 CORR I AVE + 3729 _LQ U ). I A Kl— 100« QQ. 118.71 3132 «9. Q O I I T CAKE 2.30 2.88 45.29 + 3734 I l AK I 4.00 4.00 4.74 4.74 1 BR A 70.00 36. 15 87.70 45.29 + 3750 H I l AK I 6.00 6. 00 7. 10 7.10 3187.80 HE I 1 CAKE 3.30 3.30 4. 10 4.10 + 3771 —H I— _1 AK1 .00 7.00 8 .-25 8-.Z5 - -3203«10- HE II -1 CA KF 8.30 14.15 -LQ.3Û 17.56 + 3797 H I AK I 8.00 8.00 9.39 9.39 1 BP A 20.00 14.1 5 24. 83 17.56 + 3819 HE I AK I 3.00 3.00 3.51 3.51 3211 0 CAKE 0.30 0.30 0.37 0.37 + 3835 10.00 10.00 . 11 t_fe6 -lU.fr.6_ 3218..QQ _Q LL_ _1 0.30 0.37 + (NF III) _1l A Kl. + AF 160.00 1 16.00 185.58 134.54 3234.00 S T11 1 + CA KJ + CAKE + QjlOQ— + 0.40 0.40 0.49 + 0^37 + 0.49 + 1 AK I 72. 00 1 16.00 83.51 134.54 3241.70 (NA IV ) l CAKE 0. 30 0.3 0 0.37 0.37 + 3889 2 AK I 25.00 28.89 3261.00 O III 1 CAKE O* 40 . _a..4Q_ 0.4.9 0.49 + 3889 HE I 2 AKI 25. 00 28.89 3265.40 O III 1 CAKE 0.40 0.40 0.49 0.49 + 3967 (NE III) 1 AK I 30.00 34.27 3287.00 O II l CAKE 0.20 0.20 0. 24 0.24 + 3.9 7Q _ H I 2 40.00 45.68 3299.30 Q LLL_ _lAF— CAKJ— 5.50 5.50 -6.12 6.72 + 18.00 20.55 3312.30 0 III l CAKE 10.80 I C.90 13. 18 13.30 + 3970 (NE III) 40.00 45.68 l BR A 11.00 10.90 13.42 13.30 + 4026 HE I AK I U-8-Q- 4.80. 5.43 U-43 . 3340.-80 Q LUL J C A KJ 14.40 14.40 -17.50 -17 UQ + (S II ) 1 8.00 7. 15 9.00 8.04 3345.90 (NF V ) 1 CAKF 0.0 0. 0 + 1 AK I 6.30 7.15 7.08 8.04 2 BR A 16. 00 19.43 + (S II ) 1 AKI 4. 50 4.50 5.05 5.05 3346 _0 LU— 2 BP A -16.QQ 19.43 + l AF 23.00 24.50 25.73 27.41 3355.00 HE l 2 CAKE 0.20 0.24 + 1 AK I 26.00 24.50 29.08 27.41 3355.00 NE II 2 CAKF 0.20 0.24 + . .41.40. __ü I_ _J AJE— 33.00 . 36.50 35.63 39.40 _ 34.05.1Æ. JQ L1I_ _1 CAK-E— -Q.-3Q -0.30 Q. 36 0.36 + 1 AK I 40. 00 36.50 43. 18 39.40 3410.00 2 CAKF 0.20 0. 24 + 1 AF 5.00 5.75 5. 38 6.19 3410.00 0 IV 2 CAKF 0.20 0. 24 + -L AK.I 6.50 _ 5.75_ 6.99 6.19 3415.20 Q— III CAKF -Q«¿0 0.77 + 4471 HE I AKI 5. 80 6. 15 3425.97 (NE V ) 1 CAKF 0.0 0.0 + 4541 HE II 1 AKI 2.00 A 2.10 A 2 BR A 5.50 6.60 + 4¿AQ - _N III J AKI 2.00 A 2.07 A JLOS— 31 .QQX 37.77 X + 27.00 A 27.72 A 3425 III 2 BR A 5. 50 6.60 + 24. 00 24.64 24.64 3444.00 III I CAKF 0.0 I 6. 50 0.0 19.76 + 471 1 (AR IV ) 2 —Alt I— 5.11 1 BF—A. . 33.-QQ 16.50 39.52 -19U6 + 4713 HE 2 AKI 5.00 A 5.11 A KOS 31.00X 37.13X + 4740 (AR IV ) 1 AKI 2.00 A 2.04 A 3530.60 HE 1 CAKF 0. 10 0.10 0. 12 0.12 + 4-861 - H I _1 AF -100.QQ 1QQ.QQ 100.00 3554.30 1 CAKF 0. 20 Q «24 + l 100.00 100.00 100.00 100.00 3568.50 NF II CAKF 0. 10 Û.10 0. 12 0.12 + 1 100.00 100.00 100.00 100.00 3574.30 NE II CAKF 0. 10 0. 10 0. 12 0.12 + _LQ III ) -L- 330.QQ 293.50. 326.« 01 -289^95 3587.30 CAKF 0.30 -0.35 + 257.00 293.50 253.89 289.95 3591.00 C II 1 CAKF 0. 10 0. 10 0. 12 0.12 + 1020.00 935.00 1001.53 918.07 3591.00 C II 1 CAKF 0. 10 0. 10 0.12 0.12 + 85Q.0Û - 935.00 834.6l1 91 8-.07 3600.00 HF T 1 CAKF 0. OR _Q..Q9 Q.Q9 + 3604 0 CAKF 0.08 0.08 0.09 0.09 + NGC 3132 (PK NO. 272 + 12 1) 3613.60 HE 1 CAKF 0. 10 0. 10 0. 12 0.12 + -3619 0 CAKF Q . 05 Q.Q5- Q. 06 0.06 + NGC 3242 (PK NO. 261+32 l) + + 541 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + NGC 3242 (PK NQ. 261+32 1) NGC 3242 (PK NQ. 261 + 32 11 + WAVE N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REf OBS I AVE 0 CORR I AVE C + . 36.3J? O CAKF Qt IQ... Qt.Lfl. Q.i2 0.12 4186.90 -C III -1 CAKF _ Q.2Q_ Q.2J1 0.22 0.?? + 3634 20 HF I l CAKF 0. 30 0.30 0.35 0.35 4189.80 0 1 CAKF 0.05 0.05 0.05 0.05 + 3671.5C 1 CAKF 0.46 0.46 0.54 0.54 4195.60 N 1 CAKF 0.03 0.03 0.03 0.03 + 3673. lil _L CAK.E_ .53 _Q. 53 0.62 Qjl62_ 4199.90 Hg. I 1 CAKF .13.70- -0.70 0.76 Q-.J6 + 3676, CAKF 0.52 0.52 0.60 0.60 4227.40 (FE V 1 CAKF 0. 20 0.22 + 3679. 1 CAKF 0.60 0.60 0.70, 0.70 4237.00 N I 2 CAKF 0.03 0.03 + 3692.8-0- _1 CA K.F— 0.65 0.65 . Q.16 . Q.76- ^237.00 L _2 CAKF Q. 03_ . 0.03 + 3686 ,80 CAKF 0.86 0.86 1.00 1.00 4241.20 2 CAKF 0.06 0.06 + 3691 ,50 CAKF 0.93 0.93 1.08 1.08 4241.20 2 CAKF 0.06 0.06 + 3 69-4 . HF I I CAKF 0.20 0.23 . 436.7. IQ _C L _Jl CAKF Q« 60- 0.80 0.86 Q-.86 + 3694. 40 ME II CAKF 0.20 0.23 4275.60 I 1 CAKF 0.08 0.09 + 3697, 20 H I CAKF 1.20 1.20 1.39 1.39 4276.70 I 2 CAKF 0.0 0.09 + 3703.80 H T CAKF 2.20 2.20 2t 55 ^276*70 12 L _2 CAKF 0* 08- 0.09 + 3704, 80 HE I 1 CAKF 2.20 2.20 2.55 2.55 4283.30 l CAKF 0.03 0.03 0.03 0.03 + 3707, 20 O III 1 CAKF 0.30 0.30 0.35 0.35 4294.90 l CAKF 0.05 0.05 0.05 0.05 + 3712. 1 CAKF 1.75 1.75 2.03 4303.90 _1 CAKF _ -0. 07 0.07 0.07 0.07 + 3715. 10 0 III 1 CAKF 0.50 0.58 4313.95 0 I 1 CAKF 0.03 0.03 0.03 0.03 + 3721 90 H I 2 CAKF 2.00 2.31 4317.20 0 I l CAKF 0.06 0.06 0.06 0.06 + 37.2,1, 90 (S III) 2 CA k_E_ 2.00 2.31 . 4325.80- 1] L 1 CAKF _Û.Û2_ _Q. 02- 0.02 Q.>D2 + 3726.00 (O II I 1 CAKF 5.80 6.70 4331.40 I 2 CAKF 0.02 0.02 + l BP A 17.00 19.64 4331.40 0 I 2 CAKF 0.02 0.02 + 1 C -KA2- 17.00 19.64 434Q.4Q _H L _1 CAKF 40.50 53.45 _43_^L9 . + l W KA 2 21.00 24.26 1 BR A 63.00 67.18 + 1 OS 1.00* 1. 16* 1 AN 49.50X 52.79X + -1 V-V 1- 7. 40* 8.55X _J MI 7 3 47.30 50.44 + 3728.70 (0 II) 1 CAKF 2.90 3. 35 1 R2 63. 00 53.45 67. 18 + 1 OS 0. 72* 0. 83* 2 VV 1 70.30X 74.97X + 1 CAKF 0. IQ 0- 1 2 4349.40 0 TT _J CAKF . 0.06 + 3734. I CAKF 2.00 2.00 2.31 2.31 4363.20 (O III » l CAKF 11.00 11.70 + 3740 II 1 CAKF 0.05 0.05 0.06 0.06 1 AN 15.10X 16.06X + 3750. __L_ _L CAKF 2-30 2.30 2.65 .65 . J Sü » - 00* 1 .06» + 3754, III I CAKF 0.80 0.80 0.92 0.92 2 VV 1 70.30X 74.76X + 3757. III I CAKF 0.20 0.20 0.23 0.23 4379.20 N III 1 CAKF 0.20 0.20 0.21 0.21 + 3759, I II C_A K F_ 2.80- -2..8J3 3.-22 3.22 4387.90 HF. I _J CAKF 0.45 0.45 0.-48 0-48 + 3770, I 1 CAKF 2.70 2.70 3.10 3.10 4391.00 1 CAKF 0.04 0.04 0. 04 0.04 + 3774. III 1 CAKF 0.30 0.30 0. 34 0.34 4408 0 CAKF 0.02 0.02 0.02 0.02 + 3 78 1.6X3 HE. I I_ -4 C-A-K-E— 0.41 4414.90 _J CAKF 0.06 + 3791 III CAKF 0.30 0.30 0. 34 0.34 4431.00 NE II I CAKF 0.03 0.03 0.03 0.03 + 3796. II l CAKF 0. 10 0.10 0.11 0.11 4437.50 HE I 1 CAKF 0.04 0.04 0.04 0.04 + J CAKF 3.1-0- 3.85 4.453 _0 CAKF + 3805. CAKF 0.06 0.06 0.07 0.07 4458 0 CAKF 0.02 0.02 0.02 0.02 + 3813. CAKF 0.20 0.20 0.23 0.23 4471.40 1 CAKF 3.70 4.45 3.89 4.67 + 3819. CAKF n. 70 0. 70 O. 80 0.80 .. 1 PR A -4.45 4.67 + 3827. 1 CAKF 0.02 0.02 I AN 6 • 00 X 6.30X + 3833, 80 HE II 2 CAKF 0.20 0.23 1 VV I 3. COX 3. 15X + 3833.80 HF T _2 CAKF— 0.20- 0^23— 4481.20 HG. II _J f.AKF n.n? + 3835. 40 H l CAKF 5.40 5.40 6. 15 6.15 4511.00 N III 2 CAKF 0.09 0.09 + 3839. 60 (FE l CAKF 0. 07 0.07 0.08 0.08 4511.00 (K IV ) 2 CAKF 0.09 0.09 + 38-5 1. PC 0 U_ -3 CAKF -0 .-02- Q .-02 - 4517.00 _C III J CAKF— n-03 0.03 + 3851. 10 0 3 CAKF 0.0? 0.02 4523.60 N III 1 CAKF 0.03 0.03 0.03 0.03 + 3851. 10 (FE 3 CAKF 0.02 0.02 4534.60 N III CAKF 0.06 0.06 0.06 0.06 + 38-5 8.0-0 HE I I —1 CAKF . -0^-20- Q.-23- HS U -CAKF- + 3866 CAKF 0. 11 0.11 0. 12 0.12 4562 (MG I ) CAKF 0.10 0.10 0. 10 0.10 + 3868. 70 (NE I [T 1 CAKF 73.00 95.00 82.68 107.59 4570.90 MG I CAKF 0.06 0.06 0.06 0.06 + 1 RP. A 117.00 95.00 1 32.51 107.59 4611.QQ (AR V L_ CAKF . ■0.05. - 0.05 0. 05 0-05 + VV 1 181.30X 205.33X 4620.00 C I I CAKF 0.02 0.02 + 3871. CAKF 0. 10 0. 11 4620.00 n 11 CAKF 0.02 0.02 + 3838. CAKF 13.40 15. 13 4634.10 N III CAKF 1.80 1.85 + VV 1 181.30X 204.73X A 6.60 6.79 + 3888.80 HE I CAKF 13.40 15. 13 AW7 0 1.30 1.55 1.34 1.59 + VV 1 181.3QLX -¿Q4.-J3X . CAKF 2.60 2.75 _2-i_67_ 2.83 + 3920. l CAKF 0. 08 0.08 0. 09 0.09 2 BR A 6.60 6.79 + 3923. 50 HF T I 1 CAKF 0.20 0.20 0.22 0.22 l AW70 2.91 2.99 + _iL926. 90 HE I _I CAKE- 0.02 0.07 0. OB Q.QB III AH 7 Q— -Q.8I- 0.89 + 3935 CAKF 0. 04 0.04 0.04 0.04 4649.10 1 CAKF 0. 50 0. 51 + 3944, II 1 CAKF 0.05 0.05 0.06 0.06 4 AW70 0.87 0.89 + 39-48-. II- _1 CAKF 0.06 0.07 CE 07 _ 4650 _A AW7Q Q. 87 0.89 + 3964. 80 HF I CAKF 0. 50 0.50 0. 56 0.56 4651 C III AW70 0.87 0.89 + 3967. 50 (N^ III) CAKF 22.70 22.70 25.38 25.38 (FE III) 3 AW70 0.30 0.31 + 2 BR A 50m-QÜ 55. 91 4658.00 __C LV J CAKF Qm 05 Qm 05 Q.Q5 .IE 05- + CAKF 10. 70 11.97 3 AW7 0 0.30 0. 31 + 2 BR A 50.00 55.91 l CAKF 0.06 0.06 + _2 VV L- 55« 5QX 62.06X 3 AW70 0.30 Q..31 + 3970 (NF III) 2 VV 1 55.50X 62.04X 4669 0 CAKF 0.03 0.03 0.03 0.03 + 4009, 20 HE I 1 CAKF 0.15 0. 17 4676.10 0 I I 1 CAKF 0.06 0.06 0.06 0.06 + 4026, 00 HE I 2 CAKF U 2.00 46,85.7 0 HE II _ CAKF 32.00 -^36.50 - 32jlJ2_ 37.32 + 4026. 00 HE TI ? CAKF 1.80 2.00 1 BR A 51.00 52. 14 + 4041 40 N II 2 CAKF 0.03 0.03 1 AN 59.00 X 60.32X + _2 CAKF . 0.03 1E-Q3 _J C KA2 36-00 + 4056. 00 C III CAKF 0.02 0.02 0.02 0.02 W KA2 27.00 27.60 + 4060. 20 (FF IV ) l CAKF 0. 10 0.10 0. II 0.11 1 VV 1 27.40X 28.01X + 4069,60 (S I L 1 1 CAKF .0.89 0.80 0.^-8 8 Q. 68 4712.00 ( AR, IV ) -2 CAKF 5.20 Su-39 + 4072, IC II l CAKF 0.40 0.40 0.44 0.44 2 AW70 5.20 5. 30 + 4076. 20 ( S I I ) l CAKF 0. 20 0.20 0.22 0.22 4712.00 HE I CAKF 5.20 5.30 + 4085.20 P _Li 1 CAKF 0.06 Q.-Q6 -CE-Q7 (EQ7 AH70 5.20 5.30 + 4089. 20 I CAKF 0.13 0.13 0. 14 0.14 4725.00 (NF IV ) l CAKF 0.06 0.06 + 4097 , 30 N III 1 CAKF 1.50 1.50 1.65 1.65 1 AW70 0.22 0.22 + 4101. 1H b I J CAKF. 22.50 . 2 8.85 24.7? 31 t 70 4740.10 (AR IV ) 1 CAKF 5.00 4.40 5,08 4.47 + 1 PR A 32.00 28.85 35. 16 31.70 l AW7 0 3.80 4.A0 3.86 4.47 + 1 MI73 28.90 28.65 31.75 31.70 1 CAKF 100.00 100.00 100.00 100.00 + 1 R2 32.00 28.65 35. 16 31.70 1 RR A 190.00 -LQ 0.-09 . 100-00 100-00 + I VV 1 27.80X 30.54X 1 ACP 100. 00 100.00 100.00 + 4112. P II 1 CAKF 0.01 0. OL 0.01 0.01 l AN 100.OOX 100.OOX + 4120. HF I l CAKF 0. 20 0.20 Q.t.22 _a.22- 1 PE BR -190.-0-9 1QP.PQ -I0pt-00 -■ 1QQ..QQ + 4143, 80 HE I CAKF 0.30 O. O. 0.33 1 S BR 3 100.00 100.00 3 100.00 100.00 + 4153. 30 C III CAKF 0. 0 0.0 0.0 0.0 1 COAL 100.00 100.00 100.00 100.00 + 4153, 99 Q U CAKF 0.0 P. P. o.o —Gil - i on.on —LO0. HO P 100.00 100.00 + 4156, 30 C 111 CAKF 0.03 0.03 1 C KA2 100.00 100.00 100.00 100.00 + 4156. 3 C 0 11 CAKF 0. 03 0.03 1 W KA2 100.00 100.00 100.00 100.00 + 41 63. ?n (K CAKF 0.0? 0.0? _J KQS 1QQ.QQX 1Q0.QQX + 4168, 90 HFr I CAKF 0.05 0.05 0.05 0.05 l MI 73 100.00 100.00 100.00 100.00 + 4180. 90 (F V CAKF 0. 04 0.04 0.04 0.04 R2 100.00 100.00 100.00 100.00 + NGC 3242 < PK NO. 261 + 32 1) NGC 3242 (PK NO. 261+32 1) + + 542 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 3242 (PK NO. 26l + 3¿ 1) NGC 3242 (PK ND. 261+32 H + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4861.00 H I VV 1 100.00X 100.OOX 6949 I S BR 2.10 2.10 1.74 1.74 + 4922.00 HE I 1 CAKF 0.30 0.51 0.30 0.51 HE I 1 F BR 7. 10* 5.85* + 1 AW70 0.72 0.51 0.72 0.51 l S BR 6.60 6.60 5.44 5.44 + 4931.00 (0 III) J CAKF Q,Q5_ Q.ll Q.Q5 Q.ll 7136 (AR im 1 PE 12*70 14*55 10.43 U *94 + l AW70 0. 18 0.11 0. 18 0.11 1 S BR 16.40 13.46 + 4941 l AW7 0 0.12 0.12 0. 12 0.12 7136 (AR IV ) l F BR 15.90* 13.05* + 4959.00 (0 HT ) 1 CAKF 470.00 414.50 415.73L- 410.28 7236 (AR IV ) 1 S 2*20 —2.». 20. 1.80 -1.60 + A 590.00 414.50 584.00 410.28 7236 (AR III) 1 F 1.60* 1.31* + ACP 307.00 414.50. 303.88 410.28 7263 (AR IV ) 1 F 0.90*A 0.73*A + _ALI 340.OOX 336.54X 1.80 mAI 1.47 + 1 PE BR 420.00 414.50 415.73 410.28 8750 H I J. S GU a£_ + 0.72 0. 72 0.54 0.54 + 1 W KA2 410.00 414.50 405.83 410.28 10830 HE I GU 58.00 58.00 41. 17 41. + 1 R2 340.00 414.50 336.54 410.28 + 1 VV 1 136.90X 135.51X REGION KEY (R EG ION,REFERENCE,EXPLANATION) + 4992 1 AW70 0.30 0.30 0.30 0.30 BR, A , BRIGHT RING + 5006.90 (Q III ) A CAKF. . 1280.00 1244.50 1260.51 275.55 A. AE2 , REGIONS A AND B CN DIFFERENT SCALES + 1 BR A 1350.00 1244.50 132*9.45 1 225.55 F, BR , FILAMENT IN SOUTHEAST PORTION OF OUTER SHELL + 1 ACP 1097.00 1244.50 1080.30 1 225.55 PE, BP ♦ PHOTOELECTRIC (FROM ALLER AND CZYZAK 1972, UNPU3.) + 1 PE BR 1280.00 ■1244.50. 1260.51 L 225.55 S. BR . INTERFILAMENT IN SOUTHWEST PORTION OF OUTF R SHELL + COAL 1445.00 1244.50 1423.00 1 225.55 KA2 , WHOLE NEBULA + R2 1015.00 1244.50 999.55 1 225.55 C, KA? , INNFR 27 ARCSEC + 100.00* 98.48* + 1 VV 1 0.0 XA 1244.50 0.0 XA1 225.55 NGC 3242 (PK NO. 261+32 1) + 5015 HE I 1 A W70 0.63 0.63 0.62 0.62 + 5047 HE T 1 A W70 0.24. H*. 0-74 0.24 + 5131 1 A W70 0. 14 0.14 0.14 0.14 + 5191 (AR III) 1 AW70 0.09 0.09 0.09 0.09 BEGIN NGC 3587 (PK NO. 148+57 1) C = 0.01 (RADIO-H BETA) + 5199 _ÜÜ I L _L_E ÛE 0.40* 0.39* + 5345 AW70 0. 11 0.11 0. 10 0.10 WAVE IDENT N RG REF OBS I CORR I + 5411 HE I VV 1 26. 70 26.70 25. 15 25.15 3726 (0 II) 1 M 320.00 322.21 + 5411 -HE II AU70 5.60 7.23 3.39 2.10 _J A ..OS l.QO* 1.01*- + 1 PE BR 2.80 2.23 2.64 2. 10 B OS 1.00* 1.01* + 1 S BR 0. 30 2.23 0.28 2.10 C OS 1.00* 1.01* + _1 A. AF2 0.80* A-. 75* D QS_. 1.00* 1.01 * + AW70 0. 0.40 43 OS 1.00* 1.01* + BR 1. 10* 1.03* OS 1.00* 1.01* + _B£ 1.00 0.93 1.00* 1.01*- + 5537 1 A AE2 i.oo* 0.93* I OS 1.00* 1.01* + 1 AW70 0.44 0.41 OS 1.34* 1.35* + i—e—afi 0.90* -0^84* 1.3B* 1.39*_ + 1 S BR 1.20 1. 12 C OS 1.40* 1.41* + 1 F BR 7.20* 6.67* D OS 1.32* 1.33* + _L_S û&_ .5.50 5.09 1.27* 1.28*- + 5592 0 III AW70 0. 18 0.18 0. 17 0.17 l F OS 1.37* 1.38* + 5754 (N II) AW70 0.13 0.13 0.12 0.12 1 G OS 1.30* 1.31* + n, un* 0.46* 1.37*- + 1 S BR 0.20 A 0. 18 A (NE III) l W KA2 73.00 81. 50 73.43 81.98 + 5801 1 A W70 0.43 0.43 0.39 0.39 1 M 90.00 81.50 90.54 81.98 + 5812 -1 -AW7Q. 0.55 . 0.55 0^50 0.50 H T 4). nn 41.27 - + 5836 HF II AW70 0.10 A 0.09 A 3970 (NE III) 41.00 41.22 + 5 864 (MN V ) l AW70 0.50 0.50 0.45 0.45 4101 H I 23.00 23.00 23. 10 23.10 + HF T 1 AU7n 7A- 50 71.45 73^89 19.34 -4340- - H T 40.00 - 40.00 40.12 - 40.12 + 1 F BR 24.10* 21.72* 1 C BDO 1. CO* 1.00* + 1 PE BR 11.20 21.45 10. 10 19.34 l N BDO 1.00* l.oo* + _l^_s afi_ 70.30 71-44 18.30 . 19.34 _] M i 3. nn i 3. n4 + 27. 80 25.06 □ D65 1.00* 1.00* + 6098 0.60* 0.53* SM 0. 74* 0.74* + 0.60 0.53 0.53 4471 HE I W KA2 3.60 3.60 3.61 3.61 + 6234 0.60* 0.52* 4686 HE II C KA2 21.00 19.43 21.02 19.45 + 0.60 0.52 0.52 W KA2 10. 30 19.43 10.31 19.45 + 6286 _S LL 0.30*A 0. 26 »A ..27,00 19.4.3 27.03 - -44 + 1 S BR 0.10 A 0.09 A 4740 (AR IV ) I W KA2 2.80 2.80 2.80 2.80 + 6300 HE I l VV 27.80 24. 15 4861 H I ACP 100.00 100.00 100.00 100.00 + 6300 _L0 I L _L_E Bfi- 3.30* 2.87* 1ÛQ.0Ü inn-nn i no.on -100,00 + 1 1.20 1.04 l COAL 100.00 100.00 100.00 100.00 + l CAM 0.00*A 0.00*A 1 C KA2 100.00 100.00 100.00 100.00 + 6306 I F BR ' Q.4Q». 0.35* _L w ka.2 100.00 100.00 100.00 100,00 + s 0.40 A 0.35 A 100.00 ICO.00 100.00 100.00 + 1 F BR 2.00* 1.74* 4861 H I 100.00 100.00 100.00 100.00 + -LS afi_ 1.70 1.70 1.48 4959 (0 III) ACP 250.00 323.07 249.88 322.92 + 6357 N II 1 F 0.40* 0.35* l RR 449.30 323.07 449.08 327.92 + 1 S 0. 10 A 0.0<^ A 1 W KA2 2 53.00 323.07 252.88 322.92 + —LO I L 1 F 1.20* . n4* 340.00 323.07 339. 83 -3-22 ,-9¿ + 1 S BR 0. 50 0.43 1 ACP 674.00 673.51 + 6423 l F BR 0.60* 0.52* l C BDO 74.10* 74.05* + 6465 -LE BJL - nn* n. 86» _J N BDO 151.QQ* 150*89»— + 1 S BR 1.40 1.20 1.20 COAL 645.70 756.57 645.23 756.01 + 1 F BR 8.30* 7.08* M 950.00 756.57 949.31 756.01 + 3 PE BR 354.00 301,98 0065 101.00* 1QQ.93*- + l S BR 4.30 3.67 SM 100.00* 99.93* + 3 PE BR 354.00 301.63 5199 (NI ) 1.20 1.20 + _L CAM 1.00* (L85* 5322 (CL IV ) 0.90 A 0. 90 + 1 M I 73 294.00 250.51 5412 HE I I BR 1.40 1.40 1.40 1.40 + 2 VV 1 777.00 662.06 5517 (CL III) BP 1.60 1.60 1.59 1.59 + 6563 —LM II ) 1 CAM 0.01* 0.01* 5538 -LGL. III.L 2,10 2,09 . 2.09 + 2 VV 777.00 662.06 5577 (0 I BR 25.20 A 25.11 A + 1 F BR 21.80* 18.54* 5755 (N II BR 1.90 1.90 1.89 1.89 + 3 PF BR 354.(10-. 3QL14 5876 HE I BR 12.30 12-30 1?. 74 1? .74 + 1 S BR 5.90 5.90 5.02 5.02 5914 HE II 1.20 A 1.19 A + l F BR 10.30* 8.71* 5932 HE II 2.00 1.99 1.99 + _LS 8B_ LQ. 8.0 10.80 9.13 9.13 5953 HE II 2.20 7.19 2.19 + (S II ) 1 0. 51* 0.43* 5977 HE I I 1. 1.80 1.79 1.79 + 1 F BR 2.60* 2. 19* 6005 HE II 1. 30 1.30 1.29 1.29 + .6710— _LS LI 1- J B—AE2 1.00* D-*84* 6098 1.00 A 0.99 A + 1 F BR 3.40* 2.86* 6234 BR 3. 70 3. 70 3.68 + 1 S BR 1.00 0.84 6254 BR 1.30 1.30 1.29 + . l—E Bfi_ 0.70* fl* 59* 6286 _i LL B£_ 1.40 1.40 1.39 . 1.39 + 1 S BR 1.50 1.26 6300 (n i BR 11.60 A 11.52 A + 1 F BR 0.50* 0.42* 6306 s 11 BR 3. 70 3.70 3.68 3.68 + 1 -S ,09 6310 ( s ni ) BR 3,40 3.40 3 ..IB -3-*18„ + 1 1.20* 1.00* 6345 BR 2.50 2.50 2.48 2. + 1 S 1.70 1.42 6347 BR 1.90 1.90 1.89 1.89 + NGC 3242 (PK NO. 261+32 1) NGC 3587 (PK NO. 148+57 l) + + 543 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 3587 (PK NtL^14B + 57 1) .. (PK NO, 294+ 4 l) + WAVE IDENT N RG REF OBS I AVE 0 AVE C WAVE IDENT N RG REF OBS I CORR AVE C + 6357 LL_ 1 BR 3.8a 3.8Q.. 3.77 .191Q (NE III> 2 A£ 4¿.QQ_ 5A.V7.. + 6364 (01 ) BR 3.70 3.67 2.00 2.39 2.39 + 6371 SI II BR 2.90 2.90 2.88 EV 1.50 1.79 + 6423 BR 2.8.Q. 2.8Q- (S II I 1 AF StOOL. _^92 -P.»9_2 + 6465 3.20 3.20 3.18 3.18 EV 1.50 1.78 + 6498 3.50 3.50 3.47 3.47 4097 N III 1 EV 3.00 3.53 + .6548 _JLN Li—L 30. 5Q 30.50 . 3fl.27_ -30.21- 41Q1 H.I L_ AF 28.QP _¿8.QQ. 32.90 32.9Q + 6563 463.60 463.60 460.08 460.08 1 EV 20.00 23.50 + 6584 ( N II BR 126.40 126.40 125.43 125.43 4199 HE I I 1 EV 1. 50 1.72 + 6678 HE-.L BR 6.90 6.9.0 6. ñ4 4267 _£ U L_ EV ^Q_ + 6717 II ) 20.10 20. 10 19.94 19.94 1 AF 46.00 51.36 + 6731 II ) BR 16. 10 16.10 15.97 15.97 l EV 29.00 32.38 + 6827 &£. 6.80 _ + 4554 1 PG HAC 1.70 A 1.76 A + 4659 C IV 1 PG HAC 2.00 2.05 + 4.685 HF I I L_ 25..QQ» 25.81* + P HAC 138.00 118.00 140.79 120.39 BEGIN NGC 5979 (PK NO. 322 -5 1) = 1.39 (RADIO-H BETA) + PG HAC 101.00 118.00 103.04 120.39 + KA2 115.00 1 18.00 117.32 120.39 AVF □ CORR I AVF + VV 5 35.00* 35. 71* 4340 H I 48.00 48.00 73.47 73.47 + (AR IV ) 4 P HAC 14.30 14.55 4861 H I 100.00 100.00 100.00 100.00 + 2. PG HAC . 8.90 9.05- —5-007 - -CO III) 1050.00 1050.00 948. 54 948.54 + 4713 P HAC 14.30 14.54 + PG HAC 8.90 9.05 NGC 5979 (PK NO. 322 -5 1 ) + 477«; (NF TV ) 4 HAC 14.30 14. 52.. + PG HAC 3.20 3.25 + (AR TV ) 4 P HAC 14.30 14.50 + L Pf» HAC 6.60 —6.69— BEGIN NGC 605 8 ( PK NO. 64+48 -D 0.20 (HYDROGEN L INES) + KA2 6.10 6. 18 + A 60.00* 60.00* WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + P HAC jno.nn 100.00 -3203 - HF I T 1 AV ACPG 37.76 -37.76- —46.39 46.39 + PG HAC 100.00 100.00 100.00 100.00 3727 (0 II ) 1 AV ACPG 5. 38 6. 17 + KA2 100.00 100.00 100.00 100.00 3729 (0 11 ) 1 AV ACPG 3.34 3. 83 + -1-00.00- 100.00 - 100.00 100.00 1 AV ACPG + I II ) 3 60.00* 59.45* 3755 III 1 AV ACPG 4.43 5. Oö 5.06 + 1 90.00 94.50 89.17 93.63 3759 III 1 AV ACPG 3.92 4.48 4.48 + 1— 99-nn 94.5 0 .98.09 93.63 3770 - J 1 AV ACPG + 150.00* 148.62* 1 B ACPG 4. 12 4.56 4.70 5.20 + (O I II ) 3 60.00* 59.17* 1 AV ACPG 4.84 3.43 5.50 3.90 + 1 .275^00 iln-ns 271.21- -J a.J^f.P.G -2-.Q2 -3.43- 7.30 3.90 + 0062 346.70 341.93 3835 AV ACPG 6.01 5.49 6.80 6.21 + 2 VV5 150.00* 147.93* B ACPG 4.97 5.49 5.62 6.21 + 6563 I 2 VV 5 117.00* 101.22* 3868 (NF III) ACP 90.90 90. 17 102.35 101.53 + 6563 II ) 2 VV5 117.00* 101.22* AV ACPG 97.60 90.17 109.89 101.53 + B ACPG 89.20 90.17 100.43 101.53 + REGION KEY (PEG ION.REFERENCE.EXPLANATION) 83.QQ 90. 1 7 93.45 101-53 + HAC » PHOTOELECTRIC 3 VV5 79.00 88.95 + HAC , PHOTOGRAPHIC 2 AV ACPG 25.50 28.63 + _2 B - ACPG 15.50 17.40 + NGC 4361 (PK NO. 294+43 1) 3 VV5 79.00 88.69 + 2 AV ACPG 25. 50 28.63 + _2 B- ACPG 15.50 17.40 + 3 VV5 79.00 8.69 + BEGIN NGC 5189 (PK NC. 307 -31) C = 0.82 (RADIO-H BETA) 2 ACP 43.80 48.72 + L. AV-ACPG ¿9.70 28.65 33.04 31.87 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C ACPG 27.60 30.70 + 3727 (O II ) 1 RM 0.0 B 0.0 0.0 B 0.0 VV5 50.00 55.62 + 3868 (NE III) 1 Q.Q B 0^0 0.0 B 0.0 3970 —H L_ _A£P 43. 48.71 + 3967 (NF I II ) 2 RM 0.0 B 0.0 0.0 B 0.0 1 AV ACPG 31.70 26.00 35.25 28.91 + 3970 HI 2 RM 0.0 B 0.0 0.0 B 0.0 1 B ACPG 20.30 26.00 22.57 28.91 + 4861 ti I 1 ÉLM— 1Q.QQB IQ.QQñ _2 y 37.00 41.14 + 4959 (O III) 1 RM 62.00R 59.57B 2 50.00 55.60 + 5007 (O III) l RM 180.OOB 169.53B 3970 (NE III) 2 37.00 41.14 + 6548 (N II ) 1 B_M ¿¿.OOB . 11.83-B 4026 HF I 1 AV ACPG 4.25 4.69 + 6563 I l 41.OOB 21.94B l AV ACPG 23. 10 23.23 25.27 25.41 + 6584 II ) l 43.OOB 22.87B 1 B ACPG 27.60 23.23 30. 19 25.41 + _L_ LSj.QQ 23.23 20.78 25.41 + END NGC 5189 (PK NO. 307 -3 1) 2 ACP 113.00 120.14 + 1 AV ACPG 44.20 44.60 46.99 47.42 + -J 8 ACPG 51.20 44.60 54.43 47.47 + 41.00 44.60 43. 59 47.42 + BEGIN NGC 5307 (PK NO. 312+10 1) 0.59 (RADIO-H BETA) 42.00 44.60 44.65 47.42 + VV 5 68.00 -J-2*.3Q + WAVE IDENT N RG REF OBS I CORR I AVE C 2 ACP 113.00 119.82 + 3727 (O II ) 1 AF 24.00 36.00 1 AV ACPG 14.80 21.20 15.69 22.48 + 3868 (NE 111)1 AF 89^-00 . 89.0.0 126.22 126.29 _1 8 ACPG 16.80 ¿1.20 . 22.48 + 3970 H I 2 33.00 45. 13 C 32.00 33.93 + 3970 (NE III) 2 AF 33.00 45. 13 2 VV5 68.00 72. 10 + 4101 td I 1_ AF 7 1 .00 21.00 27.36 1 AV ACPG 6-45 + 4340 HI 2 AF 54.00 64.69 1 ACP 93. 50 73.88 95.49 75.45 + 4363 (O I II ) 2 AF 54.00 64. 19 l AV ACPG 62,80 73.88 64. 13 75.45 + 4471 HE I 1 A£ 5,00 5. 74_ 5,74 _1 B ACPG 6-5. QQ 73.88 66.38 75.45 + 4686 HE II 1 26. 00 26.00 27.66 27.66 C 83.00 73.88 84.76 75.45 + 4861 H I l 100.00 100.00 100.00 100.00 M 46.00 73.88 46.98 75.45 + 4959 (O MI) 1 400,00 400.00 3B8.67 3B8.67 VV5 93. QQ -73.88- -94.98 75.45 + (0 I II ) 1 1230.00 1230.00 1178.07 1178.07 l ACP 100.00 100.00 100.00 100.00 + l AV ACPG 100.00 100.00 100.00 100.00 + _ENß NGC 5307 ( PK NO. 312 + 10 1) + NGC 6058 (PK NO. 64+48 1) + + 545 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + + + + + 546 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 62IQ I PK NQ. *3t37 11- NQC ^2.10 ( EK_Nfl. 43t37_L) + WAVE IOENT REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + . n LL ACB 0,Q9 .09 0.09 . Q-1-Q9— 5411 HE II 1 VV2 4.20 2.95 ^.09- —2 .29-- + 4189 0 11 l ACB 0. 11 0.11 0. 11 0.11 5517 (CL III ) A AE2 0.87* 0.84* + 4227 (FE V ) 1 ACB 0.11 0.11 0.11 0.11 5528 (CL III) C 2.00 1.94 + 42.67— ACB Q«u5Q .25 0.52 1.29- -553.7 (CL-UU A AE2 1.00» -0^27*- + 1 c 2.00 1.25 2.06 1.29 5755 (N II) 1 C 3.00 3.00 2. 2.88 + 4291 Oil l ACB 0.90 0.90 0.93 0.93 5876 HE I 1 C 47.00 35.30 44.95 33.76 + 4303 on i ACB 0.13 0.13 0. 13 Q. 13- 1 ttY2_ -23.6C .35.30 22.57 33.76 + 4317 0 II ACB 0.11 0. 11 6300 (O I ) 1 CAM 0.01* 0.01* + 4317 C II ACB 0. 11 0. 11 1 VV2 15. 30 15.30 14.40 14.40 + 4327 ACB Q. IQ Q. IQ .1Q_ 6548 (N II ) 1 QCB— 8.15 _a*-15- 7.61 7.61 + A41 40.00 41. 12 1 C 473.00 441.64 + ACB 36.01 37.02 l CAM 1.00* 0.93* + . A.M- 59.50X 61.16X 1 LAR 10.00* 9.34* + C 39.00 42.90 40.09 44.10 1 OCB 282.00 263.30 352.47 + LA 55.00 42.90 56.54 44.10 2 VV2 221.00 206.35 + QCfL 39.80 42.9Q 40.91 44.1Q- -J65A3- (N II ) _2 VV2 221.00 2Q6..35 + VV2 44.70 42.90 45.95 44.10 1 C 68.00 43.75 63.45 40.82 + 4345 ACB 0.29 0.29 0.30 0.30 l CAM 0.07* 0.07* + 4348 ACB Q. 1 7 0. 17 Q. 17 _1 QCB 1915Q 43.75 18.19 40.82 + (0 III) 2 A41 40.00 41.07 6678 HE I 1 C 23.00 23.00 21.40 21.40 + 1 ACB 6.20 7.37 6.37 6717 (S IT ) 1 B AE2 0.66* 0.61* + 1_ -AM— 11.90X 12.22* 6724 (S II ) 1 C 14.00 14.00 13.01 13.01 + BOO 1.00* 1.03* 6730 (S 1 B AE2 1.00* 0.93* + C 10. 00 7.37 10.27 7.57 8750 H 1 GU 0.86 0.76 0.76 + 8.40 7.37 8.62_ 7.57, 9532 H -2 LAR 1.36» 1.19* + OCB 6.45 6.62 9546 (S III ) 2 LAR 1.36» 1.19* + SM 0.49* 0.50* 10830 HE I 1 GU 33.00 28.49 + 5.80 8.96 1 LAR 6.12* 5.28* + 4366 ACB 0.29 0.2 9 0.30 0.30 10 MU (S IV ) 1 + 4369 ACB 0.26 0.26 0.27 0.27 + 4373 n.4Q 0.49 n. sn 0.50- RFGION KEY I REG ION.RFFFRFNCF.FXP1 ANATION I + 4379 ACB 0.44 0.45 0.45 REGIONS A AND 6 PN DIFFERENT SCALES + 4382 ACB 0. 15 0. 15 0.15 + 4387 1. 0.71 1.1? . -END NGf. 6210 (PK NO. a + C , 50 1.09 1.54 1.12 + 4392 NE II ACB ,09 0.09 0.09 0.09 + 4417- - NF—I-1— 0. 10- BEGIN NGC 6302 (PK NO. 349+ 1 1) C = 1.33 (RADIO-H BETA) + 4417 C II 2 ACB 0. 10 + 4467 O II 2 ACB 0. 10 + 4467- _S U-I 2_ 0. 10. I PENT + HE I 1 A41 . 00 6.30 4. 09 6.44 3 299 0 III l A ÛA 15.00 15.00 53.50 53.50 + 1 ACB .02 6.30 6.15 6.44 3340 0 III l A OA 18.00 18.00 61.80 61.80 + ]_ 12.26X -3345 (NF V ) 1 A □ A -aa^oo- 84.3? ^nn.69 288.13 + C 6.30 10.21 .44 C OA 88.80 84.32 303.42 288.13 + LA 6.30 7.15 .44 E OA 97. 50 84.32 333. 15 288.13 + - VV-?— ¿.An Fm 63-. QQ. . 84.32 ¿15.27 288.13 + 4481 MG II 1 ACB .20 0.20 0.20 0.20 (NE V ) l 229.00 181.28 728.82 576.96 + 4491 0 II 1 ACB . 10 0. I 0 0. 10 0.10 l OA 91.70 181.28 291.85 576.96 + NF- II 1— Q. 11— DA -?7a.na .1 a 1.-? a. 859.31 516.96. + 4590 II 1 ACB 0.31 0.31 0.31 D OA 159.00 181.28 506.04 576.96 + 4596 II 1 ACB 0.22 0.22 0.22 E OA 208.00 181.28 661.99 576.96 + 4633- 1— Q. 16- 0.16- F HA 130.QQ 181.28 413.74 576.96 + ACB .51 0.52 A OA 24.00 18.15 75.24 56.90 + C .00 4.05 C OA 16.40 18.15 51.41 56.90 + 4637 _C LUL— 4.05 F OA 18.20 18.15 57.Q5 56.9Q + 4640 N III ACB 1.20 1.21 OA 14. 00 18.15 43.89 56.90 + 4641 0 11 ACB 0.43 OA 3.30 10.77 8.40 27.39 + 4641 N IV ACB 0.43 OA 25.00 10.77 63.60 27.39 + 4647 NE II ACB 0.28 0.2 8 0.28 0.28 OA 4. 00 10.77 10. 18 27.39 + 4649 0 II ACB 0.50 0.50 0.51 0.51 2. 20 2.90 5.56 7.33 + 465.7- AR II L_ ACB 0.14 Q. 14- 0. 14 _QjJl4_ 3.6Q 2.9Q 9. IQ 7.33 + 4661 0 11 1 ACB . 17 0.17 0. 17 0.17 7. 10 17. 78 + 4685 HE II 1 ACB 2.93 3.34 2.96 3.38 8.40 21.04 + L_ 5. QQ 3.34 5.Q5-- 3.38 10-10 25. 30 + VV2 3.34 2.12 3.38 2 7.00 17.53 + 4711 (NE IV ) 1 ACB 1.63 1.64 1.64 I I I ) 2 A OA 7. 10 17.78 + 4112- (AR IV ) 2 4. QQ 4.03 2_ C QA 8.4Q- 21.04 + HE I 1 ACB ,63 0.63 0.64 0.64 OA 10.10 25.30 + 2 C ,00 4.03 OA 7.00 17.53 + (AR IV ) 1 ACB , 87 2.93 1.88 2.95 (Cl 11)1 EV 1.50 A 3.74 A + C .00 2.93 4.03 2.95 A OA 41.30 103.08 + 4781 ACB .92 0.92 0.92 0.92 C OA 81.90 204.4? + 4861 A 41 IQ-Q.Qfl 1QQ.QQ- 100.00 LQQm.00 - -Q..QA 430.00 1073.26 + ACB 100. 00 100.00 1 39.50 98.59 + AN 100. oox 100.OOX 1 72.70 181.46 + 1QQ.0Q 1 QQ.QQ— 100.00 1QQ.QQ II ) 1 18.70 46.16 + CPDA 100, 00 1 00.00 100.00 100.00 C OA 41.50 103.34 + GU 100, 00 100.00 100.00 100.00 D OA 265.00 659.87 + 100.00 100.00 1QQ.QQ- LQQ^QQ - E QA 39.IQ. 97.36 + LA54 100 100.00 100.00 100.00 OA 49. 124.01 + OCB 100 00 100.00 100.00 100.00 OA 3.40 4.60 8.43 11.40 + VV2 100 ,00 100.00 100.00 100.00 E OA 6. 50 .AO .16. LI IJL. 4Q_. + HE I 1 ACB .69 2.84 1.69 2.84 F OA 3.90 4.60 9.67 11.40 + 1 c .00 2.84 3.99 2.84 A OA 3.60 5.17 8.80 12.63 + - 4918 . (Q in.) L A41 340.00 360.42 338.51 3.58 ».85 . E OA 6. 10 5.17 14.92 12.63 + 377. 00 360.42 375.35 358.85 OA 5.80 5.17 14. 18 12.63 + 292. OOX 290.72X 3759 EV 0. 0 7.10 0.0 17.22 + CPDA. 363. 10 360.42 361.51 QA 8.00 7.IQ 19.40 - LlmZZ + LA 337 ,00 360.42 335.53 358.85 C OA 7.60 7.10 18.43 17.22 + LA54 385, ,00 360.42 383.32 358.85 E i 7.70 7.10 18. 67 17.22 + VV2 155Q.ÜQ A- 1543.23-A F QA 5 .-LQ . - 7.10 12.37 U-.22 + (0 III ) l A41 920 00 1037.00 913.97 1030.20 EV 0.0 6.17 0.0 A 14.82 + l ACB 1051, 00 1037.00 1044.II 1030.20 A OA 5.40 6.17 12.97 14.82 + BDD 234.00» 232.47». -E- QA- 7^30 - 6.17 17.54 1.4.82 + BE 1000, 00« 993.44* F OA 5. 80 6.17 13.93 14.82 + CPDA 1096 00 1037.00 1088.81 1030.20 A OA 1.20 3.64 2.83 3.59 + LA 993.00 1Q37« QQ- 986.49 1Q3Q.2Q C OA 3t_lQ . 3.64 «-3.2— 3.59. + LA54 1125. 00 1037.00 1117.62 D OA 10.00 3.64 23.60 8.59 + SM 100. 00* 99.34* E OA 2.00 3.64 4.72 8.59 + -VV2 155Q. QQ A 1539.83 A F QA ■ 1.90 -3^64 4.48 8.59 + 5017 HF I l BE 26* 2.24* 3 796 HE I I 1 OA 1.40 1.40 3.29 3.29 + 5411 HE II 1 C 50 1.46 3797 H I 1 EV 0.0 7.60 0.0 17.84 + NGC 6210 ( PK NO. 43 + 37 1) NGC 6302 1PK NO. 349+ 1 1) + + 547 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + NGC 6302 CPK NO. 349+ l 1) NGC-6302 (PK NQ. 3LÉ9t 1 11 + WAVE ÎDENT N RG REF □ BS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 3797 H I 1 A OA I» 31L- 7,6Q 17.13 17.84 4387 HE I _1 EV Q.Q _L.33. CM? - 3.38 + 1 E OA 9.30 7.60 21.83 17.84 A OA 1.50 2.33 2.17 3.38 + 1 F OA 6.20 7.60 14.55 17.84 E OA 2.40 2.33 3.48 3.38 + _1 ELY— ^Q_ .5.-43 . - QML A 12.50 -f OA 3. 10 . 2.33 .-49 3.38 + A OA 2.60 5.43 5.98 12.50 l A W70 7.70 10.51 + l E OA 4.40 5.43 10. 12 12.50 1 EV 0. 10 0.14 + 1 F OA 9.30 5.43 21.40 12.50 â_Q4 -8.70- 9.14 11.87 -12.41 + EV 0.0 10.97 0.0 24.87 1 B OA 11.80 9.14 16.11 12.47 + OA 10.00 10.97 22.68 24.87 1 C OA 4.95 9.14 6.76 12.47 + B..QA. -L5.4Q- 10.97 34.93 24.87 _1 D OA 11.QQ-. .14_ ia^?i . -12.43- + 1 C 8.40 10.97 19.05 24.87 l E OA 10.90 9.14 14.88 12.47 + 1 0 11.00 10.97 24.95 24.87 1 F OA 8.90 9.14 12. 15 12.47 + 1 E OA 12.10 10.97 27.44 -24.87_ 1 AW7Q 4.60 5*15 5.95 6.66 + 8.90 20. 18 1 EV 5.15 0.0 6.66 + (NF III) 12.00 26.39 1 A OA 5.50 5.15 7.11 6.66 + B OA 235.00 216.4Q 516.8.7 475.96_ _1 C OA -3.80- 5j 15. .31 + 194.00 216.40 426.69 475.96 1 D OA 7.50 5.15 9.69 6.66 + 358.00 216.40 787.40 475.96 1 E OA 4.80 5.15 6.20 6.66 + 171.00 216.40 376.10 475.96 1 F OA 4.70 5.15 6.66 + F OA 124. 00 272.73 4571 MG I 1 AW70 0.30 0.30 0.38 0.38 + A OA 23.00 49.67 4606 (FE III) 1 A W70 1.90 1.90 2.33 2.33 + B-OA.. ft*- 3ft . 48-QI- 1 A OA 1.60 1.75 1*36- 2.14 + C OA 30. 90 66. 73 OA 1.90 1.75 2.33 2.14 + 0 OA 52.50 113.38 4628 EV 0.0 0.0 0.0 0.0 + 35-00 75.59 4634 AW7.Q 6.QQ 5.2 8 7. 19 6.33 + EV 0. 20 0.43 A 1 EV 0.0 5.28 0.0 6.33 + OA 23.00 49.66 1 A OA 5.80 5.28 6. 95 6.33 + 40.00 . 86.37 _J r OA 4.20 -.2 8 5-.Q3 6.33 + 30.90 66.72 i E OA 5.70 5.28 6.83 6.33 + OA 52.50 113.36 1 F OA 4.70 5.28 5.63 6.33 + OA 35.00 75.57 _J A W7Q 11.50 B.RQ 13.71 10.49 + 3888 HF I 0.20 0.43 EV 0.90 1.07 + 3967 (NE I II ) 3.00 6. 09 A OA 11.30 8.80 13.47 10.49 + ioi.no 204.99 C OA 5.30- B.flO 6.32 -10.49 + C OA 51.50 75.16 104.52 152.54 1 E OA 9.30 8.80 11.09 10.49 + D OA 117.00 75.16 237.46 152.54 1 F OA 6.60 8.80 7. 87 10.49 + £_ QA— 62.80 75.-16 127.46 152.56 _j n na 66.00 55. 1 5 77^57 64.82 + F OA 43.50 88.29 152.54 OA 44.30 55.15 52.07 64.82 + EV 0. 20 0.41 AW70 62.00 61.12 71.32 70.31 + -A- OA— 39.90 EV + l B OA 14. 50 18.53 29. 37 37.54 1 B OA 46.30 61.12 53.26 70.31 + 1 C OA 17.60 18.53 35.65 37.54 l C OA 71.70 61.12 82.48 70.31 + _J CL QA- 21.2.0 18.53 42.94 37.54 -J E— 64. 50 6L. 1 2 + OA 23. 80 18.53 48. 21 37.54 IAR IV ) 1 AW70 18.50 20.84 + OA 14.40 18.53 29.17 37.54 2 EV 3.00 3.38 + CUD CU-0 2 A CIA + 5.80 11.23 11.90 13.41 + 10.00 19.37 19. 50 21.97 + 4.60 8.91 + 8.80 17.04 E OA 14.50 16.34 + 7.70 14.91 F OA 12.40 13.97 + -5.40 10.46 A W 70 + EV 0.0 0.0 2 FV 3.00 3. 38 + A OA 5. 80 11.23 2 A OA 21.00 23.65 + a QA . in.no 19.36 -2 B—QA— 11.90- 13. 40 + 4.60 8.90 19.50 21.96- + 8.80 17.04 OA 10.00 11.26 + 7.70 14.91 OA 14.50 16.33 + 5.40 10.45 OA 12.40 13.96 + ( S 11)1 0. 30 0. 56 AW70 6.60 7. 36 + QA L6.QQ.. 20.40 29.87 _QA 6.,40- Ml 4- + 1 B OA 23.60 20.40 44.05 38.08 6.00 6.69 + 1 C OA 16. 80 20.40 31. 36 38.08 OA 3.90 4.35 + _i D QA 25.00 20.40 46.66 33.08 (AR TV 1 1 AW70 30.00 33^01 + 1 27.40 20.40 51.14 33.08 EV 10.00 11.00 + 1 OA 13.60 20.40 25. 39 38.08 A OA 32.80 22.03 36.09 24.24 + _4076 < S Till EV 0.0 A 9.35 Q.Q 17.34 -C ..QA— 18.30 22.03 20.13 . 24.24 + A üA 7.30 9.35 13.54 17.34 1 12. 50 22.03 13.75 24.24 + 1 B OA 10.00 9.35 18.54 17.34 1 E 22.60 22.03 24.87 24.24 + 1 C QA 5.QQ 9.35 9.27 17.34 _J E— -16.QQ- 22.03- LM60-. 24.24 + l D OA 17. 50 9.35 32.45 17.34 100.00 99.98 + l E OA 10.10 9.35 18.73 17.34 100.00 100.00 99.98 99.98 + _1 F OA 6« 20 9.35 11.50 17.34 _1 C OA 100.00 100.00 99-«-98 99.98 + 5.60 .59 10. 20 8.36 l D OA 100.00 100.00 99.98 99.98 + R OA 5.55 .59 10. 11 8.36 1 E OA 100.00 100.00 99.98 99.98 + .-C ..QA— 2« 7.0— . 4* 59 4*32 .36- 1 F OA 100.00 100.00 99.98 99.98 + E OA 5.60 4. 59 10.20 .36 1 B OA 453.00 451.60 453.71 452.31 + F OA .50 4.59 6.37 .36 1 C OA 568.00 451.60 568.90 452.31 + 4101 _1 E_y_ 3.63 A _1 D QA . 496.QQ 451.6Q + 341.00 451.60 496.78 452.31 + 341.54 452.31 + 26. 10 31.32 47.36 56.82 + 29.00 31.32 52.62 56.82 400.00 451.60 400.63 452.31 + _1 C QA ,. 28.60 31.52 51 *.89 —56 »..82 2.30 2.30 2.21 2*21 + 0 OA 45.00 31.32 81.65 56.82 4931 (0 III) AW70 0.90 0. 86 + 1 E OA 35. 10 31.32 63.68 56.82 4958 (0 III) EV 320.00 299.94 + 1 F OA 24.10 31.32 43.73 56.82 5006 (0 III) IQQQ.QQ- 9Q7.46 + EV 0.0 3.90 0.0 6.52 1504.00 1364.40 1364.81 1238.13 + A OA 3.00 3.90 5.02 6.52 C OA 2070.00 1364.40 1878.43 1238.13 + E QA 4« 8Q.. 3.90 8.03 -JM .0 QA... 1370.00 1364.40 I 243.?? 1238.13 + 17. 00 25. 54 l E OA 944.00 1364.40 856.64 1238.13 + A OA 57.90 55.03 86.98 82.67 1 F OA 934.00 1364.40 847.56 1238.13 + -B QA„ 57.00 55.03 85.-63 82.67 _J AW70 3-60 -3.60 3.25 3.25 + 1 C OA 52.60 55.03 79.02 82.67 5041 SI II AW70 2.70 2.70 2.39 2.39 + L D OA 75.00 55.03 112.67 82.67 5047 HE I AW70 1 .40 1.40 1.23 1.23 + _J F ÛA -49.2H- 55.03 73.91 _82.ai . 5056 SI II AWZQ 3.20 2.BO 2-80 + F 38.50 57.84 5113 0 AW70 0.40 0.40 0.33 0.33 + EV 16. 00 23.62 5158 (FE VII ) AW70 0.50 0.50 0.41 0.41 + -A QA- 54.30 41.48 80*16 5176 ÇFE VI. 1 AW70 0 « 30 0.30- 0.24 0*2.4 + B OA 37. 00 41.48 54.62 61.24 5191 (AR III) AW70 1.30 1.30 1.03 1.03 + C 0A 41.60 41.48 61. 41 61.24 5198 (NI ) A W70 8.40 8.40 6.62 6.62 + 0 OA 45.00 41.48 66.43 61.24 EV Q.Q A B.4Q— . .0*0 _A 6.62 + OA 40.70 41.48 60.09 61.24 5200 A W70 6.60 6.60 5.20 5.20 + OA 30. 30 41.48 44. 73 61.24 5207 EV 0.0 0.0 0.0 0.0 + NGC 6302 (PK NO. 349+ 1 1) NGC 6302 (PK NO. 349+ 1 1) + + 548 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + NGC 63Q2 (PK NQ. 349» 1 1) NGC 6309 (PK Nfl. 9+U 1) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + 5270 (FE III I 1 AW7CL. Q »30. Q.3.0 0*23. 0.23 3726 (0 II) I O CA70 26,40 27.70 + 5297 1 AW70 1.00 1.00 0.74 0.74 1 P CA70 61.00 64.01 + 5304 I AW70 0.40 0.40 0.29 0.29 1 PER 24.00 25. 18 + 5309 (CA V L J AW7Q_ 0170 Q*-.7jQ— _0*. 372 8 _i_Q U ) l. AW 23» 00 30».*3 + 5313 1 AW70 0.60 0.60 0.44 0.44 1 2 AW 4. 4.83 + 5335 (FE VI I 1 AW70 0.30 0.30 0.22 0.22 1 3 AW 4.20 4.41 + 5411 _ HE II AH7 0_ 12.40 12.40 8..5Q -J 4_A W -2.30 2.41 + 5517 1 A AE2 0.32* 0. 20* 1 C CA70 4. 50 4.72 + 1 AW7 0 0.70 0.45 1 C2 CA70 6. 10 6.40 + _I A AE2 -1.00*— Q.-634 . _1 Q C A 70 20.30 21.30 + l AW7 0 2.30 2.30 1.45 1.45 1 1 AW 2.90 2.63 3.04 2.76 + 5630 (FE VI ) l AW70 0.20 0.2 0 0. 12 0.12 l 2 AW 2.30 2.63 2.41 2.76 + 5 <>.77 . (FE ..VI > J AH70- 0.50 CL»50 0*29 0.29 _J C_CA70 2.7Q - 2.63 2.83 2.76 + 5721 (FE VIII l AW70 1.10 A 0.62 A I C2 CA70 3.00 .15 A + 5754 (N II I l AW70 33.00 33.00 18.31 1 O CA70 2. 80 2.94 A + .EV 14.00 A 7.77 A- 3 740 HE II __l C CA7Q JL. 6Q _ 0.63 + 5801 C IV l AW 70 0.80 A 0.43 A 1 C2 CA70 0.70 0.65 .73 0.68 + 5812 C IV l A W70 0.30 A 0.16 A l 1 AW 2.90 3.05 3.04 3.20 + 5875 —HE I— J A W7 0 40.00 20.73 _l 2 AW .2.70 3.05 ¿.83 3.20 + 1 EV 15.00 A 7.77 A l C CA70 3. 00 3.05 3. 14 3.20 + 5978 SI II 1 EV 5.00 A 2.44 A 1 C2 CA70 3.60 3.05 3.77 3.20 + 6300 _JJD I L J E-V 35.00 A 14*35 A_ _1 C CA70 3.30 A 3.46 A + 6312 III I 1 EV 4.00 A 1.63 A 1 1 AW 0.60 2. 50 0.63 2.62 + 6363 ) 1 EV 11.00 A 4.38 A l 2 AW 3.60 2.50 3.77 2.62 + 64.03 J E-V— 6.00 A 7.35 A _1 C CA7Q ■3» 6Q - 2.5Q 3*77 2 «-62 + 6435 ( AR V ) EV 8.00 A 3.08 A 1 C2 CA70 2.20 2.50 2.31 2.62 + 6548 (N II) EV 470.00 A 171.77 A l 1 AW 1.40 5.24 1.47 5.49 + i?n.Q.nn ^ 435.40 A -J 2-AW 7.5Q 5.24 + 6583 (N III EV 2100.00 A 754.31 A l C CA70 .20 5.24 7.54 5.49 + 6716 (S II I AE2 0.48* 0. 16* l C2 CA70 6.60 5.24 6.91 5.49 + 3(U0n . 10.17 A _J H f.A70 + ( S Till 1.00* 0. 34* 6.00 4.58 6.28 4.80 + 170.00 A 57.28 A 2 AW 3.80 4.58 3.98 4.80 + 3 AW 4.58 4.87 4.80 + REGION KEY (REG I ON,REFERENCE,EXPLANATION) l C CA70 4.00 4.58 4.19 4.80 + A, AE2 , REGIONS A AND B ON DIFFERENT SCALES 1 C2 CA70 4. 50 4.58 4. 71 4.80 + A, PA , ? ARP.MIN FAST _1 O-C A7Q— 4.60 4*58 4 .-82 4.80 + B, OA ,6 ARCMIN EAST 1 C CA70 0.50 0.55 0.52 0.58 + C, OA , 0.7 ARCHIN WEST 1 C2 CA70 0.60 0.55 0.63 0.58 + 0» OA . 5 ARCMIN WEST 1 C7 CA70 0-60 0.60 0-63 0.6.3 + OA , 2.5 ARCHIN NORTHEAST 3791 0 III l C CA70 0.90 0.80 0.94 0.84 + OA , 2.5 ARCHIN SOUTHWEST 1 C 2 CA 70 0. 70 0.80 0. 73 0.84 + 3797 H T J 1 AW 7.20 6. 16 + NGC 6302 (PK NO. 349+ l I» l 2 AW 5.60 6.16 5.86 6.44 + 1 3 AW 5.80 6. 16 6.07 6.44 + -J C-CA70- -5l-. 80 - + 1 C2 CA 70 6.40 6. 16 6.69 6.44 + BEGIN NGC 6309 (PK NO. 9+14 1) C = 0.07 (HYDROGEN LINES) l O CA70 5. 80 6.16 6.07 6.44 + _L. f-7_C-A70_ 0.60 0.60 0.63 0.63 + WAVE IDENT N RG RFF OBS I AVE 0 CORR I AVE C 3813 HF II 1 C2 CA 70 0.80 0. 80 0.84 0.84 + 3132 0 III l C CA70 11.40 11.10 12.29 11.97 3819 HE I l C CA70 0.50 1.17 0.52 1.22 + 1 C 7 CA70. 1 1-64 -11.47 1 C2 C.A7C + 1 C CA70 28.00 25.00 30.09. 26.87 1 0 CA70 2. 30 1.17 2.40 1.22 + l C2 CA70 22.00 25.00 23.64 26.87 l l AW 8.80 8.17 9.19 8.53 + _J C CA70 5.50 6. 1 0 3. 88 6.57 —1 2 -AH B-.4Q 8.17 8.77 3.53 + 1 C2 CA70 6.70 6.10 7. 16 6.52 1 3 AW 7.90 8.17 8.25 3.53 + 3312 0 III 1 C CA70 10.70 11.00 11.43 11.75 l 4 AW 8.50 8.17 8.87 3.53 + l C2 C A 70 11.30 11.00 12.07 11.75 l C CA 70 7.80 8.17 8.14 8.53 + 3340 0 III 1 C CA70 17.30 15.65 18.46 16.70 1 C 2 CA 70 7.90 8.25 + l C2 CA70 14.00 15.65 14.94 16.70 i O CA70 7.60 8.17 7.93 8.53 + 3342 -1 NE III) _2 C -C-A7 Q _ 74. 70 25.82 _1 0_ 95.00 7 NGC 6445 (PK NO. 8» 3 1) + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 5006 (0 III! 1 EV 1040«00 1018.95 A 3967 I NE III) 1 AV ACCK 41.00 41.00 53.51 53.51 + 1 WB 1410.00 1410.00 1381.46 1381.46 3970 H I 1 AV ACCK 10.00 13.04 13.04 + II 1 l EV 232.00 A 187.41 A 2 M 38.00X 49.55X + _2 a 18.QQX -69.55X— + END NGC 6326 (PK NO. 338 -8 1) 4026 HE I l AV ACCK 2.20 2.20 2.82 2.82 + 4068 (S II ) l AV ACCK 5.40 5.40 6.83 6.83 + 4076 (S III 1 AV ACCK 2.70 2,70 3.41 3.41 + 1 AV ACCK 22.00 22.25 27.53 27.84 + BEGIN NGC 6369 (PK NO. C = 2.09 (RADIO—H BETA) 1 RH ACCK 24.00 22.25 30.03 27.84 + 1 RL ACCK 22.00 22.25 27.53 27.84 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C C ACCK 21.00 22.25 26.28 27.84 + 3 869 (NE III ) 1 M 35.00 35.00 120.73 120.73 41.00 44.60 47.78 51.98 + 3970 HI 2 M 14.00 6^65. 42.00 44.60 48,95 51.98 + 3970 (NE III) 2 14.00 42.45 l RH ACCK 47.00 44.60 54. 78 51.98 + 4101 H I 1 8.00 8.00 20.42 20.42 1 RL ACCK 47.00 44.60 54.78 51.98 + 4340 2?. OH 23,00 43. 62 43.62 _1 C ACCK 46.00 44.60 53.61 51.98 + 4363 (0 III) 10.00 10.00 18.45 18.45 1 M 45.00X 52.45X + 4861 100.00 100.00 100.00 100.00 1 AV ACCK 18.00 17.75 20.84 20.55 + —QD-63 IQQ.Qfl- 100.00 100.00 lQfl.É-QQ 1 RH ACCK 18.00 17.75 20.84 20.55 + 4959 (0 i m i 670.00 670.00 605.16 605.16 1 RL ACCK 16.00 17.75 18.52 20.55 + 5007 (0 im i M 1990.00 1734.50 1708,03 1488.73 1 C ACCK 19.00 17.75 22.00 20.55 + _L_ ■ flP.63 L4Ig_«_Q-Q_ 1734.50 1269.44 i4aa.73 ln_ 1Q.QQX 11.58X + 10 MU (S IV ) 1 7.07 l AV ACCK 6.00 5.33 6.75 6.00 + l RH ACCK 4.00 5.33 4.50 6.00 + END NGC 6369 { PK. NQ. 2* 5 l) 1 RL ACCK 6 «00 _5.33 6.75 6.00 + HE II 56.00 51.40 59.02 54.17 + l AV ACCK 65.00 51.40 68.51 54.17 + 1 RH ACCK 55.00 51.40 57.97 —54.17_ + BEGIN NGC 6439 (PK NO. 11+ 51) = 0.82 (RADIO—H BETA) 1 RL ACCK 5.00 51.40 5.27 54.17 + 1 C ACCK 76.00 51.40 80. 10 54.17 + WAV£- IDENT N -RG...REF QBS 1- AVF 0 CORR I 4.0,00 X 42.16X + 3727 (0 II VV4 11.00 19.32 4711 (AR TV ) 2 AV ACCK 5.10 5.33 + 3 869 (NF II 64.00 56.00 104.03 91.03 4713 HE I 2 AV ACCK 5. 10 5.33 + 48.00 56.00 78.-0? 9-1.03 4740 (AR IV ) 1 AV ACCK «-&Q 3.94 + H I 2 23.00 35.54 100.00 1 CO.00 100.00 100.00 + 2 VV4 25.00 38.63 l AV ACCK 100.00 100.00 100.00 100.00 + 3970 (NE III) 2 _M - 23.00- ^ 5. 54 1 RH ACCK 100.00 -1 00.00 + 25.00 38.63 l RL ACCK 100.00 100.00 100.00 100.00 + 14.00 14.00 20.22 20.22 1 C ACCK 100.00 100.00 100.00 100.00 + 14.00- 14.-00 20,?? 20.22 -4 X— 100,00 1-00.00 100.00 100.00- + H I 1 27.00 29.00 34. 71 37.28 100.00 100.00 100.00 + 1 31.00 29.00 39. 85 37.28 1100.00 1073.54 + -4-0 I-I-Il 1 - -0*0 A— -0*0 A- ^qn.nn -47.fi . ? 1 + 4686 M 14.00 20.50 15.26 22.34 1 RH ACCK 515.00 487.00 502.61 475.28 + VV4 27.00 20.50 29.43 22.34 l RL ACCK 475.00 487.00 463.57 475.28 + 4861 100-00 100-00 100-00 100-00 -J f. ACCK 575.00 4.87.00 -561.17 475.?fl + 0D63 100.00 100.00 100.00 100.00 M 380.00 370.86 + VV4 100.00 100.00 100.00 100.00 VV5 180.00* 175.67* + -VV5 ion.nn inn.nn ion.no 100.00 -Û- 110Ü,ÛQ 1 060.57 + II ) l 340.00 339.33 326.69 326.05 1 AV ACCK 1510.00 1419.33 1455.80 1368.39 + I 360.00 339.33 345.91 326.05 l M 1050.00 1419.33 1012.31 1368.39 + 318.00- 339.33 305. 55 326. _j nn \aqr.nn 1419.33 1637.05 4 368.39 . + (0 III) 970.00 986.25 913.56 928.86 VV5 180.00* 173.54* + 0D63 1122.00 986.25 1056.71 928.86 5517 (CL III) A AE2 0.92* 0.78* + VV4 1 non-00 986.2-5-. 941.81 928.86 5537 (Cl III) A AE? i . nn* 0.84» + VV5 853.00 986.25 803.37 5876 HF T AV ACCK 30.00 23.43 + HE67 1.00*A 0. 54*A 6300 (0 I ) AV ACCK 24.00 17. 17 + VV4 960.00 513.79 6312 (S III ) AV ACCK 24.00 17. 13 + VV 5 1000.00 535.20 6548 (N II ) AV ACCK 1820.00 1246.61 + VV4 960.00 513.79 6563 H I AV ACCK 1820.00 1243.17 + VV 5 1000.00 Í>35t¿Q VV5 i*2Q..-00* 218.58* + 6584 (N II ) 1 HE67 0.20*A 0. 11 *A 6563 ( N III 2 VV5 320.00* 218.58* + 6584 (N II ) 3 AV ACCK 1820.00 1238.37 + END -NGC 64.39 ( P>l_NQ., 11+ 5 1) 6717 JLS II ) 1 B AE2 Q« 78* 0.52* + 6723 (S II ) 1 AV ACCK 125.00 83. 14 + 6730 (S II ) l B AE2 1.00* 0.66* + 7065 HE I 1 AV ACCK 6.8 4.29 . 4.29.. + BEGIN NGC 6445 (PK NO. C = 0.50 (HYDROGEN LINES) 7135 (AR III) 1 AV ACCK 27.00 27.00 16. 6 16.88 + 7325 (0 II ) l AV ACCK 65.00 65.00 39.55 39.55 + WAVE N RG REF OBS I CORR I AVE C + 3722 HI 2 AV ACCK 1.70 2.40 REGION KEY (REG I ON,REFEPENCE,EXPLANAT I ON) + 3722 ( S I II) 2 AV ACCK • 1.70 2.40 AV, ACCK, AVERAGE + 3726 (0 II ) 1 A 20.0,00- 282.Q9 -Ct ACCK^Xf.NJER- + 1 AV ACCK 110.00 155.15 RH, ACCK, HIGH EXCITATION PART OF RING + 1 RH ACCK 136.00 191.82 PL, ACCK, LOW EXCITATION PART OF RING + 1 RL ACCK 158.QQ 222.85 A, AE2 , REGIONS A AND B CN DIFFERENT SCALES + 1 C ACCK 122.00 172.08 + ) 1 AV ACCK 101.00 142.32 NGC 6445 (PK NO. + 1 PH ACCK . -HUQQ- 156.41 + RL ACCK 172.00 242.36 + 1 C ACCK 118.00 166.27 + 1 AV ACCK 1.40 1.97 BEGIN NGC 6537 (PK NO. 1.85 (RADIO-H BETA) + 3750 I 1 AV ACCK 1.90 1.90 2.66 2.66 + 3755 III 1 AV ACCK 0.70 0.70 0.98 0.98 WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 3759 III 1 AV AG.çk . 1.50 1.50 2.09 2.09 3341 0 III ACPG 412.00 412.00 2.290, 2290,30 . + 3770 1 AV ACCK 2.40 2.40 3.34 3.34 3426 (NE V ) 1 ACPG 1125.00 1125.00 5628. 79 5628.79 + 3797 1 AV ACCK 3.20 3.20 4.41 4.41 3444 n ii I l ACPG 88.70 88.70 434. 71 434.71 + 3835 1 AV ACCK 5.20 5«2..Q 7. 08 7.08 3722 ACPG + (NE III) 1 A 120.00 123.60 161.43 166.27 3722 ( S II I) 2 ACPG 13.48 48. 35 + l AV ACCK 129.00 123.60 173.54 166.27 3727 (0 II ) 1 ACPG 34.50 23.01 + 1 RH ACCK 124.00 123.60 166.81 166.27 1 VV 1 0.0 XA 34.50 0.0 XA 123.01 + RL ACCK 124.00 123.60 166.81 166.27 3729 II ) 1 ACPG 19.90 + C ACCK 121.00 123.60 162.77 166.27 3 734 I 1 ACPG 5.61 5.61 + 94.QQX- . 126« 45X 3750 ACPG 6.14 -6.14 21.30 -21.30 - + 2 AV ACCK 14.00 18.70 3755 1 ACPG 3.06 3.06 10. 10.55 + 2 RH ACCK 14.00 18.70 3759 l ACPG 7.54 7.54 25. 25.88 + 2 RL ACCK . 15. QQ_ 20.03 3770 JL AC.P-G— Lt-83 7.83 -26. 26.52 - + 2 ACCK 15.00 20.03 3774 l ACPG 2.98 2.98 10. 10.05 + HE I 2 ACCK 14.00 18.70 3791 1 ACPG 2.83 2.83 9. 9.35 + ? RH ACCK . 14.00- 18-70 3797 _J ACPG 8.22 6.22 26. 26.96 + ACCK 15.00 20.03 3835 ACPG 10.80 10.80 33.75 + ACCK 15.00 20.03 3868 (NE III) l ACPG 139.40 105.20 315.19 + NGC 6445 (PK NO. NGC 6537 (PK NO. 10+ 0 1) + 551 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGf. 6 517 (PK NH. IQt 0 JU _ NGC 6543 (PK NO. 96+29 1> + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + 3868 (NE 11 LI. _L y _LL ÜÛ LQ5.20_ 717? T! S. i 9 3624 HF I 1 S6 BCA 0.57* 0.65» + 0. O XA 105.20 0.0 XA 3634.37 HE I l CAK2 0.65 0.74 + ? ACPG 19. 80 57.75 1 CS BCA 0.56* 0.64* + 2 VV 1 Q. Q.-XA Q.Q 0.0 XA I FI BCA 0.54» 0« 62* + 2 ACPG 57.75 L F5 BCA 0.49* 0.56* + 2 VV I 0.0 XA 1 F6 BCA 0.37* 0.42* + (NE III) 2 ACPG 103.91 I SI BCA 0.63* Q.72» + 2 VV 1 14. 70X 39.37X 1 S2 BCA 0.47* 0.54* + 2 ACPG 38. 80 103.58 1 S3 BCA 0.79* 0. + _2 M _2_L ..82. 75 - 1 S 5 BCA._ Q.98* . 1. 12* + 14. 70X 39.24X 1 S6 BCA 0.73* 0.83* + 3970 31 00 82. 75 3656.60 H I 1 CAK2 0.07 0.08 + 4026 ACPG 3. 15 3t 15 7.90 . 3.657.9Q ti L_ -2 CAK2 Q. 25 + 4068 ( S II) ACPG 12. 12.30 29.32 29.32 3657.90 H I 2 CAK2 0.22 0.25 + 4076 ( S II) ACPG 1. 1.74 4. 11 4.11 3658.50 H I 1 CAK2 0. 36 0.36 0.41 0.41 + 4097 N III ACPG _2 2 »56— . 5..9.Q_ 5.90 -3-660.30 ti L _1 CAK.2 0.30 0.30 0.34 0-34 + 21.2 18.10 48.59 41.49 3661.20 H I l CAK2 0. 20 0.20 0.23 0.23 + 15.0 18.10 34. 38 41.49 3662.26 H I 1 CAK2 0.29 0.29 0.33 0.33 + VV 1 12.8 i F5 3CA Q.Q7* Q. 08* + 4200 II ACPG 1.91 1.91 3. 91 3.91 1 SI BCA 0. 14* 0. 16* + 4340 I ACPG 36.60 33.80 64.50 59.56 1 F 5 BCA 0.09* 0. 10* + 31.QQ . 33-Rfl 54. ¿.3 1 S5 BCA 0.21 f .0.24*- + 7 VV 1 22.56X 3663.65 H I l CAK2 0.42 0.48 0.48 + 1 ACPG 23.80 42.30 40.93 1 F5 BCA 0. 16* 0. 18* + 23.80 39.55 4Q.93 1 Si BCA Q. 19* 0.22* + VV l 80 X 22.01X 1 S5 BCA 0. 15* 0. 17* + 4471 HF I l ACPG 61 3.61 5.57 5.57 3664.89 H I 1 CAK2 0.37 0.42 + -45_4JL_ HE II 1 ACPG 21 3.21 4.59 4.59 1 F5 BCA 0.23* —(Ll¿6*_ + 4634 III 1 ACPG 2.80 3.60 3.60 1 SI BCA 0.17* 0. 19* + 4640 III 1 ACPG 5.42 6.93 6.93 1 S5 BCA 0.34* 0. 39* + _2 VV 1 30.25X 1 S6 BCA 0.15» 0-17* + 4645 M III 1 30.25X 3666.18 H I i CAK2 0.40 0.46 + 4686 HF II 1 ACPG 79.75 114.78 96.86 1 F5 BCA 0.27* 0.31* + -L 79.75 78-. 95 9iw86— 1 SI BCA 0. 17* Q. 19» + 4711 (AR TV ) ACPG 13. 15.42 1 S5 BCA 0.28» 0.32* + 4713 HF I ACPG 13. 15.39 1 S6 BCA 0. 13* 0. 15* + 4725 (NF TV t ACPG 4. .11 3667.7? H I— -J CAK.2 0.36 0.41 + 4740 (AR IV ) 1 ACPG 22. 50 22.50 25.70 25.70 1 F 5 BCA 0.43* 0.49* + 4361 H I l AC P 100. 00 100.00 100.00 100.00 1 S5 BCA 0.62* 0.71* + O AÇB-G— XIÛ ICO.00- 100.00— 100.00 1 S6 BCA 0. 31 * 0. 35» + 100. 00 100.00 100.00 100.00 3669.49 H I 1 CAK2 0. 37 0.42 + 100. 00 100.00 100.00 100.00 1 F 5 BCA 0.43* 0.49* + 100. m loo, oo —LOQ.OO— 100.00 1 SI BCA 0.20».- 0.23» + 1 ACP 33 8 00 380.97 308.88 348.15 1 S5 BCA 0.44* 0. 50* + l ACPG 309. 00 380.97 282.38 348.15 1 S6 BCA 0.37* 0.42* + CQAL 416. .90 380.97 380.98 343.15 3671.68 H I_ CAK? 0.50 O- 57 + 1 460.00 380.97 420.37 1 F 5 BCA 0.46* 0.52* + 2 VV 1 311.80 284.94 l F6 BCA 0. 14* 0. 16* + _1 ACE 993.00 867.38 1 51 RFA 0. 36» 1-22-4. 0-0— + 1349. 00 1224.00 1178.35 1069.16 l S5 BCA 0. 64* 0.73* + 1330. 00 1224.00 1161.75 1069.16 1 S6 BCA 0.38* 0.43* + ILL. m 272.36 -3.673.82 ti I_ _J CAK2 0.58 Q- 66 + 5411 HF I I 1 VV 1 80 46.80 27.68 27.68 1 F5 BCA 0.57* 0.65* + 5754 (N II) 1 VV 1 ,10 43.10 19.00 19.00 1 F6 BCA 0. 17* 0. 19* + 3 ft 7 6 HF I J VV. I -50 26.50 10.6? 10-62 - -1. SI RCA 0.33». n.38» + 6300 (0 I VV 1 18. 30 5. 30 1 S 5 BCA 0.82* 0.93* + 6563 H T HE67 1. 00*A 0.24*A l S6 BCA 0.47* 0. 53* + VV 1 458. 50 111.90 3676.28 H I l CAK 2 0.68 0.77 + 6563 (N II VV 1 458. 50 111.90 1 F5 BCA 0.63* 0.72* + 6584 ( N II HE67 1. 00*A 0.24*A 1 F6 BCA 0. 19* 0.22* + 6717 _LS II ) AE2 L. HQ* Q.22* 1 S3 BCA Q.34* Om 39* + 6730 (S II ) AE2 1. 0.22* l S 5 BCA 0. 81* 0.92* + 10 HU ( S IV ) GHS 2420. 00 2420.00 34. 18 l S6 BCA 0. 54* 0.61* + 3679.44 ü I— -1 CAK2 0.72 0.82 + NGC 6537 (PK NO. 10+ 0 1) 1 F 5 BCA 0.61* 0.69* + 1 F6 BCA 0.33* 0. 38* + 1 Si BCA 0-44* Q- 50 *_ + 1 S2 BCA 0.38* 0.43* + BEGIN NGC 6543 (°K NO. 96 + 29 1) C = 0.18 (R ADI 0—H BETA) 1 S3 BCA 0.49* 0. 56* + 1 S 5 BCA 0-97* 1. 10* + WAVE IDFNT N RG REF ORS I CORR I 1 S6 BCA 0.78* 0.89* + 3187.60 HF I 2 CAK2 3.45 4.16 3682.91 H I 1 CAK2 0.81 0.92 + 3187.60 NF II 2 CAK2 3.45 4. 16 1 F5 8CA Q. 73* 0.83* + 3211 0 CAK2 0.48 0.48 0. 58 0.58 1 F6 BCA 0.29* 0.33* + 3218.20 1 CAK2 0.30 0.30 0.36 0.36 1 SI BCA 0-52* 0. 59* + 3334 O CAK2 1.26 1.26 1.49 1.49 1 S3 BCA Q. 65* 0.74* + 3348 HE I l CAK2 0. 18 0.18 0.21 0.21 1 S5 BCA 1.25* 1.42* + 3354 HE I l CAK2 0.45 0.45 0.53 0.53 l S6 BCA 0. 87* 0.99* + 3403 _Q CAK, 2.. 0.43 0.43 0-50 3686.73 ti L_ _I CAK2 1-00 -L.14 + 3413 CAK2 1. 17 1.37 1 FI BCA 0. 52* 0.59* + 3447.91 0 I I 2 CAK2 0.22 0.26 1 F5 BCA 0.93* 1.06* + 3447.91 HE I 2 CAK2 0.22 0. 26 L F 6 BCA 0.28* 0.32* + 3450 HE I 1 CAK2 0.37 0.37 0.43 0.43 1 SI BCA 0.48* 0.55* + 3479.08 HF I 1 CAK2 0. 37 0.37 0.43 0.43 1 S2 BCA 0.34* 0. 39* + 3498.65 HE I 1 C AK 2 0.13 .13 0.15 0,15 1 S3 BCA 0^ 77*-. 0.88* + 3512.51 HE I 1 CAK2 0. 50 0.50 0.58 0.58 1 S4 BCA 0. 38* 0.43* + 3530.49 HE I 1 CAK2 0. 38 0.38 0.44 0.44 1 S5 BCA 1.55* 1.76* + _Q CAK2 Q. 30 0.30 0.35 . -Q-.35-- 1 S6 BCA 1.14* ..L«30-*- + 3554.49 HC I 1 CAK2 0.41 0.41 0.47 0.47 3691.56 H I 1 CAK2 1.26 1.43 + 3581 0 CAK2 0. 36 0.36 0.41 0.41 1 FI BCA 0. 57* 0.65* + 3587.32 HF I 1 C AK 2 0.52 0. 52 0.60 0.60 1 F3 BCA 0.-44* 0.50* + 1 F 5 BCA 0.28* 0.32* 1 F 5 BCA 1.11* 1.26* + 1 F 6 BCA 0. 18* 0.21* 1 F6 BCA 0-53* 0.60* + 1 S 5 3CA 0.45* 0.52* 1 SI BCA 1. 16* 1.32» + S6 BCA 0.38* 0.44* l S2 BCA 0.66* 0.75* + 3594 CAK2 0.30 0.30 0. 34 0.34 1 S3 BCA 0.72* 0.82* + ..35.9.9.. CAK2 - 0.39 Q. 3.9 .Û-.45 0.45 1 S4 BCA 0.66* 0-75» + 3613.94 HF I l CAK2 0.60 0.69 1 S5 BCA 1.58* 1.80* + 1 CS BCA 0.83* 0.95* 1 S6 BCA 1.26* 1.43* + 1 F 5 BCA Q . 52* 0.60* 3694.10 NE II CAK2 Q. 16 Q. 18 + 1 S3 BCA 0. 58* 0.66* 1 S5 BCA 0.22* 0.25* + l S 5 BCA 0.83* 0.95* 1 S6 BCA 0- 15* 0. 17* + NGC 6543 (PK NO. 96+29 1) NGC 6543 (PK NO. 96+29 1) + 552 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC.-&543 i.PK NQ. S6^29_J.) NGC 6543 (PK NO. 96+29 1) + WAVE IDENT N RG REF AVE O CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + 3fr97tl5 H I 1 CAK2 + l FI BCA 0.58* + 1.33 1.51 + 0.66* + 1.51 37¿6.05 (0 II ) 1 S'! BCA + 1 S5 BCA + 16.Q.Q* + 15.70* + 20.T7* + 17.77* + l F 2 BCA 0.27* 0.31* 1 S6 BCA 15.70* 17.77* + F3 B£-A— 0.70* 0.79» 1 WK.CAK2- -Q.U* ^13* . + 1 F5 BCA 0.97* .10* l Cl DG75 2.30* 2.60* + 1 F6 BCA 0.54* .61* 1 SI DG75 1.34* 1.52* + 1 SI BCA 1.59* .81* _1 QiLS .QQ* . 13* + 1 S2 BCA 1.40* ,59* 1 LA 37.30 42.22 + 1 S3 BCA 0.90* 02* 1 LU 2.01* 2.27* + 1 S4 BCA 1.02* 16* _J Q 19.00 21. 5Q + 1 S5 BCA 2.20* 50* l TAM 23.60X 26.71X + 1 S6 BCA 1.38* 57* 1 VV 2 39.80X 45.05X + 3702.84 0 LLL _1 CAK2 0.10 0. 10 0.11 3728.80 (0 LI L J CAK2 6.97 . ~Lm B9 + 3703.92 H I 1 CAK2 1.66 1.8 1 AH 0.51* 0.58* + 1 FI BCA 0.78* 89* 1 AUV 0.49* 0.55* + 1 F2 BCA 0.52* 59* 1 CS BCA 3.90* 4.41* + F3 BCA 1.13* 28* 1 FI BCA 16.00* 18.10* + F 5 BCA 1.32* 50* 1 F2 BCA 13.90* 15.73* + ■1 F6 a£A_ .Q.59* - 67* 1 F3 BCA 28.80* 32. 59* + SI BCA 1.38* 57* F4 BCA 18.40* 20.82* + l S2 BCA 1.67* 89* 1 F 5 BCA 23.10* 26.14* + -_L S3 BCA.. 1.32»- 50* 1 F6 RCA + 1 S4 BCA 0.90* 02* 1 SI BCA 7.57* 8.56* + S5 BCA 2.47* 80* 1 S2 BCA 7.32* 8.28* + 1 S6 BCA 1.41*- 1.60* 1 S3 BCA 8.65* IQ.01* + 3704.89 HE 1 CAK2 1.30 47 l S4 BCA 8.58* 9.71* + 1 FI BCA 0.37* 42* 1 S5 BCA 6. 11* 6.91* + 1 F 3 BCA Q.73* _ 83* 1 -Sii-BCA + 1 F5 BCA 0.88* 00* 1 WK CAK2 0.17* 0. 19* + 1 F 6 BCA 0.40* 45* 1 Cl DG75 1.00* 1. 13* + 1 SI BCA 0.71* - 81* 1 -SI DG75 _1. QÛ» 1-13* + 1 S2 BCA 0.75* 85* l DRS 0.48* 0.54* + 1 S3 BCA 1.37* 55* l LU 1.00* 1.13* + -1 S4 BCA 0.56» _ 64» 3734.33 ti L_ _1 CAK2 _3_. QQ 3.39 + 1 S5 BCA 1.41* ,60* 1 CS BCA 1.85* 2.09* + l S6 BCA 1.04* 18* l FI BCA 1.95* 2.20* + 3 707.95 0 I 11 -1 CAK? 0.38 1 F-2 -BCA + 1 S5 BCA 0.16* 18* i F3 BCA 2.18* 2.47* + l S6 BCA 0.26* 29* 1 F4 BCA 0.77* 0.87* + 371 1.93 H— _J CAK 2 1 P8 RCA 2.03» -2-.3Q» + 1 CS BCA 1.23* 39* 1 F6 BCA 0.91* 1.03* + 1 FI BCA 1.28* 45* l SI BCA 3.80* 4.30* + -1 F2 BCA- 49* 1 .S2-.BCA 3.0?» 3.41» + 1 F3 BCA 1.56* 77* S3 BCA 2.86* 3.23* + 1 F4 BCA 0.31* 35* 1 S4 BCA 2.77* 3. 13* + 1 F 5 BCA 51» 1 S5 BCA + 1 F6 BCA 0. 86* 76* 1 S6 BCA 2.4?* 2.74* + 1 SI BCA 1.90* 15* 3740.30 H II l CAK2 0.17 0. 19 0. 19 + ■ 1 S? BCA . 1. 13* 3750.1-5 BB» + Id I _J CAK? 5.73- + - + 1 S3 BCA 2.41* 73* 1 CS BCA 2.01* 2.27* + 1 S4 BCA 1.54* 75* 1 FI BCA 2.20* 2.48* + 1 S5 BCA 1 F? BCA I-.03-*- + 1 S6 BCA 1.53* 73* 1 F 3 BCA 2.43* 2.74* + 3713.92 0 III 1 CAK2 0.15 17 1 F4 BCA 1.38* 1.56* + 2 S5 BCA 0.16* - 1 F5 BCA ? » 90» -3.-?7* + S6 BCA 0.17* 19* 1 F6 BCA 1.29* 1.46* + 3713 NE II 55 BCA 0. 16* 18* l SI BCA 5.11* 5.77* + 56 BCA 0.17* 19* 1 S2 BCA 3.42* 3.86* + 3715.08 0 III CAK2 0.20 23 1 S3 BCA 3.73* 4.21* + 55 BCA 0.22* 25* 1 S4 BCA 3.34* 3.77* + 56 BCA 0.15* 17* -1 S5-.8CA 4.46* 5.06* + 3721.94 H I 2 CAK 2 3.09 50 1 S6 BCA 3.25* 3.67* + 2 CS BCA 1.57* 78* 1 LA 6. 70 5.08 7.56 5.73 + 2 FI BCA 2.29* - 59* 3754.90 Q LLL _J CAK2 0.41 Q. 41 0.46 —Q..46 _ + 2 F 2 BCA 1.05* 19* i S5 BCA 0.23* 0.26* + 2 F3 BCA 2.70* 06* 1 S6 BCA 0. 12* 0. 14* + 2 F4 BCA Q.91* . 03* 3756.29 HE I _J CAK? 0.15 0.15 0.17 0.17 + 2 F5 BCA 2.42* 74* 3757.30 0 III 1 CAK2 0.26 1.44 0.29 1.63 + 2 F6 BCA 1.25* 42* 1 0 2.63 1.44 2.97 1.63 + 2 SI 8CA 4.24* . 80* 3759.96 J CAK2 Q.35 0.3 5 Q. 39 _Q..39 _ + 2 S2 BCA 4.00* 53* l S5 BCA 0.20* 0.23* + 2 S3 BCA 2.91* 30* 1 S6 BCA 0.12* 0.14* + 2 S4 BCA :3.22*. .65* -3-762.70- _11 CM2 -Q. 1L 0.11 0.12 0.12 - + 2 S5 BCA 3.77* 27* 3770.63 CAK2 3.84 4.32 + 2 S6 BCA 2.86* 24* 1 CS BCA 2.90* 3.27* + 37-21.94 (S LI I I. _2 CAK2. 3.09 50- 1 FI BCA 2.55* 2.87* + 2 CS BCA 1.57* 78* l F 2 BCA 1.25* 1.41* + 2 FI BCA 2.29* 59* 1 F3 BCA 3.83* 4.31* + 2 F 2 BCA .■■1..Q5* - 19» 1 F4 BCA 1.62* 1.92* + 2 F3 BCA 2.70* 06* 1 F 5 BCA 2.98* 3.36* + 2 F4 BCA 0.91* 03* 1 F6 BCA 1.55* 1.75* + 2 F5 BCA 2.42* 74* 1 SI BCA 5.46» 6. 15* + 2 F6 BCA 1.25* 42* 1 S2 BCA 4.37* 4.92* + 2 SI BCA 4.24* 80* 1 S3 BCA 4.87* 5.48* + 2 S2 BCA 4.00* 53* 1 S4 BCA 4.10* 4.62* + 2 S3 BCA 2.91* 30* i S5 BCA 6.40* 7.21* + 2 S4 BCA 3.22* 65* l S6 BCA 4.33* 4.88* + 2 S5 BCA 3.77* 27* + 2 S6 BCA 2.86* 3. 24* 3774.22 0 III 1 CAK2 0. 14 0. LA 0.16 + 3726.05 <0 II) 1 CAK2 12.90 14. 60 3777.13 NF II 1 CAK2 0. 12 0.12 0. 14 + 1 A4J 32.20 _3k. 3785.37 O II 1 CAK 2 -0. 16- 0. 18 0.18 - + 1 AH 1.00* 13* 3791.32 0 III 1 CAK2 0.12 0.12 0. 13 0.13 + 1 AUV 1.00* 13* 3794.91 S III 1 CAK2 0.0 0.0 0.0 0.0 + 1 CS BCA iQ.ao» _L2- ??* 3797.90 H I -CAK 2 4.71 4.50 5.29 5.06 + F2 BCA 33.60* .03* 1 CS BCA 3.68* 4. 13* + 1 F3 BCA 75.00* .88* 1 FI BCA 6.45* 7.24* + F4 BCA 46.90* -08* 1 F2 BCA 2.48* 2.78* + 1 F5 BCA 53.10* 60. 10* 1 F3 BCA 5.18* 5.81* + 1 F6 BCA 34.40* 38. 93* 1 F4 BCA 2.70* 3.03* + 1 SI BCA 18.50* _2_Q_ 94* 1 F5 BCA .24* .76* + 1 S2 BCA 18.50* 20. 94* 1 F6 BCA 2.00* 2.25* + 1 S3 BCA 17.80* 20. 15* l SI BCA 8.14* 9. 14* + NGC 6543 (PK NO. NGC 6543 (PK NO. 96+29 1) + 553 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 6543 (PK NO. 96+29 1) NGC 6543 (PK NO, 96+29 1) + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I + 3797.9Q H I I S¿ BCA 6.65* 7.46*. 3964.37 > HE I I F5 PÇA 1.25» -1*39» + 1 S3 BCA 7.31* 8.21* F6 BCA 0.55* 0.61* + 1 S4 BCA 6.85* 7.69* 51 BCA 1.60* 1.76* + I S5 BCA 7.47* 8.39* 52 BCA 1.50» .-L,_6.5* + l S6 BCA 6.38* 7. 16* 53 BCA 1.86* 2.05* + 1 LA 6.40 4.50 7.18 5.06 54 BCA 1.32* 1.45* + 1 0 2.40 4.50 2.69 5.06 35 BCA 2.17* -¿*.39* + TAM 3.80X 4.27X S6 BCA 1.54* 1.70* + l VV 2 4.50X 5.05X 3965 HF I 1 S6 BCA 1.54* 1.70* + 3805.84 hf T _J CAK2... tJJt Qj.14 . Q. 16 3967.00 3 CAK2 23.00 35.3; + 3819.70 HE I 1 CAK2 1.97 2.21 A41 23.30 25.64 + 1 CS BCA 1.17* l. 31* FI BCA 15.10* 16.62* + 1 FI BCA Q. 81* 0.91* F 2 BCA 10.30* 11.34* + l F2 BCA 0.30* 0.34* F 3 BCA 2 8.30* 31.15* + 1 F3 BCA 1.45* 1.62* F4 BCA 15.10* 16.62* + 1 F4 BCA 0.48* Q. 54*... F5 BCA. 27.IQ* 29.83» + i F 5 BCA 1.43* 1.60* F6 BCA 10.90* 12.00* + 1 F6 BCA 0.68* 0.76* S3 BCA 37.00* 40.72* + 1 SI BCA 2.09» 2.34» S 4 BCA 32.QQ* 35.22» + I S2 BCA 1.73* 1.94* 55 BCA 38.60* 42.48* + 1 S3 BCA l. 13* 1.26* 56 BCA 33.50* 36.87* + 1 S4 BCA 11 76» 1.97* LA 31.7Q 34. B9 + 1 S5 BCA 2.33* 2. 61* 2 30.70X 33.79X + 1 S6 BCA 1.62* 1.81* 2 59.50XA 65.49XA + 3828 O CAK2 Q.Q3 0.03 Q.Q3 _LS I it > i rs ar.A + 3833.78 HP I l CAK2 0. 17 0.17 0.19 0.19 3967.00 III ) 3 CAK2 23.00 25.31 + 3835.39 H I 1 CAK2 6.46 7.32 7.22 8.18 3967.00 I 3 CAK2 23.00 25.31 + I CS RCA 7.78* 8-66» 2_ A41 23t 3Q 25t64 + 1 FI BCA 5.03* 5.62* CS BCA 26.50* 29.17* + 1 F2 BCA 4.11* 4. 59* FI BCA 16.70* 18.38* + I F3 RCA 7-68* 8.58» F2 RCA 11.4Q* 12.55* + 1 F4 BCA 5.32* 5.94* F3 BCA 27.30* 30.05* + 1 F 5 BCA 7.40* 8.27* F4 BCA 15.80* 17.39* + 1 F6 BCA 3.38* 3. 78* F 5 RCA 2 0.70* --22.78» + l SI BCA 13.60* 15. 19* F6 BCA 11.00* 12.11* + 1 S 2 BCA 11.01* 12.30* S3 BCA 33.00* 36.32* + 1 S3 BCA 9.7-Q*— 10.84» S 4 BCA 28.50* 31.37» + l S4 BCA 8.74* 9.76* S 5 BCA 37.40* 41.16* + 1 S5 BCA 12.50* 13.97* S6 BCA 39.00* 42.92* + 1 S6 RCA 9.85* + 9.20 7.32 10.28 .18 0 27.60 30.38 + 6.31 7.32 7. 05 .18 TAM 30.70 X 33.79X + 6.40 X 7.15 X VV 2 59.50XA 65.49XA + 1 VV 2 11.10X 12.40X 3970 (NE III) 2 27.60 30.37 + 3838.23 l CAK2 0.06 0.06 0.07 0.07 3978 0 0. 12 0.12 0. 13 0.13 + 3847.50 _Q I_L_ _J CAK2_ 0. 10 Q.1Q 0. 11 Q.ll -3-9-84 0.06 0.07 + 3851.17 C I I 1 CAK2 0.11 0. 12 3994.63 NU l CAK2 0.08 0.08 0.09 0.09 + 3856.30 SI I I 2 CAK2 0. 17 0. 19 4009.27 HE I l CAK2 0.46 0.46 0.50 0.50 + 7 Sfc BCA 0-07» 0.08» F 5 Rf.A 0.34* Û.37» + 3856.30 O II 2 CAK2 0.17 0. 19 F6 BCA 0. 16* 0. 18* + 2 S5 BCA 0. 15* 0. 17* S2 BCA 0.40* 0.44* + 7 S6 RCA 0.07*. 0. 08* + 3856 SI II 2 S5 BCA 0.15* 0. 17* S6 BCA 0.41* 0.45* + 3862.76 SI I I l CAK2 0.26 0.26 0. 29 0.29 4016 CAK2 0.09 0.09 0. 10 0.10 + ^ 868. 7A (NE III) 1 rAK 7 41-10 + 53.00 + 45.43 45.73 + 58.97 + 50.55 4026.20 CAK2 3.21 3.31 3.51 ■3.62 + 3 A41 l A41 2.10 2.30 + 1 F 2 BCA 30.20* 33.60* 1 CS BCA 3.83* 4. 19* + l F4 BCA 47.60* 52.96* 1 FI BCA 2.90* 3. 17* + 1 F6 BCA 42.10* 46.84* l F2 BCA 1.35* 1.48* + 1 WK CAK2 0.08* 0.09* 1 F3 BCA 4.42* 4. 83* + LA 5Q.5.Q 45.43 56. 19 1 F4 BCA —¿■¿A* 2.45* + 1 0 44. 70 49.74 F 5 BCA 3. 59* 3.93* + 1 TAM 45.70X 50.85 X F6 BCA 1.80* 1.97* + -I V.V—2_ 85.30X 94.91X ¿1..B.CA 7.42* + 3871.23 l CAK2 0. 15 0.15 0. 17 0.17 52 BCA 5.38* 5.88* + 3876 O CAK2 0. 13 0.13 0. 14 0.14 53 BCA 6. 54* 7. 15* + 3882.09 _1 CAK¿._ 0.14- 0.14 0.16 Q. 16 -S.4 BÇA 5.52* 6. 04* + CAK2 21.50 23. 86 55 BCA . 84* 7.48* + 3 A41 53.00 58.82 56 RCA 6.10* 6.67* + 1 CS BCA 33.9.Q», 37.62* LA- 4.70 -1^31 5. 14 3.62 + FI BCA 16.30* 18.09* 0 3.24 3.54 + 1 F2 BCA 11.80* 13.10* TAM 4. 20 X 4.59X + 1 F 3 BCA 25.20* 27.97* VV 2 6.7QXA 7.33XA + 1 F4 BCA 17.80* 19.75* 4041.05 0 I I CAK2 0. 13 0.14 + 1 F 5 BCA 20.50* 22.75* 4041.05 N I I CAK2 0. 13 0. 14 + 1 F6 BCA 1 Q...Q.Q*_ 11.IQ* 4048.00 -C LI 1_ CAK2 0.40 0.40 0.44 0.44 + S3 BCA 41.50* 46.06* 4057 CS BCA 5.95* .48* + 1 S4 BCA 34.70* 38.51* 4057 CAK2 0.21 0.21 0.23 0.23 + 1 S 5 3CA 39.80* 44.17* 4068.75 ii II ) ÇAK2 0.77 0.77 0.84 0.84 + 36.70* 40.73* FI BCA 2.60* 2.83* + 21.40 23. 75 F2 BCA 1.45* 1.58* + 16.20 17.98 F3 BCA 5.35* 5.82* + 2 TAM 20.70X 22.97X F4 BCA 2.43* 2.64* + 2 VV 2 53.80XA 59.71XA F 5 BCA 4.77* 5. 19* + 3889 3 A41 53.00 ?e«92 F6 BCA 1.76» 1.92* + 0 16.20 17.98 51 BCA 0.62* 0. + TAM 20.70X 22.97X 52 BCA 1.09* 1. 19* + 53.80XA 59.71XA 53 BCA 0.74* 0.81* + 3891 CAK2 0.25 0.25 0.28 0.28 54 BCA 0.90* 0.98* + 3919.37 CAK2 0.09 0.09 0. 10 0.10 55 BCA 0.39* 0.42* + 3920.98 CAK2 0.27 0*27 0*30 0.30 56 BCA 0.55* 0.60* + 3926.60 HE I 1 CAK2 0.26 0.29 2 LA 4.30 4.68 + 1 F 5 BCA 0.22* 0. 24* 2 0 2.24 2.44 + i S5 ec-¿ 0.28* 0.31* III 3 CAK2 0.63 0.69 + l S6 BCA 0. 11* 0. 12* F 5 BCA 0.12* 0.13* + 392 7 CAK2 0.08 0.08 0.09 0.09 F6 BCA 0. 15* 0. 16* + 3954.40 _l ÉLM¿_ 0-«-lQ_ 0.1Q 0.11 0.11 S4 BCA 0.40» 0.44* + 3964.37 HE I 1 CAK2 1.14 1.26 S 5 BCA 0.61* 0.66* + l CS BCA 0.54* 0. 59* S6 BCA 0.49* 0.53* + 1 FI BCA 1.04* 1. 14* 4069.85 C II CAK2 0.63 0.69 + 1 F3 BCA 0.33* 0. 36* F5 BCA 0.12* 0. 13* + 1 F4 BCA 0.24* 0. 26* F6 BCA 0.15* 0.16* + NGC 6543 (PK NO. 96+29 1) NGC 6543 (PK NO. 96+29 1) + 554 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 6543 I PK NO. J7 6.02 1 CA AW7Q —Q.l-9— 0.19 + TAM 8.90X 9 • 28 X 1 K AW70 0. 13 0.13 + VV 2 10.00X 10.43X 1 55 BCA 0. 19* 0. 19* + 4481.30 MG CAK 2 0^12 -0^12 —CU-L3— 0.13 1 56 RCA 0^-11 ♦ O.-LL* + 4492.00 11 CAK2 0. 10 0.10 0. 10 0.10 4677 0 CAK2 0.26 0.26 0.27 0.27 + 4500 CAK2 0.05 0.05 0.05 0.05 4685 1 CA AW70 0. 10 2.25 0. 10 2.30 + 4510.80 (K TV ) CAK2 0. 15 0. 15 0. 16 0.16 l K AW70 0.05 2.25 0.05 2.30 + 4516.90 C 111 CAK 2 0. 09 0.09 O. 0 .09 l CS BCA 62.70* 0 63.90* + 4523.60 N 111 CAK 2 0.08 0.08 0.08 0.08 l PE BCA 5.90 6. 01 2.30 + 452.7.8Q I-LL.. -XAKZ 0.09 Q. 09 P. Q.0-9 _I LA 3.7Q 2.25 0 . 3.77 2-.30— + 4537 0 CAK2 0.04 0.04 0.04 0.04 0 1.51 2.25 1.54 2.30 + 4547 N III 1 CS BCA 3.43* 3.55* VV 2 6. 30X 6.42X + 4552.00 II LAK2- O.t-JLP- . 10 CAK7. . 0-09 0.09 Q-.09 + 4552.00 SI III CAK2 0. 10 0. 10 4699.20 O II 2 CAK2 0. 13 0. 13 + 4571.CO MG I CAK 2 0. 14 0.14 0. 14 0.14 4699.20 C IT 2 CAK2 0.13 0.13 + . 45-90.79 Q_ U _C.AK2— Q. 15 0.15 0.15 Q .15 4701 IFE I.U ) . 1 CA AW7Q 0.06 0.Q6- + 4595.99 II 1 CAK 2 0. 10 0.1C 0. 10 0.10 1 K AW70 0. 12 0. 12 + 4603 1 I l CA AW70 0. 12 0.10 0. 12 0.10 4702.22 O II 2 CAK2 0. 20 0.20 + _1 H—A W 70„. . 0103- 0.10 0.08 .10 -4-702.22-1 FE -LU I _2 C AKZ- 0.20 Q. 20. + 4605 0 CAK 2 0.12 0.12 0. 12 0.12 4711.27 (AR IV ) 1 CAK2 1.42 1.44 1.44 + 4606 (FE II ) 1 CA AW70 0. 06 0.06 0.06 0.06 2 CA AW70 2.00 2.03 + 4609.48 O I I J CAK2 Q.1Q- Q.I 0 0. 10 0.10 2 K AW7C 0.92 0.94 + 4611 CAK2 0.20 0.20 0.21 0.21 1 CS BCA 1.33* 1.35* + 4615 CAK2 0. 06 0.06 0.06 0.06 1 F 5 BCA 0. 17* 0. 17* + 4620.68 O I I -CAK2 0. 09- 0.09 0.09 1 F6 BCA Q.94* Q.aa* - + 4624 O CAK2 0. 03 0.03 0.03 0.03 2 PE BCA 0. 80 0. 81 + 4629 0 CAK2 0. 17 0.17 0.17 0.17 1 S3 BCA 1.38* 1.40* + 4631 1 CA AW70 0.60 - Q.3 5 0.62 0.36 1 55 BCA 1.50* .52* + A W70 0. 11 0.35 0.11 0.36 1 56 BCA 0.69* 0.70* + 4633.74 N III l CAK 2 0.67 0.42 0.69 0.43 2 LA 2.60 2.64 + 1 CA AW70 «_5-0_ 0.42 —OjJLL- 0.43 _2 Q— 1.41 1.43 + 1 K AW70 0. 10 0. 10 4713.14 HE I 1 CAK2 1.42 1.44 + 1 S3 BCA 0.21* 0.22* 2 CA AW70 2.00 2.03 + 1 55..BÇA 1.12* _ 1115-*- _2 K AU7C Q.-92 0.93 + 56 BCA 0.64* 0.66* 1 CS BCA 0.27* 0.27* + 2 TAM 4. 10X 4.20X 1 F 5 BCA 0.43* 0.44* + 1 F 5 BCA 0.26* 0.27* 1 F6 BCA Qjl2.7* _ 0.27* + S3 BCA 0.32* .33* 2 PE RCA 0.80 .81 + 1 56 BCA 0.21* 0.22* l S3 BCA 0.73* 0.74* + 4638.36 _L CAK2 0.69 0.69 -0.71 1 S5 BCA 0.79* O-RO* + 4640.64 N III 1 CAK2 1.56 1.20 1.60 1 .23 0.52* 0.53* + 1 CA AW70 1.35 1.20 1.38 1.23 2.60 2.64 + J. K AW7Q 0.70 1.20 0.72 1.23 1.41 1 «-43 + 2 F 5 BCA 0.22* 0.23* 4725 (NE IV ) I CAK2 0. 10 0. 10 + 1 S3 BCA 1.04* 1.07* 4734 1 CA AW70 0.03 0.03 0.03 0.03 + L S5 -BCA 2.18* _ 2.23* 4740.00 (AR IV ) l CAK2 QL93 . 0.68 0.94 0.69 + 1 56 BCA 1.17* 1.20* 1 CA AW70 0. 78 0.68 0.79 0.69 + 2 LA 7.00 7. 17 1 K AW70 0.39 0.68 0.40 0.69 + _2 TAM . IPX 4.70X 1 CS BCA 0.75* Q. 16* + 4641.72 N III 2 CAK2 0.0 0.0 l F 5 BCA 0. 17* 0. 17* + 2 S3 BCA 0.60* 0.61* 1 F6 BCA 0.23* 0.23* + NGC 6543 (PK NO. 96+29 1) NGC 6543 (PK NO. 96+29 1Í + + 556 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued + NGC 6543 (PK NO. 96+29 1) NGC 65*3 (PK NQ, 9fr+¿.9 1) + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C WAVE IDENT N RG REF OBS I AVE O CORR I AVE C +197 6ApJS + + + + + 4740.00 1AR _Ly_. ). I-PE. BEA 0.20 0.68 5270 (FE III) 1 KA AW70 0.08 0-13 0.08 0.13 + 1 S3 BCA 1.05* 1.06* 1 KB AW70 0. 13 0.13 0. 13 0.13 + 1 S5 BCA 1.74* 1.76* 5335 (FE VI ) l KB AW70 0.05 0.05 0.05 0.05 + \ $6 gÇA 0.95* 0.96* -5A11- HE....I I -1 Q_ 1.32 1.32 1.25 1 . ?5 + 1.12 0.68 1.13 0.69 l VV 2 3.60X 3.42X + 1 CA AW70 0.06 0.06 0.06 0.07 5484 (FE VI ) i KB AW70 0.04 0.04 + 1 K AW7Q Q.Q7 . 0.06 0.07 0.07 .5517- < cu... n n J A_Jl£2 -Q.t.6¿*.. + 4756 CAK2 0.21 0.21 0.21 0.21 1 CB AW70 0.38 0.41 0.36 0.39 + 4789.20 (F II ) CAK2 0. 05 0.05 0.05 0.05 1 KA AW70 0.30 0.41 0.28 0.39 + A797 CAK2 Q. 11 Q.-LL _Q.11 . 0.11 .1 KB AW.7Q —Q. 55- 0.41 -Q^52_ 0.39 + 4805 CAK2 0.08 0.08 0.08 0.08 l C2 DG75 1.00* 0.94* + ^815 CAK2 0.09 0.09 0.09 0.09 l C3 0G75 1.00* 0.94* + 4825 CAK2 0.11 0,11 0.11 0.11 1 NE DG75 l.QQ* 0.94* + 4846 CAK 2 0.08 0.08 0.08 0.08 1 S 2 DG 75 1.00* 0.94* + 4861.30 CAK2 100.00 100.00 100.00 100.00 1 SW DG75 1.00* 0.94* + . A Al 100.00 100.00 100.00 IQQrQO .5537. (CL III) J1 CBA AW70 AE2 l.QQA- Q.9A» + 100.OOX 100.OOX 0.65 0.64 0.61 0.60 + 1 PE BCA 100.00 100.00 100.00 100.00 1 KA AW70 0. 39 0.64 O. 37 0.60 + 1 CPDA 100.00 100.00 100.00 100.00 1 KB AW7Q Q. 89 Q.64 Q. 84 Q..6Q + GU 100.00 100.00 100.00 100.00 1 C2 DG75 1 . 53* 1.44* + LA 100.00 100.00 100.00 100.00 1 C 3 DG7 5 1.67* 1.57* + LA54 1QP.QQ . 1PQ.QQ LP.Q» QQ . 100.00 1 NE DG75 It 55* 1.46* + I WK LKG 100.OOX 100.OOX 1 S2 DG75 1.00* 0.94* + 1 MA62 100.00 100.00 100.00 100.00 i SW DG7 5 1.64* 1.54* + _J ÜS 1-QO..QQ 100.00 LQQ.QQ 100.00 5592 1 KA AW70 0.09 0.08 + O 100.00 100.00 100.00 100.00 1 CB AW70 0.08 0.08 0. 07 0.07 + OCB 100.00 100.00 100.00 100.00 1 KA AW 70 0.07 0.08 0.07 0.07 + TAM 1QQ.QQX IQQ.QQX- 1 KB AW70 0.08 0.08 0.07 0.07 + l VV 2 100.OOX 100.OOX l CR AW70 0. 18 0. 15 0. 17 0.14 + 1 CA AW70 0.05 0.12 0. 05 0.12 l KA AW70 0.07 0.15 0.07 0.14 + _1 K A win _2Ú .12 _20 •-L2— KB A-M7Q 0- »9 0.1 5 n. ir 0^14 + 4903 CAK 2 0. 09 0.09 0.09 0.09 i CB AW70 0. 24 0. 76 0.22 0.70 + 4906.63 O I I CAK2 0.09 0. 0.09 0.09 i KA AW700 0.83 0.76 0. 0.70 + 4921.93 HE I CAK2 1.33 1. -JL.32 1.73 1 KB AW7QZ 1.20 Q. 76 1. 11 0.70 + 1 CA AW70 1.80 1.74 1.79 1.73 5801 C IV l KB AW70 0. 06 0.06 0. 06 0.06 + 1 K AW70 2. 10 1.74 2.09 1.73 5806 HE U l KB AW70 0.01 0.01 0.01 0.01 + 1 f.S BCA 1.46» 1.45*- 5812 _C LV_ -1 ..KB AW.7.Q -O. Q7_ 0. Q 7 Q.Q6 . + 1 F 5 BCA 0.95* 0.94* 5875 1 CB AW70 16.60 15.44 15. 19 14.13 + 1 F6 BCA 0.45* 0.45* l KA AW7 0 10.40 15.44 9. 51 14.13 + 1-S 5 BCA -1^50* 1.49* .1 KB A.W7 0 . 14. 20. 1 5.44 12.99 14.13 + 1 Sfr BCA 1.16* 1.15* 1 PE BCA 17.80 15.44 lo. 29 14.13 + 4631 (O III)’ 1 K AW70 0.06 0.06 0.06 0.06 l MA62 18.20 15.44 16.65 14.13 + 4931.81 m un J CAK2— r>. ?8 n.l 7 .0.25 0.17 1 VV 2 26. 7Q.X 24.43.X. + 1 CA AW70 O. 09 0.17 0.09 0.17 l PE BCA 1.30 1. 15 + 4942 O CAK 2 0.09 0.09 0.09 0.09 1 CA« 0. 00* 0.00* + 4944 CAÜL2- SU- 0.2-8 - -0.23 .-23— _1 V-V 2 21.8QX 19.32X + 4958.90 (P I I I ) 1 CAK2 227.00 210.31 225.02 208.48 6310 ( S II) l PE BCA 1.30 1.30 1. 15 1.15 + A41 210.00 210.31 208.17 208.48 6364 ( G I ) l PE BCA O. 10 0.10 0.09 0.09 + _AiJ 24i.nnx- 248.81X 6548 _1_N II ) 3. PE B£A .381.4Q 332.83 + l PE BCA 163.00 161.58 OCB 15.20 13. 26 + l WK CAK2 0.13* 0. 13* CAM 1.00* 0.87* + _J CPDA 218.80 2.16. 89 _0 -3.16. nn 274.48 + 1 LA 211.00 210.31 209.16 208.48 316.00 275.48 + 1 LA54 219.00 210.31 217.09 208.48 VV 2 341.OOX 297. 28X + 1 WK I KG 491. OOX 486.72X —W— 1. OPA.. 0.87* + MA62 204.00 210.31 202.22 208.48 6563 (N II) PE BCA 381.40 332.50 + MS 211.00 210.31 209.16 208.48 VV 2 34 i.OOX 297.28X + O 229.00 210.31 227.00 208.48 6583 (N II ) PE BCA 381.40 332.05 + TAM 198.OOX 196.27X CAM 0.17* 0.15* + VV 2 170.OOX 168.52X O 9. 55 24.22 8. 31 21.09 + 5006.80 (0 IIP CAK¿ 665.00 650.46 656.32 641.97 OCB 3-8« 9Q ¿4«_2¿ -33.87 21.Q9 + A41 600.00 592.17 0.03* 0.03* + AN 692.OOX 682.97X 6678 HF I 1 PF BCA 3.70 3. 20 + 1 PE BCA 726.00 650.46 716.52 641.97 6717 ( S II) 1 B AE2 0.50* O. 43* + 1 WK CAK2 0.69* 0.68* l PE BCA 3.90 3. 37 + l CPDA 6o0.70 650.46 652.08 641.97 l WD 0. O. 51* + _! LA- 644.00 650.46 635.59 641.97 b730 _1 B AE2 1. Q. 86* + LA54 667.00 658.29 1 PE BCA 3.50 3.02 + 1 WK LKG 1508.OOX 1488.32X 1 WO 1.00* 0. 86* + _J MAfrZ. 645.00 + 596.00 + 636.58 + 588.22 + 6678 HE I 2 PE BCA 11.1Q 9.61- + 6724 ( S II) 2 PE BCA 1 1. 10 9. 58 + TAM 488.OOX 481.63X 7065 HE I 1 PE BCA 6. 00 5. 09 5.98 + VV-2- 63 ¿.OOX 621.78X l O i_L2_ 5.98 + 5007 (0 II) l BDO 398.00* 392.80* (AP III) 1 PE BCA 23.20 22.80 19. 59 19.25 + 5016.83 HE I l CAK2 2. 17 2. 14 I O 22.40 22.80 18.92 19.25 + 1 F 5 BCA -Q.-S.9* Q«98* . -LO U ) l. PE ßC.A 1.35 U35 1. 13,., U13 + 1 F 6 BCA 0.66* 0.65* 7325 (n ii) 5. 01 5.01 4. 19 4.19 + 1 S5 BCA 1.68* 1.66* 7330 (C II) 1 PE BCA 1.35 1.35 1. 13 1.13 + 1 S6 BCA 1.07* 1.05* —Z-751 . t AR III) 1 Q 7.25 .25 —5-«-93_ 5.93 + 5032.97 C I I 1 CAK2 0.49 0.49 0.48 0.48 1.23 1.90 0.97 1.50 + 5041 SI II 1 CA AW 7 O O. 13 0.17 O. 13 0.17 2.58 i .90 2.03 1.50 + 1 K AW70 0.21 0. 17 0.21 0.17 3.32 3.32 ?. 60 2.60 + HE I l CA AW70 0.26 0.26 0.26 0.26 9069 (S III) 41. 70 41.70 32.49 32.49 + 1 K AW70 0.27 0.26 0.27 0.26 9229 H I 4.26 4.26 3.30 3.30 + . ,5JÍ¿.6 $1 II 1 CA AW70 Q.14 Q.L2- . Q..14 Q.12 .9539 _EL -.51« 40... 39. 50 + A W 70 0. II 0. 12 O. II 0.12 9539 ( S III) 51.40 39. 50 + 5081 0 CAK2 0.60 0.60 0.59 0.59 10049 I 8.91 8.91 6. 76 6.76 + 5.158 (FE VID 1 CA AW7Q 0.Q2 Q.Q2 0.02 Q.Q2 10120 HE —1 I 3. 89 3.89 95_ 2.95 + i K AW70 0.02 0.02 0.02 0.02 10320 { S II) O 129.00 129.00 97. 29 97.29 + 5175 0 CAK 2 0.48 0.48 0.47 0.47 10829 HE I GU 41. 00 36.70 30. 57 27.36 + 5-191 -LAR OI) 1 CA AW7Q Q.Q7 0« 08 -Q..Q7 0.08 37- An 36.« 7Q -24« 15- 2 7^36 + l K AW70 0.11 0.08 0.11 0.08 + 1 KA AW70 0.06 0.08 0.06 0.08 REGIEN KEY (REGION,RE FER PNCE,FXPLANAT ION) + 1 _KB AH7Q fl.QB Q« QB— Q.Qfl -Q,QB AE2 REGIONS A AND B ON DIFFERENT SCALPS + l CA AW70 0.01 0.22 0. 01 0.22 CA, AW70, 5.5 ARCSEC NORTHWEST OF STAR + 1 K AW70 0.54 0.22 0. 52 0.22 CB, AW70, 4.5 ARCSEC WEST OF STAR + .1 KA AW7Q 0.23 Q« 22 0.2? Q.22 K. AW7 0, KNOT ON PLATE WITH REGION CA + 1 KB AW70 0. 11 0.22 0.11 0.22 AW70, KNOT A ON PLATE WITH REGION CB + 5200 (NI ) 1 CA AW70 0.03 0.03 0.03 0.03 KB, AW70, KNOT B ON PLATE WITH REGION CB + 5270 (FE HI) 1 CA AW7Q 0.08 Q. 13 Q.Q8 Q. 13 CS. BCA , OBSERVED AT CENTRAL STAR + 1 CB AW70 0.10 0.13 0.10 0.13 BCA FILAMENT SOUTHWEST OF STAR, REGION 1 + l K AW70 0.28 0.13 0.27 0.13 BCA FILAMENT WEST OF STAR, REGION 1 + NGC 6543 (PK NO. 96+29 1) NGC 6543 (PK NO. 96+29 1) + 557 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + _NGC-6¿43 1 PK N CL 96t29 H . BEGIN NGC j6567 ( PK NQ. U -Q_21 Q.71 (RADIQ-H BETA) + F3» BCA FILAMENT S OF ST AP « REGION 2 WAVE ÎOENT N RG REF OBS I AVE CORR I AVE C + F4t BCA FILAMENT N OF STAR, REGION 3692 _HH II L. AÇPQ 3.» 84 3 «9-4 6.35 6.35 + BCA FILA ME NT SW OF STAR» REGION 3 3697 ACP G 4.36 4.36 7.20 7.20 + F6 BCA FILAMENT NW OF STAR, REGION 3 3703 H I ACPG .76 4.76 7.84 7.84 + PE, BCA » PHOTOELECTRIC 3705 HE I ACPG «40 9.40 47 15.47 + 51, BCA , I NT E PF ILA MENT WEST OF STAR, REGION 1 3712 H I 1 ACPG 5.46 8.96 + 52, BCA , INTERFILAMENT WEST GF STAR, REGION 1 3722 H I 2 ACPG 4.49 7.33 + 53, BCA , TNTEFFILAMENT S OF STAR. REGION 2 . 3722 _i_S III) 2 -ACPG 4.49 .33 + $4, BCA , INTERFILAMFNT N OF STAR, REGION 2 23.00 37.46 + S 5, BCA , INTPRFILAMENT SW OF STAR, REGION 3 ACP 27.80 45.28 + -SA, BCA , INTERFILAMENT NW OF STAR. REGION 3 ACPG 40.90 66.62 + WK, CAK2, WF ST KNOT 3729 (0 II ) 1 ACPG 24.20 39.38 + CI, DG7 5, MAX. GF 95 POSITIONS NEAR CENTER. SEE REF. 3 734 H I 1 ACPG 6.37 6.37 10.34 10.34 + DG75. MAX. IN CENTRAL REGION 3750 H I 1 ACPG 6.94 6.94 11. 19 11.19 + C3, DG75, MAX.OF 148 POINTS,4.5 ARCSEC SW OF CENTER,SEE REF. 3770 H I I ACPG 7.97 7.97 12.73 12.73 + NE, DG75, A PEAK VALUE 15 ARCSEC NE OF CENTER. 3797 H I 1 ACPG 10.00 10.00 15.78 15.78 + SI. DG75, MIN. OF 95 POSITIONS, 14 ARCSEC S OF STAR,SEE REF. 3819 HE I L_ -ACPG 2.21 2.21 —3.45_. 3.45 + DG75, MIN.OF 148 POSITION,13 ARCSEC S CF CENTER,SEE REF. A 9.80 12.07 15. 18 18.69 + SW, 0G7 5, A PFAK VALUE 15 ARCSEC SW OF CENTER. ACP 12.20 12.07 18.89 18.69 + HK. LKG t WEST K.NQI _ ACPG— L4-.2Q 12.-QJ 21.99_ -La^9 + (NE III) 1 56.00 61.60 85.33 93.86 + NGC 6543 (PK NO. 96+29 1) ACP 56. 30 61.60 85.78 93.86 + -ACPG 9.5.. 70 . 61.60 145.82 .93^86 + 68. 00 61.60 103.61 93.86 + VV5 32.00 61.60 48.76 93.86 + BEGIN NGC 6563 ( PK NO. 358 -7 1) 0.33 (RADin-H BETA) A 21.QQ 21.00 31.67 31.67 + ACP 19.00 28.65 + WAVE IDE NT N RG REF OBS I CORR I AVE C ACPG 27.00 40.72 + 4363 _H I __2 JQ6Q 43.00 42.37 _ ACP 19.00 28.65 + 4363 III) 2 J 06 0 43.00 47.37 ACPG 27.00 40.72 + 4861 I l J 06 0 100.00 100.00 100.00 (NE III) 2 A 27.00 39.40 + 0063 1QQ.QQ 10Q.QQ 1QQ.QQ 1QQ.QQ 2 - ALP 30.10 4.3.93 + 4959 (C III ) 1 J06C 75.00 75.00 73.80 73.80 VV 5 21.00 30.65 + 5007 (O I 11 ) 1 J060 160.00 536.00 156.19 523.22 A 27.00 39.40 + 0063 912.00 53 6.QQ_ 890.26 523.22 _ ACP 30.10 43.92 + (S TI ) l J060 45.0 23.55 34.36 + 32.00 46.69 + NGC 6563 < PK NO. 358 -7 1) ? 1-. 00 + 3970 (NE III) 2 32.00 46.64 + 4026 HE I l 5.30 3.81 7.54 5.43 + L- 2.33 3.8-1 3.3? 5.43 + BEGIN NGC 6565 (PK NO. 0.3Ó (RAOIO-H BETA) 4069 (S 11)2 5.70 7.95 + 4076 + 4 06 7 (S II ) 2 5.70 7.93 + N LU 2_ ?U 10 —29.06 + 3444 III AKI 6.60 6.60 8.99 8.99 A 25.00 23.27 34.37 31.99 + 3686 I AKT 1.00 1.00 1.29 1.29 ACP 21.10 29.01 + -AKT— ACPG 25.80 23.27 35.47 31.99 + 3 697 AKI 1.30 1.30 1.68 1.68 M 19.00 23.27 26.12 31.99 + 3704 AKI 2. 30 2.30 2.96 2.96 VV5 31.00 X 42.62X + .3704 AKI 2.30 2.30- 2.96 2.96 44.no 41.10 54.69 51 .08 + 3712 1 AK I 2.00 2.57 ACP 33.90 42. 13 + 3722 2 AKI 4. 50 5.77 ACPG 48.40 41. 10 60. 16 51.08 + -3722 ? AKI 4«-50 - 5.77 35.00 4 1 . 1-0 -43.50- 51^38 + AKI 170.OP 217.76 37. 00 41.10 45.99 51 .08 + VV4 53.00 67.89 (0 III ) I 5.70 7.43 7.02 9.15 + -3729 AKI _ 19QU)0- 243..21 2_ 33.90 41.74 + 3734 H I AKI 2.30 2.30 2. 2.94 9.59 7.43 11.81 9.15 + 3750 H I AKI 3. 70 3.70 4.71 4.71 7.00 7.43 8.62 9.15 + 3771 H ! AKI 5.10 5.10 6.47 6.47 6.00 7.04 7.08 8.31 + 3797 H I AKI 6. 40 6.40 8.06 8.06 ACP 8.59 7.04 10. 14 8.31 + 3819 HE I AKI 1.00 1.00 1.25 1.25 ACPG 6.53 7.04 7.71 8.31 + —38.3-5— _h I— AKI 8 «00 «9.SL- -«-9-9 - - VV-5 .¿¿L, QQX— 3Q,7QX + 3868 AKI 112.00 83.50 138.66 103.38 4686 HE I I 1 VV5 23.00X 24.78X + VV4 55.00 83.50 68. 09 103.38 4711 ( AR TV ) 2 ACPG 4.90 5.22 + 3889 AKI 22.ÛQ 27. IQ 4713 HE I 2 ACPG 4.90 5;22 + 3889 HE I AKI 22. 00 27. 10 100.00 100.00 100.00 100.00 + 3967 (NE Id) AKI 38.00 38.00 46.03 46.03 ACP 100.00 100.00 100.00 100.00 + 29710. . H L AKI 17.00 17.00 2Q.58 20.58 ACPG 100.00 100.00 100.00 100.00 + VV4 22. 00 26.63 100.00 100.00 100.00 100.00 + 3970 (NE TIT) VV4 22.00 26.63 100.00 100.00 100.00 ICO.00 + - 4Q2£_ ..HL.J[ AKI 3.-00 - 3.00 3.59 3.59 VV5 100.00 -IQQ.flQ 100.00 100.00 + 4068 ( S II) 1 AKI a. 70 8. 70 10.30 10.30 (C 111)1 320.00 340.77 309. 12 329.18 + 4076 ( S II) l AKI 3.00 3.00 3.55 3.55 ACP 353.00 340.77 341.00 329.18 + 4097 _ N I IJ JL AKI 1.00 1.00 1.18 1.18 . ACPG 301.00 340.77 329.18 + ¿9Q.I-7- 329.18 + 4101 H I l AKI 25. 00 17.50 29.38 20.57 323.60 340.77 312.60 + 1 VV4 10.00 17.50 11.75 20.57 400.00 340.77 386.40 329. I 8 + 4340 __H I 1 AKI - 42-«-QQ_ 32.5.0. 46. 90 3fr_«29 347.00 340.77 335.20 329.18 + 2 VV 37. 00 41.31 (0 III ) 1 790.00 979.40 750.04 929.86 + l VV4 23.00 32.50 25.68 36.29 ACP 1094.00 979.40 1038.66 929.86 + 4363 _LC 1 I I I 1 AKI 8.70 8.70 9.67 9.67 COAL 1QQQ.QQ 979.4Q 949.42 929*86 + 37.00 41.12 1120.00 979.40 1063.35 929.86 + 4471 HF I AKI 5. 10 5.10 5.55 5.55 VV5 893.00 979.40 847.83 929.86 + 4541 HE I I AKI 1.00 l.OQ- 1.07 1-..07 5876 HE I- . VV5 . 28.00 28.00 19.71 19.71 + 4571 MG I AKI 1.20 1.20 1.28 1.28 6300 I ) 1 VV5 15.00 9.32 + 4686 HE I I AKI 17. 00 12.75 17.66 13.24 6563 H I 2 VV5 427.00 248.52 + -VV4- 8.50 12.75 .83 . 13.24 6563 (N II ) 2 VV5 427.00 248.52 + 4740 (AR IV ) AKI 1.30 1.30 1.33 1.33 + 4861 H I AKI 100.00 1 CO.00 100.00 100.00 NGC 6567 (PK NO. + Q063 IQQ.OQ _1 QQ.Q-Q- 1QQ.QQ 1QQ.QO + VV 3 100.00 100.00 100.00 100.00 + VV4 100.00 100.00 100.00 100.00 + .4959 . __LC I III -VV. .3— 324.00 272.Q.Q 31B.37 267.27 BEGIN NGC 6572 tPK NO. 34+11 1) C = 0.41 (RADIO-H BETA) + 1 VV4 220.00 272.00 216.18 267.27 + 1 00 6 3 1380.00 1026.67 1344.15 1000.00 WAVE IDENT N RG REE OBS I AVE O CORR I AVE C + _1 1026.67 974.0? 1 000.00 + VV 3 IQJQ^OQ- 1026.67 3107 O AK2 0.25 0.2 5 0.39 0.39 + 1 VV4 700.00 681.82 1000.00 3109.00 (AR III) 1 KA 0.25 0.25 0.39 0.39 + 6300 (01 ) I VV 3 66.00 66.00 51.85 51.85 3120.80 0 III 1 A K2 0.42 0.42 0.65 0.65 + 6563 _y L _2 VV4— 65Q.QQ 49:4.00..- 3127 0 AK2 0^2] Q*2J 0.33 0.33 + ( N 11)2 VV 3 1550.00 l 177.99 3131.98 0 III A K2 0. 59 0.92 + VV4 650.00 494.00 3187.55 HE I AK 2 2.00 3.06 + VV 3 155Q^QQ._ 1 177.68 3187.55 NF I 1 AK2 2.00 + ( S II)I 3201.20 0 0.15 0.15 0.23 0.23 + 3206 0.22 0.22 0.34 0.34 + NGC 6565 (PK -NO. + NGC 6572 (PK NO. + + 558 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 6572 (PK NQ. 34tll 11 NP,r 6S72 (PK ND. 34U.1. 1) + WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IOENT □ BS I CORR I + _^?Q7t93- AR II 1 AK2 Q. 15 0.15 Q.23 ^7?7.00 n ! T 1 1 « QQ*_ .33* + 3211 O AK2 0.15 0.15 0.23 AUV 1.00* 1.33* + 3234 0 KA 0. 16 0.16 0.24 LA 45.00 59.66 + 0.09 0.09 ^2t40 + 3239 + 3241.91 SI III + _Q AK2 + AK2 0. 08 + _ûm. + 0.12 l LA-Q.P-Ç + PTP 35.50 47.07 + 3243.91 NE II AK2 0.12 O. 18 1 VV 2 26.40X 35.00X + 3243.91 NE. .11— AK2 Q. 12 O. 18 in ir) -l Atí_ 0.46* 0.61* + 3246 AK2 0.12 0.12 0. 18 0.18 1 AUV 0.45* 0.60* + 3258.38 SI III AK2 0.23 0.23 0.34 0.34 3732.85 HE I 1 AK2 0. 11 O.ll 0. 15 0.15 + 3260.70 O III KA 0.17 Q»17 -Q_^2JL- -0.^2? 3734.38 _H L_ _J. AK2 2.64 -¿.64_ 3.49 3.49 + 3262.60 C III 1 KA 0.08 0.08 0. 12 0.12 3737 KA 0.04 0.04 0.05 0.05 + 3293.33 AR II l AK2 O. 15 0.15 0.22 0.22 3740 AK2 0. 05 0.05 0.07 0.07 + 3296.76 HE I 1 AK2 0.20 0.20 Ot 30 _0-.3Q 3745.91 AK? Q.Q5 0.05- 0.07- O .01— + 3299.30 O III 1 AK2 0.05 0.07 0.07 0.10 I 3.65 5.93 4.81 + 1 KA 0.09 0.07 O. 13 0.10 3.65 3.69 4.81 + 3312.30 D LLL J AK2 .10 -0.15 0. 1 5 3754.69 Q_ I T I -0-^20- 0.20. 0.26- 0.26- + 3334, 1 AK2 0.14 0.14 0.21 0.21 3755.94 HE I l AK2 0.09 0.09 0. 12 0.12 + 3338 0 AK2 0.08 0.08 0. 12 0.12 3757.33 O III l AK 2 0.07 0.07 0.09 0.09 + 3340, SJQ Q LLL 1 AK2 0.13 -0.13 . O,. 19- 0.19 3759.84 O III 1 AK2 O. 14 0.97 Qtl8_ U27_ + 3342. 81 (NE III) AK2 0.20 0.29 1 A41 1.80 C. 97 2.37 1.27 + 3345. 82 NE 11 A K2 0. 13 0. 19 3762.43 1 A K2 0.05 0.05 0.07 0.07 + 3345. Â2 N£_ U_ AK2 Q-t-L3 0.19 ?7fr4 _Q KA_ -0.03 - 0.03 0.04_ 0.04- + 3345. 82 NE I I AK2 0. 13 0. 19 3768.77 HE I AK2 0.11 0.11 0. 14 0.14 + 3345, 82 (NE V ) A K2 0. 13 0. 19 3770.61 H I AK2 5.40 3.87 7.08 5.07 + 3347.94 0 III 1 AK2 -Q..Q8- 0.12 A41 -2.30- -3.8 7- 3.01_ -5..Q7_ + 3353. 32 NE I I 2 AK2 0.09 0. 13 1 LA 3.90 3.87 5. 11 5.07 + 3353, 32 (CL III ) 2 AK2 0.09 0. 13 3773.94 0 III 1 A K2 O'. 08 0.08 0. 10 0.10 + —3354.16 HE I 2 AK2 0.15 0.22 3777.10 NF IT _J AK2 n.ofl + 3354. NE I I 0. 15 0.22 3780 0.05 0.05 0.07 0.07 + 3356. Q III 0.15 0.22 3783.10 0.05 0.05 0.07 0.07 + 3367. -0 U AK2 0.09 Q. 13 3784.86 . 0.09 _ 0.09 0. 12 0.12- + 3367. 16 NE 11 AK2 0.09 0. 13 3791.14 0 III AK2 0.06 0.08 + 3367. 16 S 0.09 0. 13 3791.14 NE II AK 2 0.06 0.08 + 33Rt>. &n o_ inhi + AK2 + Q. IQ JCL.14 31-95 —A-K.2 -Q.Q5 _ -JQ.07- + 3385. 8C NF I I 0. 10 0. 14 3797.81 H I AK2 5.47 4.69 6.11 + 3387. 00 S III 0.15 0.15 0.22 0.22 A41 3.40 4.69 6.11 + 3411. _42 NE_ U Q^-1.5— 0.1 5 0.22 0.22 -■inn _ + 3439, 92 0 III l AK2 0.0 0.0 0.0 0.0 l OPC 4.80 4.69 6.25 6.11 + 3444. 10 0 III 1 AK2 0.11 0.11 0. 16 0.16 3805.65 l A K2 0. 13 0. 13 0. 17 0.17 + -3447. HO HE_ I -1 AK 2 0.26 -0.37 0.37 3 AO 8 _0 KA 0. 06 0.08- + 3450. 2 7 HE AK2 0.06 0.09 3811.20 P III 0.07 0.07 0.09 0.09 + 3450. 27 0 III AK2 0.06 0.09 3817 KA 0.06 0.06 0. 08 0.08 + —3-454. A3 HE- J AK2 0.05 -0.07 3B19.59 HF I . AK2 _ 1-.7A _ 1.78- -?_nn- —2-^30— + 3454. 43 0 AK2 0.05 0.07 3831.75 S III 1 AK2 0.03 0.04 + 3456. 87' HE AK2 0.08 0. II O.ll 3833.55 HE T 2 AK 2 0.13 0. 17 + 3466. .2-8 HE- AK 2 CUQB 0. 11 ^833.«S8 HF II _2 AK2 0.13 _ -0.17- + 3466, 28 0 III 2 AK2 0.08 0.11 A K2 7.30 7.02 9.40 9.04 + 3470. 50 0 I I 1 KA 0.08 0.08 0. 11 O.ll A41 6.00 7.02 7.72 9.04 + 3471.89 HE- -I AJL2— 0.12 0.17 - 8.50 - + 3479. 06 HE AK2 0.14 0.14 0.20 0.20 1 OPC 7.60 7.02 9. 78 9.04 + 3481. 95 NE AK2 0.08 0.10 0. 11 0.14 1 LA PTP 5. 70 7.02 7.34 9.04 + -KA 3838.26 HE ! 3 AK2 Q. 06 -Q.Q8- + 3487.79 HE I l AK2 0.14 0.14 0.20 0.20 3838.26 TI AK2 0.06 0.08 + 3498.69 HE I l A K2 0.17 0. 17 0. 24 0.24 3838.26 III AK2 0.06 0.08 + 3503.5fl NF II- _J KA- 0.06 0.06 0.08 0.08 3841 .95 AR II AK 2 o. ns n. nA + 3512, AK2 0. 18 0. 0.25 0.25 3848.10 II AK 2 0.09 0. 12 + 3530. AK2 0. 19 0.19 0.26 0.26 3856.06 SI II AK2 0.09 0. 12 + 3543. 0.07 0.07 0. 10 0.10 3856.06 AR I I A K2 0. 09 0. 12 + 3554, 0.28 0.2 8 0.39 0.39 3856.06 N T I AK2 0.09 0. 12 + 3563, 0.08 0.08 0. 11 0.11 3856.06 0 I I AK2 0.09 0. 12 + 3587. AK2 0.34 0.34 0.47 0.47 3857.58 0 I I A K2 0.04 QtO* 0.05 + 3599 .80 HE 0.08 0. H 3858 0 AK2 0.04 0.04 0. 05 0.05 + 3599 .80 HE 0.08 0. 11 3862.41 SI I I 1 AK2 0. 14 0. 14 0. 18 0.18 + 3613 LÍO tiE_ Q.45. Q. 61 J] LL_ AK 2 Q. 14 0.14 Q. 18 0.18 + 3615. 60 0. 10 0. 14 3868.73 1 AK 2 81.10 78.34 103.43 99.91 + 3615, 60 N KA 0. 10 0. 14 1 A41 58.50 78.34 74.61 99.91 + 3628. Jü NE— KA— Q»QB .11 1 Lô_ -86.90 - 78.34- . 110.82- 99.91 + 3634. 0. 55 0.55 0.75 0.75 1 OPC 100.20 78.34 127.79 99.91 + 3640 0.06 0.06 0.08 0.08 1 LA PTP 65.00 78.34 82.90 99.91 + 3658. 70 H L_ 0.0 0.0 1 VV ? 6I.9QX _7-8.t .9 4 X— + 3659. 43 AK2 0.38 0.38 0.51 0.51 3870 0 AK2 0.29 0.29 0. 37 0.37 + 3660. 33 H AK2 0.36 0.36 0.48 0.48 3871.69 HF I 1 AK2 0.23 0.23 0. 29 0.29 + 3661. 12 tl_ AK2 '0.38 0.38 0.51 0.51 3884.20 _C LLL _1 KA— 0.05 0.05 0.06 0.06 + 3662. 29 l AK2 0. 36 0. 0.48 0.48 2 A K2 18. 10 22.95 + 3663. 39 H 1 AK 2 0.43 0.43 0.58 0.58 2 A41 14.30 18. 13 + 3664. ¿5 H_ 1 AK2 0.40 0.40 Q. 54 0.54 2 LA 14.30 -18 ■ 13- + 3666, 09 1 AK2 0.44 0.44 0.59 0.59 18.40 23.33 + 3667. 69 H 1 AK2 0.55 0.55 0.74 0.74 22.50X 28. 53 X + -3669. A3 t!_ _J AK 2 0.50 ■0.5 Q 0.67 -0.67 3888.89 HE I AK2 .18.10 _ 22.95 + 3671, 45 AK2 0.62 0.62 0.83 0.83 2 A41 14.30 18.13 + 3673, 72 H AK2 0.62 0.62 0.83 0.83 2 LA 14.30 18.13 + 3676, 13 H_ AK2 Q-..73 .73 .98 0.98 _2 VV 2 22.5QX- + 3679, 35 1 AK2 0.77 0.77 1.03 1.03 3892 0 KA 0.05 0.05 0.06 0.06 + 3682. 79 1 AK2 0.89 0.89 1. 19 1.19 3896.30 1 KA 0. 05 0.05 0.06 0.06 + .3686, 12 H_ _1 AK2 0.98 Q. 98 1.31 -1.31 3909 _Q ÜA_ 0.07 0.07 0.09 ...0.09 + 3689 AK2 0. 0. 0. 0.07 3911 05 0 0.05 0 0.06 + 3691. AK2 1. 14 1. 14 1. 52 1.52 3912.50 0.05 0.06 + 3694. AK2- 0.10 Q.1Q ■Q-. 13 0.13 3912.50 -K A 0.05 —Qj.fl.6 _ + 3697. T AK2 1.51 1.51 2.02 2.02 3914 0 KA 0.05 0.06 + 3702. III AK2 0.21 0.21 0.28 0.28 3918.91 II 2 A K2 0.04 0.05 + 3703. _I A K2_ 1.70 1.70 ?.?7 3918 91 C T I 2 AK2 0.04 . 0.05 _ + 3704. 97 HE I A K2 0.-93 0.93 1.24 1.24 3920.68 C I I I AK2 0.08 0.08 0. 10 0. 10 + 3707, 19 0 III AK2 0.22 0.22 0. 29 0.29 3926.48 HE I 1 A K2 0. 19 0. 19 0.24 0.24 + -3.711 3A tL AK2 _2*. 2.1Q 2.79 3935.90 HE I.. _1 KA- 0.04 - Q.Q4 - —Q.^QS _ _Q.«Q5_ + 3713, III AK2 0. 16 0.16 0.21 0.21 3946.00 II 0.04 0.05 + 3715, III l AK2 0. 21 0.21 0.28 0.28 3946.00 TI KA 0.04 0.05 + 3717 _0 KA Qm Q6 Q.« .06 - Q. 08 ■ JL. 08 3947.90 C LL KA -JLQ4 + 3721. I AK2 2.72 3.61 3951 0 KA 0.04 0.04 0.05 0.05 + 3721. III AK2 2.72 3.61 3954.50 1 AK2 0.06 0.06 0.07 0.07 + -3-Z21. _LI AK2 2.72 3.61 _Q KA O.Qft + 3727.00 (0 11)1 AK2 48.00 63.64 3963.00 Q I I 0.06 0.06 0. 0.07 + A41 35.30 46.80 3964.74 HE I 1.35 1.35 1. 68 1.68 + NGC 6572 (PK NO. 34+11 1) NGC 6572 (PK NO. 34+11 1) + 559 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + + + TABLE 8—Continued + NGf. 6 577 (P_K_ MO. ^4+11 1 L_ NGC_ 6572 (PK NO. B4tll 1) + WAVE IDENT N RG REF OBS I AVE 0 CQRR I AVE C WAVE IDENT N RG REF OBS I CORR I + 1967.45 (NF III) J AK? 19.BO 19.BQ 49.51 4-9.51 _434il«38 H I _i m 45-jJQX 51.81X + A41 35. 00 43. 54 1 LA 56.60 40.64 64.17 46.08 + 2 LA 42.70 53. 12 1 OCB 36.20 40.64 41.04 46.08 + 2 OPC 37.10 46.15 _J1 LA QEC 38. 5Q 40.64 -43^65 46.08 + 2 VV 2 37.20X 46.28 X PTP 41.70 40.64 47.28 46.08 + 1 AK2 39.80 49.48 1 EW PTP 40.70 40.64 46. 14 46.08 + ? A 41 35.00 43.51 _2 VV 2 5Q.60X + LA 42.70 53.08 4342.70 T I 2 AK2 0.22 0.25 + OPC 37.10 46. 12 4342.70 I I 2 AK2 0.22 0.25 + VV 2 37.2QX 46.24X 4345.38 _L A.K2 0.16 0. 18 + 3988 0.06 0.06 0.07 0.07 4346.80 (FE II > l AK2 0.08 0.08 0.09 0.09 + 3995.06 N II AK2 0.05 0.05 0.06 0.06 4348.24 N III l AK2 0.09 0.09 0. 10 0.10 + 4009.21 H£_J_ AK? 0.32 0.3.2 0.39 Q.39_ 4349.45 XL I âÜ2_ Qt 15 0.15 . 0.17 + 4024.01 1 AK? 0. 02 0.02 0.02 0.02 4363.10 (O I II) 1 AK? 8. 10 8.29 9. 13 9.35 + 4026.20 HF I I AK 2 2.96 2.52 3.63 3.10 1 A41 9.00 8.29 10. 15 9.35 + _J A 41 2. QQ 2.52 2.45 3.10 J äh 14.8QX + 1 LA 3. 10 2.52 3.80 10.80 8.29 12. 18 9.35 + 1 LA PTP 2.04 2.52 2. 50 OCR 8.68 8.29 9.79 9.35 + 4041.60 N II 2 KA 0.06 0.07 □ PC 7.60 8.29 8.57 + 4041.60 II 0. 06 0.07 1 LA PTP 7. 10 8.29 8.01 9.35 + 4056.40 I IT 0.05 0.05 0.06 0.06 l EW PTP 6. 75 8.29 7.61 9.35 + 4Q6Q.23 (FE IIVI )) 1-1 AK2 Q.Q5 0.05 . Q. 06- . 0.Q6- 5Q.6QX . 57.06 X + 4068.52 (S 1.85 2.24 4365 0 AK2 0.07 0.07 0. 08 0.08 + 4069.90 0 I I 2 A K2 0.21 0.25 4366.78 1 AK2 0. 13 0.13 0. 15 0.15 + ...40.6^90 Q_ _LL 2 A K2 Q.21 . Q. 2-5- 4368.25 1 AK2 Qtlß 0* 17 Q117 + l A41 2.40 2.59 2.91 3.14 4372.04 0 I I 2 AK2 0.04 0.05 + l LA 3.20 2.59 3.88 3.14 4372.04 AR I I 2 AK2 0. 0.05 + 1 1 A PXP 2. 18 7-59 2.64 3.14 - - 43 73 _fl A_K_2_ 0.Q4 0-04 + 4072.01 0AR II II 2 A K2 0.18 0.22 4375 0 AK2 0.04 0.04 0.04 + 4072.03 2 A K2 0. 18 0.22 4379.11 N III 1 AK2 0.06 0.06 0.07 + __2 A-K.2.. 0-80 4387.84 -HE. .1 _l A-K2 0.65 0.65 + 4076.19 (S II AK? 0.66 0.80 4390.30 MG I I 1 A K2 0.05 0.06 + 4085.00 n II AK2 0. 05 0.06 4391.78 S I I 2 AK2 0.06 0.07 + 4087.20 Q. 06 . 0. 02. hi LE- 4391.78 NP T T _2 AK? 0.06 + 0.14 0.17 4411.13 I I 1 AK2 0.06 0.06 0.07 0.07 + 0. 06 0.07 4414.81 I I 1 AK2 0.07 0.07 0.08 0.08 + 4089. I 7 81 TV 0.14 0. I-Z -4416.94 —LI— _2 AK? + 4093.20 II 0.06 0.06 0.07 0.07 4416.94 NF I I 2 AK2 0.06 0.07 + 4097.31 III A K2 0. 57 0.57 0.69 0.69 4428.28 NE I I 2 AK2 0.07 0.08 + A41 - 4428.28 -NE—LX _2 UK-2— + 4101.70 H l AK2 21.60 25.96 4430.50 AK2 0.04 0.04 0.04 0.04 + 1 A41 21. 10 25.36 4432.93 AK2 0.04 0.04 0.04 0.04 + _J LA - 4437.41 AK? + 1 OPC 22.20 23.18 26.68 27.86 4446.90 I I 1 KA 0.05 0.05 0.06 0.06 + 1 LA PTP 22.90 23.18 27. 52 27.86 4448.90 II 1 KA 0.05 0.05 0. 06 0.06 + 1 EW PTP 2 2^40 21.18 -26.92 -27.86- 4452.90 T I -J KA_ 0^115 0*115 0.06 0-06 + l VV 2 25.90X 31.13 X 4465.16 II 1 AK2 0.03 0.03 + 4103.32 N III 1 AK2 0. 20 0.24 4467.82 I I 2 AK2 0.05 0.06 + A-41 - 25.15 - 4467.8? I IT -2 AK? 0.05 0.06 + 4104.70 O II 1 AK2 0. 22 0.22 0. 26 0.26 4471.37 HE I 1 AK2 5.02 5.68 5.53 6.26 + 4116.50 SI IV l A K2 0.06 0.06 0.07 0.07 l A41 5. 80 5.68 6.38 6.26 + - 4 1 1.9_ 2 6 0 LI— _1 AK?... 0. 10 0. 1 0 0. 1? 0.1? -J AN 16.-Q0 X. . -1 7.61 X + 4120.79 ME I l AK2 0. 39 0.39 0.47 0.47 l LA 7. 40 5.68 8.15 6.26 + 4128.75 A» II l AK2 0.06 0.06 0.07 0.07 l OPC 5.20 5.68 5.72 6.26 + 4132.87 P II 1 AK? 0.08 0.08 Q.-LQ 0.10 1 I A PTP 5*00 5*68 5.50 + 4135 AK2 0.04 0.04 0.05 0.05 10.70X 11.78X + 4143.63 AK 2 0. 55 0.49 0.65 0.53 4480.94 MG I I AK2 0.04 0.04 + A41 0.34 0.44 0.40 0.53 4511.08 N III AK2 0.05 0.05 + 4145. AK2 0.04 0.05 4511.08 (K IV ) AK2 0.05 0.05 + 4145. 95 0 II AK 2 0.04 0.05 4513 KA 0.05 0.05 0.05 0.05 + 4153. AK2 0.09 0. 11 4518 _AJL2_ 0. 04 Qt.Q4 0.04 -QtQ4_ + 4155 AK2 0.03 0.03 0. 04 0.04 4529 0 AK2 0.03 0.03 0.03 + 4163, 25 ( K V AK2 0.04 0.04 0.05 0.05 4534.29 MG I I 1 AK 2 0.05 0.05 0.05 + 4169. 04 _HE L_ AK2- Q. 10 Q. 12 _4562.12. - NF I I _1 AK2 Ü«-Q6 + 4169, 04 G II 3 AK2 0.10 0.12 4571.01 AK2 0.70 0.57 0.75 0.61 + 4169, 04 AR I I 3 A K2 0. 10 0. 12 A41 0. 44 0.57 0.47 0.61 + -4185. AT □ LL _J A_K2__ Q.09 . 0*1-1 4590.81 G II AK 2 0.08 0.0 8 0.09 0.09 + 4186, l AK2 0.04 0.04 0.05 0.05 4596.12 0 I I I AK2 0.06 0.06 0.06 0.06 + 4189, 1 A K2 0.08 0. 08 0.09 0.09 4598.66 AR I I l A K2 0.05 0. 05 0.05 0.05 + 4192. 1 KA 0.04 0.04 0*05 Q «05 4604.55 (fe n ) 1 AK2 Q.Q5 Q. 05 _Q*- - 0 «05 + 4199 O AK2 0.04 0.04 0.05 0.05 4606.80 II 1 AK2 0.05 0.05 + 4220 O A K2 0.05 0.05 0.06 0.06 4609.87 0 I I 2 AK2 0.07 0.07 + - 4 24-L. _2 A K2 a*-Q7 . O.-QB - 4609.87 -Q LI_ —2 AK2 Q.Q7 0.07 + 4241 80 N II 2 AK2 0.07 0. 08 4621.60 I I 2 AK2 .07 0.07 + 4245 0 AK 2 0. 07 0.07 0. 08 0.08 4621.6C I I 2 A K2 0.07 0.07 + 42-53,, A<] S ILL- A AK2_ Q.Q5 *35_ 0.06 4630 U —AJW.7-Q 0.07 Q.QJ + 4257 0.06 0.06 0. 07 0.07 4630.50 2 A K2 0. 06 0.06 + 4267. AK2 0.63 0. 56 0. 73 0.65 4630.50 I I ? AK2 0.06 0.06 + AA1 Q.5Q 0.56 0-58 0.65- 4634.05 TIT 1 AK2 0.28 0.30 + 4275.69 0 A K2 0. 07 0. 08 4 A41 1.60 1.69 + 4276.55 0 AK 2 0.05 0.06 l AW 7 0 0.21 0.24 0.22 0.26 + 4276.55 O AK? 0*-Q5— ...Q..-Û6 4638.58 O II _1 AK2 0.12 Q.12 0.^13 - 0.13 + 4283.70 0.06 0. 06 0.07 0.07 l AW70 0. 12 0. 12 0. 13 0.13 + 4288.00 N I I I A K2 0.08 0.08 0.09 0.09 4640.50 N III 1 AK2 0.50 0.50 0.53 0.53 + 4292.50 n JJ —ÄK-2 Q.Q7 0.07 0.08 0.08 _42 A.41 1-60 1*69 + 4295.30 II . 06 0. 07 AW70 0.69 0.73 + 4295.30 II 0.06 0.07 2 AK2 0.28 0.30 + 4303.82_ .11 Qj-Q6 - Q.QJ 2 AW 7 0 0.69 0.-I3 + 4313.60 C 0.04 0.05 4641.81 0 I I AK 2 0. 28 0.30 + 4313.60 G 0.04 0.05 4647.20 C III AK2 0. 0.09 + 4317.50 0 0. 10 QjJJ 4647.20 NE II -AK2 __a* + KA 0.06 0.07 1 AK2 0. 0.31 + 4317.50 A K2 0.10 0. 11 2 A W70 0.45 0.47 + 4319.45 A_K2_ Q. 09 Q. 10 __4 A-41 1.60 1.69 + 0.09 0.09 0. 10 0.10 A K2 0. 17 0.17 0. 18 0.18 + 4322.00 C I I AK? 0.07 0.07 0.08 0.08 A W7 0 0.45 0.47 + 4325.90 -AK2._ 0.04 4653.7C 0 I_ _KA + 4325.90 C_ -LE- 3 AK2 0.04 0.05 + 0.05 4657 (FE III) AW7 0 + 0*05 + 0.16 + 0-05 0.05 + 0.17 + 0.05 + 4325.90 3 AK2 0. 04 0.05 4657.97 AR I I AK 2 0.17 0. 18 + 4338 __Q AK2 -0*0 0.0 4657.97 iFE nn _JlK2 0. 17 + AK2 34.80 40.64 39.46 46.08 A41 1.60 1.68 + A41 36. 00 40.64 40. 82 46.08 AW7 0 0. 16 0. 17 + NGC 6572 (PK NO. 34+11 1) NGC 6572 (PK NO. 34+11 II + 560 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 6572 (PK NQ. 3*+H 1) NGC 6572 (PK NO. 34+11 1) + WAVE IDENT N RG REF OBS I AVE 0 AVE C WAVE IDENT N RG REF OBS I CORR I AVE C + *661.58 J] LI_ _1 AK2 Q.J.5- 0.15 0.16 5411 HE II 1 W 2 ^SQX 4.-Q1X + l AW70 0.15 0.15 0. 16 0.16 l WYSE 0.80 0.71 + 4676.06 O II 1 AK2 0. 12 0.12 0.13 0.13 5418 l WYSE 0.70 A 0.62 A + 1 AW70 -0-12 q»i2 0. 13 0-13 5464 1 AW70 0.10 . Q-v l O 0.09 + 4685 HE II l AW70 0.08 0.08 5503 1 AW70 0.05 0.05 0.04 0.04 + 1 VV 2 5.60X 5.85 X 5511 1 AW70 0.07 0.07 0.06 0.06 + 4702.00 IFF III) 3 ÜLA 0.06 0.06 5517 1 A AF7 Qj5Q* Q.44* + 0. 13 0. 14 1 AW70 0. 76 0.66 + 4702.00 0.06 0.06 1 WYSE 1.50 A 1.31 A + 4702.QQ KA 0.06 0.06 553? (CL III) 1 A AE2 IjlQQ* 0.87* + 4711.21 (AR IV ) 1 AK2 0.80 0.83 1 AW70 1.45 1.26 + 2 A41 1.30 1.35 1 WYSE 3.00 A 2.60 A + Z AW7Q . 1.73 1-79 5554 1 VV 2 9.60X 8. 30X + LA 1.80 1.87 5577 (0 I ) l WYSE 2.00 A 1.72 A + OPC 1.90 1.97 5626 1 AW 70 0.10 A O. + ■ 4713.02 HE .1 -1 AK2 ■0.B9 . a.B9 Q.92 5635 1 AW7Q 0-20 A P. + 2 A41 1.30 .35 5665 l AW 70 0.20 0.20 0. 17 0.17 + 2 A W70 1.73 1. 79 5677 (FE VI ) l AW70 0.20 0.20 0. 17 0.17 + _2 LA_ 1« 80 1.87 5 754. _LN LL-L J AW 70 6.50 4.69 5..42 . 3»91— + .2 OPC 1.90 1.97 1 LA PTP 2.88 2.40 + 4740.07 (AR IV ) l AK2 1.64 1.77 1.69 1.82 1 WYSE 12.00 A 10.01 A + 1 A41 1.20 1.77 L.24. -L.B2 5800 _1 AH7C 4.00 A 3.31 A + 1 A W70 1.50 1.77 1.54 1.82 1 WYSE 7.00 A 5.79 A + l LA 2.90 1.77 2.99 1.82 l A W70 3.00 A 2.48 A + 1 OPC .1^60 L.77 1.65 ...iJ.a2 _] WY-SJE. 6.00 A 4.45 A + 4754 ( fe i in 1 AW70 0.06 0.06 0.06 0.06 l AHX 56.00* 45.73* + 4781 N II l A W7 0 0.05 0.05 0. 05 0.05 1 AW 70 20.00 20.83 16.33 17.01 + 4804 0 WYSE 0.60 A-. Q.61 A _j npr ?•*. Qf> 20.83 1 9^-52 -17.QJ + 4821 [FE III) l WYSE 0.60 A 0.61 A 1 LA PTP 18.60 15.19 + 4830 1 WYSE 0.70 A 0.70 A l VV 2 31.50X 25.72 X + .4861.21 _ti I J AK2 100.00 100.QQ _1 WYSF 60.OP A 49.00 A + l A41 100.00 100.00 100.00 5885 l WYSE 3.00 A 2.45 A + 1 AN 100.OOX 100.OOX 5954 1 WYSE 2.00 A 1.61 A + _L CPDA 100.00 i no.no inn.nn -616J _1 WYSE 1.50 A 1.-1J A + 1 LA 100.00 100.00 100.00 100.00 6243 N II WYSE 1.50 A . 15 A + 1 L A 54 100.00 100.00 100.00 100.00 6300 (0 1 > AHX 28. 10* 21.35* + -J flS IQO.no 100.no 100.00 100.00 CAM 0.02* —0.02* + 1 OCR 100.00 100.00 100.00 100.00 1 LA PTP 8. 10 A 6.15 A + 1 LA PTP 100.00 100.00 100.00 100.00 l VV 2 31.50 X 23.93X + 1 PW PTP 1 00.00 1 00.00 .100.00 —l WYSE 15.OP A 11-40 A + 1 VV 2 100. OOX 100.OOX 6311 I WYSE 6.00 A 4.55 A + l WYSE 100.00 A 100.00 A 6331 1 WYSE 1.50 A 1. 13 A + (FF ITT ) J AW70 0.14 WYSE L—50 A 1.13 A + 0.90 0.89 A (0 1 ) 1 AHX 7.70* 5.80* + 0.0 0.0 l WYSE 8.00 A 6.02 A + 0.99 A J WYSF ?.un a 1.49 A + 4921.81 HE I l AK2 0.0 1.02 0.0 1.01 l OCR 35.00 33.30 25.66 24.42 + 1 AW70 2.04 1.02 2.01 l.Ol l LA PTP 31.60 33.30 23. 17 24.42 + -I WYSE 3.95 A -1 WYSE 40.00 A 29. 33 A + 4931.19 (0 III ) 1 AK2 0.0 0.09 0.0 0.09 1 CAM 1.00* 0.73* + 1 AW70 0. 18 0.09 0. 18 0.09 1 LAP 10.00* 7. 32* + 2 0.89 A -JWYSE ELLE. 371.00 271.41 774.71 + 4931 (FE III) 2 WYSE 0.90 A 0. 89 A 1 LA PTP 380.CO 278.00 + 4937 0.59 2 VV 2 5p3.OOX + (FE III) 1 + _4943 —o n J + WYSE + WYSF + 0.60 A + 0.50 A— nT ¿o Aa 1.00* + 404. 56 X + 0.-Z3» + 4949 WYSE 0.50 A 0.49 A WYSE 230.00 A 168.26 A + 4959.94 (0 111 ) l AK2 368.00 366.36 360.72 359.11 (N II ) 2 OPC 372.00 272. 14 + 1 A41 350.00 366.36 343.08 359.11 2 VV 2 553.OOX 404.56X + 1 AN 305.OOX 298.97X 6563 H I 2 OPC 372.00 272. 14 + l CPDA 380.20 366.36 372.68 359.11 6583 (N II) 1 CAM 0. 28* 0. 20* + L- LA 324.00 .3.66.36 317.59 359.11 J- OCR 91.00 — -66.31 67.10 + LA54 380.00 366.36 372.49 359.11 l LA PTP 93.00 67. 83 + MS 410.00 366.36 401.89 359.11 1 W 0.18* 0.13* + OPC 350.00 366.36 343.08 359.11 110.QQ A 80.23 A + 1 LA PTP 363.00 366.36 355.82 359.11 6621 l WYSF 2.00 A 1.45 A + 1 EW PTP 372.00 366.36 364.65 359.11 6638 1 WYSE 2.00 A 1.45 A + _2 VV—2 135.Q.QQXÆ- 1 373.31 XA 6644 _l ri.YSf 2.00 A 1.45 A + 1 WYSE 310.00 A 303. 87 A 6678 HE I AHX 27.CO* 19.44* + (0 III) 1 A41 940.00 1109.00 912.31 1 l WYSF 20.00 A 14.40 A + J &£_ 1000.00* 970.54* 6716 ( S II) 1 B AE2 0.47* 0.34* + l CPDA 1148.00 1109.00 1114.18 1076.33 l AHX 5.00* 3.58* + 1 LA 1060.00 11 09.00 1028.77 1076.33 1 WO 0.67* 0.48* + 1 LA54 1180.00 1109.00 1145.24 1076.33 1 WYSF 2.00 A 1.4.3 A + l MS 1165.00 1109.00 1130.68 1076.33 6723 (S II ) l LA PTP 0. 89 0.64 + l LA PTP 1120.00 1109.00 1087.00 1076.33 6730 ( S II) 1 B AE2 1.00* 0.72* + 1 EW PTP 1150.00 1109.00 U16.U 1076.33 1 A±LX_ 13.00* 9.30* + 2 VV 2 1350.OOXA 1310.23 XA 1.00* 0.72* + 1 WYSE 1070.00 A 1038.48 A 1 WYSE 3.00 A 2. 15 A + _J R-E 2.86* 2.77* 7065 HE I 2 LAR 1.02* 0. 70* + l WYSE 7.00 6.78 A OPC 17.60 16.20 12.07 11.11 + 5026 N II l WYSE 0.60 0.58 A 1 LA PTP 14. 80 16.20 10. 15 11.11 + 5032 (EE Tin 1 WYSE 0.60 0.58 A 7130 (AR IV ) 1 OPC 25.50 2 5.-5 Q 17.36 17.?¿_ + I A W7 0 0.30 A 0.29 A 7135 (AR III) 2 LAP l. 02* 0. 69* + 1 WYSE 0.70 A 0.67 A 7325 (0 II) 1 OPC 20.40 21.40 13. 57 14.24 + 5047 HE I _J AH7Q 0.30 A_ 0.79 A 1 LA PTP 22.40 -21 -AO 14.90 . .14.24 + l WYSE 1.00 0.96 A 1 AHX 120.00*A 79.79*A + 5056 SI II 1 A W7 0 0.08 0. 08 0.08 0.08 1 LAR 0. 72* 0.48* + 5191 (AR III ) _1 A^7,0 T 29 0.20 0.19 0.19 (AP IV ) J QPC 7.90 7.9Q -.5.00 5.QQ + 5192 1 WYSE 1.00 0.93 A 7751 (AR III) l LAP 0. 52* 0. 33* + 5199 1 AW70 0.7.5 0. 85 0.70 0.79 8392 H I 1 AHX 4. 10* 2.45* + 1 LA PTP 0.85 0.89 0.79 8413 _ü L_ AHX 4. 70* 2. 50T + WYSE 2.00 A 1.86 A 8446 I 1 AHX 10.60* 6. 29* + 1 AW 7 0 0. 14 0. 13 8467 H I l AHX 6.30* 3. 73* + _2 WYSE Q. .9-0—4— Q. 82 A 8502 -Ü I— _J AHX 8.80* 5.20* + 5271 (FE II ) 2 WYSE 0.90 0.82 A 8545 l AHX ll.00* 6. 48* + 5277 (FE VII) AW70 0.06 0.06 0.05 0.05 8598 1 AHX 11.90* 6.98* + 5335 (FF VI ) J AW 70 0^0 .0^-0 . 0.0 0.0 B665 1 AHX 1 3.^90 * 8.11* + 5341 l AW70 0. 10 0.09 8750 1 AHX 17.00* 9.85* + 5346 1 AW 70 0.04 A 0.04 A 9069 1 LAR 0. 37* 0.21* + 5358 1 AW7Q 0.04 A 0^ 04 A 1 OPC 19^0. 19.70 11.16 + 5362 1 AW70 0.05 0.04 LAP 0. 55* 0. 31* + 5407 i AW70 0.09 0.08 A OPC 5.80 3.25 + NGC 6572- (PK NO. NGC 6572 (PK NO. 34+11 1) + 561 + + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGf 6572 ( PH-MQ. 34*11 1) NGC 6629 (PK NO. -5 11 + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF □ BS I AVE 0 CORR I AVE C + 9229_ _H I 1 LA PTP 6 » QQ 3^36 A 4121 -HE I 1 AKI SUZQ. 0.20 0.29 0.29 + 9532 ( S I 11) L LA PTP 74.00 A 40.64 A 4143 HE I 1 AKI 0.50 0.73 + 9532 H I 2 LAR 1.37* 0.75* 4267 C II 1 AKI 0.70 0.95 + 9539 _H I 2 OPC B4.Q0 46.11 4340 -Ü I _J AKI 32.90 32.75 ..3.2JL_ 43.01 + 9539 (S I 11 1 2 OPC 84.00 46.11 l VV 3 32.60 32.75 42.81 43.01 + 9 546 ( S 111)2 LAR 1.37* 0.75* 4363 (D III ) l AKI 2.00 2.00 2.60 2.60 + 10004 HI 1 LA PTP 11.50 A 6.15 A 4387 HE J -AKJ 0.60 —0« 6.0— 0.77 0.77 + 10049 1 LAR 0.34* 0.18* .4471 1 AKI 5.40 5.40 6.65 • 65 + 1 OPC 9.80 5.23 4861 1 AKI 100.00 100.00 100.00 100.00 + 1 0829 HE I _L LAR 6.45* 3.30* _i QP62 IQOtOP l-OP.P.Q.. JJ?0. 00- 100.00 + 1 OPC 234.00 234.00 119.86 119.86 I VV 2 100.00 100.00 100.00 100.00 + 1 LA PTP 245.00 A 125.50 l VV 3 100.00 100.00 100.00 100.00 + 10938 -1 LAR 1.02» Q.,52* 4959 _JJ3 LLii. J AKI ¿22.00 211.00 212.58 202.05 + 1 LA PTP 26.90 A 13.70 2 .00 946.09 + (AR im 1 GBR 22.00 25.50 8.56 9.92 l VV 200.00 211.00 191.52 202.05 + 1 GFM 29. OQ 25.50 11.28 9-» 92 _ 5007 _LQ 111.1—1 QD62 707.90 727.45 A63.3.L 681.63 + (S IV ) 1 G MS 49.00 35.50 19.06 13.81 2 VV 2 938.00 925.76 + l HGR 22.00 35.50 8. 56 13.81 l 3 747.00 727.45 699.94 681.63 + 5554 —Lfcl 11)1 VV 2 3.5*00 35.00 ■ 25.53 25.53 + REGION KFY {REG ION,REFERENC F,EXPLANAT I ON) 5876 HE I 1 30.00 30.00 19.32 19.32 + A, AF2 , REGIONS A AND B CN DIFFERENT SCALES 6300 (0 I ) l 28.80 28.80 15.86 15.86 + FW. PTP . FART-UFST Rl IT. 2-7 A 3 T R F f U T DF ¿563 __H I_ VV 2 39.2*00 . 198.90 + LA, PTP , LARGE APERTURE 747.00 379.02 + 392.00 198.90 + NGC 65 7? (PK NO. 747- 37Q. f>2 + END NGC 6629 (PK NO. + BEGIN NGC 6578 1 AW 42.00 A 54. 85 + AW70, 12 ARCSEC FROM STAR ON MAJOR AXIS LA 90.00 117.53 + AW70t OUTER RING 25 ARCSEC FROM STAR PER 58. 00 75.74 + BDO . CENTRAL PORTION _84«J.0XA_ 109.83XA + S» BOO f SOUTHERN PORTION A 12.00 15.57 + Fl, BR , SOUTHEAST FILAMENT IN RING AKRC 15.80 20.50 + F2. BR , NORTHWEST FILAMENT IN RING 13.00 16.87 + F3, BR SOUTHWEST FILAMENT IN RING 90.00 116.77 + PE, BR PHOTOELECTRIC (ALLER,BOESHAARCCZYZAK,1972,UNPUB.) 84.10 XA 109.11XA + SI, BP INTEPFILAMENT NORTH IN RING 3889 HE- I _12«_QQ 15.57 + S2, BR , INTERFILAMENT SOUTH IN RING AKRC 15.80 20.50 + 1, C , EAST SIDE OF RING AW 13.00 16.87 + 2., C t...CENTER VV 1 84.1QXA 109.11XA + WEST SIDE OF RING 3889 HE I I 3 AKRC 15.80 20.50 + NORTH SIDE OF RING 3923 HE I I l AKRC 0.30 0.39 + SOUTH SIDE OF RING 3967 _y i 2_ _0 32.00 4Q.66 + CAM , CENTER (NE III) 2 32.00 40.66 + CAM , OUTER REGION, IN RING 1 AKRC 27.00 25.50 34. 31 32.40 + . NORTH PART OF FAINT ENVELOPE -AH 24.00 -¿5.5Q 3Q.49 32.4Q + FS, MQ , SOUTHEAST PART OF FAINT ENVELOPE LA 24. 80 31.51 + 11, MQ , IQ ARCSEC S, 8 ARCSEC E OF STAR,INSIDE RING VV 1 42.70X 54.26X + 12. MO . 10 ARCSFC S. 12 ARCSFC WEST OF STAR. INSIDE RING 3970 AKRC 13.00 16.51 + 13, MO 10 ARCSEC N OF CENTRAL STAR, INSIDE RING AW 10.00 12.70 14.60 + Rl, MO NORTH END OF RING LA 24.80 31.49 + R2, HO. SOUTH END OF RING VV 1 42.7QX 54.27X + R3, MO , WEST END OF RING 4023 HF I I 2.20 2.75 + R4, MO , EAST END OF RING 4026 HE I 6.20 7. 75 + R5, MO . WEST END OF RING. 16 ARCSEC S 2..70 7.25 + R6, MO , EAST END OF RING, 10 ARCSEC N AW 2.00 4.10 2.50 5.13 + ( S 11)1 AKRC 6. 70 6.85 8.28 8.46 + £M3 NGC 672Q ( PK NO. 63tL3 1) L_ -AH 7.00 6.B5 8.65 B.46 + 4072 11)1 A 6.00 6.00 7.40 7.40 + 4076 11)1 AKRC 2.30 2.25 2. 33 2.77 + ] _AW 7.-70 -7.71 + BEGIN NGC 6741 (PK NO. 33-2 l) 0.45 (HYDROGEN LINES) 4097 2.40 2.85 2.94 3.49 + 3.30 2.P5 4.04 3.49 + 4101 —30.110 24.60 36.71 30. 1 O + 3132 0 III 1 AKRC 25.00 25.00 40.52 40.52 22.00 24.60 26.92 30.10 + 3187 HF I l AKRC 2.90 2.90 4.63 4.63 21.50 24.60 76.31 30.10 + 3203 H£~ II 30.50 24.60 ■ 37.32 30.10 + 1 AKRC 12. 50 12.75 19.86 20.26 PER 19. 00 23.25 + 3299 III 1 AKRC 2.80 2.80 4.31 4.31 VV 1 35.40X 43.31X + 331 7 III _1 AKRC. 5.ZÛ 5.70 8.73 -B.Z3-. —A K-ELC- —0.-30 0.37 + 3340 0 III 8. 50 8.50 12.90 12.90 4143 HE I AKRC 0.70 0.70 0.85 0.85 + 3345 (NE V ) 19.00 28. BO 4199 HE I I A 3.60 2.65 4.28 3.15 + 19.00 19.00 . 78.80 -78.80 AKRC 0. 76 -0. 8-9.- + 3346 C III 2 A 19.00 28.79 3. 60 2.65 4.28 3.15 + 3425 (NE V ) 2 A 41.00 60.67 4227 (FF V ) l AKRC 0.65 0.65 0.77 0.77 + J AKRC -50.00. 73.99 4767 _£ U 1_ AKRC 0.67 - 0.6J-. 0- 78 0-78 + 3425 III 41.00 60.67 A 37.00 38.33 42.47 44.00 + 3428 I IT 2.00 2.00 2.96 2.96 AKRC 40.00 38.33 45.91 44.00 + B444 III- 17.00 1 7.25 75.02 75.39 -57.aox 66.34X + l AKRC 17. 50 17.25 25.76 25.39 52.60 60. 37 + 3676 1 AKRC 0. 30 0.30 0.41 0.41 38. 00 43.61 + 3679 _1 AKBjC- 0. 40 0.4Q Q. 55 ÍL.S5-. -51 .?I)X 58. 77 X + 3682 AKRC 0. 50 0.50 0.69 0.69 (0 111)1 13.00 14.00 14.83 15.97 + 3686 AKRC 0.60 0.60 0.83 0.83 1 15. CO 14.00 17.11 15.97 + 3691 AKRC 0.75 0.54 1.03 0.74 37.10X 42.33X + AW 0.33 0.54 0.45 0.74 LA 52.60 60. 01 + AKRC 1.00 0.72 1.37 0.99 VV 1 35.40X 40.39X + -AH 0.44 0.72 ■ ■0.99 -AKS.C 1.LQ 1.25 L . 25. + 5.00 5.00 5.56 5.56 + AKRC 1.24 1.70 AKRC 5.00 5.00 5.56 5. 56 + 0.68 0.93 VV 1 -3b.6£X 40.67 X + 3703 AKRC 1.24 1.70 4541 HE II 1 AKRC 1.60 1.60 1. 75 1.75 + 3711 AKRC 1. 30 1.23 1.78 1.68 4571 MG I 1 AKRC 1.80 1.80 1.95 1.95 + -AH 1.16 1.23 -1.53- -1.68 4634 _N LU 2_ 6. 2Q 6.59 + 3721 3. 50 4.78 AKRC 2.00 2.00 2. 13 2.13 + 3.64 4.97 4634 AW70 2.00 2.00 2. 13 2.13 + -.312-1. __L_S_ UI L-2 AKRC 3.5Q 4.78 4640 6.20 6.58 + 3.64 4.97 AKRC 4.00 4.00 4.25 4.25 + (0 I I 1 l 82.00 111.75 AW70 4. 00 4.00 4.25 4.25 + $B.OQ. 79.Q4 4645 _LU— VV 1 _48. aox 51.73X + 44.00 59.96 4645 N III VV 1 48.SOX 51.73X + LA 103.00 140.37 4647 0 I II AKRC 0.0 0.0 0.0 0.0 + LU 1.70* —2.32* 4649 Q I I L_ AKRC Q. 50 . 0.5-0- 0.53 —0.53— + 98.00 133.55 3 AW7C 0. 52 0. 55 + 63.40X 86.40X 4650 C HI 3 A W7 0 0. 52 0.55 + 3728 _LQ II ) 1 AKRC. 36.00 -43.02 4651 C III 3 AW7C 0.52 Q, 55 + 27.00 36. 77 4657 (FF I II 1 3 AW7C 1.04 1.10 + LU 1.00* 1.36* 4658 CIV 1 AKRC 1.30 1.37 + AKRC 1.80 1.71 2.45 2.33 —3_ - Awm. 1.04 i. 1-0 + 1.63 1.71 2.22 2.33 4661 011 3 AW70 1.04 l. LO + 3740 AKRC 1.80 1.80 2.44 2.44 4685 HE I I 1 A 34.00 45.30 35.65 47.50 + 3740 AKRC 0.26 0.26 0.35 —0..35 L_ 47.ÛQ -45.3 0 49.28 47.50 + 375C 2.50 2.21 3.38 2.99 AN 57.00X 59.77X + 1.92 2.21 2.60 2.99 LA 53.20 45.30 55. 78 47.50 + 3754 -A„KR£_. _Q.. 9-0— 1.96 1.22- 2.65 PER 47.00 45.30 49.28 47.50 + AW 3.02 1.96 4.08 2.65 59.80X 62.70X + 3759 0 III AKRC 3.40 3.40 4.59 4.59 (AR IV ) 2 8. 10 8.43 + 3770 H I 4Kft£._ 3.7H- 3.62 4.98 2_ .. AAWK R_C 7.00 7.29 + AW 3.55 3.62 4.78 4.88 70 7. 10 7.39 + 3781 HE II AKRC 0.33 0.33 0.44 0.44 A 8.10 8.43 + 3791 0 III AKRC 0.40 0.40 0.53 0.53 AKRC 7.00 -7,22— + 3797 H I AKRC 4.70 4.47 6.27 5.97 AW70 7.10 7. 39 + AW 4.25 4.47 5.67 5.97 (NF TV 1 1 AKRC 1. 10 1.14 + 3819 HE I AKRC —1*35 1.42 . 1.79- 1.89 1 AW70 1.20 1.24 + 1.50 1.42 1.99 1.89 (AR IV ) 1 13.20 11.73 13.63 12.12 + 7.40 6.47 9.76 B . 53 AKRC 11.00 11.73 11.36 12.12 + 6.80 6.47 8.97 AW7Q 11.00 -U-.73 11.36 -L2.12- + l AW 5.20 6.47 6. 86 8.53 100.00 100.00 100.00 100.00 + [) l A 86.00 78.00 112.31 101.86 100.00 100.00 100.00 100.00 + 1— AKRC 90.00 78.00 LIZ. 53_ 101.86 + NGC 6741 (PK NO. 33 -2 l) + NGC 6741 (PK NO. 33-2 1) + 565 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC. 6741 (PK NO. 33-2 1) NGC 6741 (PK NO. 33-2 1) + WAVE N RG RFF OBS I CORR I REGION KEY (R EG ION,REFERENCE,EX PLANATION} + 4861 _A_ 1JO.OOX 100.oox A, AE2 , REGIONS A AND B ON DIFFERENT SCALES + l COAL 100.00 100.00 100.00 100.00 + 1 LA 100.00 ICO.00 100.00 100.00 NGC 6741 (PK NO. 33 -2 II + _J PEE.. —1QQ« QQ 1 00.00 100.00 1oo.no + VV 1 100. oox 100.OOX + WYSE 100. 00 A 100.00 A + 4M1 (FE T II ) 1 A W 70 ü. iÛ 0.30 0.30 BEGIN NGC 6751 ( PK NQ. 29 ~5 1) 0.54 (RADIO-H BETA! + 4922 1 AW70 l. 00 1.00 0. 99 0.99 + 4931 (0 III ) l AW70 0. 20 0.20 0.20 0.20 WAVE IDENT N RG REF OBS I CORR I + 4958 _jUn_ IIP J â_ 580. ÜO 544.62 567.44 532.83 372 7 _LQ II ) J 17Q.0Q 246.38 + 1 AKPC 490, 00 544.62 479.39 ACP 136.00 197.10 + 1 AN 358. OOX 350.25X AC PG 11.22* 16.26* + 1 COAL 676. 10 544.62 661,46 532.83 75.00 108.70 + 1 LA 409. 00 544.62 400.14 532.83 1 VV 1 102.70 148.84 + 1 PF R 568. 00 544.62 555.70 532.83 3835 1 ACPG 9. 50* 13.25* + 1 W 1 _329 i IPX 371.97 X 3868 (NE IIP. _A_ 75.00 80,40 -103.32 110.75 + l WYSE 540. 528.31 A ACP 85.20 117.37 + 4972 1 A W70 0. 0. 0. 18 ACPG 193.70* 266.83* + 4987 1 A W 70 _o. 0.20 0. 19 _Î3_ 81.00 80.40 -111.58 110.75 + (0 III I 1 1410. 00 1618.80 1364.47 1566.53 3 VV 1 52.00 71.63 + 1 AKRC 1500. 00 1618.80 1451.57 1566.53 2 ACPG 63.50* 86.79* + L. -AN 252-. QQX 727. 72 X -A VV 1 52.-QQ 71.07 + l CDAL 2042. 00 1618.80 1976.07 1566.53 3889 HE I ACPG 63.50* 86.79* + 1 LA 1330. 00 1618.80 1287.06 1566.53 VV 1 52.00 71.07 + _J PER ûû 1618.80 1753.49 1566.53 3967 (NF Till 38.00 50.66 + VV 1 926. 40 X 896.49X ACP 44.80 59.72 + 1 W Y S F 1620. 00 A 1567.69 A ACPG 105.00* 139.98* + 1 A W7 n 1. 16 VV 1 32.90 43.86 + 5041 1 A W7 0 0.35 0.34 0.34 2 ACP 44.80 59.67 + 5047 HF I 1 A W7 0 0.10 0. 10 0.10 2 ACPG 105.00* 139.85* + 5056 S! I T 1 A W 70 0.11- _2 y 4Q. 00 53.28 + 5119 1 A W 70 0.05 0.05 0.05 32.90 43.82 + 5131 1 A W 70 0.14 0. 13 0.13 3970 (NE III) 40.00 53.28 + 5145 _J A W 70 0.47 0. 39 0.39 4076 _LS I I ) ACPG 29.14* 37.45* + 5159 (FE VII ) 1 A W70 0.55 0.51 0.51 4097 III 47.10 60.09 + 5176 (FE VI ) 1 A W 70 0.30 0.28 0.28 4101 I 32.00 40.77 + 5191 -(AR I m 1 A U.70— —CU-50 0.46 . ■ 0.46 ACP.. 47.10 60. QQ + L AW70 1.38 47.00* 59.88* + 1 WYSE 8.31 A 15.00 19. 11 + A W7 0 0.71 34.20 43-57 + 527C ( FE I II I AW70 0.35 0. 32 0.32 1 A 54.00 63.71 + 5277 (FE VII ) AW70 0.12 0. 11 0.11 2 ACP 58.40 68.90 + 5282 A W 70 0.03 A _J ACPG 67.40* 73.67* + 5295 1 A W 70 0.08 0.07 0.07 1 M 35. 00 41.29 + 5309 (CA 1 AW70 0. 19 0. 17 0.17 2 VV l 46.60 54.98 + 5373 ( Cl I ¿WJQ_ 0.05 . 0.05 -2 AX-B 58.40 68.41 - + 5335 (FE VI ) 1 AW70 0.35 0.31 46.60 54. 59 + 5402 WYSE 8.82 A 4471 HE I 21.90 21.90 24. 85 24.85 + 541 1 A W.7 0— 3.61 4686 . HF f T 32.00 32.00 33.87 33.87 + 1 VV 1 55.80 VV 1 191.80X 203.OOX + 1 WYSE 13.20 A A 100.00 100.00 100.00 100.00 + —2 A-UL2.0— —Q.25 AC-P 100.00 1 00U1Q... -ino.no— inn.no + 5426 (FE VI 2 AW7C 28 0.25 100.00 100.00 100.00 100.00 + 5432 (CR I II) 1 A W 70 10 A 0.09 A 100.00 ICO.00 100.00 100.00 + 5441 I A WXQ— 0.-06 100.00 100.00 ino.no iqo.on + 5485 (FE VI 1 AW70 0.25 0.22 0.22 (0 T I I 1 2 1600.00 1558.47 + 5517 (CL IIP A AE2 0. 50* 1 ACP 287.00 354.13 279.55 344.94 + AW70 1.06 0.91 0.91 1 CDAL 275.40 354.13 268.25 344.94 + WYSE .00 A 8.60 A 1 500.00 354.13 487.02 344.94 + A AE? .00* 0. 86* 2 VV 1 931.50 907.32 + AW70 .60 --L..6Q 1.37 1.37 (0 111)2 ô_ 16QQ.QQ 1538.07 + l WYSE 8.56 A ACP 915.00 1049.77 879.58 1009.13 + 5577 l WYSE 8.48 A COAL 794.30 1049.77 763.55 1009.13 + 5592 _J AW7Q 0.25 1440.00 1049.77 1364.26 1009.13 + 5630 (FE VI ) 1 A W 70 29 0. 24 931.50 895.44 + 5677 (FF VI ) 1 A W70 40 A 0.33 A 5876 HF I 134.30 102.84 102.84 + - -572J (FE VII ) i AW70 60 A 0.49 A 6563 _H L_ VV 1 671.3Q 444.77 + 5754 1 AW70 24. 80 7.70 20.32 6563 TI I 671.30 444.77 + 1 VV l 40. 20 24.80 32.94 20.32 6717 I I I 1 l AE2 0.61* 0. 39* + _J WYSE 30, QQ A. 24.58 A i 2 AE2 Q,81*A Q.5? *A + 5801 C IV A W70 45 0. 37 1 AE2 1.00* 0.64* + 5806 HE II l AW70 14 A 0.11 A 2 AE2 1.00* 0.64* + 5812 _C LV_ 1 AW7Q 27 A 0.22 A + 5829 1 WYSE 6.46 A REGION KEY (REGIGN,REFERENCE,EXPLANATION) + 5875 AW 70 17.30 16. 01 13.85 1, AE2 , PA = 2 70 DEG., 7 ARCSEC FROM STAR + W 1 17.30 11.69 13.85 2t A£2 . PA = Q D£.G-,.» Q ARCSEC FRGM STAR + WYSE 70. 56.04 A + 5970 WYSE 5. 3.93 A NGC 6751 (PK NO. 29 -5 1) + —à. 0-7-8 WYSE 4*. 3.09 A + 6130 1 WYSE 2.29 A + 6170 1 WYSE 00 A 1.52 A + 6 19 A _1 WYSE QQ A 1.51 A BEGIN NGC 6772 (PK NO. 33 -61) C = 1,06 (RADIO-H BETA) + (0 T ) 1 CAM 01* 0. 01 *A 4 + l VV i 90 28.03 WAVE I DE NT N RG REF OBS I CORR I + 1 WYSE 00- A_ 36.98 A 3727 —LD II i 1 M JAQ^QQ 290.05 + 6311 ( S III) WYSE 14.77 A 3869 (NE III) l M 60.00 112.43 + 6346 ST I I l WYSE 1.47 A 3970 HI 2 M 29.00 50.90 + 6363 (C I WYSE 30.00 A 21.97 A 3970 ( NE I II ) 2 M 29.00 50. 9Q + 643 5 ( AP WYSE 3.62 A 4101 18.00 18.00 28.95 28.95 + 6548 (N WYSE 260 184.96 A 4340 H I 34.00 34.00 47.04 47.04 + 6563 .CAN L Q.71 * 4686 HE I I 3 1j-QQ 31.QQ 34.65 34.65 + VV 1 768. 544.97 I 1 100.00 1 00.00 100.00 100.00 + l WYSE 470. 333.51 A 1 0D63 100.CO ICO.00 100.00 100.00 + 6563 _2 VV JL. _768. 544.97 -495-9_ (P P I ) 1 48Q.QQ 4-8Q.QQ-- 455.85 455.85 + (N II) 1 CAV ,72* 0.51* (0 PI ) 1 M 1360.00 1125.65 1258.59 1041.71 + l WYSE 580 00 A 410.21 A 0D63 891.30 1125.65 824.84 1041.71 + 6678 1 WYSE û. _û A Û^Q A_ + 6717 I I 1 1 B AE2 .52* 0.36* NGC 6772 (PK NO. 33 -6 1) + 6 7? C I I 1 1 R AE2 .00* 0.69* + 9068 l-LL-L I PER ajQO 300.00 160.79 + 9532 PI ) PER 940. 940. 00 486.87 486.87 + 10830 I PER 1090. 1090.00 523.04 523.04 + NGC 6741 (PK NO. 33 -2 11 + 566 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + -BEGIN NGC 6778 IPK NQ. 34 -6 LL_ 0.56 IRAniO-H BETA) NGf- 6778 (PK ND. 34-6 II + WAVE ÏDENT N RG REF CORR I AVE C WAVE IDENT N PG REF OBS I COPR I + 13.68 13.68 3910- _H I 2 PE CA73 79.75 + .3132 + 3187 + _Q LLL_ I PG CA73 + HE I l PG CA73 5.50 5.50 9.84 9. 2 PG CA73 . 22.20 + 22.IQ + 29.88 + 3203 HE II 1 PG CA73 5.30 5.30 9.43 9.43 19.00 25.58 + 0.50 0.50 0.85 - 0.85 . VV 46.44 + 3299 __Q LLL I PGl CA73 + 3312 0 III 1 PG CA73 2.30 2.30 3.91 3.91 3970 (NE III) 2 M J- .34.50 + 19.00 25.58 + 3340 0 III l PG CA73 3.00 3.00 5.04 5.04 4009 HE I l CB CA73 0.50 0. 50 0.66 0.66 + 3428 _Q LLL 1 PG CA73 g.Bo >30 l PG CA73 0.50 0.50 .66 + 1 CB CA73 3.20 5.2 0 5. 18 8.41 4026 HE I l CB CA73 4.20 4.25 5.55 5.61 + 1 PG CA73 7.20 5.20 11.65 8.41 1 PG CA73 4. 30 4.2 5 5.68 5.61 + 3554 HE I 1 OB CA73 1.5Q Q. 95. 2.33 . 4Q35 _Q LL 1 CB CA73 - Q.9Q . 0-65 1- 18 + 1 PG CA73 0.40 0.95 0.62 1.48 1 PG CA73 0.40 0.53 + 1 CB CA73 1.00 0.60 1.54 0.92 2 CB CA73 1.00 1.31 + 1 PG CA73 0.20 0.60 Q. 31 _ .92 2 PG CA73 L31 + 3682 l PG CA73 0.40 0.40 0.60 0.60 4041 0 I I 2 CB CA73 1.00 + 3686 1 CB CA73 0.50 0.60 0.74 0.89 2 PG CA73 1.00 1.31 + 1 PG CA73 0. 70 0-60 LQ.L- 0.89 4068 _LS II ) 2 CB CA73 3.80 _4>_94 + 3691 H I l CB CA73 0.80 0.90 1. 19 1.34 2 PG CA73 4.20 5.46 + 1 PG CA73 1.00 0.90 1.49 1.34 2 CB CA73 3.80 4.94 + 3697 _H L_ 1 CB CA73 L.2Q . 1.LQ-. L.IB-. ■ 1.63 -¿--EG. CA73- . 4.2Q 5.46 + 1 PG CA73 1.00 1.49 4072 0 I I 1 CB CA73 1.90 2.20 2.47 2.86 + 2 CB CA73 2.00 2.96 1 PG CA73 2.50 2.20 3.25 2.86 + 2 PG CA73 2-.-5P 3.79 . 4075 ( S II) 2 CB CA73 -3.. 24 + HE I 2 CB CA73 2.00 2.96 2 PG CA73 4.20 5.45 + 2 PG CA73 2.50 3.70 2 CB CA73 2.50 3.24 + -3711 _H L_ 1 CB CA73 2.10 2.15 3.IQ --2 PG CA7-3. 4.20 5.45 + 1 PG CA73 2.20 3.25 4083 0 I I 2 CB CA73 0.90 1.16 + 3721 2 CB CA73 2.30 3.39 2 PG CA7 3 1.00 1.29 + ? P G- LA 73. - 7.70 .3.24 - 4085 _Q LL 2 CB CA 7 3 Q.9Q 1. 16 + 3721 (S III ) 2 CB CA73 2.30 3.39 2 PG CA73 1.00 1.29 + 2 PG CA73 2.20 3.24 2 CB CA73 1.10 1.42 + 3777 _LQ II ) 1 A sa-nn 85.7? - _2 PG CA7-3— 1.10. + 1 0A 45.00* 66.12* 4089 0 I I 2 CB CA73 1.10 1.42 + l l A 45.00* 66.12* 2 PG CA73 1.10 1.42 + -J 2—A— 47.00* 61.71*— 4Q9J-. _N LLL 2 PE f.A73 77- 50 -35.40 + 1 3 A 41.00* 60.24* 1 PG CA73 3.50 3.50 4.51 4.51 + 1 4 A 43.00* 63.18* 1 A 28.00 23.60 35.99 30.34 + _1 5 A 48.00* 70.53*— 1 CB CA73 .24.50 -2-3.-60 30.34 + l 6A 54.00* 79.35* 2 PE CA73 27.50 35.35 + 1 7 4 63.00* 92.57* 1 PG CA73 25. 80 23.60 33. 16 30.34 + -4 8—A— 82.00*. 120.49*- -J y -^23.60 30.34 + l 9A 100.00* 146.94* 1 VV 1 28.70 36.89 + 1 10 A 120.00* 176.32* 2 CB CA73 0.80 1.02 + 1 11 A 13CLOO*- 191.02*— —2—E-G—CA7-3— + 1 12 A 225.00* 330.60* 2 CB CA73 0. 80 1.02 + 1 13 A 0.49* 0.72* 2 PG CA73 1.10 1.40 + 1 CR f.A73 4L 60 —64.06 —1—CB—CAX3— + l PE CA73 59.40 87.28 1 PG CA73 0.50 0.50 0.64 0.64 + 1 PG CA73 46.70 68.62 l CB CA73 0. 80 0. 70 1.01 0.89 + 36LKL 57.90 - I PG C.473 -Û.7Q 0.89 + 1 VV 1 34. 50 50.69 2 CB CA73 0. 70 0. 88 + l CB CA73 2. 10 2.15 3.08 3.15 2 PG CA73 0.80 1.01 + 1 PG CA73 2.20 7. 15 3.77 - 3.15 ? f.B r.A7 3 0.70 -O.fifi + 3750 1 CB C473 3.50 3.55 5. 10 5.17 ? PG CA73 0.80 1.01 + 1 PG CA73 3.60 3.55 5.25 5.17 4169 0 I I i PG CA73 0.40 0. + 8754 2 f.B CA73 fl- 4f> 0. 5B - 41 71 LL 1 f.B r.A73 0-30 0.40 + 0-50 n. 50 + 38 0.50 + 0.63 + 2 PG CA73 0.50 0.73 1 PG CA73 0.70 0.50 0. 88 0.63 + 2 CB CA73 0.40 0.58 1 CB CA73 0.40 0.55 0. 50 0.69 + 2 PG CA73 0. 50 0.73 i PG CA73 0. 70 0.55 0. 88 0.69 + 3757 C III l PG CA73 0.70 0.70 1.02 1.02 4186 C III 1 PG CA73 0.35 0.35 0.44 0.44 + 3759 0 III I CB CA73 0.90 1.25 1.31 1.81 4199 HP I I 1 CB CA73' 0. 30 0.40 0. 37 Û.50 + 1 PG CA73 1.6Q 1.25 2.32 1.81 1 PG CA73 0.50 -Q. XL 0.62 Q.5Q + H T 1 CB CA73 3.90 3.85 5.64 5.57 l C8 CA73 0.50 0. 5 G 0.61 0.61 + 1 PG CA73 3.80 3.85 5. 50 5.57 l PG CA73 0.50 0.50 0.61 0.61 + 3797 _H L 1 CB CA73 5.2Q 5.Q.Q- 7» 45 - —424J— LL 1 CB CA73 Q.70 Q. 85 Q.B6 1.04 + PG CA73 4.80 5.00 6.87 7.16 1 PG CA73 1.00 0.85 1.23 1.04 + l CB CA73 2. 30 1.95 3.27 2.77 1 CB CA73 3. 30 2.90 4.01 3.52 + 1 PG-LA73 1-60 .95- 2.27 . .77 1 PG CA73 2 ■ 5Q 2.90 3.04 + 1 CB CA73 8. 10 7.20 11.43 10. 16 2 CB CA 73 1.80 2. 18 + 1 PG CA 73 6.30 7.20 8.89 10.16 ? PG CA73 1.20 1.45 + 3855 SL II 1 f.B CA73 0.20 A Q. 2fi —4276_ _C LL 2 CB CA73 1.8Q 2. 18 + 1 PG C473 0.20 0.28 2 PG CA73 1.20 1.45 + 1 CB CA73 0.20 A 0.28 A 2 CB CA73 0. 30 0. 36 + 1 PG CA73 Q. 20 Q.2Q 0.26 -0.28 2 PG CA73 0.48 + (NE III) l 46.00 46.58 64.12 64.93 4285 2 CB CA73 0.30 0. 36 + l CB CA73 54.00 46.58 75.27 64.93 2 PG CA73 0.40 0.48 + 3 PE CA73 55.3Q 77.09 —42-91— _C LL 2 PG CA73 0.70 Q.84 + 1 PG CA73 43. 50 46.58 60.64 64.93 4291 2 PG CA73 0.70 0.84 + l M 40.00 46.58 55.76 64.93 4294 1 C8 CA73 0.50 0.50 0.60 0.60 + _1 VV 1 49. 40 46.58 68.86 . 64.93 -1 PG CA73 Q.5Q 0.50 —0.^60 0.6Q + 22.00 30.42 CB CA73 0.80 0.90 0.96 + 2 CB CA73 24.50 33.88 PG CA73 1.00 0.90 1.20 1.08 + 3 PE-CAI3 55.30 76.47 4317 1 CB CA 73 0. 50 _Q.5C 0.60 Q.6Q + 2 PG CA73 71.90 30.28 2 PG CA73 0. 70 0.34 + 2 VV 41.40 57.25 1 CB CA73 0.80 0.96 + HE I 2 CB CA73 74.50 33.88 . 2 PG CA73 0.70 0.84 + 3 PE CA73 55.30 76.47 43.00 37. 77 51.04 + ? PG CA73 21.90 30.28 1 CB CA73 40.00 37.77 47.48 + 2 VV 1 41.4Q 57.25 3 PE CA73 47.50 + 1 CB CA73 0.40 0.35 0.55 0.48 39. 10 37.77 46.41 44.84 + 1 PG CA73 0. 30 0.35 0.41 0.48 79.00 37.77 34.43 44.84 + 3920 2 CB CA73 n. 30 0.41 —36.80 43.68 + 2 PG CA73 0.40 0.55 l CB CA73 0.70 0.83 + 2 CB CA73 0.30 0.41 3 PE CA73 42.50 50.30 + 2 PG CA73 Q.4Q .0.55 1 PG CA73 -Q.4Q + 3926 HE I 1 CB CA73 0.30 0.30 0.41 0.41 (0 I II ) 1 13.00 6.43 15.32 7.58 + 1 PG CA73 0.30 0.30 0.41 0.41 1 CB CA73 2. 70 6.43 3.18 7.58 + 3967 (NF III) J A— 77.QQ 77.00 79.64 79.64 3 PE CA73 47. 50 50.08 + 2 CB CA73 25.00 33.68 1 PG CA73 3.60 4.24 + 2 PE CA73 22.10 29.77 2 46.60 54.91 + PG CA73 77.70 ¿9.91 1 CB CA73 L. IQ + 2 VV 1 34.50 46.48 l PG CA73 1.30 1.20 l. 52 1.41 + 2 CB CA73 25.00 33.65 1 CR C A 73 0.95 0.87 1. 11 1.02 + NGC 6778 (PK NO. NGC 6778 (PK NO. 34-6 1) + 567 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued + NGf 6778 (PK NO. NGC 6778 ( PK NO. 34 -6 11 + WAVE IDENT N PG PEF OBS I AVE CÜRR I AVE C WAVE IDENT N RG REF OBS CORR I +19.7 6Ap JS + + + + + 4387 _H£_J I PG CA 73 0.« 8Q. Q« 87 Q.94_ L »02 6563 (N II J 2 i 793, IQ 517,52 + l CB CA73 0.30 0.25 0. 35 0.29 II ) 1 IB AE2 0.86* 0.55* + 1 PG CA73 0.20 0.25 0.23 0.29 1 2 AE2 0.82* 0. 52* + 2 C6..CA73-- 0.50 Q « 58 (S lili IB AE2 1.00* 0.63* + 2 PG CA73 0.60 0.70 + 2 CB CA73 0.50 0. 58 + 2 PG CA73 0.60 Q« 70 REGION KEY (REG ION.REFERENCE.EXPLANA! ION ) + 3 CB CA73 0.40 0.46 CENTER ON LINE BETWEEN 2 LOBES + 3 PG CA73 0.80 0.92 MEAN 1 SEC FROM CNTR ON LINE BTWN LOBES + 3 CB CA73 0.40 0.46 2, A MEAN 2 SEC FROM CNTR ON LINE BTWN I ORES + 3 PG C A 7 3 0. 80 0.92 3, A , MEAN 3 SEC FROM CNTR ON LINE BTWN LOBES + 3 CB CA73 0.40 0.46 4, A , MEAN 4 SEC FROM CNTR ON LINE BTWN LOBES + 3 PG CA73 _Q«_ 0-92 5, A . MEAN 5 SEC FROM CNTR ON LINE BTWN LOBES + 11.00 9.17 12. 54 10.46 MEAN 6 SEC FROM CNTR ON LINE BTWN LOBES + 1 CB CA73 10.30 9.17 11.74 10.46 MEAN 7 SEC FROM CNTR ON LINE BTWN LOBES + I PE CA73 .60 9.17 8.66 10.46__ MEAN a.SEC FROM CNTR ON I INF BTWN I DBFS + 1 PG CA73 7.80 8.89 MEAN 9 SEC FROM CNTR ON LINE BTWN LOBES + l VV 1 23.00X 26.22X 10, MEAN 10 SEC FROM CNTR ON LINE BTWN LOBES + 4510 _N LLL 1 CB CA73 Q.40 -Q..42 -_a.4_8_ lit MEAN 11 SEC FROM CNTR QN L INE-B.THN . LOBES + 1 PG CA73 0.45 0.42 0.51 0.48 12, A , MEAN 12 SEC FROM CNTR ON LINE BTWN LCBES + 1 CP CA73 0. 50 0.5 0 0.56 0.56 13, A , MEAN 13 SEC FROM CNTR ON LINE BTWN LOBES,NOT SCALED + 1 P£ C473 0. 50 0.50 0.56 0.56 A. AF7 . REGIONS A AND B ON DIFFERENT SCAIFR + 2 CB CA73 0.50 0.56 CB, CA73, CENTER BLOB ONLY + 2 PG CA73 0.40 0.45 PE, CA73, PHOTOELECTRIC OBSERVATIONS + ....4.5 3.0.._ LL_ 2 CB.CA73.. 0-50 0.56 PG. CA73-._ AVERAGE OF PHOTOGRAPHIC CB S F R VAT T DNS + 2 PG CA73 0.40 0.45 + 1 CB CA73 0.40 0.45 0.45 0.50 NGC 6778 (PK NO. 34 -6 1) + 1 PG C A 7 3 0.50 0.45 0.56 0.50 + l CB C A 7 3 0.70 0. 75 0. 76 0.82 + 1 PG CA73 0. 80 0.75 0. 87 0.82 + 1 PG CA73-. 0.30 Q.3Q 0.33 0.33 BEGIN NGf—638-1 I.PK NO. C - 0.54. (HYDROGEN- L-INESI + 4631 SI III l CB CA73 0.40 A 0.43 A + l PG CA73 0.50 0.54 WAVE IDENT N RG REF □BS I CORR I + 4634 III 8.QQ ft. 63 3726 _L0 II I 2 AK1 147.00 213.12 + 1 CB CA73 1.30 1.50 1.40 1.62 430.00 623.41 + 1 PG CA73 1.70 1.50 1.83 1.62 3729 < n ii ) AKI 147.00 212.90 + _2 A fl.OO 8.62 3 »3 5 j AKI 5. OP + 1 CB CA73 5.80 5.95 6.*2 5 6.41 50.00 85.00 68.88 117.09 + 1 PG CA73 6. 10 5.95 6.57 6.41 120.00 85.00 165.30 117.09 + _2 W 1 36. R0 39.57 ?n, no + 4645 III 2 VV l 36.80 39.57 3889 HE I AKI 20.00 27.34 + 4649 I I l CB CA73 3. 50 3.55 3. 76 3.81 3967 (NE III) AKI 29.00 38.66 + 1 PG CAZ 3-- 3.60 -3^55^ 3 .-87 - ■ 3.-81- --3 970 —H 1 -AKI + 4657 1 PG C A 73 1.00 1.00 1.07 1 .07 45.00 59.94 + 4661 I I 1 PG CA73 0.60 0.6 0 0.64 0.64 3970 45.00 59.94 + 4673 I T 1 CB CA73 .. 0—Ifl-.. 0.20 0. 11 4101 18.00 22.93 + l PG CA73 0.30 0.20 0.32 0.21 1 M 21. 00 19.50 26.75 24.84 + 1 CB C A 73 0.90 1.05 0.96 1.12 4340 1 M 39.00 39.00 46. 01 46.01 + 1 PG CA73 1.20 -■1.-2B- 4471 J AKI + lö.20 16.30 17.18 17.29 18.00 22.50 19.05 23.81 + 1 CB C A73 16. 00 16.30 16.97 17.29 27.00 22.50 28. 58 23.81 + 1 PF CA7.3- 1 0.40 -I 6- 3 0 11.03 1 7.29 5.70 5.9ft + l PG C A 7 3 19.40 16.30 20. 58 17.29 4713 HE I 2 AKI 5.70 5.98 + 1 VV 1 19. 50 16.30 20.68 17.29 4740 (AR IV ) 1 AKI 3.90 3.90 4.05 4.05 + 2 CH CA73 2.20 2... 31 48¿il Ü I J AKI 100.00 100.00 100.00 -1 00.00 + 2 PE CA73 2.20 2. 31 100.00 100.00 100.00 100.00 + 2 PG CA73 2.10 2.21 100.00 100.00 100.00 ’ 100.00 + 2 CP CA73 2.20 2.31 4959 (0 III) 300.00 310.00 292.21 301.95 + 2 PE CA73 2.20 2.31 320.00 310.00 311.69 301.95 + 2 PG CA73 2.10 2. 21 5007 (0 III) 1738.00 + 9 1334.00 1670.72 1282.36 + (AR IV ) 1 CB CA73 + 1 PE CA73 + 1.30- + 1.30 1.30 + 1. 35 + 1.35 1.35 3P,0° .l.3.34tp,Q. . 994,00 1282.36 + l PG CA73 1.30 1.30 1.35 1.35 NGC 6781 (PK NO. + _L_ 100.00 1 00.00 100.00 100.00 + l PE CA73 100.00 100.00 100.00 100.00 + 1 PG C A 7 3 100.00 1 CO.00 100.00 100.00 + _1 C.3AJ— 100.00 ICO.00 .100.00 -100..00 BEGIN NGC 6790 ( PK NO. ■ Q.56 LRADIQ-H BETA) + 100.00 100.00 100.00 100.00 + 1 VV 1 100.00 100.00 100.00 100.00 WAVE IDENT N RG REF OBS I CORR I + 1 PG CA73 4. CO 4.00 3.93 3.93 3 444 _QHE ILU - 1 PG AKI Q.80* 1.29* + (0 I II) l 240.00 191.72 233.55 186.56 3587 1 PG AKI 0.20* 0.31* + 1 PE CA73 159.00 191.72 154.72 186.56 3614 HF I 1 PG AKI 0. 20* 0.30* + 1 PG GA 73 149.00 191.72 144.99 186.56 3634 HE I 1 PG AKI 0.30* 0.45* + 162.20 191.72 157.84 186.56 3669 1 PG AKI 0. 50* 0. 75* + 280.00 191.72 272.47 186.56 3671 1 PG AKI 0.40* 0.60* + 160. 10 -191.72 155.79 186.56 3676 1 PG AKI 0.6Q* 0.90* + 1 A 650.00 623.99 3679 H I l PG AKI 0.60* 0.90* + l 0 A 520.00* 499.19* 3682 H I 1 PG AKI 0. 70* 1.04* + 1 1 A 510.00* 489.59* 3686 L_ 1 PG AKI .80* 1.19* + 2 A 510.00* 489.59* 3691 l PG AKI 1.00* 1.49* + 3 A 490.00* 470.39* 3696 1 PG AKI 1. 10* 1.63* + 4 A 470. 00* 451.19» 3703 2 PG AKI 1.60* 2.37* + l 5 A 445.00* 427.19* 3703 HE I 2 PG AKI 1.60* 2.37* + 1 6 A 440.00* 422.39* 3712 H I 1 A 2. 10 3. 10 + _! I—A 440.00* 422.39» 1 PQ AKI 1.20* 1.77* + 1 8 A 465.00* 446.39* 3722 I 2 PG AKI 1.60* 2.36* + l 9 A 480.00* 460.79* 3722 III) 2 PG AKI 1.60* 2.36* + 1 10 A 495.QQ* 475.19* 3726 II ) A— 13.00 19.11 + l 11 A 465.00* 446.39* 1 PE AKI 15.20 22.34 + 1 12 A 620.00* 595.19* l PG AKI 5.30* 7.79* + 1 13 A 0.85* 0.82* -J yX—L- 16.Q0X 73.57 X + l PE CA 7 3 463.00 56C.97 444.47 538.52 3729 I I ) 1 PG AKI 2.20* 3.23* + 1 PG C A 7 3 407.00 560.97 390.71 538.52 3734 I l PG AKI 1.40* 2.05* + _1 COAL 537. 00 560.97 515.51 538.57 3750 _L J 0_ 1.50 1.50 2. 19 + 780.00 560.97 748.79 538.52 1 PG AKI 1.90* 2.77* + 1 VV 1 528.80 560.97 507.64 538.52 3755 C III l PG AKI 0. 20* 0.29* + 1 IA AE2 U.Q.3-*- Q.,85* 3759 _Q LLL -1 PG. AKI 0.50* + 5537 (CL III) 1 IA AE2 1.00* 0. 82* l A 2. 40 2.40 3.47 + 5754 ( N II) 1 VV 1 12.60 12.60 9.83 .83 1 PG AKI 2. 50* 3.62* + _-5ñI6_- HF 1 J VV—1- 36^8.0 . .3 6-8.0 77-90 77.90 3. 10 3.10 4.44 + 6300 (Cl ) VV 1 17.20 11.82 11.82 1 PG AKI 3.20* 4. 58* + 6563 H I VV l 793. 10 517.52 l PG AKI 1.00* 1.42* + NGC 6778 (PK NO. 34-6 l) NGC 6790 (PK NO. 37 -6 II + + 568 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 6790 I PK. NGC . 68Q3 ÍPK NQ. 46 -4 1) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 3835 H I I A 4.00 4.00 5.65 ._5_t_65.. 3676 H I _1 LAK C _ 0.0 Q.Q - Q.Q Qj-Q + I PG AKI 4.30* 6.07* 3679 1 LAKC 0.0 0.0 0.0 0.0 + 1 VV 1 52.00X 73.42 X 3682 1 LAKC 0.59 0.59 0.91 0.91 + INE III) _l A_ 86.QQ 75.35 119.88 1Q5-^Q4- 3686 1 LAKC 0.63 0.63 0.97 0.97 + 1 PE AKI 64. 70 75.35 90.19 105.04 3691 1 LAKC 0.73 0.73 1.12 1.12 + 3 VV 1 86.70X 120.86X 3697 l LAKC 0.88 0.88 1.34 1.34 + 3889 _12 PE AKI + A_ 1Q.QQ I Q. QQ.. 13.83 I3-.a3_ 3.7Q3 - HE I —22 LAKC 1.62 —Zm 77 + 7.70 10.65 3703 LAKC 1.82 2.77 + 2 PG AKI 7.80* 10.79* 3712 H I 1 LAKC 1.45 1.45 2.20 + 3 VV 1 86.70X 119.88X 3721 _2 LAKC 2.37 -3.5? + 2 PE AKI 7.70 10.65 3721 ( S in ) 2 LAKC 2.37 3.59 + 2 PG AKI 7.80* 10.79* 3726 in 11 ) 1 A 40•00 X 60.44X + 3 VV 1 86.70X 119.88X 1 LA_ -43.QQX 64.97 X + (NE III) 2 A 32.00 43. 12 l LAKC 18.80 28.40 + 1 PG AKI 17.90* 24.12* 1 OS 1.00* 1.51* + 2 VV 1 55.30X ..74. 51_£_ _1 ELLE_ —3L.6Q 47.74 + 32.00 43.11 l VV 1 26.90 40.64 + l PG AKI 8.20* 11.05* 1 LAKC 8.34 12.59 + _2 VV 1 55.3-Q-X- 74.5QX _1 US— 0.57* -■Q.86* + 4009 HE I 1 PG AKI 0.30* 0.40* 3734 l LAKC L . 77 2.67 + 4026 HE I 1 A 1.60 2.11 3750 l A 3.30X 4.94X + 1 PG AKI 1.90*... 2.51* _1 LAKC 2.47 2.47 -.3.70 3.70 + 27.30X 36.05X 3754 III LAKC 0.34 0.34 0.51 0.51 + (S II J 2 1.40 1.82 3760 III LAKC 0.42 0.42 0.63 0.63 + 1 PG AKI 1.40* 1.82* 3770 J _L_ 4.70X 6.98X + ( S 11)2 1.40 1.82 LAKC 2.88 4.28 + 1 PG AKI 0.50* 0.65* 9. 10X 13.38 X + 4097 _U LLL 1 PG AKI 0» 4fl*_ 0.51* 4.22 . 4.22 6-. 20 + 1 A 18.00 22.25 23.14 28.60 3819 HE I 1 LAKC 0.98 0.98 1.43 1.43 + 1 PE AKI 26.50 22.25 34.06 28.60 3835 H I 1 A 14.OOX 20.26X + 1 VV 1 23.3QX- 29.95X— _J LAKC— 8.74 + 4121 HE I 1 PG AKI 0. 30* 0.38* (NE III ) l 96.OOX 137.03X + 4144 HE I 1 PG AKI 0.20* 0.25* LAKC 99.00 81.95 141.32 116.98 + 4267 C II 1 PG AKI 0. 50* 0.61* VV 1 -6.4^_SL0 81.95 92.64 116^98- + 1 A 41.00 43.40 48.67 51.52 3889 21.OOX 29.72X + 1 PE AKI 45.80 43.40 54.37 51.52 2 LAKC 12.70 17.97 + VV 1 51.30X 6q.9n.X- ? vv 1 -14.20 -7.0.09 + (0 I II 1 1 14.00 15. 10 16.50 17.79 3889 HE I 2 LAKC 12.70 17.97 + 1 PE AKI 16.20 15.10 19.09 17.79 2 VV l 14.20 20.09 + 1 PG AKT 17.00* 20.03* 3967 (NF TIT) .2 A -48.OOX 66.07X + VV 1 51.30X 60.45X 2 LA 24.OOX 33.03 X + 4387 HE I 0.80* 0.94* l LAKC 24.30 33.45 + _-44X1-- . BE—I— 5.60 6^38 _2 VV—1- -39.60 -54.51 + l PG AKI 5.50* 6.27* 3967 48.OOX 66.06X + l VV 1 14.OOX 15.96X LA 24.OOX 33.03 X + _2 A 2.10 7.77 LAKC -10.40 14.31 + 0.30* 0.32* 2 VV 1 39.60 54. 50 + 2. 10 2.26 4009 HE I 1 LAKC 0.27 0. 37 + n.9a* 0.97*- 4026 HE I _J A 3.QQX 4.04X + 4650 C III 2 PG AKI 0.90* 0.97* LAKC 1.84 2.01 2.48 2.71 + 4650 n 11 2 PG AKI 0.90* 0.97* P TP 2. 18 2.01 2.94 2.71 + 4686 nr 11 1 PF AKT 3^50 3.71 -LS I I 1 7 5.60X _7.47X + 1 PG AKI 3.30* 3.50* l LAKC 2.40 2.40 3. 18 3.18 + 1 VV 1 2 3.30 X 24.71X 4071 1 LAKC 0. 13 0.13 0. 17 0.17 + -J A_ 2^10- 2-. 2.1— 4076 _2 A 5.60 X 7.40X + 2 PG AKI 2.50* 2.63* LAKC C. 79 0.79 1.04 1.04 + 4713 HE I 2 PG AKI 2. 50* 2.63* 4097 N III LAKC 0.98 0.98 1.28 1.28 + 4740 (A» IV > 1 A 2.90 2.80 3.02 2.91 4101 H I A 23.OOX 30. 10X + 1 PE AKI 2.70 2.80 2.81 2.91 LA 10.OOX 13.09X + 1 PG AKI 3.30* 3.44* LAKC 18.30 19.70 23.95 25.78 + _-4.8.61. H I- _1 A 1QQ.-QQ 100.00 100.00 1QQ.QQ PIP —¿I^jBQ 19.70 78. 53 75.78.- + 1 PE AKI 100.00 100.00 100.00 100.00 HF I + l VV 1 19.00 19.70 24. 87 25.78 + 1 0062 100.00 1 CO.00 100.00 100.00 4121 l LAKC 0. 28 0.28 0. 36 0.36 + _L VV .1 1QQ« QQX .. 100.OOX 4143 HF T LAKC Q.35. 0.35 _Q. 45 0 .45- + 4921 HE I 1 PG AKI 3.00* 2.95* 4267 1 LAKC 0.38 0.47 + 4959 (0 III) l A 560.00 511.00 544.93 497.25 4340 1 A 46.OOX 55.28 X + 1 PE AKI 462.Q0— 511.00 449.57 497.25 -1 A-N— l.OQ* 1.20* + 1 VV 1 393.20X 382.62X 1 LA 58.OOX 69.70X + 1 A 1470.00 1268.60 1411.03 1217.71 l LAKC 37.40 38.40 44.94 46.15 + 1 PE AK.I 1523.QQ 1268.60 1461.91 1217.71 1 PTP ■ 39.80 38.40 47.83 46.15 + 0D62 812.80 1268.60 780.20 1217.71 38.00 45.66 + VV l 1079.80X 1036.49X (0 III) 9.80X 11.68X + -5_4.il.. EE II _Y-V—L ' 15.» 3..Q 15.3Q. 13.Q5 13.Q5 0.29* 0.34* + 5517 (CL III) 1 A AE2 0. 36* 0.30* l LA 8. OOX 9.54 X + 5537 (CL III) 1 A AE2 1.00* 0.82* 1 LAKC 5.85 7.53 6.97 8.97 + 5754 —LU II) 1 VV 1 7.3Q 7.3Q .5. 7Q.. 5.70 _1 PIP 5.63 7.53 -6.71 8.97 + 5876 HE I l VV 1 33. 30 33.30 25.25 25.25 VV 1 11. 10 7.53 13.23 8.97 + 6300 (0 1 ) 1 VV l 21. 30 21.30 14.64 14.64 4387 HE I LAKC 0.53 0.53 0.63 0.63 + 6563 _LN II ) 2 466.70 304.53 4471 HE I _JVV 1 A— 9.60X 11.05 X + 6563 I 2 VV 1 466.70 304.53 l LAKC 5.41 5.38 6.23 6.20 + 6717 I I ) 1 B AE2 0.42* 0.27* 1 PTP 5. 36 5.38 6.17 6.20 + 6730 II ) 1 B AE2 1.00* 0.63* _1 VV. 1 -ll.-LQX. 12.77X + 10 MU (S IV ) 1 GMS N III 3.20X 3.47X + LAKC 0.44 0.48 + REGION KEY (REG ION.REFERENCE.EXPLANATION) 4640 N III _A— 3.2QX -3«A-7-X- + PE, AKI PHOTOELECTRIC OBSERVATIONS LAKC 1.67 1.67 1.81 1.81 + PG, AKI PHOTOGRAPHIC OBSERVATIONS 4650 LAKC 0.49 0.49 0. 53 0.53 + 4685 HF I T -l^AQX.. 8. 31 X + NGC 6790 (PK NO. 37 -6 1) l LAKC 3.76 3.69 4.01 3.94 + 1 PTP 3.63 3.69 3.87 3.94 + _1 V-V—L_ -12,7QX 13.53X + 1 A 6.20X 6. 54X + BEGIN NGC 6803 (PK NO. 46 -41) C = 0.60 (HYDROGEN LINES) 1 LAKC 2. 15 2.15 2.27 2.27 + 4713 . .ElE _1 LAKC Q.2I . .Q*Z1.. -0.22 0.2? + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 4740 ( AR TV 1 7. 10X 7.41 X + 3299 0 III 1 LAKC 2.08 2.08 3.69 3.69 1 LAKC 2.87 2.87 3.00 3.00 + 3312 _0 LLL 1 LAKC 1.77 1-77 3. 12 3.12 4861 H I _1 A_ 100.00 100.00 1Q0.QQ 1QQ.QQ + 3340 0 III 1 LAKC 2. 13 2.13 3.72 3.72 l LA 100.00 1 00.00 100.00 100.00 + 3342 (NE III) l LAKC 2.32 2.32 4.0$ 4.05 l LAKC 100.00 l00.00 100.00 100.00 + 3428 0 LLI 1 LAKC 0.5J— 0.51 0.86 0.86 1 PTP J.QQ. QQ —LQQ.QQ— 100.00 100.00 + 3444 III LAKC 2.37 2.37 3.97 3.97 100.00 100.00 100.00 100.00 + 3673 I LAKC 0.0 0.0 0.0 0.0 380.00 388.66 369.06 377.47 + NGC 6803 (PK NO. NGC 6803 (PK NO. 46-4 1) + 569 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + -MG£--£l803 CPK NO. NGC 6804 (PK NO. 45 -4 1) + WAVF IDENT N RG REF S I CORR I HAVE IDENT N RG REF OBS I CORR I + 4959 _lq mi i âU .61* 4.48* 4711 CAR IV ) 2 AV ACPG 8.41 9.11 + LA 390. 388.66 378.77 377.47 4713 HE I 2 AV ACPG 8.41 9. 10 + LAKC 399 00 388.66 387.51 377.47 4740 (AR IV ) l AV ACPG 5.95 5.95 6.34 6.34 + -P-12 426 Ü0 388.66 413.73 377.47 4861 H I 1 ACÜ 1QQ...QQ 10Q.QQ 1Q0.QQ 1QQ.QQ + 348. 30 388.66 338.27 377.47 1 AV ACPG 100.00 100.00 100.00 100.00 + ITT) 1 1070. 00 1210.98 1024.08 1159.01 1 LB ACPG 100.00 100.00 100.00 100.00 + L_ 1 llQi HQ 1210.98 1062.36 1159.01 -LJJß ACPG 100.00 100.00 100.00 100.00 + LAKC 1255. 00 1210.98 1201.14 1159.01 1 C 100.00 100.00 100.00 100.00 + P TP 1290. 00 1210.98 1234.64 1159.01 1 COAL 100.00 100.00 100.00 100.00 + VV 1 1329, as 1210.98 1272.83 1159.01 100.00 100.00 100.00 100.00 + 5411 HF I I 1 VV 1 14. 14.20 11.98 11.98 (G III) l ACP 209.00 253.00 200.13 242.27 + 5755 ( N II>1 P TP 2, 2.57 1.97 1.97 l AV ACPG 193.00 253.00 184.81 242.27 + 5876 HE I L_ PTP 3Q.75 18.66 22.86 1 LB ACPG 273.00 253.00 261.42 242.27 + l VV 1 36. 40 30.75 27.06 22.86 1 UB ACPG 328.00 253.00 314.09 242.27 + 6300 .Q0 + C 73.60 90.04 -80.8? 85.00 96.20 + 51.00 56.00 LU 1.72* 1.95* + 5.60* 6.15* VV 2 35.30 A 39.95 A + NGC 6804 (PK NO. 45-4 1) NGC 6818 (PK NO. + 570 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 6fllB (PK NO. 25-17 1) NGC 6818 (PK NO. 25-17 1> + HAVE IDENT N RG REF OBS I AVE 0 CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 3729 (o n > 1 LU_ L 00* 1.13» 5 5-3-7 (CL III) 1 AW70 1.95 1.85 1.7^ IcTTt + 3797 1 ACP 6.0 6.05 6.79 6.79 5592 0 III 1 A W70 0. 0.48 0.45 0.45 + 3835 H I 1 ACP 4.94 4.94 5.52 5.52 5754 (N MIL A W70 1.18 1.18 1.09 1 .09 + 3868 (NE mi _L_E A 14Q.QQ 127.30 155.77 -LAI. 64 saai _C L¥ L_ -AH7Q Q. 24 0.24 Q. 22 0.27 + 1 W A 110. 127.30 122.39 141.64 5812 C IV 1 AW70 0. 18 o.i a 0. 17 0.17 + 1 ACP 121. 127.30 134.63 141.64 5867 HE II 1 AW70 0.62 0.62 0.57 0.57 + LA 148. 127.30 164.68 141.64 58_75_ HE I 1 AW70 *_5P St 97 9t69 9.03 + l VV 2 117. 50 127.30 130.74 141.64 1 OPF 6.00 9.87 5.49 9.03 + 1 E A 20. 00 20.00 22.20 22.20 1 VV 2 14. 10 9.87 12.90 9.03 + ACE a. 9.01 1 1 VV 2 ¿2.00 22.00 19.50 19.50 + 2 LA .80 23.08 1 ORF 280.00 244. 10 + 2 ACP .12 9.01 2 VV 2 252.00 219.69 + _2 LA 20. 80 23.08 6563 II 1 2 VV 2 252.00 219.69 + l E 45. 45.00 49.53 49.53 6583 II ) l ORF 69.00 60.07 + 1 W A 45. 45.00 49.53 49.53 6717 II ) 1 AE2 0.74* 0.64* + __2 ACP 44.30 . 48.76 . _1_ ORF 9-. .00 A 7.77 A + 2 LA 63 70.33 6730 (S l ) 1 B AE2 1.00* 0.86* + 2 VV 2 53, 58.33 1 ORF 12.00 A 10.36 A + 3968 _tí I_ -2 ALE 44.30 48.75 10 MU -LS— TV 1 1 GMS 54.00 54.00 35.68 + 2 LA 63. 70.32 + 2 VV 2 53. 58. 33 REGION KEY (REG I ON,REFER ENCE T EXPLANAT ION) + 4097 III _2 ACE 32.10 FAST SIDE + 1 E A 26. 30.55 28. 19 33.12 A , WEST SIDE + l W A 30. 30.55 32.52 33.12 AE2 , REGIONS A AND B CN DIFFERENT SCALES + 7 ACP 32.09 + 1 LA 33. 30.55 36.75 33.12 END NGC 6818 (PK NO. 25-17 1) + 1 VV 2 32. 30.55 35.01 33.12 + 1 E A 66. 59.10 69.74 -62^45 + 1 W 59. 00 59. 10 62.34 + 2 ACP 69. 50 73.44 BEGIN NGC 6826 (PK NO. 83+12 1) 0.04 (RAD 10—H BETA) + _J -AJN 50. 50X — 53.36X + l LA 53. 59. 10 56.00 62.45 WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 1 ORF 44. 59.10 46.49 62.45 3132 0 III 1 CAK4 1.00 1.00 1.04 1.04 + _J VV 2- 73. 59.1 0 -irU 67 62.45 3187 —HE—I -J CAK 4 + 1 E A 21. 22. 14 3354 NF I I l CAK4 0.60 0.60 0.62 0.62 + 2 ACP 69. 73.26 3447 HE I 1 CAK4 0.80 0. 80 0.83 0.83 + _J AN— -25.93X 3 5-30 HF -I 1 _C.AK4 + l LA 43. 24.72 46.28 26.06 3554 HE I l CAK4 0.40 0.40 0-.41 0.41 + l ORF 19. 24.72 20. 03 26.06 3587 HE I 1 CAK4 0.60 0.60 0.62 0.62 + _J W 2 15. 24.72 1 5. 81 -1 CAK4 + 1 ACP 18.46 4. 83 19.26 3634 HE I 1 CAK4 0. 80 0.80 0.82 0.82 + 1 VV 2 18.46 33.69 19.26 3661 H I 1 CAK4 0.0 0.0 0.0 0.0 + _1 ALE 4.36 4.51 4.51 —1 CAK. 4 + 4634 N III 2 ACP 9. 10.05 3663 1 CAK4 0.20 0.20 0.21 0.21 + 4640 N III 2 ACP 9, 10.05 3664 1 CAK4 0.30 0.30 0.31 0.31 + 4686 HE II _I E A 93, 94.78 3666 -J CAK4 0.40 + l W A 82. 74.13 83. 57 75.55 3667 CAK4 0. 50 0.50 0.5L 0.51 + 1 ACP 64. 74.13 65.73 75.55 3669 CAK4 0.60 0.60 0.62 0.62 + _J AN -9a.7nx 3671 n. 0.60 0.6? + l LA 38. 74.13 38.93 75.55 3673 CAK 4 0. 70 0. 70 0.72 0.72 + 1 ORF 82. 74.13 83. 57 75.55 3676 CAK4 0.70 0.70 0.72 0.72 + VV ? - 74.13 86.73 -7.5.55 3679 -CAK 4 0.80 + (AR IV ) 2 ACP 9. 18 3682 l CAK4 0.90 0.90 0.93 0.93 + 3 LA 5.79 3686 1 CAK4 1.00 1.00 1.03 1.03 + 2 ACP 9.18 3691 _J CAK4 1.20 1.70 1 .23 1 .23 + LA 5.79 3697 I CAK4 1.30 1.30 1.34 1.34 + l E A 13. 00 9.16 13. 17 9.28 3703 I CAK4 1.60 1.60 1.65 1.65 + 1 ACP 5. 38 9.16 5.45 9.28 3705 I CAK4 1.10 1. 10 l. 13 1.13 + l AW70 9. 10 9.16 9.22 9.28 3712 I CAK4 2.00 2.00 2.06 2.06 + 3 LA 5, 70 5.77 3722 I CAK4 3.00 3.t)8 + 1 E 1QQ. nn irn.nn inn.nn 3722 T1T 1 C AK4 •3. no 3.08 + 1 W A 100. 00 100.00 100.00 100.00 3726 1 A 41 26.00 26.73 + l ACP 100. 00 100.00 100.00 100.00 1 AUV 1.00*A 1.03*A + _1 AN .100, QOX 1QQ.0QX -I CAK4 12-.Q0 12-33 + 1 LA 100. 00 100.00 100.00 100.00 35. 90 36.90 + i LA54 100. 00 100.00 100.00 100.00 1.37* 1.41* + JL ORE _JLQ£L LÛ 1Q0.QQ 100.00 100.00 19.QQ 19 «.53 + l VV 2 .00 100.00 100.00 100.00 1 VV 1 40.OOX 41.12X + 4922 HE 1 A W70 .65 0.65 0.65 0.65 1 AUV 0.48*A 0.49*A + 4931 _LQ_ III I _1 AW70 Q.ll Q.ll 0-11 1 CAK4 8.40 8.63 + (0 III) 2 E 1275. 1263.87 1 LU 1.00* 1.03* + l ACP 586. 00 580.89 3734 1 CAK4 2.50 2.50 2.57 2.57 + AN 589. QQX _ 583.86X 3750 _L CAK4 3.30 3.30 3.39 + 1 LA 585. 00 443.75 579.89 439.88 3757 1 0 3.72 3.72 3.82 3.82 + 1 LA54 290, 00 443.75 287.47 439.88 3770 l CAK4 4.00 4.00 4.11 4.11 + -J. ORE __ 301. QQ A 298. 37 A 3776 _1 CAK4 Q.Q Q.Q 0.0 —1.0— + 1 VV 2 314. 00 443.75 311.26 3778 III 1 CAK4 0.20 0.20 0.21 0.21 + 2 E A 1275, 00 1258.33 3791 III 1 CAK4 0.10 0. 1 0 0. 10 0. 10 + -1 ALE 1761, m 1473.67- 1737.98 14 3797 _J -1 CAK4 5.. 20 5.7 5 5.34 5.90 + 1 LA 1790. 00 1473.67 1766.60 1 454.40 7.60 5.75 7.80 5.90 + l LA54 870. 00 1473.67 858.63 454.40 0 4.46 5.75 4.58 5.90 + _1 VV 2 - 3530. -QQ A_ 3483.85 A HE -I— CAK4 Q.Q Q.Q Q.-Q . Q.Q + 5015 HE I l AW70 . 36 0.36 0.35 0.35 3819 HF I CAK4 1.60 1.60 1.64 1.64 + 5041 SI II AW70 .23 0.2 3 0.23 0.23 3835 I CAK4 7.90 9.72 8. 10 9.96 + 5047 HE I AH7Q - Q. 15 -1.15 LA 14. 50 9.72 14.86 9.96 + 5056 SI II AW70 0.06 0.06 1 0 6.76 6.93 + 5145 (FE VI ) A W70 0.47 0.47 3 A41 51.00 52.22 + 5158 (FE VII) AW7Q 0.25 0.25 0.24 1 CAK4 43. 10 46.13 44U3 _4.7. ¿4 + 5176 (FE VI > l AW7 0 0.32 0.31 0.31 LA 50.70 46.1 3 51.92 47.24 + 5191 (AR III) 1 A W70 0.48 0.47 0.47 0 44. 60 46. 1 3 45.67 47.24 + 5199 __LN I L_ J AW70 Q.7Q Q.7.L- Q.68 Q.68 VV 1 74. 55 X + 5270 (F6 111) 1 AW7 0 0.05 0.05 0.05 A41 51.00 52.19 + 5277 (FE VII ) l AW70 0. 11 0. 11 0.11 CAK4 18.00 18.42 + 53Q9 -1C A V L J AW70 0.22 n.?i n.?i -LA 23^.50 23.50 24.05 24.05 + 5323 (CL IV ) l A W70 0.14 0. 13 0.13 2 17.40 17.81 + 5335 (FE VI ) l AW70 0.25 0.24 0.24 3 VV l 72.80X 74.50X + _5411 J AH7Q - 11,90 6.94 -11.31 3 A41 51. QQ 52.19 + 1 VV 2 50 11.90 15.68 11.31 2 CAK4 18.00 18.42 + 5346 1 AW70 35 0.35 0.33 0.33 2 0 17.40 17.81 + 5517 .tcl nn J A AE2 02* _ 0.96* _3 VV 1 72.80X 74.5QX + 1 AW7 0 48 1.39 3919 C II CAK4 0.0 0.0 0.0 0.0 + l A AE2 00* 0. 94* 3920 C II CAK4 0.20 0.20 0.20 0.20 + NGC 6818 (PK NO. 25-17 1) NGC 6826 (PK NO. + 571 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 6826 í PK NO. 83 + 12 1) NGC 68?6 (PK NO. + 1> + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS r AVE Q CORR I AVE C + 3926 HE I I CAK4 0.30 0.30 0.31 Q,Jl 4881 nn 1 4H7Q 0.06 Q.Qfr 0.06 _ 0 «06. + 3961 S III 2 CAK4 0.0 0.0 0.0 0.0 4903 A W70 0.08 0.08 0.08 + 3961 0 III 2 CAK4 0.0 0.0 0.0 0.0 4908 A W70 O. 09 0.09 0.09 0.09 + H£ J 1 CAK4 1 « 70 - 1.7Û_ 1.7A 1.74 4915 AW70 P. Q» 03 -0.03 Q.Q3-. + 2 A41 23.00 23.50 1 1.40 1.40 + 1 CAK4 15. 10 15.43 15.43 1 F 0.31* 0.31* + _2 LA -3Q.6Q_ 31.26 _1 S— _aß_ Qa-27*— —Q.27* + 2 VV 1 34.60X 35.34X C AK 4 1.70 1.55 1.70 1.55 + 2 A41 23.00 23.49 4931 (0 I III AW70 0.10 0.10 0. 10 0.10 + _1 CAK4 . 15.30 15.30 15.63 15.63 4959 _JLD I II ï ■ AAI 270.00 ¿5.2. 11 269.47 —251«62 + 30.60 31.26 AN 149.OOX 148.71X + 31.00 31.67 CAK4 253.00 252.11 252.51 251.62 + .VV 1- 34.6QX 35.34X CPDA 239.90 252.11 239.43 251.62 + 3970 (NE III) 3 1.00 31.67 LA 225.00 252.11 224.56 251.62 + 4009 HE I l CAK4 0.30 0.3 0 0.31 .31 LA54 223.00 252.11 222.57 251.62 + 4026 HE I J CAK4 2.90 2.69 2^ jJUt— HS 255.QQ 252.11 .¿5.4. 50 -251.62 + 1 LA 2.70 2.69 2.75 2.74 0 251.00 252.11 250.51 251.62 + 1 0 2.46 2.69 2.51 2.74 R2 300.00 252.11 299.42 251.62 + _J CAK4- 0.20 Q.2Q Q.2Q o,?n 4977 (FE vm A.H.7.0 Q. 10 0.10 -0. 10- 0.10 + 4069 0 II 1 CAK4 0.10 0.10 0. 10 0.10 (o un A41 800.00 797.67 771.80 + 4072 Q TI 1 CAK4 0.0 0.0 0.0 0.0 AN 367. OOX 365.93X + 4076 -LS LL—L J CAK4 Q.Q 0.0 Q..£L- 0.0 BDQ 251.00* 250.27* + 4089 SI I V CAK4 0.10 0.10 0. 10 0.10 1 C AK 4 770.00 774.06 767.75 771.80 + 4097 N III CAK4 0.90 0.90 0.92 0.92 1 CPDA 724.40 774.06 722.29 771.80 + 41.01 —H I 1 A41 19.00 22.62_ iq. 34 7 3- (V3 -1 LA_ 742.00 774.06 739.83 -171.80 + i CAK4 26.00 22.62 26.47 23.03 LA54 709.00 774.06 706.93 771.80 + 1 LA 25. 10 22.62 25. 55 23.03 MS 725.00 774.06 722.88 771.80 + _1 □ 24.00- 72.62 24.43 2.3.03 - R2.-. 44fl^-Q0 -774.06 945.73 -771 .BQ + 1 R2 19. 00 19.34 23.03 VV 1 320.30X 319.37 X + 1 VV l 30. 90 X 31.46X AW70 1.82 1.91 1.81 1.90 + 4103 _2 CAK4 0.70 Q . 20 CAK4 2.00 1.91 1.99 1.90 . + 4103 N III 2 CAK4 0. 20 0.20 A W70 0.24 0.24 0.24 + 4110 0 II l CAK4 0.0 0.0 0.0 0.0 BR 0. 04* 0.04* + 4116 SI IV 1 CAK4 0.20 0.2 Q._ 0.20 0.70 -L .s as V) . DR * -jQ.08* + 4120 HT I CAK4 0. 60 0.60 0.61 0.61 5191 (AR III) AW70 0.08 0.08 0.08 0.08 + 4132 0 !I CAK4 0.20 0.20 0.20 0.20 5198 (N I AW70 0.04 0.04 0.04 0.04 + 4143 HE T C AK 4 0.60 0-6 0 0-61 0.61 -.5220 ■ LEE III ) AV.ZÛ 0. 18 -0. 18 + 4153 1 CAK4 0.30 0.30 0.31 0.31 5277 (FE VII) A W 70 0. 06 0.06 0.06 0.06 + 4168 1 CAK4 0.0 0.0 0.0 0.0 5411 HE I I AW70 0.10 0.10 0. 10 0.10 + _L C AK4— 0.90 0.-91 5517 (Cl Till A.AE2 1.32* 1.3D* + 4317 CAK4 0. 20 0.20 l AW70 0.45 0.44 + 4340 A4 1 40.00 40.49 1 F BR 0. 13* 0. 13* + -AN— 0.09* -O.nq* + 1 CAK4 45.80 44.85 46.36 45.40 1 A AE2 1.00* 0.99* + l LA 47.30 44.85 47.88 45.40 1 AW70 0.55 0. 54 + -L_£—as 0. Il* + 1 OCR 41.70 44.85 42.21 45.40 0. 09* 0.09* + 2 VV l 131.OOX 132.61X (01 ) 1 F BR 0. 39* 0.38* + _J C AK4— n.3n 0.30 0.30 0.47» + 40.00 40.47 1 AW7 0 0.12 0. 12 + 4. 71 X 4.77X 1 F BR 0. 14* 0. 14* + —0. 06* + 1 CAK4 5.90 5.53 5.97 5.60 15.80 15.49 + 1 LA 5.00 5.53 5.06 5.60 8.67* 8. 50* + _J □ 7.75_ 7.34 5.60 71.37» 70.95» + □ CB 3.98 4.03 CAK4 13.90 15.1^ 13.63 14.84 + VV 1 131.OOX 132.54X 0 15. 70 15.13 15.39 14.84 + 4366 n 11 CAK4 0.0 0.0 0.0 3.0 VV l 346.OOX 339.23X + 4387 HE I CAK4 1.00 1.00 1.01 1.01 (01 ) 1 F BR 0. 18* 0. 18* + 4471 HE I A41 5. 70 5.95 5. 75 6.01 BR 0.05* 0.05* + . AN— 17.OOX 12.11X CAM Q.Q » Q.Q Q.Q * + CAK4 6.40 5.<55 6.46 6.01 l 13.30X 12.95X + LA 5. 40 5.95 5.45 6.01 l F 0.12* 0. 12* + 6.31 5.95 6^37 6. m -L S 0. 10* —Q.1Q* + 1 VV 1 6.70X ö. 76X 6364 (01 ) 1 0. 10* 0. 10* + 4623 i A W70 0.11 0.11 0. 11 0.11 6548 (N II) 1 6. 02* 5. 84* + . 463_4_ —N LLL 1 A W 70 0.34 0.42 0.34 Q.^42 -L S . JUL_ 0-84* —Q.81* + 1 CAK4 0. 50 0.42 0. 50 0 .42 OCB 1.90 1.90 1.84 1.84 + 1 AW70 0.96 1.08 0.97 1.09 CAK4 287.00 271.33 278.38 263.18 + _J CAK4 .20 l.OB 1.21 1.Q9 CAM 1. QQ* —fl.97* + 4641 l CAK4 0.40 0.40 0.40 0.40 LAR 10.00* 9.70* + 4649 l AW70 0.38 0.44 0. 38 0. □ 288.00 271.33 279.35 263.18 + 1 CAK4 Q.5Q 0.44 □ CB 239.00 231.82 -263.18 + 4651 0 III 1 CAK4 0.20 0.20 0.20 0.20 VV 2184.OOXA 271.33 2 118.41XA + 4657 (FP I II) 1 AW7 0 0.37 0.37 0.37 0.37 6563 (N II) VV 2184.OOXA 2118.41XA + 4658 J C A K 4_ 0.30 Q. 30 Q. 30 0.30 6583 _LN II 1 _E 8E_ 26.18» ¿5.39* + 4661 0 II CAK4 0.20 0.20 0.20 1 S BR 2.23* 2. 16* + 4678 1 AW 70 0.07 0.07 0.07 1 CAM 0.04* 0.04* + 4686 HF I I _1 AW7Q 0. 08 3.08 □ CB 9. 10 8.82 + 1 5.60 5.62 BR 1.19* 1.15* + 1 F 0.15* 0.15* BR 1.56* 1.51* + _S BB— 0.17» . 0. U» CAK4 4.66 4.66 4.51 4.51 + 4701 (FE III) 1 AW70 0.05 0.05 0.05 0.05 l B AE2 0.63* 0.61* + 4711 (AR IV ) 2 AW70 1.03 1.03 1 F BR 0.21* 0.20* + J C A K4 0.70 Q..ZQ- , Q.7Q 0.70 1 S BR O-j-13» . 0. 13* + 2 AW7 1.03 1.03 6723 (S T I I CAK4 1.69 1.64 + l F BR 0.04* 0.04* 6730 (S II) B AE2 1.00* 0.97* + 1 S BR 0,04* 0.04» F BR -0^-41* 0.40* + 1 CAK4 1 .00 1.00 1.00 1.00 l S BR 0. 14* 0. 14* + (AR IV ) 1 AW 70 0.38 0.44 0.38 0.44 l F BR 1.47* 1.42* + l CAK4 0.50 0.44 0.5C 0.44 + L S as_ 1.26» 1-21 ♦ + 4.76* 4.58* + 1 A 41 100.00 100.00 100.00 100.00 1 S BR 3.47* 3.34* + 1 AN 100.OOX 100.OOX _L C.AK.4 ±22 5.73 —5« 52.. 5.52 + 1 CAK4 100.00 100.00 100.00 100.00 9069 III) 8.70 8.23 + 1 CPDA 100.00 100.00 100.00 100.00 9532 I LAR 0.91* 0.86* + _i LA 100.00 IQQt-Qfl. 100.00 100.00 9539 _Q 30.90 —2.9,14 + LA 54 100.00 100.00 100.00 100.00 9539 (S III ) 30.90 29. 14 + MS 100.00 100.00 100.00 100.00 9546 (S III) LAR 0.91* 0.86* + _0 100.00. 100.00 100.00 . lOQ^OO 1 08?9 HE T L AR 3.90» -3.65* + OCB 100.00 100.00 100.00 100.00 □ 74. 10 74.10 69.42 69.42 + R2 100.00 100.OC 100.00 100.00 10 MU (S IV ) l GMS 12.50 12.50 11.40 11.40 + W 1 100.OOX 100.OOX + NGC 6826 (PK NO. NGC 6826 (PK NO. 83+12 1) + + 572 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + Nfíf 6fl53 (PK NO. BEGIN NGf. 6857 ( PK NO. 70* 1 71 fHYDRnfiFN I fNECl + WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IOENT N RG REF OBS I CORR I AVE C + 4363 (o i in 1 3 BDO I. 00* I.01* 3727 (0 II 1 I PF 18.00 77. 79 + I 4 BDO 1.00* 1.01* 4340 1 PF 24.00 24.00 46.08 46.08 + L 5 BOO 1.00* 1.01* 4861 1 PF 100.00 100.00 100.00 100.00 + _1 fr BDO 1.00* .01* 4959 _LQ_ 1)1 PF 144.00 144.00 129.91.. 129.91 + 1 7 BOO 1.00* 1.01* 2 VV1 8.40* 7.57* + 1 8 BDO 1.00* 1.01* 5007 (0 III ) 2 VV1 8.40* 7. 19* + 1 9 900 ItQO* -JtO.l*- 5876 HE l 1 P.F 39.00 39.QQ 13.61 13.61 + l 10 BDO 1.00* 1.01* 6300 (0 ) 1 0.30* 0.07* + 1 11 BDO 1.00* 1.01* 6563 1 PF 1308.00 1308.00 257.87 + 1 12 BOO .00* —1.Q1* -2 VV1 L4.0Û*. 2.76* + C 16.00 16.09 6563 (N II Î 2 14.00* 2.76* + 0065 1.00* 1.01* 6584 ( N II ) 1 71.00 71.00 13.77 13.77 + _SM— -Q.3¿* 0. 39* 7065 HE I 14.00 14.00 1.98 1.98 + l C AKT 5.60 5.85 5.63 5.88 7751 (AR III ) 1 PF 29.00 29.00 2.70 2.70 + 1 E AKI 8.40 5.85 8.44 5.88 9015 H I 1 PF 41.00 41.00 2. 18 2.18 + 1 M AKI -4.4Q 5.85 . -4.4Z_ 9 069 ( S III } 1 621.00 -fejLUO.Q- 32.43 32.43 + c 5.00 5.85 5.02 5.88 10049 H I 151.00 151.00 5.77 5.77 + 4541 HE II c 4.00 4.00 4.02 4.02 10830 HE I 741.00 741.00 22.93 22.93 + ^996 HE II _L_C_ AKI 9.41 QQ ^2.2q_ 94.1?.. 42.37 + l E AKI 24.00 42.29 24.05 42.37 NGC 6857 (PK NO. 70+ 1 2) + 1 AKI 51.00 42.29 51.11 42.37 + 54.QQ . 42.29 - -54.11 42.37 + 1 C 43.00 42.29 43.09 42.37 + l Y 30.00 42.29 30.06 42.37 BEGIN NGC 6879 (PK NO. 0.50 (RADIO-H BETA) + 3Q.QQ.- .42t29_ 30.06 42.37 + IOENT N RG REF + (AR IV ) 2 C AKI 4.50 4.51 WAVE OBS I AVE 0 CORR I AVE C + 2 AKI 3.40 3.41 3727 (0 II) 1 VV 2 29.60 41.74 + 2_ _C_ 7.QQ 7.01 3869 ( NE 111 ) A VV 2 26. 5Q 76.50 1Q2.88 102.88 + 2 C AKI 4.50 4. 51 3889 I 53.00 70.78 + 2 M AKI 3.40 3.41 3889 HE I VV 53.00 70.78 + _2 C -7.QQ- 7.01 3970 (NE im ■ VV.. _64.7Q 84.36 + l C AKI 4.70 4.80 4.71 4.81 3970 VV 2 64.70 84. 36 + 1 M AKI 2.70 4.80 2.70 4.81 4102 VV 2 35. 30 35.30 44. 16 44.16 + _L_ X 7.00 4.80 7.01 4.81 4340 -VV 2. 29.40 _2-9. 4.0. 34. 26 34.26 + l C AKI 100.00 100.00 100.00 100.00 4363 (0 III) 11.80 11.80 13.66 13.66 + 1 E AKI 100.00 100.00 100.00 100.00 4686 HF I I 23.60 23.60 24. 87 24.87 + AK I 1X0.00- 100.00 . 4861 H I 100.00 100.00 100.00 100.00 + 1 100.00 100.00 100.00 100.00 VV 2 100.00 100.00 100.00 100.00 + 1 C 100.00 100.00 100.00 100.00 COAL 363.10 305.05 354.36 297.71 + 1XQ>X0l- 100.00- ..VV 2 ¿47.00, . ¿0-5.05 297.71 + M I 7 3 100.00 100.00 100.00 100.00 + REGION KEY (REG IONFEER ENGE,EXPLANAT ION I WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + A, AE2 . REGIONS A AND B ON DIFFERENT SCALES 5-Q47 -HE I __L AW7Q Q. IQ 0.10 .Q«J)9 0*09. + PE, AKI PHOTOELECTRIC OBSERVATIONS 5056 l A W70 0.07 0.07 0.06 0.06 + PG, AKI PHOTOGRAPHIC OBSERVATIONS 5076 1 AW70 0.24 0.24 0.21 0.21 + 5131 _Q ¥_ -1 AW.10.. 0.05 0.05 Q.i?5 -Q.Q5- + NGC 6884 (PK NO. 82+ 7 1) 5145 (FE VI I l AW70 0. 10 0.10 0. 08 0.08 + 5159 IFF VII ) 1 A W70 0.03 0.03 0.03 0.03 + 5176 (FE VI 1 J &.H7Q . Q. 03... 0^03 Q.Q3 _Q.Q3 + 5191 (AR III) 1 AW70 0.21 0.21 0. 17 + BEGIN NGC 6886 (PK NO. C = 1.13 (R ADIO—H BETA! 5199 (N I ) l AW70 0.85 0.85 0.69 + 5270 (FE III) AW70 0.05 0.05 . ■51.» n.20» + 3889 HP I 2 ACP 13.90 . 73 6730 (S II) L B A E2 1.00* 0.40* + 2 VV 2 28.00 A . 84 A 9068 (S IIP l PER 102.00 lC2.00 21.30 + (NE IIP 2- 33.00 9532 _LS I I P J PER. -35D.Q0 351.00 67.-27 + ACD 45.90 10830 HE I PER 466.00 466.00 73.72 73.72 + VV 2 40.00 10938 H I PER 18. 00 18.00 2. 80 2.80 + 3 3. 00 + ACP 45.90 83. REGION KEY (R EG ION,REFERENCE,EXPLANAT ION) + VV 2 40.00 72. A, AE2 , REGIONS A AND B ON DIFFERENT SCALES + U 20-- + 4069 ( S 11 ) 2 A 4.40 .47 NGC 6886 (PK NO. 60 -7 2) + 4076 ( s 11 ) 2 A 4.40 .44 + ¿.nq? T II— _2 ACP— 2U 10 . 12- + 1 A 17.00 28. + 2 ACP 21.10 35. BEGIN NGC 6891 CPK NO. 54-12 P C = 0.22 (RADIO-H BETA) + -J PER 2-4. on + 36.00 A WAVE IDENT N PG REF OBS I AVE O CORR I AVE C + 4340 H I 40.00 3187 HE T 1 PG AKT 0.80 0.80 1.01 1.01 + 5-3-. 1Q 3613 -HE -L 1 .EG..AKI 0.40 0.40 OCT- 0-47 + 43.00 39.67 56.07 3634 HF I 1 PG AKI 0.90 0.90 1.06 L .06 + 36.00 39.67 56.07 3669 H I 1 PG AKI 0.90 0.90 1.05 1.05 + 4363 (O IIP 15.00 17.50 20. 24.37 3671 H I I PG AKI 0.70 0.70 0.82 0.82 + ACP 53.10 73. 3673 H I 1 PG AKI 0.90 0.90 1.05 1.05 + VV 2 20.00 17.50 27. 24.37 3676 H I I PG AKI 1.00 1.00 1. 17 1.17 + 4471 HE I 2.20 5.89 2. 7.68 3-679 . __H I— I PG AKT 1-QQ 1-17 1-1.7- + l ACP 9. 59 5. 89 12. 49 7.68 3682 l PG AKI 1.30 1.30 1. 52 1.52 + I VV 2 20.00XA 26, 06XA 3686 1 PG AKI 1.40 1.40 1.64 I .64 + 454.1 HE I I 1 ACP 6.97 6.97 a. £1 3.67 3691 1 PG AKI i.aa.. 1-80 DO 2.10 + 4634 N III 4.20 3697 H I L PG AKI 2.60 3.04 + ACP 6.00 3703 H T 2 PG AKI 3.90 4. 55 + AW7O 0.36 3703 HE I 2 PG AKI 3.90 4.55 + 4.20 3712 1 PG AKI 3.40 3.96 + ACP 6.00 .97 3721 2 PG AKI 3.80 4.42 + AW7O 1.72 1.72 . oa 2.00 3721 _LS III ) 2 P-G-AKI 3.80 4.47 + 4649 II 3 AW70 0.26 (O T I ) 1 19.00 22. 10 + 4650 I IT 3 AW7C 0,26 1 PE AKI 20.30 23.62 + 4651 III 3 AW7Q 0.26 1 PG AKI . 12..8fl„ 14. 89 + 4657 AW70 0.27 1 1.57* 1.83* + 4658 3 AW7 O 0.27 1 VV 2 24.60X 28.62X + 4661 3 AW70 0.27 3729 (O II) 1 PG AKI 8. QQ -3Q + 40.00 41.67 .05 46.93 1.00* 1.16* + ACP 37.00 41.67 .67 46.93 3734 i PG AKI 4.50 4.50 5.23 5.23 + VV 2 48. 00 41.67 46.93 3750 1 PG AKT 5.30 5.3-Q _ít*_ _6 « 14— + 4711 (AR IV ) 4. 00 ,43 3771 1 PG AKI 5.00 5.00 5. 78 5.78 + ACP 10.60 ,73 3797 1 A 2.20 4.55 2. 53 5.24 + 4713 HE I ACP 10.60 ,72 1 PG AKI 6.90 4.55 7.95 5.24 + 4725 (NF IV ) 1 A W70 0.69 3819 1 PG AKI 2. 40 2.40 2.75 2.75 + 4740 (AR IV ) 1 A 4.00 6.63 3835 1 A 5.-20 7.07 5.95 8.09 + 1 9-25 100.00 100. 7.19 1 PE AKI .30 7-0-7 7-21 —8— + 100.00 100.00 1 PG AKI 9.70 7.07 11.11 8.09 + ACP 100.00 100.00 100. 100.00 1 73.00 51.30 83.18 58.45 + COAL 100.00 100.00 loo*. 100.00 11 .Elf....AK I 39.9Q. 51.3Q 45.46 58.45 + 1 PER 100.00 100.00 100. 00 100.00 PG AKI 41.00 46.71 + l VV 2 100.00 100.00 100, 00 100.00 VV 2 50. 10X 57.08X + HE I _1 AJLLC— 0.45 Q. 4-5_ a. 43 0.43 -I A_ . 23-.OQ + 13.80 + 26-1? + 15.67 + 4931 (C IIP 1 A W7 0 0. 11 0.11 0. 11 0. 2 PE AKI + 4959 (C IIP 1 A 050.00 537.25 615. 19 508.48 2 PG AKI 20.30 23.06 + 1 ACP 493.00 537.25 466. 60 508.48 2 VV 2 -3P8PJL 36.12X + l PER 525.00 537.25 496. 89 508.48 3889 HE I 2 PE AKI 13.80 15.67 + 1 VV 2 481.00 537.25 455. 24 508.48 2 VV 2 3I.80X 36.12X + _1 A -LfrOfl.QQ- -L133.-QQ— -1473. -L3 1595.59 -3.922 _C LL_ I PG AKI 0.50 A 0-57 A + 1 ACP 1345.00 1733.00 1238. 35 1595.59 3964 HE I 1 PG AKI 2.10 2.10 2. 2.36 + l COAL 2455. 00 1733.00 2260. 34 1595.59 3967 (NE IIP 2 A 35.00 39.35 + _J PFR 1 665. on J 733.00 1532. Ü8 1 595^.59 1 PG AKI 17.80 17.80 20.01 20.01 + VV 2 1600.00 1733.00 l595.59 44.50X 50.03 X + 5015 HE I AW70 0.41 0.41 0.38 35.00 39.35 + 5041 SI II _1 AHJQ n. in ÛD-0- 0.09 + NGC 6891 (PK NO. + NGC 6886 (PK NO. 60 -7 2) + 576 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + . N&L 6891 IPK ND. 54-12 BEGIN NGC 68S4 1PK NO. 69 -21) C = 0.70 (RADIO-H SETA) + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I + 3967 _±l I 2 PE AKI 2Q.QQ ??-49 3726 (0 II ) 1 AKI 93.00 150.52 + 1 PG AKI 16. 70 18.78 18.78 150.00 242.77 + 2 VV 2 44.50X 50.03 X 3729 (0 II ) 1 AKI 93.00 150.31 + 3970 (NE III) 2 PE AKI 2Q.QQ 22.48 3868 (NE III) 1 AKI 59.00 69.37 + 4009 HF I 0.30 0.30 0.34 0.34 76.00 115.12 102.24 + 4026 HE 6.40 5.17 7. 14 5.76 3889 H I AKI 20.00 29.99 + 1 PG AKI 4. 10 5.17 4.57 -5.76- 3889 HE I AKT 20.00 29.99 + l c 5.17 5.58 5.76 3967 (NE III) 2 AKI 34.00 49.36 + 4068 ( S II ) 1 PG AKI 0.80 0.89 0.89 3970 H I 2 AKI 34.00 49. 30 + 4076 IS XI L 1 PG AKI 0« 40 0.4-0. 0.44 0.44 ? M 38.00 55. 10 + 4097 III 2 PG AKI 0.80 0.88 3970 (NE III) 2 38.00 55. 10 + 4101 I 1 A 25.00 24.97 27.59 27.56 4101 H I 1 18.00 17.50 24.64 23.95 + 1 PE AKI 23.60 24.97 26.05 27.56 1_ -IIaJOQ. . I 7.50 ...23..27 _23.« 9J + 1 PG AKI 25.30 24.97 27.92 27.56 4340 32.00 32.50 39.65 40.27 + l C 26.00 24.97 28.70 27.56 33. 00 32.50 40. 89 40.27 + _1 V-V 2 4C.90X 45.14X 4686 15.00 19.00 16. 15 20.45 + 4121 HE I 1 PG AKI 0.80 0.80 0.88 0.88 23.00 19.00 24.7b 20.45 + 4143 HE I l PG AKI 0.60 0.60 0.66 0.66 AKI 100.00 100.00 100.00 100.00 + 4267 _C LL_ 1 PG AKI l.QQ 1.08 . 2j»7Q— ,££AL , IQOj.Q.Q, 100.00 -IQ.Q.flQ LQÜ.QQ + 1 4.00 2.50 4.32 2.70 100.00 I 00.00 100.00 100.00 + t A 51.00 45.17 54.55 8.31 (G III ) 1 AKI 271.00 325.50 261.92 314.59 + 2 PE AKI 46.00 49.21 _L_ M 3BQ»QQ, -XX5.-5Q 367.26 314.59 + 1 PG AKI 41.50 45.17 44.39 48.31 5007 (G I II ) L AKI 875.00 1003.67 831.35 953.60 + 1 C 43.00 45.17 46.00 48.31 l COAL 1096.00 1003.67 1041.32 953.60 + _j v.v ¿ 50.IPX 53.59X L_ _M_ 1 Q4Q..QQ XQ_Q3«jE¡.7. 988. 12 953.6Q + 2 PE AKI 46.00 49.06 + 1 PG AKI 5.70 5.35 6.08 5.71 NGC 6894 (PK NO. + -J C 5.00 5.3.5-. 5.33 -5..7L- + 1 VV 2 25.50X 27.20X + 4387 HE I l PG AKI 1.00 1.06 + _44 71 .HF I- 1 A 7.2.2 6.95 BEGIN NGi:...69a5 ( PK NQ. 61.-9 U C_=. Q.ll (RADIQ-H BETA) + 1 PE AKI 7.60 7.22 8.00 7.61 + 1 PG AKI 6.70 7.22 7.05 7.61 WAVE IDENT N RG REF PBS I AVE 0 CORR I AVE C + 8.00 7.2-2 -8.42— 7.61 3133 P III X  22.00 -22X3Q 24.76 24.76 + l VV 2 23.6ÛXA 24.85XA 3203 HF I I 28.00 2 8. 00 31.36 + 4510 (K IV ) 1 PG AKI 0.40 A 0.42 A 3727 (0 II) 8.70 9. 38 + - 4591 0 Li t PG AKI 0.52 20.90 22.54 + 4634 II 0.40 0.41 0.41 1 AC PG 38.80* 41.85* + 4634 III 2. 50 2.58 3835 l ACPG 9.59* 10.26* + 0. 70 0.72 -0.72 3868 _J à 52.00 61-47 55.51 + 4637 N III 2 C 3.00 3.09 AGP 77.40 61.47 82.62 65.61 + 4637 C I ll 2 C 3. 00 3.09 ACPG 125.00* 133.43* + 4640 III -2 A— 2.50 2.5Z_ . 5 5.00 —58.71 .65.61 + 1 PG AKI 1.30 1.55 1.34 1.60 3 VV5 16.00* 17.08* + l AW70 1.80 1.55 1.85 1.60 2 ACPG 13.30* 14. 17* + -2 AW70 0-80 —0.82— 3 V V D5 1 6.OPT . 1 7. 0.5,t + 2 PG AKI 0.40 0.41 3889 HE I 2 AC G 13. 30* 14. 17* + 2 AW70 0. 80 0. 82 3 VV5 16.00* 17.05* + 2 PG AKT 0.40 0.41. . 3967 (NE III) J â 22.QQ 22.00 23.33 + 4686 HE I I 1 VV 2 24.60X 25.18X 2 AGP 34. 10 36. 16 + 4711 (AR IV ) 2 PG AKI 2.00 2.04 2 ACPG 59.20* 62.77* + 2 AW70 —2^X5— _2 VY5 6.40* 6.79» + 2 C 3.00 3.06 2 ACP 34.10 36. 15 + 2 PG AKI 2. 00 2.04 2 ACPG 59.20* 62.76* + _2 AW-7 0 2.70 2.75 _2 a 26-QQ 27.56 + 2 C 3.00 3.06 VV5 6.40* 6.78* + l PG AKI 0.60 1. 17 0.61 1.19 3970 (NP III) M 26. 00 2 7.56 + l AW70 0.30 1.17 0.91 1.19 4068 ( S II) ACPG 0.55* 0.58* + l C 2.00 1.17 2.03 1.19 4076 ( S II) ACPG 4.35* 4.58* + 1 A 100.00 ICO.00 100.00 100.00 4097 N III AGP 32.00 33.63 + 1 PE AKI IQQ..QQ 100.00 100.OQ 100.00 4101 __H I 16.00 17.00 16. 81 X7..86.. + 1 PG AKI 100.00 ICO.00 100.00 100.00 2 ACP 32.00 33.62 + C 100.00 100.00 100.00 100.00 1 ACPG 32.00* 33.62* + _I COAL 100.00 100.00 100.00 1-GXiPQ. _j a 18.QQ .18.9.1 + 7.56* + l VV 2 100.OOX 100.OOX 7.20* + l PG AKI 3.00 3.00 2.90 2.98 24.00 24.82 + 1 A W70 3.00 3.00 2.98 2.98 77.30 79.95 + l C 3.00 3.00 2.98 2*98 66.80* 69.09* + 4931 (0 III) 1 A W70 0.60 0.6 0 0.60 0.60 36.00 31.33 37. 23 32.41 + 4959 (0 III) 1 A 300.00 302.33 296.80 299.11 ORE 34» OQ 31.33 35. L6 32.41 + 1 PE AKI 293.00 302.33 289.88 299.11 ? VV5 15.00* 15.51* + 1 PG AKI 314.00 302.33 310.65 299.11 (0 III) 2 ACP 77.30 79.83 + 1 VV 2 209.OOX 206. 77 X X ACJP-G 8«l16* 8.43». + 830.00 785.65 816.76 773.11 M 12.00 9.50 12.39 9.81 + 1 COAL 741.30 785.65 729.47 773.11 l ORE 7. 00 9.50 7.23 9.81 + 1 VV 2 592.OOX 582.55 X .2 VV5 15.QQ* .15.49* + 5015 HE I l A W7C 4.90 A 4.82 A HF I I 39.00 79.50 39.45 80.42 + 5047 HE I l AW7C 0.80 0.80 0.78 0.78 ACP 114.00 79.50 115.33 80.42 + 5191 (A9 HI) J AW7Q 0.08 0.08 Q. 08 0.08 _M 63.QQ ■ .79.XH . 63.7.3 .aa..42- + 5 199 (NI ) 1 AW 70 0.20 1.60 0. 19 1.54 l ORE 102.00 103.19 + 1 C 3.00 1.60 2.88 1.54 l VV 5 16.00* 16. 19* + 5270 (FE III) I AW7Ç 0.20 0.20 0. 19 0.19 .4711- (AR IV ) _2 PiLP.Q 13Q.-0Q» 131.£3* + 1 AW70 0.50 0.47 4713 HE I 2 ACPG 130.00* 131.27* + 1 VV 2 33.70X 31.66X 4861 H I 1 A 100.00 100.00 100.00 100.00 + -5.517. (CL III) X 4HJ.Q . U1Q 1. LQ— 1.02 1.02 1 ACP 100.00 1 CO.00 100.00 XQQtQQ... + 5537 (CL III) 1 AW70 0.80 0.80 0. 74 0.74 COAL 100.00 100.00 ICO.00 100.00 + 5802 C TV 1 C 7.00 7.00 6. 32 6.32 M 100.00 1 CO.00 100.00 100.00 + 5875 HE I J AW7C BB.flÜ- 3S.on 34, nq 31 .39 ORE 100.00 ■ 1QQ.QQ 1QQ.QQ LQÆ.QQ- + 32.00 28.70 2 780.00 775.83 + 50.10X 44. 94 X 1 ACP 244.00 310.00 242.70 303.34 + 63QQ _LD I ) 1— Q.QQtA Q.OO*A _j a 37Q-JQ .310.00 368.Q2 . 308.34- + VV 2 44.50 44.50 38.40 38 .40 I ORE 316.00 314.31 + l C 380.00 380.00 321.33 321.33 ? VV 5 180.00* 179.04* + _1 CAN I .00* 0.85* 5QQ7 IV III) _2_ 780.00 773.75 + VV 2 178.OOX 150.52X 1 ACP 789.00 355.87 782.68 849.01 + 6563 (N IT ) 2 VV 2 178.OOX 150.52X 1 COAL 758.60 855.87 752.52 849.01 + 6583 (IX K ) x CAa . 0-03* -Q..Q3». _i a_ 1020.QQ 855.87 1011.83 84,9.01. + 6678 HE I l C 16.00 16. 13.41 1 ORE 696.00 A 690.43 A + 2 VV5 180.00* 178.56* + REGION KEY (REGIQN.REFERENCE,EXPLANAT ION) .5876 HE I., _L QRF -A »..00 A . 3.79 A + PE, AKI , PHOTOELECTRIC CBSFRVATIONS 6563 (N II) VV5 50.00* 45.98* + PG, AKI , PHOTCGRAPHIC OBSERVATIONS 6563 H I ORE 408.00 375.18 375.18 + NGC 6891 (PK NO. NGC 6905 (PK NO. + + 577 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 6905 (PK NO. NGC 7008 (PK NO. 93+ 5 2) + N RG REF OBS I CORR T WAVE IOENT N RG REF OBS I AVE CORR I AVE C + _2 ÿ.^£- 50.QQ* 45.98* - 4340 H I 1 HB AC PG 4L.7Q- -19.26 .51.04 48.05 + 6717 S2- .29 + ACPG 4. 79 3.04 6.53 4.15 1 1 C 11.00 8.86 11.53 9.29 + 1 HB ACPG + p 1.30 3.04 1.77 4.15 1 2 C 13.00 8.86 13.63 9.29 + 4Q76. Ui LJ L 11 HP AV A£ -JmÙA. 2.68 4.97 3.64 8.86 + ACPG-G_ 1. 70 2.31 _1 3 .C— + l 4C + 11.QQ + 8. 00 8.86 + 11.53 + 8.39 + __2*23— + 9.29 + 2 ACP 33.60 45.25 1 ACP 100.00 100.00 100.00 100.00 + 1 AV ACPG .1 AV ACPG 100.00 ,-LQQ. QQ 1QQ.QQ . 10Û* QQ. + 1 HR ACPG 1.70 2.29 1.89 1 HB ACPG 100.00 100.00 100.00 100.00 + 2 ACP 3 3.60 45. 17 l LB ACPG 100.00 100.00 100.00 100.00 + 1 AV ÆCPi- 24.60 33.07 _L_â âü 100.00 1 00.00 100.00 1Q0.00 + HB ACPG 21.90 24.63 29.44 33.11 100.00 100.00 100.00 100.00 + 1 LB ACPG 20.80 24.63 27.96 33.11 1 C 100.00 100.00 100.00 100.00 + 1 A Ai 23. 00 24.63 30.92 33.11 2 C IQQ.f QQ 100.00 100.00 100.00 + AS 20.00 24.63 26.89 33.11 C 100.00 100.00 100.00 100.00 + 1 C 29.00 24.63 38.99 33.11 C 100.00 100.00 100.00 100.00 + 2 C 30. 00 .¿4,63 40. 33 33.LL CQAL. IQfl.QQ LQQ*QQ LQQ*DQ 1 QQ.QQ + 27.00 24.63 36.30 33.11 100.00 100.00 100.00 100.00 + 22.00 24.63 29.58 33.11 MI 73 100.00 100.00 100.00 100.00 + 2 8. QQ .24«_£3 37.64 33.11 ORF 1QQ.Q0 100.00 100.00 ifla.QQ- + 4200 HE I I 1 HB ACPG 1.20 1.20 1.55 1.55 (0 III) l ACP 306.00 302.27 296.32 292.71 + 4227 ( FE V ) 1 AV ACPG 2.77 2.77 3. 54 3.54 1 AV ACPG 243.00 302.27 235.31 292.71 + —426J— C I I 1 AV ACP-G— 3jl 3.30 4. 15 4.15 1 HB ACPG 404.00 -3jQ2-^ZJ _391.22 292.71 + 2 ACP 56.90 69.65 1 LB ACPG 436.00 302.27 422.21 292.71 + 1 AV ACPG 40.40 49.45 l A AS 379.00 302.27 367.01 292.71 + NGC 7008 (PK NO. NGC 7008 (PK NO. 93+ 5 21 + 578 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 7QQB (PK.NCL 931 5—Zl. NGC 7Q09 LPK-.ND, 37-34 1) + WAVE IDENT N RG REF OBS AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4959 _LQ III I 1. & LS 3Q9.QQ 302,27 299-23 297-71 3475.57 INF V _J C A41 1.10 I, 1Q 1.28 1.28 + 1 C 215.00 302.27 208.20 292.71 KOS 12.00X 13.92X + 2C 200.00 302.Zl 193.67 292.71 3425.57 0 2 AKl 0.05 0.06 + JL 3 C 175.00 302.27... 169-..46.- 292-71 342 7 0 KA 0.05 0.06 + 1 340.00 302.27 329.24 292.71 3428.70 0 III l AKl 1.20 1.20 1.39 1.39 + 1 ORF 318.00 302.27 307.94 292.71 3430.55 D III 1 AKl 0.21 0.21 0.24 0.24 + 5007 _LQ HI) 1 AÇP 979.00 816.85 932.88 778.38 3438.35 NE II _2 AKl 0.08 + AV ACPG 666.00 816.85 634.63 778.38 3438.35 AR II 2 AKl 0.07 + HB ACPG 1175.00 816.85 1119.65 778.38 3440.32 0 III 1 AKl 0.08 0.08 0.09 0.09 + LB ACPG 1136.00 816.85 1Q82.49 778.38 3442.00 NE II 1 AKl 0. 06 0.06 0.07 0.07 + AS 900.00 816.85 857.61 778.38 3444.00 0 III 1 AKl 5.25 4.97 5.76 + AS 700.00 816.85 667.03 778.38 1 C A41 4.70 4.97 5.44 5.76 + 1 C 625.00 816,85.. 59.5,56 778.38 _1 KOS 15.00X 17.36X + 2 C 620.00 816.85 590.79 778.38 3447.59 HE I AKl 0.13 0. 13 0.15 + 3 C 500.00 816.85 476.45 778.38 3453.20 HE I 1 KA 0.03 0.03 0.03 0.03 + COAL- 724.40 816.85 690.?8 778.38 3456.80 HE I 1 KA 0.03 0.03 0.03 0.03 + 960.00 914.78 3461.00 0.03 0.03 0.03 + ORF 991.00 944.32 3463 0.04 0.04 0.05 0.05 + HE II X_£ 24.00 21,25 19.90 17.62 3464.21 0.02 .02 0.02 0.02 + 2 C 26.00 21.25 21.56 17.62 3466.04 HE I AKl 0.05 0.05 0.06 + 3C 23.00 21.25 19.07 17.62 3472.00 HE I AKl 0.03 0.03 0.03 0.03 + 5C 12 ■ Q.Q 21.25 9.95 17.62 3478.95 AKl 0.06 0- 06 0-07 0.07 + 5517 (CL III) 1 A AE2 1•30*A 1•04*A 3480.80 NF II AKl 0.04 0.04 0.05 + 5537 (CL III ) l A AE2 1.00* 0.80* 3487.77 HE I AKl 0.02 0.02 0.02 0.02 + 5876 HE I _J L_£L_ 28.00 29.25 2Q.21 21.11 3495.30 KA Q.Q4 0.04 . a,.Q5_ Q.Q5 + 30.00 29.2 5 21.65 21.11 3498.70 AKl 0.07 0.07 0.08 + 32.00 29.25 23.09 21.11 3 504 AKl 0.05 0.05 0.06 + 7 7- no 79.7 5 21.11 3517-51 AKl 0- flA n. n¿> n.Q7 + 1 C 600.00 613.86 362.78 371.15 3530.58 HE I 1 AKl 0. 14 0. 14 0. 16 0.16 + 2 C 603.00 613.86 364.59 371.15 3542.50 NF I I 1 KA 0.03 0.03 0.03 0.03 + 3C 646.00 613.86 390,59_ 371.15 3545 _Q KA 0.04 0.04 0.05..- 0.04 + 4 C 592.00 613.86 357.94 371.15 3554.55 HE I l AKl 0.17 0. 1 7 0. 19 0.19 + 5C 605.00 613.86 365.80 371.15 3558.30 NE I I l KA 0.03 0.03 0.03 0.03 + 440-no 613.86 371.15 3461.00 NF IT -J KA 0.03 0.03 Q-Q.3- 0-03 + ORF 811.00 490.35 3566 0 KA 0.03 0.Û3 0.03 0.03 + 6717 ( S II ) 1 B AE2 0.90* 0.53* 3568.62 NE II 1 AKl 0. 12 0.12 0. 14 0.14 + 6730 (S II ) 1 R A F7 1-00* 0.58» 3474.79 NF II _1 AKl 0.03 0.03 0.03- 0.03 + 3578 AKl 0.02 0.02 0.02 + REGION KEY (REG ION,REFERENCE,EX PL ANAT ION) 3583 AKl 0.03 0.03 0.02* + AV. ACPG. AVERAGE 3587.36 AKl 0.23 0.23 0.26 ■ + HB, ACPG, HIGH EXCITATION BLOB 3599.70 HE I 2 KA 0.04 0.05 + LB, AC°G, LOW EXCITATION BLOB 3599.70 HE I 2 KA 0.04 0.05 + A, AF2 . REGIONS A AND B ON DIFFERENT SCALES -3601 _0 KA. - 0.05 0.06 + AS DISTANT KNOT 3613.70 HE I AKl 0. 17 0. 17 0. 19 0.19 + AS KNOT NEAP STAR 3634.35 HE I AKl 0.40 0.40 0.45 0.45 + EAST SIDE OF RING 3648.90 _0 TIT -0^0-3.. ■ -ÛU13- Q. 03 0.03 + 2, C WEST SIDE OF RING 3657.59 2 AKl 0.24 0.27 + 3, C CUTER HALO WEST OF STAR 3657.59 2 AKl 0. 24 0.27 + 6, C NORTH...SI PE OF RING 3658.BI _J AK.l . ..a-23 0.26 + C * SOUTH SIDE OF RING 3659.28 AKl 0.22 0.22 0.25 0.25 + 3660.22 AKl 0. 21 0.21 0.24 0.24 + NOr. 7008 (PK NO. 933 5 3 441 - ? 4 -J AKl 0.21 0.21 0.24 0.24 + 3662.29 1 AKl 0.24 0.24 0.27 0.27 + 3663.40 l AKl 0.0 0. 0 0.0 0.0 + 3444-48 1 AKl 0-77 0-77 0.31 0.31 + BEGIN NGC 7009 (PK NO. 37-34 11 C = 0.17 (RADIO-H BETA) 3665.93 AKl 0.27 0.27 0.31 0.31 + 3667.52 AKl 0.32 0.32 0. 36 0.36 + WAVE IDENT N RG REF OBS I AVE C CORR I AVE C 3669 AKl 0. 31 0.31 0. 35 0.35 + 3121.71 0 III l AKl 0. 84 0.84 1.01 1.01 3671.32 AKl 0.38 0.38 0.43 0.43 + 3132.87 0 III l AKl 9.50 10.90 11.40 13.08 3673.61 AKl 0.42 0.42 0.47 0.47 + i r a 41 17-30 1 0-90 14. 76 13.08 3676.75 AKl 0.46 0. 46 0. 47 0.57 + 3187.74 HE I AKl 1.50 1.80 1.79 2.15 3679.25 l AKl 0.49 0.49 0.55 0.55 + 1 C A4I 2.10 1.80 2.51 2.15 3682.74 l AKl 0.60 0.6 0 0.68 0.68 + —3-20.3.10 HF II L AK.L. 3.00 3.-Q-5— 3..5J- 3.63 3686.86 _1 AKl Q «68 0.68 Q. 77 0.77 + 3.10 3.69 3691.49 l AKl 0.82 0. 82 0.93 + 3218.30 G 0.05 0.06 3694.17 NF I I 1 AKl 0.31 0.37 0.42 0.42 + 3218.30 NE II 0-05 0-06 ■3.6-91..1 1- H I _1 AKl 0.99 0.99 1,12. 1.12 + 3260.98 0 III l AKl 0.16 0.16 0.19 0.19 3698.90 C III L KA 0.04 0.04 0.05 + 3263.43 NE II l AKl 0. 15 0.15 0. 18 0.18 3702.82 0 I II 1 AKl 0.33 0. 33 0.37 0.37 + 3265.46 _Q LLL _1 AK1_ 0. 11 0.11 .13 0.13 3703.82 _H I A AKl -1.17 1.17 1,32- 1,32- + 3267.31 III 1 AKl 0.06 0.06 0.07 0.07 3705.02 HE I AKl 0.70 0. 70 0.79 + 3299.36 III l AKl 0.91 0.91 1.07 1.07 3707.23 0 III AKl 0.33 0.33 0. 37 0.37 + 3305.15 II J AKl 0.05 0.05 0.06 0.06 3709.67 n in AKl 0.08 + 3306.60 II 1 AKl 0.06 0.06 0.07 0.07 3709.67 NE I I AKl 0.07 + 3312.30 1 II 1 AKl 2. 12 2.8 l 2.49 3.30 3709.67 AR I I AKl 0.07 0.08 + -1 C A41 3.50 2.81 .11 3.30 3710.50 _S LLL 0.04 0.05 + 3323.90 NE II 0.08 0.08 0.09 0.09 3711.92 l AKl 1.27 1.27 1.43 + 3329.20 NE II 0.08 0.0 8 O. 09 0.09 3713.04 NF I I 1 AKl 0.24 0.24 0.27 0.27 + 3331.00 N 11 0.09 0.09 P. o.ll 3714.04 _e LLL 1 AKl 0.22 0.22 l 0.2? 0.25 + 3334.87 NE II 1 AKl 0.28 0.28 0.33 3715.15 III 0.30 0.30 0.34 + 3340.74 0 III 1 AKl 2.82 2.82 3.30 3717.80 III 0.04 0.04 0.05 0.05 + 3 C A41 3.60 4.22 3721.90 _J AKl 2.32 2.32 2.61 2.61 + 3 KOS 15.00X 17.56X 3726.01 (O II ) 1 AKl 8.48 + 3342.50 (NF III) l AKl 0. 18 0.21 I AN A41 180.00 202.33 + 3 C A41 3.60 4.21 i C A41 16.60 18.66 + 3 KOS 15.00X 17.56X AUV 1.00* 1.12* + 3 C A41 3.60 4.21 LA 18.50 20. 79 + 3 KOS 15.OOX 17.55X OPC 1 5.40 17.31 + 3354.00 N I II 0.05 0.06 0.06 l PTP 15.90 + 3354.92 HE I AKl 0. 18 0. 21 1 VV 2 8.90 10.00 + 3354.92 NE II AKl 0.18 0.21 3728.73 (G II ) AKl 5-61 6.30 + 3367.00 0 I I l AKl 0. 10 0. 10 0.12 0.12 AUV 0.51* + 3399.80 (FE V ) 1 AKl 0.05 0.05 0.06 0.06 3730.85 HE I AKl 0.02 0.02 0.02 0.02 + 3405.74 0 III 1 AKl 0.14 0.14 0. 16 0.16 373-2,60 HF I AKl .0,09 Q.Q9 0. 10 0.10 + 3408.13 1 AKl 0.08 0.09 3734.39 H I 1 AKl 1.94 1.94 2.18 + 3411.84 IV 2 AKl 0.05 0.06 3736.62 0 TV 1 AKl 0.02 0.02 0.02 0.02 + 3411.84 NE II _2 AKL 0.05 0.06 3740.24 0 II _1 AKL .06 -Q..Q6 0.0.7 Q.m-DSL- + 3414. NE II AKl 0.18 0.21 3745.83 HE I 0. 03 0.03 0.03 + 3414.80 0 III AKl 0. 18 0.21 3748 HE IT 0.04 0.04 0.04 0.04 + 3417.71 NE II 1 AKl 0.07 . 0.08 . _Q-<_Q8_ 3750,14 H I 2.43 2.91 2.72 3.27 + 3423 0.06 0.07 LA 3.40 3. 81 + 3425.57 0.05 0.06 AKl 0.52 + NGC 7009 (PK NO. 37-34 1) NGC 7009 (PK NO. + + 579 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 7QQ9 Í PK NO. 37-34 1) NGC 7009 (PK NO. 37-34 1) + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF □ BS I AVE 0 CORR I AVE C + .-3.754.5 Q _Q LLI_ AM- —Ü^52..- Q..58- 3959 _Q KA Q» 03 . 0.03 0.03 —0.03 + 3755.90 HF I 1 KA 0.04 0.04 0.04 0.04 3964.79 HF I 1 AK1 0.66 0.72 + 3757.33 0 III l AK 1 0.33 0.33 0.37 0.37 3967.40 (NE III) 2 AKl 47.50 52.00 + 3759.93 ni_ _L aki_ -Lr.5-4 . -1.54.. —L..72 1.72 2 AN A4I —40. 00.. 43.79 + 3762.40 0 I I 2 AKl 0.10 0.11 2 C A41 39.50 43.24 + 3762.40 SI IV 2 AKl 0.10 0. 11 2 ACP 28.30 30.98 + 3766.49 NE II _1 AK.1 - 0.-06 . 0.0.6 -0. 07 QæJLÏ... _2 LA 48.40 -52.99 + 1 AKl 3.38 3.59 3.78 4.02 2 OPC 40.00 43.79 + 1 LA 3.80 3.59 4.25 4.02 2 VV 2 47.40 51.89 + 3773.08 SI IV _J AKl 0« 07 0.0 7 0. 08 0.08 3970.00 H T _2 A-Kl 47.50 52.00 + 3774.13 UI 1 AKl 0. 20 0.20 0.22 0.22 2 AN A41 40.00 43.79 + 3777.16 NE I I 1 AKl 0.07 0.07 0.08 0.08 2 C A41 39.50 43.24 + 3779.50 N III 1 KA 0.03 0.03 0.03 0.03 -2 ACP 28.30 30.98 + 3780 0.03 0.03 0.03 0.03 2 CB AE 43.00 47.07 + 3781.80 HE II 0. 07 0.07 0.08 0.08 2 WA AE 52.00X 56.93X + 3783.80 (FE V ) 0.03 0.03 0.03 0.03 2 WE AE 45.QQX 49.26X + 3784.91 I I AKl 0.04 0.04 0.04 0.04 2 LA 48.40 52.99 + 3791.42 I II 1 AKl 0.33 0.33 0.37 0.37 2 OPC 40.00 43.79 + 3792.70 UI... 1 KA Q.Q3 Q. 03 0 «03 _2 2 47.40 51.89 + 3795.20 (FF V ) l KA 0.05 0.05 0.06 0.06 2 CB AE 43. 00 47.07 + 3796.36 HF I I 1 AKl 0. 10 0.10 0. 11 0.11 WA AE 52.00X 56.93X + 3797.93 _H I J AKl 4.28 4.77 5.29 WE AE 45.Q0X 49.26X + LA 5.20 4. 74 5.80 5.29 3973.16 G II 1 AKl 0.06 0.06 0.07 0.07 + 3805.96 HF I 1 AKl 0.05 0. 05 0,06 0.06 3974 0 KA 0.03 0.03 0.03 0.03 + 3811.08 _Q LU- _J AKl . - Q. 03 Q« 03 Q. 03... 0. Q3. 3976.77 G TV _1 AKl Q. Ql 0.01 -Q.Q1 0-01 + 3813.59 AKl 0. 11 0.11 0. 12 0.12 3979 0 AKl 0.02 0.02 0.02 0.02 + 3819.66 AKl 1.12 1.12 1.25 l .25 3982.96 O II 1 AKl 0.02 0.02 0.02 0.02 + 3826.93 AKl 0-02 -0.02 . 0-02 -Q..Q2-. 3986.1 9 S III J AJLL— 0.03 0.03 -0.03 + 3829.38 MG I 1 AKl 0.03 0.03 0.03 0.03 3993 0 AKl 0.03 0.03 0.03 0.03 + 3831.74 S III 1 AKl 0.04 0.04 0.04 0.04 3995.04 N II 1 AKl 0.02 0.02 0.02 0.02 + 3833.77 HF I _2 AKl- Q. 19 0.21 3997.15 (F LV—L J AKl 0.02 0.02 + 3833.77 HF I I 2 AKl 0.19 0. 21 3998 AKl 0.04 0.04 0.04 0.04 + 3835.43 H I 1 AKl 6.15 7.01 6.83 7.78 4001 AKl 0.02 0.02 0.02 0.02 + 1 CB-AE 7.60 7.01 -.&^44. 7.78 . 4QQ3.62 N I IT -AKl 0.07 + 1 LA 8.80 7.01 9.77 7.78 400 5 0.03 0.03 0.03 0.03 + 1 OPC 5.90 7.01 6.55 7.78 4009.31 HE I AKl 0.22 0.22 0.24 0.24 + 1 PT P 6.60 -2.0-1.. 7. 33 7.78 ■ 4026.15 LLE I— ■ AKl + 3838.23 HF M I 2 AKl 0.09 0.10 l- C A41 1.40 2.95 1.52 3.21 + 3838.23 G I 2 AKl 0.09 0. 10 1 CB AE 2.40 2.95 2.61 3.21 + 3843.00 M U_ _I K-A 0.02 0.02 —1 WA AE + 3848.00 II 1 KA 0.03 0.03 LA 3.10 3.37 + 3851.10 TI 2 AKl 0.05 0.06 PTP 2.34 2.55 A + 3851.10 U -2 A-K-i— 0.05 -0.06 -3.21 + 3852.90 S I I 1 AKl 0.03 0.03 0.03 0.03 4035.08 Q 1 AKl 0.06 0.07 0.07 + 3855.90 SI II l AKl 0. 10 0. 10 0. 11 0.11 4041.41 N 2 AKl 0. 11 0. 12 + 3858.04 .HF II AKl . 14 0. 14 n. 16 0.16 4041.41 P _2 AKl Q. 11 + 3858.04 HE I I 1 AKl 0. 14 0. 14 0. 16 0.16 4043.57 N II 1 AKl 0.04 0.04 0.04 0.04 + 3860.60 s m l KA 0.04 0.04 0.04 0.04 4054.50 O II 1 KA 0.02 0.02 0.02 0.02 + 3862.57 SI II J AKl 0.12 .12 o>13 0.13 -.4056.03 C III -J AKl 0.07 -0.02 Q. 02 . 0.02 + 3864.60 0 I I 2 KA 0.04 0.04 4060.80 (F IV ) 3 AKl 0.04 0. 04 + 3864.60 0 I I 2 KA 0.04 0.04 4060.80 G II 3 AKl 0.04 0.04 + 3866 -0 AKl . -0^0 -Q-.-Q 4Q6Q.8Q Q LI 3 AKl Q.Q4 Q. 04 + 3868.63 (NF I II 1 l AKl 100.00 101.01 110.61 111.73 4062.91 O II 2 AKl 0.05 0.05 + l AN A 41 110.00 101.01 121.67 111.73 4062.91 NF II 2 AKl 0.05 0.05 + -3 C A4 1. —98. 50 108.95 4068.37 (S I T > J AKl - Q.67 -Q.73 + 1 ACP 108.00 101.01 119.46 111.73 l CB AE 2. 50 2.71 + 1 CB AF 101.00 101.01 111.72 111.73 l WA AE 7.00XA 7.58XA + 1 WA AE 120.OOX 132. 73 X 1 WE AE 4.OOX 4. 33X + 1 WE AE 95.00X 105.08X 4069.96 G I I 2 AKl 0.53 0.57 + l LA 99.30 101.01 109.84 111.73 4069.96 0 I I 2 AKl 0. 53 0. 57 + _! QPC 80.70 101-01 89.76 111.73 4072 (S JJ- } _l LA_ 2. 50 -Z..5Q 2.71 -2-. 71 + l PTP 98.00 101.01 108.40 111.73 PTP 1.05 A l. 14 A + l VV 2 111.10 101.01 122.89 111.73 4072. II AKl 0.44 0.44 0.48 0.48 + 3870 _Q 4JU Q. 16 Q. 16 0. 18 0-1 8 _*lQ7Aj -III AKl Q.Q6 0.06 Q« 06 0-06 + 3871.73 HF I l AKl 0.08 0.08 0.09 0.09 4075. 94 G I I 2 AKl 0.58 0.63 + 3875.3C 0 T I 1 KA 0.03 0. 03 0.03 0.03 4075, 94 (S II ) 2 AKl 0. 58 0.63 + _ L2J.82.i9 LL _2 AKl . HaLL . -0.11 0. 12 0.12 .4080. iO Q_ III 1 AKl 0.07 0.08 + 3888.79 2 AKl 18.90 20.85 4081, II l AKl 0.03 0.03 0.03 0.03 + 2 AN A 41 20. 00 22.07 4083. II 1 AKl 0.14 0.14 0. 15 0.15 + 3 C A 4-1 _ 98.50 .JLaa. 68 -Æ0-8.5. 24 Q_ -H.. l AKl 0.1^ 0.14 _Qi_L5_ -Q.15 + 2 WA AE 25.OOX 27.58 X 4087. 19 1 AKl 0. 14 0. 15 + 2 WE AE 7.OOX 7.72X 4089. 1 8 2 AKl 0.30 0.32 + _2 LA_ .18*40 20.30 4089. U SI_ _2 AKl t 30 _Q-fL-32 + 1 ÜPC 16. 00 17.65 17.65 4092. II AKl 0.09 0. 10 + 2 VV 2 23.70 26. 15 4097. III 3 AKl 1.94 2.09 + 3888.79 HE I 2 AKl 18.90 -2Pt95 -2 C A41 24.90 26.88 + 2 AN A41 20.00 22.07 4097.25 G II AKl 1.94 2.09 + 3 C A41 98.50 108.68 4097.25 O II AKl 1.94 2.09 + 2 WA AE 25.OOX 27.58X 4101.67 H I _1 AKl -26.50 25.61 28.60 _2J-»6^ + 2 WE AE 7.OOX 7.72 X 1 AN A41 20.00 21.58 27.64 + 2 LA 18. 40 20.30 C A41 24.90 26.87 + 2 W 2 23.70 26.15 _L.C3 AE —¿2« 7Q 25,61 29.89 27.64 + 3891.44 (FE V 1 AKl 0. II 0.11 0. 12 0.12 1 WA AE 25.OOX 26.98X + 3895.66 (FE V 1 AKl 0.09 0.09 0. 10 0.10 1 WE AE 22.OOX 23.74X + 3905 0 AKl 0.04 0.04 0.04 0.04 _J LA_ 28.30 30-54 27.64 + 3907.38 0.03 0. 03 1 MI73 25.20 25.61 27.20 27.64 + 3912.00 0.03 0.03 l OPC 25.40 25.61 27.41 27.64 + 3912.00 KA 0.03 0-03 -1 PTP .25. IQ 25.61 27.09 27.64 + 3918.91 Il 2 AKl 0.04 0.04 VV 2 26. 70 28. 81 + 3918.91 II 2 AKl 0.04 0.04 4103.41 N III AKl 0.97 1.05 + 3920.52 HF II II _1 AKl 0.03 . 0.05 0.05 0.05 C A41 24.90 26.87 + 3923.51 1 AKl 0. 18 0.18 0.20 0.20 4103.41 G II 2 AKl 0. 97 1.05 + 3926.56 HE I 1 AKl 0.16 0.16 0. 18 0.18 4104.90 G II l AKl 0.10 0.10 0. 11 0.11 + 3928.87 S III 2 AKl 0.02 0.02 —4107.01 Q LL_ _1 AKl Qa 06 0.04 Q. 06 Q..Q5 + 3928.87 AP I I 2 AKl 0.02 0.02 1 KA 0.03 0.04 0.03 0.05 + 3933.19 S I I 1 AKl 0.03 0.03 0.03 0.03 4110.63 0 I I 1 AKl 0.05 0.05 0.05 0.05 + 3935 0 AKl 0.03 0.03 0. 03 0.03 4112.55 CL II 1 AKl . 0.04 0.04 0.04 n-f>4. + 3944.87 l AKl 0.03 0.03 0.03 0.03 4115.88 SI IV AKl 0.03 0.03 0.03 0.03 + 3947.99 l AKl 0. 05 0.05 0.05 0.05 4119.52 O II AKl 0.22 0.22 0.24 0.24 + 3954.94 1 AKl Q---94. . 0.04 0.04 O.OA 4120.85 HE I AKl 0.24 Q- 24 + 3955.90 0.03 0.03 0.03 0.03 4123.55 (FE V ) AKl 0.03 0.03 0.03 0.03 + 3959 0.03 0. 03 0.03 0.03 4125.30 S III AKl 0.03 0. 03 0.03 0.03 + NGC 7009 (PK NO. NGC 7009 (PK NO. 37-34 1) + + 580 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 7009 IPK NO. 37-34*1) -ttg-C 70Q9 l-PK_N,Q, 37-34 1) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C N RG REF OBS I CORR I AVE C + 4128.70 AR I I 1 AK1 0.05 0.05 0.05 0.05 ? KA 0.02 0.02 + 4130.DO ÍFE III) 1 KA 0.03 0.03 0.03 0.03 4353. 2 KA 0.02 0.02 + 4132.66 0 II 1 AK1 0. 10 0.10 0. il 0.11 4355 0 AK1 0.02 0.02 0.02 0.02 + 4135 O AK1 0.03 0.03 -QtQ.3_ _Q-»-Q3 4363.16 (0 III) 1 AK1 7.94 8.49 8.35 -£.»33 + 4136 AK1 0.02 0.02 0.02 0.02 1 C A41 10.30 8.49 10.83 8.93 + 4139 AK1 0.04 0.04 0.04 0.04 2 ACP 57.50 60.44 + 4143.81 HE I AK1 0.36 0.36 0.39 -P-t3.9 1 CB AE 8.00 8.49 8.41 8.93 + 4146.00 0 I I 2 AK 1 0.04 0.04 1 WA AE 11. 10X 11.67X + 4146.00 0 I I 2 A KI 0. 04 0.04 1 WE AE 7.50X 7.88X + 4150.56 NE II _L AK1 Qt 02 Q«_Q2— Q.Q2 _1 âîL. 10. 70X 11.25X + 4153.66 11 l AKl 0. 16 0.16 0. 17 0.17 BOO 1.00* 1.05* + 4155.48 0 11 i AKl 0. 11 0.11 0.12 0.12 1 LA 8.40 8.49 8.83 8.93 + 4L63..12 V L1 AKl Qt Q3 . Q.Q3 Q.Q3 Q .03 1 QCB .-8-» 50 »49 -.93 .93 + 4166 0.02 0.02 0.02 0.02 OPC 9. 70 8.49 10.20 8.93 + 4169.14 II AKl 0.08 0.08 0.09 0.09 PTP 6.60 8.49 6.94 8.93 + 4171.57 II l AKl Q.Q3 Q..Q3 Q.Q3- Q.Q3 4^65.90 NF T I 0.06 n. Oft + 4176.00 AKl 0.03 0.03 0.03 0.03 4366.97 0 I I 1 AKl 0. 16 0.16 0. 17 0.17 + 4181.15 1 AKl 0.04 0.03 0.04 0.04 4369.20 0 I I l AKl 0.05 0.05 0.05 0.05 + _J KA_ Q.Q3 —Q.-Q-3— ..Qa-Q3_ _Q.Q4 4371.73 -0 UL_ AKl 0.05 -JO.05 0-05 + 4185.51 0 11 1 AKl 0.08 0.08 0.09 0.09 4376.67 C I I 1 AKl 0.05 0.05 0.05 0.05 + 4186.94 C III 1 AKl 0. 13 0.13 0.14 0.14 4379.20 N III 1 AKl 0.39 0.3 9 0.41 0.41 + 4189.78 _□ LI_ _1 AKl Q « 11 Q.ll 0.12 0.12 4384 HF I 1 IA 2.70 2.70 .2.83 2.83 + 4195.72 III AKl 0.08 0.09 0.09 4387.90 HE I l AKl 0.68 0. 74 0.71 0.78 + 4199.90 HE II 1 AKl 0.49 0.39 0.52 0.42 l CB AE 0.80 0.74 0.84 0.78 + -1..CË-AE.... Q.3Q Q«39 Q. 32 Q. 42 4397.nn NF T I -J AJ£J 0-10 0. 1 0 + 4202.00 AR II AKl 0.02 0.02 4396.00 0 I I 1 KA 0.02 0.02 0.02 0.02 + 4202.00 AR I I AKl 0.02 0.02 4398.02 NE I I 1 AKl 0.06 0.06 0.06 0.06 + 4215.8Q h LLL_ AKL- Q.Q3 Q.Q3 Q.Q3 Q.Q3 4408 _0 AKl 0-06 0.06 0-06 + 4217.20 0 I 2 AKl 0.03 0.03 4409.42 NE I I AKl 0. 10 0. 10 0.10 0.10 + 4217.20 NE II 2 AKl 0.03 0.03 4412.95 NE I I AKl 0.05 0.05 0.05 0.05 + 4219.79 NF II -J AKJ 0.08 0-09 4414.94 -0 UL_ AKl 0.13 0.14 + 4225.07 K I I 1 AKl 0.03 0.03 0.03 0.03 4416.94 NE II 2 AKl 0.11 0. 12 + 4231.61 NE II 1 AKl 0.03 0.03 0.03 0.03 4416.94 0 I I 2 AKl 0. 11 0. 12 + 4233.83 _C I _J AKl 0.02 0.02 0.02 0.0? 4419 _0 AKl + 4237.04 II 2 AKl 0.06 0.06 4428.50 NE I l AKl 0.07 0.07 + 4237.04 II 2 AKl 0.06 0.06 4428.50 NE I I AKl 0.07 0.07 + -4740 _0 KA 0.07- _o_a2— 4431.09 NF I I AKl 0-08 + 4242.24 1 AKl 0.10 0.10 0. 11 0.11 4432.7b AKl 0.07 0.07 0.07 0.07 + 4245 0 AKl 0.02 0.02 0.02 0.02 4434 AKl 0.03 0.03 0.03 0.03 + 4248 -0 AKl 0.02.. ■ 0.02 0.02 -4437.60 AKl + 4250.53 NE II 1 AKl 0.03 0.03 4439.95 NF I I 1 AKl 0.03 0. 03 0.03 0.03 + 4253.88 n 11 2 AKl 0.09 0. 10 4446.68 NE I I 1 AKl 0.03 0.03 0.03 0.03 + 4253. —2 AKl - 4448.37 JO LL -I AKl- + 4263.60 II 1 KA 0.05 0.05 0. 0.05 4452.40 C I I 1 KA 0. 04 0.04 0 0.04 0.04 + 4267.11 II l AKl 1.04 1.17 1. 10 1.24 4456.83 NE I I 1 AKl 0.04 0.04 0.04 0.04 + -J f. A41 1.17 1.24 4459 _0 AKl + 1 CB AE 0.80 0.85 4464 0 AKl 0.03 0.03 0. 03 0.03 + 4272.88 l AKl 0.03 0.03 0.03 0.03 4465.65 1 AKl 0.06 0.05 0.06 0.06 + —47J5.57 _1 AKl 0.12 0.13 -J KA + 0.05 0.05 4471.50 HF I 1 AKl 6.01 5.03 6. 25 5.24 + 4276.73 II AKl 0. 11 0. 12 1 C A41 4. 30 5.03 4. 47 5.24 + 4776.73 II AKl -ACP 5.03 + 4277.74 II 1 AKl 0.08 0.08 0.08 0.08 1 CR AE 4.90 5.10 + 4281.38 II 1 AKl 0.03 0.03 0.03 0.03 1 WA AE 4 • 60 X 4. 79X + 4283.79 -LI _4 AKl 0.07 0.07 1 WF AF 6- 50X 6. 76 X + 4283.29 AKl 0.07 0.07 AN 9.00 X 9.37X + 4283.29 AKl 0.07 0.07 LA 6. 00 5.03 6.24 5.24 + 4283.29 AKl 0.07 0.07 OPC 4.80 5.03 4.99 5.24 + 4285.7C AKl 0.08 0.08 0.08 0.08 PTP 4.56 5.03 4. 75 5.24 + 4288.80 AKl 0.04 0.04 0.04 0.04 VV 2 3.70 5.03 3. 85 5.24 + 4291.61 AKl 0.06 O-Oft 4478.04 O II AKl 0.05 Qt 05 0»Q5 0.05 + 4291.61 2 AKl 0.06 0.06 4481.16 1 AKl 0.04 0.04 0.04 0.04 + 4294.85 1 AKl 0.10 0. 1C 0. 11 O.li 4487.85 l AKl 0.03 0. 03 0.03 0.03 + 4303.89 _1 AKl 0. 18 -Q.JLÍL. -Q*19 0.11 4489.7C _i AKl 0.04 Qt Q4 Qt.Q4 + l KA 0.02 0.10 0.02 0.11 4491.89 0 II AKl 0.07 0.07 0.07 0.07 + 4307.33 11 1 AKl 0.05 0.05 0.05 0.05 4498.52 AP I I l AKl 0.03 0.03 0.03 0.03 + -43.Q9.2 1 11 1 AKl 0.02 0.02 Q.QZ 0.02 45Q4 _Q AKl -Q-t.Q, -Qt Q 0.0 + 4309.21 2 AKl 0.02 0.02 4510.99 N III l AKl 0.23 0.23 0.24 0.24 + 4311 0 AKl 0.0? 0.02 0.02 0.02 4515.08 N III 1 AKl 0.08 0.08 0. 08 0.08 + ■4.312.10 1 KA 0.02 0.02 -Q«-Q2. 0.02 4517.32 C III _i AKl 0.04 Q. 04 Q.Q4 + 4313.95 II 2 AKl 0.04 0.04 4518.10 III 0.07 0.07 0.07 0.07 + 4313.95 II 2 AKl 0.04 0.04 4523.65 N III AKl 0.08 0.08 0.08 0.08 + 4315.36 I I 2 AKl ' 0.05 0.05 4529.7Q _Q III AKl 0.05 Q.Q5 Q.Q5 Q .05 + 4315.36 2 AKl 0.05 0.05 4530.32 II l AKl 0.07 0.07 0.07 0.07 + 4317.24 1 AKl 0. 13 0. 13 0. 14 0.14 4534.57 N III 1 AKl 0.09 0. 09 0.09 0.09 + 4319.81 1 AKl 0.09 0.09 0.09 4541.59 HE II J AK.l 0.66 0.58 Q. 68 —Q..6Q + 4324.00 III 2 KA 0.02 0.02 1 CR AE 0. 50 0.58 0.52 0.60 + 4324.00 III ? KA 0.02 0.02 4544, III 1 AKl 0.09 0.09 0.09 0.09 + 4325.83 II J. AKl Q.Q7 0.07 4547, III 1 AKl 0.05 0.05 0105 0.05 + 4331.39 1 AKl 0.03 0.03 0.03 0.03 4552, 54 N 1 AKl 0.07 0.07 0.07 0.07 + 4333.01 1 AKl 0.05 0.05 0.05 0.05 4562, 66 NF l AKl 0.03 0.03 0.03 0.03 + 4337.10 1 AKl 0.06 0.06 0.06 4564, 43 AR 1 AKl 0.04 Q.Q4 Q« 04 -Q.Q4 + 1 AKl 49. 10 43. 13 51.72 45.43 4571. I l AKl 0. 13 0.1 3 0. 13 0.13 + 1 AN A41 40.00 43.13 42. 14 45.43 4590. II 1 AKl 0. 10 0. 10 0. 10 0.10 + I C A4 1 34.20 43.13 . 36.Q? 45.43 4596. 17 0_ I I _1 AKl 0.08 -Qt.Q.8 ■Q..Q8 Q.Q8 + 2 ACP 57.50 60.57 4602. 10 II 0.08 0.08 0.08 0.08 + l CB AE 45.00 47. 40 4608. 30 (FE III) 0.03 0.03 0. 03 0.03 + 1 WA AF 45-QQ X 47- 40 X 4ftf)9 . U + 42.00X 44.24X 4609. II AKl 0. 17 0. 17 + 50.00X 52.67X 4613. II AKl 0.03 0.03 0.03 0.03 + LA 49.10 43.13 31.72 -45.»A3 - 4621 II AKl 0.03 0-03 0-03 0-03 + l MI 73 42. 10 43.13 44.35 45.43 4631. ION II l AKl 0. 10 0.10 0. 10 0.10 + l OCR 41.60 43.13 43. 82 45.43 4634. 16 N III 1 AKl 1.56 1.56 1.60 1.60 + _J Q££_ 43.5Q .43.13 A5.92 45.43 _4 C A41 3.80 + 1 PTP 43. 70 43.13 46. 04 45.43 2 LA 6.30 6.45 + 1 R2 35. 00 43. 13 36. 87 45.43 4634 N l A AW70 1.43 1.43 1.46 1.46 + 1 W 2 51. IQ 43. 13 53.63 -45.43 —4638.85 CL. _J AKl 0.05 0.05 0-05 + 4344.51 0 II 1 AKl 0. 09 0.09 0.09 0.09 4640.64 N III 1 AKl 2.94 3.01 + 4345.72 0 I I 1 AKl 0. 15 0. 15 0. 16 0.16 4 C A 41 3.80 3. 89 + 4347.80 _Q II_ _1 AKl Q.Q7 0.07 0. 07 0.Q7 1. C-B—AE + 4349.46 AKl 0. 22 0.22 0.23 0.23 A AW7C 3.90 3.99 + 4351.75 AKl 0.04 0.04 0.04 0.04 A AW70 3.90 3.99 + NGC 7009 (PK NO. 37-34 1) NGC 7009 (PK NO. 37-34 1) + 581 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 7QQ9 (PK NQ. 37-34 1) NGC 7009 (PK NO. 37-34 1) + WAVE IDENT N RG REF OBS I CORR I WAVE (DENT N RG REF OBS I AVE 0 CORR I AVE C + 4641 D I I 3 A AW7C 3.90 3.99 4959 (0 III) 1 LA_ - 3.5.1 »-9P_ 353.73 348.11 350.81 + 4641.90 N III AKl 0.91 0.93 l LA 54 433.00 353.73 429.43 350.81 + 4641.90 O II AK1 0.91 0.93 l OPC 364.00 353.73 361.00 350.81 + - A£4 7.4 Q C LU_ AK1 Q. 32. Q. 36 . Q. 33 Q.37- 1 PTP 372._Q0_ 353.73 368.93 350.81 + 1 A AW70 0.40 0.36 0.41 0.37 l R2 350. 00 353.73 347.11 350.81 + 4649.14 O II L AKl 0.87 0.96 0.89 0.98 1 VV 2 222. 30 353.73 220.47 350.81 + 1 A AW7 0 1.05 0.96 1.07 0.98 1 WYSE 430. 00 426.45 A + 4651.35 C III AK1 0.35 0. 4986 (FE III) 2 WYSE 50 A 1.48 A + A41 3.80 3. 4986 N II 2 WYSE 50 A 1.48 A + A AH 70 0.40 0.37 0.41- 0.38 4994 (FE VII) 2 WYSE 50 A 1*48 + LA 6.30 6.44 4994 II 2 WYSE 1. 50 A 1.48 A + 4658.42 C IV AKI 0. 07 0.07 5006 III) l AN A41 1060. 00 1067.86 1046.94 1054.70 + C A41 § 88_ 0.24 1 C A41 960. 00 1067.86 948.17 1054.70 + A AW70 0.40 0.23 0.41 1 ACP 1030. 00 1067.86 1017.31 1054.70 + 4661.64 O II AKl 0.30 0.33 0. 31 0.34 l WA AE 1217. OOX 1202.OOX + AW 70 0.36 0.33 Ot 37 , 0.34 1 WE AE -1380. sm, 1363.QQX + 4667.28 N II AKl 0.06 0.06 0.06 0.06 AN 460. OOX 454.33X + 4673.75 O II AKl 0.10 0.10 0. 10 0.10 BDO 186. 00* 183.71* + —4.676.2 6 Q Li_ AKl 0.24 0.25 0.24 Q.26- _ÜE —1QQ.Q-« 00* 981.68* + AW7 0 0.27 0.25 0.28 0.26 LA 1030. 00 1067.86 1017.31 1054.70 + 46«5.68 HE II AKl 18.80 14.Q1 19. 14 15.18 LA54 1175. 00 1067.86 1160.52 1054.70 + C A4! 13.50 14.91 13.74 15.18 PTP 1150, Ü0 1067.86 1135.83 1054.10 + 1 CB AE 15. 80 16.09 R2 1070. 00 1067.86 1056.82 1054.70 + l AN 23.OOX 23.42X VV 2 0. O A1067.86 0.0 A1054.70 + -J LA- 16. HO WYSE 1480. 00 A 1461.76 A + ÜPC 14. 10 14.91 14.35 15. 18 HE I 1 BE 76* 1.74* + PTP 1 2.. 80 14.91 13.03 15.18 1 WYSE 00 3.95 A + VV 2 12. 60 14.91 12.83 15.18 (FF I IU—1 MYSF + 4689 KA 0.05 0.05 0.05 0.05 5041 A W7 0 12 0. 12 + 4698 A W7 0 0.07 0.07 0.07 0.07 5074 WYSE 50 A 1.47 + 4701 (FE III) 1 AJcLLC Q. Lü. 0.16 5090 WYSE 50 A _L 47 A + 4705.36 0 II AKl 0.05 0.05 0.05 0-.05 5111 1 A AW70 0.0 0.0 0.0 + 4711.34 (AR IV ) AKl 5.29 5.29 5.37 5.37 5117 1 A AW70 0.0 0.0 0.0 + A4 1 5131 1 A AW70 . Qt 09 Q.Q9 .Q_jlQ9 + 5.70 5.79 5135 l A AW70 0. 0.0 0.0 + OPC 4.40 4.47 5140 i A AW70 0.0 0.0 0.0 + -4713. 1 7 h£—L AK 1 0.65— 8 1 48 _] A AW70 + 3 C A41 4.40 4.47 1 B AW70 0.13 0.17 0.13 + 2 CB AE 4.60 4.67 l A AW70 0.05 0.05 0.05 + _2 LA —1 B AW7Q + 2 OPC 4.40 4.47 5173 A AW70 0.10 0. 10 0.10 + 4712 (AR IV ) 2 CB AF 4.60 4.67 5176 A AW7 0 0.08 0.06 0.08 + -47-2A— (NF IV ) -J AX 1 . B AW70 —Q^QB— O.Ofl + AW 7 C 0.03 0.03 5181 N II WYSE 1.46 A + 4734 (FE III) AW 70 0.C8 0.08 0.08 0.08 5191 (AR III) A AW70 0.19 0.21 0.18 + -4J40.2C (AR IV ) AKl 7.^40 6.35 ■ 5.42- B AW7Q 0.19 0. 16 Q.lfi + 3 C A 41 4. 40 4.45 1 CB AE .06 0.06 + 1 CB AE 4.40 4. 45 1 WA AE . 40X 6. 21 X + -J LA —1 WF AF + OPC 4.90 5.35 4. 96 5.42 1 A AW70 0.17 0.14 0.16 + 4755 AW70 0.12 0.12 0.12 0.12 1 P AW70 0.17 0.04 0.16 + 4.775. PC 0.12 —1 PTP + 4775.00 C I 0. 12 0.12 1 A AW70 0.07 0.11 0.07 + 4782 NF II AW70 0.05 0.05 0.05 0.05 1 B AW70 0.07 0.04 0.07 + 4784.50 (CR V Q. IQ Q.1Q 0. IQ 0.10 (FF III) 1 AW7Q O- ?3 + 4805 A AW 70 0.07 0.07 0.07 0.07 B AW70 ,29 0.26 0.28 0.26 + 4819 A AW70 0.05 0.05 0.05 0.05 5304 A AW7 0 ,03 0.03 0.03 0.03 + 4821 ( FF I I I ) WYSE 0. 70 0. 70 5323 A AW70 0.04 0.04 0.04 + 4861.30 H I AKl 100.00 100.00 100.00 100.00 WYSE 0.96 A + AN A4 l 100.00 100.00 100.00 100.00 5338 A AW70 0.06 A + C A41 100.00 1 CO.00 100.00 100*tOQ 5343 A AW7.0. CL. 15 + ACP 100.00 100.00 100.00 100.00 1 B AW70 0. 10 + 1 CB AE 100.00 1 00.00 100.00 100.00 5345 1 WYSE 1.44 A + 1 WA AE 1QQ.QQX 100.QQX 5402 -J WYSE .QQ A- Q. 95 A + l WE AE 100.OOX 100.OOX AE 24* 0.23* + l AN 100.OOX 100.OOX 1 CB AE 25 2.25 1.19 2.14 + _J K-QS 100.QQX 1QQ.0QX _1 A AW7.Q.. A5_ . 2«25 1.3B 2.14 + LA 100.00 100.00 100.00 100.00 l B AW70 2.25 3. 14 2.14 + L A 54 100.00 100.00 100.00 100.00 l VV 2 00 2.25 2. 86 2.14 + MI 73- 100.00 1 CO.00 100.00 . -LOO.00 -J WYSE 00 A 7.62 A + □CP 100.00 100.00 100.00 ICO.00 5422 B AW70 0.07 + PTP 100.00 ICO.00 100.00 100.00 5488 1 B AW70 . 10 0.09 A + R2 100*00 1QQ.QQ 1QQ.QQ .100.00 1 WYSE *-0.0 + VV 2 100.00 100.00 (CL III ) 1 A AE 0.23* + WYSE 100.00 100.00 A 1 CB AE 0.42 + __4867.30 A FE IV ) 3 Q . Q-B 1 1A A E 2 71*_ 0-67* + 4867.30 N III KA 0.08 0.08 l 2A AE2 80* 0.76* + 4867.30 N III KA 0.08 0.08 1 A AW70 10 0.87 1.04 0.82 + _.4B73 C LI- WYSF 1.QÛ A 1.00 _1 B AW7Q 36_ . Q. 87 1.00 0.82 + 4882.50 (FF III) 2 0. 09 0.09 WYSE 1.89 A + l 0.24 0.24 5530 N II WYSE 50 A 1.42 A + 4882.50 (FE III) 2 0^.09 Q. 09 5537 (cl im _AE 35* 0.33* + 4896 (FF VII) l WYSE 1.50 A 1.50 A 1 CB AE 61 0.58 + 4901 A AW7 0 0.06 0.06 l IA AE2 00* 0.94* + -A9Q4 J WYSE- 1. 50 A 1.49 A _1 2 A AE2- 00* .-0*94* + 4906 A W70 0.10 0. 10 1 A AW70 1.06 1. 16 1.00 + 491 5 WYSF 1.50 1.49 A 1 B AW70 1.06 1.25 1.00 + 4921.96 HF I AKl 1. IQ 1. IQ 1.09 _1 WYSE- QQ .A 2.83 A + 3.00 A 2.98 A 5563 l WYSE 50 1.41 + 4931.00 (O I III 0.45 0.36 0.45 0.36 5577 l WYSE 00 A 2. 82 + 0.28 0.36 0- ?B 0.36 5586 -I B AWjJL- .Qt04- 0*04 -0,0.4- 0.04 + WYSE 2.00 1.99 1 A AW70 0.11 0.07 0.11 + 4931 (FE III) WYSF 2.00 1.99 1 B AW70 0.11 0. 15 0.11 + 4937 (FE III) WYSE JLl-5-0 1*49 5597 _J A AW7Q 0.02 0.02 0.02 + 4949 1 WYSE 1.50 1.49 A 5634 1 WYSE 1.40 A + 4959 l AN A41 400.00 353. 73 396.70 350.81 5667 1 A AW70 0.16 0. 16 0.15 + 1 C A41 3A0-.-00 353.73 337.20 350.81 -J B AW7.Q - -0.16 0..1.5 + 1 ACP 351.00 353.73 348.11 350.81 5677 (FE VI ) 1 CB AE 0.28 + 1 CB AE 354.00 353.73 351.08 350.81 5677 N II l WYSE 50 A 1.40 + 1 WA AE 416.QQX 41 ? . 5/ X 5679 1 A AW7Q 3L4 0.37 Q.3J + l WE At 450.OOX 446.29X l B AW70 0.39 0.42 0.37 + l AN 170.OOX 168.60X 1 B AW70 0.05 0.05 0.05 + NGF 7009 (PK NO. 37-34 l) NGC 7009 (PK NO. 37-34 1) + + 582 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + NGC 7009 1 A&W 10.80X _ 2 7 ♦_? 1 X— 1 KACE 0.0 0.0 0.0 0.0 + KACE 8.62 22. 12 3868.75 (NE III 1 1 ABW 51.00X 114.94X + A41 11.90 30. 53 1 1 KACE 50.20 48.80 113.14 109.98 + _AH— L.QO* 2.57» 1 A41 44.30 48.80 99.84 109.98 + AUV 1.00» 2.57» 50.70 48.80 114.27 109.98 + LA 16.30 41.82 50.00 48.80 112.69 109.98 + MI71 Bj 62 — 22.12 52.60X 118.55X + 0 12.90 33. 10 3871.59 HE I l ABW 0.40X 0.90X + FTP 14. 50 37.21 1 KACE 0.07 0.07 0.15 0.15 + VV- 2 - 15.8QX -4Q.-54X- 3887.53 -HE . li 1— . ABW 0.0 X ■Q.Q 0.0 X .Q-.Q + 3728.74 (O II ) 1 ABW 5.60X 14.33X 1 KACE 8.80 19.47 + l 1 KACE 3.00 7.68 ABW 8.00X 17.68X + J AH 0-47* 1.2Q* . 1- KA.C.E -&.8Q 19.45 + AUV 0.47* 1.20» A41 8.00 17.68 + MI71 3. 13 8.01 LA 7.90 17.46 + _2.7 3-.-L_ ABW _ Q.21X Q. 54X 0 9.10 _20-j-Ll— + 0 l KACE 0.03 0.08 VV 2 0.0 XA 0.0 XA + 1 ABW 0.60X 1.53 X 1 KACE 8.80 19.45 + _L 1 KACE— Q. 06 + 2.60X + Q. 16 AAJ 8.00 17.68 + 3734.33 H I 1 ABW 6.62X 7.90 17.46 + 1 1 KACE 1.15 2.93 9.10 20.11 + 3736.77 O IV 1 ABW C.90X 2.29X VV 2 0.0 XA 0.0 Q.Q XA Q.Q + 1 KACE 0. 16 0.41 3891.33 (FE V ) 1 ABW 0.50X 1. 10X + ABW O. 50X 1.27X 1 KACE 0. 10 0.22 + NGC 702 7 ( PK NO. 84-3 1) NGC 702 7 (PK NO. -3 1) + 586 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 7027 (PK NO. 84-3 1) NGC 7Q27 (PK NO. 84-3 1> + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 3895.48 (FE V ) I ABW 0.35X 0.77X 4103.31 N III I \ KAÇÇ 0.47 0.47 0.87 Q-»_9-l-. + 1 1 KACE 0.05 0.05 0.12 A41 13.00 23.99 + 3911.86 (FE V I 1 ABW 0.07X 0. 15X ABW 0.20X 0. 36X + 1 1 KACE Q. Ql Q..QL 0.02 Q.Q2 1 KACE 0.04 0.07 + 3919.21 C I I l ABW 0.07X 0. 15X 4120.73 HE I ABW O. 50X 0. 91X + l 1 KACE 0.01 0.02 0.02 l KACE 0. 14 0.25 + 392Q.66 _C LL_ _1 ABW Q.16X Q.34X- 4122.46 (K V ABW 0.35X 0.64 X + l 1 KACE 0.03 0.06 0.06 1 KACE 0.09 0.09 0. 16 0. 16 + 3923.47 HE II 1 ABW 0.70X 1.50X 4128.75 (FE I III l 1 KACE 0. 12 0. 12 0.22 0.22 + _1 1 KACE Q.24 0.22- _fl.¿2 0.47 4128 0_ ABW 0. BOX . 54 X + A41 0.20 0.22 0.43 0.47 4143.63 HE I 1 ABW 0.60X 1.07X + 3926.55 HE I ABW 0.30X 0.64X l 1 KACE 0. 17 0.20 0.30 0.37 + 1 KACE 0.06 0.12 _L_ A41 • 24.. . 0.20 0.43 0.37 + 3954.50 0 I I 1 ABW 0.07X 0. 15X 4146 0 ABW 0.0 0.0 + 1 1 KACE 0.01 0.01 0.02 0.02 4152.55 C III i ABW 0.07X 0. 12 X + 3956.86 0 IV _J 1 KAÇ.E 0.04 0.04 0.08 0.08 4156.28 C LU 1 A_ß_H Q.3QX -Q.53X + 3956 0 ABW 0.22 X 0.46 X 1 KACE .02 0. 04 0.04 + 3961.64 1 ABW 0.20X 0.42X 4163.25 (K V ) 1 ABW 0.50X 0. 88X + _2 I KAC-E Q.Q3 0.07 _L 1 KACE Q.18 -0.32 0.32 + 3961 (F IV I 1 KACE 0. 0.07 4168.92 03HE I ABW 0.11X 0. 19 X + 3964.82 HE I 1 ABW 1. 10X 2.29X 1 KACE 0.03 0.05 + J 1 KAC-E Qm 29 0.29 Q.6Q Q.6Q.. 4180.86 (FF V I I ABW Q. 15X -Q.26X + 3967.47 (NE III) 1 ABW 25.00X 51.85 X 1 KACE 0.03 0.05 + 1 1 KACE 20.30 2 0.30 42. 10 4185.46 O II ABW 0.11X 0. 19X + 2 A4! 21.60 44. 80 L KACE 0.03 Q. Q3 -Q.Q5 + LA 26.40 54.75 4186.82 ABW 0.50X 0.86 X + 0 24.50 50.81 KACE 0. 17 0.29 + VV 7 8. 90X 59.94X 4189.75 ABW Q. 15X -Q.26X + 1 ABW 25•00 X 51.81X l KACE 0.03 0.03 0. 05 0.05 + 2 1 KACE 6.20 A 12.85 A 4194 1 KACE 0.02 0.02 0.04 0.04 + _2 A41 21.60 44.76 41QS.60 AÜW + 26.40 54.71 KACE 0. 03 0.05 + 24. 50 50.77 4199.81 HE II ABW 1.50 X 2.55X + 2B.9QX 59. 89 X K Ar p + 3970 HE II 2 1 KACE 6.20 A 12.83 A 1 A41 0.30 0.51 + 3997.36 (F IV ) l ABW 0. 16X 0.32X 4227.35 (FE V ) I AUW 0.45X 0. 75X + J I KACE 0.03 0.05 1 KACE + 4003 ABW 0.0 X 0.0 X 0.0 4229.21 (FF V 11 1 KACE 0.03 0. 05 + 4007.91 ABW 0. 13X 0.26 X 4229 ABW 0. 11X 0. 18 X + KACE 0.05 4.753,70 + 4009.26 HE I 1 ABW 0.40X 0.80X l KACE 0. 01 0.01 0.02 0.02 + 1 1 KACE 0.09 0. 18 4253.79 ABW 0.08 X 0. 13X + 401 1.60 (NA V L _2 1 KACE 4761 n. 03 0.05 + 4011.60 1 ABW 0.06X 0.12X ABW 1 .OOX I • 61 X + 2 1 KACE 0.01 0.02 l KACE 0.42 0.41 0.68 0.66 + 4026.0? _2 AB-W -CU.4U. 0.66 + 2 1 KACE 1.32 2.61 4275.48 1 KACE 0.01 0.02 + 1 A41 1.00 1.50 1.97 2.96 4275 ABW 0.09X 0. 14X + 1.5-Q- 2.96 + VV 2 7.40X 14.61X 4276.55 0 I I 1 KACE 0.02 0.03 + 4026.02 HE II ABW 2.30 X 4.54X 4276.55 0 I I 1 KACE 0.02 0.03 + 1 KACF + 4034.80 0 I I 1 1 KACE 0.02 0.02 0.05 0.05 4325.90 ABW O. 12X 0. 18 X + 4046.40 (FE I II 1 1 1 KACE 0.07 0.07 0. 14 0.14 l KACE 0.02 0.03 + 4060.23 (FF TV 1 J ABW 0.30X nT 57* 4338.B9.. ABW - 33.OOX 50. 25 X + l KACE 0.09 0.09 0. 17 0.17 1 KACE 0.72 1. 10 + 4068.57 ( S III ABW 4.50X 8. 56 X ABW 33.OOX 50.20X + 1 KACE 3.70 3.70 7.04 7.04 l KACE 31.10 30.60 47. 31 46.55 + 4070.12 C III ABW 0.50X 0.95X A41 27. 10 30.60 41.23 46.55 + 1 KACE 0.28 0.28 0.53 0.53 AN 46.70X 71.04X + 4Q71.29 (FE V L_ ABW 0 . 22 X Q.42X LA .32.9Q 3Q.6Q —5QU35 _46.5.5_ + l 1 KACE 0.04 0.04 0.08 0.08 31.20 30.60 47.46 46.55 + 4072 (S II I l A41 4.80 6.53 9. 10 12.38 3 1.20 30.60 47.46 46.55 + _! LA 6.JgO_ 6.53 12.33 12.38 30. 70 30.60 46. 70 46.55 + 0 9.8 6.53 18. 58 12.38 31.90 30.60 48. 53 46.55 + FTP 5. 02 6.53 9.52 12.38 30.60 30.60 46. 55 46.55 + 4072.13 Q LL_ ABW Q. 3QX... 0. 57X 34.20 30.60 52.03 46.55 + l 1 KACE 0.07 0.07 0. 14 0.14 0 30.90 30.60 47. 01 46.55 + 4073.93 1 1 KACE 0.03 0.03 0.05 0.05 ncR 28.80 30.60 43. 81 46.55 + 4073 0 ABW 0.20 X 0.38X PTP 30.20 30.60 45. 94 46.55 + 4076.20 ( S I I I 1 ABW 2.30X 4. 35X 27.00 41.07 + 1 l KACE 1.46 2.76 44.70X 68.OOX + 4078.69 C I I 1 ABW 0.09X . L7*_ 4343 ABW Q.2QX O.3QX + l 1 KACE 0.02 0.02 0.03 0.03 KACE 0. 03 0.05 0.05 + 4080.86 1 1 KACE 0.01 0.01 0.03 0.03 ABW 0. 12X 0. 18 X + 4Q8Q _Q ABW 0.08X Q« 15X l .KAÇE, 0.02 Q...Q-2- 0.03 + 4084.01 l 1 KACE 0.02 0.04 4363.21 (0 III I l ABW 18.OOX 26.89 X + 4084 0 ABW 0. 11X 0. 21X l 1 KACE 18.30 18.04 27.34 26.95 + 4CB7-15 0 I I _J ABW Q.Q3X Q.Q6X L_ A4 1 14.60 18.04 21.81 26.95 + 1 1 KACE 0.01 0.01 0.01 0.01 AN 35.10X 52.44X + 4089.18 O II 1 ABW 0. 15X 0. 28 X LA 19. 10 18.04 28.53 26.95 + _1 1 KACE 0.03 Q, 06 Q.Qfr - 17.40 18.04 2 5.99 26.95 + 4097.33 N III 1 ABW 2.OOX 3.71X 1 MM 19.20 18.04 28.68 26.95 + 1 1 KACE 1.07 1.98 2 MM 17.40 18.04 25. 99 26.95 + J A 41 ,1 24,11- 22.30 18,Q4 .. —33.31 26.95 + 4100.07 HE II 1 ABW 1.40X 2.59 X n 17.40 18.04 25.99 26.95 + l 1 KACE 0.40 0.74 OCB 17. 30 18.04 25.85 26.95 + 4101.72 H I 1 ABW 14.OOX 25. 88X PTP . 17,49 18.04 25.99 26.95 + 1 KACE 13. 30 24.58 44.70X 66.78 X + 3 A41 13.00 24.03 ABW 0.17 X 0.25 X + 1 LA 15.40 29,46 28.23 1 KACE 0.03 0.04 + M I 71 14.40 15.27 26.62 23.23 4376 1 KACF 0.03 0.03 0. 04 0.04 + MI 73 15.30 15.27 28.28 28.23 4379.17 ABW 0.30X 0. 44X + MM 15.30 15.27 28.28 28.23 1 KACE 0.08 0.08 -Q.n 3.11 + l B MM 15.60 15.27 28.83 28.23 4387.84 ABW 1.20 X 1.76X + 1 1 MM 16. 50 15.27 30.50 28.23 1 KACE 0.33 0.33 0.48 0.48 + 1 2 MM 15.50 15.27 28.65 . 28^,3 4391 .95 1 KACE 0.02 0.02 0.03 0.03 + 17.50 15.27 32.35 28.23 4391 ABW 0. 12 X 0. 18X + 14.10 15.27 26. 06 28.23 4414.81 ABW 0.14 X 0. 20X + 15. 10 15.17 27.91 28.23 KACF Q. 02 _flU)2 0.03 + VV 2 19.20X 35.49X ABW 0.08 X 0. L1 X + 4103.31 N III ABW 1.90X 3. 51X 1 KACE 0. 01 0.02 + NGC 7027 (PK NO. NGC 7027 (PK NO. + 587 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 702 7 I PK NO*. NGC 7027 (PK NO. 84 -3 II + WAVE N PG REF OBS I CORR I WAVE I DENT N RG REF OBS I AVE 0 CORR I AVE C + _S ABW 0.11X 0. 16X 4678.17 N II 1 1 KACE 0.03 0.03 0.03 0.03 + 0 1 KACE 0.02 0.02 0.03 0.03 0 ABW 0.09X 0. 10X + 4437.61 HE I 1 ABW 0. 17 X 0. 24X 0 1 KACE 0.04 0.05 + 1 1 KACE 0.04 -Qf-QA.. 0.06 0.06 468Q _Q k&M Q.18JL. -0.21 X + ABW 0. 14X 0. 20 X 4685.75 HE II ABW 42.00X 48.51X + 1 KACE 0.02 0.03 l 1 KACE 41.20 39.93 47.59 46.13 + ABW QtUX . Q»17X_ I PE KACE 39« 70 39.93 __4.4«7Q ^6.13 + 0 l KACE 0.02 0.03 0.03 A41 38.90 44.93 + 4471.39 HE I 1 ABW 5.00X 6.89X AN 66.00X 76.24X + _J 1 *A.CE 2.99 -^.9-7 . 3.« U 4.10 LA *3.30 39.93 . 47.59 + 30..02 49.13 + 2.70 3.72 l 1 41.20 39.93 46.13 + 12.00X 16.54X 1 2 42. 50 39.93 49.09 46.13 + LA.. 3.90 2.97 5.37 4.10- _1 3_ 35.00 39.93 40.43 46.13 + 2.76 2.97 3.80 4.10 39. 80 39.93 45.97 46.13 + 2.43 2.97 3.35 4.10 PTP 38. 80 39.93 44. 82 46.13 + 4.08 . .97 5.62 4.10 . VV 2 42.IPX 48.63 X + 2.60 2.97 3.58 4. 10 4688 ABW 0.22 X 0.25X + PTP 2. 62 2.97 3.61 4.10 KACE 0.04 0.05 + VV 2 10.00X 13.78X 4701.26 (FE III) ABM 0. 09 X 0. IPX + 4481.29 MG II 1 ABW 0. 10X 0.14X 1 1 KACE 0.05 0.05 0.06 0.06 + 1 1 KACE 0. 01 0.01 0.02 0.02 4711.42 (AR IV ) 1 ABM 2.80X 3. 17X + 4491.16 Q LI_ 1 1 K AC F Q.Q1 X Q^Ql. 0.01 J 1 KACE 1.76 1.76 1-99 + 4491 0 ABW 0.09 0.12X 2 PE KACE 13.50 15.27 + 4510.94 III 2 l KACE 0.05 0.07 3 A41 10.20 11.54 + 4510.94 III 2 1 KACE 0.05 0.07 LA . . 13»,3Q,. 15.04 + 4510.94 (K IV ) 1 ABW 0.50X 0. 67 X 0 7.40 8.37 + 2 1 KACE 0.05 0.07 A41 10.20 11.54 + 4514.58 N LLL 1 ABW 0- 11X Q.15X -LA 13.30 ■ 15.Q4 + 1 KACE 0.02 0.02 0.02 2 0 7. 40 8.37 + ABW 0.09 X 0. 12 X 4713.20 HE I l ABM 0.0 X 0.48 0.0 X 0.54 + 1 KACE 0.01 0.02 O.n? _J 1 KACE 0.48 0.48 0.54 Q.54 + 4518.02 N III ABW 0.09X 0. 12 X 4715.74 (NE TV ) l ABM 0.80X 0.90X + KACE 0. 01 0.02 l 1 KACE 0.69 0.69 0.78 0.78 + 4523.57 N III Aß M— 0.07 X 0.09 X 4715.74 (NE IV ) 1 1 KACE + ABM ■Q-. ¿2 0.22 .0.25 0.25 + l l KACE 0. 01 0.01 4725.67 (NE IV ) 1 1.30X 1.45 X + 4534.53 N III l ABW 0.07X 0. 09X 1 KACE 0. 97 1.08 + .1 1 KAC 4725.67 (NF IV 1 1 -L KA.CE 0.78 0.87 + 4541.43 HP II ABW 2. 50X 3. 2ÓX 4733.68 (FE III) ABM 0.0 0.0 0.0 X 0.0 + 1 KACE 1.28 1.84 1.67 2.40 4740.03 (AR IV ) ABM 0.0 7.56 0.0 X 8.34 + A 41 1. 70 1.84 Z.22 2.40 ■ l- KACE -8.34 + 3.10 1.84 4.04 2.40 PE KACE 13. 50 14.90 + 1.30 1.84 1.69 2.40 A4 1 10.20 11.25 + Q.Q3X Q.Q4X LA 13.30 -44.6B + 1 1 KACE 0.01 0.01 0 8. 70 9.60 + 4552.OC SI III 1 ABW 0. 40X 0. 52X 4754.90 (FE III) ABM 0.40 X 0.44X + -4562 (MG I L 1 ABW 1 KAC.F + 1 l KACE 0. 04 0.05 0.05 4859.32 HE II 1 ABM 0.0 X 1.80 0.0 X 1.80 + 4570.92 MG I 1 ABW 1.90 X 2.41X 1 l KAC P 1.80 1.80 1.80 1.80 + —1 1 KA-C-E— _4861..3Q H J _JL ABM 1QQ.QQX 100.QOX + A41 0.60 0.76 1 1 KACE 98.20 99.91 98.20 99.91 + 4590.80 O II ABW 0. 09 X 0. 11X 1 PE KACE 100.00 99.91 100.00 99.91 + 1 KACE _1 A44 99.91 99.91 + 4596.08 0 II ABW 0.06 X 0. 07 X AN 100.OOX 100.OOX + l KACE 0.02 0.02 0.03 0.03 CPDA 100.00 99.91 100.00 99.91 + 4603.80 N— /LEW 0. 05 X 0. 06X _Q£ 1QQ.QQ 99.91 100.00 _aa.9i. + l KACE 0.02 0.02 0.02 0.02 KOS 100.OOX 100.OOX + 4606.55 (FE III) ABW 0.35 X 0. 43 X LA 100.00 99.91 100.00 99.91 + 1 KACE 0. 09 0.09 0. 11 0.11 L A 54 100.00 99.91 100.00 99.91 + 4619.87 N V ABW 0.12X O. 15X MI 7 1 100.00 99.91 100.00 99.91 + 1 KACE 0. 02 0.02 0.03 0.03 MI 7 3 100.00 99.91 100.00 99.91 + 4625.43 IAP V L ABM Q.4QX Q.49X 100.00 99.91 1QQ.QQ 99-91 + 1 KACF 0.06 0.06 0.07 0.07 B MM 100.00 99.91 100.00 99.91 + 4632 ABW 0.43X 0. 52 X 1 MM 100.00 99.91 100.00 99.91 + 1 KAC.F 0. 18 0.22 -2.-M 100.00 99.91 100» 00 99.91 + 4634.11 1 ABW 2. 50X 3. 01X 100.00 99.91 100.00 99.91 + 1 1 KACE 1.16 1.40 MS 100.00 99.91 100.00 99.91 + _4 ÔA1 5.80 6.99 _Û— 100.00 . 9-9 «.91 100.00 -39*.91 + LA 9.20 11.09 OCB 100.00 99.91 100.00 99.91 + 4640.69 N III ABW 3.60X 4.31X PTP 100.00 99.91 100.00 99.91 + 1 KACE . 2.35 2.35 2.82 2.82 _BZ - IQQj QQ -19^91 100.00 ,99.91 + 4 A41 5. 80 6.95 1 100.OOX 100.OOX + 4642.01 N III 1 ABW 0.60X 0. 72X 4893.42 (FE VII) 1 ABM 0.06X 0.06X + 1 1 KACF 0.35 J L&a.çe 0.12 -fl. 12 0.12 -0.12 + 4647.34 C III ABW 1.20X 1.43X 4921.96 HF I ABM 3. 10X 2.97X + l 1 KACE 0.37 0.44 KACE 0. 89 0.85 + _ 4649^1 0 II . _ 1 ABW Q.41X 0 « 49 X 4930.97 (0 ITT) 0.05X Q.Q5X + 1 1 KACE 0. 14 0. 14 0.17 0.17 l l KACE 0.33 0.33 0.31 0.31 + 4650.35 C III l ABW 0.50 X 0. 59 X 4944.10 (FE VII ) l ABM 0.0 X 0.0 0.0 0.0 + J. 1 KACE... 0« 20 -0.i2.fl- ■Q. 24 0.24 _Q 1 KACE Q.O 0.0 Q.O + 5.80 6.90 4950 ABM 0.0 X 0.0 0.0 X 0.0 + 9. 20 10.94 1 KACE 0.0 0.0 0.0 0.0 + 4651.54 C. Ill 1 0« 20 X —0..24X- 4958.95 (0 III) 1 ABM 514.OOX 48Q.84X + 1 KACE 0. 06 0.06 0.07 0.07 l l KACE 512.00 511.60 478.97 478.59 + 4654.4C N I I 1 KACE 0. 04 0.04 0.05 0.05 1 PE KACE 510.00 511.60 477. 10 478.59 + 4657.69 (fe mi J ABW. - 1.6QX 1.89X _1 A41 49Q.QQ 511.60 -458.39 .478.59 + 1 1 KACE 0.27 0. 32 365.OOX 341.45X + 1 ABW 1.60X 1.89 X CPDA 489.80 511.60 458.20 478.5* + _1 1 KACE Q. 42 0.42 Q.5Q —Q..5.Q.. -LA -JLQ6. QQ 511.60 473. ..47Bt59 + 4 A41 5. 80 6.85 675.00 511.60 631.45 478.59 + I ABW 0.13X O. 15X 502.00 511.60 469.61 478.59 + _1 1 KA.CE ..Q.t 05 . . . 0.05.. . 0.06 0.06 L. Mil... 51Q.QQ 511.60 477.10 478.59 + l ABW 0.06X 0.07X 1 2 MM 512.00 511.60 478.97 478.59 + l 1 KACE 0. 02 0.02 1 3 MM 573. 00 511.60 536.03 478.59 + -4.665.61 C LUL _1 ABW 0. 13 X Q. 15X 1 MS 520.00 511.60 486.45 478.59 + 1 KACE 0.05 0.06 0 513.00 511.60 479.91 478.59 + 4665.61 C IV 2 I KACE 0.05 0.06 R2 338.00 511.60 316.19 478.59 + 4669.20 IP LL_ _L 1 KACE- _Q._Q3_ 0.03- Q.Q3 ..Q.Q3 VV 2 2893,OOX 2706.37X + 4669 ABW 0.22 X 0. 26X 4972.12 (FE VI ) l ABM 0.0 X 0. 17 0.0 X 0.16 + 4673.46 ABW 0.09X 0. 11X 1 1 KACE 0.17 0.17 0. 16 0.16 + 1 KAC.F 0- OB 5006.88 (0 III) 1 ABM 1545.OOX 1397.89X + 4676.06 0 II l ABW 0. 18 X 0. 21 X 1 1 KACE 1553.00 1453.15 1405.13 1314.79 + l I KACE 0.04 0.05 l PE KACE 1500.00 1453. 15 1357. 17 1314.79 + NGC 7027 (PK NO. 84 -3 1) NGC 702 7 (PK NO. + + 588 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 7 6Ap JS ... .31. . 517K + + + TABLE 8—Continued + NGC 702 7 (PK NQ. 84 ~3. ll_ NGC 70? 7 (PK Nfl. + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE N RG REF OSS I AVE 0 CORR I AVE C + 5006.88 (0 I II ) I A41 1390 .00 14 53 f 15.,.. 1248.60 l314*79 5726 0 ABM 0.0 X 0.0 0.0 X 0.0 + AN 789.OOX 713.87X 2 l KACE 0.56 0.31 + BE 1000.00* 904.78* 5754.59 (N II ) 1 ABM 12.OOX 6. 54X + ÇPP-A. 1230.00 1453,15. 1112.88 1314.79 J \ K.AÇE IQtOO 11.03 5.45 + 1 LA 1590.00 1453. 15 1438.60 1314.79 1 PE KACE 11.20 11.03 6. 10 6.01 + 1 LA54 1345.00 1453.15 1216.93 1314.79 1 A41 10.00 11.03 5.45 6.01 + 1 A MM 1567.00 1453.15 1417,79 1314.79 _1 1 mm 9.02 11.03 frtQl + 1 1 MM 1580. 00 1453. 15 1429. 56 1314.79 1 2 IO. 30 11.03 5. 61 6.01 + 1 2 MM 1582.00 1453.15 1431. 36 1314.79 1 3 12.90 11.03 7. 03 6.01 + 1 3 MM 1564.00 1453.15 1415. 08 1314.79 _1 CL- 13.90 11.03 7.52 6.01 + MS 1480.00 1453. 15 1339. 08 1314.79 1 PTP 7. 95 4.33 A + PTP 1510.00 1453.15 1366. 22 1314.79 5776.37 (MN VI ) l ABM 0.0 0.0 0.0 X 0.0 + 1010. 00 1453. 15 913. 83 1314.79 _0 LJLA.Qf. o.o 0.0 0.0 + VV 2 2893.OOX 2617. 53X ABM 0.0 0.0 0.0 X 0,0 + 5015.55 HE I ABM 0.0 X 1.06 0. 0 X 0.95 1 KACE 0.0 0.0 0.0 0.0 + 1 KACE 1.06 K06. 0.95 5790 HF II _J. ARM 0.0 o.o o.o x 0.0 + BE 0.25* 22* 0 1 KACE 0.0 0.0 0.0 0.0 + 5041.31 SI II ABM 1.60X 41 X 1 ABM 0.0 0.0 0.0 0.0 + KAC.E, 0.28 _Q 1 KACE .Q.tJL- 0.0 o.o 0.0 + 5047.92 HE II 1 ABM 1.40 X 23 X 5801. IV 1 AB« 2.20X l. 17X + l l KACE 0.25 22 l 1 KACE 0. 75 0. 75 0.40 0.40 + 5056.45 SI I I 1 ABM 1.50X 31 X 5806 II 1 ABM 0.0 X 0.0 0.0 X 0.0 + 1 1 KACE 0.08 .07 0.07 0 1 KACE 0. 0 0.0 + 0 ABM 0. 50 X • 42 X 1 ABM 1. 10X 0.58 X + 1 KACE Q. 16 0.16 0. 14 _J 1 KACE 0.41 fl. 7? + 5112.00 l KACE 0.03 03 0.03 5820 1 ABM 0.0 0.0 0.0 X 0.0 + 5112.00 ABM 0. 50X 42 X 0 1 KACE 0.0 0.0 0.0 0.0 + _5-LLZ 1 KACE .08 JQZ 0.07 5828 _L ABM .Jk-O-X. 0.0 o.o X 0.0 + 0 ABM 0.60X l 1 KACE 0.02 0.01 A + 0 1 KACE 0.23 l ABM 0.30X 0. 16 X + 5145.78 (FE VI > J âfiM 0.90X 73 X _J 1 KACE Q. 02 -Q..Q2 . Q...Q1 Q.Q1 + l l KACE 0.36 0.36 29 0.29 1 ABM 0.0 0.04 0.0 0.02 + 5151.00 (FE III) l 1 KACE 0. 05 0.05 04 0.04 l 1 KACE 0.04 0.04 0.02 0.02 + 5158.94 (FE VII) _1 ARM 0. 60X 48X _J ARM 0.0 X 0.0 0.0 X 0.0 + 2 l KACE 0.25 l KACE 0.0 0.0 0.0 0.0 + 0 ABM 0.60X . 48X 5862.34 (MN V ) l ABM 0.0 0.0 0.0 0.0 + _2 1 KAf.E- 0.-2-5 *-20 1 KACE Q.Q 0.0 Q.Q + 5176.42 l ABM 0.90X 72X 5864. 81 (MN V ) 1 ABM 0.0 0.0 0.0 0.0 + l 1 KACE 0.29 23 5867 2 ABM 0.0 0.0 0.0 0.0 + -5JL9Í.81 ( AR III) J. A_B_M Q. 9QX 71X ü 1 KACE 0.0 0.0 0. 0 0.0 + l 1 KACE 0.28 0.28 .22 0.22 5867. 82 SI ABM 0.0 X 0.0 X + 5197.95 (N I ) l ABM 1 ■ 20 X . 94X 5875. 63 HP AßM 24.OOX 12.20 X + J 1 KACE- 0.-43 Q..52- ^34 0.40 1 KACE 22.40 11.38 + 1 PE KACE 0.0 0.52 0.40 1 PE KACE 20.90 21.22 10.62 10.79 + 1 PTP 1. 12 0.52 0.40 l A41 24. 00 21.22 12.20 10.79 + 5200.41 IN I L J ABM , 0. 30X —1 1 - M_M IQ..-50 . 21.2 2 9. 91 10.79 + 1 KACE 0. 11 .09 20. 80 21.22 10. 57 10.79 + 0 ABM 0. 50X . 39X 20.80 21.22 10.57 10.79 + __Q l. KAlC-E— 0- 16 -_L2 2-U 2 2 10.79 + ABM 0.40X 31X 20.00 10. 16 + KACE 0. 13 0. 13 10 0.10 34.20 X 17.38 X + ..ARM 0.0 -0.0 + 0 l KACE 0.0 .0 1 KACE 0.0 0.0 0.0 0.0 + 5270.28 (FE III) 1 ABM 0.30X • 22 X 5885 ABM 0. 0 0.0 0.0 0.0 + -1 1 KACC- 0.23 ■ ■ 0.17■ 1 -KACE.- 0.0 ...-CUO.. 0.0 0.0 + 5277.76 (FE VII ) ABM 0. 30X 22X 5890. 98 (MN V ) ABM 0.0 X 0. 0 0. 0 X 0.0 + 1 KACE 0.10 0. 10 07 0.07 l KACE 0.0 0.0 0.0 0.0 + 5309.17 ( CA V ) ABM 1.70X 23X 5894. 01 («N VI ) ARM 0.0 X 0.0 0.0 X 0.0 + 1 KACE 0.47 0.47 34 0.34 1 KACE 0.0 0. 0 0.0 0.0 + 5323.26 (CL IV ) ABM l.OOX 72 X 5896 HE II ABM 0. 0 X 0.07 0.0 X 0.04 + 1 MCE .15 Q. 15 LL. Q.ll 1 KACE Q.Q7 0.07 0.04 0.04 + 5335.22 (FE VI ) l ABM 1.20 X 86X 5913 HE I I I ABM 0.0 X 0.11 0.0 X 0.05 + 1 1 KACE 0. 16 11 0.11 l 1 KACE 0. 11 0. 11 0.05 0.05 + 5345 0 ABM 1.20 X 85 X ,5932 HE U.. _L ABM ..D.^ñQJL. . a^.19 x + 1 KACE 0. 13 09 0.09 1 KACE 0. 13 0.13 0.06 0.06 + 5411.54 HE II ABM 9.OOX 10X 5945 1 KACE 0.04 0.04 0.02 0.02 + 1 1 KACE 6^20 4t 55 ZQ 3.08 5953„ . iL.aa-X-. —Q. 44 X. + 1 PE KACE 6. 50 4.55 ,41 3.08 1 KACE 0. 13 0. 1 3 0. 06 0.06 + l A41 4.00 4.55 71 3.08 ABM 0.70 X 0. 33X + ] Q_ l«-5j3— 4.55 -Ü2— 3.Q8 1 KACE Of 17 0.17 0.08 0.08 + 1 VV 2 23. 70 XA . 06 X A 6004 HF I I ARM 1.20 X 0.57X + 5423.87 (FE VI ) 1 ABM 0.40X . 27X 1 KACE 0. 16 0. 08 + _L 1 KACE 0.t.l.5_ 0.15 . 10 6037 ,16 HE H ABM 1. IPX 0. 51 X + 5426.57 ABM 0.20X . 13X 1 KACE 0.18 0.1 b 0.08 0.08 + l KACE 0. 18 . 12 6074.30 HE n ABM 1. 10X 0.50 X + 547 C ABM 0.40X . 26X 1 1 KACE 0.25 -CU25. . XU-LL- + 0 1 KACE 0.13 0.13 08 0.08 6086.88 (CA V ) ABM 2. 50X 1. 13 X + 5484.79 (FE VI ) 1 ABM 0. 50X 32 X 2 1 KACE 1.15 0. 52 + 1 1 KACE 0.18 0.18 12 0.12 2 PE KACE 2.70 1.22 + 5517.72 (CL III) l ABM l.OOX , 63 X 6086. 88 (EE vil) ABM 2.50 X 1. 13X + 1 1 KACE 0.25 , 16 6101. 76 (K IV ) ABM 2.50X 1. 12 X + 2 PE KACE 2.70 1 KACE 1.03 0.46 + 5537.80 (CL III) 1 ABM 2. 70X • 68X ? PE KACE 2.70 1.21 + 1 l KACE 1.01 .63 6118.31 HE II l ABM l. 10X O. 49X + 2 PE KACE 2.70 1 1 KACE 0.28 0.28 0. 12 0.12 + 5554 (N II ) 1 23.70X 59 X 6151 0 ABM 0.0 0.07 0.0 0.03 + 5577.36 (0 1 ) l ABM 1. 50X 91 X 0 1 KACE 0.07 0.07 0.03 0.03 + I L-ljA.Cf.. Jk-32- 0.32 12 0.19- 6133 (FE III ) 1 1 KACE 0. 18 0.18 0. 08 0.08 + 5592.17 0 III 1 ABM 1.10-X . 66 X 6166. 22 (MN V ) ABM 0.30 X 0. 13 X + L 1 KACE 0.20 . 12 KACE 0. 34 0. 15 + 5604.00 (K VI ) 1 AßM, QtfrOX . 36X 6170. 73 HE I I ABM 1. IPX 0. 47X + 1 1 KACE 0.06 A 2 1 KACE 0.34 0. 15 + 5614.65 (CA VII) 1 ABM 0.0 X 0.0 0.0 6218.64 (MN V ) 1 ABM 0.0 X 0.03 0.0 X 0.01 + _Q 1 KACE 0.0 Q.Q Q.Q 1 1 KACE 0.03 0.03 Q.Q1 -Q.Ql + 5630.88 (FE VI ) 1 A8M 0. 70 X 6221.04 (MN V ) 48M 0.0 0.0 0. 0 0.0 + 1 1 KACE 0. 15 KACE 0.0 0.0 0.0 0.0 + 5677.Ql (FE VI 1 1 AB.M 1.1QX -ÛIX— 6228.41 (K VI ) ABM Q-^Q 0.0 0.0 X 0.0 + 1 1 KACE 0.28 0.28 0.16 1 KACE 0.44 0. 18 + 5696.06 C III 1 ABM 0.0 0.0 0.0 6233.80 HE II ABM 0. 90 X 0. 37X + —Q 1 KA-C-E 0.0 _JLuQ 0.0 1 KACE n. 44 •_LS— + 5721.13 (FE VII ) 1 ABM 1.20X 67 X 6300.31 (01)1 ABM 28.OOX 11. 18X + 2 1 KACE 0.56 31 1 KACE 28.50 11.38 + NGC 7027 (PK NO. NGC 7027 (PK NO. 84 -3 1) + + 589 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 7027 (PK NO, 84-3 It NGC 7293 (PK NO. 36-57 1) + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C WAVE IDENT N PG REF OBS I AVE 0 CORR I + 10123 HE II 1 SP 98.00 98.00 11.85 11.85 3729 10 I I I 1 L OS 1.30» -1.3Q-* + ) 1 KN 22.80* 2.68* 1 M 1.31* 1.31* + 1 SP 12.60 A 1.48 A l N I. 1.30* + ) 1 KN 24.90» 2.91» _J Q_ J. . 1.37* + l 0 35.00 4.09 1 P 1.32* 1.32* + 10330 (S II ) 1 SP 28.80 A 3.36 A 1 Cl 8.00* 8.00* + . 10370 + IQ-333 - (S < S 11 K-N ¿.34* 1 C2 1Q.QQ* IQ.QQ* + II )) 1 KN ¿■11.50* + Q.IQ»— 1.33* l C3 8.00* 8.00* + 10373 (S II ) 1 SP 5.50 A 0.64 A l C4 9.00* 9.00* + 10400 (N I ) 1 KN 13.60* 1.57» L-CJ> LQi QQ* 1Q.QQ* + SP 8.70 A 1.00 A l C6 13.00* 13.00* + DG 1180.00 74^.00 126.21 1 B1 11.00* 11.00* + LAR 13.70* 1.47» 1 B2 13.00* 13.00* + 0 950.00 749.00 101.61 80.11 16.00* 16.00* + SP 117.00 749.00 12.51 80.11 11.00* 11.00* + 10938 LAR 1.34* 0. 14* 11.00* 11.00* + 1 0 97.00 97.00 10. 18 10. 18 1 B6 14.00* 14.00* + l SP 85.00 A 8.92 A (NE III) l 84.00 84.00 + 9 MU (AR III) 1 GBR 160.00 160.00 6. 83 6.83 1 Cl 89.00» 89.00* + 10 MU (S IV ) 1 1076.00 1 076.00 45.90 45.90 1 C2 110.00* 110.00* + 10 MU (S IV ) l GMS 546.00 553.50 23.29 23.61 1 C3 94.00* 94.00* + L_ HGR 561.00 553.50 --L_CA 1QQ.0Q* 100.00* + C5 130.00* 130.00* + REGION KEY (REG ION,REFERENCE,EX PLANATION) 1 C6 82.00* 82.00* + 1. KACF. BRIGHT REGION 1 B1 74.00* 74.00* + PE. KACE. PHOTOELECTRIC OBSERVATIONS 1 B2 73.00* 73.00* + A, MM , EAST-WEST SLIT OF WIDTH 7.8 ARCSEC l B3 75.00* 75.00* + . —B-i . ENTIRE NEBULA 1 B4 84.00* 84.00* + 1. MM , N-S SLIT 1.2 ARCSEC WIDTH THROUGH BRIGHT KNOT 1 B5 61.00* 61.00* + 2. MM , N-S SLIT 1.2 ARCSEC WIDTH, 3.0 ARCSEC EAST OF RG 1 l B6 65.00* 65.00* + 3. MM , M-S SLIT 1.2 ARCSEC WIDTH. 8.4 ARCSEC EAST OF RG 1 _Ji9£2_ I NE I I T) 1 Cl 19.QQ* 19.QQ* + l C2 16.00* 16.00* + NGC 7027 (PK NO. 84-3 1) 1 C5 17.00* 17.00* + l.Cfr -33j-Q0* 33.00* + l B1 22.00* 22.00* + 1 B2 20.00* 20.00* + BEGIN -NGC 7048 ( PK NO. 88 -1 LI C-= -L»Q?_ CR ADID-H—BFT-A) 1 B3 21.00* 21.00» + 1 B4 21.00* 21.00* + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 1 B5 18.00* 18.00* + 46B6 HE II _J QRF 46^QQ_ 4.6. QQ. 51.20 51.20 1 R6 1 19.00» 19.00» + 4861 I 1 0063 100.00 100.00 100.00 100.00 2 31.00 31.00 + 1 ORF 100.00 100.00 100.00 100.00 l Cl 35.00* 35.00* + 4959 (□ III) 1 QRF 393.00 _ 3 93-. Q Q 373.95 3J3.95 l C2 35.00* 35.00* + (0 I II ) 1 0063 955.00 1032.50 886.38 958.31 1 C3 1 33.00* 33.00* + 1 ORF 1110.00 1032.50 1030.24 958.31 1 C4 36.00* 36.00* + _I 1 ORF 507.00- 502.00. 232.97 2-3-2.97 1 C5 37.00* 37.QQ* + 6583 (N II ) l ORF 637.00 637.00’ 290. 52 1 C6 ! 26.00* 26.00* + I PI I1 34.00* 34.00* + END NG.C .7048 LPK_NQ. 88 -1 U 1 B2 32.00* 32.00* + 33.00* 33.00* + 35.00* 35.00* + 26.on* 26.00.» + BEGIN NGC 7094 (PK NO. 66-28 1) = 0.20 (HYDROGEN LINES) 1 B6 24.00* 24.00* + 3970 (NE III) 2 31.00 31.00 + ...WAYf mmi N.FS RE.F OB_S. I . AVE 0 CORR I AVE C 4101 tí I 1 2 L.QQ - 21.00 + 4686 II CLZ2 100.00 00.00 102.12 102.12 1 Cl ! 25.00* 25.00* + 4861 I CLZ2 100.00 100.00 100.00 100.00 1 C2 25.00* 25.00* + 4991 III) CLZ 2 1000.00 1000.00 987.16 987.16 1 C3 i 25. 00* 25.00* + 6563 I CLZ 2 330.00 330.00 283.33 283.33 1 C4 ! 25.00* 25.00* + I C5 25.00* 25.00* + END NGC 7094 (PK NO. 66-28 1) 1 C6 ’ 25.00» 25.00* + l Bl 25.00* 25.00* + 1 R2 25.00* 25.00* + 1 B3 25.00* 25.00» + BEGIN NGC 7139 (PK NO. 104+ 71) C = 0.54 (HYDROGEN LINES) 1 B4 25.00* 25.00* + l B5 I 25.00* 25.00* + WAVE I D ENT N RG REF oas. I . AVE Q CQRR I- 1 B6 1 25.00* 25.00* + 3727 (0 II ) l 280.00 405.80 4340 41.00 42.90 41.00 42.90 + 3 869 (NE III) l 55.00 75.74 44.80 42.90 44.80 42.90 + 3970 H ! 2 30.00 39.96 4861 . IQQj QQ - 1 CQjQQ - 1QQ.QQ _LQQjiQQ— + 3970 (NF III) 30.00 39.96 1 MI 73 100.CO ICO.00 100.00 ICO.00 + 4101 H I l 20.00 20.00 25.48 25.48 1 XI WR 100.00 100.00 100.00 ICO.00 + 4340 H I 1 40.00 40.00 47.19 47.19 1 X2 MR 1QQ.QQ . 1QQ.0Q - 1QQ.QQ -1QQ.QQ- + 4686 HE I I 1 M 18.00 18.00 19.05 19.05 1 X 3 100.00 100.00 100.00 100.00 + 4861 H I 1 M 100.00 100.00 100.00 100.00 1 X4 100.00 100.00 100.00 100.00 + 1 0D63 100,00 100.00 100.00 100.00 1 X5 100.00 100.00 100.00 100.00 + 4959 (0 I II ) 1 320.00 320.00 311.69 311.69 l X6 100.00 100.00 100.00 100.00 + 5 007 (0 I II ) 1 910.00 800.90 874.77 769.90 1 Yi 100.00 100.00 100.00 100.00 + 691.80 800.90 665.02 769.90 1 -Y-2 MR_ —IQQj-QQ . 1CQ.QQ - 100.QQ. 100.QQ + l Y3 100.00 100.00 100.00 100.00 + NGC 7139 (PK NO. 104+ 7 1) 1 Y4 100. 00 1 CO.00 100.00 100.00 + 100.00 1 QO.-QQ - lOfl.OO- . 10-0.00- + WR 100.00 ICO.00 100.00 100.00 + 4959 (D I II ) l M 210.00 210.00 210.00 210.00 + BEGIN NGC 7293 (PK NO. 36-57 1) 0.0 (RADI 0—H BETA) 5007 (0 I I I ) 1 600.00 1011.54 600.00 1011.54 + l XI 1700.00 1011.54 1700.00 1011.54 + WAVE IDENT N RG REF DBS I AVE O CORR I AVE C l X2 1300.00 1011.54 1300.00 1011.54 + 3726 (O II ) 1 M 310.00 ?l.ia... 6. 02 5^44 . + 3530.50 HF I 1 AKB 0.08 0.08 0.09 0.09 l 4 MA 6.00 4.79 6.82 5.44 + 3554.40 HF I 1 AKB 0. 13 0.13 0. 15 0.15 1 5 MA 4.50 4.79 5.11 5.44 + -3.5-6 9_ _Q AKB . 0.15 0.15.. Q. 17 Q. 17 1 60 MA -2*60 4.09 .5*44.- + 3587.30 AKB .28 0.28 0.32 0.32 3754.69 0 III 1 AKB 1.57 1.73 1.78 1.97 + 3606 AKB 0. 14 0. 14 0. 16 0.16 l 60 MA 1.90 1.73 2.16 1.97 + -26.13 t 60 HE I AKB- 0» 26 0.26 0.30 0.30 ? TAM 6.70 7.6L + 3634.20 HE I 2 AKB 0.37 0.43 3757.29 0 III AKB 0.68 2.59 0.77 2.94 + 3661.20 I l AKB 0.27 0.27 0.31 0.31 C MA 2.20 2.59 2.50 2.94 + 3.662*30 _L AKB 0.31 . 0.31 0.36.. ..0*36 3 MA 3. 50 2.59 3.97 2.94 + 3663.40 H I AKB 0. 39 0.39 0.45 0.45 0 3.98 2.59 4.52 2.94 + 3664.70 H I AKB 0.37 0.37 .42 0.42 3759.87 O III AKB 5.60 5.75 6.36 6.53 + 3666.10 _ü L_ AKB . Q.t_3_B_ 0.38 Q.44-- 0.49 *4-4 5. 80 5.75 6.58 _ 6_. 53, + 3667.70 1 AKB 0.43 0.43 0.49 1 2 MA 3.60 5.75 4.09 6.53 + 3669.50 l AKB 0.39 0.39 0.45 0.45 l 3 MA 9.30 5.75 10.55 6.53 + 3671.50 1 AKB 0.49- 0.49 O. S6 0- Sh 1 5 MA 5.30 5.75 6*01 6*?3 + 3673.80 AKB 0.53 0.53 0.61 0.61 1 60 MA 4.90 5.56 + 3676.40 AKB 0.67 0.67 0.77 0.77 2 TAM 6. 70 7.60 + 3679.40 AKB 0.72 _£*- 0.82 -Q-.82 3761 _Q AKB 0.04 0.04 0*05 0*05 + l AKB 0.86 0.79 0.98 0.91 3 769 HE II 1 AKB 0.23 0.23 0.26 0.26 + 1 C MA 0.73 0.79 0.84 0.91 3770.61 H I 1 AKB .40 5.00 4.99 5.67 + 3.6-6.6*80 ti I_ _1 AKB_ 0.94 0.92 1.08 1.05 _1 C ma . 4 *..6,0 5.00 5.-21- -5-.-6 7 + l C MA 0.90 0.92 1.03 1.05 5.00 5.00 5.67 5.67 + 3690.00 HE II 1 AKB 0. 14 0. 14 0. 16 0.16 6.00 5.00 6.80 5.67 + 3691.60 jy i _J AKB 1.28 1.28 .46 -1*47. 5_._10. 5.00 5.78 . 5*67 + 1 C MA 1.30 1.28 1.49 1.47 1 5 MA 4.90 5.00 5.55 5.67 + 1 2 ma l. 70 1.28 1.95 1.47 1 60 MA 5.00 5.00 5.67 5.67 + _J M1.7-L. 0.86- 1.28 0.98 .47 3773.90 Q LU. _1 AKB 0*34 -0*3.4. 0*39 0.39 + 3695 l AKB 0.21 0.21 0. 0.24 3776.93 NE II AKB 0.07 0.07 2 0.08 0.08 + 3697.20 1 AKB 1.49 1.47 1. 70 1.68 3779 AKB 0.05 0.05 0.06 0.06 + -.1 C MA. *50 1.47 1*72 1.68 3781*70 HE II AKB .-0*24., 0.24 0*27 0.27 + 2 MA 1.90 1.47 2. 17 1.68 3783.77 (FE V AKB 0. 0.08 0.09 0.09 + 1 M I 71 1.00 1.47 1.14 1.68 3784.94 HE I AKB 0.05 0.05 0.06 0.06 + 3698.70 HE II 1 AKB 0.21 0.2-1- _flL*-24_ -0.24 3791.78 O III AKB 0.51 0.65 0.58 0.74 + 3702 HE II AKB 0.0 0.0 0.0 0.0 0.80 0.65 0.90 0.74 + 3703.90 I AKB 1.72 1.60 1.97 1.83 3796.38 HE II AKB 0.23 0.23 0.26 0.26 + _2 C MA 2.30 2.63 3-197.91 H I AKB 6.70 . 5.64 7.57 6.37 + 2 2 MA 3.30 3.77 1 LA 7.10 5.64 8.02 6.37 + 2 3 MA 3.30 3.77 1 C MA 5.70 5.64 6.44 6.37 + _1 MI71 1.48 1*6-0 1-69 1.83 _1 2 MA 6.1Q 5.64 6.89 6.37 + 3705.00 HE I AKB 0.38 0.43 3 MA 7.80 5.64 8.81 6.37 + C MA 2.30 2.63 4 MA .10 5.64 6.89 6.37 + NGC 7662 (PK NO. 106-17 11 NGC 7662 (PK NO. 106-17 1) + 593 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 7662 (PK ND. 106-17 1) NGC 7662 (PK NO« 106-17 1) + WAVE IDENT N RG REF OBS I AVE 0 AVE C WAVE IDENT N RG REF OBS I CORR I + 3797.91 ti I 1 5 MA í*. éu. 3970 (NE III) 2 0 31.60 34.95 + 1 60 MA .80 5.64 7.68 6.37 3970.09 H I AKB 14.60 14.60 16. 15 10.15 + 1 0 2.40 5.64 2.71 6.37 3997.44 (F IV ) AKR 0.04 0.04 0.04 0.04 + 1 TAM 40 5.64 .37 4003.54 N III AKB a_Q3 . 0.03 -Q.-Q3 0.03 + 3806.21 HE I AKB 0.07 0.07 0.08 0.08 4008.10 (FE III) AKB 0.03 0.03 0.03 0.03 + 3810.80 0 III AKB 0.05 0. 05 0.06 0.06 4009.27 HF I AKB 0. 12 0.12 0. 13 0.13 + 3B13.43 HF TT AKB . 0.46- 0.46 D. 52 0.52 4026.04 HE AKB . 2.37 - 2.87 2.60 3.16 + 3819.65 HE I AKB 0.74 1.57 0.83 1.77 l C 2.80 2.87 3.08 3.16 + C MA 1.60 1.57 1.80 1.77 l 2 MA 4.40 2.SI 4. 84 3.16 + _J 2 MA .57 .77 _1 3 MA_ 2j-90. . -2tftl_ 3.19 3.16 + 1 3 2.10 1.57 2.37 1.77 2.70 2.87 2.97 3.16 + 1 60 MA 1.10 1.57 1.24 1.77 2. 14 2.87 2.35 3.16 + 3933.74 HE I _2 AKB- 0.59 0.66 TAM 2.90 2.97 3.08 3.16 + 3833.74 HE 11 AKB 0.59 0.66 4041.50 O II AKB 0.03 0.03 0.03 0.03 + 3835.40 I AKB 8.00 7.55 8.99 .48 4047.80 O II AKP 0.03 0.03 0.03 0.03 + 7.80 7.55 8.77 .48 —4057 AKB 0^03 - Q.Q3 Q.Q3 -Q.Q3.- + 1 C MA 7.70 7.55 8.66 4058 AKB 0.03 0.03 0.03 0.03 + 1 2 MA 8.30 7.55 9.33 4060.18 (FE IV ) AKR 0. 13 0. 13 0. 14 0.14 + _J 3—flA-. 1Q..-3ÍL 7.55 11-58 4068.48 (S II ) AKB —QjuZB— , Oj 7 8 - Q...85 .85 + l 4 7.00 7.55 7.87 8.48 4069.90 O II AKR 0.0 0.0 0.0 0.0 + 1 5 MA 7.90 7.55 8.48 4069.90 O II AKB 0.0 0.0 0.0 0.0 + 1 60 MA -70 -i5_ 8.4B 4Q7Q.26. C LU— AKB.. .0^-82- . Q. 82 Q. 90 _Q.9Q- + 4. 36 7.55 4.90 8.48 (S II) 1 C MA 1.80 2.00 1.97 2.19 + TAM 4.40 7.55 4.95 3.48 l 2 MA 2.10 2.00 2.29 2.19 + 3839.8Q IfE V L _AKB_ 0. 05 0.05 Q.Q6 Q .06 J 3 MA- 2.50 .2.00- 2.73 -2.19 + 3858.12 HE II 0. 58 0.60 0.65 .67 60 MA 1.60 1.75 + 0.62 0.60 0.69 0.67 PT P 0.51 0.56 + 3862-47 SI TI AKB 0.06 0.06 . Q. 0.7— 0-07 4072-08 O I AKB- Q. 19 0.21 + 3868.70 (NE III) 1 AKB 66.30 74.21 4076.10 (S AKB 0.21 0.23 + 3 A4l 114.00 127.60 4078.67 O I AKB 0.03 0.03 + 1 IA 66.30 74.21 4081.60 Q L AKR 0.03 0-03 + 1 C 89.00 73.17 99.62 81.90 4084.71 0 I AKB 0.05 0.05 0.05 0.05 + 1 2 83.00 73.1 7 92.90 81.90 4087.15 O I AKB 0.04 0. 04 0.04 0.04 + _1_ 86.OU 73. 1 7— ■96.26 81.90 . 4089.23 0 L AKB . Q-^l 1 -0.11. 0.12 -0.12 . + 1 4 MA 56.00 73.17 62.68 81.90 4092.80 O I AKB 0.03 0. 03 0.03 0.03 + 1 5 MA 83.00 73.17 92.90 81.90 4097.39 AKB 2.75 2.75 3.00 3.00 + 1 60—MA. - 87.00 —97.-3B— A41 26.30 28.65 + 0 63.10 73.17 70.63 81.90 4100.10 HF II AKR 0.0 0.0 0.0 0.0 + TAM 52.00 73.17 58.20 81.90 4101.73 H I AKB 20.00 23.68 21.78 25.78 + -VV 1- 150.OOX 167.89 X A 4-1 — + 3875.50 0 AKB 0.06 0.07 1 LA 2 3. 50 23.68 25.59 25.78 + 3887.00 HE AKB 14. 10 15.74 1 C MA 23. 20 23.68 25.26 25.78 + 3888.79 HE_ -AKB - 14.lü 15.76 _1 2 MA 24^4Q_ 23.68 ¿6.57 -25.78 + 2 60 MA 19.60 21.88 27.30 23.68 29.73 25.78 + 3889.00 H I 3 AKB 14. 10 15.74 19.00 23.68 20.69 25.78 + —3 661— 114.00 127.25 - _J 5 MA... 23.BQ 23.68 25.92 25.78 + 13.90 15.52 1 60 MA 28. 00 2 3.68 30.49 25.78 + 17.00 18.98 1 MI 7 l 22.20 23.68 24. 17 25.78 + ia^-90 21.10- _1 MI .7-3- ¿4^-70 - 23.68 26-9Q ¿5,78 + 2 3 MA 17.30 19.31 G 22.40 23.68 24. 39 25.78 + 2 4 MA 19.00 21.21 PT P 24.50 23.68 26.68 25.78 + _2 5_MA. - 19.20 -21.43- _R2 26. 00 23.68 28. 31 25.78 + 2 60 MA 19.60 21.88 TAM 22. 50 24. 50 + 2 □ 12.60 14.06 VV l 37. 80X 41.16X + _2 TAM - 8.2D 9.15- _41 Q3.-3-Z N LLL AKB L. 42 .42- 1.5-5 J .55 + 55.OOX 61.39X A41 26.30 28.63 + A41 114.00 127.25 4107.18 G II AKB 0.03 0. 03 0.03 0.03 + LA 13.90 15.52 4115.83 SI IV AKB 0.02 0.02 0.02 0.02 + MA 17.OÇ 18.98 4117 AKR 0.0 0.0 0.0 0.0 + MA 18.90 21. 10 4119.16 O II AKB 0.08 0.08 0.09 0.09 + MA 17.20 19.31 4120.86 HE I AKP -CU 17 0.24 0. 18 0.26 + 19.00 21.21 0.31 0.24 0.34 0.26 + 5 MA 19.20 21.43 4122.00 (K AKB 0. 04 0.04 0.04 0.04 + _Q_ 12.60 14.06 -4128 AKB Q.Q9 Q. 09 0. 1Q _-Q.1Q— + TAM .20 9. 15 4131 0 AKR 0.03 0.03 0.03 0.03 + VV 1 55.OOX 61.39X 4143.76 HE I 1 AKR 0.27 0.40 0. 29 0.43 + 3891.20 (FE V >1 AKB Q* 09 -0.Q9 0. 10 Q..1Q _1 C MA Q, 33 . Q.4-Q- 0,36 _Û,43 - + 3894.90 (FE AKB 0.04 0.04 0.04 0.04 1 60 MA 0.60 0.65 + 3918.60 C II AKB 0.04 0.04 0.04 0.04 4146.06 Q 2 AKB 0.03 0.03 + 3920.79 C II AKB 0.05 0.05 0.06 0.06 4146.06 0 2 AKB 9,03 0,03 + 3923.43 HE II 1 AKB 0.94 0.67 1.05 0.74 4153.31 C III AKR 0. 0.04 + 1 60 MA 0;40 0.67 0.44 0.74 4153.31 O II AKR 0.04 0.04 + 3926.56 HF I 1 AKB 0.06 0.06 0.07 0.07 4156.45 C III AKB Q.Q7 Q, Q8 + 3932 AKB 0.08 0.08 0.09 0.09 4156.45 G II AKB 0.07 0.08 + 3934 AKB 0. 06 0.06 0.07 0.07 4161 AKB 0.03 0.03 0.03 0.03 + 3944 AKB 0.03 Q, 03 0,Q3_ Q,Q3 4163.05 (K V L AKB Q. 16 Q. 16 0.17 —0.17 + 3948 AKB 0.05 0.05 0.06 0.06 4166 AKB 0.07 0.07 0.08 0.08 + 3956 AKB 0.03 0.03 0.03 0.03 4169.13 HE I AKB 0.11 0.11 0. 12 0.12 + 3965.04 HE AKB 0.39 Æt?9. 0,^3 0,4? 4171 AKB 0.06 0.06 0.06 0.06 + 3967.50 (NE III) AKB 19.20 21.24 41 75 AKB 0.05 0.05 0.05 0.05 + A41 41.20 45.59 4179 AKB 0.11 0.11 0. 12 0.12 + _LÀ„ 34.90 38.62 -4181,57 (FE V L AKB Q. 16 . 0.16 0. 1 7 -0.17 + 2 C 33.00 36. 51 1 C MA 0. 16 0. 16 0. 17 0.17 + 2 2 MA 32.00 35.41 4186.94 C III I AK8 0.50 0. 70 0. 54 0.75 + _2 3_ MA- 37.20 41,16 . -J 2 MA 0. 80 Q.7Q Q, 86 0.75 + 2 4 MA 28. 00 30.98 0.80 0.70 0.86 0.75 + 2 5 MA 34.70 38.39 4187 C II 1.00 1.00 1.08 1.08 + 2 6Q-MA,- 39.00 43. 15 ..4189.90 Q LL AKB Q.Q5 Q.Q5 Q. 05 _3.Q-5_ + TAM 24.00 26.56 4195.59 N III AKB 0.03 0.03 0.03 0.03 + VV 1 87.80X 97.15X 4199.87 HE II AKB 1.94 1.41 2.09 1.51 + 3966 _ü L A 41 41.¿Q 45.58 A41 0.80 1.41 0^8-6 _LLL + 2 LA 34.90 38.61 l C MA 1 .Al 1.51 1.51 + 2 C MA 33.00 36.51 l 2 MA 0.80 1.41 0.86 1.51 + _2 2 MA 32.00 35.40 _1 3 ma, ..¿,30 1.41 ¿«-4.6 —LLL + 37.20 41. 16 1 60 MA 1.20 1.41 1.29 1.51 + 28.00 30.98 4219 1 C MA 0.21 0.21 0.23 0.23 + 34.70 38.39 -4227 -J C MA Q, 23— Q. 2 Q Q. 21 _Q.-2L- + 2 60 MA 39.00 43. 15 4227.60 (FE AKB 0.23 0.2 3 0.25 0.25 + 2 0 31.60 34.96 4237 AKB 0. 03 0.08 0.03 0.09 + 7 TAM 24. QQ 26.55 f. MA 0.14 0.08 QL.5 + 87.80X 97.14X 4254 AKB 0. 0.05 0.05 0.05 + 3968.00 HE II 0.0 0.0 4258 AKB 0.05 0.05 0.05 0.05 + NGC 7662 (PK NO. 106-17 1) NGC 7662 (PK NO. 10b-17 1) + 594 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 7662 (PK NQ. 106-17 L) NGC 7662 (PK NQ. 106-17 1) + WAVE IDENT RG REF □ BS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I + 4267.11 C II AKB 0.71 1.09 0.76 1.17 4634.18 N III A A41 3.2Q 3>26 + C HA 1.15 1.09 1.23 1.17 1 OE AW70 1.40 2.10 1.44 2.16 + 2 MA 1.30 1.09 1.39 1.17 2 LA 5.90 6.05 + 3 M. 1 « 6Q lm Q9- 1-71 1« LI. _J C MA 2.ZQ 2.IQ 2.26 2.16 + 1 60 MA 0.70 1.09 0.75 1.17 2 2 MA 5.80 5.95 + 4271 0 AKB 0.07 0.07 0.07 0.07 2 3 MA 5.30 5.44 + 4213, 0 AKB 0.11 Q. 11 .12 0.12 _2 IAM 2.40 2.46 + 4275.95 0 AKB 0. 15 0. 16 4637 N III 0 3. 55 3.55 3. 3.64 + 4275.95 0 AKB 0.15 0. 16 4640.59 N III AKB 0.0 3.47 0.0 3.56 + 4295.24 Q LL_ AKB 0. Q.4_ 0.04 0.04 _A.41 3.20 3.28 + 4303.83 0 AKB 0.04 0.04 0.04 0.04 l OE AW70 4.00 3.47 4. 10 3.56 + 4316 AKB 0.Ç5 0.05 0.05 0.05 1 P AW70 2.94 3.47 3.02 3.56 + 4325 AKB 0.07 0.07 0.07 0.07 _J C-MA 5.30 3.47 5.44 3^56 + 4338.97 HE II AKB 0.0 0.0 0.0 0.0 2 MA 5. 80 5.95 + 4340.49 H I AKB 44.30 42.57 46.95 45.12 2 3 5.30 5.44 + AA1 42-90 42.57 45.47 45.12 1 60 MA 5.10 5.23 + 1 47.40X 50.24X TAM 2.40 2.46 + I LA 43.60 42.57 46.21 .45.12 4641.87 N III AKB 4.00 4.00 4. 10 4.10 + _J C MA_. 44.00 42«-57 46.64 -45 »12.. 4647.34 C III AKB &l3.Z Q.t 8 2 0.84 0.84 + l 2 41.50 42.57 43.99 45.12 OE AW70 1.10 1. 13 + l 3 46.20 42.57 48.97 45.12 R AW7 0 1.00 1.02 + _L 4 ma 32.00 42.57 33.92 45.12 _MA 1. flfl I . A4 + 1 5 MA 41.50 42.57 43.99 45.12 2 2.20 2.25 + 1 60 MA 46. 50 42.57 49.29 45. 12 4648.67 0 II 1 AKB 0.0 0.0 + _1 M-I73. - 46.60 42.57 49.39 45.12 4 QE-AK.70- 1.10 1.13 + 0 40.80 42.57 43.24 45.12 R AW70 1.00 1.02 + OCB 39.80 42.57 42. 18 45.12 C MA 1.80 1.84 + PIP 41.60 42.57 44.09 45.12 .25 + R2 42. 00 42.57 44.52 45.12 4650.29 C III 1 AKB 0.47 0.48 + TAM 45. 30 42.57 48.01 45.12 A41 3.20 3.28 + 86.4QX 91- 58 X 5.90 6^04 + 4349.73 O II AKB 0.0 0.0 0.0 0.0 4650 O II 4 OE AW70 1.10 1.13 + 4363.26 (□ III) AKB 16.00 17.72 16.92 18.74 4 R AW70 1.00 1.02 + A41 . 21.40 17.J2 22.63 18.74 - 465J C LLI 4 GE AW7Q 1. 10 1.13 + AN 19.00X 20.09 X 4 R AW70 1.00 1.02 + BDO 1.00* 1.06* 4657.82 (FE III) l AKB 0.0 0.0 + _LA 16.92 3 OF AW70 0.6? 0^63 + 1 C MA 18.70 17.72 19.77 18.74 R AW7 0 0.82 0.84 + 1 2 MA 19. 70 17.72 20.83 18.74 4658.55 C IV AKB 0.75 0. 77 + _1 3 MA 17.7? ? 1 . ?5 IB.74 AAJ 3.20 + 20.00 17.72 21. 14 18.74 3 DE AW7C 0.62 0.63 + 18. 10 17.72 19. 14 18.74 3 R AW 70 0.82 0. 84 + 1 9.. 70 17.7? ?o.a3 IB.74 -4 C -MA Û. 30 - 0^31- + 0 14. 50 17.72 15.33 18.74 4661.67 O II 1 AKB 0. 15 0. 15 + OCB 15. 10 17.72 15.96 18.74 3 OE AW70 0.62 0.63 + PTP 17.72 15.96- 1ft.76- _3 R AW7 0 0.82 + TAM 16. 00 17.72 16.92 18.74 4683 AKB 1.03 1.03 1.05 1.05 + 4365 AKB 0.0 0.0 0.0 0.0 4685.72 HE II AKR 64. 30 48. 59 65.60 49.57 + 4366.84 0 LI_ AKB CUD CLJ3 0*0 A41 52.60 48.59 53.66 49.57 + 4368.58 O I AKB 0.0 0.0 0.0 0.0 76.OOX 77.54X + 4376 AKB 0.10 0. 10 0. 11 O.ll LA 64.30 48.59 65. 60 49.57 + 437-9.31 N 144— AKB -MA 51.DO -4ft^5.9 - 52.-Q3 49.57 + C MA 0. 40 0.29 16.70 48.59 17.04 49.57 + 4387.97 HE I AKB 0.41 0.47 0.43 0.50 76. 00 48.59 77. 54 49.57 + -C-.ÜA Q.6Q 0-47 0.63 Q.5Q i «. 60 4R. 6<3 1ft-«7 49-67 + l 60 MA 0. 40 0.47 0.42 0.50 49.00 48.59 49.99 49.57 + 4391 0 AKB 0.04 0.04 0.04 0.04 a 57.50 48.59 58. 66 49.57 + 4407 AKB 0.09 0.09 0.09 0.09 PTP 42.60 48.59 43.46 49.57 + 4414.20 AKB 0.14 0.14 0. 15 0.15 TAM 42.00 48.59 42. 85 49.57 + 4420 AKB 0.06 0.06 0.06 0.06 VV 1 67.80X 69. 17 X + 4434 AKB Q. 08 Q.Q8 Q.Qfl... 4711.40 ( AR TV ) AKB 8.BO 8..8Q 8.-95 8.95 + 4437.52 AKB 0.11 0.11 0. 12 0.12 A41 6.70 6. 82 + 4438 AKB 0.06 0.06 0.06 0.06 LA 10.60 10.78 + 4447.99 Q LI_ AKB _Ûjl 0-12 O- 13 .13- 7.70 7.-53 + 4452.73 O II AKB 0. 17 0.17 0. 18 0.18 2 2 MA 10.00 10. 17 + 4458 AKB 0. 10 0. 10 0. 10 0.10 2 3 ma 11.10 11.29 + 4471.50 HF I AKB 3.2Q _2 5 ma 9. IQ 9.26 + l A41 2.50 4.31 2.61 4.51 2 60 MA 9.60 9. 77 + 1 LA 3.70 4.31 3.87 4.51 2 0 8.14 8.28 + _J C— 4.3a .31 -Am. 4.51 2 TAM 7.40 + 1 2 MA 8.10 4.31 8.47 4.51 4712.86 HE I AKB 0.0 0. 0 + 1 3 MA 3.50 4.31 3.66 4.51 A41 6.70 6.82 + 4 MA '6.90 .21 LA 10.60 .10.18 + 1 5 MA 6. 00 4.31 6.27 4.51 7.70 7. 83 + 1 60 MA 4.30 4.31 4.50 4.51 10.00 10. 17 + _1 Q— 1.70 4.31 1.78 4.51 11.10 11.29 + PTP 2.45 2.56 A 2 5 MA 9. 10 9.26 + TAM 3.20 3.35 2 60 MA 9.60 9.76 + 11.40X 11.92 X _2 Q_ 8. 14 8.28 + 4491 AKB 0.09 0.09 0.09 0.09 TAM 7.40 7. 53 + 4510.97 (K IV ) AKB 0.19 0. 19 0.20 0.20 4714.11 (NE IV ) AKB 0.75 0. 75 0. 76 0.76 + 4535.00 N III AKB 0.08 0.08 0.08 0.08 4715.73 (NE IV ) a*_Q8 Q.-Q8 -Qt.M- _Q..Q-8_ + 4541.52 HE II AKB 3.50 .47 3.63 4.64 4725.51 (NE TV ) 1 AKB 0.41 0. + A41 1.65 .47 1.71 4.64 1 DE AW70 1.15 1. 17 + LA 2.90 .47 3.01 4.64 -1 R AW7Q 1 * 60 1.63 + 1 C MA 2.40 4.47 2.49 4.64 0.80 0.81 + l 2 MA 1.90 4.47 1.97 4.64 4724.08 (NE IV ) AKB 0.73 0. 74 + 1 3 MA 3.-1Q.. 4.47 3.64 4740.22 (AR IV ) AKB + 1 60 MA 2.90 4.47 3.01 4.64 A41 6.70 6. 79 + l 0 18.60 .47 19.30 4.64 LA 7.80 8.30 7.91 8.42 + _J IAM— ?.7Q -47 ?.ao 4.64 830 ft. LI - ft.42- + 4562 AKB 0.09 0.09 0.09 0.09 9.20 .30 9. 33 8.42 + 4568.50 O IV AKB 0.05 0.05 0.05 0.05 MA 5. 40 8.30 5.47 8.42 + 4571.14 Mg_I AKB 0.0 0-0 3_ 3_ MA 12.00 8.3Q 12. 16 3.42 + 4592 AKB .08 0.08 0.08 0.08 l 5 MA 7. 50 8.30 7.60 8.42 + 4597 AKB 0.08 0.08 0.08 0.08 l 60 MA 9. 50 8.30 9.63 8.42 + 4607 AKB 0«-Q6. _»_Q6 Q.Q6 1 0 6.92 830 7.02 8.42- + 4610 AKB .11 0.11 0. 11 0.11 TAM 6.90 6.99 + 4620.10 C AKB 0.05 0.05 0.05 0.05 4851 (FE VI 1 WYSE l. 00 A 1.00 A + 4626 AKB Q .07 0-07 0.07- _ Q.01— 4861.00 H I AKB 100-00 -LQQ.QQ i fin, nn + 4632 AKB 0.27 0.27 0.28 0.28 100.00 100.00 100. 00 + 4634.18 N III AKB 2.70 2.10 2.77 2.16 100.OOX 100.OOX + NGC 7662 (PK NO. 106-17 1) NGC 7662 (PK NO. 106-17 1) + + 595 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 7662 (PK NQ. lQ.6-17 LI NGC 7662 (PK NO. 106-17 1) + HAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE N RG REF OBS I AVE 0 CORR AVE C + 486L.QQ H I _J CP.QA_ . IQQ.OQ IQQ.OQ. 1QQ.QQ- iQQ.nn 5345 _L R AW70 «.24 Q.¿3 + KOS 100.OOX 100.OOX l A41 4.00 7.07 3.79 6.70 + LA 100.00 100.00 100.00 100.00 1 OE AH70 8.90 7.07 8.43 6.70 + ■ L.A54— 100.00 IQO.QQ- 10Q.OQ LÛCL.QÎL- _J R AW70 «-2Q 7« Q7 7.77 6.70 + C HA 100.00 100.00 100.00 100.00 l C HA 6.00 7.07 5.68 6.70 + 2 HA 100.00 100.00 100.00 100.00 l 2 MA 5.00 7.07 4.74 6.70 + 3 MA 100.00 IQO.QQ -IQQ.QQ _ 100.00 1 3 MA 7.07 9.38 6.70 + 1 100.00 100.00 100.00 100.00 l 60 MA 8.70 7.07 8.24 6.70 + 1 100.00 100.00 100.00 100.00 1 0 5.90 7.07 5.59 6.70 + l 60 MI ^A 71. 100.00 A 100.00 A _1 VY_ 13.6QX 12.89X + 100.00 100.00 100.00 100.00 1 WYSE 12.00 A 11.37 A + MI 73 100.00 100.00 100.00 100.00 l C MA 0.33 0.31 + 1C0.00 ■ 1QQ.0Q + __M_S 1QQ.QQ + 0 100.00 100.00 100.00 - IflQ.QQ + 100.00 - 5517 + _1 + (CL I II I 1 A AE2 + WYSE t-OQ A + 1.04* 0.98* + OCR 100.00 foo.oo 100.00 100.00 1 OE AW70 0.49 0.68 0.46 0.64 + PTP -1QQ.QQ- 100.00 IQO.QQ -IQQ.QQ J R AH 70 0.96 0.68 ...Q«-9Q Q.64 + R2 100.00 100.00 100.00 100.00 1 C MA 0.60 0. 56 + TAM 100.00 100.00 100.00 100.00 1 WYSE 1.50 A 1.41 A + VV 1 100.OOX 100.OOX 5537 ( CI—I-t I > J A AE2 1.00* Q. 94* + WYSE 100.00 A 100.00 A 1 OE AW70 0.50 0.91 0.47 0.85 + 4883 AKB 0. 15 0.15 0. 15 0.15 l R AW70 0.85 0.91 0.80 0.85 + -4g£ÊL- AKB Q» 12 Q.L2- Q.12 Q.12 -J C M3 n. on 0.91 0^8-4 0.85 + 4906.60 AKB 0.16 0.10 0. 16 0.10 1 3 MA 1.40 1.31 + R AW70 0.05 0.10 0.05 0.10 1 WYSE 1.50 A 1.40 A + 4922.QQ_. .HE I. AKB 2 « 5Q.. 1.2.4.- 2.49, . 1.24 —LD I 1 1 laLYS.E— 2-00 A 1.87 A + 1 OE AW70 0.64 1.24 0.64 1.24 1 OE AW70 0.05 0.19 0.05 0.18 + 1 R AW70 0. 54 1.24 0.54 1.24 1 R AW70 0.33 0.19 0.31 0.18 + _J C . MA— 1.3Q 1.24- 1.29- -1.24- _J WYSE L.5Q . 1^40 A + 1 WYSE 3.00 A 2.9 5630 (FE VI ) AW70 0. 20 0.20 0. 19 0.19 + 4931.00 (0 un 1 AKB 0.44 0.31 0.44 0.31 5677 (FE VI I AW70 0.20 0.20 0. 19 0.19 + 1 GE AW70 Q«.27 0.31 0.27 0.31 575.4 _LN LI L_ —A-41 11.00 1Q.11 + AW70 0.23 0.23 l OE AW70 0.23 0.21 0.21 0.20 + WYSE 2.00 A 1.99 A 1 R AW70 0.20 0.21 0. 18 0.20 + -(.FF un WYSE 2.Q0- A._ 1.99 A _J WYSE 1^50 A 1.38 A + 4959.00 (O III) AKB 335.00 429.39 331.91 425.44 C IV l R AW70 0.62 0.31 0.57 0.28 + A41 560.00 429.39 554.84 425.44 1 C MA 0.0 0.31 0.0 0.28 + —AN 139.OOX —137. 72-X— _1 WYSE. l.QQ 0.9? A + C PD A 416.90 429.39 413.06 425.44 5806 HE II AW 70 0. 10 0.10 0.09 0.09 + 335.00 429.39 331.91 425.44 5812 C IV AW70 0. 58 0.58 0. 53 0.53 + - 455.00- -450.81- HYSF 1-50 ».37 A + 550.00 429.39 544.93 425.44 5823 1 R AW70 0.30 0.30 0.27 0.27 + 645.00 429.39 639.06 425.44 5867 HE II 1 R AW70 0.60 0.60 0.55 0.55 + . 411.m. 429.39 -407.21 5 87.5 HF I _2 A-4J 11.00 10.01 + 1 4 MA 330.00 429.39 326.96 425.44 1 OE AW70 8.80 16.79 8.01 15.29 + 1 5 MA 415.00 429.39 411. 18 425.44 1 P AW70 11.60 16.79 10.56 15.29 + !.. 60..MA- . 370.00- 429.39 366.59. ■ 425.64. .1A>00 16.79 14. 57 15.29 + MS 520.00 429.39 515.21 425.44 28.30 16. 79 25.76 15.29 + 0 408.00 429.39 404.24 425.44 14.40 16.79 13.11 15.29 + 337.00 ■429. 3.9-- -333.9fl_ 425.44 31.00 28.22 + TAM 353.00 349.75 1 5 MA 21.90 16.79 19.94 15.29 + VV 1 382.40X 378.88X 1 60 MA 20.00 16.79 18.21 15.29 + WYSF ^n.nn a -356.68 A -J 0 —7—95 16.79 —7.26 15.29 + 4999 AKB 2.60 2.60 2.57 2.57 PTP 7.95 7.24 + 5007.00 (Q III) AKB 990.00 1279.31 976.38 1261.70 VV 1 15.70X 14.29 X + A4 1 1560.00 1279.31 1538.53 1261.70 ■ M.Y S F 15.00 A 13.66 A + AN 377.OOX 371.81X 6035 2 WYSE 1.00 0.90 + BDO 81.30* 80.18* 6041 2 WYSE 1.00 0.90 + C PDA 1259.00 1279.31 1241.67 1261.70 6063 l WYSE 0.80 0.72 + LA 990.00 1279.31 976.38 1261.70 6073 1 WYSE 1.00 0.90 + LA54 1365.00 1279.31 1346.21 1261.70 6086 (MN V ) 2 C MA 0.68 0.61 + _Í1A 700.00 1279.31 1676.60 1261.70 .3-ttA -.¿j 3Q.. 2.Q6 + 1970.00 1279.31 1942.89 1261.70 6086 (FE VII) C MA 0.6 0.61 + 910.00 1279.31 897.48 1261.70 3 MA 2.30 2.06 + 128Q« QQ ■ 1279t31 -1262 « 39 -L261170 6101 JjK LV..L -W-YS.E- Uî>Q A + MS 1480.00 1279.31 1459.63 1261.70 6118 WYSE 0.80 A 0.71 A + PTP 1180.00 1279.31 1163.76 1261.70 6170 WYSE 1.00 A 0.89 A + R2 1Q1Q..QQ 1279.31 996. 10 .1261.7Q 6188 WYSE 0.9Q A -Q^J.1 L... + TAM 937.00 924.10 6232 (K VI ) WYSE 1.00 0.89 + VV 1 1192.40X 1175.99X 6300 (0 1 ) CAM 0.00*A 0.00+A + WYSE 12QQiQQ. A... .1193.49-A- ..C-ÜA 2-« 6Q + 5015.10 HE I l AKB 10.80 10.80 10.64 10.64 2 2 MA 4.40 3.87 + 5047.00 HF l l AKB 2.00 1.06 1.96 1.05 2 3 MA 3.70 3.26 + 1 OE AW70 0:13 1.06 0. 13 1.05 2 60 MA 3.40 2.99 + 5065 WYSE 1.50 A 1.47 A VV 1 7.90X 6.96X + 5121 WYSE 1.50 A 1.46 A WYSE 0.90 A 0.79 A + 5131 1 DE AWZQ— 0.30 Q.28 . 0.29 6311 —LS LUI C MA -¿-.60 2.29 + 1 R AW70 0.26 0.28 0.25 0.27 4.40 3. 87 + i OE AW70 0. 05 0.09 0.05 0.09 2 3 MA 3.70 3.26 + 1 R AW70 Q. 13 0.09 0. 13 . Q.Q9 2 60 MA 3. 40 2.99 + (FE VII ) 1 OE AW70 0.05 0.08 0.05 0.08 1 WYSE 4.00 A 3.52 A + 1 R AW70 0. 12 O.C 0. 12 0.08 6346 SI II l WYSE 0.80 A 0.70 A + 5161 . 1FE VJ.LL J R AW70 Q » 13 A Q « 13 A 6363 _LQ I L -l C MA Q.Q Q.Q + 5176 (FE VI ) AW 70 0.07 0.07 1 3 MA 1.40 1.23 + 5178 (FE V ) WYSE 1.50 A 1.45 A 6403 1 WYSE 1.50 A 1.31 A + 5196 - H Y SL— 1.5Q A 1.45 A. 6435 _J WYSE L.5Q A. 1.31 A + 1 OE AW70 0. 19 0. 19 0. 18 0.18 6461 WYSE 1.00 A 0.87 A + l R AW70 0. 19 0.19 0. 18 0.18 6483 WYSE 0. 0.78 A + 5192 _1 WYSE . 1.50 A 1.45 A 6529 WYSE 1. Q. 87 A + 5199 (NI ) AW70 0.20 A 0.19 A (N II ) A41 175.00 151.56 A + 5207 WYSE 1.50 A 1.45 A OC B 3.60 3.60 3. 12 3.12 + 5212 AW7-Q- 0.10 A 0.10 A ...WYSE 0.0 â_ 3.6Q 0.0 A 3.12 + 5232 1 WYSE 1.50 A 1.45 A A41 175.00 A 151.40 + 5303 l WYSE 1.00 A 0.96 A CAM 1.00* 0.87* + 5306 _1 R AW7Q . 0.14 A 0.13 A LAR 10.00* 9.65* + 1 OE AW70 0.05 0.17 0.05 0.17 390.00 349.20 337.41 302.11 + 1 R AW70 0.30 0.17 0.29 0.17 MA 430.00 349.20 372.02 302.11 + R AW7Q 0^10- 0.10 0.10 . Q..1Q— —MA— . 33-L.QQ 349«2Q ¿96.37 302.11 + (CL IV ) l OE AW70 0.10 A 0.10 A 1 280.00 349.20 242.25 302.11 + 1 WYSE 1.50 A 1.43 A l 5 MA 320.00 349.20 276.85 302.11 + 533-4- -1FE Y1.LL 1 R AW70 Q.1Q A . Q.1Q A.. 1 60 MA 404.00 349.^0 349.53 302.11 + 5334 1 WYSE 1.50 A 1.43 A 314.00 349.20 271.66 302.11 + 5345 l OE AW70 0.26 0.25 390.00 349.20 337.41 302.11 + NGC 7662 (PK NO. 106-17 1) NGC 7662 (PK NO. 106-17 1) + + 596 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 7662 (PK ND. 106-17 1) _LL Zñ3 (PK NO. 138+ 2 1) + WAVE N RG REF DBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 6562- _1 nr.R n i .no R4 I PG AK! 54.00 -115.20 115.2Q + PTP 302.00 261.28 302.11 I PG AK I 6.40 6.40 10.94 10.94 + VV 1 214.20X 185.32X 1 PE AKI 16.00 18.00 26.81 30.16 + HYSE 360-00 & 311-46 A 1 PG AKI 20.00 -18. QQ 33.51 30.16 + 6563 (N II ) VV l 214.20X 185.32X 3889 1 PG AKI 8.30 8.30 13. 73 13.73 + 6583 (N II ) A41 175.00 A 151.19 A 3967 (NE I II I 1 PG AKI 7.10 7. 10 11.28 11.28 + CA>1 0-02* 0-02* 3974 H I 1 PG AKI 11.60 -l-l.t 6.0 18.37 18.37 + OCB 7.80 6.34 6.74 5.48 4101 H I 1 PG AKI 20. 10 20. 10 29.69 29.69 + PTP 4.89 6.34 4.22 5.48 4340 H I 1 PG AKI 32.60 32.60 42.55 42.55 + WVSf- 12.00 A. 10.37 A 4363 _LQ III) 1 PG AKI 7.80 7.80 10-06 -10.06 + 6614 WYSE 2.00 A 1.72 1 PE AKI 94.00 .50 103.00 96.97 + 6644 WYSE 1.50 A 1.29 A 1 PG AKI 83.00 88.50 90.95 96.97 + 6678 HE I C MA 5.90 9.99 5.07 *711 (AR IV ) 2 PG AM 11.00 11.89 + 15.00 9.99 12.88 8.58 4713 HE I 2 PG AKI 11.00 11.8R + 8.00 9.99 6.87 8.58 4726 (NE IV I l PG AKI 7.00 A 7.51 A + 21.00- 9.99 18.03 8.58 4740 (AR IV ) 1 PG AKI 10.00 10.00 -10^64:... 10.64 + l 5 MA 6.00 9.99 5.15 8.58 l PE AKI 100.00 L 00.00 100.00 100.00 + 1 60 MA 4.05 9.99 3.48 8.58 l PG AKI 100.00 100.00 100.00 100.00 + _J HYSE 4.00 A 3.44 .A— _1 QP63 100.00 100.00 IQQtQQ 100.00 + 6717 (S II) l B AE2 0.66* 0.57* 4959 (0 III) l PE AKI 150.00 130.50 143.78 125.09 + 1 WD 0.62* 0. 53* 1 PG AKI 111.00 130.50 106.40 125.09 + 6723 _LS II ) J C-MA 1-90 1.63 2.45 5007 __LQ III ) J QQ63 575.QO 575.00 -339*51. 539-57 + l 2 MA 5.80 2.86 4.97 2.45 + 1 3 MA 3. 10 2.86 2.65 2.45 REGIEN KEY (REGIONtREFERENCE,EXPLANATION) + 1 60 MA .,28- .2* 86 1.95 PE. AKI . PHOTOELECTRIC OBSERVATIONS + PTP 1.23 1.05 PHOTOGRAPHIC OBSERVATIONS + WYSE 4.00 A 3.43 A + 6730- _LS Li L AE2 1.00* (PK NO. 138+ 2 11 + 1.00* 0. 86* + 4.90 5.25 4. 11 4.41 + 8.90 7-47 -4.41 + l 3 MA 3.50 5.25 2.94 4.41 351 (PK NO. 159-15 1) C = 0.54 (RADID-H BETA) + 1 PTP 3.72 5.25 3. 12 4.41 + 7135 (AR III) A C. MA 13.BQ_ 16.36 11.54 13.69 + 1 2 16.40 16.36 13.72 13.69 3133 0 III 100.00 1 00.00 178.52 173.52 + 1 3 10.30 16.36 8.62 13.69 3203 HE I I 34. 00 34.00 59.27 59.27 + _J 4_ 43. 00 16.36 35.97 13.69 -0 LI1 ijz-ao 28.35 ?R .35 + 4.90 16.36 4. 10 13.69 3346 ( NE V ) 21.00 34.58 + 9. 77 16.36 8.17 13.69 3346 0 III 21.00 34. 58 + _LD TI>1 C MA 2.4Q_ 2-93 1.99 —2*43 + 1 2 MA 3.30 2.93 2.73 2.43 3703 HE I 2.30 3.36 + 1 3 MA 3. 10 2.93 2.57 2.43 3703 H I 2.30 3.36 + _1 PTP 1.66 A L.37 A + 7530 (CL IV ) i C MA 1.50 1.50 1.23 1.23 3721 3.40 4.94 + 7592 HE II 1 C MA 0.80 0.80 0.65 0.65 3721 ( S UD 3.40 4.94 + 7751 (AR I II I 1 C MA 3.70— 4-70 2.99 3.80 3726 -LO- TT ) + 1 2 7. 50 4.70 6.07 3.80 1 ACP 20. 10 29. 14 + 1 3 2.90 4.70 2.35 3.80 1 AC PG 12.50* 18.12* + (CL IV ) _1 C— 2.60- 3.17 2.08 2-53 -J AW + 1 2 2. 80 3.17 2.24 2.53 1 VV 12.90X 18.70 X + 1 3 4.10 3.17 3.27 2.53 3728 II ) 1 AW 3.40 4.92 + _2 C_ 1.50- 1.19 . 3734 _L _I AW— + 8236 HE II C MA 1.50 l. 19 3740 HF I I 1. 10 1.59 1.59 + 8545 H I NOS 0.90* 0.70* 3750 H I 5.40* 7. 76* + 8598— NOS 1.00* 0.78» 4.70 6.76 + 8665 H I C MA 2.00 2.00 1.56 1.56 3754 III 3.20 3.20 4. 59 4.59 + 8750 H I C MA 2.80 2.80 2.17 2.17 3759 111 8.40* 12.04* + NOS 1.40* 1.09* 8.50 8.50 12.18 12.18 + C MA 6. 20 4. 80 3770 5. 70* 8.14* + NOS 1. 50* l. 16* 5.90 5.90 8.42 8.42 + 9Q15— _d I_ NOS 2.00* 1.54* 3797 6. 2Q 7.35 8.77 1 0.40 + 0 4.36 3.36 l ACPG 7.90* 11.17* + (S III ) NOS 6.70* 5.15* 1 AW 8.50 12.02 + _0— 14.40- 11-07 3819 HE I _J ACPG 1.62* 2.27*- + NOS 2. 90* 2.22* 0. 70 0.70 0.98 0.98 + 0 4.90 3.75 6. 10 9.05 8.51 12.62 + 9532 LAR 11 45* L»jLQ_*_ ACPG 6.80* .48* + H I 2 NOS 19.00* 14.39* 12.00 9.05 16. 74 12.62 + 2 0 41.80 31.66 (NE I 11 1 1 90.00 61.53 123.98 84.76 + _i_S LU 1 2 - NOS 19. QQ*... 14.39* 16.60 61.53 22.87 84.76 + 0 41.80 31.66 ACPG 112.70* 155.25* + 9546 (S III ) LAR 1.45* 1. 10* LA 86.00 118.47 + 10049 H I _0 9. 55 7. 14 78.00 107.45 + 10120 HE II 2 7. 60 27.60 20.59 20.59 1 VV 1 161.30X 222.20X + 10320 (S II 1 25.80 25.80 19. 16 19. 16 2 A 17. 00 23.24 + 10829 HE I LAR 4.68* 3.43» 2 ACPG 18.10* 24.74* + NOS 42.80* 31.39* 86.00 117.54 + 0 102.00 74. 81 74.81 35.50X 48.52X + NOS . 8.40* ful4* H.E I _L7-...0Q 23.24 + 0 16. 20 16.20 11.85 11.85 2 ACPG 18.10* 24.74* + 10 MU (S IV ) GMS 86.00 86.00 55.53 55.53 2 VV 1 35.50X 48.52 X + 3967 (NE IIP _2 A— 38.00 50.66 + REGICN KEY (R EG ION,REFERENCE.EXPLANATION) 2 ACP 30.40 40. 53 + A, AE? , REGIONS A AND B CN DIFFERENT SCALES 2 ACPG 42.00* 55.99* + OE. AW70« OUTER EDGE OF BRIGHT RING 2 LA 42.30 56.39 + P, AW70, BRIGHT RING 67. 70X 90.25 X + 2, MA , -5.4 ARCSEC FROM C IN BRIGHT RING 38.00 50.65 + 3. MA , »5.4 ARCSEC FROM C IN BRIGHT RING 30.40 + 4, MA , -10.8 ARCSEC FROM C IN OUTER RING ACPG 42.00* 55.98* + 5, MA , +10.8 ARCSEC FROM C IN OUTER RING LA 42.30 56.38 + C. MA . CENTER OF BRIGHT RING. NORTH OF CENTRAL STAR 31.00 41.32 + 60. MA , MT. WILSON 60 INCH 2 VV 1 67.70X 90.24X + 3969 (NE III 1 2 MA 31.00 41. 30 + END NGC 7662 (PK NO. 106-17 1) 4026 HE I -1 AJüL 3.50 3.50 -.4 «-5.8— + 1 VV 1 58.OU X 75.84X + l ACPG 0. 81* 1.04* + 1 AW 1.70 1.70 2.19 _2_«_L2— + BEGIN IC 289 (PK NO. 138+ 21) C = 0.87 (HYDROGEN LINES) 0.57* 0.73* + 0.50 0-64 + -HAVE— . IDENT N RG REF 3BS I AVE—Q CQRR I AVE C 29.OOX 37.27X + 3203 HE II 1 PG AKI 14.00 14-00 34.28 34.28 4097 N III AC P 21. 10 26.92 + 3345 (NE V ) I PG AKI 21.00 21.00 46.94 46.94 4101 H I A 23.00 29.30 + 289 (PK NO. 138+ 2 1) 351 (PK NO. 159-15 l) + + 597 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + 351 (PK NO. 159-15 1> _LC 418 (PK NQ. 215—24 1) + WAVE IDE NT N RG REF OBS CORR WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C + 4101 H I 2 ACP 21. 26.8 3554 lÍQ HE—I AK3 «.44 Q.44 .57 0,57 + 1 ACPG 10* 26. 88* 3587, 30 HE I 1 AK3 0.50 0.50 0.64 0.64 + 1 MA 00 23.50 30. 57 3613. 6 0 HE T 1 AK3 0.86 0.86 L. 09 1.09 + _1 V_V L_ 1 9QX 53. 38-X - 3634, 40 he Ï —I AK3 0.65 0.65 0.82 0.62 + 4200 HE I I 2.00 2.46 3658. 1 AK3 . 0.41 0.41 0.52 0.52 + 4227 (FF V ) 1.00 1.22 3659. I AK 3 0.31 0.31 0.39 O. + 4267 _C LL_ .AM_ 0.84 1.01 3660. 1 AK3 0.38 0..36 0.49 P. + 1 58. 00 43 3661 ,20 H I l AK 3 0.36 0.36 0.45 0.45 + 2 ACP 60. 30 14 3662 ,30 H I 1 AK 3 0.45 0.45 0.57 0.57 + _J ACPG. 90* 84» 3663 ■ 40 H I 1 AK3 0.50 QtfrQ 0.63 0.6? + 67. . 76 X 3664 ,70 i AK3 0.52 0.52 0.66 0.66 + LA 41. 50.85 .08 59.99 3666 ,10 1 AK 3 0.69 0.69 0.87 0.87 + MA 50.85 .81 59.99 3667 ,70 1 AK3 0.55 0.55 0.69 0.69 + 50.85 65 59.99 3669 ,50 H I AK3 0.72 0.72 0.91 0.91 + (0 I II) 1 .00 17.34 74 20.31 3671 ,50 H I AK3 0.71 0.71 0.89 0.89 + .30.. 3673 ,8Q H I_ AK3 0.73 Q.73 Qf 92 0-92 + 60* 22. 96* 3676. l AK3 0.82 0.82 1.03 1.03 + 10X 36. 43 X 3679. l AK3 1.06 1.06 1.33 1.33 + ¿0 17.3 4- 15 3682, 1 AK 3 U12 . 1.12 1.41 UM + 22. 17.34 20.31 3686. 1 AK3 1.22 1.22 1.53 1.53 + 15. 17.34 20.31 3691 l AK3 1.63 1.63 2.05 2.05 + 1 9. 17.34 20-31 3691j -J AK3 U-61 1.61. 2.02 2.02 + l A 28. oox 31. 77 X 3703. H I l AK3 1.77 2.22 2.22 + 1 ACP 13. 20X 14. 98 X 3705. HE I 1 AK3 0.80 1.00 1.00 + 1 W 1 3. -20 A3 3712. _H L_ 1 AK3 2.09 2.09 2.61 2.61 + 4542 HE II A 3. 3721. l AK3 2.72 2.72 3.39 3.39 + 4634 N III A 3. 3723 O AK3 0.21 0.21 0.26 0.26 + ACP II . 3726 _LQ Li )J A41 157.00 195.65 + .29 1 LA 132.00 164.50 + .97 1 0 148.00 184.44 + ACP 11. IQ ._92_ _J EJ.P— 13-«_8Q 11-20 + . 79 1 SO 1.00* 1.25* + 4645 III . 18 l TAM 95.OOX 118.39X + 4645 I I L- VV..1.- 79.9QX 99. 57X + 4649 2 AW7C . 50 3728.90 (O II ) 1 AK 3 147.00 183.08 + 4650 2 A W7 0 .50 l SO 0.37* 0.46* + A W7 Q_ 3734.40 tí I_ 1 AK 3 2-JLO + 4658 0p III 3750.10 H I A K3 3. 16 3. 16 3.92 3.92 + 4658 H II 3757 (0 III) 0 3.98 3.98 4.93 4.93 + 466.1 3770.60 t! I AK.3 -85 3.85 4.75 4.75 + ACP 1 AK3 4.25 3.76 5.22 4.62 + AN 1 A41 3.40 3.76 4.18 4.62 + —1 LA 4. 10 + 1 MA 52. 45.75 .04 48.42 l 0 3.31 3.76 4.06 4.62 + 1 VV 1 54. 45.75 .00 48.42 3805.80 HE I 1 AK3 0. 10 0. 10 0. 12 0.12 + _2 A 3819.60— HF I _1 AK 3 . 1.25 1.25- 1.53 + ? AW70 3833.60 HE I 2 AK3 0.09 0.11 + 2 A 3833.60 HE II 2 AK3 0.09 0. II + _2 A W7 0 3835.40 H I _1 AK3 5-30 6.45 + 4740 (AR IV ) 1 A 6.95 .00 7.22 1 A41 6.40 7.79 + l AW70 6.95 .45 7.22 l LA 9.00 10.96 A + 4861 —H I J A 100.00- _J Q 5.50 6-70 + 1 ACP 100. 100 00 1 PTP 5.50 6.70 + l AN 100. 100 ,00X 1 TAM 5.40X 6.58X + 1 C PD A 1 oo.-QQ loo.oo ion.00- _1 VV—1 . 5.OOX 6. 09 X + 100. 100.00 100. 100.00 3838.60 MG I AK3 0.07 0.07 0.09 0.09 + 100. ICO.00 100. 100.00 3848.20 MG II AK3 0.07 0.07 0.09 0.09 + VV 1 100. 100.00 100. 100.00 3850.40 MG I I AK3 0.04 0.04 0.05 0.05 + 4922 I AW7C 0. 0. 50 0. 0.49 3856.10 N II AK3 0. 14 0.14 0.17 0.17 + 4959 III) 440. 429.50 428. 418.35 3862.60 SI I I AK3 0.06 0.06 0.07 0.07 + ACP . 382. 429.50 372. 418.35 3867.60 HE ..I_ AK 3 0. IQ QUO 0. 17 Q.12 + AN 268. OOX 261. 04X 3868.70 (NE III) AK 3 2.99 3.89 3.61 4.70 + C PD A 407. 40 429.50 396, 83 418.35 9.00 3.89 10.88 4.70 + _LA . 40 Z. 110 429.50 391, 32 418.35 1-95 3.8 9 2.36 4.70 + 1 300. 292. I PTP 1. 1.96 + l 516. 10 429.50 502. 418.35 3 VV l 15.30X 18.50X + _LD III) 1 1760. ÛÛ 1452.90 L691. 1396.66 3871-BU HE I _J AJL3 Q-2Q Q.2Q 0.24 Q.24 + 1139 1452.90 1094. 91 13 3888.60 A K3 11.60 11.60 13.96 13.96 + 633 OOX 608, 50 X 3889.00 A K3 11.60 11.60 13.96 13.96 + CPDA 123Q- -HQ 1452.9Q 1182, 39 1396.66 A41 12.60 15.16 + 1200. 00 1 452.90 1153, 55 1 396.66 LA 13. 10 15.76 + 1935. 50 1 452.90 1860. 58 1 396.66 2 0 11.50 13.84 + 5Q1 5 ..HE I AW7C Qj Ml Q.6Q 0. 53. 0-58 2 TAM 12.20X 14.68X + 5145 (FE VI ) 1 AW70 20 A VV 1 15.30X 18.41X + 5158 (FF VII ) l AW70 10 A A41 12.60 15. 16 + 5176 (FE VI ) 1 AW7Q. . Q7 A 13. 10 15.76 + 5191 1 AW70 .20 2 1 11.50 13.84 + 5199 1 AW 70 .20 A 2 TAM 12.20X 14.68X + 5411 -HE IL. _i A W7Q -IQ 13.85 4.38 11.88 -2 V.V-.1- 15.30X 18.41X + l VV 1 13.85 . 39 11.8 3918.80 C II A K3 0. 16 0. 16 0. 19 0.19 + 5517 (CL III) 1 A W7 0 0.50 .42 0.42 3920.50 C II AK3 0. 29 0.29 0.35 0.35 + 5537 (CL III) 1 AW70 0.40 .33 0.33 3926.50 HE I AK3 0.15 0.15 0. 18 0.18 + 5754 II 1 VV 1 16.10 12.68 3964.70 HE I l AK3 1.16 1.16 1.38 1.38 + 5875 I 1 AW70 13.25 10.15 3967.50 (NF III) 1 AK 3 1.00 1.00 1. 19 1.19 + 1 VV 1 13.25 10.15 2 LA 16.80 19.92 + 6300 l VV 1 12. 12.90 8.98 2 0 14.50 17.19 + 6563 1 MA 350. 350.00 231. 231.89 2 TAM 15.60X 18.50 X + 2 VV 1 374. 247. _2 iüi- 17»3QX 20.51 X + 6563 (N II ) 2 VV 1 374.2 3970.10 H I l A K3 13.60 14.30 16.12 16.95 + 1 A41 15.00 14.30 17.78 16.95 + END L£ 25J 1 PK NQ. 159-15 1) _2 LA 16.8Q 19.91 + 2 14. 50 17.18 + 2 TAM 1 5.60X 18.49 X + _2 W 1 17.30X 2Q.5QX + BEGIN IC 418 (PK NO. 215-24 l) C = 0.32 (RADIO-H BETA) 4009.30 1 AK3 0.25 0.25 0.29 0.29 + 4026.20 l AK3 1.86 1.67 2. 18 1.96 + WAVE IDFNT N RG REF OBS I AVE 0 CORR I AVE C _! A-4.1- U 10 1*67 U 29 1.96 + 3187.70 HE I AK3 3.20 3.20 4.46 4.46 1.80 1.67 2. 11 1.96 + 3354.60 HE I AK 3 0.26 0.26 0.35 0.35 1.95 1.67 2.29 1.96 + 3447.5Q HE I AK3 0.59 0.59 ..78 0.78 1.66 ■ La 6 7 1.95 1.96- + 3512.50 HE I AK3 0.22 0.22 0.29 0.29 ?.. 10X 2.46X + 3530.50 HE I A K3 0. 39 0.39 0.50 0.50 6.OOX 7.03X + 418 (PK NO. 215-24 1) (PK NO. 215-24 1) + + 598 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + 418 (PK NO, 21Sr24 1) . _LC 415 (PK NCL 215-24 1) + WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C + 4068.60 (S II > 1 AK3 1.87 1.87 2.17 2.17 4959 to i m 1 LA54 40.00 46.26 39.38 45.55_ + 2 0 3.63 4.22 0 42. 70 46.26 42.04 45.55 + 4072 (S II) 1 A41 2.10 2.44 PTP 41.70 46.26 41.06 45.55 + 1 TAM 6.QQX 6.97X TAM ■57.QQ 46.26 56.12. 45.55- + 4072.20 O II AK3 0.39 0.39 0.45 0.45 VV 1 40.OOX 39.38X + 4076.20 ( S II) AK3 0.75 0.75 0.87 0.87 WYSE 50.00 A 49.23 A + 2 Q 3. 63_ .21 WVSE 3.00 A 2t 95 A + 4101.70 H I l AK3 20.20 22.40 23.32 2 5.86 A41 139.00 135.79 + 1 A41 24.00 22.40 27.70 25.86 AN 125.OOX 122.12 X + _J LÆ_ 25. 10 22.40- 7fl .97 ?5-86 am.. 17Q.QQ» -166.Q8*_ + 1 MI73 23.00 22.40 26.55 25.86 1 PE BR 153.20 143.17 149.67 139.87 + 1 0 20.20 22.40 23.32 25.86 I C PD A 138.00 143.17 134.82 139.87 + _1 PIP 21.90 22.40 25.28 25.86 _1 Lâ_ 159.OQ 143.17 -155.33- 139.87 + 1 TAM 28.10X 32.44X LA54 138.00 143.17 134.82 139.87 + l VV 1 29.OOX 33.47X PTP 132.00 143.17 128.95 139.87 + 4120.00 HE I 1 AK3 0.26 0.26 0.30 SM 100.00* 97.69* + 4128.50 AR II 1 AK3 0.05 0.05 0.06 0.06 TAM 143.00 139.70 + 4131.80 AR II 1 AK3 0.07 0.07 0.08 0.08 VV 1 126.50X 123.58X + 4141*80 HE I _1 AK3 .11- .37 Q. 42 0.42 WVSF 230.00 A 224.69- + 4153.30 O II l AK3 0.06 0.06 0.07 0.07 5015.70 HE I AK3 0.72 0.80 0.70 0.79 + 4267.00 C II l AK3 0.61 0.61 0.68 0.68 AW70 0. 89 0.80 0.87 0.79 + 4340*50 H I 1 AK3 . 40. 70 42.40 44«.82_ 46.77 WYSE -.2.00 A . 6.83- + 45.00 42.40 49.63 AW70 0.05 0.05 0.05 + 50.OOX 55.15X WYSE 3.00 A 2.91 A + 49.5Q 54.6Q _5Q.47 HE A.W7Q ..mu Q. 13 Q.13 —mil— + l M173 42.50 42.40 46.88 46.77 WYSE 3.00 A 2.91 + 1 0 40.80 42.40 45.00 46^77 5056 AW70 0. 14 0. 14 + OCR 41. Ifl 42.40 45.99 46.77 5112 WYSE 3.00 A + l PTP 43. 70 48.20 5120 A W70 0.04 0.04 0.04 + 1 TAM 51.OOX 56.25X 5125 WYSE 3.00 A 2.87 + _J VV 1— 65.30 X 77.O? X 5131 AM7Q 0.04 Q. 04 -Q.04_ + 4342.70 O II 1 AK 3 0.08 0.08 0.09 0.09 5145 (FF VI ) AW70 0.04 0.04 0.04 0.04 + 4363.20 (0 III) 1 AK 3 0.94 1.10 1.03 1.21 5158 (FE VII) AW7C 0.02 0.02 0.02 0.02 + 1 AN 1.54X 1.69.X -5191 LAR. HU- AMIQ 0.Q5 0.05 0.Q5 0.05 + 1 BOO 1.00* 1.10* (N I ) 1 0.26 0.25 + 2 LA 49.50 54.37 1 1.20* 1.13* + _L □ 1.70 1.87 _]— -3.00 A + 1 PTP 0.66 0.72 5200 (N A W70 0. 14 0. 13 + l SM 0.35* 0.38* 5212 WYSE 3.00 A 2.83 A + _J TAM 2.7QX 2.42 X (FF III-) A-W70 0.07 + l VV 1 33.00XA 36.24XA 5277 (FE VII) l AW70 0.04 0.04 0.04 0.04 + 4368.20 C 1 AK3 0.16 0.16 0. 18 0.18 5302 AW70 0.06 0.06 0.06 0.06 + 4387.90 HF _J AJL3 0.63 Q. 63 0. 69 0-69 WYSE 3.00 A + 4437.50 HE I l AK3 0. 11 0.11 0.12 0.12 5397 WYSE 3.00 A 2.75 A + 4471.50 HE I l A K3 3.17 4.16 3.42 4.48 5418 WYSE 3.00 A 2.74 A + -1 A41 4.46- 6.31 6.68 5656 WYSE 3.00 A + 8.OOX 8.62X 5514 l AW70 0.07 0.06 + LA 7.20 4.16 7.76 4.48 5517 (CL III) l IA AE2 0.55* 0.49* + _Ü 3.32 4.16 3* 58 4.48 1 2 A AE 2 0.66* + 1 PTP 3.09 3.33 AW7 0 0.32 0. 79 + 1 TAM 5. 80X 6. 25X BR 0.60* 0. 54* + -J VV 1- 6. 14X WY-SE -3^00 A + 4571.10 MG I 1 AK3 0.46 0.46 0.49 0.49 l IA AE2 1.00* 0.90* + 4627 MG I l AW70 0.03 0.03 0.03 0.03 l 2A AE2 1.00* 0.90* + 4630.50 C LI_ _2 AJL3 0.09- 0.09 _] AW-7Q 0.72 0.64 + 463C.50 N II AK 3 0.09 0.09 BR 0.90* 0.81* + 4634 N III AW70 0.04 0.04 0.04 0.04 WYSE 3.00 A 2.69 A + 4640 N III AW70 0.06 0.06 0.06 0.06 BR 0.50* 0.44* + 4647 C III AW70 0.08 0.08 0.08 0.08 WYSE 3.00 A 2.67 A + 4686 HE II VV 1 2.30X 2.38X 5658 WYSE 3.00 A 2.64 A + . j47imi4 HF- I AK3 Q. 58 n.60 5669 A W70 0. ?1 n. i a + 1 AW70 0.26 0.42 0.27 0.43 BR 0.30* 0.26* + 4768 O AK3 O.ll 0.11 O.ll O.ll 5677 N II WYSE 3.00 A 2.63 A + 4779.70 N II _1 Ô.K-3 0.11 Q. 11 0*11 5680 A-W.7 Q 0.12 Q. 11 + 4781.20 N II 1 AK3 0.08 0.08 0. 08 0.08 5695 1 WYSE 4.00 A 3.50 A + 4788 1 AW70 0.05 0.05 0.05 0.05 5696 C III I AW70 0. 17 0. 15 + 482-1 (FE III) J WYSE. L*-Q1. A _1 E BR .Q.4Q* -Q* 35*_ + I A W70 0.04 0.04 1 AW70 3.90 7. 85 3. 38 + 1 WYSE 1.00 A 1.01 A 1 F BR 4.90* 4. 25* + . 48^9. _1 WYSE- 1.00 A 1 PE BR 2Q.7Q -J-..85 _L7_. 96 6.81— + 1 AK3 100.00 100.00 100.00 100.00 0 3.90 7.85 3. 6.81 + 1 A41 100.00 100.00 100.00 100.00 PTP 2.89 7.85 2. 51 6.81 + 1 AN 10Q.0QX 100.OOX WYSE 12.00 A IQ.41 + l PE BR 100. 00 100.00 100.00 100.00 5765 WYSE 3.00 A 2.60 A + 1 CPDA 100.00 100.00 100.00 100.00 5875 HE I AHX 83.00* 70.86* + J, LA- 1QQ.Q4- 100.00 100.00 100.00 AW7Q 16.QQ 16.92 13.66 14.45 + 1 LA54 100.00 100.00 100.00 100.00 l PE BR 25.60 16.92 21.86 14.45 + l MI 73 100.00 100.00 100.00 100.00 1 0 13. 80 16.92 11.78 14.45 + -I Q— 1QQ.QQ 100.00 100.00 100.00 I PTP 12. 30 16.92 10.50 14.45 + 1 OCB 100.00 100.00 100.00 100.00 VV 1 27.60X 23.56X + l PTP 100.00 100.00 100.00 100.00 WYSE 20.00 A 17.07 A + 1 TAM IQQ.O-Q 100.00 100.00 100.00 6035 WYSE 2.0Q A 1.67 A + 1 VV 1 100.OOX 100.OOX 6046 1 F BR 0.40* 0.33* + 1 WYSE 100.00 A 100.00 A 6 049 1 WYSE 2.00 A 1.67 A + 4882— (FE III) _2 WYSE- 2.QQ A 1.99 A 6098 i F as_ Ü.3Q* 0.25* + 4882 ( FE III) 2 WYSE 2.00 A 1.99 A 6111 WYSE 2.00 A 1.66 A + 4888 0 II 1 WYSE 2.00 A 1.99 A 6130 WYSE 2.00 A 1.65 A + 4904 1 WYSE 2-00 A 1.99 A 6211 WXSE- 2.00 A 1.63 A + 4910 1 WYSE 2.00 A 1.98 A 6253 WYSE 2.00 A 1.62 A + 4921.90 1 AK3 0.62 0.61 0.61 0.61 6300 AHX 16.40* 13.23* + 1 AW7Q Q.6J- 0.61 0-60 0-61 9.80» 7.91* + 1 F BR 1-60* 1. 58* 2 PE BR 21.30 17.19 + 1 WYSE 3.00 A 2.97 A l CAM 0.01* 0.01* + 4??.! (Q MD _2 WYSE 2.00 A U99 A -J Q— .17 -4.17 3.37 .3.37_ + 4931 (FE III ) 2 WYSE 2.00 A 1.98 A VV 1 46.60X 37.61X + 4943 0 II 1 WYSE 2.00 A 1.97 A WYSE 8.00 A 6.46 A + 4945? . 1 WYSE. 3i QQ. A 2*96 A 6310 LS IIP £ BE— 3.60* + (0 III) 1 A41 50.00 46.26 49.23 45.55 2 PE BR 21.30 17.17 + 1 AN 52.OOX 51.20X 1 WYSE 4.00 A 3.22 A + 1 PE BR 41.70 46.26 41.06 45.55 9331 _1 WY-SE -2. QQ A 1.61 A + 1 CPDA 44.70 46.26 44.01 45.55 1 F BR 0.60* 0.48* + 1 LA 52.30 46.26 51.49 45.55 1 WYSE 2.00 A 1.61 A + 418 (PK NO. 215-24 1) 418 (PK NO. 215-24 II + + 599 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + 418 (PK NO. 215-24 1) _U; 4X8 t PK NCL 7 15-24 11 + WAVE IDEM N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 6363 (0 1 ) I AHX 4.90» 3.93* 10829 HE I 1 KPKT 145.00 145.00 86.02 86.02 + l F BR 3.70* 2.97* LAR 3.05* 1. 81* + 1 PF BR 12.40 9.94 0 145.00 145.00 86.02 86.02 + 1 WYSE 5.00 A 4.01 A PTP ._i¿6.«..QQ A JlLtlS. A + 6371 l F BR 0.60* 0.48* 10870 SI KPKT 20.00 A 11.85 A + 6386 1 WYSE 2.00 A 1.60 A 10938 H KPKT 19.00 18.40 11.22 + _6 42 3. -1.5.9-A- LAR Q.37* + (N II) _X3 PF BR WYSE . 717.60 + 2 «-QQ-.A-.. 563.25 0 + Q.63* + 17.80 10.51 10.87 + 1 QCR 76.00 59.65 PTP 15.50 A 9.16 A + 0.06* 0.05* 128I&. HE-KT 35-jlQQ 35.QQ 19.49 + 1 WYSE 110.00 86.34 A 16980 l KPKT 0. 0 0.0 0.0 0.0 + 3 PE BR 717.60 562.26 12 MU CNE II ) l GS 71.00 71.00 33.98 33.98 + _1 CAM 1.00* 0. 78» + LAR io.00* 7.84* REGION KEY (REG ION,REFERENCE,EXPLANATION) + l M I 73 335.00 363.50 262.48 284.81 IA, AE2 » REGION NOT INDICATED — A« B ON DIF. SCALES + _J Cl- .399. QQ. -363._5.Q_ 312.63 284.81 2A. AE2 . REGION NOT INDICATED — A.B ON DIF. SCALES + 1 OCR 389.00 363.50 304.79 284.81 FILAMENT IN RING S OF STAR + 1 PTP 331.00 363.50 259.35 284.81 PHOTOELECTRIC (FROM ALLER AND CZYZAK 1972, UNPUB.) + 2 VV 1 506.20X 396.62X + 1.00* 0.78* 418 (PK NO. 215-24 1) + WYSE 410.00 A 321.25 A + _LN Li L VV 1 506.30X 396.70X + 3 PF BR 717.60 560.94 + 1 CAM 0.60* 0.47* 972 (PK NO. 326+42 1) 0.03 (DUST MODEL) + _1_ 252. 00 196.98 173.53 + l OCR 214.00 222.00 167.28 173.53 WAVE IDENT N RG REF OBS I CORR I + 1 PTP 200.00 222.00 156.34 173.53 3727 (0 I I ) 1 KA2 600.00 612.50 A + 1 W 0.30* 4686 HF T I 1 KA? IQ^QQ 10-03 A + 1 WYSE 240.00 A 187.60 A 4861 I KA2 100.00 100.00 100.00 100.00 + 6638 1 WYSE 4.00 A 3.11 A 4959 III ) KA 2 270.00 270.00 269.61 269.61 + 6678 _1 AHX._ 27.3Q* —21.13* + 1 F 9.00* 6.96* 972 (PK NO. 326+42 1) + 3 PE BR 34.60 26.78 + _1 W Y-S-E— 12.00 A 9.29 A- + l 10 AE2 0.53* 0.41* + 1 2B AE2 0.42* 0. 32* BEGIN IC 1747 (PK NO. 130+ 11) C = 0.59 (HYDROGEN LINES) + 1 AHX 21.70* 16.73*. + 1 F BR 7.40* 5. 70* WAVE I DENT N RG REF OBS I AVE 0 CORR I AVE C + 3 PE BR 34.60 26.67 3132 0 III 1 ML CA70 6. 20 6.20 11.68 11.68 + 2 n 7.20 3-L8-7- HE I 1 ML--CA70-. 3 .-80 3^80 7.02 —7.02- + 1 WD 0.57* 0.44* 3203 HE II 1 ML CA70 3.20 3.20 5.87 5.87 + 1 WYSE 10.00 A 7.71 A 3312 0 III 1 ML CA70 2.00 2.00 3.50 3.50 + _LS II ) 1 IP AF2 1.00* - Q. 7.7 *_ 1 HL-.CA.7a - 4.86 + 1 2B AE2 i.oo* 0.77* 3444 1 ML CA70 3.90 3.90 6.47 6.47 + 1 AHX 42.90* 33.02* 3682 1 ML CA70 0.70 0.70 1.07 1.07 + _i—E as_ 18.20,* Í4-. fll*_ 3686- 1 ML-.Ç-A70. ■ 0.-60 0.60 ■l~2Z 1.22 + 3 PE BR 34.60 26.63 3691 1 ML CA70 0.90 0.90 1.37 1 .37 + 1 WD 1.00* 0. 77* 3697 l ML CA70 1.07 1.07 1.62 1.62 + -I WYSE . 12.00. A .24 A 3 703- ? Ml f.A7C 7. R» + 6734 ( S 11)2 9. 34 7. 19 3705 HE I 2 ML CA70 1.90 2.87 + 6755 12.00 A 9.21 A 3712 H I 1 ML CA70 1.80 2.72 + 0.70* 0. 53* 377 1 _H I— ? Ml CA70 3.91 + 6865 l F BR 0.40* 0.30* 3721 ( S III) 2 ML CA70 2.60 3.91 + 7006 ( AR V ) 1 F RR 1.00* 0. 75* 3726 (0 I I ) 1 P CA70 38.00 57.02 + 7065 HE I JL_E BE- . 26.50* 19.75* 1 Ml CA70 24.00 36.01 + l PE BR 15. 50 11.72 11.55 8.74 l VV 1 28.60 42.92 + 1 0 7.95 11.72 5.92 8.74 3728 I I ) l ML CA70 14.00 20.99 + (AR III) 1 F BR 25.20* 18.66* 3734 I 1 ML CA70 2.50 2.50 3.74 3.74 + l PE BR 16.60 13.19 12.29 9.77 3750 l ML CA70 3.00 3.00 4.46 4.46 + 1 0 9.79 13. 19 7.25 9.77 3754 III l ML CA70 0.60 0.60 0.89 0.89 + 7236 ( AR IV ) l-P- Zt 6Q* . 1.91* 3759 III 1 ML CA70 0.80 0.8.0 1 - 19 1 -19 + 7263 (AR IV ) l F 0.70* 0. 3770 1 ML CA70 4.20 4.20 5 6.20 .20 + 7281 HE I 1 F 2. 30* 1. 68* 3797 1 ML CA70 5.20 5.20 7.59 .59 + 7319 . (0 II) JL JE BE_ 22.QQ* ■ -16. Q2*_ 3819- .1 ML CA7Q 1-70 1.7Q 2.46 + 2 PE 8R 48.80 35. 53 l P CA70 7.60 8.90 10.93 12.80 + 1 0 39.80 37.35 28.96 27.18 1 ML CA70 8.40 8.90 12.08 12.80 + PTP 34.90 37.35 25. 39 27.18 JL VV 1 1Q.7Q 8.90 15.39 12.80 + (0 II ) 1 F 20.60* 14.98* 1 P CA70 110.00 107.50 156.05 152.50 + 2 PE BR 48.80 35.49 1 ML CA70 105.00 107.50 148.95 152.50 + 1 LAR 40.00* 29.09* __3 VV 1 71.40 101.29 + (AR III) 1 27.20* 19.04* 3888 HE I 2 P CA70 23.50 33.07 + 1 3.20 2.24 2 ML CA70 22.70 31.94 + -S39LZ . H I L_ 6.1Q* 4.08* 3889 H I 2 P CA70 23.50 33.06 + 8413 1 AHX 8.20* 5.47* 2 ML CA70 22.70 31.94 + 8446 1 AHX 32.40* 21.57* 3 VV 1 71.40 100.45 + R46 7 1 AHX 12.80* -. g.gi* 3 VV 1 71.40 100-45 + 8502 1 AHX 13.60* 9.02* (NE III) 2 P CA7C 43. 10 59.00 + 8545 l AHX 14.20* 9.39* 1 ML CA70 31.00 42.44 + ,8598 1 AHX 16.70* -11.Ql* 2 42.90 58.72 + 8665 21.30* 13.98* 2 P CA70 43. 10 58.95 + 2. 14 1.40 1 ML CA70 15.00 20. 52 + 8750 22.10* 14.44* 2 VV 1 42.90 58.67 + 1 0 2.40 2.40 1.57 1.57 4009 HE I 1 ML CA70 0.44 0. 59 + 8863 l 0 3. 32 3.32 2. 15 2.15 4023 HE II 2 ML CA70 2.80 3.76 + 9015 g_ 2. 34 2.34 1.51 -N51 ^026 HE I 2 ML CA7C 2.80 3.75 + 3.90* 2.50* 1 VV l 21.40 21.40 28.69 28.69 + 25.70 16.49 4068 (S II ) l ML CA70 1.40 1.40 1.85 1.85 + 9229 «PKT_ 7.10 ,A_ 4.52 A 4076 S JJ 1 ML CA7Q 0.60 7.45 Q.79 9.8Q + 0.12* 0.08* 1 VV 1 14.30 18.81 + 5. 75 3.66 2 P CA70 25.20 32.88 + PTP 3.16 A 2.Q1 A 1 ml CA7Q 1. QQ l.QQ 1« 30 !.. 3Q- + 9532 (S III) 1 PTP 81.00 A 50.74 A 1 C 25.00 32.57 + 9532 H I 2 LAP 1.00* 0.63* 2 P CA70 25.20 32. 83 + _9 53.3_ _LS LULL J KPKT 79.-¿Q 79.5Q 49.7.8 49.78 HL CA7Q 26. QQ 33. 8.7 + 2 76.00 47. 59 l VV 1 25.00 25.33 32.57 33.01 + 9539 2 76.00 47.59 4121 HE I 1 ML CA70 0.70 0.70 0.91 0.91 + _9546_ _LS III) 2 . i -nn» 0.63» 4143 HF I 1 MI CATO 1.20 1.20 1.54 1 .54 + L KPKT 12.00 11.40 7.35 6.98 4199 HE II 1 ML CA70 0.30 0.30 0.38 0.38 + l LAR 0.27* 0. 17* 4227 (FE V l ml CA70 1.00 1.00 1.24 1.24 + _J 0 10.BU 1 1 .40 6.61 6.98 4267 C LL 1 ML CA7Q 1.50 1.50 1.84 1 .84 + 8.90 A 5.45 A 1 C 40.00 47.92 + (S I I ) l 3.47 2. 13 2 P CA70 42.70 A 51.16 A + 418 (PK NO. 215-24 1) IC 1747 (PK NO. 130+ + + 600 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + If 1747 IPK NQ. Mn+ 1 n. ¿M3 (PK ttQ. 161-14.1) + WAVE IDENT N RG REF OBS I AVE □ CORR I AVE C WAVE IDENT N RG REF OBS I AVE Q CORR I AVE C + ^340 _b I 1 HL CA7Q 47. OQ 43.5Q 56.31 52.1L- 3428 _Q LU— J AC2Q- -5U3Q- -5.00- 5..QQ- 5.00... + VV 35.70 42.77 34^4 l A 28.00 24. 83 28.00 24.83 + (0 III ) l C 12.00 11.85 14.26 1 B A 30.00 24.83 30.00- 24.83 + P CA 42.70 A 50.76 A _J AC7Q- ..16.50.- 24.83 . 16.50 24.83 + 1 ML CA70 11.70 13.91 14.09 3676 AC 70 .30 0.30 0.30 0.30 + 2 VV 1 35.70 42.44 3679 AC7 0 0.50 0.50 0.50 0.50 + 4387 HE I 1 ML CA7Q 1.50— 1.50- 1.77- 1.77- 3682 AC 70. 0.70. -Q^Z.0- . Qa-1Q- Q-LZQ-. + HE I C 7.00 9.15 8.04 10.51 3686 H I l AC70 1.10 1.10 l. 10 1.10 + CA70 11.30 9.15 12.97 10.51 3691 H I l AC 70 1.60 1.60 1.60 1.60 + 1 ML CA7Q 6.50 A 7.46 A -3692- _t! I_ _l AC7Q- . 2.IQ. 2.IQ -2.-LQ - 2.1Q + VV 1 17.90X 20.55X 3703 I AC70 2.00 2.00 + C 2.00 1.35 2.24 1.51 3705 HE I 2 AC 70 2.00 2.00 + 1 ML CA70_ 0.70 1.35 Q-i-Tâ- 1.51 3711 1 AC7 0 2. 20 -2=^0- + 4634 III 1 ML CA70 0.42 0.46 3721 2 AC70 3.50 3. 50 + 4637 III 2 C 6.00 6.50 3721 (S ITT) 2 AC 70 3.50 3.50 + 4632- _C LL l ML CA7 0 6. 00 6.5Q- 3722. (0 II) J-A A -42.00- 42.00 + 4640 III 1.90 1.90 2.05 2.05 50.00 50.00 + 4647 C III l ML CA70 1.20 1.20 1.29 1.29 AC 70 28.00 28. 00 + 4685 HF II -2i + Ifl.QQ- 25.32 32_ •_L5— 76.95 w i. ■ 19.6QX. 19.6QX + 1 P CA70 21.00 22.35 26.95 3734 l AC 7 C 2.90 2.90 2.90 2.90 + 1 ML CA70 23.00 25.32 24.47 26.95 3740 HE II 1 AC70 0.25 0.25 0.25 0.25 + 1 VV 1 25.32 .82- 26.95— 3750 -tí I _1—A A_ . 5..QQ . 4.35 5.QQ . 4.35.. + (AR IV I 2 5.00 5.27 I AC 70 3. 70 4.35 3. 70 4.35 + 2 ML CA70 3.20 3.37 3754 III L AC70 0.70 0.70 0.70 0.70 + 4712 _2- 5.27- 3759 -LLL _1 ACJQ - ■ 5.30 - 5.50 . 5.50. 5.50- + 2 ML CA70 3.20 3.37 3 77C H I 1 AC70 4. 50 4.50 4. 50 4.50 + 4725 lNE IV ) I ML CA70 0.88 0.92 3781 HF II l AC7 0 0.30 0.30 0. 30 0.30 + 4740 CAR I V—L J C 4.00 4.17- 3791. _D III- _1 AC7Q 0. BO - Q.-8Q . 0. 80 0.80 + ML CA70 2.50 3.25 2.61 3.39 L A A 4. 80 5.35 4. 80 5.35 + C 100.00 ICO.00 100.00 100.00 I AC70 5.90 5.35 5.90 5.35 + P r.A70 100.QQ_ 1Qn.QQ- 100.00- i100.00 no.on -J AC 70 -1.-30 - -1.-3 0 - _30 , + 1 ML CA70 100.00 100.00 100.00 I A A 8.10 8.00 8.10 8.00 + l 0D63 100.00 100.00 100.00 100.00 I AC70 7.90 8.00 7.90 8.00 + 1 VV 1- 100.00- 100.00- 100.00- -1 AC 70 . - 0. 36 -0.36 - Q. 36 Q.-36 - + 1 c 3.00 3.55 2.95 3.49 3858 HE I I 1 AC70 0.60 0.60 0.60 0.60 + l ML CA70 4. 10 3.55 4.03 3.49 3868 (NE I II 1 1 A A 90.00 78.40 90.00 78.40 + _XQ 1 1 LI 1 P C.A70- 386.00- 378.43 375.08- 367.72- 75.00 XB.AQ . -75 ^LQ - 78.40 + I ML CA70 385.00 374.11 367.72 AC7 0 70.20 70. 20 + 1 VV 1 364.30 378.43 353.99 367.72 1 VV 1 84.30X 84.30X + --Í-0 I-M-L 1 p CA70- 1106.00- 1314.57- 1C59—3a_ 1259.17- —1—A A 20.00 20.-00 + 1 ML CA70 1150.00 1314.57 1101.53 1259.17 1 B + 2 AC70 + 20. 00 + 14.20 + 20.00 + 14. 20 + 1 1288.00 1314.57 1642.04 + 0063 1714.30- 1233.71 1259.17 + VV 1 1314.57- 1259.17- _2 VV- I 21.60X -2 1.60 X + 5015 HF I R AW70 0.43 0.43 0.41 0.41 3888 2 AC 70 14. 20 14.20 + 5411 HF II A AW70 0.59 1.48 0.50 1.25 2 VV 1 2l.60 X 21.60X + B AW7 0- . Q^ßX- 1.48.. Q. 71— 1.25- 3967-. ( ME.. LU-L -2-3 A + 1 C 3.00 2.54 1.25 2 B 42.00 42.00 + (CL III» I IA AE2 1.05* 0.86* l AC70 21.CO 21.00 + I A AW30- 0. 53 0.43— -2 VV. 1 51.POX 51.Û0X- + 8 AW70 0.56 0.46 39o7 2 A 50.00 50.00 + (CL III) IA AE2 1.00* 0. 82* 2 B 42.00 42.00 + A AW70- _fU32 0.67 _] 1 5.00 1 5.00 + B AW70 0.47 0.64 0.38 0.53 VV 1 51.OOX 51.OOX + 5592 0 III A AW70 0.26 0.26 0.21 0.21 4009 HE I AC 70 0.30 0.30 0.30 0.30 + 5754. -LN II J- A AW70— Q1.65 « 60— 1-12 0. 46— Q.az_ 4026 HF I 2.80 2.80 2.80 -2.au + B AW70 1.12 1.27 0.87 AC70 2.70 2. 70 + 5802 C IV C 18.00 18.00 13.69 13.69 4026 HF I I AC70 2.70 2.70 + 5875 HE I A AW70 12.40 28.45 9.26 21.26 4068 ( S II) A 2.50 2.50 + B AW70 15.40 28.45 11.51 21.26 AC70 2. 30 2.30 + C 36.00 28.45 26.90 21.26 A 2.50 2.50 + VV 1 50.00 28«45_ 37.36- 21.26 . . A C 7 0 3.40 A 3.40 A + 6300 (0 I VV 32. 10 32.10 21.62 21.62 VV 1 II.80X 1I.80X + 6548 (N II) c 36.00 36.00 23.03 23.03 4097 N III AC70 1.70 1.70 1.70 + 6563 H T _c_ 450.00- 450.00 ¿87.QQ- 287.00 -A1.Q1 . -Ü I to.on 30. on ? 8.3 3 + 389.30 248.28 30.00 28.33 30.00 28.33 + II ) VV 389.30 248.28 AC70 25.00 28.33 25.00 28.33 + 6584 - tT 1 _C_ 91.00 57.77 vv i 31.40 X 31.4QX . + 6717 l IP AE2 0. 53* 0. 33* 4120 HF I AC 70 0. 50 0. 50 0. 50 0.50 + 1 2 AE2 0.64* 0.40* 4143 HF I AC70 0.45 0.45 0.45 0.45 + 671£ __LS II—L 1 IB AE2 1« QQ*_ 0.62-*-- 4186 _C LU— . AC7Q -fl.55 -0.55. 0.55 -Q-.55— + l 2 AE2 1.00* 4199 HF I I l AC70 1.50 1.50 1.50 1.50 + 4267 C II 1 AC7 0 1.30 1.3 0 1.30 1.30 + REGION KEY {REGIQNiFEFERENCEtEXPLANATIDN.) . n gr.TTc- 4340. __H I 1 -A A 50.00 54.00 50.00 54.00 + 1A, AE2 . PA=0 DEG.» 4 ARCSEC FROM STAR — A,B ON DIF. SCALES 62.00 54.00 62.00 54.00 + 2t AE2 « PA= 0 DEG., 0 ARCSEC FROM STAR 50.00 54.00 50.00 54.00 + A-H7ÍU- PIMP PF ? 1 DBFS -52. 9-OX , 52« 9jCLX _ + B, AW70, OTHER LOBE A 12.00 l 0.35 12.00 10.35 + ML, CA70, MEAN LOBES AC 70 8.70 10.35 8. 70 10.35 + P. CA70. PHOTQFLFf-TRI C SCAN OF WHOLE NEBULA VV 1 - . 90 X + 4379 N III AC 70 0.40 0.40 0.40 0.40 + IC 1747 (PK NO. 130+ 1 1) 4387 HF l AC 70 0.80 0.80 0.80 0.80 + 4471 HF I __A 3.70 3.55 -3W.Q -L.-8L5 + 1 AC70 4.00 4.00 + 1 VV 1 11.80X 11.80X + BFGIN ir ?003 (PK NO. 161-14 1» C = Q±S)—I HYDROGEN L INE.S) -L. A A 4.30 4. 30 + 1 3.50 3.50 + WAVE AVE O CORR I AVE C 2 A 3.40 3.40 + 3133 __Q LU 1—A— A 85.QQ 85^.00- 85.QQ + B 5* 00- 21.00 _1 -L.2Û- -L.Zfl + 27.00 27. 00 21.00 1 C AW70 1.00 1.00 + AC70 15.00 21.00 15.00 21.00 2 A A 3.40 3.40 + 3299 _Q LLL AC70 4.30 4.3 Q - 4. 30_ .«-30 . _J AC 72 - 3-. QQ .3.00 + III 1 8.40 7.30 8.40 7. l C AW70 2.50 2.75 2. 50 2.75 + l AC7 0 6.20 7.30 6.20 7. 4647 1 AC70 1.70 l. 70 1.70 1.70 + 3340 _C LU 2L_ A AC 70 IQ. 70 10.7Q- 13.50 10.-7Q- 1(Ll7Q- 4649 AW70 1.40 + A 13.50 4650 0 III 2 C AW70 1.40 1.40 + 2 B A 15.60 15.60 4657 ( FE III) 3 C AW70 0.83 0. 83 + 3346 —LU 2—A A_ 13.50 13.5Q -4657, CFE II ). 2 AC 7 0 0.80 Q.BQ + 2 15.60 15.60 4658 III C AW70 0.83 0.83 + 2 A A 7.00 7.00 4658 IV AC 7 0 0.80 0.80 + __2__B A— .10- .10- 4661 r Aw7n n. R8 + 7.00 7.00 4673 D II AC70 0.60 0.60 0.60 0.60 + 7. 7. 10 4676 0 II AC 70 0.0 0.0 0.0 0.0 + IC 2003 (PK NO. 161-14 II IC 2003 (PK NO. 161-14 1) + + 601 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + _LC 2QÛ3 (PK Nn« 16L-1A II _LC 2149 (PK NQ. 166»1Q 11 + WAVE IDENT N RG REF □ BS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + 4685 -iJF II A.C7Q 5Q.Q0 5Q.QQ 5Q.QQ 5Q.QQ 3671.Qp_H \ _L K Q.91X um* + I A A 56.00 65.50 56.00 65.50 3673.00 H I 0.79 X 1.08X + 1 B A 75.00 65.50 75.00 65.50 3676.00 H I 0.76X 1.03X + -J VV I . 6Q.aQ-X 6Q. 8QX_ 3679.00 H 1 1.24X 1.69X + 1 A A 4.90 4.90 3682.00 H I 1.39X 1.89X + 2 ACTO 7.80 7.80 3686.00 H I 1.96X 2.66X + _2 C—AW7Q_ 6.30 . 6.30 3691.00 H I 1.81X 2.46X + 4713 HE I 2 AC7 0 7.80 7.80 3697.00 H I 1. 52 X 2.06X + 2 C AW70 6.30 6.30 3703.00 H I 2.71X 3.67X + 4 72.5 (NE IV ) 1 AC 70 0.70 0.70 3705.00 HE I 1.28X 1.73 X + 1 C AW70 0.50 0.50 3711.00 H I 3.06X 4.13X + (AR IV ) 1 A A 4.40 4.40 5.47 3721.00 H I 3.50X 4. 71 X + .1 A.C7.Q._ 6.50. -6.50 5.47 3721.00 (S III 1 3.50X 4.71 X + l C AW70 5.50 £.47 5.50 5.47 1 A 110.00 147.86 + l A A 100.00 LOO.00 100.00 100.00 1 ACP 68.30 91.81 + 1 B A 100. 00 100.00 100.00 100.00 1 AH 1.00* 1.34* + i AC70 100.00 100.00 100.00 100.00 47.40X 63.71X + 1 0063 100.00 100.00 100.00 100.00 LA 98.00 131.73 + 1 VV 1 100.oox 100.oox 0 73.50 98.80 + 4922 HE I l C AW70 0.68 0.68 0.68 0.68 1 OS 1.00* 1.34* + 4931 (0 III) 1 C AW70 0.46 0.46 0.46 0.46 1 VV 2 96.70X 129.98X + 4944 -( FE vii l i C AW7Q Q.28 0.28 -0.28 0.28 3729 (0 II) A áH 0.28» 1.05» + 400.00 346.67 400.00 346.67 l 29.OOX 38.95X + 300.00 346.67 300.00 346.67 l OS 0.60* 0.81* + -AC7Q.- 340.00 346.67 MO . QQ 346.67 3734.00 H I _Ji K 3 .-43 X_ 4.87X + I VV l 529. 40X 529.40X 3750 H I 7.30 7.30 9.75 9.75 + 4972 (FE VI ) 1 C AW70 0. 32 0.32 0.32 0.32 4. 18 X 5.58X + 5006 (o im _L_£ A 1360.00 1082.50 1360.00 1082.50 3770 H I 9.00 9.00 11.95 . 11^.95 .. + 1 B A 980.00 1082.50 980.00 1082.50 5. 34X 7.09X + l AC 70 990.00 1082.50 990.00 1082.50 9.20 12. 13 + _1 0063 1000.00 1082.5Q 1000.00 1082.50 5.57X 7.34X + l VV 1 1764.70X 1764.70 X 1 0 3.54 6.37 4.67 + 5015 HE I L C AW70 0.85 0.85 0.85 0.85 1 VV 2 4.30XA 5.67XA + 5047 -HE I JL C AW7Q Q. 30 0. 30 0.30 0.30 -3jB 1 9 . OjQ HF I 1.3.3 X 1.74X + 5191 (AR III) l SB AW70 0.22 0.22 0.22 0.22 A 12.00 7.78 15.64 10.14 + 5198 (NI ) l SB AW70 0.35 •0.3 5 0.35 0.35 ACP 5.32 7.78 6.93 10.14 + 5.2 Q.Q _LN I L 1 Sß-_AH7Q Q. 30 0.3 0 _ Q.30 - 0.30 6.13 X 7.99X + 5292 l C AW70 0.50 0.50 0.50 6.03 7.78 7.86 + 5323 (CL TV ) 1 C AW70 0. 17 0.13 0. 17 8. 30X 10.82X + 1 SR AU70 0. 09 ■ 0^1 3 -0.09- 3856.00 ST I T 0. 21 X —0.2XX + l WB AW70 0.14 0.13 0.14 0.13 1 A 24.00 23.47 30.97 30.28 + 5335 l SB AW70 0. 11 0.11 0. 11 0.11 1 ACP 22.40 23.47 28.91 30.28 + 5346 _J C AW70 0-4? - 0^-36 _ 0.42 _ 0.36 -A K 19.70 X 25.42X + L SB AW70 0.44 0.36 0.44 0.36 2 LA 50. 70 65.43 + l WB AW70 0.22 0.36 0.22 0.36 1 0 24.00 30.97 + —HE II _I C AW7Q 6.00 17-77 -6.00 17.77 _J VV 2 - 3. OOX 3.87X + L SB AW70 5.90 17.77 5.90 17.77 15.00 19.24 + 1 WB AW70 6.30 17.77 6. 30 17.77 14.30 18.34 + _1 VV 1 52.9a —l-X^-7 7 52.90 17.77 1 5-.-IPX 70.14X + 1 A AE2 0.82* 0.82* LA 50.70 65.02 + 1 C AW70 0. 86 0.80 0. 86 0.80 0 14. 80 18.98 + 1 SB AW70 1 -08 0-80 1-08 0-80 23.-30X 29.88X + 1 WB AW70 0.47 0.47 14.30 18.34 + i A AE2 1.00* 1.00* 15.70X 20.14X + 1 SR AW70 1.30 0.8 5 - 1.30— 0.85 14.BQ 18-9« + 1 WB AW70 0.40 0.85 0.40 0.85 23.30X 29.88X + 5592 1 C AW70 0.23 0.3 3 0.23 0.33 3926.00 HE I 0.20X 0.25X + 1 SB AW70 0.34 0.33 0.34 0.33 3964.00 HF I 0. 89X 1.12X + 1 WB AW70 0.43 0.33 0.43 0.33 3967 (NE III) 23.00 28.92 + l C AW70 0.51 11.45 0.51 11.45 ACP 18.40 23. 13 + 1 SB AW70 1.80 11.45 - 1.80... 11-45 _K_ 5.54X 6. 97X + 1 WB AW70 0.40 11.45 0.40 11.45 2 LA 22.40 28. 16 + l VV 1 43.10 11.45 43. 10 11.45 2 VV 2 36.70X 46.14X + —HE -IJ 1 SB -AH7.Q— 0-45 CL-49 0.45 0^ .3367 _tí I_ _2  23.QQ 28.9J- + l WB AW70 0.53 0.49 0. 53 0.49 18.40 23. 13 + 1 C AW 70 2.50 1.33 2.50 1 .33 L2.20X 15.34X + 1 SB AW7Q.. 0.98 1.33 0.98 1 *33 22.40 28.16 + l WB AW70 0.51 1.33 0.51 1.33 2 17.80 22.38 + l C AW70 1.60 0.82 1.60 0.82 2 36.70X 46.14X + 1 SB AW70 0.48 —O-j-92 0.48 0.82 (NE III) _2 □_ 17.8Q 7?.36 + l WB AW70 0.37 0.82 0.37 0.82 4026 HE I 1 VV 2 9. 70X 12.01X + 1 C AW70 10.,90 21.77 10.90 21.77 4097 N II! 2 ACP 20.80 25.25 + 1 SB AW70 15.00 21.77 15.00 21.17 4101 H I _1 A_ 30.QQ 23.3Q 36.38 + 1 WB AW70 6.60 21.77 6.60 21.77 ACP 20.80 25.22 + 1 VV 1 54.60 21.77 54.60 21.77 1 LA 25. 70 23.30 31.16 28.25 + 1 VV 1 13.7Q 13.7Q 13- 70 13.7Q 1 *173 18.90 23.30 22.92 28.25 + 6563 H I 2 VV 1 313.70 313.70 1 0 le. 60 23.30 22.56 28.25 + 6563 (N II) 2 W 1 313.70 313.70 1 VV 2 46.70 X 56.63X + 6717 _LS II 1 1 8 AE2 0.56* 0.56* 4340 H I_ _l fi- 52.00 42.72 59.32 4A.74 - + ( S 11)1 R AE2 ACP 39.60 45.17 + AN 49.30X 56.24X + PEGICN KEY (REGION.REFERENCE.EXPLANATION) LA 63.80 72.78 + REGION A I HI 73 44. 10 42.72 50.31 48.74 + REGION R l 0 34. 80 42.72 39. 70 48.74 + AE? ♦ REGIONS A AND B CN DIFFERENT SCALES ORF 40.00 -A2t?2_ 45.63 48.74 + C, AW70» CENTER l VV 2 60.OOX 68.44X + SB, AW70, STRONG BLCB (0 III) L A 6.00 6.81 + WP, AW70, WEAK BLOB OPPOSITE REGION SB _2 à£P 39-J-6Q 44.92 + 1 AN 3. 70X 4.20X + IC 2003 (PK NO. 161-14 l) 1 BDO 100.00* 113.43* + _2 LA 63.80 72.37 + 0 3.72 4.22 5.51 + VV 2 5.70XA 6.47XA + ■ N IC 2149 (PK NO, 166+ IQ 1) C = 0.43 (HYDROGEN LINES) -A.47L- HE.-L- 7.60 _5.40 5.98 + 1 ACP 4.34 4.80 + WAVE IDENT N RG REF OBS I CORR I AVE C 1 AN 7. OOX 7.74X + 3587,00 hlE I _J K 0.55X Q.77X _1 Lfi 17.50X 19.35 X + 3599.00 HE 0. 99 X 1.37 X l 0 4. 27 4.72 + 3613.00 HE I 1.17X l. 62 X l VV 2 6.30X 6.97X + 3634.00 HF T Q.95X 1. 31X —4-645 III _2 VV 2 4.Q0XA 4.23.XA + 3667.00 0.42X 0.57X 4645 N III VV 2 4.OOXA 4. 23XA + 3669.00 0. 48 X 0. 65 X 4686 HE II VV 2 2.OOX 2.09X + If 2149 (PK NO. 166+10 1) IC 2149 (PK NO. 166+10 1) + + 602 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + IC 2149 (PK NO. 166*10 1> _LC 2165 (PK N(1. ??1-1? 1) + WAVE TDENT N RG REF OBS I AVE Q CORR I AVE C WAVE IDENT N RG REF OBS I CORR I AVE C + 4961 __b I _L_ IQQ.-Qfl- IQQ.Qa. 1QQ.QQ 100.00 3444 0 III LA_ 57.50 108.59 + 1 ACP 100.00 100.00 3448 HE I KCA 0.44 0.44 0.83 0.83 + l AN 100.oox 100.oox 3554.40 HE ! KC A 0.40 0.40 0.72 0.72 + _J CPPA_ 100.00 100.00 1QQ.0Q 3560 O IV KCA 0.40 0.4Q 0.7? 0.72 + l LA 100.00 100.00 100.00 100.00 3587.30 HE I KCA 0.25 0.25 0.44 0.44 + 1 LA54 100.00 100.00 100.00 100.00 3634 HE I KCA 0.47 0.47 0.81 0.81 + 1 HI 73 1QQ.QQ 1QQ.QQ- 1QQ.QQ 1QQ.Q0 3671 H I_ ..KCA Q,Q 0.0 _QjlQ_ Q.Q + 1 100.00 100.00 100.00 100.00 3674 H I KCA 0.0 0.0 0.0 0.0 + l ORF 100.00 100.00 100.00 100.00 3676 H I KCA 0.74 0.74 1.26 1.26 + _J VV 2_ 100«oox. 100.oox 3679 H L_ KCA _0-t.9Q 0.90 U36. 1.36 + (0 III ) l 140.00 162.74 137.10 159.37 3682 H I KCA 0.86 0.86 1.46 1.46 + 1 ACP 149.00 162.74 145.91 159.37 3686 H T KCA 0.99 0.99 1.68 1.68 + L_ AN 190.OOX 186.06X -3691 tí I_ KCA 1.14 1.14 _U —1.93 + 1 CPDA 162.20 162.74 158.84 159.37 3697 KCA 1.46 1.46 2.46 2. + 1 LA 162.00 162.74 158.64 159.37 3703 KCA 1.20 1.20 2.02 2.02 + _1 LA54- 185.00 162.74 -1-8.U 1.7 159.37 3705 HE I KCA 1.27 -L.-2-7 ¿.13 2.13 + l 0 166.00 162.74 162.56 159.37 3712.00 H I 1 KCA 1.80 3.01 + l ORF 175.00 162.74 171.37 159.37 3722.00 H I 2 KCA 2. 81 4.68 + .3 VV 2_ 156.70X 153.45X 37?? (S Till 2 KCA 2.81 4.68 + 1 410.00 424.47 397.31 411.33 KCA 22.90 38. 10 + 1 ACP 437.00 424.47 423.48 411.33 31.30 52.07 + _1 A£L_ 541.QQX 524.26X 44.50 74-.Q3 + l BOO 123.00* 119.19* i VV5 34.00 56.56 + 1 CPDA 489.80 424.47 474.64 411.33 3729.00 (O II) 1 KCA 14.00 23. 26 + _J LA- 408.00 424.47 395.37 411.33 3734.00 J KCA 2.53 -2.53 + l LA54 355.00 424.47 344.01 411.33 1 KCA 3.03 .31 4.98 7.10 + 1 ORF 447.00 424.47 433.17 411.33 1 A 5.60 4.31 9. 21 7.10 + -J VV 2_ 599.90X 581.33X 3754.8Q Q ULL _J KCA 1.06 _1..Û.6 1^.74. + 5411 HE I] 1 VV 2 2.30XA 2.04XA 3757.00 0 III 1 KCA 0.29 0.29 0.48 0.48 + 5554 (N II ) l VV 2 92.00 A 79.00 A 3759.90 0 III 1 KCA 3.89 3. 89 6.37 6.37 + 5876 HE I J □ 18.60 15.04 3771.00 H T J KCA 3.66 + l ORF 18. 00 16.63 14.55 13.45 l A 4.00 3.83 6. 51 6.24 + 1 VV 2 13.30 16.63 10.75 13.45 3774.00 0 III 1 KCA 0.23 0.23 0.37 0.37 + 1 VV 2— —25— —2—2-5- -3782.40 HE.. 11 -2 KCA Q.?0 0.32 + 1 CAM 1.00* 0.72* 3782.40 1A. 2. IQ — 2« Q-5— 2.96 2.89 4724.00 (NE IV 1 AW70 1.55 1.65 + 4077 5 KCA 0.80 1.13 4725.00 (NE IV ) 1 KCA 0.48 0.51 + 4077 5 KCA 0.80 1.13 4741.10 (AR IV ) 1 KCA 5. 89 5.93 6.21 6.26 + 4Q7-L _5 KCA O.BQ . 13 J A 6.50 5.93- 6.85 -6.26 + 4077 0 11 5 KCA 0.80 1.13 .50 5.93 6.85 6.26 + 4077 ( s II 1 5 KCA 0.80 1.13 .60 5.93 4.85 6.26 + 4085 0.17 + 4097. 00 N III 1 KCA + KCA 0.12 + 1.51 -Q.12 + 1.51 2.11 0.17 + 2.11 + 1 L (1A_ + l MW MA + .50 + 5. 60 + 5.93 + 5.93 + 6.85 + 5. + -6.26.. + 4101, 00 H I 1 KCA 23.80 25.22 33. 16 35.14 4816 1 KCA 0, 11 0.11 0. 0.11 + 1 A 26.50 25.22 36.93 li.t-14 4-861.00 d L_ _L K£A_ _LQÜ-i 00 100.00 10.0. 1QQ.QQ + l LA 20.50 25.22 28.57 35.14 100, 00 100. 00 100.00 + 1 L MA 26.00 25.22 36. 23 35.14 AN 100. 00 X 100, oox + 1 MW MA 19.50 25.22 27.17_ 3J>g4 CPDA 100. m loo.oo 100 m lao.QQ + l VV5 35.00 25.22 48.77 35.14 l KA2 100. 100.00 100. 00 100.00 + 4103 III 1 KCA 0.43 0.43 0.60 0.60 1 LA 100. 100.00 100 00 100.00 + 412Q. AÛ Q_ . II _1 KCA 0.13 - 0.13 Û*. 0.18 _1_L 100. 100.00 100. m LQfl.QO. + 4122. 10 HE I 1 KCA 0.27 0.27 0.37 0.37 1 VV5 100 00 100. + 4129, 30 G II 1 KCA 0. 09 0.09 0.12 0.12 1 WYSE 100 .00 100. 00 A + 4143. 90 HE I 1 KCA 0.45 - 0*45 0.61- 0.61 4893 (FF VIM -AWZ-Q- ,09- 0. 09 112 -Q.Q9 + 4156, 00 C III KCA 0.08 0. 11 4922.30 HE I KCA 0.77 0.76 + 4156, 00 0 II KCA 0.08 0.11 AW70 0.77 0.76 + _4JL6JL 30 IK V 1 1. KCA.. 0.10 - 0.1Q n. 14 0-14 WYSE 4.00 A 3.91 A . + 4169, 60 HE I 2 KCA 0.07 0.09 4930.10 (0 HT 1 1 KCA .33 0.30 0.30 + 4169, 60 O II 2 KCA 0.07 0.09 1 A W70 .28 0.30 0.30 + 4187. ¿O C III . KCA 0.36 - 0.36 .jjg'tL- 1 AH 7-Q_ Q.2Q— 0.20 _Q.12— + 4200.00 HE II 1.22 1. 14 1.62 1.52 4944 (FE VII) 1 AW70 0. 10 0.10 0. 10 0.10 + 1.20 1.14 1.60 1.52 4959.00 (0 III) 1 KCA 395. 00 470.76 381. 02 454.10 + 1.00 1.14 1.33 1.5? 530. 470.76 5.11 24 454 «1-0— + 4200 HF I 1 L MA 1.20 1.20 1.60 1 .60 1 AN 508. OOX 490.0 + 4227, 80 (FE V I 1 KCA 0.26 0.26 0.34 0.34 l CPDA 538, 80 470.76 567.9 454.10 + 4267. Ml C T T J KCA 0.46 - 0.46 0.60 _1 LA —36Q. ÜO 470.76 347.2 454.10 + 4314 II KCA 0.06 0.06 0.08 0.08 1 VV5 480. 463. 454.10 + 4340 I KCA 28.40 38.84 35.62 48.72 1 WYSE 420. 405. + 46.00 38.84 57.7.0- 48.7? 497? LFF Vl_i J A-WJLO— CU. + 50.80X 63.72 X 4987 AW70 ,06 0.06 0. 06 0.06 + 30.30 38.84 38.01 48.72 4992 A W7 0 0 ,40 0.40 0. 38 0.38 + 46.00 -38.84 57.70 48.72 5007.00 (D MI) KCA 1 IRQ -00 1 283.60 ■1.LL8- -00 1216.16 + VV 5 43. 50 38.84 54.56 48.72 1 A 1280. 00 1283.60 1212. 75 1216.16 + 4363.00 ( n uni KCA 22.80 17.97 28.32 22.32 1 CPDA 1698. 00 1283.60 1608. 79 1216.16 + -17.97 22^32 _J LA JLL50. .00 1283.60 l-Q&SL 58 1-2-L6.1-6— + 1 AN 22.60X 28.07X 1 VV5 1110. 00 1283.60 1051, 68 1216.16 + 1 LA 8.20 17.97 10. 19 22.32 1 WYSE 1360. 00 A 1288. 54 A + _1 L MA_ 21.00 17.97 26.08 22.32 _J A. hi 70 .18 CUi8_ Û. JJk 0.74 + 1 MW MA 15.80 17.97 19.63 22.32 5047 l A W7 0 . 10 0.10 0.09 + 1 VV5 19.00 17.97 23.60 22.32 5131 1 A W70 .26 0.26 0.23 + _J KCA CL. 1 0 0. Lfl._ 0.1?. 0.1? -5-145 —A.W70- 0« ?4 .21 + 4379. 70 C III 2 KCA 0.12 0. 15 5151 1 AW70 , 06 0.06 0.05 + 4379. 70 MG I 2 KCA 0.12 0. 15 5158 1 AW70 , 16 0.16 0.14 + 43P7-, SP HP T _2 *r a -0.75 0.9? 5161 -J A.W7Q -06 0-06 0.04 + 43P7. III 2 KCA 0. 75 0. 92 5176 (FE VI ) 1 A W7 0 . 15 0. 15 0. 1 0.13 + 4396. II 1 KCA 0. 14 0.14 0. 17 0.17 5191 (AR III) l A W7 0 .22 0.22 0. 1 0.19 + 4448 —LI J KCA. 0. 06 D. 06 0.07 0.07 _jLN I L J AU70 + 4452 0 II 1 KCA 0.07 0.07 0.08 0.08 5270 (EE III) AW70 0.08 0.07 + 4471. 50 HE I l KCA 4.70 3.68 5.59 4.38 5277 (FE VII) AW70 0.08 0.07 + _L .40 - 3.68 4. 04 ...4-.,38 5304 AW70 0.09 0.08 + 1 KA2 2.50 3.68 2.97 4.38 5309 (CA V ) AW70 0.2 0 0.17 + l L MA 3.40 3.68 4. 04 4.38 5323 (CL IV ) AW70 0.12 0.10 + 1 MW MA 4.40 3.68 5. 23 4.38 5335 (FE VI ) AW70 0.13 0.11 + 4541.60 HE II l KCA 2.56 2.06 2.95 2.38 5342 AW70 0.05 0.04 + 1 A 1.80 2.06 2.08 2.38 5346 AW70 .13 0.13 0.11 + _JLJ M.4 1.80 2.06 2.08. 2.38 5387 —MYSE .00 A + l MW MA 2. 10 2.06 2.42 2.38 5402 1 WYSE + 4563 l KCA 0.08 0. 08 0.09 0.09 5411 l AW7C 7.2 5 5.88 + 4570. ¿0 MG L— 1 KCA 0.58 . 0.58 0.66 0.66 1 MW MA 7.25 -5.88- + 4575 1 KCA 0. 18 0. 20 1 WYSE 00 A 05 A + 4608, 80 0 II 2 KCA 0.29 0. 32 5423 (EE VI ) 1 AW 70 09 A 07 A + 4608. 8Q íFE III) _2 KCA (L.29 0. 3? -5-494 . (FE VI ) A A W7Q 12 A 09 A + 1.65 1.82 (CL III) l A AE2 80* 62* + 4. 70 5. 20 1 AW70 62 48 + -1.7Q —5-537_ i CL-LLU I A -AE2 00* 77* + 2 LA 5.70 6.30 l AW70 64 + 4640.60 N III 1 KCA 3.'46 3.82 (0 I ) 1 WYSE 00 A 63 A + _2 M .70 5,18. 5592 Q— JLY J AW7Q -L3 JD + A W70 3. 70 3.84 4.08 4.24 5754 ( N II) 1 A W70 30 1.30 0.9 0.94 + 1 L MA 4. 70 3.84 5. 18 4.24 5801 C IV 1 AW70 65 0.65 0.4 0.46 + 1 MW MA 3.50 3.84 3,86 4.24 5806 HE II 1 AW7Q 05 .A .0^0 + 4649 a I IT 3 A W7 0 0.92 L. 01 5872 C IV l AW70 0. 0.48 0.33 + 4649 C TI 3 AW7C 0.92 1.01 5875 HE 1 l A W7 0 17. 17.45 12.11 + 4649. C III 2 KCA 0.75 0.82 1 MW jjA _ 17. AO— 17.A5 -J12.11- + AW70 0.92 1.01 WYSE 20. 13.8 + 2 LA 5.70 6.26 6018 1 WYSE 3. 1.9 + 4649.2Q Q U_ 2 KCA 0.75 0.82 6085 1 MW MA Li 1.80 1. 1 1.17- + 4658.80 C IV 2 KCA 0. 58 0.63 6161 l WYSE + 1 A W70 0.62 0.68 6178 1 WYSE 00 A + 4659.8Ç (PE HU 2 KCA 0.58 0.63 6300 _JLQ I L 1 MW MA 40 + 4686.00 - HE I I 41.00 46.68 44. 32 50.46 1 WYSE .00 A 7.40 4.2 + 4.51 + 60.00 46.68 64. 86 50.46 6311 ( S III) l WYSE .00 A 3.0 + 49.OOX 52.97X 6363 (0 J L 1 WYSE .00 A 2,4 + 38.00 46.68 41.08 50.46 6364 0 MW MA 3. 1.8 + 46. 40 46.68 50. 16 50.46 6548 (N II ) 1 WYSE 50. 28. 5 + 48.QQ -46.68 51.89 50.46 6563 2 VV5 310. 176. 3 + 7.63 8. 15 1 WYSE 470. 267 + 7.20 7.69 6563 II ) 2 VV5 310. 176. + AW7Q .¿Q 7.69 6594 ID A MYSE 1QQ, 56. 56 A + 2 LA 5.90 6.30 6678 HE I 1 MW MA ,40 54 + 1 L MA 7.20 6.90 7.69 7.37 6713 ( S II) 2 MW MA ,30 10 + 1 MW MA 6.60 6.90 ,-Q5_ 7.37 6717 (S II) 1 B AE2 .60* 33* + KCA 7.63 8. 15 1 B AE2 .00* + 2 A 7.20 7.69 2 MW MA .30 + 2 AW70 -X.20 7.69 + LA 5.90 6.30 REGION KEY (REG ION,REFERFNCE,EX PLANATI ON) + 4724.00 (NE IV ) 1 KCA 0.67 0.71 A, AE2 , REGIONS A AND B ON DIFFERENT SCALES + IC 2165 (PK NO. 221-12 1) IC 2165 (PK NO. 221-12 1) + 604 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + _LC 2165 tPK NQ. 221-12 1L. rr I PK NCI. 1 7^ + 34 i \ + L, M& LICK OBSERVATIONS WAVE N RG REF OBS I AVE 0 CORR I AVE C + MW, WA MOUNT WILSON OBSERVATIONS 3829 I LAC D _I.^2 1*42 L»59 . + 1 A 6.20 7.40 6.93 8.27 + IC 2165 (PK NO. 221-12 1) 1 LACD 8.60 7.40 9.61 8.27 + _i vv 2_ 6.70 X . 7.V?X + 1 66. CO 65.30 73.44 72.66 + 1 KA2 54.00 65.30 60. 72.66 + -RfÇIN IC 2V48 (PK NO. 285-14 1) QtPe (RAPIQ-H BETA) 1 LACD 75.90 9^45 72jA6 + 96.70XA 107.60XA + WAVE IDENT N RG REF CORR I 22.00 24.41 + 3727 AE. *22- LACD 22.00 24.41 + 3868 (NE III) l AF 106.00 111.15 2 VV 2 40.00 XA 44.39XA + 3970 (NE III) 2 AF 37.00 38.60 2 LACD 22.00 24.41 + 3970 F* — I 2_ _Af_ 37.00 . ..38» 6.Q-. _2 VV 2 AQa.QQXA— ^.39XA + 4101 l 24.00 24.00 24.88 24.88 3964 HE I 1 LACD 1.66 1.66 1.83 1.83 + 4340 H I I AF 42.00 42.00 43.04 43.04 3967 (NE III) 2 A 30.00 33.02 + 4363 _Lc im i .AF 14«QQ 14.QQ- 14. 33 14.33 J LACD_ 38. 70 -38.70 42.59 4Z..5.9 + 4471 HE I 1 AF 4.00 4.00 4.08 4.08 2 VV 2 46.70X 51.40X + 4686 HF II 1 AF 33.00 37.30 33.28 37.61 2 A 30. 00 33.02 + _L_ WB 41.60 _3.7. 3Q_ 41.95 37.61 _2 yy_2_ 46.7QX -5-1.4QX + 4712 (AR IV ) 2 AF 5.80 5.8 3970 (NE III) LACD 38. 70 38.70 42.58 42.58 + 4740 (AR IV ) 2 AF 5.80 5. 83 4009 HE I LACD 0.37 0.37 0.41 0.41 + -4.861 AF 100*00 ..,100.00 . IQOtOO IQOtOO 4026 HE I ..,5.60 4,16 (¿.±12 + 1 100.00 100.00 100.00 100.00 1 LACD 2.72 2.97 + 4959 (0 11 I ) 1 390.00 390.00 388.48 388.48 l VV 2 8.70 X 9.51 X + 5QQ7 _LQ IIP 1 1210.QQ 1205.00 1202.94 1197.97 .4058- 0 LACD 0-25 . .0.27 + 1200.00 1205.00 1193.00 1197.97 ( S II ) 2 A 3.90 4.24 + 1 LACD 0.44 0.48 + -END _1C 2445 (PK NO. 285-14 1L. .AOJ 6— _US LI L 2 ■ A>90 4.24 + LACD 0.10 0.10 0. 11 0.11 + 4097 N III LACD 1.00 1.00 1.08 1.08 + 4101 H I A 25.00 —24.83 ¿7. IQ 26.92 + BEGIN IC 2501 (PK NO. 280 -51) C = 0.55 (RADIO-H BETA) l LACD 25.00 24.83 27. 10 26.92 + 1 PTP 24. 50 24.83 26. 56 26.92 + IDENT N RG RFF AVF C _J VV 2 39.3QX 42 « 60 X + 4861 H I l WB 100.00 100.00 100.00 100.00 4120 HE I l LACD 0.50 0.50 0.54 0.54 + 5007 (0 I II ) 1 WB 850.00 850.00 816.50 816.50 4143 HE I l LACD 0. 35 0.35 0.38 0.38 + 4162 _Q LAC CL 0-25 0.25 0.27 0.27 + IC 2501 (PK NO. 280 -5 1) 42.00 44.38 42.06 + 44.20X 46.70X + 37.20 39.31 + 1 MA62 36. 30 39.80 38. 36 42.06 + BEGIN IC 2553 *( PK NO. 285 -5 1) C = 0.23 (RADIO-H BETA) 1 PTP 43.70 39.80 46.18 42.06 + -J VV 2_ . .5 0. 70X + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 1 A 8.80 9.28 11.07 + 4861 H I l WB 100.00 l 00.00 100.00 100.00 l AN 17.30 X 18.24X + 5007 ca -U- i ) i m— 1320.-00 1320.oa 1297. 99 1297.99 -l LACD— 13.80 -14-.55 + l PTP 8.91 10.50 9. 39 + IC 2553 (PK NO. 285 -5 1) 1 VV 2 18.OOX 18.97X + 1 Am.-. a.Afl 0.72 + 1 A 4. 30 4.49 + 1 AN 14.OOX 14.60X + BEGIN TO 2621 ( PK NO. 291 -4 1) C g 0.0 (NO CAI Cl II. AT I ON ) _J KA7 4.50 4.69 + l LACD 6.80 7.09 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C l VV 2 13.30X 13.87X + 6563 jd i i hf^7 i. not 1 .OOtA -I LAUD- L.Û8 LULL- + 6584 (N II ) 1 HE67 0.50*A 4640 N III LACD 1.08 1.08 1.11 l.ll + 4659 LACD 0.41 0.41 0.42 0.42 + END IC 2621 (PK NO. 291 -4 1) 4685 HF II LACD 1.20 1.20 1.22 1.22 + VV 2 13.30X 13.55X + 4711 (AR IV ) LACD 2.21 2.21 2.25 2.25 + 471 3 HE I LACD.. 0.45 Q. 45 Q.46 Q.46 + BEGIN IC 3568 (PK NO. 123+34 1) 0.18 (RADIO-H BETA) 4740 (AR TV ) KA2 3.90 3.00 3.95 3.04 + LACD 2.11 3.00 2. 14 3.04 + IDENT N RG REF OBS I AVE O CORR I AVE C 4861 H I 100.00 100.00 100.00 100.00 + 3354 HE I 1 LACD 0.40 0.47 100.OOX 100.OOX + 3443 NE II 2 LACD 1.10 1.28 l CPDA 100.00 1 CO.00 100.00 100.00 + 3443 _0 LU 2 LACD 1-10 1.28 1 KA2 100.00 100,00 100.00 100.00 + 3447 LACD 0. 30 0.30 0.35 0.35 l LACD 100.00 100.00 100.00 100.00 + 3604 LACD 0.20 0.20 0.23 0.23 1 MA62 100.00 100.00 100.00 100.00 + 3613 HE I 1 LACD 0.40 0.40 0.46 0.46 1 PTP 100.00 100.00 100.00 100.00 + 3634 l LACD 0. 50 0.5 0 0.57 0.57 VV 2 100.OOX 100.OOX + 3663 1 LACD 0.50 0.50 0.57 0.57 4922 HE I LACD 1.46 1.46 1.45 l .45 + 3664 _1 LACD 0.50 0.50 0.57 0.57 4959 (0 III ) 500.00 385.30 495.64 381.94 + 3666 l LACD 0.50 0.50 0.57 0.57 1 AN 282.OOX 279.54X + 3667 l LACD 0.50 0.50 0.57 0.57 1 CPDA 371.50 385.30 368.2b 381.94 + 3669 1 LACD 0. 70 0.70 0.80 0.80 _1 KA2 350.00 385.30 346.95 381.94 + 3671 l LACD 0.70 0.70 0.80 0.80 1 LACD 359.00 385.30 355.87 381.94 + 3673 1 LACD 0.60 0.60 0.68 0.68 1 DTP 346.00 385.30 342.98 381.94 + 3676 1 LACD 0.59 0.59 0.67 0.67 —1 VV. 2_ 253.30X 251.09X + 3679 l LACD 0. 0.73 0.83 0.83 4972 73 1.28 1.28 1.27 1.27 + 3682 l LACD 0.82 0.82 0.93 0.93 5006 1400.00 1 171.75 1381. 84 1 156.55 + 3686 1 LACD 1. ,.10- -Ute 1,25 -13- 754.OOX + 3691 1 LACD 1.09 1.09 1.24 1.24 l BE 1000.00* 987.03* + 3697 1 LACD 1.35 1.35 1.53 1.53 1 CPDA 1148.00 1 171.75 1133.11 1 156.55 + 3703 1 LACD 1. 19 1.19 1.35 1.35 1 LACD 1069.00 1 171.75 1055.13 1 156.55 + 3705 HE I l LACD 1.19 1.19 1.35 1.35 PTP 1070.00 1056.12 11 + 3711 H I 1 LACD 1. 80 1.80 2.04 2.04 VV 2 800.OOX 789.62X + 3721 _L§ LULL 2 LACD 2.72 3.08 5017- BE 2.05* 2.02* + 3721 2 LACD 2.72 3.08 5191 (AR III) 1 AW70 0.30 0.30 0. 29 0.29 + 3726 1 A 9.50 10.75 5411 HE I I l VV 2 10. 00 10.00 9.50 9.50 + _1 LACD 7.90 _ 3* 9.4 5517 (CL III) 1 A F2 1,00» 0.94* + l VV 2 U.30X 12.79X 5537 (CL III) l AE2 l. 00* 0.94* + 3729 (0 II ) l LACD 4.00 4.53 5801 C IV 1 AW70 3.00 3.00 2.76 2.76 + 3734 __±L -I LACD 2 *.35 2*25- 2« 66 2.66 5812 C IV 1 A W70 1.80 1.80 1.65 1.65 + 3750 l LACD 3.40 3.40 3.84 .84 l A W70 14.00 17.30 12.81 15.83 + 3754 III 1 LACD 0.50 0.50 0.56 .56 1 MA62 18.60 17.30 17.02 15.83 + 3757 III 1 I ACD 0.84 0-84 0.95 0.95 _1 VV 2 -13.30 17.30 17.66 15.83 + 3 760 1 LACD 0.75 0.75 0.85 0.85 6300 l VV 2 10.70 10.70 9.48 9.48 + 3762 0 LACD .27 0.27 0.30 0.30 6563 1 MA62 338.00 338.00 294.66 294.66 + 3770 1 LACD .04 4.04- -4.55 4.55 _2 VV. 2_ 140.00 122.05 + 1 LACD 5.00 5.61 6563 (N II ) 2 + 1 VV 2 8.OOX 8,98 X + END (PK ND. 123+34 1) + IC 3568 (PK NO. 123+34 l) + 605 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + BEGIN IC 4121 (PK NQ. 3Q4 _4 11 C.. =._0«69„tffADIQ-H BETA) _LC 4593 (PK NQ. 25+40 I) + WAVE IDENT N PG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + _5l96,1.. H I I WB 1QQ.QQ 100.00 100.00 1Q0.2Q. 4471 Hg I _l A 6.40 6.30 6t^¿ 6.*? + 5007 (O III» I WB 1550.00 1550.00 1473.75 1473.75 1 AN 7.00X 7.13X + 1 PE CEBA 6.30 6.30 6.42 6.42 + END IC 4191 (PK NQ. 304 -4 1) 1 PG CEBA 6.20 6.30 6.32 6.42 + VV 2 15.50X 15.79X + 4686 HE II 1 VV 2 11.50X 11.60X + -4861 H I 1 a LQ.Q-a.QO 100.00 100.00 100.00 + BEGIN IC 4406 (PK NO. 319+15 1) 0.28 (RADIO-H BETA) 1 AN 100.OOX 100.OOX + 1 PE CEBA 100.00 100.00 100.00 100.00 + WA VfL . IDENT N RG REF QB.S—I AVE Q CORR- I AVE C 1 PG CEBA 100.00 00.00 100.00 100.00 + 3 72 7 -9S + IC 4634 (PK NO. 0+12 1) 54.10 65.26 + 30. CO 36. 19 + 9. 10 10.-57 + 100.00 100.00 100.00 100.00 + BEGIN IC 4642 (RK NO. 334 -91) C = 0.12 (RADIO-H BETA) LA 100.00 100.00 100.00 100.00 + ■Qn63- i no.no ino.on i on.on i no-fin + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C VV 3 100.00 XA 100.00 XA + 3132 P III 1 AWR 57.50 57.50 65.40 65.40 VV 5 100.00 100.00 100.00 100 .00 + -3203 HE- I I -J AWR 70.00 -74.20 _L0 III) 1 A -4X0. QO 381.33 455.58 3*9.63 + 3312 0 III 1 AWR 11.00 12.32 LA 280.CO 271.41 + 3340 (NE V ) 2 AF 55.00 61.48 VV 3 870.OOX 843.30X + -3X40 0 MI 2 AT 55.00 VV 5 —3-9.4. 00 381.91 + 1 AWR 13.00 13.00 14.53 14.53 (0 I I I ) l LA 1030.00 l 294.33 982.92 l 235.17 + 3345 (NE V 1 AWR 67.00 67. 00 1Rfl.7^ + 74. 86 74.86 1 0D63 1413.00 1 294.33 1348.41 1 235.17 + 3425 (NE V _2 AJE 170.QQ- 1900.OOX 1813. 15X + AWR 143.00 143.00 158.75 158.75 1 VV 5 1440.00 1374. 18 + 3428 0 III AWR 4.50 4.50 4. 99 4.99 6563 I 2 VV5 415.00 254.78 + 3440 0 III AF 170.00 188.52 6563 II ) 2 515.00 316. 17 + 3444 0 III AWR 16.30 16.30 18.07 13.07 VV 5 415.CO 254.78 + 3703 H I AWR 2.80 2.80 3.05 3.05 VV 3 515.00 316.02 + —2212— __H I AWR 3. QO 2*120— 3.26 3.26 + 3 721 H I l AWR 4. 00 4.35 IC 4732 (PK NO. 10 -6 1) + 3726 (0 II) 1 AWR 4.40 4.78 + —3.728 _LQ I I ) 1 AWR 4-50 4.89 + 3734 1 AWR 3. 40 3.40 3.69 3.69 + 3750 1 AWR 3.80 3.80 4. 12 4.12 BEGIN IC 4776 (PK NO. 0.04 (RADIO-H BETA) + 3754 _1 AWR 4. 90 4.90 5.31 5.31 + 3759 0 III AWR .80 4.80 5.20 5.20 WAVE IDENT N RG REF OBS I CORR I AVE + 3770 H I AWR 6.50 6.50 7.03 7.03 3187 HF I l AKI 1.60* 1.67* + 3797 _H I AWR 7.80 7.80 8.42 8.42 3614 HF I __L AKI 0.30* 0.31* + 3835 1 AWR 13.50 13.50 14. 54 14.54 3634 HE I l AKI 0.60* 0.62* + 3868 CNE III) l AF 6.7.00 61.50 71.94 66.04 3671 H T l AKI 0.70* 0. 72* + -I AHR 56. QQ 61.50 60. 13 -66.Q4 3673 _y L— _L AKI 0.7Û* Q. 72* + 3889 2 AWR 16.40 17.58 3676 L AKI 1.00* 1.03* + 3889 HE I 2 AWR 16.40 17.58 3679 1 AKI 1.00* 1.03* + 3967 (NE III) 1 AWR 11,OO- ll.00 11.73 -11.73 3682 _1 AKI 1. 10» 1.13* + 2 AF 29.00 30.91 3686 l AKI 1.23* + 1 AWR 18.00 19. 18 3691 L AKI 1.30* 1.34* + 3970 (NE MI) 2 AF 29.00 3Q.91 —3697_ -X AKI 1.50» «-5.4.* + 4026 HE II L AWR 2.90 2.90 3.08 3.08 3704 HE I AKI 2.10* 2.16* + 4068 (S II ) 1 AWR 2. 30 2.30 2.43 2.43 3704 H I AKI 2. 10* 2.16* + 41Q1 H I 1 A£ 41.00 38.50 43.27 40.63 3712 _Ü I— AKI 2 . QQ* 2.06* + AWR 36.00 38.50 37.99 40.63 3722 2 AKI 3.50* 3.60* + 4199 HE II AWR 3.60 3.60 3.77 3.77 3722 ( S III) 2 AKI 3.50* 3.60* + 4267 C II AWR 1.80 1.80 1.88 1.38 3726 _LQ II X X AKI 22.00* 22.61* + AF 47.00 49.00 48.76 50.83 1 EV II.CO A 11.31 A + AWR 55.00 49.00 57.06 50.83 (0 II) l AKI 11.50* 11.82* + WB 45..QQ— 49.00 46.68 50.83 X EX- 3.00 A -3t.QS_A. + AF 23.00 16.67 23.82 17.26 3734 1 AK I 2.40* 2.47* + AWR 16.00 16.67 16. 57 17.26 3750 1 AKI 3. 50* 3.60* + 11.00 16.67 11.39 17.26 3771 AKI 4. 30* 4.41* + 4541 HE I I 5.40 5.40 5.53 5.53 3797 1 AKI 5. 30* 5. 44* + 4685 HF II 142.00 112.50 143.81 113.93 3819 HF I 1 AKI 1.50* I. 54* + AWR .112.QQ 112.5Q 113.42 113.93 3835 __H I— _L AKI 6.90* 7.Q7* + 1 WB 83.50 112.50 84.56 3889 I 2 AKI 13.00* 13.30* + 2 AF 22.70 22.95 3889 HE I 2 AKI 13.00* 13.30* + 1 AWR 15.00 15.00 —15.16 . 15.16 -396.7_ INE MIX J AKX . 18.QQ* 18. 39* + 4724 (NE IV ) 1 AWR 3.80 3.84 3970 AKI 14.00* 14. 30* + 4725 (NE IV ) 1 AWR 3.80 3.84 3979 EV 0.90 A 0.92 A + 474Q (AR IV ) 2 22.70- -22.90 AE + 12.00 12.00 12.10 12.10 3868 (NE I I I » EV 16.00 A 16.38 A + 100.00 100.00 100.00 100.00 3888 H I EV 6.00 A 6. 14 A + IC 4642 (PK NO. 334 -9 1) IC 4776 (PK NC. + 607 + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + IC 4776 (PK NO. 2-13 1) _1£ 4846 (PK NO. + WAVE IDENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I CORR I AVE C + 3888 HE I 2 EV 6.00 A 6_. 14 4 3967 _2 VV5 + 5-5l»..QQ 55.00.. + 3967 (NE III 1 I EV 10.00 A 10. 22 A 4009 HE I l PG AKI 0.20 0.20 0.20 0.20 + 3970 H I 1 EV 9.00 A 9. 19 A 4026 HE I 1 A 4.30 3.25 4.30 3.25 + 4026 HE I 1 AKT 0.20* Q- 20* I PG AKI 2.20 3.25 2.20 .3*25. + l EV 0.70 A ,71 4068 ( S II ) 2 A 4.70 4.70 + (S II ) l AKI 0.30* ,31* 1 PG AKI 1.40 1.40 + 1 EV 1.00 A ,02 A 4076 (S II ) 2 4.70 4.70 + ( S II) 1 AKI 1.00* .02* 1 PG AKI 0.60 0.60 0.60 0.60 + l EV 0.30 A .31 A 1 A27.00 25.60 27.00 25.60 + LLL 1 AKI 0.20* .20* -1 PG AKI 24.20 25.6Q 24.20 25.60 + l AKI 17.30* 17. 61* 4121 HE I 1 PG AKI 0.50 0.50 0.50 0.50 + l EV 21.00 A 21. 38 A 4144 HE I l PG AKI 0.50 0.50 0.50 0.50 + 4121 HE . !... AK.l 0.30» CL. 11* 43-4.0... _H I_ -l 49.00 _£lL 11_ _42. + 4- 47.33 . + 4143 HE I AKI 0.40* 41* PG AKI 46.00 47.33 46.00 47.33 + 4227 ( FE AKI 0.20* 20* 1 47.00 + VV 5 47.33 47.00 47.33 + 4340 _J EV_ 14.00 A 17 A 43.6.3-.. _U3 LULL J 1.4«_Q.Q_. 12.77 + 0_ 14.00- 12.77 + (0 III) AKI 5.70* 77* 1 PG AKI 7.70 12.77 7.70 12.77 + 1 EV 9.00 A 11 A 1 VV5 + 16.60 12.77 16.60 12.77 + HE II 1 AKI 0.60» ill* 4387 -JL..PG. , AKI_ ■ 10- 1.10 .10 L.1Q,- + 4387 HE I l EV 0.20 A 4471 HE I 9.40 7.55 9.40 7.55 + 4471 HE I 1 AKI 4.60* 64* PG AKI 5.70 7.55 5.70 7.55 + _J BL_ 4.00 A 08 A 4650 r. in PG AKT 0.30 0. 30 + 4571 MG I AKI 0.20* 20* 4650 2 PG AKI 0.30 0.30 + 4640 N III AKI 0.20* 20* 4658 1 PG AKI 0.20 0.20 0.20 + 4650 _£ LLL _2 AKI 0.30* 30». 4686 1 PG AKT 0.60 0.60 0. 60 + 4650 AKI 0.30* . 30* 4711 (AR IV ) 2 PG AKI 2.00 2.00 + 4658 l AKI 6.70* .73* 4713 HE I 2 PG AKI 2.00 2.00 + _J EV Q.. 50. A 4740 (. Afi .IV) 1 PG AKI 1.60. l . 60 + 2 AKI 0. 70* 100.00 100.00 100.00 100.00 + 2 EV 0.30 A l PE AKI 100.00 100.00 100.00 100.00 + 2 AKT 0.70* -1. PG AKI 10Q..QQ- 100.00 1QQ.QQ 1Q0.QQ + 0.30 A 30 A 1 100.00 100.00 100.00 + 0D63 100.00 + AKI 0. 50* 50* 1 VV5 + 100.00 1 00.00 100.00 100.00 + EV - Q . -Q A_ 4 A Q.O 1 PG AKI 1.90 1.90 + 4861 l EV 100.00 A 100. 00 A 1 360.00 373.50 360.00 + A 373.50 + 4881 (FE III) l AKI 0.40* 0. 40* 1 PE AKI 424.00 373.50 424.00 373.50 + 4921 HF I _1 AKI 1 . 20* 1 PG AKI 280.00 3 73.5,0 . 280.00 373.50 + l EV 0.40 A 430.00 373.50 430.00 373.50 + 4958 ( P Ill) 1 EV 240.00 A 239 970.00 1176. 75 970.00 1176.75 + 5006 ...(O.. III) J EV_ 640.00 A 638 1089.00 l.Ca.9^00- + 5015 HE I 1 EV 1.00 A l. I 0063 1238.00 1176.75 1288.00 1176.75 + 5754 IN II) 1 EV 1.00 A 0. l VV5 1360.00 1176.75 1360.00 1176.75 + 5-8.75 . HE .1 J EV- 77.00 A 75. -J A AE2 Q.54Jfe- 0.54* + 6242 0.0 A 0.0 0 A 0.0 5537 (CL III) l A AE2 1.00* 1.00* + 6253 0.0 A 0.0 0 A 0.0 5876 HP I 1 VV5 174.OOX 174.OOX + 6300 -LD I— 6.QQ A 84 A 6563 _LN LL -L -2 VV.5- 604.00 604.00 + 6312 (S III) 1 EV 3.50 A 6563 I VV5 604.00 604.00 + 6363 (P I ) 1 EV 1.00 A 6717 (S II ) B AE2 0.58* 0.58* + J EV- 37.QO A 35.90 A.. . _ 6X30— -LS II ) B AE2 1.00* 1.00* + 6562 H I 767. 00 A 743. + 6583 (N II) 156.00 A 151. 27 A REGION KEY (REG I ON,REFERENCE,EXPLANAT ION) + 6618. HE I 41.00 A 32. 71 A A. AF2 . REGIONS A AND B ON DIFFERENT SCALES + 6716 ( S 11 ) 5.00 A AKI PHOTOELECTRIC OBSERVATIONS + 6730 (s 11 ) 15.00 A AKI PHOTOGRAPHIC OBSERVATIONS + IC 4776 (PK NO. IC 4846 (PK NO. 27-9 l) + + BEGIN IC 4846 (PK NO. 27 -91) C = 0.0 (HYDROGEN LINES) BEGIN IC 4997 (PK NO. C = 0.52 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDF NT N RG REF OBS I AVE 0 CORR I AVE C + 3187 HF l l PG AKI 3.00 3.00 3.00 3.00 3 186. 29 HE I l AK2 0. 82 0.82 1.41 1.41 + 3614 HE I 1...ELG A-K.1- 0.40 0.40 0.40 Q.40 _32 Q2, 40 NE II _) K-A 0.05 Q.05 Q. Q9... + 3634 HF I 1 PG AKI 0.40 0.40 0.40 0.40 3216. II 0.05 0.05 0.08 0.08 + 3676 H I 1 PG AKI 0.70 0.70 0. 70 0.70 32 32. III 0.03 0.03 0.05 0.05 + 36.79- H I 1 PG AKI. 0.80 0.80 0.80 0.80 3236 0 » 05 0.05 0.08 0.08 . + 3682 1 PG AKI 0.90 0. 0.90 0.90 3239. 10 0 III 9 0.05 0.08 + 3686 1 PG AKI 1.10 1.10 1.10 1.10 3239. 10 ( FE III) 0.05 0.08 + 3691 1 PG AKI It 10 1. IQ U1Q ItLQ 326.0« 70 0 III 0.02 0.03 + 3697 H T 1 PG AKI 1.40 1.40 3278, 70 si in 2 KA 0.04 0.07 + 3703 H I 2 PG AKI 1.90 1.90 3278, 70 K III 2 KA 0.04 0.07 + 3703 H£ _L_ 2 PG AKI !..92 1.9Q 3297, 20 HE I— J AK2 0.07 0.12 + 3712 I 1 PG AKI 1.70 1.70 3301. 47 O I I 0.04 0.04 0.07 0.07 + 3722 I 2 PG AKI 2. 50 2.50 3306, 10 0 II 0.04 0.04 0.07 0.07 + 3722_ -LS LLU ? PG AKI 2.50 -2* 3335. 02 NE II 0.03 0.03 0.05 0.05 + (0 II) 1 A 40.00 40.00 3342 ,58 (NE III) AK2 0.43 0.43 0.70 0.70 + 1 PG AKI 18.00 18.00 3346 KA 0.03 0.03 0.05 0.05 + (0 II ) 1 PG AKI 7.90 7.90 3354 AK2 0.09 0.09 0. 15 0.15 + 3734 l PG AKI l. 70 1.70 l. 70 1.70 3387. 19 S III 0.04 0.04 0.06 0.06 + 3750 1 A 4.90 3. 85 4.90 3.85 3399 0.03 0.03 0.05 0.05 + 1 PG AKI 2.80 3.85 2.80 3.85 3443. AK2 Ot 03 0.03 -Qt Q?... 0.05 + 4. 10 3.90 4. 10 3.90 3447. 54 HE I 1 AK2 0. 12 0.19 + 1 PG AKI 3.70 3.90 3.70 3.90 3451 09 0 III 2 AK2 0.02 0.03 + 379JL- _1 A— 7.50 6.00 7.50 6.00 3451. 09 HF I _2 AK2 Ot 02 + l PG AKI 4. 50 6.00 4.50 6.00 3453. 00 HE I 1 AK2 0.03 0.03 0.05 0.05 + 3819 HF I 1 PG AKI 1.20 1.20 1.20 1.20 3456, 80 HF I 1 KA 0.03 0.03 0.05 0.05 + 3835 _jy i— 8.80 8.15 8.80 8.15 3460 _Q AK2 0.05 0.05 O.OB 0.08 + 7.50 8.15 7.50 8.15 3465, I 2 AK 2 0.05 0.08 + (NE III) l 87.00 76.00 87.00 76.00 3465. III 2 A K2 0.05 0.08 + 1 PG.AKI. 65.00 76.00 65.00 76.00 3.±UL 30 0 III J AK2 0.05. 0.05 0» 08 0.08 + 62.00 62.00 3471 HE I l AK2 0.03 0.03 0.05 0.05 + 21.00 21.00 3478 ,79 HE I 1 AK2 0.04 0.04 0.06 0.06 + 1 6. 00 16. on 8481 ,35 K TIT AK2 0.03 0.05 + 3 VV5 62.00 62.00 3481 , 35 NE II 2 AK2 0.03 0.05 + 2 PG AKI 16.00 16.00 3487, 55 HE I 1 AK2 0. 08 0.08 0.12 0.12 + -3 VV5 6?. 00 62.00 3468, .LQ Q LI— I AK2 Q-..Q2 -0.02 Q..Q3. Q.Q3 + (NE HI) 2 42.00 42.00 3497. 29 S III l AK2 0.03 0.03 0.05 0.05 + 1 PG AKI 19. 70 19. 70 3498, 71 HE I 1 AK2 0.09 0.09 0. 14 0.14 + 2 VV 5 55. 00 55. 00 3512 , HE I J AK2 0.09 Q. 09 0. 14 0.14 + 42.00 42.00 3517. 54 AK2 0.02 0.02 0.03 0.03 + 16.00 16. 00 3530, 61 HE I AK2 0. 12 0.12 0. 18 0.18 + IC 4846 (PK NO. 27 -9 1) IC 4997 (PK NO. 58+10 1) + 608 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + _LC 4Q97 (PK MO. Sfl+I 0 11 _JLC 493.7 (PK NQ. 58-HQ-l) + WAVE I0FNT N RG REF AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 3540.64 NF I I _1 AK2 0.06 Q«_Q3_ Q.Q9 .3838,10 S ITT AKZ 0.04 0*06-. + 3554.40 HE AK2 0. 14 0.14 0. 21 0.21 3838110 HE I AK2 0.04 0. 06 + 3561.19 NF I I AK2 0.04 0.04 0.06 0.06 3838.10 MG I AK2 0. 04 0.06 + 3562.5Q HF..I —KA. 0.04 .0.04 Q.Q6 . 0.06 3 842.95 0 UL_ AK7 0.Q2 Û..Q3- + 3564 0 0.04 0.04 0.06 0.06 3849 0.02 0.02 0.03 0.03 + 3568.59 NF I I l AK2 0.04 0.04 0.06 0.06 3852 0.02 0.02 0.03 0.03 + 3587.30 HF I _L A.&2 . 0.18 0.18 Q. 27 0.27 3853.88 SI IL_ 0.02 Q. 02 0.03 0.03 + 3613.67 HF I 1 AK2 0.20 0.20 0.30 0.30 3856.06 O II 2 AK2 0.10 0. 14 + 3634.29 HE I l AK2 0.25 0.25 0. 37 0.37 3856.06 SI II 2 AK 2 0.10 0.14 + 3654.06 S I ! 1 AK2 Q.O . ..Q.fl. . .3.858 . O AK2 Q.Q2 . CU QZ Q. 03 0.03 + 3659.30 AK 2 0.27 0.27 0.39 0.39 3862.61 SI II 1 AK 2 0. 11 0.11 0. 15 0.15 + 3660.22 A K2 0.25 O. 0.36 0.36 3864.69 O II 1 AK2 2 0.07 0.07 0.10 0.10 + 3661.23 AK 2 0.26 P. ■ .Q.3.a_ 0.38,, 3866 O AK2. 0.0 0.0 Q.O + 79.09 + 0.0 + 3662.23 l AK2 0.28 0.2 8 0.41 0.41 3868.72 (NE III) i AK2 58.10 64.18 87.37 + 3663.44 1 AK 2 0.29 0.2^ 0.42 0.42 1 A41 76.00 64.18 103.46 87.37 + 3664.69 _1 AK2 0.31 .Q.i.3.1 ■ -Q..-45- Q »45 Jl ALP,. + LA + 30.30 + 77.70 + 64.18 105.77 + 64.18 + 41.25 87.37 + 87.37 + 3666.07 l AK 2 0.32 0.32 0.47 0. + 3667.68 l AK2 0. 34 0.34 0.50 0.50 l 0 63.00 64.18 85.76 87.37 + 3669.47 1 AK2 0.38. 0.38 . 0.55 0.55 -J VV 2 , 80.00 64.18 ,.l-Qa*.9Q-. 87.37 + 3671.48 1 AK2 0.42 0.42 0.61 0.61 3870 AK2 0.0 0.0 0.0 0.0 + 3673.00 1 AK2 0.45 0.45 0.65 0.65 3871.67 HE I AK2 0. 18 0.18 0.24 0.24 + 3676.34 _l AK2 .0.49 . 0.49 0.71 0.71 3874.74 O II AK2 0.05 0.05 0.07 0.07 + 3679.35 1 AK2 0.53 0.53 0.77 0.77 3878.37 C II l AK2 0.02 0.02 0.03 0.03 + 3682.79 l AK2 0.67 0.67 0.97 0.97 3881.50 O II l KÀ Q ■ 02 0.02 0.03 0.03 + 3686.82 _1 AK2 0.70 . .0*2.0.. 1.01 1.01 3888.93 H I _2 AK.2 14.60 19.73. . + 3691.58 A K2 0. 83 0.83 1.20 1.20 2 A41 15.30 20.67 + 3694.29 NE I I AK2 0.06 0.06 0.09 0.09 2 LA 16.70 22.56 + 3695.34 P III AK2 ■ ■û*82. Q.Q2 .■Û*_Q3_. Q. 03 _Q 11.5Q. 15.54 + 3697.17 1 AK2 1.08 1.56 2 10.00 13.51 + 3699.03 S III 2 A K2 0.03 0.04 3888.93 HE I 2 AK2 14.60 19.73 + 3699.03 Q LLL _2 AK2 - _2 A41 . 15.3,0 70.67 + 3703.83 I l A K2 1.30 1.30 1.87 1.87 2 LA 16.70 22.56 + 3705.02 HE I l AK2 0.52 0.52 0.75 0.75 2 0 11.50 15.54 + 3707.32 _0 III _1 AKZ Q. 04 0.04 Q.Q6 . -0*06. _2 V.V. 2- 1Q.OO 13.51 + 3709.24 NE I I AK2 0.04 0.06 3918.88 C II l AK2 0.02 0.02 0.03 0.03 + 3709.24 S III AK2 0.04 0.06 3920.56 C I I l AK2 0.05 0.05 0.07 0.07 + ^ 70Q.74 AK? 39?6.56 HF I _J AK? 0.15 + 3711.99 I 1 AK2 1.62 1.62 2.33 2.33 3929 0.03 0.03 0.04 0.04 + 3714.9? I II l AK 2 0.05 0.05 0.07 0.07 3935.73 A K2 0.03 0.03 0.04 0.04 + -3.718. 14 AR . M . -1 /UC2_ 0.04 ■ 0.06 AK2... n.n? o..n\. + 3721.86 I 3 A K2 2.81 4.02 3945.90 C 2 KA 0.03 0.04 + 3721.86 P III 3 A K2 2.81 4.02 3945.90 C 2 KA 0.03 0.04 + -aj-21.86 -N F. II _3 AJ£_2_ .3954.64 □ I_L_ _J AK? + 3726.11 (G II ) 1 AK2 14.70 21.02 3961.39 O III 2 AK 2 0.05 0.07 + l A41 22.00 31.46 3961.39 S III 2 AK2 0.05 0.07 + J ACP 3964.80 HE—I J AK2 + AUV 1.00*A l.43*A 3967.41 (NE III) 2 AK2 33.00 43.53 + LA 24.00 34. 32 2 A41 45.00 59. 36 + 2 ACE— + 1 SG 1.00* 1.43* 2 LA 38. 80 51.18 + 1 VV 2 ?0.00 28.60 2 VV 2 56.00 73.86 + 3728.85 (P U L J AJL2 _2 AJL2 33.00 .43.49. + l AUV 0•38 *A 0.54*A A41 45.00 59.30 + 1 SO 0. 34* 0.49* ACP 15. 10 19.90 + 3730.64 HF T _J AK? 0.04 0.04 0.06 0.06 —LA— 38.80 51. 13 + 3732.69 HE I AK2 0.08 0.08 0.11 O.ll 0 32.40 42.70 + 3734.41 H I A K2 2.06 2.06 2.94 2.94 VV 2 56.00 73.80 + 3737 HE I AK? 0.01 0.01 0.01 0.01 3970 (NE III) a 32.40 42.70 + 3739.55 0 I I A K2 0.02 0.02 0.03 0.03 3972.94 O II AK2 0.03 0. 03 0.04 0.04 + 3745.89 N III AK2 0.03 0.04 3976 A K2 0.02 0.02 0.03 0.03 + 3745.89 HF I AK? 0-03 0-04 .3983.25 Q U AK? Q. 04 Q. 04 Q. 05 , 0,05 + 3750.20 I 1 A K2 2.69 3.24 3.82 4.60 3985.48 0 l AK 2 0.05 0.05 0.07 0.07 + l A41 3.80 3.24 5.39 4.60 3989 O AK2 0.04 0.04 0.05 0.05 + 3u75l4^55- _2 AK2. 4QQQ _0 AK2 0.08 ■Q.*10_ .Q...LQ- + 3754.55 N III AK2 0.04 0.06 4008.50 (FE III) I AK2 0.07 0.07 0.09 0.09 + 3755.99 HE I AK2 0.05 0.07 4009.26 HE I l AK 2 0.21 0.21 0.27 0.27 + 3757,64 N LUL . AK2... Q, Q4 Q.Q6, -4J31.9. O A K2 Q..Q3 Q, 03 Q.Q4. Q.Q4 . + 3757.64 I II 2 AK2 0.04 0.06 4023.81 HE I 1 AK 2 0. 04 0.04 0.05 0.05 + 3766.58 NE I I l AK2 0.03 0.03 0.04 0.04 4026.14 HF I l AK2 2.33 2.99 3.02 3.88 + 3768.89 .HE. I _1 AKZ- 0.04 Q* 04 0.06 0.06 1 A41 .3,40 2.99 4.40 3.88 + I A K2 3.38 3.94 .76 5.55 1 LA 2.99 5.18 + A41 •4. 50 3.94 6. 34 5.55 1 0 2.99 4. 71 + T II AK.2 . 0.03 0.03 0.04 0.04 1 w 2 2.99 2.07 + 3777.24 1 AK2 0.03 0.03 0. 04 0.04 4029 0 AK2 0.02 0.03 + 3780 O A K2 0. 03 0.03 0.04 0.04 4041.36 N II 2 AK2 0.02 0.03 + 3781 O AK2 0.03 0.03 0.04 0.04 -4.041.3 6 0 LL_ _Z AKZ. Q*Q2 0.03 + 3784.90 0 I I 2 AK2 0.05 0.07 4043 A K2 0.01 0.01 0.02 0.02 + 3784.90 HE I 2 AK2 0.05 0.07 4048 0 AK 2 0.02 0.02 0.03 0.03 + -3.791,58 SI III _L AK.2 , 0.03 _QjJÜ— 0.04 Q.Q4 4Q5Q _0 AK2 Q*.Q2.. Q.Q2 . Q..Q3,. Q.Q3 + l A K2 3.78 3.56 5.28 4.98 4056.51 C III 1 AK2 0. 03 0.03 0.04 Û.04 + l A41 5.30 3.56 7.40 4.98 4057 O AK2 0.05 0.05 0.06 0.06 + 1 LA 2.70 3.56 3.77 4.98 4Q6.Q.46 Q LL _2 AK2.. Q.Q3 Q.Q4 + 3.64 3.56 5.08 4.98 4060.46 (FE IV ) 2 AK2 0.03 0.04 + 2.40 3.56 3. 35 4.98 4068.62 (S II ) 1 AK 2 2.50 3. 19 + - 3.805.86 HE I A.KZ- 0.05 . ■Q..,Q5 0.07 0.07 2 .64 4.65 . + 3810.59 1 AK2 0.03 0.03 0. 04 0.04 4069.84 O II 2 AK2 0.17 0.22 + 3813 0 0.03 0.03 0. 04 0.04 4069.84 O II 2 AK2 0.17 0.22 + -1819.61 HE.. I _1 AKZ- 1.09 1.99 -L* ,2.76 40-72 LS U L A4 1 -3-*2Q.. —4*55. —4*. 5.80 + l A41 2.90 4. 02 LA 5.90 4.55 7.52 5.80 + 3829.76 N II 3 AK? 0.02 0.03 4072.09 II AK2 0.10 0. L 0 0. 13 0.13 + 3829.76 UL_UL_ 3 AK2 Q.Q2 Q.Q3 4073.90 1I.L. AK2 Q.Q1 Q*QL, .Q*Q1-. . L*flL- + 3829.76 mg I AK2 0.02 0.03 4076.31 (S 11)1 0.79 1.01 1.01 + 3831.82 C II AK2 0.02 0.03 2 3.64 4.63 + 3831.82 “G I . AKZ— Q* QZ.. 0-03 4078.9? H II AKZ.. Q. Q4... . ■Q...Q.4,.. ■0*05- Q « 05 + 3831.82 S III AK2 0.02 0.03 4081.40 O III AK2 0.03 0.03 0.04 0.04 + 3833.62 HE I AK2 0.07 0. 10 4083.69 O II AK2 0.03 0.03 0.04 0.04 + 3833.62 Hf U AK? 0.07 0. 10 ,4084.88 û LL_ AK2 0.03 0.04 + AK 2 4.63 6.72 6.38 9.26 4084.88 O II 2 A K2 0.03 0.04 + A41 9.20 6.72 12. 67 9.26 4086.77 NE II 2 AK2 0.02 0.03 + _LA fc*I2 -12.4Q 4086.77 Q II 2 AK2 Q. 02 0.03 + 0 3.98 6.72 5.48 9.26 4088.92 O II AK2 0.08 0. 10 + VV 2 6.80 6.72 9. 37 9.26 4088.92 SI IV AK2 0.08 0. 10 + IC 4997 (PK NO. 58+10 1) IC 4997 (PK NO. + 609 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + _LC 4997 (PK. NQ. 5BtlQ 1) ir 4qq7 t PK Kn. i> + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT RG REF OBS I CORR I + 4092.97 _0 LI 1 A K2 0.03 0.03 0.04 0.04 4416.87 NE II AK2 0.07 0.08 + 4094.42 0 II I AK2 0.03 0. 03 0.04 4434.08 MG II AK2 0.02 0.02 0. 02 0.02 + 4097.20 N III 3 AK2 0. 19 0.24 4437.47 HE I AK2 0. II 0.11 0.13 0.13 + 7 ACP 19.22 4439.50 S LLL_ 0.15 + 4097.20 O II 3 AK2 0.19 0.24 4439.50 NE II O. 15 0. 17 + 4097.20 G II 3 AK2 0.19 0.24 4442.43 NF II AK2 0.03 0.03 0.03 0.03 + 4101.70 H I 1 AK2 22.40 21.58 28.28 4445.88 NE II AK2 Q. 03 _Q^ 0.03- Q. 03 + 1 A41 17.80 21.58 22.47 27.25 4452.17 0 II AK2 0.05 0.05 0.06 0.06 + 2 ACP 15.20 19. 19 4456.59 S II AK2 0.03 0.03 0.03 0.03 + LA 25*50 .JA*? 9 27.25 4465.04 Q LL_ AK2 0.04 0.04 0.05 -0.05 + 23.00 21.58 29.04 27.25 4471.48 HE I AK2 5.31 6.31 6.00 7.12 + 19.20 21.58 24.24 27.25 A41 9.20 6.31 10.39 7.12 + 4103.80 N III - 0.06 -■0.06- ACP 6.02 6.31 6.80 -E.12 + 4104. II 1 AK2 0.05 0.06 6.90 .31 7.79 7.12 + 4110. II 2 AK2 0.04 0.05 5.62 6.31 6.35 7.12 + -4110.49- JQ_ 2 AK2 0*04- VV 2 . 4.80 6.31 5.42 7.12 + 4116..20 SI IV 1 KA 0.01 0.01 0. 0.02 4475.00 NF II 0.02 0.02 0.02 0.02 + 4119. II l AK2 0.06 0.06 0. 0.08 4489.00 G II 0.02 0.02 0. 02 0.02 + 4:120.81 ü£—I _J AK¿ 0.29 0.29 0-36 0-36 4538.53 AR II 0^03 0.03 0.03 0-03 + 4132. 79 O 1 AK2 0.04 0.05 0.05 4568.80 NE II 0.03 0.03 0.03 0.03 + 4142. 30 O 2 KA 0.05 0.06 4571.10 MG I AK2 0.20 0.20 0.22 0.22 + 4142.30 Q _2 Q. Q-5 . Q. 06— 4590.n TT A-K2— 0.07 Q.Q7- O.Ofl _a.QA_ + 4143, 77 HE I 3 AK2 0.31 0.39 4595.92 O II AK2 0.05 0.05 0.05 0.05 + 4143, 77 0 II 3 AK2 0.31 0.39 4601.87 O II AK2 0.03 0.03 0.03 0.03 + 4143 77 Q I_I_ —3 AK2— Q.31 0-39 4607.12 (FF T TT I AK2 0.07 0.08 + 4145. AK2 0.03 0.03 0.04 0.04 4607.12 N A K2 0.07 0.08 + 4147 AK2 0.02 0.02 0.02 0.02 4609 AW70 0.12 0.12 0. 13 0.13 + 41 53. AK? 0.08 Q.1Û- 4609.47 P TT AK2 ...Q^ns 0.05 n.05 -0.05 . + 4153. 43 O I I AK2 0.08 0.10 4616 AK 2 0. 03 0.03 0.03 0.03 + 4156. 40 C III AK2 0.04 0.05 4621.72 O II AK2 0.0 0.0 0.0 0.0 + 4156. AO Q U 0.04 Q. 05 46^0 M TT AW70 0.06 0. 06 O.Oft -0.06 + 4159 0 A K2 0.02 0.02 0.02 0.02 4630.04 C AK2 0.05 0.05 + 4163. 90 (K V 1 AK2 0. 02 0.02 0.02 0.02 4630.04 N II AK2 0.05 0.05 + 4166. A2 MG T _2 AK? Q.Q3. - 0.04. 4633.86 N III- AK 7 0^17 0-18 + 4166. MG I 2 AK2 0.03 0.04 A W70 0.18 0.17 0. 19 0.19 + 4169. 21 HE I l AK2 0.09 0.09 0. 11 0.11 4639.03 O II AK 2 0.16 0.16 0.17 0.17 + 41 74 _Û AK2 Û. 03 Q. 03 0-04 4640.44 N TU AK2 . .0.-34 0.34 . _Q^ -Q.36 + 4183 AK2 0.04 0.04 0.05 0.05 AW70 0.70 0. 75 + 4185. II AK2 0.07 0.07 0.09 0.09 4641.73 N III AK2 0.26 0. 28 + MI AK2 --0^.70 0. 75 + 4189. AK2 0.06 0.06 0.07 0.07 4641.73 O II 0.26 0.28 + 4194 A K2 0.03 0.03 0.04 0.04 4645 C III 0.80 A 0.86 A + A K2 - 4645 N I IT 0.80 A 0.86 A + 4231. 59 NE II 1 AK 2 0.02 0.02 0. 02 0.02 4647.24 C III AK2 0. 13 0. 14 + 4242. 24 NE II 1 AK2 0.04 0.04 0.05 0.05 4647.24 NF II AK? 0.13 0. 14 + 42.44.0? NF II 1 AK2— 0.06 0.06 0.07- 0.07 4649.10 0 U 0.34 0.36 + 4253, 68 0 II 2 A K2 0.04 0.05 AW 7 G 0.70 0. 75 + 42 53. 68 S III 2 AK2 0.04 0.05 AK2 0. 15 0. 16 + 4257, in NE II _2 AK? - O- O? 0.0? 0.70 0. 75 + 42 57. 0.02 0.02 4657 (FE III) AW70 0.77 0. 82 + 4264 0.02 0.02 0.02 0.02 4658.09 AR II AK2 0.83 0.88 + 4267. 0-17 Q. 17 0.20- 0 «?Q 4658.09 (FF T II) AK2 0.83 0. 88 + 4275. 0 II 1 AK2 0.04 0.05 4658 C IV AW70 0. 77 0.82 + 42 76. 0 II 2 A K2 0.05 0.06 4661.48 O II AK2 0. 12 0.12 0. 13 0.13 + 4276, ££ 0 LL- ? AK? 0.05 . n. 06 467/w3G G U— 0. 06 0.07 -Q.-Q6— -0.07 . + 4278 AK2 0.02 0.02 AH70 0.C8 0.07 0.08 0.07 + 4282. □ 11 AK2 0.03 0.04 AW70 0. 10 0.85 0.11 0.90 + 4282. 0 I I A K2 0.03 0.04 VV 2 1.60 0.85 1.69 0.90 + 4285. S III AK2 0.03 0.03 0.04 0.04 4695.80 N II KA 0.04 0.04 0.04 0.04 + 4287 AK2 0. 07 0.07 0.08 0.08 4701 (FE III) AW70 0.30 0.30 0.32 0.32 + 4289,13 Q LL- AK2 Q.Q2 Jk 02 0.02 0.02 4701.30 Q U AK? 0.3? 0-3? 0-34 —Q.34 . + 4294. II 2 AK2 0.05 0.06 4711.34 (AR IV ) AK2 0.28 0.28 0. 29 0.29 + 4294. 45 S II 2 AK2 0.05 0.06 AW7 0 1.62 1.70 + 4303, .LO Q LL_ _3 AK2 Q. 01 0.02 4712.55 HE I . AK2 1.36 1-4? + 43 03..10 0 A K2 0.01 0.02 A W7 0 1.62 1.70 + 4303..10 0 AK2 0.01 0.02 4733.32 N IV AK2 0.21 0.21 0.22 0.22 + —43-17.11 Q LL_ 1 AK2 0.07 0.07 0.08 4740 ( AR IV ). AW7Q 0.65 0.65 0.97 0.67 + 4319, 69 O II AK2 0.06 0.06 0.07 0.07 4740.00 N IV A K2 0.67 0.70 + 4325. 76 O II 1 A K2 0.02 0.02 0.02 0.02 4740.00 MG II AK2 0.67 0. 70 + 4328 ¿5 Q_ 1 AK2 Q. 01 Q. 01 _û^ 0.01 4740.00 (AR IV ) AK2 0.67 0. 70 + 4333, AK2 0. 06 0.06 0.07 0.07 4754 AK2 0.20 0.20 0.21 0.21 + 4338 AK2 0.06 0.06 0.07 0.07 4754 (FE III) A W7 0 0. 12 0.12 0. 12 0.12 + 4340i H L_ AK2 45.00 A3. 52 îZnJl— 51.«-fl3- 4768.83 CL II AK 2 0.17 0.11 0. 17 0.12 + 1 A41 35.00 41.04 0.06 0.11 0.06 0.12 + 2 ACP 65.50 76.81 4774.40 N II 0.04 0. 04 0.04 0.04 + 1 LA 51.00 59.80 4776 Q. 15 0.15 Q. 15... . ..Q. 15 + 42.60 43.52 49.95 51.03 4781 N II 0. 10 0.10 0. 10 0.10 + 1 VV 2 44.00 43.52 51.60 51.03 4783.10 NE II 0. 09 0. 06 0.06 0.06 + 4342.95 O II 2 AK2 0.08 0.09 4813 Q III A W7Q 0.06 0.06 Q.-Q¿_ _Q.06 . + 4342.95 S II AK2 0.08 0.09 4813.66 SI III AK2 0. 11 0.11 0. Il .11 + 4345.43 O II AK2 0. 16 0.16 0.19 0.19 4861.33 H T AK2 100.00 100.00 100.00 100.00 + 4349.33 O II AK2 0.08 0.08 0.09 0.09 A41 100.00 100.00 100.00 100.00 + 4362.95 (0 1 AK2 30.70 36.57 35.75 42.60 ACP 100.00 100.00 100.00 100.00 + 1 A41 56.00 36.57 65.22 42.60 LA 100.00 100.00 100.00 100.00 + ACE_ 65.50 76. ?8 _Q_ 100.00 100.00 100.00 ICO.00 + 1 0 28.80 36.57 33.54 42.60 1 □ D62 100.00 100.00 100.00 100.00 + i VV 2 30. 80 36.57 35.87 42.60 1 2 100.00 100.00 100.00 100.00 + 1 AK2 0*19 0.10 9*12 0*12 4880.68 IFE III) 1 AK. 2_ Û » 52 Q. 41 0.5? 0.41 + 4368.26 C II 1 AK2 0.12 0.12 0. 14 0.14 A W7 0 0.31 0.41 0.31 0.41 + 4378.34 O II 1 AK2 0.01 0.01 0.02 0.02 4921.00 HE I KA 1.40 1.65 1.38 1.62 + ■ 43_82 _JQ 4*2... -Q.t.9.1- -fl* .91.., 0.02 9.92 AW7 Q.._ 1.9Q . L. 6-5— 1.87 .62. + 4387.94 HE I AK2 Ó. 55 0. 55 0.64 0.64 4931.00 (O III) 0.0 0.07 0.0 0.07 + 43 89 A K2 0.02 0.02 0.02 0.02 AW70 0. 14 0.07 0. 14 0.07 + 4391.85 NE II A K2- 0.04 _Q^Q5- 4959 (O TIT 1 A4 1 189.QQ 19fi.60 184.27 193.63 + 4391.85 AK2 0.04 0.05 ACP 165.00 198.60 160.87 193.63 + 4400 AK2 0.03 0.03 0.03 < 0.03 LA 214.00 198.60 208.65 193.63 + 4403 0 AK? 0.0? n.n? Q. 0? 0.0? _Q— 209.00 198.60 203.77 193.63 + 4409.29 NE II 1 AK2 0.03 VV 2 216.00 198.60 210.60 193.63 + 4413.24 NE II 2 AK2 0.07 (0 111)1 A4 1 543.00 587.42 522.74 565.51 + 4413.24 NE II ? AK2 Q.Q7 ACP 543.00 587.42 522.74 565.51 + 4414.95 AK2 0.09 0. 10 0.10 BE 1000.00* 962.70* + 4416.87 0 AK2 0.07 0.08 LA 603.00 580.51 565.51 + IC 4997 (PK NO. 58 + 10 1) IC 4997 (PK NO. 58+10 1) + 610 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + IC 4997 tPK NO. 58+10 1) rr 5117 (PK NO. 89 -5 n + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF □ BS I CORR I AVE C + _iU LULL I 636^.05- + 66Q.7a_ A -587*A2— 1270.76 + QD62 1320.00 5.63.31 3985 H I _2 HX. 1- tLQX + 1 VV 2 A 3889 HE I 2 VV 9. 10X 20.22 X + 5016 HE I 1 BE 3.72* 3.57* 3967 (NE III) 2 A 41.00 85.49 + 30^1 .^I II I AW7 0 o-ua Q.ia 0-17 -Qji Ll_ 2 ACP 32.30 67.35 + 5047 HE I 1 AW70 0.35 0.35 0.33 0.33 18.00 37.53 + 5056 SI II l AW70 0.16 0.16 0.15 0.15 VV 1 27.30X 56.92 X + 5145 (FE VI ) 1 AW70 0.12 0.12 o.H 0.11 . 3967 _b I_ 41.QQ 85-« 46 + 5158 (FE VII) 2 AW70 0. 15 0. 14 ACP 32.30 67.33 + 5161 (FE VII) 2 AW7 O 0.15 0. 14 R 18.00 37.52 + ß 17.6 (FE VI ) 1 AW70 0.02 Qt-S-2— 0.02 0.02 VV 1 27. 3QX 56-.9QX + 5191 (AR III ) 1 A W70 0.29 0.29 0.26 0.26 4026 HE T A 3.00 3.00 5.95 + 5199 (NI ) 1 A W70 0.21 0.21 0. 19 0.19 VV 1 9.10XA 18.06XA + 5231 1 A W70 0.04 0.04 0.04 0.04 -4069 _LS UL 6.00 11.46 + 5262 1 A W70 0.07 0.07 0.06 0.06 4076 11 6.00 11. 39 + 5270 (FE III) 1 AW70 0.60 0.60 0.54 0.54 1 VV 1 9.10XA 17 • 27 XA + -J>.37JL- (FE IV ) J, AMXQ- 0.03 0* 03 0.04 0.04 —4Q97 III- ? ACP 10.70 19.94 + 1 A AE2 0. 0.37* 44* 2 3.00 17.00 42.70 31.56 + 1 AW 70 0.20 0. 17 ACP 10. 70 19. 87 + 5537 (CL un J A AE2 1. Q.84*_ QQ* —EE-B 15.00 17.00 77.85 31.56 + l AW7 O 0.40 0.40 0.33 0.33 13.00 17.00 24. 14 31.56 + 5677 (FE VI ) 1 AW70 O. 10 0. 10 0.08 0.08 36.40X 67.58X + 5754 N U 1 AW7Q 47.00 33. 67 64. nq 51 .37 + O 11.50 6.75 9. 13 5.36 2 ACP 45.40 69.28 + 5801 1 A W7 0 O. 30 0.30 0.24 0.24 i PER 35. 00 33.67 53.41 51.37 + 5811 -IV - -J AM70- O-30 0.30 0.24- + 4. 87* + 0.74 _J B 7 4.00 - 33.67 + 39.40X + 36.67 + 60.12X + 51.31 + 1 AHX 6.30* + 1 AW7 O 19.00 19.95 14.69 15.43 (O 111 ) 1 19.00 28.47 + —1 Q 70.90 19 »-9 5 16.16 15.43 45.40 -68.07 + 25.20 A 19.49 A 12.00 17.98 + 2.60* 1. 84* VV 1 27.20X 40.75 X + 8.80 A - .71 - -b 6.30 8.70 + 6363 (O AHX 0.70* 0.49* 1 ACP 4. 10 4. 1 3 5.66 5.71 + 6563 H LAR 10.00* 6.73* 1 R 2.00 4. 13 2.76 5.71 + 288.00 193.75 -J AU7 O 1.20 1.20 1-.57 - -1.57- + 2 VV 2 708.00 A 476.29 A 4571 MG I 1. 10 1.40 + 6563 (N I I 1 2 VV 2 708.00 A 476.29 A 4634 N III 5.40 6.52 + 6583 -(N . II -l -1 O 19.30 1 .50 1.81 - + 6678 HE I 1 AHX 2.50* 1.65* 2 A 5.40 6.48 + 6717 (S II ) I B AE2 0.45* 0.29* 1 AW70 3.90 4.69 + 1 AHX -2 VV 1 39.40 X 47. 12 X + 11.70 7.66 4645 III 2 VV 1 39.40X 47. 12 X + (S II I l AE2 1.00* 0.65* 4649 III 2 A W7 0 1.90 2.26 + AHX -4-650.- I I í... _2 A-W2Q - -1.90 —2^26 + 6734 ( S II) 2 O 11.70 7.64 A 13.80 1 1. 1 3 15.96 12.87 + 7065 HE I 1 O 18.20 18.20 11.29 ACP 10.90 1 1.13 12.60 12.87 + 7136 .1 0- 10.-50 6.44 8^70_. -11.13 1 0-. 06 . 1-2.87- + 7325 (n II) O 21.40 12. 76 30.30X 35.03X + 7751 (AR III) 1 AHX 2.15* 1.20* (AR IV ) 1 5.00 5. 66 + 1 AHX -9.78 -1 1.-Q7 + 8413 1 AHX 0.75* 0.39* 4713 HF I 3 ACP 9.78 11.05 + 8446 1 AHX 5. 68* 2.93* 4725 (NE IV ) 1 AW7O 0. 70 0. 78 + 1 AHX 0.53*- -4740- (AR IV L J A 7.50 8^2-8 + 8502 1 AHX 1. 14* 0. 59* 9.78 10.80 + 8545 1 AHX 1.34* 0.68* 7. 70 7.60 8.50 3.39 + .-8598-. 1 AHX 1.4?* 0.-72*- __H L_ ion.no i on.on ino.oo -100^00- + AHX 1.64* 0.83* ACP 100.00 100.00 100.00 100.00 + 0 7.41 3.74 0D6 3 100.00 1 CO.00 100.00 100.00 + AHX 1.64* 0.82* PER 100.00 100.00 100.00 ICO.00 + 0 4. 90 4.90 2.45 2.45 R 100.00 100.00 100.00 100.00 + 8863 0 5.90 5.90 2.92 2.92 VV 1 100.00 1 CO.00 100.00 100.00 + 9015 __Q 4. 1 7 ?. 04 -¿»Q4. A W 7 fl 3. an 3.88 3 «-6.4 .64- + 9069 III) 1 0 32.40 32.40 15. 76 15.76 4931 (C III) 1 AW7 0 0.60 0.60 0.57 0.57 + 9229 I 1 G 8.91 8.91 4.27 4.27 4959 (0 III) 1 A 610.00 593.64 570.35 555.05 + 9532 _I 2 .95* 0.91* J LAR AC2 526.oa 593.64 491.81 555.05 + 9539 2 0 56.40 26.36 657.00 593.64 614.29 555.05 + 9539 2 0 56.40 26. 36 660.00 593.64 617. 10 555.05 + -3.546— _LS LULL ? LAR 1.95* 0.91* 516.20. 593.64 481.71 555.05 + 10049 I 13.50 13.50 .08 6.08 1 A 1600.00 1637.40 1446.46 1480.27 + 10120 HE II 5.90 5.90 2.65 2.65 1 ACP 1554.00 1637.40 1404.87 1480.27 + LÆ32Q. _LS LI i- 6.9L- 6.31-. 3.06 __1 QD63 1288.QQ. 1637.40 1164.40 1480.27 + LAR 9.85* 4.22* 1 PER 2048.00 1637.40 1851.46 1480.27 + G 347.00 347.00 148.55 148.55 1 VV 1 1697.00 1637.40 1534.15 1480.27 + 1Q9?9 _2 33.20 33.20 14.11 1.4.U -J AlaL7Q 2^ 40 A 2.15 A + 10 MU (S IV ) 5047 HE I AW70 1. 10 1.10 C. 96 0.96 + 5056 SI II 1 AW70 1.20 l.?0 1.04 1.04 + REGION KEY (REG ION.REFERENCE.EXPLANAT TON ) 5-L91— (AR III) 1 AW7Q 0.80 _Q.« 83 Q«-b3 0-.63- + A, AE2 , REGIONS A AND B ON DIFFERENT SCALES 5199 (NI ) 1 AW70 1. 10 1. 10 0. 86 0.86 + 5270 (FF III) 1 AW70 0.80 0.80 0. 59 0.59 + END L£ 4997 LPK-MQ. 59+10 U 5-3.09— (CA V L 1 AW7Q Q. 20 -0.28 Q. 14 0.14 + 5323 (CL IV ) L A W7 0 0.30 0.30 0.21 0.21 + 5346 1 AW 70 1.10 1.10 0. 78 0.78 + 5411 HE il 1 AW7Q 3^80. 3.80 2*57 2*57. + BEGIN IC 5117 (PK NO. 89 -5 1) 1.38 (RAD10-H BETA) 1 VV l 39.40 A 26.63 A + 1 A AE2 0.25* 0. 16* + HAVE. IPENT N FG REF... Q6S I AVE-Q CQPP I AW 70 1.20 - 1.2 Q Q*J.t 0*75 - + 3712 I A 1.70 4.45 5537 (CL III) 1 A AE2 1.00* 0.62* + 3727 (0 I I A 20.00 51.63 1 AW70 4. 10 4.1 0 2.54 2.54 + ACP 12.50- 32.27 . 1592- _0 LLI— 1 AW7Q Q.40 0-4 0 0.24 Q.?4 + PER 10.00 25. 81 (N 1 AW70 18.00 9.77 + VV 1 18•20 X 46.98 X 1 VV l 48.50 A 26.33 A + -11,50- _H I— 2.20 2.30- 5. 56 -1.56 5801 ■C 1 AU 70 0-70 0.37 + 3770 H 3.50 3.50 8.69 8.69 5812 C IV A W70 0. 70 0. 37 + 3797 3.80 3.80 9.21 9.21 5862 ( MN V ) AW7C 0.60 0. 31 + 3835 5.10 11-93 19.15 5 864 ( MN V ) 2 AHIQ <1*59 0.31 + ACP 9.46 8.19 22. 13 19.15 5867 ST II 1 AW 70 1.80 1.80 0.91 0.91 + R 10.00 8.19 23.40 19.15 5876 HE I 1 PER 35. 00 28.10 17.69 14.21 + -3_86 6_ (NE III) 1 93.00- 73.3-3 210.85 . 166.26 11 W 1 21.20 28.10 -1Q.JL2 - 1.W1 - + PER 81.00 73.33 183.64 166.26 5885 AW 70 0. 90 0.90 0.45 0.45 + R 46.00 73.33 104.29 166.26 6300 (0 1 ) l VV 1 36.40 A 14.44 A + VV- 1 - 54.5QX 123.56X 6548 _LN LI L _1 PER 57.00 57.00 2 0-06 20.06 + 12.00 11.50 26.67 25.56 PER 783.00 273.45 + 11.00 11.50 24.44 25.56 VV 1 545.50 190.50 + 1C 5117 (PK NO. 89 -5 1) IC 5117 (PK NO. 89 -5 1) + + 611 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + IC 5117 IPK NO. 89 -5 1) 5217 fPK NQ- 1QQ -5 11 + WAVE ÏDENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I AVE CORK I AVE C + 6563 (N II 2 VV L 545.50 190.50 . itlp-L H I -J LA 3-1 t?P- là*.'?.!... 35t 01 29.67 + 65B4 (N I I ) 1 PER 153.00 52.86 PER 19.00 26.52 21.25 + 6717 ( S IT > 1 R AE2 0.54* 0.^18* PTP 24.00 A 26.85 + 6730 _LS Ll_ -L_ B....AE2- 1.00* ■ 32*- 23.48 + 23.48 + -VV-..2- ,2,9tlO 26.52 31.43 29.67 + 9068 ( S I II ) l PER 159.00 159.00 4120 HE I l PG CAL 0.30 .33 0.33 + 9532 IS I II ) 1 PER 501.00 501.00 66.63 66.63 4143 HE I X PG CAL 0.50 0.56 0.56 + 10830 HE I 1 PER 1480.00 1480.00 155.71 155.71 4200 HE II 1 PG CAL 0.30 0.33 0.33 + PER 73.00 7.54 4267 I I 1 PG CAL 0. 50 0.50 0.55 0.55 + 4340 I l A 55. 00 45.62 59.38 49.26 + END IC 5117 IPK NQ. r5_l I. __1 QQX 7S.57X + l P CAL 55. 45.62 60. 13 49.26 + 1 PG CAL 41. 45.62 44.91 49.26 + _i LA _54j —¿3*30 _ • 2_&__ + BEGIN IC 5217 (PK NO. 100 -5 1) 0.25 (HYDROGEN LINES! ORE 45.62 30. 49.26 + PER 40. 45.62 43. 49.26 + WAVE IDENT N RO—B.EÜ- OBS I AVE 0 CORR I AVE C PTP 40. 45.6? -Ai 4.9.26_ + 3121 I I 2 PG CAL 1.70 2.23 VV 50. 00 45.62 53. 98 49.26 + 3122 III 2 PG CAL 1.70 2.23 (0 III ) A 13. 00 12.08 13. 99 13.00 + 3132 LLL_ Xl P-Q_£-A_L- , L6,t0Q- 20,92. 20.92 AN 3Q. JJU .32. 39X + 3187 HE I PG CAL .90 .90 .35 6.35 I P CAL 12.08 12. 13.00 + 3203 HE I I 1 PG CAL 4.00 4.00 5. 17 5.17 l PG CAL 12.08 16. 13.00 + 3?qq _0 LLL 1 , PG R£—LAL. 1.20— ,.1,.2Q- 3.17 1.52- 1-5? _J LA 12.08 _LLi 13.QQ-. + 3312 0 III CAL 2. 50 1 QRF 5. 5. + 3340 0 III 3 PG CAL 3.60 4.54 1 PTP 10. 12.08 10. 13.00 + 3342 (NF III) 3 PG CAL —2 .4. 5.4_ 437.9 _M LUL 1 PG CAL Oj AO— . jQ ■ 4.0— 0. 0.43 + 3342 (Cl III) 3 PG CAL 3.60 4.54 4387 HF I 1 PG CAL 1.00 .07 1.07 + 3346 (NE V ) l PG CAL 1.00 1.26 4471 HE I 1 A 7.47 .57 7.92 + . 3426 1 NE V ) 3 PG -CAL.. 1.3Q, .!■ 62_ _1 AU -L7 .-QÛX, - 02 X + 3428 NE II 3 PG CAL 1.30 1.62 1 P CAL 7.47 7.92 + 3428 C TIT 3 PG CAL 1.30 1.62 l PG CAL 7.47 7.92 + - 34A3 -Q LLL_ ■ ii. Q0_ -6..Q0_ --LA 8- 50 7.47 7.9? + 1 PG CAL 6.00 6.00 7.44 7.44 1 PTP . 54 7.47 7.92 + 3650 1 A 7.50 7.50 9.01 9.01 4514 N III 1 PG CAL . 30 0.30 0.32 + . 367.6 1 PG XAI— 0.90 ■ Q.9Q.- . 1.Q8_ —I .08. 4541 HF II -1 P-G.XAL.. + 3679 1 PG CAL 0.90 0.90 1.08 1.08 4571 MG I 1 PG CAL .60 + 3682 l PG CAL 0.60 0.60 0. 72 0.72 4634 N III 2 A .40 + - 3 686 1 PG . CAJ _Q..9Q_ 1. _UQ1L_ J AW 70- Q + 3691 l PG CAL 1.30 1.30 1.55 1.55 l PG CAL + 3697 1 PG CAL 1.60 1.60 1.91 1.91 + - 3 7Q3 ? PG.-CAL- 2.30 ? - 74 + 3705 2 PG CAL 2.30 2.74 1 PG CAL 2.10 2.17 + 3711 l PG CAL 2.00 2.00 2.38 2.38 1 AW 7 0 0.83 0.86 + 3 721 1 PG CAL - —4^00— -4.00- -A^7A- -? PG CAl + (0 I I ) l 20.00 23.75 4650 C III 2 PG CAL + P CAL 39.30 46.67 4657 (EE III) 1 A W7 0 + PG-CAI ?0- 80 ?4.70. 46.59 C U¿ -3 PG_r.AI + LA 39.30 46.67 4659 (EE III) 3 PG CAL + LU 2.25* 2. 67* 4659 0 I I 3 PG CAL + PER . 14.oa- 4685 —HE II -U + PTP 21.90 A 26.01 A AW7 0 11. 14.45 11. 14.84 + VV 2 25.00 29.69 P CAL 14. 14.45 15. 14.84 + -UJ- -l.QO*— PG XAI -LI. + 3734 l PG CAL 3.00 3.00 3. 56 3.56 LA 14.45 28. 14.84 + 3750 1 A 2.90 3.10 3.43 3.67 QRF 14.45 8. 14.84 + 1 RG-CAJ— -3.3Q- 3. IQ.. .3.90- -3.61.. —PTE— + 3754 III 1 PG CAL 1.00 1.00 1.18 1.18 4698 i PG CAL .50 0.50 0.51 0.51 + 3759 III l PG CAL 1.60 1.60 1.89 1.89 4711 1 A .00 7.00 7. 16 7.16 + 3770 1 3.20 3.9-5 3.77 4.66 2 AW7C .40 6. 55 + 1 PG CAL 4.70 3.95 5.54 4.66 2 P CAL .30 6.44 + 3791 TIT 1 PG CAL 0.40 0.40 0.47 0.47 2 PG CAL 60 5. 73 + 3797 , _I _L A -6. IQ,. ,.,6.46.. 4713 HE I AMISL ÁSL. + l PG CAL 5.80 5.50 6.81 6.46 2 P CAL . 30 ,44 + 3820 HF I 1 PG CAL 1.80 1.80 2.10 2.10 2 PG CAL .60 73 + 3835 H L_ _J Ä_ 6.00 -6.55- -7. 00- ._7 «64- 4740 IAR IV ) J 4_ .40- 6.47 _53_ + l PG CAL 7.10 .55 8.28 7.64 1 AW70 6.47 6.59 + 3862 SI I I l PG CAL 0.40 0.40 0.46 0.46 1 P CAL 6.47 6.59 + - 3.ftA3- _LNE ÎII.1 J â , 98.QQ- 92.27 113.66- 10.7 .,Q2.. 1 PG CAL 6.47 _5.60- 6.59 + 96.50 111.93 100. 00 100. 00 + 131.00 151.94 100. oox 100. oox + PER . 59.00 92.27 68.43.. 107.02 -J P CAL LOO. 00100.00 1QQ. £0 1QQ.QQ . + 115.60 92.27 134.08 107.02 1 PG CAL 100. 00100.00 100. 00 100.00 + 20.00 20.00 23. 11 23.11 1 COAL 100. 100.00 100. 00 100.00 + P CAL 19.30 22.30 _J LA- 1QQ. QOion.no -LÛQ. ÜQ 1QQ.QQ . + PG CAL 19.00 21.96 ORE 100. 00100.00 100. 100.00 + LA 131.00 151.39 PER 100. 00100.00 100. 100.00 + 3M9 _H£_L_ 2 P CAL 19 »30 22«.3.Q_ PTP 100. 00100.00 100. 100.00 + 2 PG CAL 19. 00 21.96 VV 2 100, ,00 + 100.00 100. 00 + 3 P CAL 40.00 45.71 WYSE 100, 00 A 100. 00 A + 1 PG CAL . Q.8Q _ Q. 8.0- -Q.9-L- Q. 91 HE ..I A W70 L 22 2.16 L. JL1 2.14 + (NE III) 2 A 42.00 47.98 l PG CAL + CAL 40.00 45.69 l WYSE + 1 PG CAL -29.20 _2 9. 2-0- 33.36 33.36 1 A W7 0 -0.29. 2S_ 0.29 + 48.70 55.63 (0 I II ) 1 550. 00 433.01 543. 34 + 53.10 60.66 1 AN 313, OOX 309. 21X + ..4Z.QÜ. .47.98- L_ -P-CAl 399. Ü0 413.0-L 39.4. II 427.77.. + 3 P CAL 40.00 45.69 COAL 426. 433.01 421, 427.77 + l PG CAL 12.50 14.28 LA 400. 00 433.01 395. 427.77 + —2__ 48.70 55.63 -QBf 438.QQ 433.01 432.70 427.77 + 2 VV 2 53. 10 60.66 PER 380. 00 433.01 375. 427.77 + 4009 HE I 1 PG CAL 0.30 0.34 VV 2 43 7. 50 433.01 432, 427.77 + ..ÍQ26,,., HE.,,I , _A_ 2.00 - 5.30- 2.26 -6*QQ. WYSE -410.cm A, 405.04 A + 1 PG CAL 3.30 5.30 3.74 6.00 1500. 1390.36 1472. 90 1365.23 + l LA 10.60 5.30 12.00 6.00 670. OOX 657. 89 X + 4068 —Li LI—L -2 A_ 1.60 LaJLQ— 1163. HO 1390.36 1141.99- 1365.23- + 1 PG CAL 2.60 2.92 1318. 00 1390.36 1294. 19 1365.23 + 4072 (S II ) 1 PTP 3.63 A 4.08 A 1170, 00 1390.36 1148. 86 1365.23 + . 4.016 - (S II -L _2 A_ 1.60 .-BD 1 444. ■390.36 1417. 91 1365.23 + 2 P CAL 28.30 31.68 PTP 1200. 00 1390.36 1178. 1365.23 + 1 PG CAL 1.70 1.70 1.90 1.90 VV 2 1937. 50 1390.36 1902. 1365.23 + -J. A 28.Q.Q. 26.52 -31.32- 29.67 WYSE 1330. -00- A 1305. + 2 P CAL 28.30 31.66 AW70 + 1 PG CAL 26.20 29.31 29.67 WYSE + IC 5217 (PK NO. 100 -5 l) IC 5217 (PK NO. 100 -5 II + 612 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + JLC 5217 tPK NQ. 1QQ --5_L1 _15 (PK NO. 47<-42 1) C = 0.03 (DUST MODEL) + WAVE IDENT N RG REF 08S I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE O CORR I + 5047 HE. I JL AW7Q Q.2Q- 0.20 ..Qm-ZQ— Q-.2Q 3727 (0 II 1 1 KA2 33.00 A 33.69 A + 5159 (FE VIII 1 AW70 0. 19 .19 0. 18 0.18 4686 HE II KA2 35.00 35.00 35.11 35.11 + 5161 (FE VIII 1 A W7 0 0.22 0.22 0.21 0.21 4861 H I K A2 100.00 l 00.00 100.00 100.00 + 5176 (FE III) 1 A W70 _0..U- 0.12 0. 12 Q»12 4959 (0 III) KA2 300.00 ?flPtOQ 299.56 299,56 + 5191 ( AR I III l A W7 0 0. 16 0. 16 0. 15 0.15 + 5198 (NI ) 1 AW70 0.25 0.25 0.24 0.24 39 (PK NO. 47 + 42 1) + 5262 1 AW70 0. 17 0.17 0. 16 0.16 + 5270 (FE III) 1 AW70 0.30 0.3 0 0.28 0.28 + 5314 1 WYSE 3.00 A 2.83 A + 5411 HE I I 1 AW70 1.33 1.33 1.24 -Ui-4 BEGIN A 71 (PK NO. 85+ 41) C = 0.80 (HYDROGEN LINES) + l WYSE 3.00 A 2.79 A + 5505 l WYSE 3.00 A •2.76 A S I AVE O CORR I + 5517 1 A AE2 0.68* 0.63* -4-861 -Cl¿2 265.00 + 100. 0-0 100. 00 251.65 + 100.0-0 251.65 + 100.00 + A W70 0.81 0.74 4991 (C III) 1 CLZ2 265.00 + 5537 (CL III) A AE2 1.00* 0.92* 6563 H I 1 CLZ 2 525.00 525.00 285.30 285.30 + 1 AW70 1.02 0.94 6575 _i_N II ) 1 CLZ2 1Q5Q.QP 1Q5Q.QQ 568. 58 568.58 + 5577 (0 I 1 WYSE 15.00 A 13.69 A + 5754 (N I I i A W7 0 2.24 2.01 END 71 (PK NO. + -5813 C TV _1 wy.se. 3.00 A 2.67 A + 1 AW70 16.30 14.93 14.41 + 1 ORF 11.00 A 9.72 A + 1 PER 15.QQ 1 4.93 13.26 „BEGIN A _LZ LEK NQ. 97 ±—3 1) , 2.00 (HYDROGEN LINES) + 1 PTP 13. 50 11.93 + 1 WYSE 40.00 A 35.35 A + 6 049 -1 WYSE 3.0Q A 2. 6Q. A 4861 -Cl ¿2 IQQ.ag LQÜmQQ LOQ.flC 1ÛQ.QQ + 6066 1 WYSE 3.00 A 2.60 A 4991 (0 I II ) 1 CLZ 2 500.CO 500.00 439.39 439.39 + 6194 1 WYSE 2.00 A 1.71 A 6563 H I l CLZ 2 1310.00 1310.00 285.18 285.18 + _6-3-0.fl _LQ I L J WYSE 8.QQ A 6.77 A 6575 (N 11)1 CLZ2 460.OQ 460.QQ 99.26 99.26 + 6311 (S III) WYSE 6.00 A 5.07 A + 6346 SI II WYSE 3.00 A 2.53 A 77 (PK NC. 97+ 3 1) + 6363 (PI ) 1 WYSE 4.00 A 3.36—A. + 6493 l WYSE 3.00 A 2.50 A + 6548 (N II ) 1 WYSE 0. 0.0 A 0 A + 6563 LL_ -I J CAJ4 1. 0.83* 1 íPK ND. -13 ^4 1 ) + BEGIN AN QQ.» 1.00 (ESTIMATE) + 1 ORF 384.00 363.00 317.37 300.01 + 1 PER 342.00 363.00 282.65 300.01 AVE O CORR I AVE C + 1 PTP 363.QQ 363.QQ 3QQ.Q1 3QQ.Q1 i oo.oo ino.oo loo.oo + l CAM 0.08* 0.07* 4959 (0 III) VV4 130.00 130.00 123.82 123.82 + l ORF 21.00 A 17.32 A 5007 (0 III) VV4 400.00 400.00 371.80 371.80 + _J PER . 35.00 -2.8. 87 + 1 PTP 33.20 27.39 1 (PK NO. 13 -4 1) + l WYSE 60.00 A 49.50 A + _i WYSE 380.00 A -3-14.06— + 6621 WYSE 4.00 A 3.29 A + 6644 1 WYSE 5.00 A 4.10 A (PK NO. 14 -5 1) C = 1.00 (ESTIMATE) + 6678 -J WYSE 70.00-A 16.37—A. + 6717 (S I I ) l B AE2 0.51* 0.42* WAVE IDF NT N RG REF OBS I AVE 0 CORR I AVE C + 6723 (S II ) 1 PTP 4. 90 4.00 4861 H I 1 VV4 100.00 ICO.00 100.00 100.00 + 6730 LS— J B A E-2- —1..0Qjfe_ —0-^8 2-*— 4656 LG III) J VV4 300.00 BOQ.-QQ - 785.74 785.74 + 7065 HE I PTP 7.95 7.95 6.32 6.32 5007 (0 III) 1 VV4 880.00 880.00 817.96 817.96 + 7325 (O II ) 1 PTP 10. 70 10.70 8.35 8.35 FNn AN 7 f PK Kifl- 14 -5 II + 1Q83Q HF —I . PER 175.00- 175.00 116.38- 116.38 + 10 MU (S IV » 1 + REGir.N K.EY (REGION» RFEFB-ENCE »EXPl AN.AJ.1P.N)- + AE? , REGIONS A AND B ON DIFFERENT SCALES C = 1.00 (ESTIMATE) + CAL , PHOTOELECTRIC + CAL , PHOTOGRAPHIC WAVE IOENT N RG REE OBS I AVE 0 CORR I AVE C + 4861 H I 1 VV4 100.00 1 00.00 100.00 100.00 + 1C 5217 (PK NO. 100 -5 1) 4959 (0 III) 1 VV4 370.00 370.00 352.41 352.41 + (0 I II ) 1 VV4 UOQtQfl IZQQtQQ HI5.4Q 1115.4Q + BEGIN A (PK NO. 131+ 2 1) Q.6Q (HYDROGEN LINES) + WAVE IDENT N RG REF ORS I AVE 0 CORR I AVE C + 4861 __H I- CLZ2 1QQ.QQ- 1QQ.QQ 1QQ.QQ 1QQ.QQ 30 ( PK NC. C = 0.65 (HYDROGEN t INES) + 4991 (0 I II ) 1 CLZ 2 720.00 720.00 692.62 692.62 + 6563 H I 1 CLZ2 450.00 450.00 284.82 284.82 WAVE IOENT N RG REF OBS I CORR I + .$:>7g (N II ) 1 ÇLZ2 790.00 3726 (0 II ) 1 A41 54 » QQ 84.44 79Q«_Q_Q i_9 + 6723 (S II ) l CLZ 2 170.00 170-00 104.21 104.21 AC P 62.30 97.42 + AUV 1.00* 1.56* + END A 3 ( PK NO. 131+ 2 1) 63.00 98.52 + 1 63. 00 + 1 54.40 + —3_72?_ _LC II ) _L AUV Q..-46* + BEGIN A 33 (PK NO. 238+34 1) C = 0.05 (DUST MODEL) 3757 III l 8. 30 8.30 12.81 + 3798 I l 3.98 5.39 8. 18 + WAVE IDENT N RG REF OBS AVE O CORR I AVE C L_ —6, 8Q- 5.39 8.18 + CLZ 2 100.00 81.00 100.53 81.43 A4! 5. 50 5.38 .21 3.03 + KA2 62.00 81.00 62.33 81.43 ACP 4.89 5.38 .30 8.03 + 4861 CLZ-2 I-Ca.-0-Q- 100.00 100.00 100 _Q -5.14 5.38 .62- 3.03 + KA2 100.00 100.00 100.00 100.00 6. 00 .95 + (0 I II ) l KA2 265.00 265.00 264.36 264.36 (NF III) 3 A41 15. 10 .20 + 4991 __LQ Ul) 1 CLZZ - 900.00 897.10 897.10 L_ ACP 12.00 + 6563 H I 1 CLZ2 285.00 285.00 274.34 274.34 A41 15.10 + ACP 5.20 . 57 + END A 13 (PK NQ. 238+34 .1) _Q 13. 8Q ,_LQ— + 14.40 + A41 15. 10 + AÇP *_2Q— 7.57 + BEGIN A 36 (PK NO. 318+41 1) C = 0.05 (DUST MODEL) 2 13.80 + 2 14.40 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C (NE I II ) 2 12.60 -2.7.81., + 3868 (NE III) 1 KA2 17.00 17.00 17.51 17.51 ACP 13.20 + 4686 HF I I 1 KA2 118.00 1 18.00 118.62 118.62 A41 12.60 + 4861 _d I L_ KA_2_. 1QQ..0Q _ 1Q0.-QQ 1Q0.QQ 100.00 ACP 13.2Q + 4959 (C III) 1 KA2 100.00 100.00 12.30 + 1.30 + END A 36 (PK NO. 318+41 1) 3970 (NE III) 2 12.30 + I.*30 + 1.70 + 30 ( PK NO. 64+ 5 1) + 613 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + CN3 -J (PK NQ, 38+12—1) BEGIN HA 1 12 ( PK NO. 356 -3 3) Q.Q (NO CALCULATION> + HAVE IOENT N RG REF OBS I CORR I WAVE IOENT N RG REF OBS I AVE 0 CORR I + 372$.. -LQ n t _L A_ 181.09 6563 tí I_ -J HE67 l.QQ*A 1.00*A + A41 102.00 115.44 6584 (N II ) 1 HE67 0.20*A + SO 1.00* 1. 13* + VV 111■BQ 126.54- END ÜAJ 39 (PK NO- 356 -3 3) + 3729 II Ï SO -2_ 0.54* 0.61* + 3750 A 4. 70 4.70 5.30 + A4I .60 a_L2 + A 4.70 5.29 41 (PK NO. 356 -4 2) 0.71 (DUST MODEL) + A4I 4.60 5.18 + 3797 A -5.QQ- 4.20 5.6-L 4.71 HAVE IDENT N RG REF QBS 1 AVE Q CQRR 1. -AVE C + A41 .40 4.20 3.82 4.71 4686 ME II VV4 26.00 26.00 28.01 28.01 + A 8. 10 5.80 9.05 6.48 4861 H I VV4 100.00 100.00 100.00 100.00 + A41 3.50 5.80 3.91 6.48 4959 _LQ UI) VV4 180.00 180.00 173.88 173. + A 11.00 11.00 12.21 5007 (0 III) 1 VV4 520.00 520.00 .493.70 493.70 + A41 9.00 9.99 + VV 2 -25.90 28.74 END HA 1 41 (PK NO. 356 -4 2) + 3889 A4I 9.00 9.99 + VV 2 25.90 28.74 + -39.6,7- 16.00 19.73 17.6L. 21.72 + A41 12.00 19.73 13.21 21.72 BEGIN HAl 42 (PK NO. 357 -41) C = 3.30 (HYDROGEN LINES) + VV 2 31.20 19.73 34.34 21.72 + 4026 -HE I 2 - 00 2.00 2* -2.19 WAVF IDENT N RG RFF ORS T AVF n CORR T Av F r + 4069 (S II ) A 5. 10 5.55 4340 VV4 22.00 60.44 60.44 + 4072 (S II) A41 3.10 3.37 4686 HE II VV4 170.00 240.47 A + 4076 _LS II ) A 5. 10 5.54 4B61 VV4 , loo.no inn.nn inn.nn + A 26. 00 29.00 28. 19 31.44 4959 (0 III) l VV4 280.00 280.00 238.43 238.43 + A41 21.00 29.00 22.77 31.44 5007 (D Ml ) 1 VV4 790.00 790.00 620.66 620.66 + VV 2 40.00 29.00 4^. 3A 31.44 + A 51.00 47.97 53. 89 50.68 42 (PK NO. 357 -4 1 ) + A41 40.00 47.97 42.27 50.68 + VV 2_ 57.90 47.97 55.90 50.68 + 4363 (0 III) VV 2 10.00 A 10.54 A + 4471 HF I 2.70 5.75 2.82 6.00 BEGIN HA 1 44 (PK NO. 358 -3 1 ) C = 0.0 (NO CALCULATION) + _8.AO .75 . 18 6.00 + 4686 HE II 7.60 7.60 7.75 7.75 WAVF IDENT N RG REF OBS I AVE O CORR I AVE C + 4861 H I 100.00 100.00 100.00 100.00 6563 H I I HE6 7 1 •00*A 1 « 00*A + A4J ion.no i nn.no inn.nn 1-00.00 ■ ■6.584 LN U ) 1 HF6 7 —0.60*A 0.80*A + 0D62 100.00 100.00 100.00 100.00 + VV 2 100.00 100.00 100.00 100.00 44 (PK NO. 358 -3 1) + 4. an 4.80 4.76 4.76 + (0 III ) 16. 10 18.97 15.89 18.72 + 0D62 12.60 18.97 12.44 18.72 + VV 7 78. 20 1A.97 ■ 77.A3- 18.72 -BFfilN HA 1 46 ( PK Nfl. 3 58 -4 1 ) C ^ 1.50 (ESTIMATE) + 5411 HE II VV 2 29.40 29.40 27.94 27.94 + 5876 HE I VV 2 20.00 20.00 18.30 18.30 WAVE IDENT N RG REF OBS I AVE 0 CCRR I + 6300 —LQ I L VV 2 . 1 8.20 Ift^PO 16^ L3- 1 6.13 —4.340 H T 1 VV4. + 6563 VV 2 576.40 502.49 4861 H I 1 VV4 100.00 100.00 100.00 100.00 + 6563 VV 2 576.40 502.49 4959 (0 III) 1 VV4 140.00 140.00 130.14 130.14 + 5007 LQ Li T ) 1 VV4 350. 00 350.00 313.65 3X3.65 + (PK NO. 38+12 1) + 46 (PK NO. 358 -4 1) + 1 (PK NO. 290+ 7 1) 0.33 (RADIO—H BETA) + BEGIN HA 1 kl ( PK NO. -Cun (NO CAI rill ATT DM I + WAVE IDENT N RG REF OBS I CORR I + 3727 (O II ) 1 AF 31.00 38.89 WAVE IDENT N RG REF OBS I AVE Û CORR I AVE C + 3868 (NE I II ) 1 AF 74.00 90.00 90.00 6563 H I 1 HE67 1.00*A 1.00*A + 3970 H I 2 AF 29.00 34.55 6584 (N II ) 1 HE67 l.00*A 1.00*A + 3970 (NE III ) 2 AF 29.00 34.55 + 41Q1 H I 1 Af_ 3.2.00 37. 10 END ÜAJ, 47 (PK NO. 1 ~3 1) + 4340 HI 2 AF 46.50 51.44 + 4363 (0 III) 2 AF 46.50 51.22 + 4686 HE II 1 HR 29.50 30.54 + 1 100.00 100.00 100.00 100.00 49 ( PK NC. 358 -5 2) = 3.30 (HYDROGEN L INES) + 1 100.00 100.00 100.00 100.00 + 4959 -IQ III) 1 AF 250.QQ 250^.00 246.01 246.01 AVE O CORR I + (0 I II ) 1 3869 (NF III) 1 VV4 77.00 543.98 + 3889 H I 2 VV4 25.00 168.74 + .END EG- _1 (P* ND. 290+ 7 1) 3889 HF I 2 VV4 25.00 168.74 + 4102 H I 1 VV4 16. CO 16. 00 70. 12 70.12 + 4340 H I 1 VV4 25.00 25.00 68.68 68.68 + 4363 (0 I II ) 1 VV4 14.00 14.00 36.82 36.82 + BEGIN HA 1 7 (PK NO. 345 •11) C = 0.0 (NO CALCULATION) 4645 C III 2 VV4 12.00 A 18.41 A + 4645 N III 2 VV4 12.00 A 18.41 A + _HAY-E IDFNT N RG REF QBS I AVE Q CQRR I AVE C —4-6.86 HF U 1 VY4 5.00 A 7.07 A + 6563 I 1 HE67 1.00*A 1•00*A 4861 H I 1 VV4 100.00 100.00 100.00 100.00 + 6584 (N II ) 1 HE67 0.50*A 0. 50*A 4959 (0 III) 1 VV4 360.00 360.00 306.55 306.55 + _5-QQ7 LO III ) 1 VV4 840.00 840.00 -659.94 659.94 + (PK NO. 345 -1 1) + 49 ( PK NO. 358 -5 2) + 16 (PK NO. 0+42) C = 1.50 (ESTIMATE) + . BEGIN HA1 54 ( PK NO. —2-T-4 1) C = 1.50 (ESTIMATE) + WAVE IDENT N RG REF OBS I CORR I AVE C + 5007 (C III) 1 VV3 2.30* 2.06* WAVF IDENT N RG RFF OBS I AVE O CORR I AVE C + 6563 H I 1 VV3 2.90» Q. 92* 4959 (0 III) 1 VV3 6. 50* 6.04* + 5007 III) 1 VV3 8.30* 7.44* + 16 (PK NO. 6563 I l HE6 7 1.00*A 0.32*A + -1 Y.Y3 LL.2Q* 5.48* + 6584 (N II ) 1 HE67 0.10*A + BEGIN HA 1 35 (PK NO. 355 -3 3) 2.60 (HYDROGEN LINES) END HAJ 54 (PK NO. 2-41) + WAVE IDENT N RG REF □ BS I AVE CORR I AVE C + WO _i m... 16.00 16.00 35.47 35 »47 + 4861 H I 1 VV4 100.00 100.00 100.00 100.00 BEGIN HA 1 55 (PK NO. 1-41) C = 0.0 (NO CALCULATION) + 4959 (0 I II ) 1 VV4 140.00 140.00 123.35 123.35 + 5007 _LQ IIl-LL VV4 47.Q-._QQ— 47Qj_QQ 388.64 388.64 WAVE IDENT N_ RG REF QBS I AVE 0 CORR I AVF C + 6563 H I 1 HE67 1.00*A 0.14*A 6563 I l HE67 i.00*A 1•00*A + 6584 (N II ) 1 HE67 0.10*A 0. 01*A 6584 II ) l HE6 7 0.80*A 0.80*A + 35 (PK NO. 355 -3 3» 5 5 ( PK NO. + 615 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + PEGIN HAI 63 (PK NO. 2 -6 Zi Q.Q ( HYDROGEN LINE.SJ l_ BEGIN HR -5 (PK N CL 359 -Q 1) G = 1.71 t R AD I fl—H RFTAI + WAVE IDENT N RG REF OBS I AVE 0 COPR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I + 43^0 H I I VV4 48.00 ^9tQ0. 48.00 48.00 3727 (0 II ) I AK I 16.00 52.53 + 4861 H I VV4 100.00 100.00 100.00 100.00 3797 H I 1 AK! 2.90 2.90 8.81 8.81 + 4959 (0 III) VV4 120.00 120.00 120.00 120.00 3835 H I 1 AKI 3.30 3.30 9.58 9.58 + 5500 (0 III) VV4 270.00 270.00 270.00 270.00 3868 (NE III ) _L AKI 47.00 47.00 _13.1« .131.14 + 3889 I AKI 10.20 27.76 + 63 ( PK NO. 3889 HE I AKI 10.20 27.76 + 3967 (NE III) AKI 15.90 39.94 + 3970 H I 2 AKI 15.90 39.83 + 4068 (S II) 1 AKI 2.90 2.90 6.54 6.54 + RFGIN HA2 1 (PK NO. 350-»- 4 1) C = 0.0 1NQ CALCULATION) —4076 _LS II—L J + 4101 1 AKI + AKI + 0.50 + Q« 50... 10.60 + 10.60 + 1.12 + 23.02 ■ 1.12 + 23.02 + WAV F IDENT N PG REF OBS I AVE G CORR I AVE C 4340 1 AKI 27. 30 32.65 46.37 55.46 + 6563 H I 1 HE67 1.00*A 1.00*A -1 VV4 38.00 32.65 64.55 -55.46- + 6584 (N 11)1 HE67 0.20*A 1 AKI 18.50 15.75 30.71 26.15 + 1 VV 4 13.00 15.75 21.58 26.15 + END HA2 1 (PK NO. 350» 4 1) 4471 HE I -1 AKI 3.30 3.30 4.95 4.95 + 4541 HE II AKI 2.50 2.50 3.49 + 4640 N III AKI 6.90 6.90 8.68 + 4686 HE II . —A.Kl. . .58^00 71.50 85.76 + REGIN HA2 35 (PK NO. 356 -5 1) 0.0 (NO CALCULATION) l VV4 85.00 71.50 101.95 85.76 + 4711 (AR IV 1 1 AKI 9. 30 9.30 10.86 10.86 + CORR I 4711 HE I .2 AKI -3L.3H.. 10-86 + 3727 (P I I ) l 3.80B 3. 808 4713 (AR IV ) AKI 9.30 10.84 + 3868 (NF III) 1 5.40B 5.408 4726 (NE IV ) 1 AKI 5.30 6.09 + 3967 (NE HD 2 2*2Q3-.. 2,208 . 4740 I AR IV 1 J AKJ , 22-00 24.91 + 3970 I 2.20B 2.208 1 AKI 100.00 100.00 100.00 100.00 + 4101 I 2. 50B 2. 508 1 0D63 100.00 100.00 100.00 100.00 + 4340 _Ü I— 6.2QR 6,20R -J 1nn.no inn.no i nn-nn + 4363 (D 111)1 RM 0. 0.0 1 AKI 715.00 647.50 657.23 595.18 + 4861 H T 1 RM 10.00B 10.00B 1 VV4 580.00 647.50 533.13 595.18 + 4959 (0 I II ) 1 RM 3 1,00.8. 31,008 . _J nn63 1410.00 1 555.00 1242.49 1370.26 + 5007 (P HT) 1 PM 120.OOB 120.008 1 VV4 1700.00 1555.00 1498.03 1370.26 + 6548 (N II ) 1 RM 17.00B 17.008 6300 (0 I 1 VV4 92.00 92.00 28.86 28.86 + 6563 H I 1 RM 40.OOB 40.OOB 6563 H L -2 VV4 4230^00- 1131.29 + (N 11)1 + _3_5 ( PK NO. —356 -5 1) < PK NO. 359 -0 1 > + + BEGIN HA2 38 (PK NO. C = 1.50 (ESTIMATE) BEGIN HR (PK NO. C = 1.63 (RADIO-H BETA) + N PG REF AVE C CQRR.I AVE C + 5007 (0 I II ) VV3 3. 10* 2. 78* 3727 (C II ) 1 VV4 40.00 122.61 + 6563 VV3 35.00* 11. 15* 3889 VV4 31.00 A 79.61 A + 3 8 ( PK NO. 3970 (NEIII) 2 VV4 21.00 49. 88 + 4102 H I 1 VV4 14.00 14.00 29.05 29.05 + 4340 H I I VV4 30.00 30.00 49.42 49.42 + 4686 HEII VV4 25.00 25.00 29.67 29.67 + 43 (PK NO. 11 -9 1) C = 0.0 (NO CALCULATION) 4861 I VV4 100.00 100.00 100.00 100.00 + 4.Q5Q im i + WAVE IDENT- N PG REF DBS I AVE 0 CORR I 2 VV 5 27.00* 24.94* + 6563 H I 1 HE67 1.00*A 1.00*A (P I 11 ) + 1 VV4 650.00 650.00 576.98 + 65B.4 LN I I ) I HF67 i .nota i.nn*A y v5 27.QQ* . 21^97.^. + 1 VV 3 28.00* .08* + 48 ( PK NO. 2 VV4 870.00 251. 11 + 2 VV5 37.00* 10.68* + (N II ) 2 VV4 870.00 251.11 + VV5 37.00* 10.68* + BEGIN HA4 1 (PK NO. 49+88 1) 0.14 (HYDROGEN LINES) 6723 (S 11)1 VV? 2, QQ* Q.53* + 6730 (S II ) l VV3 2.00* 0.53* + WAVE OBS I AVE 0 CORR I AVE C + 3426 1.80 1.80 2.03 ■ ■2.-.02- END _6 (PK NQ, 7» 1 1) + 3444 4. 40 4.96 + 3727 240.00 264.24 + 3869 8. 10 8. 80 8.80 + 3889 H I M I 69 30. 10 32. 64 7 (PK NO. 3-14 1) C = 1.33 (HYDROGEN LINES) \ + 3889 HE I MI69 30. 10 32.64 + 4102- —H I_ 1 MI 69 27.4Q 25.25 79. 1 7 WAVE IDENT N RG REF OBS I AVE Q ÇQRR I AVE C + MI 7 3 23.10 25.25 24. 59 26.88 3868 III ) 2 31.80 69.99 + 4340 1 M16 9 52.90 48.20 55.22 50.31 3889 I 2 LA 31.80 68.65 + 1 M I 73 4 3.’ 50 48.20 45.41 50.31 3967 III) 2 LA 20.00 40.61 + 4363 (Q III I 1 MI69 12.80 12.80 13.34 13.34 3970 T 2 LA 20.00 40. 51 + 4471 HE I 1 MI 69 5.60 5.60 5. 79 5.79 4101 I 1 LA 10.40 10.40 18. 88 18.88 + 4686 HF II i 10.40 + MIOS 100.00 1Q.4Q 1Q.55- 1Q.55- 4340 £_ J 1 LA- 39.80 39.80 59.81 59.81 + 1 MI 69 100.00 100.00 100.00 4363 (O I II ) 1 LA 12.30 12.30 18.16 18.16 + 1 MI 73 100.00 100.00 100.00 100.00 4861 HI 1 LA 100.00 100.00 100.00 100.00 + 1 M I 6 9 213.Q.Q- ¿11.55. 211.55 . 4959 LQ III) 1 LA- 24Q.QQ 240.00 224-95 224.95 + 5007 (0 III) M 169 669.00 669.00 662. 19 662.19 (0 IIDl + 5876 HE I l M I 69 15. 70 15.70 14. 65 14.65 + 6548 (N II) 1 MI 6 9 37.00 37.00 33.28 33.28 ENP hr_ ..(.PK NO.. 3-14 1) + h i 1 MI 69 298.00 296.00 267.83 266.04 + l M I 73 294.00 296.00 264.24 266.04 + _LN Il ) 1 M 16 9 12Q.« Q.Q— 12Q.0Q 107a74 1Q7.74 + BEGIN HB 12 (PK NO. Ill -2 1) 0.98 (HYDROGEN L INES) + 1 (PK ND. 49+88 l) + WAVE _lüfJH M RQ REF DBS I AVE Q COFR I AVE C + 3634 l PG AKI 0.80 0.80 1.65 1.65 + 3669 l PG AKI 0. 70 0.70 1.42 L .42 + BEGIN HB _4 (PK NQ. 3t 2 1) C = 1.52 (RADin-H RETA1 3671 _ü L_ -L.P.G. AKI. Q.6Q Q.6Q 1.22 1.22- + 3673 I l PG AKI 0.80 0.80 1.62 1.62 + IDENT N RG REF DBS I AVE 0 CORR I AVE C 3676 I 1 PG AKI 0.90 0.90 1.82 1.82 + 4861 —H I_ 1 0D63 IQQ.Qfl 1QQ.QQ 100.00 1QQ.QQ 3629- _ü I_ 1 PG AKI 1-00 1.00 2.02 2.Q2_ + 4959 (o uni VV3 7.70* 7.15* 3682 1 PG AKI 1.00 1.00 2.01 2.01 + 5007 (0 111)1 0D63 912.00 912.00 816.08 816.08 3687 l PG AKI 1.20 1.20 2.41 2.41 + L- VY-3 19.00* LLlQÛ* 3692 . 1. PG aki 1.5Q 1.5Q 3.Q1 3.Q1 + 6563 VV3 51.00* 16.01* 3697 H I 1 PG AKI 1.90 3.80 + 6730 (S II ) 1 VV3 2. 60* 0.75* 3703 H I 2 PG AKI 2.20 4.38 + 3703 ..HE. .L 2 PG AKI 2.20 4.38 + 3+ 2 1) 3712 1 PG AKI 2.40 4.75 + 3722 2 PG AKI 6.50 12.79 + 12 ( PK NO. 111-2 1) + 616 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + 12 CPK NO. Ill -2 II __L8 1PK NH. ?TK -3 1) + WAVE IDENT N RG REF OBS I CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + 3722 ( s mi 2 PG AKI 6.50 12.79 -3.970 , _H I __2 JEC 12.00 A + (0 II ) 1 10.00 19.62 4101 1 JEC 3.00 A 4.47 A + l PE AKI 8.50 16.68 4340 l JEC 20.00 A 26.27 A + 1 PG AKI 4.50 8.83 4861 _L JEC .00 A .QQ-A- + l VV 2 9.00X 17. 66X 100.00 100.00 100.00 100.00 + 3729 (0 II 1 1 PG AKI 1.50 2.94 4959 (0 III ) 1 JEC 20.00 A 19.15 A + 3734 __±) I 4.80 4.10- ■-9>37_ .5007 10 III > 1 JEC -30.00 A 28.11 A + 1 PG AKI 3.40 4.10 6.64 8.00 1660.00 1660.00 1555.43 1555.43 + 1 A 4.00 4.15 7.73 8.02 + 1 PG AKI 4,30 4.15 8.31 8.02 END HE2 18 CPK NO. 273 -3 It + 3770 4. 10 4.50 7.82 8.59 + 1 PG AKI 4.90 4.50 9.35 8.59 + 3 7_9_7_ _11 PG AKI + A— t.9JL 5.40 9. 19 10.13- + 5.90 5.40 11.07 10.13 26 (PK NO. 278 -61) C = 0.50 CRADIO-H BETA) + 3819 HE I 1 PG AKI 1.60 1.60 2.96 2.96 + 3835 _H I 6.00 6.85 10.97 12.53 -MAVE IDENT N RG REF OBS I —AVE Q CQFR I AVE C + l PG AKI 7.70 6.85 14.08 12.53 4861 I l WR 100.00 100.00 100.00 100.00 + l A 45.00 39.37 80.47 70.40 5007 (0 I II ) 1 WR 1290.00 1290.00 1243.70 1243.70 + I PE AKI 42.10 3^.37 75.29 70.40 + 1 PG AKI 31.00 39.37 55.44 70.40 HE2 26 (PK NO. 278 -6 1) + 1 11.00 11.00 19.39 19.39 + 2 PE akj_ •-IQ- 12.52 + 2 PG AKI 12.10 21.33 + 2 PE AKI 7. 10 12.52 28 (PK NO. 275 -21) C = 0.96 (DUST MODEL) + 3967 2 Pf. AKI 1?.10 ■ 21.33..- + WAVF IDENT N RG REF OBS I + (NE III) 2 A 28.00 47.18 AVE 0 CORR I AVE C + 1 PG AKI 19.30 32.52 4861 H' I 1 WB 100.00 100.00 100.00 100.00 + 3967 __h L_ 2 28.00 47.18- -5.0.0 7 , _LQ MW AI bLS 1660.00 1660.00 .1547.49 1547.49 + 2 PE AKI 31.10 52.41 + 1 PG AKI 16. 50 27.80 28 (PK NO. 275 -2 1) + 397.Q- (NE III) 2 PE AKI 31.10- 52.32 + 4009 HE I 1 PG AKI 0. 10 0.10 0. 16 0.16 + 4026 HE I 1 PG AKI 3. 10 3.10 5.04 5.04 + 4068 _LS II ) 1 PG AK.I— 1.40 1.40 2.22- 2.22 BFOTN HF 7 2j9 ( PK NO. 775 -7 7 1 0.97 (DUST MOOFt ) + 4076 II ) 0.50 0.50 0. 79 0.79 + 4101 I 17.00 18.50 26.38 28.71 OBS I + 1 8-40 1 8.50 74.33_ 100.00 + l PG AKI 19.60 18.50 30.42 28.71 5007 (0 III) 1 WB 186.00 186.00 173.90 173.90 + 4144 HE I l PG AKI 0.40 0.40 0.60 0.60 + 4267 _C U_ 1 PG AKI 0.40 —0.40- 0. 56 . -F-ND bL£2 29 t PK NO. 2 Z5—--2- 2) + 36.00 48.60 + 2 PE AKI 26.00 35.10 + ■ I PG AK I— 31.00 41.85 + 1 60.00X 81.00X 36 ( PK NO. 279 -3 l) 1.50 (ESTIMATE) + (0 III) 1 22.00 29.32 + 7 PF AKI 7A. nr> R4-h* + l PG AKI 22.00 22.00 29.32 29.32 46 86 HF I I l 100.00 100.00 117.07 117.07 + 4387 HE I 1 PG AKI 0.80 0. 80 1.05 1.05 4861 H T l 100.00 ICO.00 100.00 100.00 + 4471 HF I _) A_ 7.40 7. 1 5 —9.31 8.-9.9 -5-007 -ID T 11 ) 1 -l-LSO.OO 1150.PC 1 030. 56 1030.56 + 1 PG AKI 6.90 8.68 + 4711 (AR IV ) 2 PG AKI 1.10 1.20 36 (PK NO. 279 -3 1) + 4713 HF I 2 PG AKI- . 10 1-70 + 1 A 100.00 100.00 100.00 100.00 + 1 PE AKI 100.00 100.00 100.00 100.00 + 1 PG AKI IQQ.Qfl- 1QQ.Q0 1QQ.QQ- 1QQ.QQ RFOTN HF? 3Q (PK ND. 7R3 -4 1 > r = n.n (no cai mi attdni + 1 0D6 3 100.00 100.00 100.00 100.00 + 1 VV 2 100.OOX 100.OOX WAVE IDFNT N RG REF ORS I CORR I + 4921 HE II l PG AKI 2.50 2.50 2.43 2.43 3727 (O II ) 1 JEC 50.00 A 50.00 A + 4959 (0 III) 1 A 130.00 149.33 123.94 142.37 3868 (NE I II ) 1 JEC 25.00 A 25.00 A + l PE AKI 140.00 149.33 133.48 142.37 3967 (NE I II) 2 JEC 5.00 A 5.00 A + 1 PG AKI 178^00- 149.33 169.70 142,. 31 —3970 Ü I 2 JEC 5. 00 A 5.00 A + 1 VV 2 125.OOX 119. 17X 4340 l JEC 10.00 10.00 + (0 III) 1 A 310.00 348.00 288.57 323.94 4959 (0 I 11 ) l JEC 16.00 A 16.00 + 1 PE AKI . 459t-QP_ ?48tOQ 427t 27 323.94 5007 (0 I I I ) 1 JEC -SQtQQ A 50.QQ A + l 0D63 275.00 255.99 + l VV 2 220.OOX 204.79X 39 (PK NO. 283 -4 1) + _2 VV—2 250.QQ 118.44 + (N II ) 2 + REGION KEY (REG ION.REFERENCE.EX PLANAT ION) BEGIN HE2 47 ( PK NO. 285 -2 1) Q.O (NO CALCULATION) + PE, AKI , PHOTOELECTRIC OBSERVATIONS + PG. AKI , PHOTOGRAPHIC OBSERVATIONS WAVE IDENT N PG REF ORS I AVE 0 CORR I + 6563 H I I HE67 I.00*A 1.00*A + 12 (PK NO. Ill -2 1) 6584 (N II ) L HE67 l.CO*A + END HE 2 47 (PK NO. 285 -2 1) + (PK NO. 264 -81) C = 0.49 (RADIO-H BETA) + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C 50 (PK NO. 283+ 31) C = 0.0 (NO CALCULATION) + 3727 (O II ) 1 LK 105.00 147.04 + 3868 (NE I II ) 1 LK 123.00 123.00 164,49 164.49 + 3969 (NE III) 2 67.50 87.57 3727 (O II ) l JEC 350.00 350.00 A + 3969 H I 2 LK 67.50 87.57 3868 (NE III) l JEC 180.00 180.00 A + 4101 __ü I L_ LK 24.J5JL 24.50. 30.52 3889 H I 2 JEC 10.00 10.00 A + 4340 HI I LK 52.30 52.30 60.77 60.77 3889 HF I 2 JEC 10.00 A 10.00 + 4861 HI I LK 100.00 100.00 100.00 100.00 3967 (NF I III 2 JEC 100.00 A 100.00 A + .4959 to. lili 1 LK_ 657.00 657.00 641.51 641.51 3970 H I 2 1QQ.QQ A 100.00 A + 5007 (0 III) 1 LK 1210.00 1210.00 1167.42 1167.42 4101 H I JEC 50.00 50.00 A + 4340 H I JEC 150.CO A 150.00 A + -END ÜL2 I (PK NO. ¿64 -..8. li 4686 he n J.E£_ jU-QO.A- + 4861 I 1 JEC 100.00 100.00 A + 4959 III) 1 JEC 200.00 A 200.00 A + _5Q07 111)1 JEC 350.00 A 35.Q.QQ A + (PK NO. 273 -31) C = 0.89 (OUST MODEL) + 50 (PK NO. 283+ 3 1) + WAVE IDENT + 3727 (0 II ) 1 JEC 100.00 A 184.34 A + 3868 (NE III) 1 JEC 25.00 A 42.38 A + -3889.. H I 2_ JEC l.QQ- A 1.67 A + 3889 HE I JEC 1.00 1.67 + 3967 (NE III) JEC 12.00 19.27 + 18 (PK NO. 273 -3 1) + 617 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + HE2 111 (PK NO. 315 -0 1) BEGIN HE2 123 2.43 (HYDROGEN L INES) + WAVE IOENT N RG REF OBS I CORR I WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C + 4686 HE II I JEC 40.00 A 45.42 A 4340 H .._I _L WB -22* 00 22.00 46.30 46.3Q + 4861 I 1 JEC 5.00 A 5.00 A 4861 H I 1 WB 100.00 100.00 100.00 100.00 + 4959 (0 III) l JEC 30.00 A 28.28 A 5007 (0 III) 1 WB 190.00 190.00 159.07 159.07 + 5007 (0 III) 1 JEC 100.00 A 91.53 A + HE2 123 iPK NO. 323+ 2 l) + HE2 111 (PK NO. 315 -0 1) + BEGIN HE2 125 (PK NO. 324+ 2 1) C = 1.66 (HYDROGEN LINES) + BEGIN HE2 LL3 ( PK NO. 320+ 4 1) 0.0 (HYDROGEN.LINES) IOENT N RG REF + WAVE OBS I AVE 0 CORR I AVE C + WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C 4340 H I l WB 28.00 28.00 46.55 46.55 + 4340 H I 1 WB 78.00 78. 0(J 78.00 78.00 4861 H I 1 WB 100.00 100.00 100.00 100.00 + 4861 H I 1 WB 100.00 100.00 100.00 100.00 + 6563 H I 1 HE67 1•00*A 1•00*A HE 2 125 (PK NO. 324+ 2 1) + . 6584_ _LN II ) 1 HE67 0. 8Q*A 0.8Q»A + HE2 113 (PK NO. 320+ 4 1) + BEGIN HE-2 121 ( PK NO. ,325t 4 2) 1.23 (HYDROGEN LINES) + WAVE IDENT N RG REF ORS I AVE 0 CORR I AVE C + BEGIN HE2 114 (PK NO. 318 -21) C = 0.0 (NO CALCULATION) 4340 Fl I 1 WB 32.00 32.00 46.64 46.64 + 4363 (0 III) 1 29.00 29.00 41. 58 41.58 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 4686 HE I I l 47.60 47.60 54.17 54.17 + 3727 ID LL_ J_J JEC— 100-00 A 1Q0.QQ A 4861 1QQ.QQ i on.on i on.on i on.no + RM 0.0 B 0.0 B 5007 (0 III) l WB 110.00 110.00 100.54 100.54 + (NE III) I JEC 25.00 A 25.00 A + 3883- JEC 0-75 A 0-75 A END HE ? 177 I PK MPI. U ?1 + 3889 HE I JEC 0.25 0.25 + 3967 (NE III ) 2 JEC 3.00 A 3.00 A + 3970 _H I ■ipr 3. QQ A 3.00 A + 4101 1 JEC 1.00 A 1.00 A BEGIN HF2 128 (PK NO. 325+ 41) C = 1.04 (HYDROGEN LINES) + 4340 1 JEC 20.00 A 20.00 A + 486I_ _J JEC 3.QQ A 3.QQ A TDENT N RO REF OBS I + 1 RM 10.00 A 10.00 A 4340 34.00 34.00 46.75 46.75 + 1)1 JEC 14.00 A 14.00 A 4861 1 WB 100.00 100.00 100.00 100.00 + 1 RH 24-0QB 24.QQB -5007 T) 1 WB 120.00 170.00 U 1^2-1 1-11.21 + 1) 1 JEC 35.00 A 35.00 A 6563 I 1 HE67 1.00*A 0.45*A + l RM 76.00B 76.OOB 6584 II ) 1 HE67 0.20*A 0.09+A + 5876 HE I 1Q-OOB 10-QQ B + 6300 (0 I ) 1 12.00 A 12.00 A (PK NO. 325+ 4 1) + 6363 (0 I ) l 0.0 R 0.0 B + 6548 _LN LI Aft- nnR + 6563 I 1 RM 90.OOB 90.OOB + 6584 II ) 1 RM 190.OOB 190.OOB BEGIN HE2 129 (PK NO. 325+ 3 1) 1.33 (HYDROGEN L INES) + HE2 114 (PK NO. 318 -2 l) WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4340 H I 1 WB 31.00 31.00 46.59 46.59 + 4861 H I _1 Mfi 100.00 icn.on 1 00.00 1 00.00 + 5007 (0 III) 1 WB 135.00 135.00 + BEGIN HE2 115 (PK NO. 321+ 2 1)' C = 1.54 (HYDROGEN LINES) + END HE 2 129 1 PK NO- 325+ 3 11 + WAVE IDENT OBS I AVE 0 CORR I AVE C + 4340 H I 29.00 29.00 46.47 46.47 + ..486.1- 1QQ.QQ- i nn.no 100-00 100.00 + 5007 (0 III) l WB 479.00 479.00 428.00 428.00 BEGIN HE2 131 (PK NO. 315-13 1) C = 0.36 (PADIO-H BETA) + END HE 2 115 (PK NO. 321+ 2 1) WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + ^Sól HI 1 WB 100.00 100.00 100.00 100.00 + 5007 (0 III) l WB 13.00 t 13.00 12.66 12.66 + BEGIN HE2 117 (PK NO. 321+ 2 2) C = 3.08 (HYDROGEN LINES) HE 2 131 (PK NO. 315-13 1) + IDENT N RG REF QES AVE 0 CORR I AVE C + 4340 1 WB 18.00-L- 18.00 46.23 46.23 + 4861 H I 1 100.00 100.00 100.00 100.00 BEGIN HE 2 132 (PK NO. 323 -2 1 ) C = 0.13 (HYDROGEN LINES) + 5007 (0 III ) 1 795.00 795.00 634.71 634.71 + 6563 H I 1 HE6 7 l.OO+A 0.10*A WAVE IDENT N RG REF OBS 1 AVE O CORR I AVE C + 6584 (N II ) l HE67 0.20*A 0.02*A 4340 HI 1 WB 45.00 45.00 46.83 46.83 + 4861 HI 1 WB 100.00 100.00 ICO.00 100.00 + HE2 117 (PK NO. 321+ 2 2) 5007 (0 III) l WB 760.00 760.00 752.81 752.81 + END HE 2 132 (PK NO. 323 •2 1) + BEGIN HE2 118 (PK NO. 327+13 1) 0.28 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C BEGIN HE2 133 (PK NO. 324 -1 1) 0.44 (HYDROGEN LINES) + 4340 H I 1 WB 43.00 43.00 46.85 46.85 + 4861 H I 1 WB _LQ& 00 100.00 100.00 100.00 N RG REF O&S I AVE 0 CORR I AVE C + 5007 (0 III) 1 WB 1170.00 1170.00 1146.29 1146.29 4340 HI 1 WB 41.00 41.00 46.91 46.91 + 4861 HI 1 WB 100.00 100.00 100.00 100.00* + END HE2 118 (PK NO. 327 + 13 1) 5007 (O I II ) 1 WB 135.00 135.00 130.73 130.73 + HE2 133 (PK NO. 324 -1 l) + BEGIN HE2 119 (PK NO. 317 -51) C = 0.0 (NO CALCULATION) + WAVE- IDENT N RG REF OBS I AVE Q CQRE—I. —AVE C BEGIN HE-2 124 ( PK NO. 319 -9 1) 0.15 (RADIO-H BETA) + 3727 (0 II ) 1 JEC 100.00 A 100.00 A + 3868 (NE III) 1 JEC 40.00 A 40.00 A WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 3882. _tí I 2_ JEC 1.QQ—A_ 1-00 A 4340 HI 1 WB 39.00 39.00 40.83 40.83 + 3889 HE I 2 JEC 1.00 A 1.00 4861 HI 1 WB 100.00 ICO.00 100.00 + 3967 (NE III) 2 JEC 15.00 A 15.00 A + 3970 H I 2 J.EÇ- 15.00 A 15.00 A END HF2 134 (PK NO. 319 -9 1) + 4101 HI 1 JEC 8.00 8.00 A + 4340 HI 1 JEC 35.00 A 35.00 A + 4686 HE IT 1 JEC 1-QQ A 1.QQ A + 4861 HI 1 JEC 15.00 A 15.00 A BEGIN HE2 136 (PK NO. 322 0.75 (RADIO-H BETA) + 4959 (0 III) 1 JEC 20.00 A 20.00 A + 5001 LQ HD 1 JEC 80.00 A 9Q.0Q A —WAVE IDEM! N RG REF OBS I + 4340 38.00 38.00 47.81 47.81 + HE2 119 (PK NO. 317 -5 1) 4861 100.00 100.00 100.00 100.00 + HE2 136 (PK NO. 322 -6 1 ) + 619 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + - HE2 136 (PK NO. 322 -6 1) „BEGIN HF.2 UÜ, LPK__NO, 326 -6 1) C = 0.58 (RADIO-H BETA1 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE.C WAVE IDENT N RG REF OBS I AVE 0 CORR I + 5007 (Q III) 1 WB 1260.00 ■12J&Q.« ÍLQ 1192.77 1192^77 4340 H I -J W9 38.00 38.00 + 4861 H I 1 WB 100.00 100.00 -^>,■3.9- + 100.00 ^i39 + HE2 136 (PK NO. 322 -6 1) 6563 H I I HE67 1.00*A 0.64*A + . 8394 JLN II ) 1 HE67 a*IQ*a Q« Q6*A... + HE 2 151 IPK NO. 326 -6 1) + 8EGIN HE2 L2J I PK -MO. 320,^9 1) C = Q.Z3. (PAD1Q-H BETA1 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4340 H I 1 WB 31.00 31.Q.Q- . 33..¿6 3-3.» 26.. BEGIN HE2 L52 ( PK NO. 333+ 1 1 ) —3.Q8 (HYDROGEN LINES) + 4861 HI 1 WB 100.00 100.00 100.00 100.00 + WAVE IDENT N RG REF OBS I AVE O AVE C + END HE2 138 ( PK NO. 320 -9 11 4340 H I _1 WB. U-ß.t-QQ 18.00 -4.6 t 23. .4.6.« 23— + 4363 (O 111)1 8.55 8.55 21.08 21.08 + 4686 HE II 1 WB 83.40 83.40 115.28 115.28 + -4861 H I 1 Hü_ 1QQ.QQ U3.Q.QQ 100.00 100.00 + BEGIN HF 2 140 (PK NO. 327 -1 2» C = 2.01 (HYDROGEN LINES) 5007 (0 III ) i WB 955.00 955.00 762.45 762.45 + 6563 H I 1 HE67 1.00*A 0.10*A + WAVE . IDENT N RG REF QBS L. ..AVE.-Q CQRR I AVE C 6384 -iiü LL-i-l HE67 l.2Q*A 0. 11 *A + 4340 H I 25.00 25.00 46.27 46.27 + 4061 H I 100.00 100.00 100.00 100.00 HE 2 152 (PK NO. 333+ 1 1) + 65.63 hi I— HE67— 1. QQ*A Q«-22*A + 6584 (N II ) l HE67 0.80*A + END ÜE2 UlO IPK NO. 121—\ 2) -BEGIN HE2 151 ( PK NO. 330 -2 1) ■0.59 (HYDROGEN (INFS) + WAVE IDENT N RG REF OBS I CORR I AVE C + 3727 LQ II ) 1 J EC 1QQ.0Q A -15Q.QQ A + BEGIN HE2 141 ( PK NO. 325 -4 1» C = 0.84 (RADIO-H BETA) 3868 (NE III) 1 J EC 25.00 A 35.48 A + 4340 H I I J EC 10.00 A 11.98 A + HAVE IDENT N RG REF DBS I AVE Q CURB I AVE C + 4340 H I 52.00 52.00 67.25 67.25 4861 H I 1 WB 100.00 100.00 100.00 100.00 + 4363 (0 III) WB 18.00 18.00 23.02 23.02 4959 (0 III) 1 J EC 15.00 A 14.58 A + 468.6 HE II W3_ 41. ZD..- 41.70 45.55 45.55 5 007 _m un i WB 831.00 831.00 795.97 795.97 + 4861 H I 1 100.00 100.00 100.00 100.00 + 5007 m in » i 1380.00 1380.00 1297.80 1297.80 END HE2 153 (PK NO. 330 -2 1) + HE2 141 (PK NO. 325 -4 1) + RFGIN HF? L5-5 LPK NO. 3.3B+ 5 1 ) f. = 0.68 ( H YDfiDGE N l rNFÇl + BEGIN HF2 142 (PK NO. 327 -2 1) 1.52 (RADIO-H BETA) WAVE IDENT N RG REF OBS I CORR I + 3727 LQ II » J JAC- 60.00 A 95.74 A + WAVE ID N RG REF OBS I AVE 0 CORR I AVE C 3835 J EC 0.25 0.38 A + 4340 H l WB 30.00 30.00 47.78 47.78 3868 (NE III) J EC 120.00 A 179.62 A + 486J H_ _1 H-8 100.00 100.00 1 00.00 100.00 3889 ti I - J EC. 30.00 A + 6563 H I l HE6 7 l.00*A 0.31*A 3889 HE I JEC 30.00 A 44.46 A + 6584 (N II ) 1 HE67 0.80*A 0.25*A 3967 (NE III) J EC 60.00 A 86.18 A + -3370 H I JEC + HE 2 142 (PK NO. 327 -2 1) 4101 JEC 50.00 A 67.82 A + 4340 JEC 100.00 A 123.15 A + 4471 HE I JEC 0.25 A 0.29 + BEGIN HF 2 143 (PK NO. 327 -1 1) 0.43 (HYDROGEN L INES) 4861 H I JEC 100.00 A 100.00 + WB I no. on i no.nn + WAVE N RG REF OBS I AVE 0 CORR I AVE C 4959 (0 III ) JEC 170.00 A 164.46 A + 4340 l WB 41.00 41.00 46. 77 46.77 5007 (0 III) JEC 300.00 A 285.45 A + 4861 100.00 100.00 100.00 100.00 WB 1020.00 1020.00 970.53 970.53 + 5007 (0 I II ) 1 1820.00 1820.00 1763.68 1763.68 + END HE 2 155 (PK NO. 338+ 5 1) + end HF? 143 (PK NO. 327 -1 1) + BEGIN HE2 156 LEUJíQ.« . 3.38+ 5 2) —Q.Q (HYDROGEN LINES) + BEGIN HE 2 145 (PK NO. 331+ 0 1) C = 0.0 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C -4-34.0 H I _1 WB 69.00 69.QQ _J>9. QQ 6,9. QQ + 4340 49.00 49.00 49.00 49.00 4861 HI 1 WB 100.00 100.00 100.00 100.00 + 4861 100.00 100.00 100.00 100.00 + 5007 1350.00 1350.00 1350.00 1350.00 -END HE2 L5¿ ( PK NO. 338+ 5 ?) + HF2 145 (PK NO. 331+ 0 l) + BEGIN HE2 157 (PK NO. 331 -2 1) C = 0.0 (NO CALCULATION) + BEGIN HE2 146 ( PK NO. 328 -2 1) C = 1.21 (DUST MODEL) . WAVE IDENT N RG REF OBS I AVE O CORR I AVF C. + 6563 I 1 HE67 1•00*A 1.00*A + WAVE IDENT N RG REF OBS I AVE 0 CORR I 6584 II ) 1 HE67 0.50*A 0.50*A + 3727 (D II ) 1 JEC lOt QQ 22^97-A_ + 3889 HI 2 JEC 0.25 0.50 A HE2 157 IPK NO. 331 -2 1) + 3889 HE I 2 JEC 0.25 0.50 A + 4340 HI 1 JEC 4.00 5.79 A + H I 1 JEC 2.00 A 2.00 A + l WB 100.00 100.00 100.00 100.00 BEGIN HE 2 158 (PK NO. 327 -6 1) 0.0 (HYDROGEN LINES) + (0 111)1 JEC 0.50 A 0.47 A + III) l JEC 5.00 A 4.58 A WAVE IDENT N RG REF DBS I AVE O CORR I AVE C + 1 WB 2510.00 2510.00 2297.50 2297.50 4340 HI 1 WB 51. 00 51.00 51.00 51.00 + 4861 Ü I 1 WB 100 HQ LQQ.QQ 100.00 -1QQ.0Q + HE2 146 (PK NO. 328 -2 1) 5007 (O I II ) 1 WB 525. 525.00 525.00 525.00 + 6563 H I I HE 67 1. 00*A l.OO*A + H584 LU II ) 1 HE67 0. 1Q*A 0- 10*A + BEGIN HF2 149 (PK NO. 329 -2 1) C = 0.0 (HYDROGEN LINES) HF 2 158 (PK NO. 327 -6 1) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4340 H I 1 WB 52.00 52.00 52.00 52.00 + 4861 H I_ 1 WB 100.00 100.00 100.00 100.00 -BÜGIN HE 2 LÍL2 ( PK NO. 330 -3 1) C = 0.0 (HYDROGEN LINES) + 5007 (0 III) 1 WB 812.00 812.00 812.00 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + END HE 2 L49 ( PK NQ. 329--2 1) 3.868 LNE I 11 I. 1 JEC 25.QQ A 25.00 A + 3889 I JEC 4.00 A 4.00 A + 3889 HE I JEC 4. 4.00 A + HE 2 159 (PK NO. 330 -3 1) + 620 + + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + + + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + HE2 hhl (PK Nfl. 63-12 1) 1 (PK NO. 119 -6 1) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C REGION KEY (REG ION,REFERENCEfEXPLANA!ION) + 4101 HI 1 LL 21.70 21.70 28.65 28.65 At AE2 t REGIONS A AND B ON DIFFERENT SCALES + 4267 LL 1.40 1.40 1.74 1.74 + 4340 LL 43. 80 43.80 52.96 52.96 END 1 (PK NO. 119 -6 1) + 4387 LL 2.80 2.80 3.33 3.33 + 4686 1 LL 32.20 32.20 34.37 34.37 + 4861 1 LL 100.00 100.00 100.00 100.00 + 4Q7 1 -HE—1_ _J U 11.20 11.70 10.99 1 0.66 BEGIN HU 1 2 (PK NO. 86 -8 11 0.59 (RADIO-H BETA) + 5015 HE I l LL 3.20 3.20 3.05 3.05 + 5876 HE I 1 LL 18.20 18.20 13.40 13.40 WAVE IDENT N RG REF OBS I AVE 0 CCRR I AVE C + 6563 -J 1 U— 435.3Q 435.30 271.34 271.34 3132 0 III 1 A 35.00 27.50 65.95 51.81 + HE I 1 AW 20.00 27.50 37.68 51.81 + 3187 HE I 1 AW 3.90 3.90 7.20 7.20 + END HE2 467 (PK NO. 63-12 II 3203 HE II 1 A 30.00 -22. 5P- 27.53 41.30 + 15.00 22.50 41.30 + 3241 (NA IV ) AW 1.20 1.20 2. 16 2.16 + 3299 0 III AW 1.70 1.70 2.99 — + BEGIN HE2 l (PK NO. 355 -4 1) C = 1.13 (DUST MODEL I 3312 III 3.50 3.50 6. 12 6.12 + 3340 III 4.30 4.30 7.43 7.43 + WAVE IDENT N RG REF DBS I AVE Q CQRR \ &VE. C -334¿_ 56 .no 96-67 + 4861 l 1 VV4 100.00 100.00 100.00 100.00 48.30 83.34 + 4959 (0 III ) 1 VV4 320.00 320.00 302. 86 302.86 56.00 96.62 + 5007 jo I_I.LL_L_ _VV4_ 610.00 ...6.LQ«Q0 -561t63 5.6U63 48.3D 83.34 + 3381 IV 0.40 0.40 0.68 0.68 + 1 (PK NO. 355 -4 1) 3385 IV 1.50 1.50 2.55 2.55 + .3 396 IV 0.30. 0.30- 0.51 0.51 + 3409 0 IV 0.20 0.20 0.34 0.34 + 3411 0 IV 0.40 0.40 0.67 0.67 + BEGIN HU 1 1 (PK NO. 119 -6 II 0.32 (RADIQ-H BETA) 3425 ( NE—V L 180.QQ 300.91 + 1 ACP 147. 00 245.75 + WAVE IDENT N RG REF OBS I CORR I AVE C 3425 0 III 2 A 180.00 300.91 + 3727 _LQ U L A Ô- 260.QQ 323.95 3444 Q—UI -I A 10.QQ- 16.60 + ACP 342.00 426.11 8.40 9.20 13.95 15.27 + Wl 268.80 334.91 3634 HE I 0.60 0.60 0.93 0.93 + 3797 3. 30 4.05 3673 _H L_ -0-. 73 0.73 1.12 .12 + 3835 H I 12.00 12.00 14.61 14.61 3676 H I 0.77 0.77 1. 18 1.18 + 3868 (NF III ) 110.00 167.50 132.99 202.51 3679 H I 0.80 0.8 1.22 1.22 + 135.QQ 163.22 3682 _H I— 0.87 0. 8.7_ 1.-33 J .33- + 225.00 167.50 272.03 202.51 3686 1 AW 0.91 0.91 1.39 1.39 + 31. 00 31.00 37.31 37.31 3691 1 AW 1.20 1.20 1.82 1.82 + 1 35.00 162.46 3697 -J AJaL_ 1.34 1.34 7.Q3 —2.03— + 2 Wl 53. 10 63.90 3703 AW 2.20 3.33 + 3 ACP 135.00 162.46 3705 AW 2.20 3.33 + _2 WL- 53.10 63.90 3712- AW... 1. 85 2.Z9 . + ? A 55.00 65.22 3715 HE II 0.10 0.15 + 2 ACP 50.80 60.24 3715 0 III 0. 10 0. 15 + -2 W-l— 109.40 129.72 3721 4.61 6.93 + 55.00 65.21 3721 ( S HT I 4.61 6.93 + ACP 50.80 60.23 3 72 7 (0 II ) 45.00 67.50 + Wl 109.4n 129.71 40.70 61.05 + 4069 (S II) 7.80 9.06 1 VV 2 87.50 A 131.25 A + 4076 S II 7.80 9.05 3732 HE I I 2 AW 0. 20 0.30 + 6.30 7 .-31- 3734 I -J AW 2.55 2.55 3.81 + 4097 N III 2 ACP 32.60 37.66 3740 HE II 0.40 0.40 0.60 0.60 + 4101 H I 1 A 33.00 38.09 3750 H I 2.50 2. 80 3.72 4.16 + _2 AC£— 32. QQ 37.63 3. 10 2.8Q . 4.61 4.16 + 50. 00 41.50 57. 71 47.90 3 754 0 III 0. 57 0.57 0.85 0.85 + 4340 H I 47.00 61.00 51.84 67.28 3757 0 III 0.21 0.21 0.31 0.31 + ACP 56.30 62.10 3759 0 III AW 2.70 2. 70 4.00 4.00 + Wl 75. 00 61.00 82.72 67.28 3768 HE II AW 0. 20 0.20 0.30 0.30 + 4363 {0 III ) 16.00 20.50 17. 57 22.52 3770 H I 3.70 3.95 5.46 5.83 + 56.30 61.83 AW 4j 20 . 3.95.. 6.20 -5.93- + 25.00 20.50 27. 46 22.52 3774 0 III 0. 18 0.18 0.27 0.27 + 4471 HE I 21.00 18. 10 22.63 19.51 3781 HE I I 0.49 0.49 0.72 0.72 + ACP 3Qi 40 L8.1Q 32.76 19.51 -379j_ _Q III -JJZ7- 0.27 0^40 -Q.4Q + 1 KA2 2.90 3.13 3 797 4. 70 5.07 6.86 7.40 + 1 Wl 21.90 23.60 5.44 5.07 7.94 7.40 + 4685 HF I I _L_ 26.CO 17.37 26.89 HE II Q. 51 Q.51 Q. 74 _Q..Z4_ + ACP 16.80 17.37 17.38 17.96 3819 HE I 1.25 1.81 + 1 KA2 9.30 17.37 9.62 17.96 3833 HE I AW 0.25 0.36 + 1 Wl 31.-30 32.37 3833 H£_LI . AW Q. 25 Q.36 + 1 A 100.00 100.00 100.00 100.00 1 6.90 7.10 9.92 10.21 + 1 ACP 100.00 100.00 100.00 100.00 l 7.30 7.10 10.50 10.21 + -J £A2_ 100.00 1QQ.QQ -IQQ.QQ IQQ.QQ 3839 ( FE V ) 1 Q« 25 0.25 Q.36 —Q.36 + I DD63 100.00 100.00 100.00 100.00 3851 (FE V 0. 19 0. 19 0.27 0.27 + 1 Wl 100.00 1 CO.00 100.00 100.00 3856 SI I I 0.20 0.20 0. 0.29 + 4959 JJ III ). J A_ 35Q.QO 413.07 344.59 406.69 .3 858..- HE II AW. _Qjt. 0.84 1. 20 1.20 + 1 ACP 411.00 413.07 404.64 406.69 3862 SI II 0.23 0.33 0.33 + 1 KA2 485.00 413.07 477.50 406.69 3 864 0.48 0.68 0.68 + J Wl 4Q6j_2Q 413.07 400.02 406.69 3868 (NE III) 62.00 53.93 87.98 76.53 + 1 880.00 1270.30 859.65 1240.93 1 ACP 64.80 53.93 91.95 76.53 + l ACP 1188.00 1270.30 1160.53 1240.93 l KA2 35. 00 53.93 49.67 76.53 + _1 QD63- 1732.CQ 127Q.3Q .1691..95- 1240.93 J W 2 131.30 A I86t-32 A. + l Wl 1281.20 1270.30 1251.57 1240.93 17. 00 23.92 + 5015 HF I 1 AW70 0.90 0.90 0.88 0.88 ACP 14. 80 20.82 + 5047 HE I 1 AW70 0. 30 0.30 0.29 Ji¿9_ AW 11. QQ 15« ^8 + 5191 t AR III) 1 AW70 0. 25 0.25 0. 24 0.24 2 VV 2 37.50 A 52.76 A + 5198 (NI ) I A W7 0 1.00 1.00 0.94 0.94 2 A 17.00 23.92 + 5200 (NI ) 1 AW 70 0.80 0.80 0. 76 0.76 —2 ACP . 14.80 ¿Qj>-82 + 5411 HE I I 1 AW70 2.30 2. 10 11.00 15.4 + 5517 (CL III) 1 A AE2 1. 15* 1.03* VV 2 37.50 A 52.76 A + J AW 70 Q.68 -0,68 0.61 3923 _AW L. QQ 1.39 + 1 A AE2 1.00* 0.90* 2 A 34.00 46.55 + l AW70 0. 50 0.50 0.45 0.45 2 ACP 30.40 41.62 + 5 75 A -IN LI L J A WI..Q— 5..3Q ¿1.4Q 4.60 18*57 1 AW 24.00 A 32. 86 A + 1 Wl 37.50 21.40 32.55 18.57 2 VV 2 56.30 77.08 + 1 A W70 14.50 35.40 12. 38 30.22 3967 2 A 34.00 46.54 + J WJ 56.3Q 35.40 48.07 30.7? -2 ACP 30.40 41.62 + 6300 1 Wl 106.30 85. 79 56.30 77.07 + 6563 2 Wl 1593.80 1248.79 4009 HF I 0.27 0.27 0. 36 0.36 + -6-563 __2 WJ— - 1593^60 -1248..19- -4Q26 .. HE -I ¿.60 2.60 3.49 3.49 + 6717 ( S II ) 1 B AE2 0. 77* 0.59* 4026 HE II 2 AW 3.20 4.29 + 6730 (S III 1 B AE2 1.00* 0.77* 4026 HE I 2 AW 3. 20 4.29 + 4068 __LS 11 ) 1 AW 5.50 7 «-75 + 1 (PK NO. 119 -6 1) + (PK NO. 86 -8 1) + 622 + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + HUI _2 IPK. NQ. 86 -8 1) HU 1 2 CPK NO. 86 -8 11 + WAVE IOENT N RG REF OBS AVE O CORK I AVE C WAVE IDENT N RG REF OBS AVE 0 CORR I AVE C + ..JlQ22_ _LS II ) J â 2t8.iL. 15.30 3.69 20.15 5309 CCA V ) 1 AW70 0.27 0.27 0. 24 0.24 + 1 ACP 27.80 15.30 36.62 20.15 5323 (CL IV ) 1 AW70 0.19 0.19 0.16 0.16 + 4076 CS I! ) 1 AW 1.90 1.90 2.50 2.50 5335 (FE VI 1 1 AW 7 0 0.26 0.26 0.22 0.22 + 4097 N ITT _2 ACP 26.50 3.4^8. 5411 HE II 1 AW7Q ,8.40 8.40 7.10 7.10 + 1.50 1.50 1.96 1.96 5517 1 A AE2 0.69* 0.57* + 22.50 18.75 29.31 24.43 l AW70 0.74 0.61 + ACP 2 6. 50. 34.53 5537 (cl nn J A.-A.E2 1.00» 0.82* + 1 15.00 19.54 1 AW 70 0.90 0.90 0.73 0.73 + 1 VV 2 50.00 A 65.14 A 5554 (N II ) VV 2 31.30 31.30 25.40 25.40 + 4120 HE I _1 AW 0.70 0.91 0.91 559? _Q LLL AW7Q 0.22 0.2? 0. 18 0-1 a + 4143 HE I 1 AW 0.50 0.50 0.64 0.64 5630 CFE VI ) 1 AW70 0.30 0.30 0.24 0.24 + 4163 (K V ) l AW 0.27 0.27 0.34 0.34 5677 CFE VI ) 1 A W70 0. 14 0. 14 0. 11 0.11 + 4186 C III 1 AW 0.t6 0.16 0.20 0.20 -5.72-1 _ (FE VLI1. -AH7Q ■ 0.70 0.70 0.54 0.54 + 4199 HE II 1 AW 2.24 2.24 2.81 2.81 5754 (N II) l AW70 10.00 10.00 7.70 7.70 + 4227 (FE V ) 1 AW 0. 37 0.37 0.46 0.46 5801 C IV l AW7 0 0.53 0.53 0.40 0.40 + 4267 C II 1 AW 0.20 0.20 0.25 0.25 5806 HE II AW7Q 0.12 0.12 0- 09 0.09 + 1 A 46.00 55.11 5812 HE II 1 A W70 0. 16 0.16 0. 12 0.12 + 2 ACP 46.00 55.11 5875 HE I 1 AW70 15.20 15.20 11.36 11.36 + 1 ORF 45.00 44.93 -53»_9L. 53.83 1 ORF 11.00 A 8.22 A + 1 VV 2 43.80 44.93 52.47 53.83 1 VV 2 25.00 18.68 A + (O III» 1 A 20.00 19.27 23.77 22.90 6300 (0 1 VV 2 25.00 A 16.84 A + -2 ACP 46.00 54.68- 6563 H_. flR F 458.00 458.00 292.10 + l ORF 19.CO 19.27 22.59 22.90 2 VV 2 887.50 566.02 + 1 VV 2 18. 80 19.27 22.35 22.90 1 W 1.00* 0.64* + _n LLL _1 AH 0.22 Q.22- (?■ 26 Q.26 _LN II ) -VV- 2. aa/^LQ 566.0? + 4383 AW 0. 28 0.2B 0.33 0.33 1 242.00 153.67 + 4387 HE I 1 AW 0.73 0.73 0.86 0.86 1 w 0. 92* 0.58* + 4471 ..HE I _i A— 5.30 4.20 6.09- 4.82 6717 _LS LI—I—1 R AF? .0^55» 0. 34* + 1 4.50 4.20 5.17 4.82 6730 (S II I 1 AE 2 1.00* + 1 KA2 2.80 4.20 3.21 4.82 + 4510 _LK IV 1 J AW 0.20 , 0-20 0-23 0-23 REGICN KEY (PEG ION.REFERENCE.EXPLANA!ION) + 8. 20 6.15 9. 19 6.89 AE2 REGIONS A AND B ON DIFFERENT SCALES + 4. 10 6.15 4.59 6.89 + n.BO 0.80 -0^89— + 4606 CFE III1 l AW 0.50 0.54 0.55 0.59 + 1 AW70 0.58 0.54 0.63 0.59 + 4634 N III 2 2.00 .2.17 A + 0.86 0.86 0.93 0.93 2 l (PK NO. 51+ 9 1) 0.51 (RADIO-H BETA) + 4634 N II 1 A W70 0.70 0.70 0.76 0.76 + 6/140 —N ITT -2 A 7.16 . IflFNI N RG REF + 1 AW 1.50 1.45 1.62 1.57 3703 1.90 1.90 2.7? 2.72 + l A W70 1.41 1.45 1.52 1.57 3712 2.50 2.50 3.57 3.57 + 4657 _3 AW70 0.32 0-34 -3J26 78.00 10.77 + 0.25 0.27 1.00* 1.42* + 0.32 0.34 59.10X 83.93 X + IFF ITT) 2 0.27 —0.44* + 4661 0 II 0.32 0.34 3750 3.70 3. 70 5.21 5.21 + 4685 HE I I 90.00 89.56 95.76 95.30 3770 4. 10 4.10 5.74 5.74 + 81.BQ 89.56 87.Q4 95.30 3797 5.40 5.40 7.49 7.49 + 1 KA2 95.00 89.56 101.08 95.30 7. 70 10.54 + 1 ORF 81.00 89.56 86. 19 95.30 12.70X 17.39 X + 1 W 2 1QQ.QQ 89.56 106.40 95.30 10.70 + 4711 (AP IV ) 2 A 10.00 10.54 12.70X 17. 18 X + 1 AW 10.00 10. 14.00 18.81 + .2 A W ? Q. - 9.BO in. 54 + 33 12.30X 16.5?X + 4711 HE I 10.00 10.54 3889 HF I 12.30X 16.52X + AW70 9.80 10.33 3967 (NE III) 20.00 26.24 + 4ÿ24 (NF TV ) AW 2.30 2.41 28.20X 36.99X + AW70 2.50 2.62 20.00 26.24 + 4740 (AR IV ) A 5.00 6.72 5.22 VV 1 28.20X 36.99X + AW 7.00 6.72 7.30 -4.Q26 HE. I... A 2. ¿Q 2.20 2,83 2.83 + l AW70 7. 10 6.72 7.41 7.02 4069 ( S II ) 1.90 2.41 + 1 KA2 7.80 6.72 8.14 7.02 4076 ( S II ) 1.90 2.41 + _Q Ay 4t6Q _AtAQ_ 4.79 4.79 4101 25. QQ 25.QQ 31.42 31.42 + 100.00 100.00 100.00 100.00 VV 1 38.60X 48.51X + ACP 100.00 100.00 100.00 100.00 A 46.00 53.78 + KA2 100.00 1C0.00 100.00 IPOtOQ YV. 1. 5.9.CQX 68,97* + 1 0D63 100.CO 100.00 100.00 100.00 A 2. 20 2.2 0 2.55 2.55 + 1 ORF 100.00 100.00 100.00 100.00 VV 15.00X 17.42 X + 1 VV 2 100.00 100.00 100.00 100.00 4471 HE A_ 4, 8Q 4.80 5.41 5.41 + 4881 (FE III) 1 A W70 0. 15 0.15 0. 15 0.15 9.10 X 10.25X + 4893 (FE VII Ï l AW70 0. 18 0. 18 0. 18 0.18 46 34 III 1. 10 1.18 + 4909 1 4W7Q 0.10 0. 10 0. 10 Ot IQ 4640 III I t IQ U 18 + AW 0.80 0.79 1.01 4686 HE II 25.00X 26.38X + l AW70 1.26 1.24 1.01 4711 (AR IV ) 1.20 1.20 1.26 1 .26 + 4931 CO III ) 1 A W70 0.31 0.30 0.30 4861 H I 100.00 100.00 100.00 100.00 + 4944 CFE VIII 0.21 0.21 0.20 0.20 l OD 62 100.00 100.00 + 4959 CO III) 290.00 283.40 281.79 275.37 1 VV 1 100.oox 100.oox + AÇP 199.00 283.40 193.36 —21.5137 ( 0 III) 1 130.00 i ?ft- ai + KA2 268.00 283.40 260.41 275.37 1 VV l 118.20X 115.30X + ORF 229.00 283.40 222.51 275.37 l A 380.00 388.50 366.09 374.28 + VV 2 431.00 283.40 418.79 .275.37 1 QD62 397.00 388.50 38-Z_LlZ_ 374.28 + 4972 (FE VI ) l AW70 0.22 0.22 0.21 0.21 290.90X 280.25X + 5007 (0 III ) 1 A 750.00 621. 75 718.34 595.50 5411 HE II 34. 50 34.50 29.85 29.85 + 1 ACP 633.00 621.75 606.28 595.50 5876 HE I 45.5Q 45,5 0 35- 36 35.36 + i 0D63 550.00 621.75 526.78 595.50 6300 (0 1 ) 1 VV 1 35.00 24.87 + 1 ORF 554.00 621.75 530.61 595.50 6563 H I 2 VV L 354.50 240.31 + VV 2 2062.50 A 1975.43 A 6563 _LN LI L 2 VV 1 354.50 ?40.31 + 5015 1 AW70 1.20 1.20 1. 15 1.15 + 5041 SI II 1 AW70 0.35 0.35 0. 33 0.33 + 5047 HE I 1 A W70 0.26 0.26 .JL*. »25 + 5056 SI II AW70 0. 13 0.13 0. 12 0.12 + 5131 0 V A W70 0.20 0.20 0. 18 0.18 + 514? CFE VI ) 1 AW70 Qt 29 Qt¿9 Q, 27 0,27 BEGIN J 320 (PK NO. 190-17 1) 0.0 (HYDROGEN LINES) + 5164 1 AW70 0.10 0.10 0.09 0.09 + 5176 CFE VI ) 1 AW70 0.25 0.25 0.23 0.23 WAVE IDENT N RG REF OBS I CORR I AVE C + 5191 CAR.I-IU _1 AW7Q . 0. 36 0.36 0.32 _Q .32 3727 (O II ) 1 A 21.00 21tQQ... + 5198 (N I ) l A W70 2.30 2.30 2. 07 2.07 27.OOX 27.OOX + 5200 (N I ) 1 AW70 1.20 1.20 1.08 1.08 30.60X 30.60X + S?70 IFF III 1 AW70 0. 14 _JL_ 0. 1? 3797 5.2Q _ 5, 2.Q— 5.20 + 5277 CFE VII) AW70 0. 14 0.14 0.12 0.12 3835 H I 1 7. 50 7.50 7.50 7.50 + 5289 1 AW7 0 0.17 0.17 0. 15 0.15 3868 (NE III) 1 110.00 101.50 110.00 101.50 + 2 CPK NO. 86-8 1) 320 (PK NO. 190-17 1) + 623 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + 3ZQ (PK NQ. 19Q--I7 1J -9.0-0 (PK NQ. 194» 2 1) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDFNT N RG REF OBS I CORR I + 3868 (NE I II 1 1 AA1— l^OfOOX -33M-. (NE III) 2 Ô .34* QQ 4Q.97 + 93.00 101.50 93.00 101.50 35.50 42.77 + VV I 1I8.40X 118.40X 19.00 22.89 + -Ü I_ A - 26* QQ -26.QQ_ 2.6.«-QQ . VV 1 33.QQX _39. I6X + 27.00X 27.00X A 34.00 40.96 + 32.70X 32.70X ACP 35.50 42.77 + VV 1 3 21 T.Q X 32.70X _Lô 19.QQ . 22..S9 + 3889 HE I 27.OOX 27.OOX VV 33.OOX 39.76X + 3967 (NE III) 55.00 55.00 4026 HE I 1 A 3.30 3.93 + -A41- 79.ÛPX -7.9».QmL. —4Q69. _LS LI ) 2 3* QQ. . . 3.54 + 2 VV 1 75.50X 75.50X 4076 (S II ) 2 3.00 3.53 + 2 A 55.00 55.00 4097 N III 2 ACP 24. 70 28.92 + _2 Aid 79.OOX 79.QQX- -41Q1 H I 1 _A ¿LtQO 22.30 24. 57 + 2 MA 46. 00 46. 00 ACP 24.70 28.90 + 2 VV 1 75.50X 75.50X LA 23.60 22.30 27.61 + 3969 (NE III) _2 ÜA 46.00 _46..Q.fl_ VV 1 SQX .3.6.Q3X + 4076 II 20.80X 20.80X A 42.00 46.75 + 4101 I 30.00 30.00 ACP 108.00 120.22 + _A4.l_ 34.OOX 34.QQX. 32.BOX 36.51X + 27.00 28.50 27.00 28.50 50.70 56.44 + 32.70X 32.70X 52.70X 58.66X + 4340 5Q.QQ AI» QQ -5Q»Q.Q_ 47.00 --4343 _L0 LULL- 13.00 14.40 -L4.4Û . + 57.OOX 57.OOX 108.00 119.66 + 46.90X 46.90X 7.90X 8.75X + 44.QÛ 44.00 5Q.7Q 54^ LB + 1 VV 1 5 9.2 OX 59.20X 28.60 X 31.69X + (0 III) l A 18.00 18.00 19.00 HE I 1 4.00 4.34 + J A41 15.HÛX 15.OOX _1 ? 0. 90 X 22-ftflX + 24.60X 24.60X 4542 HE II 1 2. 70 2. 89 + 20.00 20.00 4634 N III 2 3.20 3.36 + 20.4ÛX -70.40X -4640 _N LLi 2_ .20 + 1 A 8.00 8.00 4645 C III VV 1 3. 30X 3.45X + 1 VV l 22.40X 22.40X 4645 N III 2 VV 1 3.30X 3.45X + _2 VV 1 40.aox 40. BOX _4685 HF T I 1 —A -4Z.00 48.76 47.31 + 4645 C in VV l 40.BOX 40.80 X 41.80 45.60 43.37 + 4686 HE I I VV 1 26.50X 26.50X 39.OOX 40.46X + 4flAi _H I 100.00 -100.00 48.00 -45.60 49.80 + 100.00 100.00 VV 1 50.50X 52.39X + 100.OOX 100.OOX 4711 (AR IV ) 2 ACP 11.20 11.56 + . 1 00.-QQ -100.00 -4713 HF I 2 —ACP— ■ 1 U20 11.55 + 100.00 100.00 100.00 100.00 (AP IV ) 1 A 4.00 5.64 4. 10 5.78 + 1 ACP + i100.00 100.00 + nn.nn 1.00.00 100.00 100.00 + -100.00 100.00 —ti 1 C- + 7.28 + -LOO. 00 + 5.64 7.47 + 100.00 + 5.78 + (0 I II ) l 340.00 337.42 340.00 337.42 ACP 100.00 100.00 + A41 310.00 337.42 310.00 337.42 AN 100.OOX 100.OOX + ..AN . 209.OOX . 209.OOX CPDA i no.nn i nn.nn + l CPDA 380.20 337.42 380.20 337.42 LA 100.00 100.00 100.00 + 1 MA 310.00 337.42 310.00 337.42 VV 100.OOX 100.OOX + 346.90 337.4? 346.90 337^42 —LO UI ) 1 _A ^qn.nn 383 .-41 + 890.00 1104.20 890.00 1104.20 ACP 313.00 307.71 + 1200.00 1104.20 1200.00 1104.20 AN 297.OOX 291.98X + 524.QQX -524. OOX C PDA 478.60 470-51 -38Ü.Q3 + CPDA 1202.00 1104.20 1202.00 1104.20 LA 385.00 378.49 + VV 1 1124.80 1104.20 1124.80 1104.20 VV 439.60X 432.17X + 541 1 HF II- . .AW.7-Q- 0.41 ?- ? 5 0.41 - ? .? 5 —LO L-LU—L- 1260.00 - 1228.-17— + VV 1 4. 10 2.25 4. 10 2.25 I ACP 1013.00 1234.50 987.41 + 5517 (CL III) AW70 0.51 0.51 0.51 0.51 l AN 845.OOX 823.65X + 5537 (CL III) AW70 0.51 0. 51 0. 51 0.51 1 CPDA 1445.00 1234.50 1408.50 1203.31 + 5754 (N II) AW70 0. 17 0.17 0.17 0.17 1 LA 1220.00 1234.50 1189.18 1203.31 + 5801 C IV AW70 0. 34 2 0.34 + 5*30 0.34 0.34 1 VV 1 1428.60X 1392.51X + 5875 HE I AW70 ¿2f0p 22.00 25-30 -519.9... —LM I L_L_ AH7Q Q..8Q 0.80 ¿*-75 -Q.75 + VV 1 28.60 25.30 28.60 25.30 5411 HE ï I 1 AW70 4. 50 4. 07 + 6300 (DI ) VV 1 36. 70 36.70 36. 70 36.70 5517 (CL III) 1 A AE2 0. 72* 0.64* + 6563 28Q« QQ ¿-9JQ.« QQ 28Q« QQ- 280.00 _L— AÜZ¿_ ..¿*86 . Q-.76 0.76 + VV 1 265.30 265.30 (CL III) 1 A AE2 1.00* 0.89* + (N 11)2 VV l 265.30 265.30 1 A W7 0 0.83 0.83 0.74 + _1_N LI ? 1 ■ AH7Q _2*. 5Q. 9.50 2» 14 —8 ■ 14 + 320 (PK NQ. 190-17 1) VV l 16.50 9.50 14. 13 8.14 + 5801 IV A W70 1.30 1.30 l.ll 1.11 + 5812 _LV- AW7Q 0.85 0.85 -¿.-72 + 1 A W70 14.60 18.30 12.28 15.39 + 900 (PK NO. 194+ 21) C = 0.35 (HYDROGEN LINES) 1 VV 1 22.00 18.30 18. 51 15.39 + 6300 _LQ I ) 1 VV 1 35.20 35.20 27.84 27.84 + WAVE IDE NT N OBS I AVE 0 CORR I AVE C 6563 1 428.60 328.23 + 3133 0 III l 31.00 31.00 45. 13 45.13 6563 (N II ) 2 VV l 428.60 328.23 + 3203 HF I I 1 14«_¿Q 14.00 . 2Q..07 20.Q7 6717 —LS U ) 1 -B AE2 ¿»61*_. Q .46» + 3312 III 5.70 5.70 7.94 (S II ) 1 1.00* + 3346 0 III ? 10.50 14.51 + 3346 ( NE V ) 2 10.50 14.51 -REGION.KEY (REG ION»REFERENCE.EXPLANATION) + 3425 + 3425 + (NE V ) 2 + O III 2 + 18.00 + 18.00 + 24.42 + 24.42 r AE2 . REGIONS A AND B ON DIFFERENT SCALES + 3444 __Q LU L_ 17.00 17. QQ 22.96 22-^96 END -JLO-Q (PK NO. 194+ 2 1) + 3650 I 2.50 3.23 + 3727 II ) 52.00 66. 14 + 66. 30 84.33 + LA 41.80 53.17 BEGIN K3 62 (PK NO. 95+ 01) C = 1.60 (HYDROGEN LINES) + VV 38.50X 48.97X + . 3-L5Q -A . _5t 5.Q.. 6.96 ¿*.9,6. —WAVE (DENT EL-RÇ RE F OBS I AVE 0 CORR I AVE C + 3770 I 1 4. 20 4.20 5.29 5.29 4861 I CLZ2 100.00 100.00 100.00 100.00 + 3797 I 1 5.00 5.00 6. 26 6.26 4991 (0 III) CLZ2 1100.00 1100.00 991.97 991.97 + 3835 _1 L— la 4,Q -2*95 9.18 12.34 -5876 - HE l CLZ2 80.00 80.00 36.27 36.27 + ACP 12. 50 9.95 15.51 12.34 6300 (0 I ) 1 CLZ 2 20.00 6.85 A + (NE III) 1 A 74.00 76.35 91.07 93.97 6563 H I 1 CLZ2 970.00 970.00 286.45 286.45 + L_ -ACP.. 78.70 16.3 5 - 96.86- 93.97 6575 (N I I ) 1 CLZ2 500.00 500.00 146.61 146.61 + 57.40 70.64 + 63.70X 78.40X 62 (PK NO. 95+ 0 1) + 16.QQ 19. 59 + ACP 12.00 14.69 + LA 57.40 70.29 + 17* 6QX . 21.55X + ACP 12.00 14.69 + #V 1 17. 60X 21•55 X + 900 ( PK NO. 194+ 2 1 ) + 624 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + BEGIN Ml I (PK NO. 130-11 1) 0.53 IRADIO—H BETA) _2 (PK NO. 133 -8 1) + WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + 3133 0 III _L AKI 24.00 2A.QQ 39671 (Ne ni} 2 AD 39.80 56,56 + 3187 HE I AKI 4.30 4.30 7.46 7.46 2 0 28.80 40.93 + 3203 HE II 1 AKI 51.00 51.00 88.00 88.00 2 R 25.00 35.53 + 3242 (NA IV ) 1 AKI 4. 10 4.10 6.96 .JL m -19.70 28.00 + 3299 0 III AKI 2. 20 2.20 3.65 3.65 2 AD 39.80 56.50 + 3312 0 III AKI 2.70 2.70 4.46 4.46 2 0 28.80 40. 88 + 3340 0 III AKI 3.60 3.60 5.89 5.89 2 R 25.00 35.49 + 3345 ( NE V ) AKI 76.00 76.00 124.05 124.05 2 Wl 19. 70 27.96 + 3362 (NA IV ) AKI 1.60 1.60 2.60 2.60 1 AD 25.70 24.43 34. 55 32.85 + 3 4 ¿5 _ INE V I 1 AKI 145.OQ- 145 00 230.06 230.Q6 __l Q_ 26.90 - ¿.4«-43_ 36.16 . 32. 85 + 3444 III AKI 7.50 7.50 11.83 11.83 1 0D66 27.50 24.43 36.97 32.85 + 3679 I AKI 0.70 <3.70 1.02 1.02 l R 17. 00 24.43 22.85 32.85 + 3682 I AKI 1.00 1.00 1.46 1.46 1 Wl 21. 30 24.43 ?ß^64 32.85 + 3686 AKI 1.50 1. 50 2.19 2.19 1 ZI 2 8. 20 24.43 37.91 32.85 + 3691 AKI 1.40 1.40 2.04 2.04 1 AD 43. 70 45.05 53.49 55.14 + 3697 _H I_ AKI 1.3Q- ■L.3Q. 1.89 1.B9 _JL + 1 + Q , 5.Q.1Q + 34. 00 + 45.05 . 61.3.2 + 45.05 + 55.1fr + 55.14 + 3704 I AKI 1.70 2.47 41.62 + 3704 HE I AKI 1.70 2.47 2 Wl 34.40 42.11 + 3722 _hi I_ 3. IQ , 4.47 1 ZI 52.40 45.05 64. 14 55.14 + 3722 (S III) AKI 3.10 4.47 4343 H I 1 0D66 47. 80 47.80 58.44 58.44 + 3726 (0 II) AKI 14.30 20.59 4363 (Q III) 1 AD 8 1 • 00 68.96 98.28 83.67 + VY.1- 71.4QX- 102.81X. 1 0 79. 50 68.96 96.46 83.67 + 3729 11 ) AKI 9. 70 13.95 1 0D66 72. 50 68.96 87.97 83.67 + 3734 I AKI 2.40 3.45 Í RWl 53.00 68.96 64.31 83.67 + 3736 AKI Q.SQ .A_ 1-15. A 34.40 _4_L,.Z_4-. + 3740 HE II AKI 0.90 A 1.29 A 1 ZI 58.80 68.96 71.34 83.67 + 3740 (FE V ) AKI 0.90 A 1.29 A l AD 5.50 10.95 6.42 12.78 + 3750 AK.1— 3,-50 5.QQ 5.QQ 1 Wl 16. 40 -LQ,9J2_ 19.14 ..12,78 + 3754 0 III AKI 1. 10 1.10 1.57 1.57 4686 HF II 1 AD 3.30 26.20 3.54 28.08 + 3759 0 III AKI 3. 10 3.10 4.41 4.41 1 Wl 49. 10 26.20 52.63 23.08 + 5.20.- 5.2 0. 7.37 .4861_ H I _1 AH 100.00 100-00 100.00 100.00 + 3797 H I AKI 8*60 8.60 12.09 12.09 1 0 100.00 100.00 100.00 100.00 + 3819 HE I AKI 1. 10 1.10 1.53 1.53 1 0066 100.00 100.00 100.00 100.00 + 3835 AKI . .30 ,3-Q_ 12.89 12.89 100.00 i oo. on 100-00 100.00 + 3858 HE II AKI 1.00 1.00 1.37 1.37 1 Wl 100.00 A 100.00 A + 3868 (ME III) AKI 33.00 33.00 45. 19 45.19 1 ZI 100. 00 100.00 100.00 100.00 + ?fl.nnx 3fl.34X 4921 HF I JL AH . 1.7Q 1. 70 1.67 1,67 + 16.60 22.56 (0 I II ) 1 59.00 70. 10 57. 13 67.88 + 17.00X 23.10 X 54. 70 70.10 52.97 67.83 + 1 4.3f)X- 19.43X.- 105.00 70.1-0- ..lai.. 6fi 67.88 + 3889 HE I AKI 16.60 22.56 2 Wl 52.50 50.84 + Wl 14.30X 19.43X 1 ZI 61.70 70. 10 59. 75 67.88 + 3Q¿7 INF TIT) 29.60 39.2-5— 5QQ7 _LD 111 ) 1 AD 170.QQ 166.00 -161.9.9 1 5ft . 1 fl + R 3 5.00 X 46.41X 1 0D66 162.00 154.37 + Wl 28.60X 37.93X 2 Wl 52. 50 50.03 + AKT 29-60 39.22 _l ZJ 1AA r nn 158. 18 + 35.00X 46.37X 5016 HE I 1 AD 5.00 5.00 4. 75 4.75 + 28.60X 37.89X 5876 HE I 1 AD 23.40 23.40 16. 89 16.89 + AKI . 3.L2 6300 _LQ I L- J WL 9ft.40 98.40. ,63.23 63.23 + 4068 II AKI 2.80 2.80 3.59 3.59 741.00 644.33 448.03 389.58 + 4101 I AKI 26.20 26.20 33.23 33.23 468.00 644.33 282.97 389.58 + 32.QQX. ¿n,5flx 206.60 -124.92 + Wl 42.80X 54.28X ZI 724. 00 437-75 + 4200 HE II AKI 3.00 3.00 3.68 3.68 6563 (N II ) Wl 206.60 124.92 + 4340 JÜ I AKI 45.60 45.60 . ,5,3.64 53.64 6584. ( N II ) 1 3.20 13.2.Q.. 7.94 + 1 33. OOX 38.82X 6678 HE I 1 AD 4. 80 4. 80 2.83 2.83 + 1 VV1 285.60XA 335.93 XA 7065 HE I 1 AD 24.00 24.00 13.09 13.09 + (0 III ) 1 AKI 12.20 12.20 14.25 10830 HE I 1 AD 447.00 447.90 152.26 152.26 + 22.OOX 25.70X + 4387 HE I 1. 10 1.10 1.28 1.28 END (PK NO. 133 -8 l) + 4471 HE L- AKI - L.60 1.60 1.81- 1.81 + Wl 342.70X 387.97X + 4541 HE II AKI 4. 80 5.32 BEGIN Ml + 4624 (AR V L _AKJL_ 0« 9Q—A— n- 97 A 4 (PK NO. 147 -2 1) C = 1.05 (HYDROGEN LINES) + 4658 C IV AKI I. 30 1.30 1.39 1.39 + 4686 HE II AKI 88. 00 88.00 93.04 93.04 WAVE IOENT N RG REF OBS I + 68.00-*-. 71.89 X 3726 ( 0 III 1 AKI + Wl 228. 50XA 241.59XA 3729 11 ) 1 AKI 1.50 3.08 + 4711 (AP IV ) AKI 9.70 10.17 3734 I I AKI 0. 70 0. 70 1.43 1 .43 + 4713 HE L AKI . 9.70 10.17 3750... _I 1 AKI -1.50 1.50... 3.04 3.04 + 4726 (NF TV ) AKI 2.00 2.09 3770 H I AKI 4. 30 4. 30 8. 59 8.59 + 4740 (AR IV ) AKI 7. 00 7.00 7.27 7.27 3797 H I I AKI 3.30 3.30 6.48 6.48 + 4H61 H I AKI . 1Q0.QQ . 1 QQ. OQ 100.00 i on. oo I 00.00 3835 jy l_ _J AX I -3.-9Q 3.90 7.45 7.45 + l 100.00 100.00 3868 (NF III) 1 AKI 41.00 76.43 + I wi 100.OOX 100.OOX 3839 H I 2 AKI 12.60 23.13 + 4959 tn uni AKT 168.QQ 206.5Q -163,12 3889 HE I 7 AKI 12.60 23.13 + R 245.00 206.50 238.76 201.24 3967 (NF III) 1 AKI 21.40 21.40 37.43 37.43 + Wl 185.60X 180.87X 3970 1 AKI 11.60 11.60 20.25 20.25 + -5QQ7 _L0 LULL Wl 585.50 585.50 563.2H 563.25 4101 1 AKI 17.40 17.40 27. 86 2 7.86 + 6300 (0 Wl 42.80 A 30.01 4340 H I I AKI 32.20 32.20 44.41 44.41 + 6563 H Wl 442.70 295.55 4363 (0 III ) 1 AKI 8.20 8.20 11. 15 11.15 + -4.471 . HE I 4.09 + 65.63 + 6717 + _Lhl II 1 + II ) A E2 + 442.70 + 0.56* + 295.55 + 0.36* 4686 HE II i AKI + AKI 3t2Q + 8.70 8. 70 9.71 .4,.09... + .71 + 673C II ) AE2 1.00* 0.65* 4861 I AKI 100.00 1 CO* 00 100.00 100.00 + 4959 MI) AKI 357.00 357.00 339.20 339.20 + (PK NO. 130-1 l 1) 5517 (CL III) 1 A AE2 0. 0. 50* + 5537 (CL III) 1 A A F 2 1. 00* 0. 70* + 67L7- IS U..1 1 B AE2 0.45* 0.19* + (S M ) 1 B AE2 + 2 (PK NO. 133 -8 1) 'C = 0.66 (HYDROGEN LINES) + REGICN KEY (REGION.REFERENCE.EXPLANATION) + WAVE IDENT N RG PEE OBS I AVE O CORR I A t AE2 , REGIONS A AND B ON DIFFERENT SCALES + 3727 (O II ) 1 Wl 13. 10 20.62 + 3835 (O II ) 1 AD B . 30 8.30 12.46 FNP Ml 4 (PK NO. 147 -2 1) + (NE I II ) 1 AD 78.00 68.53 115.37 101.37 + 1 0 77.60 68.53 114.78 101.37 + 50.00 68.53 73.96 101.37 + l 1.70 17. 14 BEGIN MI 7 (PK NO. 189+ 7 t) C = 0.61 (DUST MODEL) + 9. 20 13.48 + 41. QQ 60.Q7 WAVE IDENT N RG REF OPS I AVE O CORR I AVE C + AD 11. 70 17. 14 3727 (O II ) l VV l 24.00 36. 50 + Wl 41.00 60.07 3869 (NE III) 3 VV l 13.00 18.66 + (PK NO. 133-8 1) (PK NO. 189+ 7 1) + 625 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + <£K NQ,t \(f -1 n 56 (PK NO. + HAVE IOENT N RG REF OBS I COPR I WAVE IDEM N RG REF DBS AVE O + 6563 H T _2 1400.00 4363 LQ III) l VV^ 23.QQ 29.94 29.2á + 4861 H I 1 VV4 100. 00 100.00 100.00 100.00 + 46 ( PK NO. 4959 (0 III) 1 VV4 160 00 160.00 153.14 153.14 + 5007 (o un i vv4 480. 00 480.00 449.43 449.43 + 6563 II ) 2 VV4 760. 382.69 + 6563 I 2 VV4 760. 382.69 + 48 IPK NO. 13 -31) C = 0.51 (HYDROGEN LINES) + 56 CPK NO. + HAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4340 H I 1 VV4 48.00 48.00 56.11 56.11 + 4861 H I 1 VV4 100.00 100.00 100.00 100.00 + 4959 (0 III) 1 VV4 250.00 250.00 * 243.87 243.87 BEGIN Ml 57 51 BEGIN MI SB ÍPK NO. ??-3 11 Q.97 (HYDROGEN LINES) + 4340 H I 2 VV4 30.00 46. 06 + 4363 (0 III) 2 VV4 30.00 45.21 WAVE IDENT N RG REF OBS I CORR I + 4686 HE II L_ VV4 3Q.QQ 30.00 34.75 .34.75 3 7 ¿7 (0 II) 1 VV 1 85.00 165t 54 + 4861 H I 1 VV4 100.00 100.00 100.00 100.00 3868 R3 46. 00 81.78 + 4959 (0 III) 1 VV4 350.00 350.00 326.93 326.93 VV 137.50 244.44 + 5007 (0 III) 1 VV4 1200.00 1200.00 1Q83.26 1QB3.26 3 B89 _H L_ -R3- 3.2Q 5.61 + 6563 II ) 2 VV4 2500.00 859.86 137.50 241.03 + 6563 I 2 VV4 2500.00 859.86 3.20 5.61 + 137.50 + 50 (PK NO. 14-4 1) R3 17.00 28.49 + VV 72.50X 121.52X + ■R3 17..0Q —28.45— + VV 72.50X 121.32X + 53 (PK NO. 15 -41) C = 0.85 (HYDROGEN LINES) 4072 R3 16. 00 16.00 25.17 25.17 + 4101 R3 18.00 1 a.no 27..81 27.81 + WAVE IDENT N RG REF OBS I CORR I 65.00X 100.42X + 3970 H I 2 VV4 44.00 69.08 33.00 44.41 + -INF III ) 2 44. nn 69.OB 120.OOX 161.51 X + 4861 I 1 VV4 100.00 100.00 100.00 100.00 (0 I II ) 1 9.60 12.76 + 4959 III ) 1 VV4 250.00 250.00 239.86 239.86 2 VV 1 120.OOX 159.45X + <34.00 94.00 88.34 88.36 vv i 4?.soy 78.43X + 6563 I 2 VV4 719.00 376.11 4686 HE II 220.OOXA 243.61XA + 6563 II ) 2 VV4 720.00 376.63 4861 H I R3 100.00 100.00 100.00 100.00 + VV 1 100.00 lOQ^QJ i no.no 1QQ.QQ + 53 (PK NO. 15 -4 1) VV5 100.00 ICO.00 100.00 100.00 + (0 III) R3 240.00 219.33 228.93 209.21 + VV. 1 22Q^QQ 219.33 209.85 + 198.00 219.33 188.86 209.21 + 54 (PK NO. 16 -4 1) 1.00 (HYDROGEN LINES) (0 III ) 775.00 712.50 721.95 663.72 + 650.00 712.50 605.50 663.72 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 5876 HE I 122.50 122.50 75.84 75.84 + 3727 (0 II 1 VV 1 0.0 A 85.00 0.0 163.99 6300 (0 1 ) 140.00 140.00 73.09 73.09 + -VV4 . 85. 00 168.99 6563 H I 315.00 150.37 + 3869 (NE III ) 1 VV 1 0.0 A 54.00 0.0 A 97.65 VV5 508.00 242.50 + 1 VV4 54.00 54.00 97.65 97.65 (N II) VV l 315.00 150.37 + 3889 H I 2 W 1 Q»Q L. Q.O Q« Q A . ■■■■Q.Q VV 5 508.00 24¿t-5Q_. + 2 VV4 8.50 15. 16 + 2 VV 1 0.0 0.0 A END Ml 58 (PK NO. 22 -3 1) + 2 VV4 8 « QQ .-Là. 27 + 3970 H I 2 VV4 18.00 30.60 + 3970 (NE I II ) 2 VV 1 0.0 A 0.0 0.0 + 2 WA 16.QQ 3Q.6Q BEGIN Ml (PK NO. 23-2 1) C = 1.03 (RADIO-H BETA) + 3970 0.0 0.0 A + 4102 45.80 A 71.67 A WAVE IDENT N RG REF OBS I CORR I + 14.00 14.QQ 3727 _LC II ) J VV 1 29.8Q 6Q.48 + VV 1 41.70 36.85 56.64 50.05 (NE III) R3 100.OOX 184.22X + VV4 32.00 36.85 43.47 50.05 VV l 40.40 74.42 + ..V.V4 17.00 17.QQ 18.88 18.88 3889 .VV 1 40. 40 73.32 + 100.00 100.00 100.00 100.00 3889 HE I 3 VV l 40.40 73.32 + 100.00 100.00 100.00 100.00 3967 (NE III) 2 R3 64.OOX 110.76X + . .4.959 _I_Q III ) VV I . 241.70 270.85 230.21 257.97 2 VV 1 40.40 69.91 + VV4 * 300.00 270.85 285. 74 257.97 3970 R3 64.OOX 110.56X + VV 1 541.70 695.85 503. 51 646.79 VV 1 40.40 69.79 + V.Y4_ 85Q.QQ 695.85 79Q.Q8 -6-46.79 41Q1 79^-QQX 125.37X + 6300 (0 ) l VV 1 66.70 34. 13 57.40 91.09 + 6563 H 2 VV 1 1250.00 583.22 96.OOX 131.60X + 2 VV4 .45Q.Q..Q9- 2Q99.58 VV 1 159.6Q 218.19- + ) 2 VV 1 1250.00 583.22 10 III ) 53.OOX 71.67 X + 2 VV4 4500.00 2099.58 159.60 215.82 + . 468.6 HF II 91. OOX 101.4QX + 54 (PK NO. 16-4 1) 100.OOX 100.OOX + l VV 1 100.00 100.00 100.00 100.00 + _1 VV5 1QQ.Q0 1 00.00 100.00 100.00 + (0 III) 1 R3 400.OOX 380.43X + 56 (PK NO. 16 -4 2) 0.90 (HYDROGEN L INES) 1 VV 1 170.20 179.10 161.87 170.34 + 1 VV5 188.00 179.10 178.80 170.34 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C (0 III) 1 VV 1 638.20 675.60 591.91 626.60 + 3 869 (NE III) l VV4 21.00 21.00 35.79 35.79 l VV5 713.00 675.60 661.28 626.60 + 3889 1Q.QQ . -83 5876 HE L I VV 1 2 3.40 23.40 14.06 14.06 + 3889 HE I 2 VV4 10.00 16. 83 6300 (0 I ) 1 VV l 44. 70 22.42 22.42 + 3970 H I 2 VV4 18.00 29.02 6563 H I 2 VV 1 595.70 271.65 + 3970 (NE III) 2 VV4 18.00 29.02 2 VV5 925.00 421.82 + 4102 VV4 15.00 15.00 22.44 22.44 2 VV 1 595.70 271.65 + 4340 VV4 32.00 32.00 42.16 42.16 2 VV 5 92 5. 00 421.82 + 56 (PK NO. 16 -4 2) 59 (PK NO. + 627 + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE Continued + BEGIN mi _6_0 IPK NO. 19 -4 1) Q.Q ( HYDRDGEN I INF.SI Ml.. _Z3 (PK NO. 51 -3 1) + WAVE IOENT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I CORR I AVE C + 3727 (0 II) 1 ^_L_ . 18.Qg A . _18tOP-A_ 3967 JL-N-E IU ) 2 VV 1 31.60 39.56 + 3869 (NE III) VV l 80.00 80.00 2 R 16:00 19.89 + 3889 H I VV 1 80. 00 80.00 2 VV 1 31.80 39. 53 + .3889.... —HE L VV. 1 . 80,.Q0 .. -80.00- . 4101 _H L_ _1 B 21.00 . 2L..85 25.24 26.26 + 3970 (NE I II) 1 20. 70 20.70 22.70 21.85 27.28 26.26 + 3970 H I VV 1 20. 70 20.70 42.00 42.00 47.62 47.62 + 4102 H I w.. i 36.70 A ■36t7-Q-A-_ 54.50 -61.79 + 4340 H I 2 VV l 120.00 120.00 4363 (0 III) 5. 80 6. 54 + 4363 2 VV 1 555.70 415.94 6563 (N II VV5 4Ö0.00 328.91 + 6575 ( N II) 1 CLZ 2 400.00 400.00 298.90 293.90 6583 (N II ) 1 ORF 270.00 270.00 192.43 192.43 + 6723 ( S II ) 1 SUL ¿2- . 80.T...0Q 80.00 58.68 58 tfrfl 6717 (S II ORF 2ÜjlQJL- - 28*0Q _ 19.57 19.57 + 6731 (S 11)1 + 64 ( PK NO. + END Ml 80 (PK NO. 107 -2 1) + . B..E1LLN. ...M-L- 73 (PK NO. 51 -3 1) 0.41 (HYDROGEN LINES)... + BEGIN M2 4 (PK NO. 349+ 41) C = 0.0 (NO CALCULATION) + WAVE IDENT N RG REF OBS AVE O CORR I AVE C + 3727 _L0 II )-J VXJL. 68 .-20 9Q.AQ WAV-E IOENT N- RG.. REF OBS 1 AVE O CORR I AVF C + 3889 H I 1 15.00 19.02 6563 I l HE67 l•00*A 1.00*A + 3967 (NE III) 2 16. CO 19.90 6584 (N II ) l HE6 7 0. iO*A 0.10*A + 73 ( PK NO. (PK NO. 349+ 4 1) + 628 + + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + 629 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + WEI -J. tPK NQt :^-2) tPK NQ. 342■*•27 1) + WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C + 3967 (NE III) 2_ 33.00 42.16 3967 ine im 1 AC7 0 19.00 iq.oo 19.20 19,20 + 1 AKI 27.00* 34.49* 2 VV 1 65.30 66.00 + 2 R 39.00 49.82 1 AC70 15.00 15.00 15. 16 + _2 VV 1 62.90 80.36 _2 W 1 65.30 66.00 + 33.00 42.15 4023 HE II 1 AC7 0 1.60 1.60 1.62 1.62 + AKI 12.00* 15.33* 4026 HE I 1 AC70 0.0 0.0 0.0 0.0 + _R 39.00 49.82 -4068 _ls u r 1 AC70 1.40 1.4Q 1.41 1.41 + 2 VV 1 62.90 80.35 4076 l AC70 0.50 0.50 0.50 0.50 + 1 A 4.60 7.30 5.78 9.17 4101 1 AC 70 22.60 39.95 22.80 40.31 + _L_ 10. 00 7.30 12.57 9.17 _J VV 1 57.30 39.95 57.82 40.31 + 2 A 11.00 13.65 4199 HF II 1 AC 70 2.00 2.00 2.02 2.02 + 1 AKI 8.80* 10.92* 4340 H I 1 AC70 51.00 37.50 51.31 37.73 + _J B 14.QQ . 14. QQ L yv i -24.00 37.50 24.15 37.73 + 11.00 13.62 (0 III) 1 AC 70 18.50 21.90 18.61 22.03 + 3.00* 3.71* 1 VV 1 25.30 21.90 25.45 22.03 + 22.90 28.35 28.35 HF T ACTO 2.00 1 9-nn 2-01 + 20.00 21.90 24.58 26.92 1 VV 1 36.00 19.00 36. 17 19.09 + 20.00 21.90 24.58 26.92 4541 HE II 1 AC 70 3.40 3.40 3.41 3.41 + 25.70 21.90 31.59 26.92 4634 _fj LLL -J A.C.7 0 1.14 1.14 1.14 1.14 + 4143 HE I l R 9.30 9.30 11.29 11.29 4640 III AC70 1.70 1.70 + 4267 C II 1 AKI 0.50* 0.59* 4645 C III 2 VV 1 42.70 42.81 + 4340 Jj I_ 1 A 34.00 34,50 39.14 39,7? 4645 N TIT -2 VV 1 42.70 42.81 + 36.00*A 41.45*A 4647 C III l AC70 0.65 0.65 0.65 0.65 + 35.00 40.29 39.72 4649 0 II 1 AC70 0.76 0.76 0.76 0.76 + W 1 42.80 49.21 -£685 HE II J AC 70 120-00 A 120.25 A + (0 III I 1 10.00 18.50 11.44 21.17 I KA2 90.00 84.35 90. 19 84.53 + AKI 9.30* 10.64* l VV 1 78.70 84.35 78.87 84.53 + -fi- 27.00 18.50 30.90 21.17 1 AR IV ) J AC 70 10-90 10.90 -IH. 92 10-9? + 2 VV 1 42. 80 48.98 4713 HE I l AC70 0.0 0.0 + 1 AKI 0.60* 0.68* 4724 (NE IV > 1 AC70 2. 10 2. 10 + -I B 14.00 15.9? 4740 15 IV > J AC 70 6.20 . 6.21 + 1 A 6. 50 7.24 7.24 1 AC 7 0 100.00 1 00.00 100.00 100.00 + 1 AKI 6.30* 7.02* l KA2 100.00 100.00 100.00 100.00 + 1 R 26.0QX 28.96X -J 0116 3 100.00 100.00 + 4634 N III 2.60 2.77 1 VV 1 100.00 100.00 100.00 100.00 + 4640 N III 2.60 2.76 1 AC70 470.00 447.23 469.54 446.80 + 4685 HE II 5.20— -5^46- —I KA2 525.00 524.49 + 2.80* 2.94* l VV 1 346.70 447.23 346.36 446.80 + 4711 5. 80 6.04 (0 III ) l AC70 1410.00 1264.43 1407.94 l 262.59 + 4. ?Q* 4.38* J 0063 -1-410. QQ 1264.43 -140 7.94 1 262.59 + 33. 00 19.40 34.39 20.22 l VV l 973.30 1 971.88 l + 4713 HE I AKI 4.20* 4.37* 5411 HE II 1 VV 1 49.30 A 49.02 A + 4740 (AR IV 1 —A— 7. 70- ?0-85 7-96 -21^55 6563 _H I -2 VV 1 150.70 148.42 + 1 AKI 4.00* 4. 13* 6563 (N II ) 2 VV l 150.00 147.73 + 1 R 34.00 20.85 35. 14 21.55 6717 (S IT I 1 AE2 0.85* 0.84* , + -4861 —1 A ion.on i nn.no ino.oo inn.op 6730 -LS II ) J A-E2 1.00* 0.98* 1 + 1 0D6 3 100.00 100.00 100.00 100.00 + 1 R 100.00 100.00 100.00 100.00 END CPK NO. 342 + 27 1) + _1 VV 1 100.QQ 1QQ.00 100.QQ inn.oo ! + 520.00 399.53 508.48 390.68 + 250.00 399.53 244.46 390.68 + 4?8.6n 399.53 41*9. 1 0 390.68 RFGIN MF? (PK NO. inn -ft 1> 0.2 5 ( H YDRnGF N 1 INFS1 + (0 I II ) 1 1970.00 346.67 1904.85 1302.13 + I 0063 1070.00 1346.67 1034.61 1302.13 WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C + _J VV 1 1000.QQ . 1346.67 966.93. ,.1302.13 3712 _H I _1 A 3.90 3.9Q . 4.64 4.64 + 5411 HE II 28.60 28.60 25. 10 25.10 40.00 47.51 + 5876 HE I 20.00 20.00 15.93 15.93 PER 22.00 26. 13 + 6300 (0 I ) VV 1 34.30 34.30 25.20 25.20 SO 1.00* 1.19* + 6563 H I VV l 371.40 261.54 VV 5 36. 50 43.35 + 6563 (N II ) VV 1 371.40 261.54 3729 SO 0.46* 0.55* + 3734 _A 5.50 _5jl5_Q- 6.52 6.52 + END (PK NO. 52 -2 2) 3750 H I 5.40 5.40 6.39 6.39 + 3770 H I 6.20 6.20 7.31 7.31 + 3797 _y L 9. QQ 9. QQ 10.57 10.57 + 3835 10.00 10.00 11.66 11.66 + (PK NO. 342+27 1) 0.02 (RADI0—H BETA) 3868 (NE III 1 l 75.00 84.00 86.99 97.43 + -53.QQ 84.QQ 61.47 97.43 + WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C PER 54.00 84.00 62.63 97.43 + 3132 0 III 1 AC 70 30.00 30.00 30.65 30.65 VV5 154.00 84.00 178.62 97.43 + 3203 HE II 1 AC70 40. 00 40.00 40.83 40.83 3889 _H I_ 25.QQ 25.QQ .28.89 + 3299 0 III AC 7 0 3. 50 3.50 3. 57 3.57 VV5 74.00X 85.52X + 3312 0 III AC 70 10.20 10.20 10.40 10.40 3889 HE I VV5 74.00X 85. 52 X + 334Q Q in -1 AC7Q 15.00 15.00 15,29 15.28 3967 (NE III ) _JA 41.00 46.84 + 3345 (NE V ) 1 AC70 94.00 95.75 2 VV5 82.00X 93.68X + 3425 (NE V ) 2 AC7 0 250.00 254.39 ? A 41.00 46.84 + 3428 _Q LL 2 AC7Q ?50.00 254.38 + 4026 + _2 VY5 82.00X -93..67X. + 3444 0 III 1 AC70 41.00 41.71 HE I 6.10 6.91 + 3682 H I 1 AC70 0.20 0.20 4069 ( S II) 2. 30 2.59 + 3696 H 1 1 AC70 _fia_55L_ 0-50 0, 51... 0.51 4076 __LS LI L 2.3Q 2.58 + 3691 1 AC70 0.83 0.83 0. 0.84 1 A 35.00 32.00 8 39. 15 35.80 + 3697 1 AC 7 0 1.10 1.10 1. 12 1.12 1 PER 29. 00 32.00 32.44 35.80 + 370? _J AC7Q 1,35 1.35 1,37 1,37 _i yv5 -46,QQX 51.46X + 3705 l AC70 0.0 0.0 0.0 0.0 A 52.00 47.50 56. 14 51.28 + 3712 1 AC 70 1.80 1.80 1.83 1.83 PER 43.00 47.50 46.42 51.28 + 3722 2 AC7 0 3.40 3.45 VV5 64.QQX + 3722 ( S III) 2 AC7 0 3.40 3.45 (0 III) 8. 30 10.15 8.93 10.92 + 3726 (0 II ) l AC70 20.30 20. 58 12.00 10.15 12.91 10.92 + l VV 1 66.70 67.6Z 4471 —Hg—I 12.20 9.97 12.94 10.59 + 3728 II ) l AC7 0 16.30 16.53 KA2 7. 75 8.22 + 3734 I 1 AC 70 2.40 2.43 2.43 VV5 18.00X 19.08X + 3750 + 3 754 J AC7Q, . 3.30 3.34 3,34 —4-634. N MI _jS 3.60 3.72 + 0 III 1 AC70 2.20 2.20 2. 23 2.23 4640 III 2 3.60 3.72 + 3759 0 III 1 AC 70 5.50 5.50 5.57 5.57 4711 (AR IV ) l A 3.00 3.00 3.07 3.07 + 3770 H I 1 AC7 0 4. 10 4.10 4. 15 -4^15 4861 —b I J, A_ 100-00 1QQ.QQ 100,00 100-00 + 3797 H I 1 AC 70 6.20 6.20 6.28 6.28 KA2 100.00 100.00 100.00 100.00 + 3835 H I 1 AC70 8.00 8.00 8.10 8.10 PER 100.00 ICO.00 100.00 100.00 + -3.868 (ne nn J AC7Q 78.00 93,65 78^93 94.77 VV 5 100,00 100.00 100.00 100.00 + 1 VV 1 109.30 110.60 4959 (0 III) A 200.00 217.25 197.58 214.62 + I 2 AC70 13.60 13.76 KA2 242.00 217.25 239.07 214.62 + __2 W 1 76,00 76.88 -PER 235.00 -217.25 232.16 ? 14.6? + HE I 2 AC 70 13.60 13. 76 VV5 192.00 217.25 189.68 214.62 + 2 VV 1 76.00 76.88 (0 III) PER 703.00 624.00 690.27 612.70 + (PK NO. 342 + 27 1) (PK NO. 100 -8 1) + + 631 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + PS (PK NQ. tf-Zl l) BEGIN VYl. lPK_.N.P.t., 1.18 -9 W C = 0.96 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4363 (0 im 1 P72 3,16 3.57 3,38 3,82 3727, _UJ II ) 1 VYl 31.30 6Q.54 + 4471 HE I OP 6.04 6.04 6.37 6.37 35.00 54.70 61.85 96.67 + 4861 H I OP 100.00 100.00 100.00 100.00 26.00 54.70 45.95 96.67 + P7.2 1QQ.ÛÛ 100.0Q . 1QQ.0Q 10Q.QQ 103.10 54.70 _A8¿ 20 96.67 + 4959 (0 III) 1 OP 38.90 38.90 38.47 38.47 3889 1 R 13.00 22.66 22.66 + 5007 (0 III) 1 OP 123.00 159.00 120.95 156.35 2 VV1 21.90 38. 17 + P72 195.00 159. Q-Q 191.75 156.35 3889 VV1 21-90 ?8tl7 + 5876 HE I P72 12.90 12.90 11. 51 11.51 3967 (NE III) 16.00 26.68 + 6563 H I P72 339.00 339.00 284.48 284.48 50.00 83.36 + 3970 H I 16.00 26.63 + , 95_ 75.95 4661 H I 1 WB 100.00 100.00 100.00 100,00 + 142.40 257.52 5007 (0 III) 1 WB 67.00 67.00 65.31 + 15.00 15.00 , 26.75 + 147.40 253.99 END NS 42 (PK NO. O-»- 0 1 ) + 3889 HE I 3 VV 1 142.40 253.99 + 3967 (NF III) 2 R 38.00 64. 72 + 2 VV 1 33.30 56.71 + 38.00 64.61 43 (PK NO. C = 0.27 (HYDROGEN LINES) + 33.30 56.62 + _LS II 1 -L 43.00 68.73 IDENT —AVE n CORR-I + 4076 (S II J 40.00 40.00 63.65 63.65 3727 (O II ) i WB 12.00 14.45 + 4101 H I R 52.00 33.60 81.42 52.61 4340 HI 1 WB 43.00 43.00 46.71 46.71 + VV 1 15.20 33.60 23.80 52.61 —43.63 in LU! 1 as 3,-36 3,36 3.64 3,64_ + 4340 H I 1 R 3 5.00 29.60 47.54 40.21 4471 HE I 1 8.00 8.00 8.52 8.52 + 1 VV 1 24.20 29.60 32.87 40.21 4861 H I I 100.00 100.00 100.00 100.00 + 43-6.3 LQ III) J S 14.00 13.05 IS.JJ- 17.49 -5007 LQ LI I ) 1_ 567.00 567.00 551.0? 551 .07 + 12. 10 13.05 16.22 17.49 + 4861 100.00 100.00 100.00 100.00 43 (PK NO. + VV 1 100.00 100.00 100.00 100.00 + 200.00 246.96 190.49 235.21 + VV l 293.90 246.95 279.93 235.21 + VV 1 545. 50 545.50 507.Q4_ 507.04 rfgtn ns 44 (PK-NO. 0+0 1) -0.94-LHYDROGEN 1 I MRS ) + 6300 (O I ) VV 1 57.60 79.47 + 6563 H I VV 1 939.40 438.30 WAVE IDENT N RG REF OBS AVE O CORR I AVE C + 6563 LN I_I L_ VV 1 -939.40 4-38.30-- -3727 LO L-L 1 1- WB 35. 66.77 + 4340 I 1 WB 35.00 35.00 46.68 46.68 + ( PK NO. 45-2 1 ) 4363 III) 1 WB 7.14 7.14 9.40 9.40 + 4861.- _J 1 WB 100.00 1 00.00 _ 100.00 100.00 . + 5007 (0 III) 1 WB 933.00 933.00 871.04 871.04 + CPK NO. 107-13 1) 0.30 (HYDROGEN LINESL -END NS 44 (PK NO. 0+01) + WAVE IDENT N PG REF OBS I AVE G CORR I AVE C + 4861 -ii I 1 CLZ2 1QQ.QQ I 00.QQ 1QQ.QQ IQO.QO + 4991 (O II!) 1 CLZ 2 1000.00 1000.00 980.80 980.80 47 (PK NO. = 0.35 (ESTIMATE) + 5876 HF I i CLZ2 40.00 40.00 34.49 34.49 + 6563 H I I CL 2-2 360. 00 360.00 286.40 286.40 -WAVE IDENT N RG REF Q-B-S- I -AVE-Q CQRR 1 AVE C + 3727 (O II ) l WB 36.00 45.79 + (PK NO. 107-13 1) 4861 HI l WB 100.00 100.00 100.00 100.00 + _50Q7 LO III) 1 WB- 776.00 276.00 269.03 269.03- + 47 (PK NO. + —2.9 (PK NO. 705+J 4 1J_ 0.50 (H-YDROGEN I INFS) + WAVE IDENT N RG REE OBS I CORR I AVE C + 3727 ( C 11)1 LZ2 590.00 831.90 BEGIN NS 70 (PK NO. = 0.27 (HYDROGEN LINES) + 4686 HE II 1 CLZ2 75. 00 75.00 79.05 79.05 + 4861 H I 1 CLZ2 100.00 100.00 100.00 100.00 WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + -L ill -IQQ.QQ IQQ,00 10Q.QQ 1QQ.QQ _U2I LQ 11 ) l MB 63.QQ 75.84 + 4959 (0 III) LZ2 82.00 82.00 80.03 80.03 4340 HI l WB 43.00 43.00 46.71 46.71 + 4991 (P III ) 1 CLZ2 760.00 760.00 735.84 735.84 4861 HI 1 WB 100.00 100.00 100.00 100.00 + . 500 7 (O I IT) I J-Z2_ 182.00 1-82-, 0 0 . 175.47 175,47 5007 (0 III) 1 WB 426.00 426.00 417.67 417.67 + 654 8 ( N 11)1 LZ2 500.00 500.00 342.48 342.48 + 6563 CLZ 2 320.00 420.00 218.56 286.89 70 (PK NO. 0+01) + LZ2 520.00 420.00 355. 19 286.89 + 6575 (N ) I CLZ 2 670.00 670.00 456.64 456.64 + 6584 (N ) 1 LZ2 1260.00 1260.00 857.33 857.33 + 6717 (S ) 1 LZ2 276.GO 276.00 183.75 183.75 REGIN NS —81 (PK NO. 0+0 1) C = 0.0 (HYDROGEN LINES) + 6723 (S CLZ2 190.00 190.00 126.37 126.37 + 6730 (S LZ2 219*00 219.00 145.49 145.49 WAVE IDENT N RG REF OBS I AVE 0 CORR 1 AVE C + 3727 (O II ) 1 WB 147.00 147.00 + 29 (PK NO. 205+14 1» 4340 HI l WB 49.00 49.00 49.00 49.00 + 4363 (0 III) 1 WB 8.75 8.75 8.75 8.75 + -4471 HE I 1 MEL_ 11.10 11.10 11. IQ LI. IB + 4861 I I 100.00 100.00 100.00 100.00 + C = 0.35 (ESTIMATE) 5007 (0 III ) 1 513.00 513.00 513.00 513.00 + WAVE IDENT OBS I CORR I AVE C 81 (PK NO. + 3727 (O II ) I 29.00 36. 89 + 4861 100.00 100.00 100.00 + 5007 (0 III) I WB 831.00 831.00 810.01 810.01 + 87 (PK NO. 0+ 0 l) C = 0.36 (HYDROGEN LINES) + END NS 6 (PK NO. 0+0 1) + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + 3727 (O II ) 1 WB 41.00 52.51 + 5340 h I I *3 4 ..go 42f.0Q 46,99 56,9Q_ + 38 (PK NO. 0+ 0 l) C = 0.35 (ESTIMATE) 4861 H I 1 100.00 100.00 100.00 100.00 + 5007 (0 III) 1 562.00 562.00 547.40 547.40 + WAVE IDENT N RG REF QBS I AVE Q CQRR I— AVE C + 3727 (O II ) 1 WB 51.00 64.87 END 87 (PK NO. + 4861 H I 1 WR 100.00 1 00.00 100.00 100.00 + 5QQ7 LQ III) I - —MB— 870.00 8.LQ, QQ ...848,02 848,02 + 38 (PK NO. BEGIN P 1 (PK NO. 0+ 0 l) 0.13 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I CORR I + 3727 (O II I I WB 38.00 41. 55 + —43.4Q ti I 1 MB 4B-,QQ 45,QQ 46.83 46,83 + 4861 H I I 100.00 100.00 100.00 100.00 + 5007 (0 III) l 740.00 740.00 733.00 733.00 + + + 634 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + BEGIN P LPK NO*. _Q±_Q_LL_ Q,Q (HYDROGEN. LINES) _2_5 (PK NO. + WAVE IDENT DBS CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + —3127 _LQ II ) I WB 12Q.QQ 12Q.00 4686 HE II 1 WB 29.40 30.06 + 4340 H I 1 WB 50.00 50.00 50.00 50.00 4861 H I 100.00 100.00 100.00 100.00 + 4363 (0 IM) 1 WB 26.30 26.30 26.30 26.30 5007 (0 III) 1000.00 1000.00 984.76 984.76 + 4861 _H I_ WB 100.00 100.00 LOO, Qfl 100,00 + 5007 (0 III) 1 WB 890.00 890.00 890.00 890.00 END 2 5 ( PK NO. 0+0 1) + END P 7 ( PK NO. 0+ 0 1) + 26 (PK NO. C = 0.76 (HYDROGEN LINES) + BEGIN P 8 (PK NO. 0+ 0 1) C = 0.36 (HYDROGEN LINES) WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 3727 (0 I I ) 1 WB 55.00 92.72 + —WAVE IDENT N RG REF QBS AVE* 0 CORR I AVE C .43AQ- _üH IL 1 .MB 37.00 37.QQ 46.70 46.70 + 3727 (O II ) 1 WB 31.00 39.70 4861 WB 100.00 100.00 100.00 100.00 + 4340 HI 1 WB 42.00 42.00 46.90 46.90 5007 (0 I II ) 1 WB 933.00 933.00 882.57 882.57 + 4.861 H I 1 HB_ 100.00 100.00 100.00 100.00 + 5007 (0 III) 1 WB 758.00 758.00 738.31 738.31 26 (PK NO. + END E 8 (PK NO. 0+0 1) + 29 (PK NO. 0+01) C = 0.0 (HYDROGEN LINES) + C = 0.0 (HYDROGEN LINES) WAVE IDENT N RG REF OBS I CORR I AVE C + 3727 (0 II WB 72.00 72.00 + WAVE IDENT N RG REF DBS I_ AVE 0 CORR AVE C 4340 _H I_ MB 48.00 4B.QQ + 3727 (0 WB 40.00 40.00 4363 (0 III) WB 16.00 16.00 16.00 16.00 + 4340 H WB 66.00 66.00 66.00 66.00 4686 HE II WB 25.00 25.00 25.00 25.00 + 4861 ti I— WB 1QQ.QQ_ 1QQ.QQ LQQ.OQ 100,00 4861 _hL _MB 100.00 100.00 100-00 100-00 + 5007 (0 III) 1 WB 850.00 850.00 850.00 850.00 5007 (0 III) 1380.00 1380.00 1380.00 1380.00 + -END E 9 (PK NO. Qf Q 1) END P 29 (PK NQ. _Qf— Q. 1) + + BEGIN P 17 (PK NO. 0+01) C = 0.76 (HYDROGEN LINES) 32 (PK NO. 0.25 (ESTIMATE) + A-VF- 0 CORR I AVE 0 CORR I + 3727 (0 II ) 1 78.00 131.49 3727 (O II ) 1 WB 36.00 42.75 + 4340 H I 1 37.00 37.00 46.70 4861 HI 1 WB 100.00 100.00 100.00 100.00 + 4861 100.00 LûQ.^00— 5007 (JO III) I MB_ 590.00 590.00 579.31 579.31 + 5007 (0 III) 1 WB 955.00 955.00 903.39 903.39 + 32 (PK NO. + F NO B LI (PK NO. 0+01) + _33 (PK NO. _CUB (HYDROGEN I INFS) + 18 (PK NO. 0.28 (HYDROGEN LINES) + AVE C + —LO II 1 1 + 3727 (O II ) 1 85.00 103.03 4340 8 1.00 81.00 81.00 81.00 + 4340 H I 1 43.00 43.00 46.85 46.85 4861 WB 100.00 100.00 100.00 100.00 + -4.363 LO III ) 1 13.90 1 ^.on ? rt no 15.09 5007 WB 1510.00 1510.00 1510.00 1 510.00 + 4686 HE II 1 29.40 29.40 30.28 30.28 + 4861 H I 1 100.00 100.00 100.00 100.00 33 (PK NO. 0+ 0 1) + 5QQ7 (_□ III 1 1 in?n.nn in?n.on + 18 (PK NO. + 35 (PK NO. 0+ 0 1) 0.0 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + BEGIN P _L2 (PK NQ. Q+ Q 1) 0.06 (HYDROGFN I INFS) 3727 LO II ) 1 MB 66.00 66.00 + 4340 HI 1 WB 63.00 63.00 63.00 63.00 + WAVE IDENT N RG REF OBS I CORR I AVE C 4363 (0 III) 1 WB 33. 10 33. 10 33. 10 33.10 + 3727 LO II 1 1 MB 56.00 56.36 4686 HE II 1 WB ■4-1. 7Q 41.70 41.7Q 41.70 + 4340 I 46.00 46.00 46.85 46.85 4861 WB 100.00 100.00 100.00 100.00 + 4861 H I 1 WB 100.00 100.00 100.00 100.00 5007 WB 775.00 775.00 775.00 775.00 + 5007 (0 III ) 1 WB 675.00 675,00. 672.05 672.05 + 35 (PK NO. + 19 (PK NO. + 38 (PK NO. C = 0.0 (HYDROGEN L INES) + BEGIN P _2_Q (PK NQ«_ 0+ 0 1) Q.o (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I CORR I AVE C + WAVE IDENT N RG REF OBS I CORR I 3727 (O II ) 1 WB 74.00 74.00 + 3727 LO II ) 1 MB 138.QQ. 136.QQ 4340 HI 1 WB 68.00 68.00 68.00 + 4340 H I 1 WB 47.00 47.00 47.00 47.00 4861 I WB 100.00 100.00 100.00 100.00 + 4861 H I I WB 100.00 100.00 100.00 100.00 5007 III) WB 1450.00 1450.00 1450.00 1450.00 + 5QQ7 LQ HD 1 -MB 1Q5Q.QQ LD5Q,QQ 1Q5Q.0Q 1Q5Q.00 + 20 (PK NO. + BEGIN P 39 (PK NO. C = 0.0 (HYDROGEN LINES) + 24 (PK NO. C = 0.0 (HYDROGEN LINES) + WAVE IDENT OBS I CORR I + WAVE IDENT N RG REF OBS I CORR I AVE C 3727 (0 II ) 1 132.00 132.00 + 3127 LO II ) J1 MB 81,QQ 81, QQ 4340 H I 54, QQ 54« QQ 54.00 + 4340 48.00 48.00 48.00 48.00 4861 I 1 WB 100.00 100.00 100.00 -100.0054.QQ + 4861 H I 1 100.00 100.00 100.00 100.00 5007 III ) 1 WB 1260.00 1260.00 1260.00 1260.00 + 5007 _L0 III ) 1 - MB 615.QQ 615.00 615, QQ 615.QQ + 39 (PK NO. + 24 (PK NO. + BEGIN P 42 (PK NO. 01) C = 0.06 (HYDROGEN LINES) + BEGIN P (PK NO. 0+0 1) C = Q«21 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I AVE O CORR I + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 3727 (O II ) l WB 78.00 81.28 + 3727 -LQ II ) 1 WB 51.QQ 58.92 —4340 H I 1 MB 46.00 —46.00 46.85 + 4340 H I 1 44.00 44.00 46.92 46.92 4363 (0 III) 1 WB 18.40 18.40 18.73 18.73 + 4363 (0 III) 1 27.50 27.50 29.25 29.25 4686 HE II 1 WB 25.00 2 5.00 25. 16 25.16 + 4861 HI 1 WB 100,00 100.00 100.00 100.00 + 25 (PK NO. 0+ 0 1) 5007 (0 III) 1 1320.00 1320.00 1314.22 1314.22 + END P 42 (PK NO. 0+0 1) + 635 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + GALACTIC DIFFUSE NEBULAE NGC 1976 ( 209.0 -19.41 + WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C + BEG T N NGC 281 (123.2 1.66 (RADIO-H BETA1 3465.89 HE I I KAB 0.0 0.0 0.0 0.0 + 3471.86 HE I KAB 0.13 0. 13 0.20 0.20 + WAVE IDENT N RG REF OBS I AVE 0 CORR 3478.90 HE I KAB 0.13 0.13 0.20 0.20 + 3726 63 —Q. 63 _ Q.-9-2— Q .92 + WAVE IDENT N RG REF OBS CORR I 3664.70 KAB 0.70 0.70 1.02 1.02 + 3727 (0 11)1 l J53 32. 160.87 3666.10 KAB 0. 70 0.70 1.02 1.02 + 1 3 J53 48. 241.31 3667.70 KAB 0.79 0.79 1.15 1-1..5- + 100. co A 100.00 A 3669.49 KAB 0.89 0.8 9 1.30 1.30 + l J 53 100. 00 100.00 100.00 100.00 3671.48 KAB 0.96 0.96 1.40 1.40 + ? J53 1 on. no ino.oo 1QQ..0Q 100.00 3673.75 _y i_ KAB -.L.Q6 -.QB- - 1.-5-4- 1.54 + J 53 100. 00 100.00 100.00 100.00 3676.37 H I KAB 1. 18 1.18 1.71 1.71 + J 53 100. 00 1 00.00 100.00 100.00 3682.80 H I KAB 1.4» 1.49 2- 16 2.16 + _LD IH) 1 _±UJ 5_Qj QQ A 42.96 A 3686.83 -H I_ KAB 1.69 1.69 . 2.45 . 2.45— + 6548 (N l 2 J 53 160. 00 27.02 3691.56 H I KAB 1.90 1.90 2.75 2.75 + 6563 1 13 CLM 1. 00* 0.17* 3694.15 NE II KAB 0. 10 0. 10 0. 14 0.14 + J 1 J 53 1 7R0. 296.74 3697.16 K-AiL 2.11 -3^-05— + 2 J 53 1670. 1752.50 278.41 292.16 3703.89 I KAB 2. 34 2.34 3. 37 3.37 + 3 J 53 1670. 1752.50 278.41 292.16 3705.00 HE I KAB 1.12 1.12 1.61 1.61 + 1752.50 -34-5^08 292.16 3709-4ft -NF II KAB n.io 0. 14 + 1 PA . 00* 0.17* 3709.46 S III KAB 0. 10 0. 14 + 11)113 CLM .71* 0. 12* 3711.99 H I KAB 2.85 2.85 4.09 4.09 + 1 1 J 5 3.- 90.86 3717.84 -S I 11 KAB >2.0- n, ?n n, 70 0.29- + 1 2 J 53 450. 513.75 73.67 84.10 3721.92 KAB 4. 10 5.87 + l 3 J53 480. 513.75 78.58 84.10 3721.92 III) KAB 4.10 5.87 + 1 4 J53 570. 513.75 93.31 84.10 3726 II ) AI 127.QQ 181.61 + ,48* 0.08* 1 1 CA 1.00* 1.43* + II ) l 1 J 53 180. 00 160. 00 26.60 23.64 1 61 CR 1.00* 1.43* + )— 7 .15 3 170, no i 60.no 25.1? 23.64 -J 4 D-M_ . I,>00* 1.43» + 1 3 J 53 133. 160.00 19.65 23.64 l 3 DRS 1.00* 1.43 + 1 4 J 53 157. 160.00 23.20 23.64 l C GZ55 175.00 250.25 + —LI 1—1 I J 5 3 150. 1 46.75 21 .46 _1 F G7 5 5 1 3 0-.00 ■ 185.90 + 1 2 J53 200. 146.75 29.24 21.46 GZ55 140.00 200.20 + 1 3 J 53 105. 146.75 15.35 21.46 1 l J53 171.OOX 244.53X + -J 4 J 5 3- 132. 146.75 19>30 24-. 66 —1 2 J 53 56>QQX.. 8Q.Q8X + 3 J 53 34.OOX 48.62 X + REG ICN KEY (REGIDN,REFERENCf*EXPLANATI ON) 4 J53 82.OOX 117.26X + 13* CL« , DIRECTION l.RING 3D, MAX OF 10 VALUES, SEE REF. IB MA57 1.00* 1.43* + l, J 53 , PA 3H 56.9M, NC. 33 IE MA57 1.00* 1.43* + 2» J 53 , PA 3H 56.9M, NO.34 1 ME 67 66.30 96.79 + 3i. J 53 * ,RA 3H 56.9M, MC.3.5 ¿-HE6.7 139.40 203.50 + J 53 RA 3H.57.4M 1 3 ME67 45.90 71.78 + l 4 ME67 120.70 170.24 + _ END NGC 1499 (160.6 -12.0) _1 5 ME67 164.9Q -2-47.44, + 6 ME67 150.50 212.27 + 7 ME6 7 68.00 95.91 + 8 ME6 7 112.QQ 157.97 + BEGIN NGC 1931 C = 0.0 (NO CALCULATION) 1 9 ME67 13.90 19.61 + 1 10 ME67 90.10 123.63 + WAVE AVE Q CORR ( AVE C -J A.. Of L.QQ* 1.43* + 6563 HI 1 A GEK I.00* I.00* 1 A OS55 1.00* 1.43* + 6584 (N II ) I A GEK O. 32* 0.32* l 1 PC 85.00 113.47 + 6717 (S II ) 1 B GEK 1.05* 1.05* 1 2 PC 9-L. 10 154.72 + (S II ) i B GEK PC 182.00 253.20 + L 4 PC 131.00 164.38 + PEGICN key (REGION.REFERENCE.EXPLANA!ION) 1 IK RF 21Q.QQX 3QQ.3QX. + A , GEK , REGIONS A AND B CN DIFFERENT SCALES 1 A SCH 1.00* 1.43* + l 1 SI 79.70 113.97 + END NGC 1931 ( 173.9 0.3) _1 Z SI .32^P 119.26 + 1 3 SI 102.40 146.43 + 3728.76 (O II ) L KAB 127.00 181.44 + I 1 CA 0.48» Q.69* + BEGIN NGC 1976 -19.4» **C = 0.52 (HYDROGEN LINES) I 61 CR 0. 59* 0.84* + 1 4 DM 0.47* 0.67* + . WAY-E- IQ.E-NT N RG KEF oas-L- AY.E Q CQFR I -AVE C _J 3 DRS 0.47» Q. 67 + 3187.74 HE I L KAB 6.30 10.81 10.81 1 IB MA57 0.58* 0.82* + 3286.21 (FF III) 1 KAB 0.0 0.0 0.0 1 IE MA57 0.58* 0.83* + 3296.69 HE I 1 KAB 0.25 0.25 0.41 —Q*M 1 A OF 0.52* .0.74* + 3323.98 S III KAR 0.0 0.0 0.0 I A 0S55 0.50* 0.71* + 3324.96 S III KAP 0. I 8 0.29 0.29 I A SCH 0.97* 1.39» + 3334-. S7 NE II KAR Q^?a 3732.88 HF I -J KAB —QL. 13 0- 19 + 3334.87 (FF III) 2 KAB 0.28 3734.30 H KAB 3.70 3.60 5.28 5.13 + 3342.92 (NE III) 2 KAB 0.28 AL 3.50 3.60 4.99 5.13 + 3342.92 (CL JIIJ- 2 KA-B— 0.28 3.747.9.8 S LLL KAB 0.0 Q.Q Q.Q 0.0 + 3353.34 (CL III) l KAB 0.08 0. 13 0.13 4.50 3.62 6.38 5.18 + 3354.6C HP I 1 KAB 0-3 5 0.56 0.56 4.40 3.62 6.24 5.18 + 335-6-. 69 (PE JILL 1 KAB Q.Q d>Q Q.Q 2.40 3.62 3.4L- ,5» l.B... + 3360.47 NE I I 1 KAB 0.0 0.0 0.0 2 ME67 3.20 3.62 4.63 5.18 + 3370.39 S III l KAB 0.0 0.0 0.0 3756.21 HE I KAB 0.09 0.09 0. 13 0.13 + 3387.01 .5 LLL 1 KAB Q.2.7 Q-c.43 Q «43 _3J5fl K-A-B 0.06 . 0.08 + 3447.56 HP I KAB 0.61 0.95 0.95 KAB 5. 10 4.27 7. 19 6.07 + 3453.26 HE I KAB 0.0 0.0 0.0 AL 5.40 4.2 7 7.61 6.07 + NGC 1976 (209.0 -19.4) + 636 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 1976 ( 209. Q -19.41 + WAVE I0ENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I CORR I AVE C + 3770.61 H I 1 1 ME 67 3.20 4.27 4.60 6.07 3969.97 H I 2 W GZ55 10.00 13.18 + 1 2 ME67 3.40 4.27 4.89 6.07 1 1 ME 67 17.40 15.94 23.30 20.91 + 3777.05 NE l KAB 0.06 0.06 0.08 0.08 1 2 ME67 15.00 15.94 20.08 20.91 + _3784.93 ti£_ _1 0. 09 0.09 Q.13- .13 -J 4-ME67 14. QQ 15.94 18.25 -20.31 . + 3797.88 H I 1 KAB 6.00 4.49 8.38 6.25 ME67 13.00 15.94 16.95 20.91 + l AL 7.80 4.49 10.89 6.25 7 ME67 15.60 15.94 20.34 20.91 + 1 1 ME 67 4. 10 4.49 5.84 6.25 _I 8-ME67 14.60 15.94 19j_Q4 20^91 + l 2 ME67 5. 10 4.49 7.26 6.25 1 9 ME67 14.50 15.94 18.91 20.91 + 1 4 ME67 4.40 4.49 6.07 6.25 1 10 ME67 15.00 15.94 19. 15 20.91 + 6 ME67 ■ LQ- 4.49 4.27 + 4.69 + 6.25 + 6.25 + 0 KAB 0.02 0.02 0.03 0.03 + l 7 ME67 3.40 4.49 3983.72 Ill KAB 0.07 0.07 0. 10 0.10 + 1 8 ME 6 7 3.60 4.49 4.96 6.25 3985.87 III KAB 0.07 0.07 0. 10 0.10 + 1 10 ME67. 2.90.- .49 3.90 6.25 --3333. -&.A& ■ Q.Q6 0.06 0.09 Q.-Q9- + 3805.73 KAB 0. JO 0.10 0.14 .14 4009.27 HE I KAB 0.28 0.28 0.36 0.36 + 3806 KAB 0.08 0.08 0.11 0.11 4026.19 HE I KAB 2.62 1.84 3.39 2.39 + 3819.64 HE I KA.B. 1.88 . 2.60 2.60 Al 2.70 L..84 3..50 2.39 + 3829.80 NE II l KAB 0.05 0.05 0.07 0.07 1 B MA57 3. 10X 4. 01X + 3831.79 S III 1 KAB 0.08 0.08 0. 11 0.11 1 E MA57 2.30X 2.98X + 3833.58 HE I 2 KAB 0.13 0.18 1 1 ME 67 1.80 2.37 + 3833.58 HE II 2 KAB 0.13 0. 18 1 2 ME67 1.70 1.84 2.23 2.39 + 3835.36 H I 1 KAB 7.63 10.51 1 3 ME67 1.40 1.84 1.93 2.39 + -AL- 1 0.90 15.0? 1 4 ME67 1.60 1.64 2.05 2.39 + 1 l ME 67 6. 30 6.26 8.84 8.68 ME6 7 1.50 1.92 2.39 + 1 2 ME67 6.60 6.26 9.26 8.68 ME67 1.60 1.84 2.05 2.39 + _J 3 ME67- 5.00 6.26 -46 8.68 ME67 1.90 1.84 2.39 + 4 ME67 5. 30 6.26 7.21 8.68 l 10 ME67 1.60 1.84 2.01 2.39 + l 6 ME67 5.90 6.26 8.03 8.68 4068.69 (S II) 1 KAB 1.49 2.09 1.90 2.67 + 1 7 ME67 5,70 6.26 7.76 8.68 1 AL 2. 70 2.09 3.45 2.67 + 1 8 ME67 5. 90 6.26 8.03 8.68 4069.76 O II 2 KAB 0. 11 0. 14 + 1 10 ME67 5. 50 6.26 7.30 8.68 4069.76 O II 2 KAB 0.11 0.14 + _1 I EC 6.26 8.68 4072 CS II ) 1 1 ME 67 2.20 1*76 2.84 2.26 + 1 2 PC 5.62 6.26 9.03 8.68 2 ME67 1.40 1.76 1.81 2.26 + l 3 PC 6. 17 6.26 8.29 8.68 1 4 ME67 1.90 1.76 2.40 2.26 + _L L_SJ_ 5.82 .26 8.02 8.68 1 6 MF67 -1-. 70 1.76 ?-. 1 5 + 1 2 SI 5.85 6.26 8.06 8.68 1 7 ME67 1.90 1.76 2.40 2.26 + 1 3 SI 6.08 6.26 8. 38 8.68 1 1 PC 1.23 1.76 1.50 2.26 + _1 4 SI 6. 08 . 6. ?6 -8.38 8.68 1 2 EC -L.JD 1.76 ? . 44 2^26 + 1 5 SI 6. 40 6.26 8.82 8.68 PC 2. 1.76 2.55 2.26 + 3837.79 S III l KAB 0. 10 0.10 0. 14 0.14 4072.11 0 KAB 0. 12 0.12 0. 15 0.15 + .3838.35 N LI_ _2 KAB .._a..i3_ . 0. 18 4075.82 Q_ KAB Q.Ü Q.Q . Q*-Q 0.0 + 3838.35 S III 2 KAB 0.13 0. 18 4076.44 (S II KAB 0.69 0.69 0.88 0.88 + 3853.88 SI II 1 KAB 0.02 0.02 0.03 0.03 4077 KAB 0.03 0.03 0.04 0.04 + .3856.14 SI.II J KAR 0.34- 0.34 - 0. 46 0.46 4087.12 0 II KAB 0-01 0.01 0.02 0-0? + 3862.70 SI II l KAB 0. 19 0.19 0.26 0.26 4089.21 0 I I KAB 0.03 0.04 + 3867.73 HE I 1 KAB 0.0 0.0 0.0 0.0 4097.27 N I II KAB 0.06 0.08 + .3868 INE Till J AJL_ 1 q.70 . 8.94 -26.82 -12.29 4097.27 n I 1 KAB + 1 C GZ55 8.00 8.94 10.89 12.29 4097.27 Q II KAB 0.06 0.08 + 1 F GZ 55 4. 00 8.94 5.45 12.29 4099 KAB 0.05 0. 05 0.06 0.06 + _1 lei GZ55_ 4.00 8.94 --5.45 1 ?.?Q 4101.64 id I KAB ?1 -33 26.-95 + l. 1 ME 67 15.50 8.94 21.48 12.29 AL 25.00 21.33 31.56 26.95 + l 2 ME67 7.50 8.94 10.39 12.29 C GZ55 19.00 21.33 23.99 26.95 + _J 3.-ME 6-7- 8.94 - -1 0.8R 12.29 -G-Z-5-5— 1 a , nn 21.33 26.-95 + 1 4 ME67 6.40 8.94 8.61 12.29 1 W GZ55 17.00 21.46 + 1 6 ME67 4. 10 8.94 5.52 12.29 1 B MA57 34.60X 43.69 X + _1 7 ME67 11.60- 8.94 15.60 12.29 -J F MA57 36.90X 46.59 X + 1 8 ME67 .70 8.94 11.70 12.29 1 ME 67 20.90 21.33 26.75 26.95 + 1 9 ME67 6.00 8.94 8.07 12.29 2 ME67 22. 40 21.33 28.66 26.95 + 1 10 ME67 10.50 8.94 13. 79 12.29 3 ME67 17.20 21.33 23.02 26.95 + 1 1 PC 13.20 8.94 16.93 12.29 4 ME 6 7 18.90 21.33 23.65 26.95 + 1 2 PC 12.60 8.94 19.89 12.29 5 ME67 23.90 21.33 31.14 26.95 + 1 3 PC 3.88 _8j.94 5. 16 12.29 6.ME67 19.90 2U33 24^9D 26.95 + 3871.76 HE I KAB 0. 16 0. 16 0.22 0.22 1 7 ME 6 7 20. 20 21.33 25.28 26.95 + 3882.49 O II I KAB 0.0 0.0 0.0 0.0 1 8 ME67 20.40 21.33 25.53 26.95 + 3888.92 H I _2 KAB 18.1,0 24.46 1 9 ME 6 7 2.Q.6Q + 2 AL 18. 10 24.46 1 10 ME67 20. 30 21.33 24.95 26.95 + C GZ 55 8.00 10.81 1 1 PC 22.90 21.33 27.65 26.95 + _2 E GZ55 7,QQ 1 2 EC- 22.40 2L.33 - 3 i «-6.4 - 26.95 + 2 W GZ 55 7.00 9.46 PC 22.90 21.33 28.40 26.95 + 2 B MA57 22.30 X 30.14X PC 20.80 21.33 24. 12 26.95 + _2 E MA57 ¿3.50 31.76 1 SI 22.30 21.33 .28^16 26.95. + 1 ME 67 10.90 10.23 14.99 13.85 SI 22.40 21.33 28.28 26.95 + 1 2 ME67 10.20 10.23 14.03 13.85 SI 22. 50 21.33 28.41 26.95 + _J 3.-MC6 7- 9.00 10.23 13. 12 13.85 _1 4 SI + 1 4 ME67 9.30 10.23 12.42 13.85 SI 23.60 21.33 29.80 26.95 + 1 6 ME67 10. 10 10.23 13.49 13.85 SI 23.90 21.33 30. 18 26.95 + 7 MF67- 10.23 I 5. ?3 13.85 4104.96 Q U_ KAB 0.0 + 1 8 ME67 11.50 10.23 15.36 13.85 4104. II KAB 0.0 0.0 0.0 0.0 + 1 9 ME67 9.40 10.23 12.56 13.85 4110. II KAB 0.05 0.05 0.06 0.06 + 1 10 ME67 IQ. 30 10-23 13.45 13.85 4L19.24 Q_ II KAB O.Ofe + 3888.92 HE I 2 KAB 18.10 24.45 4120. KAB 0. 30 0.3 0 0.38 0.38 + 2 AL 18. 10 24.45 4131 KAB 0.05 0.05 0.06 0.06 + _2 C GZ55 ßtOQ 10*81 4132. KAB 0.06 0.06 0.07 0.07 + 2 E GZ55 7.00 9.46 4143. 69 HE KAB 0.45 0.45 0.56 0.56 + 2 W GZ55 7.00 9.46 4153. 27 0 KAB 0.08 0.08 0. 10 0.10 + -2 B MA5 7 . ¿2.30X- 30.13X 4156. 34 0 KAB 0. 13 0.13 0. 16 + E MA57 23.50X 31.75X 4169. 09 HE KAB 0.07 0.07 0.09 0.09 + 3918.94 C KAB 0. 13 0.13 0.17 0.17 4185. 46 0 KAB 0.01 0.01 0. 02 0.02 + ...3.9.20.66. C KAfi 0.26 0.85 ^189.71 Q Li_ KÄß 0.03 Q.-Q3 0. 04 0.04 + 3926.53 HE I KAB 0.22 0.22 0.29 0.29 4244. 09 (FE III ) KAB 0. 05 0.06 + 3928.53 S III KAB 0.06 0.06 0.08 0.08 4253, 73 0 I I KAR 0.06 0.07 + 3964.80 HF I . KAB. 1-35 .-35 1-78 1-78 4253. 23 CL U_ -KA-B-. + 3967.47 (NE III ) 1 KAB 24.40 32. 18 4253. III KAB 0.06 0.07 + AL 24.40 32.18 4267, II KAB 0.35 0.27 0.42 0.32 + 1-15, DEM, CUJ9.* n. 3A (L-2 7 -3.32- + 2 C GZ55 13.00 17. 15 1 1 PC 0.26 0.27 0. 30 0.32 + 2 E GZ55 10.00 13. 19 l 2 PC 0.23 0.27 0.30 0.32 + -2 W GZ5S- —13^-19 -L. 3 EC- . Qj-13 Q. 2 7 Q«-15 Q« 32 + 3969.97 H I 1 24.40 32.16 4276.95 (FE II ) KAB 0.03 0.03 0. 04 0.04 + 2 AL 24.40 32.16 4284.96 S III KAB 0.03 0.03 0.04 0.04 + J—L5 DEM. 1.QQ*_ 1.32* 4287.53 (FE II ) KAR 0. 11 + 2 C GZ55 13.00 17. 13 4303.77 O II KAB 0.03 0.03 0.04 0.04 + 2 E GZ55 10.00 13. 18 4305.78 (FE II ) KAB 0.0 0.0 0.0 0.0 + NGC 1976 (209.0 -19.4) + 637 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 97 6ApJS ... 31. + + + TABLE 8—Continued + NGC 1976 (209.Q -19.4) NGC 1976 Í2Q3.Q + W AVE I0ENT N RG REF OBS I AVE 0 CQRR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4317. _D LL_ _1 NAB- 0.06 0. 06 Q. 07 0.07 4471.43 HE I 1 10 ME67 3.40 3.86 3.79 *38 + 4319. 56 (FE II ) KAB 0.03 0.04 1 OP 4. 10 3.86 4.63 4.38 + 4319. 56 0 II KAB 0.03 0.04 1 1 PC 4.62 3.86 5.10 4.38 + 4326 KAB 0.06 Q.Q7 1 2 PC 4.27 3.86 5.11 _ + 4332, 57 S III KAB 0.03. 0.03 0.04 0.04 PC 3.23 3.86 3.61 4.38 + 4340. 27 H I KAB 41.00 40.17 48.08 47.12 4590.89 KAB 0.04 0.04 0.04 0.04 + 41.00 40.17 4a.QB_ 47.12 4607.06 KAB 0.06 0.06 + 1 A BO 40.80 40.17 47.84 47.12 4607.06 (FE III) KAB 0.06 0.06 + 1 B BO 41.70 40.17 48.90 47.12 4621.41 N II KAB 0.03 O. + _J C -BO 38.90 40.17 45.62- 47.12 4621.41 1C l L KAB P. + i o ao 43.60 40.17 51. 13 47.12 4630.60 N II KAB 0. 0.09 0.09 0.10 + 1 F BO 40.30 40.17 47.26 47.12 AW70 0. 10 0.09 0.11 0.10 + _J F -BO 39.80 40.17 46.67- 47.12 4634.01 N III KAB 0.04 0.04 0.04 _<1*04 + 1 G BO 40.70 40. 1 7 47.73 47.12 4638.81 0 11 KAB 0.08 0.08 0.09 0.09 + l H BO 45.70 40.17 53. 59 47.12 4640.73 N III KAB 0.08 0.08 0.09 0.09 + _1 C -G255 41..QÛ- 40.17 46. Q8 47.12 AW7 0 0.23 0.25 + 1 E GZ 5 5 34.00 40. 17 39. 87 47.12 1 KAB 0.15 0. 16 + i W GZ55 35.00 40*. 17 41.04 47.12 2 A W70 0.23 0.25 + _2 JQ6Q 43.. Qd. 50.42 4649 _2 AW7Q- .26 SLl. + 1 B MA57 57.50X bl.WX 4649.15 l KAB 0.25 0.27 0.27 + 1 E MA57 58.50X 68.60X AW70 0.26 0.28 + 1 PE MA62 35.90 4Q« 17 42. IQ 47.12 4650.85 0 LL_ _] KAB Q .08 Q. 08 Q.,oa Q.Q9 + 1 1 ME 67 40.80 40.17 8.28 47.12 4658.18 (FE III) KAB 0. 82 1.08 0.87 1.15 + 1 2 ME67 41.50 40.17 49.11 47.12 AL 1.20 1.08 1.28 1.15 + _J 3 ^E67 32.ítQ- —40*. 17 —39.78. 47.12 AW7Q 1.22 -08 .30 1.15 + 1 4 ME67 40.10 40.17 46.74 47.12 0 II KAB 0.08 0.07 0.09 0.07 + 1 5 ME67 41. 10 40.17 49.24 47.12 A W70 0.05 0.07 0.06 0.07 + _1 o ME67 36..LQ- 4.0.17 -42. 07. - 47.1? 4676.11 _D LI_ KAB Q. 06 0-06 0.06 + 1 7 ME67 36. 10 40.17 42.07 47.12 1 AW70 0.05 0.06 0.05 + l 8 ME 67 36. 80 40.17 42. 89 47.12 4677 0 KAB 0.0 0.0 0.0 + _J 9 -ME67 36.80. 40.17 42.89 47*12 4699.12 2 KAB 0.04 0.04 + 1 10 ME 67 36.90 40.17 42.48 47.12 4699.12 Q II KAB 0.G4 0.04 + 42. 50 40.17 49. 84 47.12 4701.69 ( FE III) KAB 0.24 0.32 0.25 0.34 + 33.90 40.17 38.55 47.12 AW70 Q*_40 0.32 Q. 42 Q. 34 + I 2 PC 41. 70 40.17 52.79 47.12 4705.54 0 II KAB 0.04 0.04 0.04 0.04 + 1 3 PC 44. 70 40.17 51. 78 47.12 4711.48 (AR IV ) KAB 0. 17 0.64 0. 18 0.67 + 1 4 &£_ 41.70 AW 7Q_ 1.11 _ 0.6-4- 1.16 —0.67_ + 1 SI 42.60 40.17 49.95 47.12 4713.19 HF I KAB 1.05 0.52 1.10 0.55 + l 2 SI 43.30 40.17 50.77 47.12 AL 1.10 1. 15 + _J 3 SI AW 70 0*0 -0.52.- Q. 0 n-95 + SI 43. 90 40. 17 51.48 47.12 4712 (AR IV ) AL i.10 1.15 + 5 SI 44. 50 40. 17 52. 18 47.12 4733.93 (FE III) KAB 0.09 0.12 0.09 0.12 + 6-SI 47. IQ 40. 17 55.23 47.12 A W70 -0.12- 0.16 0.12- + 4342 KAB 0. 04 0.04 0.05 0.05 4740.28 (AR IV ) l KAB 0. 17 0.11 0. 18 0.12 + 4345. 49 0 KAB 0.11 0.11 0.13 0.13 1 AW 70 0.06 0.11 0.06 0.12 + 434A . 75 (Fc -KAB 4754.87 (FF TTT ) 1 KAB 0^11— 0.19 0.11 0.20 + 4347 II KAB 0.03 0.03 0.04 0.04 AW70 0.27 0.19 0.28 0.20 + 4349 II KAB 0.08 0.08 0.09 0.09 4769.61 (FF III) KAB 0.07 0.08 0.07 0.08 + 435 1.3? 0 L_L_ —KAB AW 70 O-Ofl O.Qfl 0.09 a.08- + 4359. 45 (FF II ) KAB 0.09 0.09 0. 10 0.10 4774.4? (FE II ) KAB 0.0 0.0 0.0 0.0 + 4363, 18 (P III) KAB 1.65 1.15 1.92 1.35 4777.88 ( FE III) KAB 0.05 0.05 0.05 0.05 + —AJ . 1..1 5 1 .35 4814.69- (FF II ) KAR 0.09. 0.10 + 1 8D0 1.00* 1. 16* AW70 0.09 0.09 + 2 BDO 1.00* 1. 16* 4815 (FE III) WYSE 0.80 A 0.81 A + 3 RPC l.QQ* I. 16« 4 fl 1 5 (FF II ) WYSF- O.flO A 0.B1 A + BDO 1.00* 1. 16* 4848 WYSE 0.50 A 0.50 + BDO 1.00* 1. 16* 4861.24 KAB 100.00 100.00 100.00 100.00 + 6 BDO 1.00* l. 16* AL 100.00 100.00 100.00 100.00 + 7 BDO 1.00* 1. 16* A BO 100.00 100.00 100.00 100.00 + 8 BDO 1.00* 1. 16* B BO 100.00 100.00 100.00 100.00 + 9 BDO l.oo* 1. 16* C. BO 100.00 100.00 100.00 100.00 + BDO 1.00* 1. 16* D BO 100.00 100.00 100.00 100.00 + BDO 1.00* 1. 16* E BO 100.00 100.00 100.00 100.00 + 1 12 .800 I. PD* 1. 16* F BO 100.00 100.00 IQQtQO 100.00 + 1 13 BDO 1.00* 1. 16* 100.00 100.00 100.00 100.00 + 2 JÛ6 0 43.00 50.08 1 H BO 100.00 100.00 100.00 100.00 + 1 28 MA57 1 » 0.0* 1.16« _1 F DMA— 100.00 100.00 100.00 100.00 + 1 2E MA57 1.00* 1. 16* 1 47 D02 100.00 100.00 100.00 100.00 + 1 1 PC 1. 10 1.15 1. 24 1.35 1 GEB 100.00 100.00 100.00 100.00 + _L2 1,17 U15 1.47 1.35 1 GEK 100.00 100.00 100.00 + PC 0.49 1.15 0. 56 1.35 1 GRA 100.00 1 00.00 100.00 100.00 + 1 SI 1.15 1.15 1. 33 1.35 1 C GZ55 100.00 ICO.00 100.00 100.00 + 2 SI 1.29 .1».3.5 1 E GZ 55 100.00 100.00 100.00 100.00 + 3 SI 0.98 1.15 1. 14 1.35 1 W GZ55 100.00 100.00 100.00 100.00 + 4366. KAB 0.06 0.06 0.07 0.07 1 GZ 56 100.00 100.00 100.00 100.00 + 4368 -KAB- Q.Q9 0-09 n. io o.in 1 1 J53 100.QQX 100.QQX + 4387.93 HE I KAB 0.82 0.95 2 J53 100.OOX 100.OOX + AL 0.60 A 0.69 A 3 J53 100.OOX 100.OOX + —KAB— 0.C3 0.03 0.03 _ 0.03 _J 4 J53 100.QQX 100.QQX + 4413. 91 (FE II KAB 0.08 0. 08 0.09 0.09 1 J06 0 100.00 100.00 + 4414. 98 C I I KAB 0.06 0.06 0.07 0.07 1 B MA 5 7 100.OOX 100.OOX + 4416. ?9 ( FF II ._K AB 0- 06 __Q*. 1 E MA 5 7 100.OOX 100.OOX + 4416. KAB 0.05 0.05 0.06 0.06 l PE MA62 100.00 100.00 100.00 100.00 + 4437. KAB 0. LO 0.10 0.11 0.11 1 PG MA62 100.00 LOO.00 100.00 100.00 + 4.446. -N L_L_ K AF n.n . ÍL.0 O.n 1 1 ME 67 100.00 100.00 100.00 100.00 + 4452 30 0 II KAB 0.06 0.07 l 2 ME67 100.00 100.00 100.00 100.00 + 4452, 30 (FE II ) KAB 0.06 0. 07 l 3 ME67 100.00 100.00 100.00 100.00 + 4458. 12 (FE II ) -KAB Q.Q5 . Q* 05 0-06 Q .06 1 4 ME67 100.00 LQQtOQ _ IQQtfl.Q 100.00 + 4471.43 HF I 6.04 3.86 5.69 4.38 5 ME67 100.00 100.00 100.00 100.00 + 4.60 3.86 5.20 4.38 ME67 100.00 100.00 100.00 100.00 + 5.00 3- Rft 5-6S 4.3B MF 6 7 IOQ.QQ 100.00 1 on-on IQQ.QQ— + B MA57 7. 65X 8.64X 1 8 ME67 100.00 100.00 100.00 100.00 + E MA5 7 7.35X 8.30X 1 9 ME67 100.00 100.00 100.00 100.00 + 1 MF *7 1 IQ MF67 100.00 .. 100.00 100.00 1QQ.QQ- + L 2 ME67 3.60 3. 86 4.09 4.38 100.00 100.00 100.00 100.00 + 1 3 ME67 3.50 3.86 4.08 4.38 l l PC 100.00 1 00.00 100.00 100.00 + _J 4_ME6 7 3.8Q 3.86 4*38 1 ? PC 1QQ-.QQ- 100.00 100.00 l.QQ. 00 + 5 ME67 3. 50 3.86 4.02 4.38 3 PC 100.00 100.00 100.00 100.00 + 6 ME67 3.20 3.86 3.60 4.38 4 PC 100.00 100.00 100.00 100.00 + 7 ME67 3.2Q -JL.86 3.60 4.38 .1 R 1 inn.nn LQQ.QQ- 10Q*HQ inn.nn + ME 6 7 3. 80 3. 86 4.27 4.38 100.00 100.00 100.00 100.00 + ME67 3.30 3.86 3.71 4.38 100.00 100.00 100.00 100.00 + + + 638 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 1976 (209.0 -19,41 NGC 1976 (209.0 -19.41 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + 4861.24 H I 1 4R 1 100.00 100.00 100.00 100.00 . 5QQ7,QQ .(Q LULL J 8Z_ME¿Z 289.50 251,60 279,13 242,09 + 5R 1 100.00 100.00 100.00 100.00 ME67 291.40 251.60 280.96 242.09 + 6R 1 100.00 100.00 100.00 100.00 1 9 ME67 246.30 251.60 237.48 242.09 + 7 R _L_ 100-00 1110,00— 100.00 + 100,00 100.00 1 IQ ME67 290.50 ¿51,60. 280.92 242.09 + 1 8 R 1 100.00 100.00 100.00 1 OP 326.00 251.60 313.87 242.09 + 1 9R l 100.00 100.00 100.00 100.00 1 1 PC 399.00 251.60 386.96 242.09 + 1 1K RE 100.OOX 100.OOX 1 ¿ E£_ 324. QQ 251.60 3(16,31 242.Q9 + 1 SI ICO. 00 100.00 100.00 100.00 1 3 PC 132.00 251.60 127.46 242.09 + 2 SI 100.00 100.00 100.00 100.00 1 4 PC 16.20 251.60 15.81 242.09 + IQP.Qfl- 100.00 100.00 1QQU2Q -j 1 R 1 290. 00 251.60 279.?1 242.09 + 1 4 JU- SI 100.00 100.00 100.00 100.00 1 250.00 251.60 240.70 242.09 + 1 5 SI 100.00 100.00 100.00 100.00 3 R 1 240.00 251.60 231.07 242.09 + 1 6 SI 100.00 100.00 100.00 100.00 4R 1 260.QQ 251.60 250.32 242.09 + WYSE 100.00 A 100.00 A 1 5 R 1 120.00 251.60 115.53 242.09 + 4864 KAB 0.08 0.08 0.08 0.08 l 6R 1 143.00 251.60 137.68 242.09 + 4881,14 (FE TU) _KAB_ -Q.41- ÍL_21 _J 7 R-l .156.QQ 251.60 15-0,19 242.09 + AW70 0.52 0.52 1 170.00 251.60 163.67 242.09 + WYSE 0.70 A 0.70 A l 9 R l 290.00 251.60 279.21 242.09 + 4882 (FE III) WYSE Q, 70, A. 0.70 A 1 1K RE -439.QQX 422.66X- + 4896 WYSE 0.40 A 0.40 A 1 1 SI 328.50 251.60 316.27 242.09 + 4921.97 HE I KA8 1.36 1.55 1.34 1.53 1 2 SI 304.60 251.60 293.26 242.09 + AL- 1,50— 1,55. 1.48 1.53 _J 3 SI 273.70 251.6Q 263.51 242.Q9 + AW70 1.80 1.55 1.77 1.53 WYSE 430.00 414.00 A + WYSE 3.00 A 2.95 A 5007 (O II ) J 53 94.OOX 90.49X + 4924 (.FE nn WYSE Q.O A— 0.0 Q.Q A— -OUi 5016,00 H£_J -KAfi. ,-24 —2.24_ 2.15 2 «_L5 + 4931.05 (O III) KAB 0.09 0.09 MORG 2.00 1.92 A + AW70 O. 12 O. 12 WYSE 3.00 A 2.88 A + WYSE 0.50 A 0.49 A -J012 (FE- III) WYSE 0.60 A 0.57 A + 4931.05 (FE III) 2 KAB 0.09 0.09 5041.90 SI II MORG 0.0 A 0.17 0.0 A 0.16 + 3 WYSE 0.50 A 0.49 A AW 70 0.17 0. 17 0.16 0.16 + (FF TU) 3 WVJSE 0.5a A 0.49 A WYSE 0.60 A 0-57 A + 4958.90 (O III) KAB 113.00 85.60 110.18 83.42 5047.30 HF I MORG 0.40 A 0.38 A + MORG 0.0 85.60 0.0 83.42 AW 70 0.32 0.26 0.30 0.25 + _Ai— 113.nn RS.Afl 11n.i » A3.4? _GRA -Q.2a Q.26 D.-19 Q «25 + 1 1 J53 184.OOX 179.40X WYSE 0.70 A 0.67 A + 1 2 J 53 59.OOX 57.53X 5056.40 SI II MORG 0.40 A 0.38 A + -J 3 .153- 34.QQX 33-. 1 5X AW70 0-35 0- 33 + 1 J060 107.00 104.33 GRA 0.20 0.19 + 1 2B MA57 66.50* 64.84* 5056 (FE III) WYSE 0.80 A 0.76 A + 1 -2F MA57- 56.not 54.60* _505.6 SI II WYSE -0.80 A 0.76 A + 1 l ME 67 117.10 85.60 114.01 83.42 5112 1 WYSF 0.60 A 0.56 + 1 2 ME67 103.70 85.60 100.96 83.42 5119 (N I ) 1 1 PC 0. 34 0.39 0.32 0.36 + -J 3 MF67 1Q5. 60— ..-107-..3) -1 2 BC 0.2-6 0-39 0.24 O T 36 + 1 4 ME67 76. 80 85.60 74.95 83.42 PC 0.56 0.53 0.36 + i 5 ME67 46. 10 85.60 44.80 83.42 5146 WYSE 0.60 0.55 + -J 6 MF67 49.90- 48.70 -5158 (FF VIT 1 AU70 . 34 0.13 + 1 7 ME67 97.90 85.60 95.55 83.42 1 GRA 0.20 0.17 0. 18 0.16 + 1 8 ME67 89.10 85.60 86.96 83.42 5145 FF VI l AW70 0.06 0.06 0.06 0.06 + 1 9 ME67 80.5a. 85.60 78.57 -83.-42 -51 59 (FF IL.) J WYSF 0.70 A 0.64 + 1 10 ME67 97. 00 85.60 94.85 83.42 5191.40 (AR III) 1 MORG 0. 20 0. 18 + 1 1 PC 117.00 85.60 114.63 83.42 AW7 0 0. 13 0. il 0.15 + _1 2 ££ 102.00 85.60 - 98^.25 GRA 0- 20 0.18 0.15 + ' PC 43.70 85.60 42.69 83.42 5192 WYSE 0.70 0.64 + 1 R l 104.00 85.60 101.40 83.42 5198.30 (N I ) MORG 0.60 0. 55 + -2- 80.00- 8-5.60 - —7a.00 83.42 AW7Q Q « 46 _Q,53 - Q..42 + 3 1 80.00 85.60 78.00 83.42 GRA 0.60 0.55 + 4 l 80. 00 85.60 78.00 83.42 WYSE 0.90 0. 82 + 5R 1 40. 00 85.60 39.00 83.42 5200.60 (N I ) MORG 0.40 0.36 + 6R 1 48.00 85.60 46.80 83.42 5212 WYSE 0.60 0. 54 + 7 R 1 52.00 85.60 50.70 83.42 5221 WYSE 0.60 0. 54 + _i a_fi__L- 50. QQ 85.60 . 48.75 83.42 S 2 3.6 WYSE Q.60-. (U-54 + 104.00 85.60 101.40 83.42 5243 WYSE 0.60 A 0.54 A + 1 SI 108.10 85.60 105.40 83.42 5262 (FE II ) WYSE 0.60 A 0. 54 A + 2 SI LOI, 20— as.6Q - 98j-6.I. _83.42 5262 MDRG 0.40 A 0.36 A + l 3 SI 90. 10 87.85 5270.80 FE III 1 MORG 1. 20 1.07 + l WYSE 120.00 A 117.00 A AW70 0.62 0.61 0.55 0.55 + _4959.. _LQ II ) _1 4 J53- . 35.OOX 34.12X GRA 0.60 0.61 0.54 + 4986 (FE III) WYSE 0.70 A 0.68 A WYSF 1.00 A 0.89 + 4991 (0 ITT) 1 C GZ55 378.00 309.33 365.51 299.11 5271 (FE II WYSF 1.00 A 0. 89 + 1 E GZ55 240.00 309.33 232.07 299.11 5299 AW7Q 0.06 0.Q6 Q.Q5 + l W GZ55 310.00 299.76 5302 MORG 0.60 A 0.53 A + 4994 N II 1 WYSE .0.60 A 0.58 A 5321.80 (CL TV ) MORG 0.0 A 0.0 A + 5007.00 (Q III ) J. KAB- 251.6Q - 329.27 242.Q9 5487 MORG 0.34 + 1 MORG 0.0 A 251.60 0.0 A 242.09 5513.00 C I MORG 0.40 A 0.34 A + 1 AL 342.00 251.60 329.27 242.09 GRA 0. 10 0.08 + -1 1 BDQ 2.7.1,00*- -26Q.-91* 5518.4Q (CL III) MQ£G 1Q.QQ A 8.40 A + 1 2 BDO 264.00* 254.18* AW70 0.84 0.77 0.71 0.65 + 1 3 BDO 116.00* 111.68* GRA 0. 70 0.77 0. 59 0.65 + -I 4 BDO 269.00* 258.99* WY-S-E 1.50 A 1-26 A + l 5 BDO 221.00* 212.78* 5538.20 (CL III) l MORG 10.00 A 8. 35 + 1 6 BDO 147.00* 141.53* 1 AW70 1.13 1.06 0.94 0.89 + 1 7 BDO 134.QQ* 129.01* 1 GRA 1.00 1.06 0.84 0.89 + 1 8 BDO 78.00* 75.10* WYSE 2.00 1.67 + 1 9 BDO 298.00* 286.91* 5555.50 O I MORG 0. 0 0.10 0.0 0.08 + 1 10 BDO 247.QQ* 237. 81 ♦ -GRA— Q. 10 JL. 1Q Q.Q8 Q.QB + 1 11 BDO 245.00* 235.88* 5557 A W 70 0.05 0.04 + 1 12 BDO 201.00* 193.52* WYSE 0. 70 0.58 A + 1 13 BDQ 13Q.QQ* 125. 16* -5571.60 LQ ! L MORG 15.00 12.40 A + 1 F DMA 55. 90 251.60 53.82 242.09 GRA 0. 50 20.25 0. 41 16.74 + 1 47 D02 316.00 251.60 304.24 242.09 GZ56 40.00 20.25 33.07 16.74 + A OEK. 303.00 . 2 5.1., 6 Q . -291 .-72 242.09 WYSE 1.50 1.24 A + 1 J 53 470.OOX 452.51X 5604 K VI AW 70 0.03 0.03 + 2 J 53 148.OOX 142.49X 5616 WYSE 0.70 A 0. 57 + J 5 3-- 85.Q0X 81.84X 5666 N II A W 70 0.06 Q.Q6 Q. Q5 Q.Q5-. + 1 J060 333.00 320.61 5674 N II 1 AW 7 0 0.06 0. 05 + 1 2B MA57 198.00* 190.63* 5678.00 N II 1 MORG 0.40 A 0. 32 + 1 MF67 36Q.QQ- 345.84 _1 WYSE Q.7Q A 0.57 A + 1 2 ME 6 7 32 4.30 251.60 311.55 242.09 5679 N II GRA 0. 20 0. 16 + 1 3 ME67 329.00 251.60 313.77 242.09 5692 WYSE 0.70 0.56 + -J 4 MF6.L 148.50 251.60 .. 143^18 247.09 5739 MORG 0.60 0.48 A_ + 5 ME67 148.50 251.60 142.25 242.09 5740 SI III AW70 0.06 0. 05 + 6 ME67 159.80 251.60 154.08 242.09 5754.00 (N II) MORG 15.00 11.92 + (209.0 -19.4» + 639 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued + NC,C 1976 (209.0 . NGC 1976 (209.Q -19.4) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N PG REF OBS I AVE 0 CORR I AVE C +19,7 6Ap JS + + + + + 5754.00 (N II ) 1 A W7 0 1.60 1.12 1.27 0.89 6548. 60 IN II ) 1 1 PC 38.90 23.33 .27.03 16.04— + F DMA 1.75 1.12 1.39 0.89 SI 23,50 23.33 15.85 16.04 + GRA 2.00 1.12 1.59 0.89 2 SI 18.80 23.33 12.68 16.04 + 1 PC 0.91 _L*JL2_ 0.76 _Q.89_ 3 SI 22.60 23.33 15.25 16.04... + 2 PC 0.98 1.12 0.70 0.89 WYSE 40.00 A 26.99 A + 3 PC 1.02 1.12 0.82 0.89 6563.00 MORG 0.0 A 378.98 0.0 A 254.63 + 4 PC 0.69 1.12 0.59 0.89 AL 350.00 378.98 -235.5-0- 254.63 + 1 SI 1.02 1.12 0.81 0.89 11 BA 1.00* 0.67* + 2 SI 0.47 1.12 0.38 0.89 A BO 398.00 378.98 267.80 254.63 + 2 WYSE + SI- 0.7.1- 1.12 0.57 -Q.B9 . B BO 402. 00 378.98 270.49 254.63- + 4.00 A 3.18 A C BO 407.00 378.98 273.85 254.63 + 5759 MORG 0.40 A 0.32 A D BO 320.00 378.98 215.31 254.63 + 5765 WYSE 0.90 A 0.71 A E BQ 403.QQ 378.98 271. 16 .254.63. + 5 776 WYSE 0.80 A 0.63 A F BO 388.00 378.98 261.07 254.63 + 5847 WYSE 0.90 A 0.70 A G BO 342.00 378.98 230.12 254.63 + 5876.00 MORG + AH X + 0.0 A + 20.00* + .L5..-92 0.0 A + 15.47* + 12.22 322.. QQ 318 ■98._ 217.33 254.63 + M CO 1.00* 0.67* + AL 31.00 23.98 F DMA 345.00 232.14 + 1 J53 130.QQX 100.54X 1 DM! ■ QQ* 0-67» + J53 19.00 X 14.69X 24 002 1.00* 0.67* + B MA57 17.20X 13.30X FL 20.00* 13.46* + E MA57 . 19.20X 14.85X GEB 398.QQ 378.98 267.80 754.63 + PE MA 6 2 16. 20 15.92 12.53 12.22 A GEK 1.00* 0.67* + PG MA62 20.60 15.92 15.93 12.22 GZ56 500.00 A 336.43 A + 1 ME 67 12.00 15.92 9.14 12.22 1 J 53 132IL QQ* 888. 17X + 2 ME67 11. 10 15.92 8.46 12.22 2 J 53 370.OOX 248.96X + 3 ME67 17. 70 15.92 12.84 12.22 3 J53 500.OOX 336.43X + ME 67 15.40 15.9-2 12j-Q.3— 12.22 4 J53 59Q.QQX _396.9BX— + 5 ME67 10.40 15.92 7.77 12.22 J 060 333.00 224.06 + 6 ME 6 7 13. 10 15.92 10.23 12.22 PE MA62 403.00 378.98 271. 16 254.63 + 7 ME67 14.30 1 5.9? 11.17 12.77 1 ME 6 7 346.60 378.98 227.94 254.63 + ME67 12.50 15.92 9.76 12.22 2 ME67 375.30 378.98 246.82 254.63 + i ME67 15.40 15.92 12.03 12.22 3 ME67 464.40 378.98 283.00 254.63 + _Q£ 19.9.Q 15.92 15. 39 12.77 4-M-E-67.. 421.20 287. 76 + 1 PC 16.60 15.92 13.49 12.22 5 ME67 394.20 251.46 + 2 PC 16.20 15.92 11.07 12.22 6 ME67 432.00 295.14 + 3 PC 12.30 15.-92 9.. 70 JL2.22 7 ME 67 401.30 .274. 16 + WYSE 30.00 A 23.20 A 8 ME67 441.70 301.76 + 5885 WYSE 3.00 A 2.32 A 9 ME67 437.40 298.83 + 5894 WYSE 3» QQ A 2.31 A CLP 364.00 244.9? + 5931 II l GRA 0.05 0.05 0.04 0.04 1.00* 0.67* + 5941 II 1 GRA 0.08 0.08 0.06 0.06 407.00 295.53 254.63 + 5954 L_ WYS.E - 1.00 A -0.76 A 398. 254.6.3— + 5958 C I GRA 0.30 0.23 PC 371.00 378.98 257.35 254.63 + 5958.00 SI I I MORG 0.40 0.30 A PC 417.00 378.98 324.29 254.63 + GRA Q.-3Q- Q.?3 + 5958.00 0 I MORG 0.40 0.30 A 1 SI 338.00 378.98 261.07 254.63 + 5979.00 SI II MORG 0. 40 0. 30 A 2 SI 383.00 378.98 257.70 254.63 + GRA 0.30 0.30 0- 73 3 SL 380.00 378.98 255.69- 254.63 + WYSF 1.50 1. 13 A SI 328. 00 378.98 220.70 254.63 + 6003 WYSE 0.90 0.68 A SI 351.00 378.98 236.17 254.63 + 6035 WYSE 0.80 0.60 A 1.00» 0.67* + MÜRG 0.70 A 0.52 A 1 WYSE 350.00 A 235.50 + GRA 0. 30 0.22 6583.40 (N II 1 1 MORG 0.0 A 92.36 0. 0 63.59 + 6 049- WYSF.... 1.00 A 0.75 A _AJ 55.00 97.36 36.86 63.59 _ + 6066 WYSE 1.00 0.74 A 11 BA 0.50* 0. 34* + 6084 WYSE 0. 80 0.59 A M CO 0. 13* 0. 09* + 6087 GRA 0.20 0.20 0. 15 F DMA 161.00 107.89 + 6097 WYSE 0.80 0.59 A 1 DMI 0.40* 0.27* + 6118 WYSE 0.80 0.59 A 24 D02 0. 58* 0.39* + 6136 WYSE t8Q 0.59 A GEK 0.20*A 0.13.» A + 6 161 WYSE 0.80 A 0.58 A 1 J 53 1160. OOX 777. 38 X + 6185 WYSE 0.90 A 0.65 A 2 J 53 250.OOX 167.54X + _ _62.QQ WYSE Q. 80 A . &. 58 A 053 205.OOX 137.38X + 6258 1 MORG 0.40 0.28 A J53 200.OOX 134.03X + 6267 1 WYSE 1.00 0.71 A JQ60 333.00 223.16 + 6300.60 (01)1 MORG 10.00 7.06 A ME67 421.20 286.65 + AHX 2.90* 2.05* 5 ME67 394.20 250.32 + GRA 0. 80 1.20 0. 56 0.84 6 ME67 432.00 294.00 + _i PC 1.29 1.20 .0,97 —Q.84_ 8 ME67 .4A1. 70 . 3QQ.6Q + 1. 17 1.20 0. 70 0.84 437.40 297.67 + 1.55 1.20 1.12 0.84 0. 17* 0.11* + -2.. 82 A . I PC- 58.90 -92.36 - 42.63... 63.59 + 6312.40 (S I 11 ) 1 MORG 15.CO 10.57 A 2 PC 74. 10 92.36 40.97 63.59 + FL 0. 12* 0.08* 3 PC 115.00 92.36 79.48 63.59 + _££ 2. 57 jl94 ££_ 174.00- —92.36_ 134.97 63.59_ + PC 2.66 2.42 1. 58 l .07 1 SI 69.90 92.36 ' 46.84 63.59 + PC 2.04 2.42 1.48 1.67 2 SI 55. 70 92.36 37.33 63.59 + WYSE 5.00 3.5? A 3 SI 67.60 92.36 45.30 63.53, + 6312 (SI III) l GRA 0. 90 0.63 0.35* 0.23* + 6347.30 SI II l MORG 0.60 0.42 A WYSE 70.00 A 46.91 A + J— WYSE 1.00 A Q, 70 A.. WYSE 1,00 A 0.67 A + 6364.10 (O I ) 1 MORG 1.20 A 0.84 A 6638 WYSE 1.00 A 0.66 A + 1 1 PC 0.38 0.51 0.28 0.37 6678 < 20 HE I MORG 15.00 A 9.89 A + 1_ 3 ELC_ Q.65 0.51 Q.46 D.37 AHX 8. 00* 5 » 2 7 *_ + WYSE 1.50 1.05 A F DMA 6.00 3.96 + 6371.50 MORG 0.40 0.28 A l J53 80.OOX 52.74X + 6403 WYSE 1.00 0.69 A 1 PC 5.QL- 3.58 + 6501 WYSE 1.00 A 0.68 A PC 5.02 4.96 2.71 3.21 + 6548.60 II ) l MORG '0.0 A 23.33 0.0 A 16.04 PC 3.80 4.96 2. 59 3.21 + L_ AL 18.00 23.33 12. 14 16.04 WYSE 12.QQ A 7.91 A + 11 BA 0.17* 0. ll* 6716.70 ( S 11)1 MORG 10.00 A 6.55 A + M CO 0. 07* 0.05* 1 AHX 5.20* 3.41* + 2 J53._ IQQiQQX 67.47X_ L_ 5Q DA -1.94*- 1.27* + 17.88 + 4 J53 71.OOX 47.90X F DMA 49.60 27.30 32.49 + J 060 333.00 224.66 GRA 5.00 27.30 3.28 17.88 + 4 ME 6 7 42..U ?aa.5o J 53 224.QQX 146.74X + 5 ME67 394.20 252.23 2 J 53 48.OOX 31.45X + 6 ME67 432.00 295.90 3 J 53 43.OOX 28.17X + 8 ME67 441.7Q 3Q2.54 4 J53 41.QQX 26.86X— + 437.40 299.60 WYSE 6.00 A 3.93 A + 18.20 13.24 ( S 11)1 AL 14.00 9.16 + (209.0 -19.4) + + 640 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + NGC 1976 Í2Q9.Q -19.*) NGC 1976 (209.0 -19.4) + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + -6723 __Í_S II ) 1 JQ6Q 15« 3Q 13.81 1Q.Q1 .09 8399 H I 1 MORG 2.00*A 1 » 04*A + 1 1 ME 67 4.90 13.81 3.13 9.09 8375 T 1 MORG 3.00*A 1.56*A + 1 2 ME 67 10. 10 13.81 6.45 9.09 8392 I 1 MORG 3.00*A l.56*A + 0.80 13.81 0.47 . 9.09 L_ AHX 1.80* + 1 .3.4 ME61- + ME67 19.00 13.81 12.64 .09 MORG 2.00*A 0.93» + i.04*A + 1 6 ME67 21.60 13.81 14.37 9.09 AHX 1.86* 0.96* + _11 87 ME67 + ME67 21.60 13.81 14.37 9.09 8437 MORG 3«QQ*A _L«.55.*A + 15.40 ► 13.81 10.24 9.09 8446.00 O I MORG 5.00*A 2. 58*A + 1 9 ME 67 20.20 13.81 13.44 9.09 AHX 5.29* 2. 73* + 1 1 PC 9.33 13.81 6.62 9.09 OF DA A .1.50* -0*71» + 1 2 PC 8.70 13.81 4.64 9.09 ON DA A 4.30* 2.22* + 1 3 PC 18.60 13.81 12.57 9.09 GRA 1.20 0.62 + 6731.10 (S II ) 1 MORG 10.00 A 6.54 A MORG 3.00*A 1.55*A + 1 AHX 8.90* 5.82* AHX 2.18* 1. 12* + 1 50 DA 1.00* 0.65* 8502 MORG 4.00*A 2.05*A + 1 F DMA 41.40 27.06 AHX 2.74* 1.41» + 1 GRA 9.00 5.88 8545 MORG 4.00*A 2•04*A + 1 1 J53 300.OOX 196.07X AHX 2.86* 1.46* + -J53.. 3 5 PO X _ 22.88X OF DA A 2.00» 1.02* + 3 J53 37.t COX 24.18 X ON DA A 2.00* 1.02* + 4 J53 35.OOX 22.88X (CL II ) 1 CF DAA 0.21* 0.11* + WYSE 8.00 A 5.23 A L GRA 0.10 0.05 0.05 + 7001.00 O I MORG 0.70 A 0.44 A MORG 3.00*A 1.52*A + GRA 0.30 0. 19 0.19 AHX 4.29* 2. 18* + 7065.00 HE I MORG IQtQO A 6.20 A OF DAA 2.Q0* 1.02* + 1 AHX 16.00* 9.92* CN DAA 2.00* 1.02* + 1 AL 30.00 15.72 18.60 9.60 (FE II > 1 OF DAA 0. 12* 0.06* + 1 1 ME 67 11.30 15.72 6.82 9.60 L GRA 0.07 0.04 + 3 ME67 11.90 15.72 6.55 9.60 8665 MORG 1.00*A 0.50*A + 4 ME67 12.70 15.72 8.02 9.60 AHX 4.37* 2.21* + 1 9 ME67 12.70 15.72 8.02 9.. 60 8750 AHX 6.00* 3.00* + 7135.00 (AR III) MORG 0.0 A 0.0 A III) l AL 72.00 35.02 + AHX 36.70* 22.52* 1 FL 3.40* 1.65* + _AJ 3ÍL..Q0 -18.4J 1_ 1 ME 67 .49.50 -63.08 23. 10 30.20 + 1 1 ME 67 11.40 15.49 6. 80 9.40 2 ME 6 7 48. 10 63.08 22.44 30.20 + 1 2 MF67 16.00 15.49 9.55 9.40 3 ME67 74.20 63.08 30. 14 30.20 + _1 3 ME67 16.80 + 15.00 + 15.49 + 15.49 + 9. 12 + 9.38 + 9.40 + 9.40 + 4 ME67 47.90 63.08 23.95 ■ 3.0.20 + 1 4 ME67 5 ME67 16. 50 63.08 7.28 30.20 + 1 5 ME67 6.60 15.49 3.79 9.40 6 ME67 58.80 63.08 29.40 30.20 + _1 6 ME67 13.3Q 15.49 8.32 9.40 7 ME 67 97.40 63.08 -A8..71 30.20 + 1 7 ME67 17.80 15.49 11. 13 9.40 6 ME67 70. 60 63.08 35.30 30.20 + 1 8 ME67 12.30 15.49 7.69 9.40 9 ME67 95.20 63.08 47.61 30.20 + _J 9 ME67 I 5. 70 15.49 9.8? 9.40 1 PC 69.10 63.08 38.61 30.20 + 7155.00 (FE II ) MORG 0.60 A 0.37 A 2 PC 64. 50 63.08 22. 18 30.20 + GRA 0.90 0.55 0.55 3 PC 56.20 63.08 28.89 30.20 + 7231 .00 C T T MORG 0.40 A 0.24 A ÛJ— 5.80 5.69 2.J8 + GRA 1.00 1.00 0.60 0.60 1 ME 67 4.70 5.69 2.16 2.68 + 7236.60 C II MORG 0. 0.42 70 2 ME 6 7 5. 00 5.69 2. 30 2.68 + GRA 1. nn i .nn n, ¿»n o. ah 3 ME 67 6. 80 5.69 2. 71 2.68 + 7254.00' D I MORG 1.00 A 0.60 A ME67 4.50 5.69 2.22 2. + GRA 1.00 1.00 0.60 ME67 6.20 5.69 3.06 2.68 + 7281.20 HE I MQRG 7 MF67 . 6* 70 -.5 „6 9 3.31 2.68 + GRA 3. 00 3.00 1.80 1.80 ME 67 5.40 5.o9 2.66 2.68 + 7320.10 (O II ) MORG 0.0 0.0 0.0 0.0 9 ME67 5.50 5.69 2.71 2.68 + AI 1 7. 30 10.33 J El 5.88 5.69 3.25 2.68 + 7319 (O II ) AL 17.30 10.33 l PC 5.88 5.69 1.98 2.68 + 7325 (N II ) h PC 4. 78 4.78 3.44 3.44 l PC 5. 88 5.69 2.98 2.68 + 7325 (O II ) 1 ME67 10.30 14.58 5.96 8.50 ( S I II ) 1 AL 181.00 180.20 84.63 83.01 + 2 ME67 14.90 14.58 8.63 8.50 1 FL 4. 80* 2.24* + 3 ME 67 17.60 14.58 9.22 8.50 l 1 ME 6 7 125. 00 180.20 55.94 83.01 + 4 ME67 1.6. QQ.. 14.58 9.73 3.50 L_ Z . N.E-6-7.. 190.00 -Iß. Qt 2 Q -gJ>...Q.2 -, 83. Q1 + 1 6 ME67 15. 90 14.58 9.67 8.50 3 ME67 82.20 180.20 31.78 83.01 + 1 7 ME67 15.00 14.58 9.13 8.50 4 ME67 99.50 180.20 47.90 83.01 + _J 8 ME6.7 17-90 1 4.58 7.85 8.50 5 ME67 78.00 180.20 3JU.92. 83.01. + 1 9 ME 67 15. 70 14.58 9. 55 3.50 6 ME67 133.30 180.20 64. 18 83.01 + 1 1 PC 11.70 14.58 7.71 8.50 7 ME67 236.00 180.20 113.62 83.01 + 1 2 EC- 1.7.« 80-, 14.58 8.28 8.5Q .ME67 19Q.30 18Ct? Q 91.62 83.01 + 1 3 PC 12.60 14.58 7. 82 .50 9 ME67 251. 30 180.20 120.99 83.01 + 7330.70 (O II ) 1 MQRG 0.0 A 0. 0.0 A 0.0 1 PC 263.00 180.20 142.33 83.01 + J. AHX 17.30* 10.31* 269.00 -18 0.2 0 -3J.±27.. .83,01 + AL 17.30 10.31 1 _2 PC PC- 244.00 180.20 120.96 83.01 + 7330 (0 I I ) AL 17.30 10.31 9545 I 1 AL 8.00 8.00 3.74 3.74 + 7378 (» T I ) GRA 0.50 0.30 10049 -I L_ AL 10. OQ 12. 15 4.51 5.35 + 7378 MORG 0.60 0.35 1 ME 67 10. 10 12.15 4.35 5.35 + 7387.00 (FE II ) MORG 0.0 0.0 0.0 0.0 2 ME67 10. 50 12.15 4.52 5.35 + 7412 (* II ) GRA 0.20 0.20 • 1? 0.12 3 ME67 16. 10 12.15 5.94 _5.?5 + 7452.00 FE I I ) MORG 0. 0 0.0 0.0 A 0.0 4 ME67 10. 50 12.15 4.88 5.35 + 7469 N I GRA 0.50 0.50 0.29 0.29 6 ME67 11. 10 12.15 5. 16 5.35 + 7500 MORG Q. 4Q... 0-23 A 7 ME 6 7 13.20 12.15 6. 13 5.35 + 7530.70 (CL IV ) MORG 0.40 A 0.23 8 MF67 11.30 12.16 5.25 5.35 + 7751.30 (AR III) MORG 5.00 A 2.80 A 9 ME67 11.90 12.15 5. 53 5.35 + AHX 11.90* 6.67* 1 PC 13.80 12.15 7.25 . 5.35 + 7774.50 0 T MORG 0.20 A 0. 11 A 2 PC 14.10 12.15 4.33 5.35 + 7794 MORG 0.40 A 0.22 A 3 PC 13.20 12.15 6.32 5.35 + 7816.10 HE I MORG Q.4Q A_ .0-1 ¿Z A AL 70.00 104. 58 29.96 -fr.3-21 , + GRA .0.40 0.22 1 ME 67 80.00 104.58 32.61 43.21 + 7837 MORG 0.40 0.22 2 ME 6 7 115.00 104.58 46.87 43.21 + -8.046 LCL_ II ) GRA 0.3Q- . 16 3 ME67 17 5.00 . 104« 59 6Qt 59 43.21 + 8185 N GRA 0.40 0.40 0.21 0.21 4 ME 6 7 78.00 104.58 34.50 43.21 + N GRA 0.50 0.50 0.27 0.27 5 ME67 45. 00 104.58 17. 18 43.21 + 8204 -GRA., 0.20 0.20 0.11 0.11 6 MF 6 7 70.00 104.58 30.96 43.21 + 8216 N I GRA 0.60 0.60 0.32 0.32 7 ME67 150.00 104.58 66.34 43.21 + 8223 N I GRA 0.80 0.80 0.42 0.42 8 ME67 120.00 104.58 53.07 43.21 + .■8243 -W I- GRA . 0.4ÍL- Q.4Q- Q. 21 0.21 9 ME 6 7 ■ LQ4..QQ 104.58 45.99 + 8286 MORG 1.00*A 0.53*A 1 PC 144. 00 104.58 72.57 43.21 + 8292 MORG 0.0 *A 0.0 *A 2 PC 141.00 104.58 40. 14 43.21 + 8289 .43.21 + 8306 H I MORG 1 •00*A 0,52*A AL 20.00 21.55 8.50 8.90 + 8314 H I MORG 1.00*A 0.52*A 1 ME67 17. 80 21.55 7.20 8.90 + 8324 _H 1— MQRG 1.QQ»A Q.52*A 2 ME67 2-L. 00 21.55 8.50 + 8334 MORG 1.00*A 0. 52 *A 3 ME67 33.40 21.55 11.46 8.90 + 8346 MORG 1.00*A 0.52 *A 4 ME67 20.40 21.55 8.96 8.90 + + 641 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + + WAVF lOENT N RG REF OBS I AVE 0 CORR I AVE C C = 0.50 FOR RG REF ME67 (HYDROGEN LINES! + 10938 H I 1 5 ME67 15.00 8.90 C = 0.50 FOR RFF HE67 (HYDROGEN LINES) + 1 6 ME6 7 20. 50 21.55 9.00 8.90 C = 0.50 FOR RG 9, REF ME67 (HYDROGEN LINES) + 1 7 ME67 19.20 21.55 8.43 8.90 C = 0.46 FOR RG 10, REF HE67 (HYDROGEN LINES) + _J 8 M67 22.4Q 21.55 9.64 _a^ .C = £Ml2 FQR PQ 1 REF PC (HYDROGEN LINES) + ME67 22.00 21.55 9.66 3.90 C = 0.77 FOR RG 2 REF PC (HYDROGEN LINES) + 1 PC 25. 10 21.55 12.58 8.90 C = 0.48 FOR RG 3 REF PC (HYDROGEN LINES) + _2 R£_ 21.90 21.55 6.17 3.9-Q_ C = Q.33 FQR RG 4 REF PC (HYDROGEN LINES) + (209.0 -19.4) + REGION KEY (REG I ON,REFERENCE,EXPLANA!ION) + 11. BA . MAX (N ID OF 238 MEASURES. SEE REF. + i. Bon , 34 ARCSEC N OF CENTRAL STAR + 21 BDQ i ARCSEC N OF CENTRAL STAR BEGIN NGC 1977 (208.5 -19.1) C = 0.0 (NO CALCULATION) + 205 ARCSEC N OF CENTRAL STAR + 4, BDO , 25 ARCSEC S OF CENTRAL STAR WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 5. BOO . 110 ARCSEC S OF CENTRAL STAR 6563 H I 1 1 PA l . Q-Q*_ -ItQQ* + 6, BDO 195 ARCSEC S OF CENTRAL STAR 1 2 PA 1.00* 1.00* + 7, BOO 280 ARCSEC S OF CENTRAL STAR ) 1 1 PA 0.28* 0.28* + 8, BDO 365 ARCSEC S OF CENTRAL STAR 1 2 PA Q.42* Q.42» + 9, BDO 120 ARCSEC W, 34 ARCSEC S OF CENTRAL STAR + 10, BDO 120 ARCSEC E, 34 ARCSEC S OF CENTRAL STAR REGION KEY (REG I ON,REFERENCE,EX PLANATION) + 11, BDO 120 ARCSEC E OF CENTRAL STAR 1* PA , RA 5H 32.7M, DEC -4DEG 52MIN + 12, BDO 238 ARCSEC E OF CENTRAL STAR PA 5H 32.9M, DEC -4DEG 52MIN + 13, BDO 357 ARCSEC E OF CENTRAL STAR + A, BC 0.7 min W, 0.1 MIN N OF THETA-1 CRI END NGC 1977 (208.5 -19.1) + B T BC 2.0 MIN E, 0.4 MIN S OF THETA-1 ORI C + C, BO 0.5 MIN W, 1.0 MIN N OF THETA-l ORI C + D. BO 3.7 MIN W. 0.9 MIN S OF THETA-1 ORI C + F , BO 0.5 MIN W, 1.1 MIN S OF THETA-1 CRI C BEGIN NGC 1999 (210.4 -19.7) C = 0.0 (NO CALCULATION) + F, BO 0.5 MIN E, 1.1 MIN S OF THETA-1 OPI C + 1.1 min W, 3.7 “IN S ÜF THETA-1 QFI.C... WAVE IDENT N RG REF OBS I AVE 0 CQPR-L- AVE C + H0.v BO + BC + 1.1 MTN W, 5.6 MIN S OF THETA-l ORI 6563 H I 1 GEK 1.00* 1.00* + 1, CA MINIMUM OF 96 VALUES, SEE REF. 6584 (N II ) 1 GEK 0. 30* 0.30* + co MAXIMUM OF 10 REGIONS OBSERVED. SEE REF. + 61, CR DIRECTION 6, REGION 1, MIN. OF 43 MEAS., SEE REF. + 50, DA MAXIMUM OF 54 MEASURES, SEE REFERENCE + ON, DAA ON ENHANCED 01 + OF, DAA OFF ENHANCED 01 + 15, DEM MAX. OF 23 VALUES. SEE REF. BEGIN NGC 2023 C = 0.0 (NO CALCULATION) + 4* -ELM MINIMUM OF 20 MEASURES, SEE REFERENCE + DMA FILAMENT 14 ARCMIN S OF TRAPEZIUM WAVE IDFNT N RG REF OBS I CORR I + 1, DMI MAX. FROM 2300 MEASUREMENTS. SFE REF. 6563 H I 1 A GEK 1.00* 1.00* + 24. nn? MAXIMUM OP 91 UAIIIFS, 9 F F RFF. 6 5B4 (N ) 1 A GEK 0.22* 0.22* + D 02 MAXIMUM OF 91 VALUES, SFE REF. 6717 (S II ) GEK 1. 35* 1.35* + 3, DRS , MINIMUM OF 14 MEASURES, SEE REFERENCE 6731 (S II ) 1 GEK 1.00* 1.00* + A. GEK . A ON D IFF E RF NT SCAt E + C, GZ 5 5, CENTRAL REGION REGION KEY (REG ION,REFERENCE,EX PLANATION) + E, GZ55, TO 12 MIN EAST OF CENTER A , GEK , REGIONS A AND B ON DIFFERENT SCALES + W. G755. S TO 15 M.IN WE.SJ-.-flEi.—CFNTFR + 1, J 53 , PA 5H 30.4M, NC.45 + 2, J 53 , PA 5H 30.4M, NC.46 + 3, .153 . RA 5H 30.4M. NO.47 + RA 5H 30.4M, NO.48 + 3, MA57, EAST OF THETA 1 CRI C BEGIN NGC 2024 -16.3) **C 1.00 (HYDROGEN LINES) + IB. M AS 7, SAME REGION AS ABUVF.Sr.AIF DIFFFRFNT FROM ?B BFIOW + ?fl, MA57 , SAME REGION AS ABOVE,SCALE DIFFERENT FROM IB ABOVE WAVE IDENT OBS I AVE 0 CORR I AVE C + E, MAS 7, 0.4 MIN S CF THETA l ORI C 4861 H I HU 100.00 100.00 + IE, MA5 7, SAME REGION AS ABOVE,SCALE DIFFERENT FROM 2E BELOW 1 LZ 100.00 100.00 100.00 100.00 + 2 E, MA57, SAME REGION AS ABOVE,SCALE DIFFERENT FROM IE ABOVE 2 LZ 100.00 100.00 100.00 100.00 + PG, MA62, PHOTOGRAPHIC OBSERVATIONS 3 LZ 100.00 100.00 100.00 100.00 + PE. mA62. PHOTOELECTRIC OBSERVAT IONS 4 LZ 100.00 100.00 100.00 100.00 + 1, ME67, 45 ARCSEC SOUTHWEST OF TRAPEZIUM 1 5 LZ 100.00 I 00.00 100.00 100.00 + 2, ME67, 68 ARCSEC WEST OF TRAPEZIUM 4991 (0 III ) 1 HU 33.00 30.94 A + 3, ME6_7j 32 ARCSEC EAST OF TRAPEZIUM 5876 HE I 1 1 LZ 11.DQ 10.20 5.93 6.-59-, + 4, MF67, 104 ARCSEC SOUTHEAST OF TRAPEZIUM 2 LZ 13.00 10.20 17 6.59 + 5, MF67, 151 ARCSEC EAST OF TRAPEZIUM 3 LZ 7.00 10.20 3.96 6.59 + 6, m E6 7, 105 ARCSEC EAST QF TRAPEZIUM _1 4 LZ 6. QÛ... 1 0.70 3.43 6.59 + 7, ME67, 87 ARCSEC SOUTH OF TRAPEZIUM 1 5 LZ 14.00 11.43 + 8, MF67, 100 ARCSEC NORTHWEST OF TRAPEZIUM 1 GEK 1.00* 0.47* + 9, ME67. 115 ARCSEC NORTH OF TRAPEZIUM _J LÔ 1 « OQ* 0.47* + 10, MF67, 55 ARCSEC SOUTH OF TRAPEZIUM 1 l LZ 750.00 620.00 289.21 287.43 + MINIMUM OF 13 MEASURE'S, SEE REFERENCE 1 2 LZ 590.00 620.00 288.16 287.43 + QS55, MINIMUM Qr 16 MEASURES. SFE PEFFRENCF _J 3 LZ 690« QQ 620. QQ 787. 1 5 7B7.A3 + PC , 35 ARCSEC NORTH OF THETA-l ORI 4 LZ 680.00 620.00 287.34 287.43 + 2, 35 ARCSEC SOUTH OF THFTA-1 OP I 5 LZ 390.00 620.00 285.31 287.43 + 3. PC 35 ARCSEC NORTH OF HD 37047 6584 Q5K 0.45* Q,21* + 4, PC 35 ARCSEC SOUTH OF HD 37061 + 1, R I 1 MIN SOUTHEAST OF TRAPEZIUM + 2, R 1 2 MIN SOUTH OF TRAPEZIUM REGION KEY (REG ION,REFERENCF,EXPLANAT ION ) + 3, R 1 ? MIN NORTHWEST OF TRAPEZIUM 1, LZ MIN 10 SEC WEST, 1.98 MIN NORTH OF ZETA ORI + I MIN EAST OF POINT 1 LZ 1 MIN 27 SFC WEST 1.98 MIN NORTH OF ZETA ORI + ..R 1 4 min EAST-SOUTHEAST QF TRAPEZIUM LZ 1 MIN 8 SEC WFST, 4.60 MIN NORTH QF ZETA ORI + R 1 MIN EAST-SOUTHEAST OF TRAPEZIUM 52 SEC WEST, 4.30 SEC NORTH OF ZETA CRI + 6 MIN SOUTHEAST OF TRAPEZIUM I MIN 18 SEC WEST, 2.40 MIN NORTH QF ZETA ORI + 8. R I 5 MTN SOUTH-SOUTHEAST OF TRAPEZIUM + R I I MIN NORTHEAST OF TRAPEZIUM C = 1.25 FOR RG REF LZ (HYDROGEN LINES) + IK, RE MAX. ABSOLUTE H BETA OF 89 OBS. POINTS, SEE REF. C = 0.94 FOR RG REF LZ (HYDROGEN LINES) + Ao-.SQH BRIGHTFST PART QF BRIGHT RIM C = 1.15 FQR RG RFF LZ (HYDROGEN LINES) + 1, SI 0.6 ARCSEC W OF TRAPEZIUM C = 1.13 FOR RG REF LZ (HYDROGEN LINES) + 2, SI 1.0 ARCSEC SE CF TRAPEZIUM C = 0.41 FOR RG REF LZ (HYDROGEN LINES) + it SI 1.5 ARCSEC SE OF TRAPEZIUM + 4, SI 7.2 ARCSEC NW CF TRAPEZIUM + 5, SI 4.2 ARCSEC SE CF TRAPEZIUM + 6, SI 5.3 ARCSEC S QF TRAPEZIUM + 2B , W MAXIMUM OF 7 OBSERVATIONS, SEE REF. + BEGIN NGC 2068 0.0 (NO CALCULATION) + C = 0.5 5 E-Qß RG L, RFF MF67 (HYDROGFN I INE9> + C = 0.55 FOR REF ME67 (HYDROGEN LINES) WAVE IDENT N RG REF OBS I CORR I + C = 0.65 FOR RG REF ME67 (HYDROGEN LINES) 6563 H I 1 A GEK 1.00* 1.00* + C = Q.5Q FOP. RG REF ME67 (HYDROGEN LINES) .6584 _LN LL J—1—A GFK D.73* 0.23*- + C = 0.59 FOR REF ME67 (HYDROGEN LINES) 6717 (S I ) 1 GEK 1.30* 1.30* + C = 0.50 FOR REF ME67 (HYDROGEN LINES) 673 I ( S II ) GEK 1. 00* 1.00* + + + 642 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + NGC 2068 (205.4 -14,3) NfiC 7?44 -2.01 + REGION KEY 75 291.03 + 1 5 LZ 1860.00 1812.00 + REGICN KPY (PEGIDN.REFERENCE.EXPLANATION) + BEGIN NGC 3576 .8) C = 0.84 (HYDROGEN LINES) 1, LZ 12 SEC WEST, .38 MIN NORTH OF SAO 208700 + 2, LZ 17 SEC WEST, 4.73 MIN NORTH OF SAO 208700 + WAVE TDFNT N RG RFF PBS I AVF D CORK I 31 LZ 11 SEC EAST. 2.66 MIN SOUTH OF SAQ 2QB7QQ + II ) 1 DZ 77.62 138. 17 LZ 41 SEC WEST, 17.75 MIN SCUTH OF SAO 208700 + 1 DZ 166.00 295.50 LZ 20 SEC WEST, 18.24 MIN SOUTH OF SAO 208700 + 85. II 151.51 + A DZ 11.48 13.06 18.67 21.23 C = 1.93 FOP RG REF LZ (HYDROGEN L INES) + B DZ 16.22 13.06 26. 37 21.23 C = 2.38 FOR RG REF LZ (HYDROGEN LINES) + r n? _LL. n. n* 1 ft. 67 21.23 . FOR RG -ftEF...L7 (HYDROGEN I INFS) + ( S I I ) l A DZ 1.90 2.40 2.82 3.55 C = 2.62 FOR REF LZ (HYDROGEN L INES) + 1 B DZ 3.47 2.40 5. 13 3.55 C = 2.43 FOR REF LZ (HYDROGEN L INES) + 1 C DZ 1.82 2.40 2.69 3.55 + H I l A DZ 15.84 18. 1 1 23.08 26.39 + 1 B DZ 21. 88 18.11 31.89 26.39 + L_ C DZ 16.60 18.11 24. 19 26.39 + I A DZ 33.83 3 7.02 43.82 47.88 + B DZ 41.69 37.02 53.92 47.88 BEGIN NGC 6357 C = 2.52 (HYDROGEN L INES) + -C D.Z.. 35.48 3 7.Q2 45.89 4L.aa- + (0 I II ) l B DZ 1.95 1.60 2.49 2.05 WAV F IDFNT N RG REF OBS I CORP I + 1 C DZ 1.26 1.60 1.61 2.05 3728 (0 II ) 1 1 DZ 15.15 85.46 + 4471 HF I 1 A PZ 4.57 -Jt*. .5^-56 5.Q5 .I 2 DZ 12.59 71.02 + B DZ 4. 57 .15 5.56 5.05 HF I 1 DZ 10.96 7.17 47.11 30.83 + C DZ 3.31 4.15 4.03 5.05 1 2 DZ 3.39 7.17 14.56 30.83 + HF II -C D2_ Qm 25 Q.25 0,27 0.27- ( S II) 1 1 DZ 5. 89 3. 54 19.10 ■-U-,JLO_ + DZ 100.00 100.00 100.00 100.00 2 DZ 1.20 3. 54 3.90 11.50 + B DZ 100.00 100.00 100.00 100.00 4101 H I 2 DZ 8.31 8.31 25.73 25.73 + C DZ 100.00 100.00 100.00 100.00 4340 H I_ 1 DZ 20.42 21.93 44. 18 47.45 + (0 I II ) 1 A DZ 380.20 293.18 357.55 275.72 1 2 DZ 23.44 21.93 50.71 47.45 + 1 B DZ 144.54 293.18 135.93 275.72 4363 (0 III) 1 1 DZ 10.23 10.23 21.41 21.41 + !_ C DZ 354.80 293.18 333.67 2.7 5-f-X2_ 44.7-L- —HE JL—QZ_ 1G.96 10.96 19.77 19.77 + A DZ 26. 30 19. 79 17.36 13.07 4686 HF II 1 2 DZ 0.78 0.78 1.01 1.01 + B DZ 14.45 19.79 9.54 13.07 4686 HE I 1 1 DZ 36.31 36.31 47.32 47.32 + C DZ 18.62 19.79 12.29 13.07 4861 H I _1 1 DZ 1QQ.QQ ICO. 00 1Q.Q.0Q . 100.00 + ) 1 A DZ 2.09 1.68 1.17 0.94 2 DZ 100.00 100.00 100.00 100.00 + 1 B DZ 0. 87 1.68 0.49 0.94 1 DZ 195.00 331.35 162.19 275.60 + L_ -C.-D.Z- 2.09 1.68 1.17 0. 2 DZ 467. 7Q - 331.35 389.01 275.60 + DZ 691.80 583.13 364.76 307.46 1 J060 6.00* 4.99* + P DZ 426.60 583.13 224.93 307.46 1 I DZ 34.67 44. 18 9.98 12.71 + C DZ 631.oa. 583.13 332.70 3Q7..46 2-02 53.70 44.18 15.45 12.71 + I 1 A DZ 9.55 .87 4.51 1 1 DZ 17.38 14.98 3.04 2.62 + 1 C DZ 8. 13 4. 15 4.51 1 2 DZ 12. 59 14.98 2.20 2.62 + 6724 II ) 1 A DZ 54.9,8. 61.6-5_ 27.7Q 31.Q7 6548 _LN II ) -3 JQ6Q 100.00* 14.85* + B DZ 72.44 61.65 36.50 31.07 1 DZ 1950.00 2 069.00 285.84 303.28 + C DZ 57. 54 61.65 28.99 31.07 2 DZ 2138.00 2069.00 320.72 303.28 + 01 16.98 11.33 7.85 5.24 _3 J060 IQQ.QQ* 14.66* + l B DZ 2.8 11.33 1.33 5.24 6584 (N II ) J060 100.00* 14.36* + 1 C DZ 14. 13 11.33 6.53 5.24 6678 HF I l 1 DZ 33. 11 36.92 4.40 4.90 + (P II ) 1 23.44 14.81 10.17 6.43 J 2 DZ 40.74 -16.92 5. 41 4.9Q . + B DZ 5.49 14.81 2.39 .43 6724 (S II) 1 1 DZ 158.50 l 13.05 20.28 14.46 + C DZ 15.49 14. 6.72 .43 1 2 DZ 67.61 113.05 8.65 14.46 + 7065 HE I J 1 DZ 42.66 54.36 4.2-1 5.36 + REGICN KEY (REG I ON,REFERENCE,EXPLAN AT ION) 1 2 DZ 66.07 54.36 6.52 5.36 + A, DZ , POSITION NOT INDICATED. WITHIN 5000 MHZ CONTOURS 1 1 DZ 64. 57 52. 19 5.28 4.27 + B, DZ . POSITION NOT INDICATED. WITHIN 5000 MHZ CONTOURS _1 2 DZ 39.81 32.19 3.26 4.23-, + C, DZ , POSITION NOT INDICATED. WITHIN 5000 MHZ CONTOURS + NGC 6357 (353.2 + END NGC 3576 (291.2 -Û.8.) + + 644 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGC 6357 (353.2 Q.9) . NGC 6523 ( 6.L -1 ti-L. + REGION KEY (REG ION»REFERENCE,EXPLANAT ION) WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + ItL-t DZ + LLÍ 1. RADIO + rcttUl U—rn ¿ Tw ■ I + SOURCE G353.1+0-7 4340 H I I 5 PC + l l PRK + 39.90 + 40.00 + 41.1 7 + 41.17 + 46, 08 + 47.05 + 48.09 + 48.09 + 2» DZ , RADIO SOURCE G353.2+0.9 + l 2 PRK 36.00 41.17 42.34 48.09 + ND NGC 6357 (353.2 0.9) _LG III) J C GD l.OQ Q.7-L- 1.17 0.83 + 1 N GD 1. 0.71 1. 17 0.83 + 1 0D6 5 0.54 0.71 0.63 0.83 + 1 1 PC 0» 31 Q.7_L_ 0» 36 Qt 83 + BEGIN NGC 6514 -0.2) 1.05 (HYDROGEN L INES) 4387 HE I l C GD 1.00 1.00 1. 16 1.16 + 4471 HE I 1 C GD 3.50 9.20 3.96 10.39 + IDENT N RG REF AVE O CORR I ...AVS C 1 N GD 4. 50 5.09 10.39 + 4340 l MA62 28.20 28.20 38.90 38.90 1 1 30.20 9.20 34. 27 10.39 + l C TH 53.00 A 73. 10 l 3 4.17 9.20 4.62 10.39 + 4861 _J DLL 100.00 100.00 100.00 100.00 1 4 3.63 9.20 4.00 10.39 + 1 19 D074 100.00 100.00 100.00 100.00 1 DI L 100.00 100.00 100.00 100.00 + 1 GEB 100.00 100.00 100.00 100.00 1 47 DD74 100.00 100.00 100.00 100.00 + _1 GE* 100.00 LQQ^Q.Q- 100.QQ 100.00 _1 C.N GD + GD iflQ.QQ 100.00 --LQQ.QQ 1QQ.Q0 + MA62 100.00 100.00 100.00 100.00 100.00 100.00 + 1 C TH 100.00 A 100.00 A 1 GER 100.00 1 00.00 100.00 100.00 + _LQ LUI J. C_LH 47.00 A 44.66 A 1 GZ56 100.00 100.00 100.00 100.00 + (C III) 1 DIL 80.00 94. 10 74.09 87.15 l J 53 100.00 ico.co 100.00 100.00 + 1 19 D074 108.20 94.10 100.21 87.15 1 MA62 100.00 100.00 100.00 100.00 + GEK 11Q.QQ A 101.87 A _J Q.n,65 IQQtQQ 1Q0.0Q 100.00 100.00 + 1 C TH 160.00 A 148.18 A 1 1 PC 100.00 ICO.00 100.00 100.00 + 5876 HE I l MA62 15. 10 8.99 1 2 PC 100.00 100.00 100.00 100.00 + 6548 _LU II 1 3 —D.I.L- 490.00 221.15- 1-3 ELL— mQ.QÛ 100.QQ . 1QQ.QQ LQú.QQ + I DIL 490.00 220.07 l 4 PC 100.00 ico.oo 100.00 100.00 + 1 28 DO74 1.00* 0.45* 1 5 PC 100.00 1C0.00 ICO.00 100.00 + GEB 43 7..QQ 196.27 1 á 1QQ.QQ 10Q.QQ 1QQ..QQ 10Q.QQ + 1 GEK 1.00* 0.45* 1 PRK 100.00 1 C0.00 100.00 100.00 + 1 MA62 512.00 229.95 2 PRK 100.00 100.00 100.00 100.00 + .) 3 DTI 490.CO 21 8.2.9. £ GD 4.00 4^0Q_ 3.94 3.94 + 1 28 DO74 0.64* 0.29* C GD 50.00 61.14 48. 73 59.68 + 1 A GEK O. 36* 0.16* N GD 65. 00 61.14 63. 34 59.68 + -6-11.7 _LS_ n ) 1 6 GE_K 1.3Q*A 0.55*A 312 39.00 61.14 .38.01 .59.6B + 6731 ( S I I ) 1 R GEK 0.42* PC 53.70 61.14 52. 31 59.68 + PC 63.00 61.14 61.42 59.68 + REGION KEY (REG I ON.RFFERFNCE.EXPLANAT IONJ 89.nn 61.1 4-. ■87.1.1 . 59.68 + 19» 0074» MAX. OF 31 REGIONS. SEE REF. l 4 PC 79. 50 61.14 77.93 59.68 + 28, D074, MAX. OF 31 REGIONS. SEE REF. 1 5 PC 66.20 61.14 64.70 59.6 8 + -..G.FK » REGIONS A AND R. ON DIFFERENT SCALES 1. 1-P.RK -IX.-CO 61.14-- 65. 8S -5.9.68 + C, TH , RIM C, SAMPLE CF 14 OBS.» SEE REF, NO ATM. CORR. PRK 49. 00 61.14 47. 75 59.68 + 4991 (0 III) GZ5o 120.00 120.00 115.96 115.96 + END NGC 6514 ( 6.9 -0.2) 5007 _LQ III) Dll 16 Q. QO 201.14 1 53.9? 194.01 + 1 47 0074 292.00 201.14 280.90 194.01 + l C GD 140.00 201.14 134.68 194.01 + i M on I 90-nn —2jQ1.1 4— 1 82.78 194.01 + REGIN NGC 6523 -1.3) **C = 0.53 (HYDROGEN LINES) 1 J53 145.00 201.14 139.49 194.01 + 1 0D65 195.00 201.14 187.59 194.01 + 1-1 162.00 -2.01.1 4— 155.73 194.01 + (0 II ) 1 DIL 600.00 863.92 1 199.00 201.14 191.58 194.01 + C GD 130.00 187. 18 l 3 218.00 201.14 211. 10 194.01 + N GD iflo.nn 259. 1 8 . 41.7. GO 201.14- 404.69 194.01 + GZ 5643.00 61.91 PC 182.00 201.14 175.85 194.01 + 21 MB 1.00* 1.44* PC 141.00 201.14 137.14 194.01 + 245.QQ + QD 6 5 352.7.Z PRK ?nn.nn ? 01 . I 4-- 192.40 194.01 + PC 129.00 187.02 2 PRK 175.00 201.14 168.35 194.01 + PC 148.00 211.64 5577 (0 GZ 56 60.00 60.00 49.42 49.42 + PC 89.00 120.46 5755 (N C GD 4.00 1.91 3. 16 1.51 + PC 126.00 167.05 N GD 1.00 1.91 0.79 1.51 + PC 105.00 145.07 0. 72 1.91 0. 57 1.51 + PC 112.QQ 145.4.6 5876 HE I 28.00 1.8. 45_ 21.55 14.41 + A WO 1.00 1.44 N GD 25.00 18.45 19.24 14.41 + (o u ) i 21 MB 0. 78* 1.12* J53 26. CO 18.45 20.01 14.41 + L - A HQ 0.56 . 8-L 1 MA6 2 1 5, 90 18.45 12.24 14.41 + 3750 C GD 1.00 1.00 1.43 l .43 I 1 PC 14.40 18.45 11.03 14.41 + 3771 C GD 2.00 2. 00 2.84 2.84 1 2 PC 16.60 18.45 12.84 14.41 + 3797 C GD 3.00 4.00 4.22 5.6? 1 3 ££_ 16.6Q 18.45 13.36 .14^.1... + N GD 5. 00 4.00 7.03 5.62 13.80 18.45 11.27 14.41 + 3820 C GD 1.00 1.00 1.39 1 .39 17.80 13.45 14.11 14.41 + 3835 C. GD 7.QÛ 6.00 . 7.0 8.32 12.8Q 18.45_ 10.61 .14.41. + N GD 5. 00 6.00 6.93 8.32 1 PRK 16.00 18.45 12. 31 14.41 + (NE III) 1 C GO 4.00 6.00 5.48 8.22 6300 (0 I ) GZ 56 20.00 20. 00 14.02 14.02 + L —N-.O.D 8.00 6. QO IQ.96. 8.22 .6548 - _LN II ) DU 680.00 455.31 + 3889 GD 1 5. 00 20.38 GD 46. 00 78.00 30. 80 52.23 + N GD 15.00 20.38 GD 43.00 78. 00 28.79 52.23 + 3889 C GD 15.00 -20,23- J 53 145.QQ 78.00 97.Q9 52.23. + N GD 15.00 20. 38 3 1 PRK 690.00 462.01 + (NE III) 2 C GD 26.00 34.48 3 2 PRK 738.00 494.15 + 2_ N GD 20.00 26.52 6563 1 23 CLM l.QQ* ■ ■Q,67.*.. + C GD 26. 00 34.45 3 DIL 680.00 453.98 + GD 20.00 26.50 1 2 DO 1.00* 0.67* + 12» + GZ 56_ QQ 12».QQ 15.90 15,9Q 1 25 DO 74 l.QQ* Q..6.7 * + 4026 HE I 1 C GD 2.00 2.00 2. 60 2.60 1 C GD 370.CO 451.91 247.0? 309.86 + 4072 (S II ) 1 C GD 3.00 2.00 3. 84 2.56 l N GD 390.00 451.91 260.37 309.86 + L_ N GD l.QQ -¿.QQ 1.28 2.56 _1 GEB 331.00 -A51.9L- 220.98 3Q9« 86 + C GD 24.00 20.72 30.44 25.92 GZ56 600.00 A 400.57 A + N GD 23.00 20.72 29.17 25.92 J 53 910.00 451.91 607.53 309.86 + 22.00 + GZ 56_ 2Q.72 ■¿7.9Q- 25.92 1 1 PC + MA6? 445.on -4.51.9 L. 797.09 + 457. 00 451.91 302.78 30.4.86 + 309.86 + 20. 60 20.72 26.24 25.92 + 19.90 20.72 25.13 25.92 1 2 PC 457.00 451.91 307.44 309.86 + i PL- 21.80 20.72 26.55 25.92 1 3 EL- 416.00 451.91 297.45 309.86... + PC 21.40 20.72 25.72 25.92 407.00 451.91 297.75 309.86 + 5 PC 20.80 20.72 25.68 25.92 l 5 399.00 451.91 278.85 309.86 + 1 PRK 13» QQ 20.72 16» 4.9 ¿5,92 L__6— 389.QO -45L.9L- 291.17 309. + C GD 45.00 41.17 52.93 48.09 3 1 PRK 690.00 460.66 + N GD 35. 00 41.17 41.17 48.09 3 2 PRK 738.00 492.70 + GZ56- 48.00 41.17 56.46 48.09 -6584 1 23 CLH 0.48* 0. 3?» + MA62 32.30 41.17 37.99 48.09 3 DIL 680.00 452.12 + 0D65 50. 00 41.17 58.81 48.09 i 2 on 0. 54* 0. 36* + 1 EG 40.70 41.17 48.02 48 »Q9 1 ¿5 DQ74 0.52* Q.35* + 2 PC 42. 70 41.1 7 50.07 48.09 109.00 120. 34 72.47 81.62 + 3 PC 41. 70 41.1 7 47. 72 48.09 102.00 120.34 67.82 81.62 + 4 PC 4?. 70 41.17 48.41 -48.Q9 + + 645 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NSC 6.1 -1.3) NGC. 6.619 ( 13.1 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + 6584 (N II ) 1 J53 380.00 120.34 252.66 81.62 3727 (O II ) 1 4 PC 123.00 25^83_ + 1 1 PC 107.00 120.34 70.60 81.62 1 1 PC 13.20 13.53 27.76 25.92 + l 2 PC 132.00 120.34 88.44 81.62 1 2 PC 11.20 13.53 23.98 25.92 + 1 3 P£_ 58.70 .1.20.3') 41.83 81.62 1 4 PC 16.20 13.53 26, Q4_ + 1 4 PC 83. 10 120.34 60.60 81.62 i GE 44.00 32.28 72.26 52.54 + 1 5 PC 58.90 120.34 41.01 81.62 1 006531.60 32.28 51.90 52.54 + 1 6 E£_ 52.40 120.34 39.11 81.62 -A E£ 3Q.2Q-- 50.21 57.54 + PRK 690.00 458.77 1 2 PC 27.50 32.28 46.28 52.54 + 3 2 PRK 738.00 490.69 1 3 PC 25.70 32.28 46.55 52.54 + 6678 1 1 E£_ .90 3.18 2.90 1 4 PC 34.70 32.28 48.01 52.54 + PC 3.80 4.22 2.67 2.90 1 0D65 0.45 0.66 0. 72 1.07 + PC 3.96 4.22 2.85 2.90 1 1 PC 0.87 0.66 1.42 1.07 + (S Till C GD 12.00 41.33 7. 80 26.85 4472 1 1 P£_ 2.14 2.14 3t 15— 3 » 15 + 1 N GD 12.00 41.33 7.80 26.85 DIL100.00 100.00 100.00 100.00 + 1 J53 100.00 41.3^ 64.97 26.85 GE 100.00 100.00 100.00 100.00 + ) 1 1 PC 22. 30 26. 73 14.35 18.48 GEB100.00 100.00 100.00 1QQ.0Q + 1 3 19.90 26.73 13.90 18.48 100.00 100.00 100.00 100.00 + GZ56 + l 4 38.00 26.73 27.20 18.48 100.00 100.00 100.00 100.00 + 0D65 + 6731 _Ü I I L_1 Ç-GD 26.00 39.00 16. 85 25.28 1 1 100.00 LÛCL 00 10Q.QÛ-. 100.00 + i N GD 35.00 39.00 22.68 25.28 1 2 PC 100.00 100.00 100.00 100.00 + J 53 56. 00 39.00 36.30 25.28 1 3 PC 100.00 100.00 100.00 100.00 + II ) 1-1 EI_ 7.75 7.75 4.53 4.53 1 4 E£_ 100.QQ 10Q.QQ 10Q. QQ-, 100.00 + 9069 (S 111)11 PC 42.70 42.70 20.20 20.20 100.00 100.00 100.00 100.00 + 9532 (S 111)11 PC 123.00 123.00 55. 85 55.85 GE 100.00 118.67 92.41 108.92 + 10049 _J 1_1 PjL_ 17.00 17.00 7.43 7.43 PC 115.00 118.67 1Q6.Q7., 1QB.92 + 1 3 PC 141.00 118.67 128.29 108.92 + (O III) I 210.00 207.50 189.13 186.88 + GZ 56 + PEGICN KEY (REGION.REFERENCE.EXPLANATION) J 205.00 207.50 184.63 186.88 + 23. C L M DIRECTION 2,RING 3D, MAX OF 5 VALUES, SEE REF. (0 III ) DIL370.00 355. 86 328.68 315.63 + 2, DO MAXIMUM OF 10 VALUES OBSERVED, SEE REF. GE 280.00 355.86 248.73 315.63 + 25. 00741 MAX. OF 96 REGIONS. SEE REF. 275.QQ 355.66 Z4¿..2SL. . 115...63 + QD65-. + 47, D074, max. OF 96 REGIONS. SEE REF. PC 380.00 355.86 336.57 315.63 + C, GD , CENTRAL CONDENSATIONS PC 398.00 355.86 351.49 315.63 + N, GD . NEBULA SURRUUNCING CENTRAL CONDENSATIONS PC 355.R6 + 21, MB , MINIMUM OF 37 MEASURES, SEE REFERENCE 275.00 355.86 254.49 315.63 + 1, PC , 175 ARCSEC WEST, 90 ARCSEC SOUTH OF 9 SAG (0 I ) GE 82.00 101.00 45. 32 55.83 + 2. PC . 175 ARCSEC WFST. 30 ARCSFC SOUTH OF 9 SAG G756 + 120.00 101.00 66-33 SS-RI + 3, PC 60 ARCSEC SOUTH OF 9 SAG 5755 (N II) PC 0.25 0.25 0. 12 0.12 + 4, PC 55 ARCSEC WEST, 50 ARCSEC NORTH CF 9 SAG 5876 HE I GE 8.00 26.16 3. 59 11.67 + 270 ARCSEC FAST, 40 ARCSFC SOUTH OF ) -SAT, 2 7.00- - 26.16 1l.flfl- 11.67 + 6, PC , 30 ARCSEC SOUTH OF HD 165052 l 2 28.20 26.16 12. 17 11.67 + l, PRK , CENTRAL PART OF NEBULA 1 3 44. 70 26. 16 17.13 11.67 + 7 , PRK FOGF OF NFRIII A 22.90 2 á.Lá -13.56- 11 .AI- + MINIMUM OF 12 VALUES 6300 70.00 + GZ 56 23.64 + 6548 IN II ) 3 DIL + 1260.00 369.75 + C = Q.5-4 E_Q£ RG 1 (HYDROGEN l INFS> _jG£ 930.00 272.91— + C = 3.52 FOP RG 2 REF PC (HYDROGEN LINES) DIL + 1260.00 366.46 + C = 0.44 FOP RG 3 REF PC (HYDROGEN LINES) GE 930.00 270.48 + FOP RG 4 RFF PC ( HYDROGEN-J .IMF-S) GFB741.00 215. 51— + 0.47 FOR REF PC (HYDROGEN LINES) 1 850.00 710.17 247.21 218.54 + GZ56 + 0.38 FOR REF PC (HYDROGEN L INES) l l PC 871.00 710.17 245.71 218.54 + 1 2 EC 997-00 710.17 272.81_ 218.54 + PC 126.00 710.17 28.71 218.54 + PC 676.00 710.17 301.30 218.54 + _LN 11)3 1260.00 + Dll 362.11— + 930.00 267.27 + REOIN NGC 6559 .2) C = 0.0 (NC CALCULATION) PC 75.90 98.17 21. 15 32.86 + PC 46. 80 98.17 12.65 32.86 + WAVE I OF NT N RG REF OBS I AVE O CORR I AVE C PC 100.00 98.17 22.46 32.86 + 6563 HT 1 A GE K 1.00* 1.00* PC 170.00 98.17 75. 18 32.86 + 6584 (N II ) 1 A GE K 0. 50* 0. 50« GE 55.00 15.02 + 6717 (S ) l GE K 1.20* 1.20* 1 1 PC 11.50 9.21 3.04 3.00 + 6731 (S ) 1 GE K 1. 00* 1.00* 1 4 PC 6.92 9.21 2.96 3.00 + 3 GE 55. 00 14. 73 + REGION KEY (REG I ON,REFERENCE,EXPLANAT I UN) l 1 PC 26.30 51.10 6.79 19.37 + A , GFK , REGIONS A AND R CN DIFFERENT SCALES 1 4 PC 75.90 51.10 31.96 19.37 + 6730 LI L J3 &£_ 55. QQ. 14.62- + 7325 (0 II) l 1 PC 6.92 6.92 1.33 1.33 + 9069 (S III ) 1 1 PC 263.00 263.00 26.34 26.34 + 9532 _LS III) _LJ EC— 105.00 423.QQ 9.21— 83.30 + PC 741.00 423.00 157.33 83.30 + RFGIN NGC 6611 C = 1.27 (HYDROGEN LINES) 10049 PC 83.20 83.20 6. 53 6.53 + 10830 363.00 363.00 24. 19 24.19 + WAVE IDF MT N RG REF OBS I CORP I AVE C + 3726 (O ti ) i pn 1.40* 3.35* REGION KEY (REGION,REFERENCF,EXPLANATION) + 3729 _LC I 1 l.i EC 1.4Q* 3.35* 1, PC , 135 ARCSEC EAST, 15 ARCSEC NORTH OF BD-16 4818 + 4340 44.00 A 64. 92 A PC 100 ARCSEC EAST, 60 ARCSEC NORTH OF BD-16 4818 + 4861 DIL 100.00 100.00 100.00 100.00 PC 45 ARCSFC NORTH OF RD-16 4818 + GEB -LQQ-. QQ 1 QQ. QQ 100-00 100.00 PC 305 ARCSEC EAST, 25 ARCSEC NORTH OF BD-16 4818 + 1 100.00 100.00 + 4959 III) 1 40.00 A 37.60 A C = 1.66 FOR PG 1 REF PC (HYDROGEN LINES) + 5007 III) 1 130.00 130.00 118.47 118.47 C = L.7P REF PC (HYDROGEN LINES) + TH 140.00 127.59 1.94 FQR + FOP 8Ç + RG 2 REF PC (HYDROGEN LINES) + 654R (N DIL 830.00 317.43 1.06 FOR RG REF PC (HYDROGEN LINES) + 6563 Ü— DIL ■83Q.QQ 315.21 + GER 759.00 288.25 288.25 + ( N 11)3 DIL 830.00 312.13 + RFGICN KFY (REG I ON,R EFE RENCE,EXPLANATI ON) + A, TH , RIM A, SAMPLE CF 5 OBS., SEE RFF. NO ATM. CORR. BEGIN NGC 6820 0.0 (NO CALCULATION) + WAVE IDENT N RG REF OBS I CORR I AVE C + 3726 (0 11)1 A SCH 1.00* 1.00* + 3729 LC II ) 1 A-.SCH 1.1Q* I« IQ* + BEGIN NGC 6618 -0.8) **C = 1.62 (HYDROGEN LINES) REGION KEY (REG I ON,REFERENCE,EX PLANATION) + At SCH t BRI£HI PATCH IN ELEPHANT..J&tim, SLIT A + WAVE IDFNT N RG REF OBS I CORR I + 3727 (O II ) 1 ÜD65 49.00 149.17 + 1 1 PC 39.90 124.85 + 1 2 36.30 116.75 + l 3 30.20 114.55 + + + 646 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + BEGIN NGC 6888 ( 7S«6 . 2.77 IHYDRnGFN t INFS1 NGC 6888 ( 75.6 2.4) + WAVE IDENT N RG REF OBS I CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + -^12-6 _LQ U ). L I 37Q.Q0 2486.88 6583 (N II ) I B2 PR - Of 43* gLtQ.5* + 2 J53 165.00 1109.02 I B3 PR 0. 52* 0.06* + A 1 PR I. 00* 6.72* I B4 PR 0.40* 0.05* + A? PPL. I. Q.O * 6.72* I B5 PR 0.59» 0.07* + A6 PR 00* 6.72* I B6 PR 0.54* 0.06* + A7 PR 00* 6.72* 3 1 RY 2.90* 0.34* + P? PB- 00» 6.72» 3 2 RY 2.30* -Pt27* + 1 RY 00* 6.72* 3 RY 2. 10* 0. 25* + 2 RY 00* 6.72* 5 RY 1.40* 0. 17* + 3 RY 00» 6.72* (S II ) l 1 J53 955.00 100.26 60.89 + 1 5 RY .00* 6.72* 2 J53 205.00 580.00 21.52 60.89 + (0 II ) 1 A1 PR • 32*A 8.82*A 6731 (S II ) 1 J 53 770.00 455.00 79.84 47.18 + L_ AS .PB— ■ 20* 8.02* + 8.36* 2 JS3 140.QQ _45.S« QQ 14.52 47.18 + A6 PR 25* + A7 PR 04* 6.95* REGION KEY (REG ION,REFERENCE,EXPLANATI ON) + B2 PR Q7*_ 7.15* 11 J53 t RA 2OH OH + 1 J53 100. 00 100.00 100.00 100.00 J53 , RA 2 OH 4M + 2 J53 100. 00 100.00 100.00 100.00 PR » SLIT 1,7 REGIONS.RED,GREEN,BLUE CN DIFFERENT SCALES + 41-P.B- 100« £0* 100.00» PR , SLIT 2,6 REGIONS.RED,GREEN.BLUE OF DIFFERENT SCALES + A2 PR 100, 00* 100.00* 1, RY , NORTH + A3 PR 100. 00*A 100.00*A 2, RY , WEST FDGE + A4 PR IQQi OQ*A . 100.00»A 3« RY «-CENTER + A5 PR 100. 00*A 100.00*A + A6 PR 100. 00*A 100.00*A + A7 PR ion. mi 100.00* ( 75,6 2.4) + B2 PR 100. 00* 100.00* + B3 PR 100. 00* 100.00* + B4 PR IQ.Qj 00* 100.00* + B5 PR 100. 00* 100.00* BEGIN NGC 7000 -1.0) 0.95 (HYDROGEN LINES) + B6 PR 100. 00* 100.00* + III) 1 2 J53 74. 64.66 WAVE IDENT + A1 PR 50. 00* 43.69* II ) 1 l DR S 1.00* 1.92* + A3 PR 38. 00* 33.20* 1 3 DR S 1.00* 1.92* + A 5 -P-R— 21. 00* 18. 3S.*_ L_ 4 DRS 1.00* 1.92* + A6 PR 26. 00* 22.72* 1 P I 54 157.00 301.77 + A 7 PR 31. 00* 27.09* 2 P I 54 207.00 397.88 + B2 PR Ill 00» 96.99* 3 PI 54 —L76.QQ + B3 PR 92. 00* 80.39* 1 4 P I 54 193.00 370.97 + B4 PR 100. 00* 87.38* 1 1 SO 1.00* 1.92* + B 5 PR 1Q3. QQ*_ 90.00* II 1 1 1 DRS 1-47* 2^72*. + B6 PR ,00* 80.39* DRS 1.42* 2.72* + 1 J53 340, ,00 227.00 277.67 185.39 DRS 1.37* 2. 63* + 7 J 53 114, jm 227.00 93.10 185.39 + A1 PR 157. 00* 128.22* 1 P I 54 23.00 19.67 35.21 30.11 + A2 PR 139. 00* 113.52* 2 PI 54 14.00 19.67 21.43 30.11 + A3 PR 128. QQ* I 04.54* 4 P I 54 22. QQ 19.67 33.68 ■30.11 + A4 PR 83. 00* 67.78* GZ56 35.00 46.20 46.82 61.80 + A5 PR 71. 00* 57.98* 1 PI 54 49.00 46.20 65.55 61.80 + A6 PR 87-, 00* ■ 71.05* 2 PI 54 -56.QQ 46.20 -74.91 61.80 + A 7 PR 93. 00* 75.95* 1 3 PI 54 39. 00 46.20 52.17 61.80 + R2 PR 286. 00* 233.57* l 4 P I 54 52.00 46.20 69.56 61.80 + B3 PR 763. nn* 214.79» _J 1 G_E_B 10Q.QQ 1QQ.00 100-00 100-00 + B4 PR 286. 00* 233.57* GZ56 100.00 100.00 100.00 100.00 + B5 PR 294. 00* 240.10* 1 J53 100.00 100.00 100.00 100.00 + B6 PR 27Ü. on* 770-sn* 2 J53 1QQ.GO 1QQ.Q0 iQQ.on ion-on + l 1 RY 40* 0. 33* 1 P I 54 100.00 100.00 100.00 100.00 + 1 2 RY 10* 0.90* 2 P I 54 100.00 I CO. 00 100.00 100.00 + (N II ) 1 A1 PR 57* 0.07* 3 PI 54 100.00 100.00 100.00 100.00 + l A2 PR 53* 0.07* 4 P 154 100.00 100.00 100.00 100.00 + 1 A3 PR 43* 0.05* (D III) 1 J 53 38.00 32.33 36.28 30.87 + L_ A4 PR 49* Q.Q6*„ 2 J 53 2Q,Q0 32.33 -19.10 3Q.87 + A5 PR .65* 0.08* 1 P I 54 31.00 32.33 29.60 30.87 + A6 PR .60* 0.07* 2 PI 54 35. 00 32.33 33.42 30.87 + A7 PR . 59* Q.Q7*. 3 P I 54 -J?-Q, QQ 32.33 -23.64 30.87 + B2 PR 15* 0.02* 4 PI 54 40.00 32.33 38.19 30.87 + B3 PR 18*A 0.02*A 4991 (n i ii ) i GZ56 250.00 250.00 235.12 235.12 + B4 PR 13*A 0.Q2*A 5007 _L£ TIT) 1 1 J53 65.00 89.00 6Q.64 83.03 + B5 PR 18* 0.02* J 53 52.00 89.00 48.51 83.03 + R6 PR 24* 0.03* 1 P I 54 108.00 89.00 100.75 83.03 + RY 9Q* Q.36* 2 P I 54 104.00 . 89.QQ 97.02 + 2 RY 30* 0.28* 1 3 PI 54 100.00 89.00 93.29 83.03 + 3 RY 10* 0.26* 1 4 P I 54 10 5.00 89.00 97.96 83.03 + 5 RY . Qj 1.7.*— _JLQ L ) 1 GZ56 160.00 16Q.QQ 113.01 113.Q1 + 6563 1 J 53 4550, 2915.00 550.71 352.82 6300 (01)1 GZ56 50.00 50.00 26.46 + 2 J53 1280 00 2915.00 154.92 352.82 6563 HI 1 22 CLM 1.00* 0.48* + A1 PR L Ji£* 0.12* -1 &££ 6.46. QQ 85Q.5Q 313.12 412.24 + A2 PR 00* 0. 12* GZ 56 450.00 850. 50 218.12 412.24 + A3 PR 00* 0. 12* 1 J53 2220.00 850.50 1076.04 412.24 + A4 PR + A5 PR + 00* + 00* + 0.12* + 0.12* 2 J53 2280.00 -35.0,5 Q ■1105.12 412.24 + 1 PI 54 302.00 850.50 146.38 412.24 + A6 PR 00* 0. 12* 2 PI 54 310.00 850.50 150.26 412.24 + A7 PP sm* 0. 12* 3 PI54 280.00 850.50 135.72 412.24 + B1 PR 00* 0.12* 4 P I 54 316.00 153.17 + B2 PR 00* 0. 12* II ) 1 22 CLM 0.39* 0. 19* + B3 PR . QQ* Q.12» L 1 J53 400.00 J7Q.QQ 192.46 178.Q3 + B4 PR 00* 0.12* 2 J53 340.00 163.59 + B 5 PR 00* 0.12* 1 PI54 16.00 7.47 + B6 PR M* 0.12* 2 P I 54 35.00 -16.35 + 1 RY 90* 0. 35* 2 3 P I 54 35.00 16.35 + 2 RY 30* 0.28* 2 4 PI 54 32.00 14.95 + 3 RY IQ*. . 0. ?5* II ) 1 1 J53 155.00 -1.3-3,. 5 Q 71.55 61.63 + 3 5 RY 1. 40* 0.17* 2 J53 112.00 133.50 51.70 + ) l 1 J53 1730. 00 1020.00 205.16 120.96 II ) 2 l P I 54 16.00 7.37 + L_ 2 J 53 31 Qj £0 1Q2Q.QQ 36.76 12Q.96 2. -.2 P I 54 —3 5« 16. 1 3 + A1 PR 44* 0. 17* 2 3 P I 54 35.00 16.13 + A2 PR 52* 0. 18* 2 4 P I 54 32. 00 14. 74 + A3 PR 45.*— 0.17» 6731 _LS_ II ) 1 2 J53 105.QQ 48.26 + A4 PR 50* 0. 18* + A5 PR 48* 0. 18* REGION KEY (REG I ON,REFERE NCE,EXPLANATI ON) + A6 P.B_ 38* 0. 16* 22, CLM . DIRECTION 2.RING 2G. MAX OF 3 VALUES. -SEE REF. + A7 PR .36* 0. 16* DRS , NORTHERN EDGE + B1 PR .42* 0.05* DRS , WEST EDGE + NGC ( 75.6 2.4) NGC 7000 -1.0) + 647 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + NGJL. 76JL5 U12^2 0.2) + 4, ORS , CENTER WAVE IDENT N RG REF OBS I CORR I + Lt J53 t RA 2QH 48. 6563 H I _2 IV l 377.40 + 2, J 53 , RA 2 OH 56.9M 6563 (N II VV 1 377.40 163.16 + 1» P 154 » NORTHERN REGION 6584 H I GEK 0.19* 0.08* + -2* PI^4t NORTH CENTRAI., REGION .6584 _LN UL_ -A_.DQR 130.00 55.73 + 3, PI 54 » SOUTH CENTRAL REGION 3 B DOR 853.00 365.65 + 4, PI54, SOUTHERN REGION 6717 Q 17,79 - 19.36 WAVE N RG RFF OBS I ■ AVE 0 CQRR I AVE C + III) 3 BOHM 18.00 28.59 4861 130.00 100.00 100.00 100.00 + 3 3DS 17.00 27.00 4959 (0 I II ) 1 PF 54.00 54.00 47.25 47.25 + TI 1 2 BJDHM 18.OQ 28. 59 5876 HP I I PF 71.00 7UQQ IB. 32 18.32 + BPS 17.00 27.00 6563 H I 1 2620.00 2620.00 324.45 324.45 + 3 BOHM 18.00 28. 58 6584 (N II ) 1 806.00 806.00 97. 72 97.72 + BAS 17.QQ 26.99 7065 HF I L_ __AE 119.00 119.00 9,59 9.59 + 4009. 80 (FF I I ) BPS 0.0 0.0 0.0 0.0 7325 TI ) l 522.00 522.00 34.28 34.28 + 4047, 00 ( FE III) BPS 3.00 3.00 4. 57 4.57 9015 I l 239.00 239.00 5.49 5.49 + 4068. 50 ( S .11—L -BPS 37*.QQ 37.QQ 55.66 - 55.66 9069 (S II ) 1 4220.00 4220.00 94.61 94.61 + 4072 (S II ) 1 BOHM 43.00 43.00 64. 56 64.56 10049 H T 961.00 961.00 14.41 14.41 + 4076. 30 ( S I I ) 1 BPS 13.00 13.00 19.47 19.47 10830 HF I 20400.00 20400.00 233.31 233.31 + „ 4.1Q1 A_ J J &DHM. 14.00 15.50 20.68 22.9Q + BPS 17.00 15.50 25. 11 22.90 + 4114. 40 (FE 11 ) BPS 4.00 4.00 5. 87 5.87 + -A177 .LEE- II ) BOHM 2.QQ ... 2-*Q.Q..- 2.84 A. .8 4 + ( FE II ) 2 BOHM 6.00 8.22 + 2 BPS 6.00 8.22 -1.0) C = 2.78 (HYDROGEN LINES) + 2 BOHM 6.00 .22 + 2 BPS 6.00 8.22 WAVE IDENT N RG REF OBS I CORR I AVE C + 4276« 6C (FE I I ) l BPS 2.00 2.00 2.69 2.69 3728 (O II ) 1 DZ 33.88 228.47 + 4287 L£F_ ■H ). 1 BOHM 8.00 6,50. 1Q...7¿_ 8.71 3889 HF I 1 DZ 5.75 5.75 28.75 28*75 + 1 BPS 5.00 6.50 6.70 8.71 4072 (S II ) 1 4.36 4.36 15.99 15.99 + 4319. II ) 1 BPS 0.0 0.0 0. 0 0.0 4101 6.61 6.61 22.98 22.98 + 4340 _I J BOHM. 34.00 3?.no 44.38 4340 ...02— 20.42 2Q.42 41.84 47.84 + 1 BPS 30.00 32.00 39. 16 41.77 4686 HE TI 1 DZ 6.92 6.92 9.27 9.27 + 1 BOHM 11.00 9.50 14.22 12.28 4861 HI I DZ 100.00 100.00 100.00 100.00 + -J EB-S —8.00 - 12.28 5007 (0 III) 1 DZ 512.90 512.90 418.57 418^¿7_ + 4414 ( FE I I ) BOHM 7.00 8. 81 5876 HF I 1 DZ 72.44 72.44 18.33 18.33 + BPS 14.00 17.62 6364 (C I ) 1 DZ 20.42 20.42 2.98 2.98 + 441 4 (FE .11 -L- BOHM 6562 H L_ J 02— 2344.QQ ¿344.QQ . 281.84 281.84 + BPS 14.00 17.62 6678 HE I 1 43.65 43.65 4.71 4.71 + BPS 0.0 0.0 6724 (S II ) 1 154.90 154.90 16.03 16.03 + (710.2 + 652 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + RCH 38 (268,0 -1-0) BEGIN S 1Q6 ( -¿«50 (HYDROGEN LINES! + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE N RG REF OBS I AVE 0 CORR I AVE C + 7065 HE I 1 DZ 93-33 93.33 7.25 7.25 4861, 1 N CLZ2 100.00 100.00 100.00 100.00 + 7324 (O II ) 1 DZ 138.00 138.00 1 GEK 100.00 100.00 100.00 100.00 + 4991 (0 III ) 1 N CLZ2 150.00 150.00 127.63 127.63 + _END RCW 38 (268.0 -1«01 5007 _J_Q HI? 1 -117.00 117.00 -91.40- ■97.46 + l N CLZ2 1930.00 1930.00 286.98 + 1 A GEK 1.00* 0.15* + 6575 _LN_ II ) 1 N C_L¿¿ 1800.00 1800.00 ¿64.71 ¿64.71 + 17.2) C = 1.16 (HYDROGEN LINES) 6584 (N 11)1 A GEK 0. 59* 0.09* + 6717 (S I I ) l B GEK 0.68* 0.09* + HAVE IPENT N PQ REF.. OBS I AVE Q COfiR I 6723 (S 11)1 N CLZ2 450.00 450.00 58.57 58.57 + 3727 (O II ) l CL 70.00 155.34 6731 ( S I I ) 1 B GEK 1.00* 0. 13* + 4101 HI 1 CL 15.20 15.20 25.57 25.57 7135 (AR III) 1 N CLZ2 10.00 A 0.96 A + 4340 HI 1 CL 32.50 32.50 46.36 46.36 7325 (0 LL_L_1 N CLZ2 60.00 A 5.00 A + 4861 HI 1 CL 100.00 100.00 100.00 100.00 + 6548 (N II ) 1 CL 57.00 57.00 23.69 23.69 REGION KEY (PEG ION,REFERENCE,EXPLANAT ION ) + 6563 HI 1 CL 698.00 696.00 288.27 288.27 N, CLZ2. NORTHERN KNOT + 1 GEK l. 00* 0.41* B ON DIFFERENT SCALES + (N II ) 1 CL 166.00 166.00 67.97 + 1 GEK 0,28* 0.11* END 10t» ( 7t».4 -0.6) + (S III) 1 + A7.-?I + C = 0.15 (RELATED STARS) + WAVE IPENT N RQ. RfF AYE Q COBP I AVE C + C = 3.10 (HYDROGEN LINES) 1 2 J 53 1.00* 0. 89* + 1 3 J53 1.00* 0.89* + WAVE IPENT N RG REF QBS I AVF n CORR .4-, J53 1.00* Q.89* + 3727 (0 II ) 1 MAT 62.00 521.86 J 53 1.00* 0.89* + 4861 I 1 MAT 100.00 100.00 100.00 100.00 6 J53 1.00* 0.89* + 4959 (0 III ) 2 MAT_ 6 « QQ 5« 16 J 53 1.00* + 5007 (0 III) 2 MAT 6.00 4.78 l 8 J 53 1.00* 0.89* + 6563 H I 1 MAT 3012.00 3012.00 283.47 283.47 (N II ) l 2 J53 0. 15* 0. 13* + . .6584 LN II ) 1 MAI— 762« QQ 762.00 70,02 70.02 1 3 J 53 0.31* 0.28* + 7324 (O II ) 1 MAT 1 4 J 53 0.39* 0.35* + 1 5 J53 0.28* 0.25* + END S 61 ( 26.3 _I fc-J-5.3 0.34* Ql. 30* + 7 J 53 0. 44* 0.39* + l 8 J 53 0.34* 0.30* + _LS 11 ). _J ¿ J53 0- 18* Q. 16* + C = 0.85 (HYDROGEN LINES) 4 J53 0. 17* 0. 15* + 5 J 53 0.22* 0.19* + 3727 (0 II ) l MAT 143.00 256.45 1 7 J53 0.22* 0. 19* + 4861 H I 1 MAT 100.00 100.00 100.00 100.00 1 8 J53 0.33* 0.29* + 4959 _L0 I II ) 2 MAT m3A.no 993.99 _J 4. .15 3 0. 14* + 5007 (0 III) MAT 1036.00 973.58 6 J 53 0.45* 0.40* + 6563 H I MAT 2365.00 2365.00 1237.12 1237.12 7 J53 0. 19* 0. 17* + _LN IT ) 1 598.00- ._5aa^QQ. 310.76 310.76- + 7324 (O II ) 1 MAT 28.00 REGION KEY (PEG I ON PEFE RENC F,EXPLANAT ION) + 2, J 53 . RA 22H f29.1M, NEPULA AROUND 10 LAC + END S U ( 36.0 -1.0) 3. J 53 . PA 22H 27.OM. NFBU1A AROUND 10 1 AC + 4t J53 , RA 2 2H 26.9M, NEBULA AROUND 10 LAC + 5t J 53 , RA ?2H 26.9M, NEBULA AROUND 10 LAC + 6. .153 . RA M 30.AM. NFRIIIA ARHIIMn + 90 ( 63.2 0.4) C = 1.90 (HYDROGEN LINES) J53 » RA 22 27.OM, NEPULA AROUND 10 LAC + J53 , RA 22H 33.5M, NIPULA AROUND 10 LAC + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4861 H I B CLZ2 100.00 100.00 100.00 100.00 ( 95.4 -16.8) + 4991 (0 III) B CLZ 2 230.00 230.00 203.43 203.43 + 6563 _H L J S CLZ2- 1220-00 1220.00 286.67 286-62 + 6575 (N II ) l B CLZ2 650.00 650.00 151.43 151.43 + 6723 (S II ) 1 B CLZ2 180.00 180.00 38.22 38.22 0.70 (HYDROGEN LINES) + REGION KEY (REG ION,REFERENCE,EX PL ANAT I ON) WAVE N PG REF DBS I AVE C CORR I AVF C + B, CLZ2, BRIGHT PART,2.5 ARCMIN NNE OF STAR 4861 1 W CLZ2 100.00 1 CO.00 100.00 100.00 + 6563 1 W CLZ2 485. 00 485.00 284.44 284.44 + 6575 (N I I ) l W CLZ2 400.CO 400.00 233.86 233.86 + 6723 (S (1)1 W CLZ2 210.00 210.00 118.65 118.65 + PEGICN KEY (PEGION,REFERENCE,EXPLANATION) + 0.0 (NO CALCULATION) W, CLZ2, WESTERN EDGE + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4861 H I 1 CGLZ 100.00 100.00 100.00 100.00 + 4959 (0 111)2 CGLZ 800.00 800.00 + 5007 (O I 11 ) 2 CGLZ 800.00 + -1.1 ) C = 1.70 ( HYDROGEN LINES) + END S 95 ( 65.9 + WAVE IDENT N RG REF DBS I CORP I + 3727 (O II ) l MAT 165.00 530.68 + 4861 H I 1 CGLZ 100.00 100.00 + = 2.18 (HYDROGEN L INES) i CLZ2 100.00 100.00 100.00 100.00 + 1 MAT 100.00 100.00 100.00 100.00 + -HAVE IPENT N RG REF QB.S I . AYE 0 CORR I AY£.C III) 2 CGLZ 30.00 27.62 + 3727 II )l MAT 71.00 317.58 2 MAT 18.00 16. 57 + 4861 I 1 F CLZ2 100.00 ICO.00 100.00 100.00 4991 (0 I I I ) 1 CLZ2 35. CO 31.36 + (4AI 100.00 inn.on 100.00 100.00 5007 (P III) 7 CGLZ 30.00 26. 49 + 4959 (0 III )2 MAT 508.00 456.83 2 MAT 18.00 15. 90 + 4991 1 E CLZ2 125.00 125.00 108.58 108.58 + (O I II ) 5876 HF I 1 CLZ 2 20. 00 20. 00 8.63 8.63 + 5QQ7 _LQ 1111 2 tlAI 508.00 433.16 6563 HI 1 CI 7 7 63 5. 00 1063.QQ 173.76 29Q.37 + 1 E CLZ 2 1470.00 1489.00 278.97 282.58 l MAT 149 1.00 1063.00 407.98 290.87 + 1 MAT 1508.00 1489.00 286.19 282.58 6575 1 CLZ2 450.00 450.00 122.21 122.21 + II I I MAI 703.00 703.00 37-88 37.88 6584 MAT 498.QQ 498.00 134.49 134.49 + 6723 II ) 1 E CLZ2 170.00 170.00 28.72 28.72 6723 (S II ) 1 CLZ2 180.00 180.00 44. 99 44.99 + 7324 IT ) 1 MAT 18.00 18.00 2.06 2.06 7324 (0 II ) 1 MAT 13.00 13.00 2.40 2.40 + REGION KEY (REG I ON,REFERENCE,EXPLANAT ION) + E, CLZ2, H-ALPHA CONDENSATION + + + + 653 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + < lQft.4 -^1,01 1-30 (HYDRnKFN I INFS! BEGIN S LB7 . (126.7 O^Q (NO CALCULATIDN) + WAVE TOENT N RG REF WAVE IDENT N RG REF OBS I CORR I + -4861 H I 1 CLZ2 -1QQ.QQ LQQ.QQ 1QQ.Q0 1QQ.QQ 6563 _L JL GEK l.QQ* l.QQ* + CLZ 2 770.00 285.82 6584 (N II ) 1 0.33*A 0.33*A + GEK I.00* 0.37* + IN Till CLZ2 -38Q.QQ 380.00 140.24 187 (126.7 -0.8) + 6584 11)1 GEK 0.33*A 0.12*A + 6723 II ) 1 CLZ 2 300.00 300.00 103.90 103.90 + -1.0) 1.60 (HYDROGEN LINES) + WAVE IDENT N RG REF QBS I AVE □ CORR I + CGLZ 100.00 100.00 100.00 100.00 + 152 (108.7 -0.9) C = 2.10 (HYCI^OGEN LINES) l NO CLZ2 100.00 100.00 100.00 100.00 + _UL nn 2 cGLz 450.00 ^16« 27 - + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 4991 (O I II ) i NO CLZ2 600.00 541.08 541.08 + 3727 (C II ) 1 MAT 124.00 524.98 5007 (0 III) 2 CGLZ 450.00 400.32 + 434Q _tí I J CLZ2 45.00 85.61 A 5876 HE I 1 NO CLZ2 60.00 60.00 27.21 + 1 CGLZ 100.00 100.00 100.00 100.00 6563 1 NO CLZ2 970.00 970.00 286.45 286.45 + 1 CLZ2 100.00 100.00 100.00 100.00 6575 ) 1 NO CLZ2 90.00 90.00 26.39 26.39 + _I GEK -100« QQ 100.00 -LQ.Q. 00 - JL .00.00 + MAT 100.00 100.00 REGION KEY (REG I ON,REFERENCE.EXPLANATION » + CGLZ 140.00 126.39 NO, CLZ2, NEAR 05 STAR + MAT 62.00 55.97 + 4991 (n ii CLZ 2 180.00 180.00 157.16 + 5007 (0 II CGLZ 140.00 120.08 + _GEK_ -1QO.CO . -a¿..zz a + 2 MAT 62.00 53. 18 + 5876 HE I 1 CLZ2 40. 00 40.00 14.17 14.17 BEGIN S 1.25 (HYDROGEN LINES) + 6563 _tí I— _L CLZ2 -59Q.QQ 1474.50 119.Q1 297.42 + l MAT 2359.00 1474.50 475.84 297.42 WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 6575 (N ) 1 CLZ 2 350.CO 350.00 69.95 69.95 4861 H I l CLZ2 100.00 1 00.00 100.00 100.00 + 6584 IN ) 1 MAT 809.00 160.56 160.56 6563 H I _1 CLZ2 749.^0 740.00 -285,35 293,35 + 6723 ( S II ) 1 CLZ2 110.00 19.84 6723 (S II ) 1 CLZ 2 220.00 79.37 + 6678 HE I 1 CLZ 2 10.00 1.86 A + _ 713 5- (AR..1L10 1 CLZ2 30.QQ 4.17 A END S 2Ü3 (151.4 2.Q) + ) 1 CLZ2 20.00 2.48 A + 1 MAT 127.00 15.76 + 2.5) C = 2.10 (HYDROGEN LINES) + WAVE.. IDENT N RG REF QBS AVE C CORR I AVE C + 4861 H I 1 CLZ 2 100.00 100.00 100.00 100.00 + 1.38 (HYDROGEN LINES) 6563 H I 1 CLZ2 1420.00 1420.00 286.43 286.43 + 6575 LN II ) I CLZ2- 1 nnn.nn ionn.no 199.85 199.85 + WAVF IDENT N PG REF OBS I AVE C CORR I AVE C 6723 (S II ) 1 CLZ2 275.00 275.00 + 4861 HI 1 CLZ 100.00 100.00 100.00 100.00 + ] A Cl 7? -100.00 1 00.00 END S 2_Li U-5A.6 2.5) + GER 100.00 100.00 + 4959 III» 2 CLZ 130.00 121.55 + -4.991 ■ 1LU 1 A CLZ2 140.00. 128.Q6 + 5007 (P 111)2 CLZ 130.00 117.52 C = 1.11 (RADIO-H BETA) + 6563 H I 1 A CLZ2 800.00 825.50 279.38 288.29 + -851.00 825.50 297. 19 288.29 N PG REF AVF r + l A GEK 1.00* 0. 35* 3727 ) 1 MAT 119.00 255. 16 + 6575 11)1 A CLZ2 440.00 152.73 4861 1 CLZ2 100.00 100.00 100.00 100.00 + 6584 M ) 1 A GO 0.37» Q.13* _L_ MAT 100.00 100.00 -IQQ.flfl LQQ.QQ + 6717 (S II ) 1 B GEK 1•30*A 0.42*A 4959 III) MAT 276.00 261.48 + 6723 (S II ) 1 A CLZ2 150.00 48.67 4991 III) CLZ 2 320.00 297.86 + 6731 (s I I ) l B GEK 1.00* 0. 32* 5007 TIT) ? MAT 276.00 254.49 + 6563 I 1 CLZ2 610.00 820.50 261.72 352.03 + REGION KEY (PEG I ON,REFERENCE,EX PL ANAT ION ) 1 MAT 1031.00 820.50 442.34 352.03 + A, CLZ2, BRIGHT KNOT 6575 (N II ) 1 CLZ2 85.00 85.00 36.29 36,29 + GEK , REGIONS A AND B CN DIFFERENT SCALES 6584 (N II ) 1 MAT 64.00 64.00 27.22 27.22 + 6723 (S II ) l CLZ2 50.00 50.00 20.22 20.22 + _ JND S 157 (111.3 -0.7) 7324 (O II ) 1 MAT 25.00 25.00 8. 30 3.30 + + 1.10 (HYDROGEN L INES) + WAVE IDENT N RG REF OBS I AVE O CORR I C = 2.20 (HYDROGEN LINES) + 4861 I l CLZ2 100.00 100.00 100.00 100.00 + 499 1 III) CLZ2 75.,00 75.00 69.86 69.86 WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + 6563 CLZ2 660..0.Q 66Q.QQ 265.34 285.34 4861 __1 CLZ2 100.00 100.00 100.00 100.00 + 6575 (N ) 1 CLZ 2 350.00 350.00 150.58 150.58 6563 H I 1 CLZ 2 1530.CO 1530.00 285.97 285.97 + 6723 (S ) 1 CLZ2 150.00 150.00 61.16 61.16 + END S 222 (165.3 ~9.Q) + + BEGIN S 232 (173.5 3.2) C = 0.0 (NO CALCULATION) + C = 1.40 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I AVE G CORK I AVE C + WAVE IDENT N RG REF DBS I AVE O CORR I AVE C 6563 GEK 1.00* 1.00* + 4861 H I 1 CLZ2 100.00 100.00 100.00 100.00 6584 GEK 0.33*A 0.33*A + -6-56.3 tí I ] CLZ2 830.00 830.00 285.47 285.47 + 6575 (N I ) 1 CL Z 2 450.00 450.00 153.82 153.82 3.2) + 6723 (S II ) 1 CL Z 2 250.00 250.00 79.81 79.81 + BEGIN S 235 (173.6 C = 0.0 (NO CALCULATION) + WAVE IDENT N RG REF OBS I CORR I + BEGIN S C = 1.60 (HYDROGEN LINES) 6563 HI 1 A GEK 1.00* 1.00* + 6584 (N II ) 1 A GEK 0.29» 0_t_29*_ + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C 6717 (S II ) 1 B GEK 1.30* 1.30* + 4861 H I I CLZ2 100.00 lCO.00 100.00 100.00 6731 (S II ) 1 B GEK 1.00* 1.00* + 4991 (_Q I IQ 1 ÇLL2-. 45.00 45.00 40.58 40.58 + 6563 H I 1 CLZ2 970.00 970.00 286.45 286.45 REGION KEY (REG I ON,REFERENCE,EX PL ANAT ION) + 6575 (N II ) L CLZ2 570.00 570.00 167.14 167.14 A , GEK , REGIONS A AND B ON DIFFERENT SCALES + 6723 LS II ) 1 CLZ2 220.QQ 22Q.ÛQ 59.66 59.66 + + + + 654 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + BEGIN S 0.0 (NO CALCULATION! S 2JL5 {192.6 Q.Q) + WAVE IOENT N RG REF OBS I AVE 0 CORR I AVE C CH 1.2 ARCMIN W OF CENTRAL STAR, .15 ARCMIN S OF RG J + 6563 H I 1 A GEK 1.00» 1.00» GEK MAXIMUM VALUE FOR 5007 + 6584 (N II I 1 A GEK 0.32» 0.32* GEK , REGIONS A AND B ON DIFFERENT SCALES + 6717 (S II ) 1 B GEK 1.25» 1.25* + 6731 (S II I 1 B GEK 1.00* 1.00* S 255 tlQ?.6 Q.Q) + REGION KEY (REG ION,REFERENCE,EXPLANAT ION) + A , GEK , REGIONS A AND B ON DIFFERENT SCALES + C = 1.28 (RADIO-H BETA) + 254 (192.5 + WAVE IDFNT N RG REF oes I -AVE Q CORR I AVE C + 3727 (0 MAT 100.00 240.99 + 4861 A CH 100.00 100.00 100.00 100.00 + 255 (192.6 1.54 (RAD 10—H BETA) B CH 100.00 100.00 100.00 100.00 + C CH 100.00 100.00 100.00 100.00 + WAVE IDENT N RG REF OBS I CORR I D CH 100.00 100.00 100.00 100.00 + 3727 (0 II ) 1 MAT 112.00 322.. 71 CH 100.00 100.00 100.00 100.00 + CGLZ 100.00 100.00 100.00 100.00 F CH 100.00 100.00 100.00 100.00 + CH 100.00 100.00 100.00 100.00 CLZ 2 100.00 100.00 100.00 100.00 + _£H 100.00 100.00 ioa^Q.0- IQQ.QQ MAT 100.00 100.00 100.00 100.00 + C CH 100.00 100.00 100.00 100.00 4959 (0 III ) 2 MAT 16.00 15.03 + D CH 100.00 100.00 100.00 100.00 5007 (O I II ) 2 MAT 16.00 14. 57 + 1 no-no I no.QQ ino-oo 1 no.on -6548 -LU ¡I ) 1 A CH I5.aQQ 96.67 28.47 . —36.69— + CH 100.00 100.00 100.00 100.00 1 D CH 130.00 96.67 49.34 36.69 + G CH 100.00 100.00 100.00 100.00 l E CH 85.00 96.67 32.26 36.69 + ,H CH IfliJuuQfl IQQ.QQ 100.00 100.00 -6563 -I L_ A CH 660.00 733.63 248.75 -276.SO.. + I I CH 100.00 100.00 100.00 100.00 B CH 715.00 733.63 269.48 276.50 + 1 J CH 100.00 100.00 100.00 100.00 C CH 670.00 733.63 252.52 276.50 + _1 K CH -LQQ.Qfl IQQ.QQ 100-00 IQQ.QQ D CH 685.00 733.63 258. 17 276.50 + CLZ2 100.00 100.00 100.00 100.00 E CH 605.00 733.63 228.02 276.50 + GEK 100.00 100.00 100.00 100.00 F CH 665.00 733.63 250.63 276.50 + MAT 1QQ.QQ- ico.oo IQQ.QQ 100.00 CLZ2 685.00 733.63 258.17 .276.50 + III ) 2 CGLZ 40.00 37. 11 1 GEK 1.00» 0. 38* + H CH 15.00 13.92 1 MAT 1184.00 733.63 446.24 276.50 + MAT 25, QQ_ 23. 19 II 1 1 CLZ 2 480.00 480.00 —L79.89 179.89 + 4991 (0 III ) 1 CLZ2 45.00 40.74 (N II ) 1 A CH 235.00 283.33 87.70 105.73 + 5007 (0 III ) 2 CGLZ 40.00 35. 74 C CH 200.00 283.33 74.64 105.73 + 40.00 35.74 0 CH 375.00 283.33 139.94 - 105.73 + 1 C GEK 40.00 35.74 E CH 250.00 283.33 93.29 105.73 + 2 MAT 25.00 22.34 F CH 260.CO 283.33 97.03 105.73 + _LN 11)1 A CH 130.00 130.00 40.53 A GFK Q.36»A Q-.13*A_ + CH 160.00 130.00 49.88 40.53 MAT 380.00 141.81 + C CH 145.00 130.00 45. 21 40.53 ( S 11)2 A CH 265.00 93.52 + £ CH- 135.00 1 30.00 42.09 40.53 195^00 —68.8? + G CH 80.00 130.00 24.94 40.53 270.00 95.29 + A CH 945.00 768.33 292. 13 237.51 210.00 74.11 + 1 R CH 890.QQ 768.33 275. 12 237.51 280.00 -98.82 - + C CH 960.00 768.33 296.76 237.51 2 CH 245.00 86. 46 + D CH 435.00 768.33 134.47 237.51 1 GEK 1. 10*A 0.39*A + E CH 765.00 768.33 236.48 237.51 II ) 1 Cl /? 715.CO 75. AQ + F CH 1015.00 768.33 313.76 237.51 II ) 2 A CH 265.00 92.98 + G CH 505.00 768.33 156.11 237.51 2 B CH 195.00 68.42 + CLZ2_ 5Q5.Qfl_ 768.33 156.11 237.51 2_ C CH 210.00 —94.74 - + GEK 1.00* 0.31* D CH 210.00 73.69 + 1 MAT 895.00 768.33 276.67 237.51 E CH 280.00 98.25 + 6575 -LN_. _L_L_ ■■C-LZ2- 35Q.Q3 350.00 lQI«-46 1Q7 >46 F r.H 745.00 85.97 + 6584 II ) l CH 440.00 339.38 134.41 103.67 GEK 1.00* 0. 35* + l CH 470.00 339.38 143.57 103.67 ( C 11)1 MAT 6.00 1.68 + 1 CH 440.00 339.38 134.41 103.ö7 + 1 CH 240.00 339.38 73.31 103.67 REGION KEY (REG ION,RFFERENCE,EX PLANATI ON) + l CH 410.00 339.38 125.24 103.67 A, CH , 1.2 ARCMIN w OF CENTRAL STAR + L_ 305.00 339.38 . 93jt_1.7„ 10-3-1-67 8. CH , .4 ARCMIN W OF CENTRAL STAR + G CH 240.00 339.38 73.31 103.67 C, CH , 1.25 ARCMIN W CF CENTRAL STAR + A GEK 0.37* 0. 11* D, CH , .5 ARCMIN E OF CENTRAL STAR + MAT 17Q.CQ 3J3..23 5U93 1Q2_«.67 E, CH, 1.35 ARCMIN W OF CENTRAL STAR + A CH 345.00 98.54 CH 1.0 ARCMIN E OF CENTRAL STAR + B CH 300.00 85.69 GEK REGIONS A AND B ON DIFFERENT SCALES + C CH ¿15.OQ 6U41 + D CH 220.00 62.84 + E CH 140.00 39.99 + F CH 185.00 52.84 + G CH 155.00 44.27 + H CH 120.00 34.27 1.00 (HYDROGEN L INES) + I CH 165.00 47. 13 + CH 205.00 58.55 WAVE IDENT N RG REF OBS I CORR I + CH 235.00 67. 12 3727 (O II ) 1 CL 100.00 198.81 + GEK .26». 0.36» 4101 H I 1 CJ- 12.10 18.95 + 6723 ( S II ) 1 CLZ2 120.00 34. 17 4340 CL 30. 30 30.30 41.16 41.16 + 6731 ( S II ) 2 CH 345.00 97. 86 4861 CL 100.00 ICO.OO 100.00 100.00 + B CH 300.00 85.09 1 WS CLZ2 IQQ.QQ IQQ.QQ IQQ.QQ IQQ.QQ + C CH 215.00 60.98 6548 (N S CL 9.00* 4.22* + D CH 220.00 62.40 6563 H S CL 100.00* 46.66* + E CH 140.nn 39.71 WS CLZ2 400,00 400.00 186.63 186.63 + F CH 185.00 52.47 1 A GEK 1.00* 0.47* + G CH 155.00 43. 97 6575 (N ) 1 WS CLZ2 200.00 200.00 92.90 + - H CH 12Q.QQ. 34.04 6583 (N ) 1 S CL 35.00* 16.21* + I CH 165.00 46. 80 1 A GEK 0.28* 0.13* + J CH 205.00 58. 15 6717 (S ) l P GEK 1.60*A 0.71*A + K CH 235.QQ 66.66 6723 LS_ ) 1 IwS CLZ2 2Q.Q.QQ ZÜQ.QQ 88.47 88.47 + GEK 1.00* 0. 28* 6731 (S I I ) 1 R GEK + (0 II ) 1 MAT 8.00 1.73 + RFGICN KFY ( R FG I ON. R FFF R FNf. F . F X PI AN AT I ON ) + REGION KEY (REG ION,REFERENCE,EXPLANATION) S, CL , SCALE DIFFERENT FROM BLUE + A, CH , 1.2 ARCMIN W OF CENTRAL STAR WS, CLZ2, 5 ARCMIN SOUTHWEST OF STAR + 6, CH , -L.Q ARCMIN H QF CENTRAL STAR A . GEK , REGIONS A AND B ON DIFFERENT SCALES + CH , .50 ARCMIN W OF CENTRAL STAR + CH , 1.45 ARCMIN E OF CENTRAL STAR + CH . .65 ARCMIN W OF CENTRAL STAR + CH , .5 ARCMIN W OF CENTRAL STAR, .15 ARCMIN S OF RG C + CH , 1.1 ARCMIN E OF CENTRAL STAR + CH . .5 ARCMIN E OF CENTRAI STAR + CH 1.0 ARCMIN E OF CENTRAL STAR, 15 ARCMIN S OF RG G + CH 1.2 ARCMIN W OF CENTRAL STAR + + 655 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + 264 { 195.1 . C = 1.64 (HYDROGEN LINES) 271 ( 197.8 -2..3 ) + WAVE IDE NT N RG REF OBS I CORR I WAVE IDENT N RG REF OBS I CORR I + 3 72 7 < 0 11)1 1 J53 78.00 240.73 6731 (S II I 1 B GEK 1.00» 1.00* + 2 J 53 58.00 179.01 + 1 J 53 100.00 1 00.00 100.00 100.00 REGICN KEY IREG ION.REFERENCE» EX PLANATION I + 2 J 53 100.00 100.00 1 Qfl »..QQ 1QQ.QQ A . GEK , REGIONS A AND B ON DIFFERENT SCALES + 1 J 53 1020.00 1010.00 292.17 289.30 + 1 2 J 53 1000.00 1010.00 286.44 289.30 + (N I I ) 1 1 J 53 214.00 l92.t0Q _60.t_£2 ÎH.30 . + I 2 J53 170.00 192.00 48.0 54.30 + II ) 1 1 J 53 87. 00 93.50 22.91 24.62 + L_ 2 J53 100.QQ 93.50 .-26.33_ 24.62 . BEOIN S 272 U97.8 -2.3) , Q.90 (HYDROGEN LINES! + 1 J53 100.00 85.50 26. 14 22.35 + 2 J 53 71.00 85.50 18.56 22.35 WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4861 H I 1 CLZ2 100.00 100.00 100.00 100.00 + REGICN KEY (PEG IDN»REFE RENCE»EXPLANAT ION ) 6563 H I 1 CLZ 2 565.00 565.00 284.50 284.50 + 1, J53 , RA 5H 25.9M, NEBULA AROUND LAMBDA ORI 6575 (N II ) 1 CLZ2 340.00 340.00 170.52 170.52 + 21 J 53 t RA 5H 33.3M, NEBULA ARCUND LAMBDA ORI 6723 (S II ) 1 CLZ2 230.00 230.00 110.39 110.39 + + + BEGIN S _263 t 196t4 -1.7) 1.65 (RADIQ-H,„ALTAI BEGIN S 280 (208.7 -2.6) .JLlQ (NO CALCULATION) + WAVE IDENT N RG REF OBS I AVE 0 CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + -3-12 7 _LG II ) 1 MAT 154.00 478.-iZ_ 6563 H I 1 GEK 1.00* It.OQ* + CGLZ 100.00 100.00 100.00 100.00 6584 (N II ) l GEK 0.33*A + A CH 100.00 1 00.00 100.00 100.00 + B CH 100.00 100.00 100.00 100.00 END S 280 (208.7 -2.6) + C CH 100.00 100.00 100.00 100.00 + D CH 100.00 l00.00 100.00 100.00 + E CH 100.00 1QQ.QQ 1Q0.QQ . 10.Q.QQ + CH 100.00 100.00 100.00 100.00 C = 0.0 (NO CALCULATION) + CLZ2 100.00 1 00.00 100.00 100.00 + GEK 1QQ.QQ i CO. on -1QQ.Q0 -100.00 WAVE IPENT N_JiS—B.E.F. OBS I AVE Q CORR . I AVE C + MAT 100.00 100.00 100.00 100.00 6563 GEK 1.00* 1.00* + (O I II ) 2 CGLZ 40.00 36.91 6584 (N ) 1 GEK 0.33*A 0.33*A + CH 15.00 1 5. QQ 13.84 13.84 671 7 LS— ) 1 GEK 1.50»A. 1.50»A + MAT 56.00 51.68 6731 (S II ) 1 B GEK + 4991 ( n 11 n i CL72 45.00 40.45 + 5007 (0 i n ) 2 CGL7 40.00 35.45 REGICN KEY (REG ION.REFEREMCE.EX PLANAT ION) + A CH 35.00 29.00 31.02 25.70 REGIONS A AND B ON DIFFERENT SCALES + B CH 30. 00 29.00 26. 59 25.70 + E CH 25.QQ 29.00 22.16 25.70 + GEK 26. 00 23.05 + 2 MAT 56. 00 49.64 + II J L- A CH 7Q..QQ 20.08, + B CH 65.00 80.00 18.65 22.95 C = 1.50 (ESTIMATE) + F CH 75.00 80.00 21.51 22.95 + F CH 1 IQ.00 80.00 3) . 56 22.95 N RG REF OBS I AVE Q CQRR I + CH 660.00 755.71 187.61 214.82 6563 1 J53 1.00* 0.32* + 8 CH 600.00 755.71 170.56 214.82 6584 II ) 1 J53 0.21* 0.07* + C CH 655.00 755.71 1B6. 19 214.B2 671 7 Till .153 0.30* 0.09» + CH 600.00 755.71 170.56 214.82 + CH 635.00 755.71 180.51 214.82 + CLZ2 660.00 -7-55-. 71 187.61 ¿14.82 + GEK l.CO* 0. 28* + MAT 1480.00 755.71 420.71 214.82 + 6575 (N CLZ2 325.00 325.00 91.71 91.71 BEGIN SE C = 1.50 (ESTIMATE) + 6594 (N CH 255.00 254. 57 71. 57 71.45 + CH + CH + 200.00 254.57 + 210.00 254.57 + 56. 13 + 58.94 + 71.45 WAVE IDENT N RG REF □ BS I CORR I AVE C + 71.45 6563 H I + D CH 270.00 254. 57 75. 78 71.45 6584 (N II ) _1l J53 + J53 1»QQ* + 0.23* Q« 32* + 0.07* + E CH 195.00 254.57 54.73 71.45 6717 ( S II ) 1 J 53 0.12* 0.04* + F CH 315.00 ¿54.57 «-41 71.45 6731 II ) 1 J 53 0. 14* 0.04* + GEK 0. 43* 0. 12* + 1 MAT 337.00 94. 58 + ( S 11)2 A CH 120.00 31.34 + B CH 100.00 26. 12 + C CH 1 85.00 48. 32 + Q CH 285.00 74.43 C = 1.50 (ESTIMATE) + CH 115.00 30. 03 + CH 22 5 .,00 58. 76 WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + GEK 1.40*A - .QjJi7*A 6563 H I 1 1 J 53 1. 00* 0.32* + 6723 ( S II ) 1 CLZ2 120.00 31.24 l 2 J 53 1.00* 0.32* + 6731 ( S 11)2 A CH 120.00 31.11 1 3 J 53 1.00* 0.32* + 2_ B CH 100.00 25.92 ) 1 1 J53 .Q*42*... Q. 13* + C CH 185.00 47.96 l 2 J 53 0.29* 0.09* + D CH 285.00 73. 88 l 3 J53 0.21* 0.07* + E JCH. .-115«.QQ 29. 81 (S II) 1 3 J53 0.25* 0.07* + 2 CH 225.00 58. 33 + 1 GEK 1.00* 0. 26* REGICN KEY (REGION,REFERENCE,EXPLANATION) + ...132.4- 11)1 MAT 17.QQ 3. 30 3.3Q 1, J53 , RA 21H 57. 1M + 2, J53 , RA 22H 06.6 + REGICN KEY (PEG IDN,REFERPNCE,EXPLANAT ION ) 3, J53 , RA 22H 00.5 + _£H . .35 ARCMIN NE OF CENTRAL STAR + 8, CH .50 ARCMIN NNE OF CENTRAL STAR (103.3 + C, CH .45 ARCMIN W OF CENTRAL STAR + Dt CH 1.2 ARCMIN NE OF CENTRAL STAR + CM .40 ARCMIN NNE OF CENTRAL STAR + F , CH .45 ARCMIN W OF CENTRAL STAR, .10 ARCMIN S OF REGION C (204.4 -13.7) C = 0.0 (NO CALCULATION) + A . GEK REGIONS A AND B ON DIFFERENT SCALES + WAVE IDENT N RG REF OBS I CORR I AVE C + 6563 HI l PA 1.00* 1.00* + 6584 LU III 1 ELâ 0.23* 0.23* + P.FGIN R (197.8 -C = 0.0 í NO CA) rill ATTON) + WAVE IDENT N RG REF OBS I CORR I + 6563 _h I 1 A G.E-K- 1.00* 1« QQ* + 6584 (N II ) 1 A GEK 0 .42* 0.42* + 6717 (S I I ) 1 P GEK I.50*A 1.50*A + + 656 + + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued + + + + +© American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + EXTRAGALACTIC DIFFUSE NEBULAE (LHC + WAVE IDENT N RG REF □BS I AVE 0 CORK I AVE C + 30 (LHC ..»♦C = Q,lfr (HYPROGEN LINES) 3889 HE I 2_ l ÂFF 13.80 ■ 15.1* + FE 26.00 28.52 + WAVE IDENT N RG REF DBS I AVE 0 CORR I AVE C A J059 38.00 »1.69 + 3554 HE I 1 WA 0. 10 0.10 0.11 0.11 B J059 »8.00 52.66 + 3587 HE I WA 0.30 0.30 0.34 0.34 C J059 »2.00 »6.07 + 3614 HE I WA 0.30 0.30 0.34 0.34 D J059 38.00 41.69 + 3634 HE I WA 0.40 0t*0. 0.45 Qt»5 WA 16.50 18. 10 + 3674 I 0.13 0.13 0.15 0.15 (NE III) 1 1 AFF 7.90 8.07 8.60 8.78 + 3676 I 0.25 0.25 0.28 0.28 1 FE 11.00 8.07 11.98 8.78 + 3679 __H I_ 0.42 0.42 0.47 0.47 2 A J059 40.00 »3.56 + 3682 WA 0.51 0.51 0.57 0.57 B JO59 66.00 71.87 + 3686 WA 0.56 0.56 0.63 0.63 C J059 56.00 60.98 + 3691 0.81 0.81 0.91 0.91 D J059 50.00 5».»5 + 3697 H I WA 0.98 l. 10 WA 5.30 8.07 5.77 8.78 + 3704 H I WA 1.75 1.96 1 AFF 14.50 13.»3 15.79 14.62 + 3705 HE I 1.75 1.96 FE 16.00 13.43 17.42 14.62 + 3711 H I WA 1.35 1.51 A J059 40.00 43.55 + 3722 H I WA 3.85 4.30 B J059 66.00 71.85 + 3722 (S III) WA 3.85 *t3Q 2 C JP.59 ., 56.00 99*96 + 1 AC KB 93.00 103.82 D J059 50.00 54.43 + 1 l AFF 49.00 54.70 WA 9.80 13.43 10.67 14.62 + 1 A AFF lOUOO US* 49 »009 HE I WA 0.20 9*20 ■ _9.*22- 0*22 + 1 B AFF 111.00 141.21 HE I 1 1 AFF 1.50 3.46 1.62 3.75 + 1 C AFF 86.00 89.62 1 FE 3.00 3.46 3.25 3.75 + _J D AFF 203.00 -2*6.11. _L A JQ59 10.00 3 *.*6. - 10.83 _3.J.I5. + 1 E AFF 170.00 170.00 B J059 3.00 3. 3.25 3.75 + 1 F AFF 167.00 182.62 C J059 3.00 3.46 3.25 3.75 + _J G_a,lf_ 183.90 199*71 -J P JQ59 2.00 3*46 - 2.17 3.75 + H AFF 219.00 219.00 WA 1.73 3.46 1.87 3.75 + FE 102.00 113.87 (S II ) 1 1 AFF 0.90 1.57 0.97 1.69 + A FE 1.00* 1.12» _1 A JQ59 3.99 1.57 3.23 1.69 + l B FE 1.00* 1.12* B J059 3.00 1.57 3.23 1.69 + 1 C FE 1.00* 1.12* C J059 1.00 1.57 1.08 1.69 + I R1 FE -JL» 0.9* 1.12* ■D J.Q3.9- 1.99 1.57 1.08 1.69 + 1 R2 FE 1.00* 1.12* 2 1 PTP2 1.24 1.34 + l R3 FE 1.00* 1.12* 1 WA 0.51 0.55 + R4 FE 1.00* . 1.12» II ) 2 1 PTP2 1.24 1.34 + 1 A J059 211.00 235.55 WA 0.26 0.26 0.28 0.28 + 1 B J059 113.00 126.15 AFF 22.80 29.33 24.50 31.51 + _1 C JP59 .135.00 150.71 _E£ 30. QQ 29.33 32.73 31.51 + 1 D J059 163.00 181.96 A J059 34.00 29.33 36.53 31. 51 + 2 1 PTP2 64.00 71.45 B J059 38.00 29.33 40.83 31.51 + _2 2 PTP2 1120.QQ 1250.30 C JQ59 43.00 29.33 46-20 31.51 + 2 3 PTP2 170.00 189.78 D J059 37.00 29.33 39.75 31.51 + 2 4 PTP2 170.00 189.78 MA65 24.00 29.33 25.79 31.51 + _1 kLA 58.00 A 64.75 A 1 PTP2 ..22.0.0— 29.33 23.64 31.51 + 1 1 AFF 52.00 53.03 2 PTP2 23.00 29.33 24.71 31.51 + l FE 98.00 109.37 WA 19.50 29.33 20.95 31.51 + A FE 0.95* 1.06* WA 0^15- 0.15 Q. 16 0-16 + 1 B FE 1.26* 1.41* 4143 HE I 1 0.18 0.18 0.19 0.19 + 1 C FE 1.05* 1. 17* 4267 C II 1 0.07 0.07 0.07 0.07 + 1 R1 FE Q-9a*A .1. Q9*A 4340 _H I L_ 42.30 48.89 44.42 51.29 + 1 R2 FE 0.71* 0.79* 1 AFF 42.00 48.89 44.11 51.29 + 1 R3 FE 1.15* 1.2 8* A AFF 42.00 48.89 46.75 51.29 + 1 R4 FE 1.35*A 1.51*A B AFF 42.00 4B.89 46.75 51.29 + 1 PTP2 64.00 71.42 AFF 46.00 48.89 46.85 51.29 + 2 PTP2 120.00 133.92 AFF 43.00 48.89 46.85 51.29 + 3 PTP2 170.00 189.72 AFF 48.00 48.89 48.00 51.29 + 4 PTP2 170.00 189.72 AFF 45.00 48.89 46.83 51.29 + WA 60.00 66.96 AFF 46.00 48.89 46.85 51.29 + WA 2.11 2. 11 2.35. 2.35 AFF 47.00 48.89 471 QQ 51*.29_ + 3750 2.80 2.80 3.12 3.12 FE 56.00 48.89 58.81 51.29 + 2.81 2.80 3.13 3.12 J059 61.00 48.89 64.06 51.29 + . 3770 1_J AFF 3.00 2.22 3.33 2.47 J059 61.00 48.89 64.Q6 51.29 + B 1 J059 2.00 2.22 2.22 2.47 C J059 62.00 48.89 65.11 51.29 + C 1 J 05 9 1.00 2.22 l.ll 2.47 D J059 68.00 48.89 71.41 51.29 + D 1 J059 2-00 2.22 2.22 2.47 HA 65 44.00 48.89 -4_6_._2_L_ 51.29 + WA 3.10 2.22 3.44 2.47 1 PTP2 42.00 48.89 44.11 51.29 + 1 AFF 3.90 4.08 4.32 4.53 2 PTP2 43.00 48.89 45.16 51.29 + A J059 B .00 4.08 8.87 4.53 48.70 48.89 51.15 51.29 + l B J059 2.00 4.08 2.22 4.53 (0 III) 1 AC KB 2.80 3.21 2.93 3.37 + 1 C J 059 2*00 4.08 2.22 4. 53 1 1 AFF 3.70 3.21 3.88 3.37 + 1 D J 059 + WA + 4.00 *08 * 53 L_ FE i t 5_Q_ 3.21 ■3*£I_. « 3.7 + .60 4.08 5.10 4.53 1 PTP2 3.26 3.21 3.42 3.37 + l AFF 0.70 0.82 0.77 0.91 2 PTP2 3.01 3.21 3.15 3.37 + 0.95 C . 82 1.05 0.91 WA 3.00 3.21 3*1.4 . + 1 AC KB 5.50 8.51 6.07 9.40 4388 HE I l WA 0.40 0.40 0.42 0.42 + 1 1 AFF 5.50 8.51 6.07 9.40 4471 HE I 1 1 AFF 3.60 4.78 3.74 4.96 + _i A J059 9.00 8.51 9.93 -9 ..40 FE 4.00 **79 *96 + 1 B J059 12.00 8.51 13.24 9.40 B JO59 6.00 4.78 6.23 4.96 + l C J059 9.00 8.51 9.93 9.40 C J059 7.00 4.78 7.27 4.96 + _L D J059 -11.00 B. 51 12.14 9.40 _1 P—0059 6 * O.Q— 4*2? 4.96 + l WA 7.60 8.51 8.39 9.40 L PTP2 4.09 4.78 4.25 4.96 + (NE III) 1 AC KB 25.00 40.79 27.49 44.85 2 PTP2 3.95 4.78 4.10 4.96 + _l I AFE 26.70 -40.79 ¿9.36 44.85 _WA 3.60 4.78 3.74 4.96 + 1 FE 33.00 40.79 36.29 44.85 4529 WA 0.09 A 0.09 A + 1 A JO59 47.00 40 • 79 51.68 44.85 4562 WA 0.09 0.09 0.09 0.09 + _l B J059 77.00 40.79 64.67 44.85 4657 HA 0.40 0.40 0*41 0*4.1 - + I C J059 60.00 40.79 65.97 44.85 4713 0.60 0.61 + 1 D J059 49.00 40.79 53.88 44.85 4779 0.60 0.60 + _1 1 PTP2 27.70 40.79 . -3.0^46 44.85 4B61 -1QQ.QQ . 100.00 + 27.00 40.79 29.69 44.85 1 AFF 100.00 100.00 100.00 100.00 + 35.50 40.79 39.03 44.85 A AFF 100.00 100.00 100.00 100.00 + 3889 _H L ACKB 14.00 15.36 100.QQ 1QQ.QQ 100.00 + 2 1 AFF 13.80 15.14 C AFF 100.00 100.00 100.00 100.00 + 2 FE 26.00 28. 52 D AFF 100.00 100.00 100.00 100.00 + _2 A JQ59 38.00 41.69 _1 E AFF 100.00 100.QQ 100.00 100.QQ + 2 B J059 48.00 52.66 AFF 100.00 IOC.00 100.00 100.00 + 2 C J059 42.00 46.07 G AFF 100.00 100.00 100.00 100.00 + 2 D J059 -3a. QQ 41 ^0.9 H AFF. . 1QQ-.QQ 100.00 100.QQ 100.00 + 16.50 18.10 100.00 100.00 100.00 100.00 + ACKB 14.00 15.36 A J059 100.00 100.00 100.00 100.00 + (LHC (LHC + 658 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + (LHC _äfl LLHC_ + WAVE IDENT N RG REF OBS I AVE □ CORA AVE C E« AFF FAR EAST OF CENTER + 4861 H l _J B JQ?^- 1M«QP 100.90- IQQi.QS) . -F, A£F . FAR SOUTHWEST OF CENTER + C J059 100.00 100.00 100.00 100.00 G. AFF FAR SOUTH OF CENTER + D J059 100.00 100.00 100.00 100.00 Hi AFF FAR SOUTHWEST OF CENTER* + MA 65 100 00 100.00 100.00 iQPïQP— A, FE NORTHEAST LOOP + 1 PTP2 100.00 100.00 100.00 100.00 B, FE , NORTHEAST LOOP* EAST OF A + 2 PTP2 100.00 100.00 100.00« 100.00 Rl* FE , CENTRAL *BRIGHT PART OF NEBULA + 3 PTP2 100 00 100.00 ioo.oo 100.00 R2* FE . ON CENTRAL STAR + 4 PTP2 100.00 100.00 100.00 100.00 R3, FE , TO SIDE OF CENTRAL STAR + 100.00 100.00 100.00 100.00 R4* FE , OTHER SIDE OF CENTRAL STAR + 4922 HE 1 1.50 1.50 1.49 1.49 AO* J059 * REGIONS A-D ARE 4 SECTIONS OF A NORTH-SOUTH SLIT + AC KB 164.00 149.06 162.73 147.89 1, PTP 50 ARCSEC N OF HD 38268 + 1 AFF 173.00 149.06 171.66 147.89 2* PTP 50 ARCSEC E, 65 ARCSEC N OF HD 38268 + A AFF 174.00 149.06 171.06 14J*_8g- 3* PTP 155 ARCSEC W, 50 ARCSEC N OF HD 38268 + l B AFF 163.00 149.06 160.25 147.89 105 ARCSEC W* 65 ARCSEC N OF HD 38268 + 1 C AFF 169.00 149.06 168.51 147.89 + 1 D AFF 131.00 149_._06_ 129.23 147.89 C = 0.35 FOR RG A, (HYDROGEN LINES) + E AFF 136.00 149.06 136.00 147.89 C = 0.35 FOR RG REF AFF (HYDROGEN LINES) + F AFF 133.00 149.06 132.16 147.89 C = 0.06 FOR RG REF AFF (HYDRUGEN LINËS) + 1 G AFF 132.00 149.06 131.61 147.89 C = 0.28 FOR RG REF AFF (HYDROGEN LINES) + 1 H AFF 116.00 149.06 116.00 147.89 C = 0.0 FOR RG REF AFF (HYDROGEN LINES) + 1 FE 182.00 149.06 180.59 147.89 C = 0.13 FOR RG REF AFF (HYDROGEN LINES) + A J059 142.00 149.06 149«.?9 147t8-9 C = 0.06 FOR RG REF AFF (HYDROGEN LINES) + 1 B J059 159.00 149.06 157.77 147.89 C = 0.0 FOR RG H,, REF AFF (HYDROGEN LINES) + 1 C JO59 136.00 149.06 134.94 147.89 + 1 D JQ59 125*90 149.96- 124*Itt-. 147,89.. _EW LLM£ I + 150.00 149.06 148.84 147.89 + (0 III) AC KB 499.00 434.35 493.20 429.25 + 1 AFF 499.00 434.35 493.20 . 429.25 + A AFF 498.00 434.35 485.42 429.25 C = 0.32 (HYDROGEN LINES) + B AFF 469.00 434.35 457.15 429.25 + f. AFF 485.00 434.35- 482.88 429.25 -WAVE IDENT N RG REF -AV-E-Q CQ&fi-l. -AYE C- + AFF 376.00 434.35 368.38 429.25 3726 (0 II ) 2 A PTP2 110.00 137.08 + AFF 390.00 434.35 390.00 429.25 3729 (0 II ) 2 A PTP2 110.00 137.00 + AFF 382.00 434.35-. 378.39 429.25. 3868 (NE III) I A PTP2 23.00 - 23.00 27.81 27.81 + 1 G AFF 379.00 434.35 377.34 429.25 4068 ( S II) 2 A PTP2 0.53 0.62 + 1 H AFF 333.00 434.35 333.00 429.25 4076 (S II ) 2 A PTP2 0.53 0.62 + -1 E£_ 141. 434.35 732.38 429.25 4102 —ti I 1 A- PLP2 - 21.00 —21-..QQ _ 24.24 24.24 + 1 A J059 383.00 434.35 378.55 429.25 4340 A PTP2 43.00 43.00 47.43 47.43 + 1 B JO59 280.00 434.35 276.74 429.25 4363 (0 III) 1 A PTP2 1.89 1.89 2.08 2.08 + 1 X JE59_ 256.0-0 . 434.35- 253.02 429.25 -4412 HE, L _L A PTP2 3.66 3.66 3.94 3.94 + I D J059- 267.00 434.35 263.90 429.25 4861 I 1 A PTP2 100.00 100.00 100.00 100.00 + 1 L PTP2 510.00 434.35 504.07 429.25 5007 (0 III) 1 A PTP2 42C.00 420.00 410.29 410.29 + _1 2 PTP2- 520.90 434.35- 513.96 429.25 5K7A HF I J A PTP? 13.00 13^00 - 11.10 11.IQ + 3 PTP2 500.00 434.35 494.19 429.25 6300 (0 1 ) 1 A PTP2 1.59 1.59 1.28 1.28 + 1 4 PTP2 390.00 434.35 385.46 429.25 6311 (S III) 1 A PTP2 1.42 1.42 1.14 1.14 + _l_ 539.99 43-4.35_ 523.84 429.25 6563 _hi L 1 A PTP? 340.00 .349.99 266.49 266.« 49— + 5518 (CL III) 1 PTP2 1.02 1.02 0.97 0.97 6584 (N II ) 1 A PTP2 15.00 15.OC 11.72 + 5538 (CL III) 1 PTP2 1.21 1.21 1.14 1.14 6678 HE I 1 A PTP2 3.72 3. 72 2.88 + 5755 LN II i- ACKB— 9.25 9.25 0.23 0.23 _6.7 U _(_S II ) A- PT-P.2 -9.61 9 «El 7.41 7_«_41- + ACKB 13.80 14.50 12.75 13.40 6731 (S II ) 1 A PTP2 8.18 8. 18 6.30 6.30 + MA65 17.20 14.50 15.89 13.40 7065 HE I 1 A PTP2 3.72 3.72 2.77 2.77 + 1 PTP2 14.90 14:.5Q- 17.94 13.49 —7.136 ( A& mi J A PT-P.2 14.00 14.00 10.36 10.36 + 1 2 PTP2 13.00 14.50 12.01 13.40 7320 (0 II ) A PTP2 4.88 3.55 3.55 + (0 1 ) 1 ACKB 5.90 2.38 5.30 2.14 7330 (0 II ) A PTP2 4.88 3.55 3.55 + J 1 PTP2— 0.58 2.38 Q «52 2.14 + PTP2 0.66 2.38 .60 2. 14 REGION KEY (REGI ON,PEFERENCE,EXPLANATI ON) + (S II ) ACKB 2.20 1.79 1.98 1.61 A* PTP2, NGC 1714 + PTP2 1.76 1.79 1.58 1.61 + PTP2 1.42 1.79 1.27 1.61 + 6548 (N II ) ACKB 8.40 8.40 7.44 7.44 + ■..6563.- H I ACKB 405.00 + 319.00 + 36¿A67_ + 365.67 + 358.49 + 282.37 + 323t68, + 323.68 + 1 MA 65 323.68 + 1 i PTP2 400.00 365.67 354.07 1.50 (HYDROGEN LINES) + 1 2 PTP2 380.00 365.67 336.36 323.68 + 1 3 PTP2 360.00 365.67 318.66 323.68 WAVF IDENT N RG REF OBS I CÜRR I AVÈ C + 1 4 PTP2 330.00 365.67 292.11 323.68 3727 (0 II ) 1 DAF 150.00 420.49 + 6584 JLN II L _1 A£KB_ 29.59 21.07 18.12 18.63 3868 (NE III) 1 DA F 10.00 24.34 24.34 + 1 1 PTP2 11.80 21.07 10.43 18.63 3969 HI 2 DAF 9.00 19.97 + 1 2 PTP2 20.00 21.07 17.68 18.63 3969 (NE III) 2 DAF 9.00 19.97 + 1 4 PTP2 32*00 21.07 28.29 18.63 4101 HI 1 DAF 21.00 41.14 + 1 ACKB 9.60 6.45 8.45 5.67 4340 DAF 11.00 11.00 17.41 17.41 + 1 1 PTP2 5.01 6.45 4.41 5.67 4861 DAF 100.00 100.00 100.00 iOO.OO + _1 2 ACKB PTP2- 4.73 *45_ 5.67 4991 DAF 150.00 150.00 136.15 136.15 + (S II ) 1 14.20 17.46 12.47 15.33 + 1 PTP2 7.64 17.46 6.71 15.33 + 2 PTP2 16.00 17.46 14.05 15.33 + 1 3 PTP2 32.00 17.46 28.09 + 2 4 PTP2 43.00 37.75 + (S II ) 1 ACKB 11.50 15.97 10-09 14.02 (LMÇ. C = 0.16 (C = 0.1Q6CSC 8) + 1 1 PTP2 7.30 15.97 6.40 14.02 + 1 2 PTP2 13.10 15.97 11.49 14.02 WAVE IDENTN RG REF ’ OBS I CORR I + 1 3 PTP2 32.00 15.97 28.07 14.02 - 372.7 LQ I LI1 1 PAF -2-09*09 223.24 + 2 4 PTP2 43.00 37.73 3868 (NE III) + 1 1 DAF 25.00 27.49 + 7065 1 ACKB 4.60 4.09 3.97 3.53 3969 HI 21 DAF 14.00 15.24 + _1 1 PTP2- .51 4.09 3.89 3.53- 3963 (NE III) + 2 I DAF 14.QO 15.24 + 1 2 PTP2 3.15 4.09 2.72 3.53 4101 1 DAF 34.00 34.00 36.53 36.53 + 7135 1 ACKB 22.70 19.23 19.53 16.55 434C 1 DAF 50.00 50.00 52.51 52.51 + 1 1 PTP2 17*99 19.23 H*-63 16.5§_ -M6I— L -DAL. . 199-iP Q_ 109.99 190*99 190*09 + 1 3 PTP2 18.00 19.23 15.49 16.55 (0 III) 1 1 DAF + 7136 (CL III) 1 2 PTP2 18.00 18.00 15.49 15.49 + 7320 (0 IT ) 7 1 PTP2 3.36 2.87 -REGION KEY tREGÍQN.1.FEFERENCEiEXPLANATION) + 2 PTP2 4.89 4.17 I. DAF , NGC 1 73 6 + 7330 ACKB 6.00 5. 12 + 1 PTP2 3.3-6 2.87 -END N— + RFGION KEY ( REGI QN.REFER ENCE * EXPLANAT-IQN1 + 1* AFF BRIGHTEST PART OF NEBULA BEGIN N 9 ( LMC ) C = 0.16 (C = 0.10*CSC B) + AFF NORTHEAST OF CENTER + B. AFF * SOUTHWEST OF CENTER- -WAVE IDENT N RG REF OBS I AVE 0 CORK I AVÉ C + AFF SOUTHEAST OF CENTER 3727 II DAF 260.00 290.22 + AFF NORTHWEST OF CENTER 4861 I DAF 100.00 100.00 100.00 100.00 + (LMC + 659 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + (LHC LI Í LHC + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + vm _LQ LLU 1 DAf . 21Q.QQ ■ 21Q.0Q -LQI.afl.jL- 207.84 4340 _tí I 1 OAF , flfla.QQ 38.00 57.63 + 4861 DAF 100.00 100.00 100.00 100.00 + (LHC 4991 (0 IIII 1 OAF 195.00 195.00 178.60 17Ó.60 + + BEGIN N 11 (LHC C = 0.38 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVË C 0.68 (HYDROGEN LINES) + .-37¿7 (0 II) 1 AB DAF . 165.iM .214. ?_4 — + l CD DAF 220.00 285.65 WAVE IDENT N RG REF OBS I CORRI "avTc" + l E DAF 250.00 324.60 3727 (O II ) 1 A DAF 220.00 351.04 + 1 F DAF 300.00 389.52 3868 (NE III) 1 A DAF _4L*Û0_ 70.35 + 1 I DAF 360.00 467.42 3969 HI 2 A DAF 15.00 21.53 + 1 B DUF 118.00 153.21 3969 (NE III) 2 A DAF 15.00 21.53 + 3835 1 E DAF 23.00 29.07 17.94 4101 HI 1 A DAF 35.00 . ßflt.OQ 47,48 47.48 + 1 B DUF 5.40 14.20 6.82 17.94 4340 H I 1 A DAF 38.00 38.00 46.80 46.80 + (NE III) l AB DAF 28.00 28.94 35.08 36.26 4861 H I 1 A DAF 100.00 100.00 100.00 100.00 + 1 CD....D4F, . ■29,94 47 « 61, ?6t 26 -4991 _ < o i.m i -A, .Q.A_F_ 270,00 -270,09.. . 2 5-9-,AO 2 §.9,4.0 - + l E DAF 55.00 28.94 68.90 36.26 + 1 F DAF 11.00 28.94 13.78 36.26 REGION KEY (REGIÜN,REFERENCEtEXPLANATI ON) + 1. . P DUF. -L2jJL0 . ¿.9.t94 . 1 36.26 A. DAF . NGC 1829 + 3889 H I ? B DUF 12.70 15.82 + 3889 HE I 1 B DUF 12.70 12.70 15.82 END 23 (LHC + 3969 H I_ 2 AB....DAF,. 12-t.cm. .14,69. + 2 CD DAF 14.00 17.13 + 2 E DAF 11.00 13.46 + _2 E—DAF_ .00 . 7,34- BEGIN N. 30 (LHC C = 0.21 1HYDRQGEN LINES) + 2 B DUF 14.50 17.74 + (NE III) 2 AB DAF 12.00 14.68 WAVE IDENT N RG REF OBS I CORR I + 2 CD DAF 14. QQ 17.13, . 3727 (D II ) 1 B DAF 100.00 115.52 + 2 E DAF 11.00 13.46 3868 (NE III) 1 B DAF 16.00 16.00 18.12 18.12 + 2 F DAF 6.00 7.34 3969 HI 2 B DAF 6.00 .71 + _2 6—DUF - 14,5.0 -17.14- 3969 (NE III) 2 B DAF 6.00 6.71 + AB DAF 15.00 27.02 17.79 32.05 4101 B DAF 49.00 49.00 53.84 53.84 + 1 CD DAF 20.00 27.02 23.72 32.05 4340 1 B DAF 44.00 44.00 46.92 46.92 + _1 E DAF 49. QQ 27.02 53.10 32.05 4471 H£. -I_ _J B DAF ¿5-^00- -25 ..00- 26.26 26.26- + 2 F DAF 28.00 33.20 4861 I 1 B DAF 100.00 100.00 100.00 100.00 + 1 B DUF 24. 10 27.02 28.58 32.05 4991 III) 1 B DAF 80.00 80.00 78.92 78.92 + .4340 1 . AB .DAF .41,00 ...43, 96 . ■ ■46, 06- 49.27 + 1 CD DAF 40.00 43.86 44.94 49.27 + 1 E DAF 53.00 43. 86 59.54 49.27 + _2 F—DAF- 3,a,.op -42..6.9- + 1 I DAF 44.00 43.86 49.43 49.27 + 1 B DUF 41.30 43.8o 46.40 49.27 C = 0.11 (HYDROGEN LINES) + —LD 111.). J B Dll F . L.5Q ■ -1, 5Q, 1.68 + 1 AB DAF 7.00 8.65 7.65 9.45 WAVE IDENT N RG REF OBS I CORR I AVE C + 1 CD DAF 6.00 8.65 6.56 9.45 3727 (0 II ) 1 B OAF 190.00 204.92 + _J E DAF 17.00 . 8,65 18.58, 9. .4 5 _1 f. AC KB 190.^00 204.92 + F DAF 2.00 2.19 C DAF 213.00 229.72 + B DUF 4.60 8.65 5.03 9.45 D DAF 370.00 399.05 + -1FE LIU . L . B—DJF . -0,10 0.70 0.73 Q.,73 -F.DAF . 34Q.-QQ 864.70 + 4712 HE I 2 B DUF 0.40 0.41 1 B DUF 136.00 146.6Ô + 4712 (AR IV ) 2 B DUF 0.40 0.41 3771 H I l B DUF 2.20 2.20 2.37 2.37 + 4861 __ü_ AB—DAF 100.00 100.00 100.QO 8798 H L_ _J B DUF 3.80 ,4.QB + DAF . . 100,110. + 100.00 100.00 100.00 100.00 C DAF + 3j-8Q. + 11.00 7.27 11.77 7.78 + C DAF 100.00 100.00 100.00 100.00 D DAF 6.00 7.27 6.42 7.78 + CD DAF 100.00 100.00 100.00 100.00 B DUF 4.80 7.27 5.14 7.78 + E DAF 100.00 100.00 100.00 100.00 B DAF 16.00 32.83 17.08 35.05 + F DAF 100.00 100.00 C AC KB 66.00 32.83 70.45 35.05 + J—DA£_ 100,00 . 1-QQ-, 00- -100,0.0.- l.QQt.QQ _J C .DA F , ,4-L,QP... _3L«-fl2— +3,76 3.5,05. + 1 B DUF 100.00 100.00 100.00 100.00 D DAF 12.00 32.83 12.81 35.05 + 4922 HE I 1 B DUF 1.30 1.30 1.29 1.29 F DAF 14.00 32.83 14.94 35.05 + 4959 _LQ LLU 1 B DAF 115.00 -LQ4.,. 3-3„ 112,89 l.Q.2_«_+2.. -B PUF 48.00 32.83 51.24 35.05 + 1 C DAF 86.00 104.33 84.42 102.42 3889 H I DUF 13.10 13.96 + l B DUF 112.00 104.33 109.95 102.42 3889 HE I DUF 13.10 13.96 + 4991 _LQ LLLL 1. AB..PAF- 400.00 378.75 390.30 369.56 3969 _H I— _2 6 PAE ,QQ 9-,-Bfl + 1 CD DAF 450.00 378.75 439.09 369.56 C DAF 13.00 13.78 + I E DAF 400.00 378.75 390.30 369.56 D DAF 18.00 19.08 + ? . F_. QAF_ 210.00 204.91 2 F DAF 15. *00 15.90 + 1 I DAF 265.00 378.75 256.57 369.56 DUF 16.70 17.71 + l B DAF 320f00 332.67 311.23 323.55 DAF 8.00 8.48 + U C—D A.E— 320.00 332. 67 -Jl 1,2.3- ..322«-55.. 2 C DAF 13.00 13.78 + l B DUF 358.00 332.67 348. 19 323.55 D OAF 18.00 19.08 + 5199 (N I 1 B DUF 0.60 0.60 0.56 0.56 F DAF 15.00 15.90 + 5876 HE I _1 B-PUF , 13.80 -1.3-, 90- 11.44 11.44 16.70 17.71 + 6312 (S III) 1 B DUF 2.40 1.86 4026 HE I C AC KB 2.10 2.10 2.22 2.22 + 6548 ( N II) l B DUF 3.00 2.25 A 4101 H I B DAF 24.00 22.40 25.21 23.53 + 6563 u_ i B DUF 327.00 -3-21,. 00.- .2* + , 76 2++,76 21.00 22.40 22.06 23.53 + 6583 (N II) 1 B DUF 11.30 11.30 .43 8.43 D DAF 28.00 22.40 29.42 23.53 + 6678 HE I 1 B DUF 3.80 3.80 2.80 2.80 F DAF 14.00 22.40 14.71 23.53 + ..6X16 _LS ID. 1 R DUF 13.00 .13,00 9.54 9:54 DUF _?Jt«.o,Q— 22.40 26,26 23.53 + 6731 ( S II ) l B DUF 9.20 9.20 6.74 6.74 B DAF 25.00 44.52 25.86 +6.0+ + 7065 HE I l 8 DUF 4.50 4.50 3.17 3.17 C DAF 50.00 44.52 51.71 46.0+ + 7136 (AR 11!) 1 B DUF 13.00 ..L3-.Q.Q.. -3U0 -J P DAE,, 50,00. . ++,52 5L, 71 _+6 ,.Q-+— + F DAF 50.00 44.52 51.71 46.04 + REGION KEY (REGI ON,REFERENCE,EXPLANATI ON) DUF 43.10 44.52 44.58 46.04 + B. DAF . IC 2115 + NGC 1763 _1 A WB. +9. «00 -++,52 . 5Q.,.6fl ..+6,0+.- + C, DAF , NGC 1769 4363 (0 III) DUF 6.47 6.68 + E, DAF , NGC 1773 4471 HE I C ACKB 5.00 5.13 + F. DAF . NGC 176Q -,C -DAF—. 5.00 ,. 5.13 5.13 5.27 + IC 2115 + NGC 1763 1 D DAF .00 5.13 8.21 5.27 + 1 B DUF 2.40 5.13 2.46 5.27 + END 4658 (FE 111) 1 B DUF . .fl-. QQ . . 5.QQ 5.07 5.07 + 4686 HE II 1 C ACKB 7.60 7. + 4712 HE I 2 B DUF 2.20 2.22 + -+712.. (AR IV ) _2 B DUF 2.20 2.22 + BEGIN N 17 (LHC ) C = 1.36 (HYDROGEN LINES) 4740 (AP IV ) l C ACKB 2.00 2.02 + 4861 H I 1 B DAF 100.00 100.00 100.00 100.00 + HAVE IDENT . N..P.G-PEF DBS I AVE Q CORR I AVÈ C _J C ACKB IDO.QQ 100.00 100.00 100.00 + 3727 IT ) 1 DAF 350.00 891. 14 C DAF 100.00 100.00 100.00 100.00 + 4101 I l DAF 14.00 25.76 D DAF 100.00 100.00 100.00 100.00 + (LHC + 660 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 8—Continued + _4á LLHC_ 55 (LHC + WAVE IOENT N RG REF OBS AVE 0 CORR I AVE C WAVE IOENT N RG REF OBS I AVE 0 CORR I AVÉ C + -45.61 H I 1 F PAF IQQtQ.Q. 100.00 100.00 100.00 —1136. (AR III) .1 A DUF 6.50 6.50 5.51 —5.91 + i B DUF 100.00 100.00 100.00 100.00 + 1 A WB 100.00 100.00 100.00 100.00 + 4922 HE I 1 B OUF 1.20 + 1.20- 289.00 1.20 1.20 + 4959 (0 III) 1 B OUF 289.00 287.46 287.46 + 4991 (0 III) 1 B OAF 160.00 277.50 158.87 275.53 + 1 Ç PAF. 630.00 ¿77 ? 5Q . 625.54 275.53 57 (LHC 0.20 (HYDROGEN LINES) + 1 D OAF 130.00 277.50 129.08 275.53 + 1 F DAF 190.00 277.50 188.65 275.53 WAVE IDENT N RG REF OBS I CORR I + (0 III) 1 C AC KB 631.00 698.33 625.95 692.74 3727 (O 11)1 A DAF 510.00 585. 14 + 1 B DUF 789.00 698.33 782.68 692.74 3969 l A DAF 41.00 41.00 45.60 45.60 + 1 A WB 675.00 698.33 669.59 692.74 4101 1 A DAF 45.00 45.00 49.22 49.22 + 1 C ACKB 20.40 15.95 19.32 15.11 4340 1 A DAF 44.00 44.00 46.78 46.78 + 1 B DUF 11.50 15.95 10.89 15.11 4471 HE I 1 A DAF 11.00 11.00 11.53 11. 53 + 6300 (0 I ) 1 C ACKB 9.10 9. 10 8.45 8.45 4861 HI 1 A DAF 100.00 100.00 100.00 100.00 + 6312 (S III) 1 Ç açkb 3.00 2. 10 2.79 1.95 4991 (0 III) 1 A DAF 160,00 160.00 157.95 157.95 + 1 B DUF 1.20 2.10 1.11 + 6548 (N ll ) 1 B DUF 2.00 1.84 + .656? ti- X _BLLL_ 299.00 299.00 274.95 + (N II ) 1 C ACKB 14.50 10.85 13.32 9.97 + 1 B DUF 7.20 10.85 6.62 9.97 + 6678 -HE I _L e PUF. 2.60 2.60 2.38 2.38 BEGIN N 59 (LHC . o«?7 (hyprogen LINE?) + 6716 (S II ) 1 B DUF 10.80 10.80 9.88 9.88 + 6730 (AR lit) 1 C ACKB 17.80 17.80 16.27 16.27 WAVE IDENT N RG REF OBS I CORR I + 6731 -LS LI ) J B DUF . 7..6Q- .60 6.95 6.95 3727 _LQ LL_L 1 à_P-A£_ -IMtOQ 1671 64- + 7065 HE I B DUF 3.00 3.00 2.71 2.71 DAF 320.00 412.64 + 7136 (AR III) B DUF 16.70 16.70 15.06 15.06 1 A DUF 126.00 162.48 + —3J5Q.. 1 A PDF ?tlQ . 2tlQ 2,69 .?,69_ + REGION KEY {REGI ON,REFERENCE,EXPLANATION) 3771 I A DUF 2.20 2.20 2.81 2.81 + B, DAF » NGC 1935 = IC 2126 3798 I A DUF 2.60 2.60 3.30 3.30 + Ci QA£_ , NGC 1936 = IC 2127 -.3835 _t! L_ A DUF -3.50 _3.5Q- 4-, 40 -4.40- + DAF , PART OF IC 2128 (NE III) 1 DAF 28.00 26.73 34.87 33.29 + DAF , NGC 1929 1 DAF 27.00 26.73 33.63 33.29 + DUF . NGC 1935 = IC 2126 L_ A DUF 25.20 26.73 3L« 38 -IX. 2 9 + 3889 H I 2 A DUF 13.00 16. 10 + 44 (LHC 3889 HE I 2 A DUF 13.00 16.10 + -3-969 _ _ü I_ -2 A DAF 15.0.QQ 182.59 + 2 B DAF 9.00 10.96 + 2 A DUF 18.30 22.28 + BEGIN N (LHC 0.80 (HYDROGEN LINES) INE III) -Z A DAJ 150.QQ + B DAF 9.00 10.96 + WAVE IDE NT N RG REF OBS I CORR I A DUF 18.30 22.28 + 3727 LD II ) 1 A DAF - 350.00 60K.4R HF I _J A. DU£ + C DAF 370.00 641.14 4069 II ) A DUF 1.30 1.30 1.55 1.55 + 1 D DAF 210.00 363.89 4101 I A DAF 20.00 22.40 23.61 26.44 + 3868 INE III) 1 C DAF 25.QQ 4f). 1 fl _3 DAE 28. QQ 22.40 33.05 26.44 + 3969 HI 2 C DAF 15.00 22.95 A DUF 19.20 22.40 22.66 26.44 + 3969 INE III) 2 C DAF 15.00 22.95 A DAF 38.00 28.43 42.56 31.84 + -41Q1 H I 1 A.. DAF 17. QQ 24.34 -B DAf 5.00 28.43 5.60 - 31.84 - + 1 C DAF 31.00 24.00 44.38 34.36 A DUF 42.30 28.43 47.38 31.84 + 1 A DAF 38.00 38.00 48.55 48.55 436 3 (0 III) A DUF 2.99 2.99 3.33 3.33 + 1 C DAF 38. QQ 38.00 48.55 48.55 4471 HE.—I -A PAJE. 7.00 + 4471 HE I 1 C DAF 5.00 5.00 6.03 6.03 B DAF 12.00 7.43 13.09 8.11 + 4861 1 A DAF 100.00 l00.00 100.00 100.00 A DUF 3.30 7.43 3.60 8. 11 + _1 C—DAF . 100.00 LQQ..Q.Q 100.00 1QQ.QQ A DUF 0- 30 0.31 + D DAF 100.00 100.00 100.00 100.00 4712 (AR IV ) DUF 0.30 0.31 + III) l A DAF 120.00 132.33 113.96 125.67 4861 H l DAF 100.00 100.00 100.00 100.00 + 1 C DAF 97.00 132.33 92.11 125.67 DAF 100.00 100.00 100.00 100.00 + 1 D DAF 180.00 132.33 170.93 125.67 DUF 100.00 100.00 103.00 100.00 + 4922 HE I DUF 0.80 0.80 0. 79 0.79 + £ND.. _51 LLHC 4959 (0 III) DUF 188.00 188.00 184.64 184.64 + 1 A DAF 640.00 480.00 624.88 468.66 + 1 B DAF 320.00 480.00 312.44 468.66 + _50-07 . _LQ III) 1 A DUF 547.00 5^7.00 532.40 532,40 + 55 (LHC C * C.12 (HYDROGEN LINES) 5518 (CL III) DUF 0.30 0.30 0.26 0.26 + 5538 (CL III) DUF 0.30 0.30 0.26 0.26 + WAVE IDENT N RG REF AVE O CORR I AVE C 5876 -HE_L. DUF -IX-.-0.0 14.00 11,66 -IL, 66 . + 3727 (0 II ) 1 DAF 320.00 347.51 6312 (S III) DUF 1.60 1.60 1.25 1.25 + 1 A DUF 173.00 187.87 6548 (N II ) DUF 3.00 3.00 2.27 2.27 + 3835 _L 1 A DUF 2.80 3.01 6563 H I DUF 348.00 348.00 262.47 262.47 + 3868 (NE III) 1 DAF 16.00 11.90 17. 18 12.78 6583 (N II } DUF 11.70 11.70 8. 80 + 1 A DUF 7.81 11.90 8.39 12.78 6678 HE I DUF 2.80 2.80 2.08 2.08 + 3889 _L 2 A DUF 10.10 10.83 6716 _LS il ) DUF . U-».2Q Uf2Q g,-2 9 8.29 + 3889 HE I 2 A DUF 10.10 10.83 6731 (S II) DUF 7.90 .90 5.84 5.84 + 3969 H I 2 DAF 15.00 15.99 7065 HE I DUF 2.50 2. 50 1.78 1.78 + 2 A OUF 11.40 12.15 7136 (AR III) DUF 14.60 14.60 10.31 10.31 + (NE III) DAF 15.00 15.99 + DUF 11.40 12.15 REGION KEY (REGI ON,REFERENCE,EXPLANATION) + DAF 22.50 ¿3_,95 23.74- 25^7 A, DAF , NGC 2032 * NGC 2035 + A DUF 25.40 23.95 26.80 25.27 B, DAF , NGC 2040 + DAF 39.00 40.75 40.46 42.28 A, DUF , NGC 2032 + NGC 2035 + A DUF »2,50 40.75 44.09 »2^28 + 4363 (0 III) 1 A DUF 1.49 1.49 1.54 1 .54 + 4471 HE I 1 DAF 2.00 2.45 2.06 2.52 + J A DUF ¿..90 .2,45 2.52 + DAF 100.00 100.00 100.00 100.00 + DUF 100.00 100.00 100.00 100.00 C = 0.68 (HYDROGEN LINES) + 4922 HE I . _1 A DUF ,70 0,70 Q.7Q (L..70 + 4959 III) DUF 91.50 91.50 90.97 90.97 WAVF IDENT N RG REF OBS I CORR I AVE C + 4991 III) DAF 200.00 200.00 198.46 198.46 3727 (O II ) 1 l DAF 310.00 494.65 + 5HQ.7. -LQ III) 1 K DUF. 277.00 277.QQ -XJ.4.&B- 274.58 3868 (NE III) 1 1 DAF... 28.QQ -28.QQ 41.91 + 5199 (N I ) DUF 0.50 0.50 û . 49 0.49 3969 I 2 1 DAF 30.00 43.06 + 5518 (CL III) DUF 0.40 0.40 0.38 0.38 3969 III) 2 1 DAF 30.00 43.06 + 5538 (CL III) A .DUF... «XQ- «XQ. Q.48 Q-.48 4101 —H I— -l 1 DAF— 56.QQ . 56.QQ 75.96 + 5876 HE I A DUF 12.50 12.50 11.78 .78 4340 I 1 DAF 38.00 38.00 46.80 46.80 + 6312 (S III) A DUF 0.80 0.80 0.74 .74 4471 HE I l DAF 10.00 10.00 11.73 11.73 + 654fl _LN IL.) A DUF 3 .QQ 2.74 A 4R61 1 DAF— 1QQ.QQ 100.00 IQQ^QQ 1QQ.QQ + 6563 H I 1 A DUF 304.00 304.00 277.42 277.42 4991 (0 III) 1 1 DAF + 6583 (N II ) 1 A DUF 11.50 11.50 10.49 10.49 + 6678 HE I A A DUF 1.50 1.36 L.36 REGION KFY (REGI ON.REFFRENCE.FXPLANATIQN) + 6716 (S II ) A DUF 9.40 9.40 8.53 8.53 + 6731 ( S II ) A DUF 6.20 6.20 5.62 5.62 + (LHC + + 661 + + + + American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + BEGIN N _f>S LLM£_ C = 0.16 (C = 0.1Q»CSC B > -23. ( L^C + WAVE IDENT N RG REF OBS I AVE 0 CORR I WAVE IDENT N RG REF OBS I AVE □ CORR I AVE C + 3727 (0 II > I B DAF 419.00 457.65 5199 .IN I 1_J E_ PJF .80 0.80 0.75 + 3868 (NE III) I B DAF 11.00 12. 10 1 A1 PTP2 13.00 13.60 10.93 11.44 + 3969 HI 2 B DAF 15.00 16.33 1 A2 PTP2 13.00 13.60 10.93 11.44 + 3969 (NE III) 2 B DAF 15,00 16.33 _1 E_ DUF 14.80 13.60 12.45 11.44 + 4101 DAF 28.00 28.00 30.08 30.08 6548 (N II ) 1 E DUF 7.00 5.37 + 4340 1 B DAF 69.00 69.00 72.47 72.47 6563 I 1 A1 PTP2 360.00 337.00 275.69 258.08 + 4861 1 B DAF 100.00 100.00 100.00 100.00 PTP2 340.00 ??7tOQ + 1 A2 DUF -258»09 + 4991 (0 III) 1 B DAF 311.00 337.00 238.17 258.08 + II I 1 A1 PTP2 28.00 28.20 21.39 21.54 + END N 68 (LMC L_ 1 A2 PTP2 34.00 28,20 25,97 21.54 + 1 E DUF 22.60 28.20 17.26 21.54 + 1 A1 PTP2 3.40 3.98 2.57 3.01 + 1 A2 PTP2 —3_i_55 3.98 2.68 3.01 + BEGIN N 69 (LMC ) C = 0.28 (HYDRUGEN LINES) DUF 5.00 3.98 3.78 3.01 + 6716 ( S II ) 1 A1 PTP2 15.00 19.77 11.28 14.87 + WAVE IDENT K RG REF OBS I AVE O CORR I AVE C 1 A2 PTP2 ?4.0.Q_ 19.77 18.05 14.87 + 3727 (O II ) 1 DAF 430.00 521.23 DUF 20.30 19.77 15.27 14.87 + 3368 (NE III) 1 DAF 21.00 21.00 24.79 ) l A1 PTP2 17.00 16.57 12.77 12.44 + 3969 H I 2 DAF 21.00 24.37 1 -P-LP.2. 19 j.Q.Q_ L6.57 14.27 12.44 + 3969 (NE III) 2 DAF 21.00 24.37 l E DUF 13.70 16.57 10.29 12.44 + 4101 H I 1 DAF 42.00 42.00 47.62 47.62 1 A1 PTP2 5.45 4.82 3.95 3.49 + 4340 HI 1 DAF + DAF + 43.00 43.00 46.85 46,95 1 A2 PTP2 4,19 ,92 3.04 ?,49 + 4861 H I l 100.00 100.00 100.00 100.00 A1 PTP2 IS . 00 12.33 10.80 8.88 + 4991 (0 III) 1 DAF 140.00 140.00 137.49 137.49 1 A2 PTP2 13.00 12.33 9.36 8.88 + _1 L. -OJIE- 9.QQ 12.33 6.48 8.88 + 7320 II ) 2 Ai PTP2 8.02 5.67 + 2 A2 PTP2 8.55 6.04 + 7330 _LQ_ II ) 2 Al PTP2 8.02... 5,66 + C = 0.28 (HYDRUGEN LINES) + REGION KEY (REGIQN,REFERENCE,EXPLANATION) + WAVE IDFNT N RG REF OBS I AVE O CORR I AVE C PTP , BRIGHTEST H ALPHA REGION. SAME AS IC 2111 + 3727 (O II ) 1 DAF 405.00 490.93 PTP , 5 ARCSEC N OF REGION l. SAME AS IC 2111 + 4101 38.OQ 38.00 43.08 43.Q8 + 4340 H II 11 DAF + DAF 43.00 43.00 46.85 46.85 ( LMC + 4961 H I l DAF 100.00 100.00 100.00 100.00 + 4991 (0 III) 1 DAF IñQ.Q.Q 1BQ.QQ 176.77 176.77 + 0.48 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I CORR I + 3727 (0 II ) 1 1 DAF 220.00 305.97 + C = 0.16 IC = Q.1Q»CSC B) 1 1 DAF 8.06 + 3868 (NE III) 1 1 DAF 19.00 25.26 25.26 + WAVE IDFNT N RG REF OBS I AVE Ü CORR I AVE C 3969 H I 2 1 DAF 11.00 14.20 + 3727 _L0 LI ) 1 DAF 37.QQ 4J-.30 (NE III) 2 1 DAF 14.20 + 4861 I 1 DAF 4101 1 l DAF 21.00 21.00 26.04 26.04 + 4340 1 1 DAF 40.00 40.00 46.33 46.33 + END _LZ (I MC L_ 4471 -J 1 DAF 7.00 7.00 7.83 7. 83 + 4861 H I 1 1 DAF 100.00 100.00 100.00 100.00 + 4991 (0 II I ) 1 1 DAF 410.00 410.00 397.48 397.48 + C = 0.35 (HYDROGEN LINES) REGION KEY (REGION,REFERENCE,EXPLANATION) + 1, DAF , NGC 1745 + NGC 1737 + IDENT N RG REF OBS I ...AVE Q CURR .1. .AVE. C + (0 I I ) l DAF 230.00 292.60 + 1 N DAF 350.00 445.27 + 2 Al PTP2 180.00 228.99 + 2 A2 PTP2 250.00 318.05 + 1 E DUF 197.00 250.62 BEGIN N 0.13 (HYDROGEN LINES) + 372° (O II ) 2 A1 PTP2 180.00 228.84 + A2 PTP2 250.00 317.83 WAVE IDENT N RG REF OBS I CORR I + (NE III) 1 DAF 12.00 11.70 14. 77 14.40 3727 (O II ) 1 1 DAF 310.00 338.97 + L N DAF 8.00 11.70 9.85 14.40 _1 A DUF 208.00 22T..±4.. + A1 PTP2 18.00 11.70 22.15 14.40 3 83 5 HI 11 DAF 19.00 19.00 20. 58 20.58 + A2 PTP2 8.80 11.70 10.83 14.40 3868 (NE III) 1 1 DAF 32.00 19.80 34.57 21.39 + E DUF 10.40 12.73 1 A DUF 7.60 19.80 -ß-j-2_L _2_L_»_3_9 + 3889 HE I E DUF 10.40 12.73 3969 H I 21 DAF 14.00 15.00 + 3969 H I DAF 6.00 7.23 3969 (NE III) 2 1 DAF 14.00 15.00 + N DAF 15.00 18.07 -A10.L- HI 1 1 DAF 28.00 29.68 + E DUF 11.20 13.49 I 1 1 DAF 40.00 42.20 41.62 43.91 + (NE III) 2 DAF 6,00 7.23 1 A DUF 44.40 42.20 46.20 43.91 + 2_ N DAF 15.00 18.07 III) 1 A DUF 0.98 0.98 1.02 1.02 + E DUF 11.20 13.49 4471 1 1 DAF 7.00 7.00 7.22 7.22 + DAF 25.00 20.34 29.25 23. 80 4861 1 1 DAF 100.00 100.00 100.00 100.00 + N DAF 14.00 20.34 16,38 23.80 1 A DUF 100.00 100.00 100.00 100.00 + Ai PTP2 24.00 20.34 28.08 23.80 4991 (0 III) 1 l DAF 220.00 220.00 218.16 218.16 + A2 PTP2 22.00 20.34 25. 74 23. 80 5007 (0 III) 1 A DUF 266.00 266.00 263.48 263.48 + E DUF 16.70 2C.34 19.54 23. 80 5976, HE I 1 A DUF 14.90 14.90 13.97 13,^7 + DAF 38.00 36. 38 42.30 40.50 + N DAF 19.00 36.38 21.15 40.50 + A1 PTP2 43.00 36.38 47.87 40.50 REGION KEY (REGION,REFERENCE,EXPLANATION) + A2 PTP2 42.00 36.38 46.75 40.50 DAF , NGC 1770 + E DUF 39.90 36.38 44.41 40.50 DUF , IC 2117 + 11II L Al PTP2 1.94 1.60 2.15 1.78 + A2 PTP2 1.27 1.60 1.41 1.78 + N DAF 5.00 4.11 5.43 4.46 + Al PTP2 4.931 4.11 5.35 4.46 + A2 PTP2 3.90 4.11 4.23 4.46 + E DUF 2.60 4.11 2.82 4.46 C = 0.13 (HYDROGEN LINES) + DAE 1QQ.0Q 100.QQ 100.00 100.00 + N DAF 100.00 100.00 100.00 100.00 WAVE IDENT N RG REF OBS I CORR I AVE C + Ai PTP2 100.00 100.00 100.00 100.00 3727 (O II ) 1 DAF 190.00 207.75 + A2 PTP2 100.00 100.00 100.00 100.00 3869 (NE III) 1 DAF 40.00 40.00 43.21 43.21 + 1 E DUF 100.00 100.00 100.00 100.00 3969 H I 2 DAF 20.00 21.43 + 4922 HE I 1 E DUF 0.70 0.70 0.69 0.69 3969 (NE III) 2 DAF 20.00 21.43 + 4959 _LQ III) 1 E DUF 41.30 41.30 4Q.6Q 40.60 4101 _H I_ DAF 42.QQ 42. QQ 44.52 44.52. + (0 III ) 1 DAF 390.00 270.00 381.28 263.96 4340 I 1 DAF 45.00 45.00 46.83 46.83 + 1 N DAF 150.00 270.00 146.65 263.96 4861 H I I DAF 100.00 100.00 100.00 100.00 + _LQ III) 1 Al PTP2 400.00 -251. QQ 389.89 244.66 4991 (n ITT) 1 DAF 22Q-..QQ 22Q.QQ -2.18. 16 218.16 + A2 PTP2 220.00 251.00 214.44 244.66 + E DUF 133.00 251.00 129.64 244.66 (LMC + + 662 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + BEGIN N 1Q3 (LHC 0.06 (HYDROGEN LINES» BE6IN N I2Q t LMC... 0.26 (HYDROGEN LINES) + WAVE IDENT RG REE OBS I AVE 0 CORR I AVE C WAVE IDENT N RG REF OBS I CORR I + 4349 _I PAF 46.00 46.00 46.85 46.85 3727 _LQ LL_ I DAF 330.00 ..394. + 4861 H I I OAF 3969 1 DAF 27.00 27.00 31.00 31.00 + 4101 1 DAF 24.00 24.00 26.97 26.97 + _1NC N L03 LLM£ L_ 4340 _! l PAF, 43.00 46.56 46.56 + 4471 I DAF 3.50 3.50 3.72 3.72 + 4861 I DAF 100.00 100.00 100.00 100.00 + 4991 im DAF 120.00 120.00 118.00 118.00 + 105 (LHC C = 0.32 (HYDROGEN LINES) + AVE O CORR I AVE C + 3727 (0 II ) 1 A DAF 280.00 348.87 + 1 A DU F 312.00 388.74 + 3835 H_ J 1 A OUF 4.30 5.24 C = 0.85 (HYDROGEN LINES) + 3868 (NE III) 1 A DAF 16.00 19.34 + 3889 H I 2 A DUF 10.60 12.76 WAVE IDENT N RG REF OBS I CORK I aVe c + 3889 HE I 2 A DUF 10.60 12.76 3727 (O II ) 1 1 DAF 230.00 412.48 + 2 A DAF 15.00 17.78 3868 (NE I II) 1 1 DAF 54.00 89.40 + 2 A DUF 11.00 13.04 3969 (NE III) 2 1 DAF 20.00 31.42 + 3969 CNE III) 2 A DAF 19,0.0. ■L7.T.78. _L9fr9 .. HI 21 DAF 20,00 31.»2 + 2 A DUF 11.00 13.04 4101 H I 1 DAF 29.50 29.50 43.19 43. 19 + 4069 (S II ) 1 A DUF 3.10 3.10 3.60 3.60 4340 H I 1 DAF 36.00 36.00 46.70 46.70 + AIQ.1. H I 1 A OAF 21.00 21.60 24.24 24.93 .4.471 HE I 1 DAF 3.50 3,90 ^,27 4.27 + 1 A DUF 22.20 21.60 25.63 24.93 4861 1 DAF 100.00 100.00 100.00 100.00 + 4340 1 A DAF 35.00 38.40 38.60 42.35 4991 (0 III ) 1 1 DAF 490.00 490.00 4o3.82 463.82 + 1 A DUF 41.80 38.40 . 44,10... -42,39 + 4363 (0 III) l A DUF 1.58 1.58 1.74 1.74 REGION KEY (REGI ON,REFERENCE,EXPLANATION) + 4471 HE I 1 A DAF 3.50 3.95 3.77 4.26 1, DAF , INCLUDES NGC 1962, 1965, AND 1970 + 1 A PUF 4,40 3,99 4.74 4,24 + 1 A DAF 100.00 100.00 100.00 100.00 + l A DUF 100.00 100.00 100.00 100.00 + 4922 HE I _1 A DUF 0.70 Q.7Q_ -.0^69. . Q,69 + 4959 (0 III) l A DUF 96.10 96. 10 94.61, 94.61 + 4991 (0 III) 1 A DAF 290.00 290.00 284.07 284.07 C = 0.13 (HYDROGEN LINES) + 5007 _LQ III) 1 A DUF 289.0.0- 289.00 282.32 282.32 + 5199 (N I ) 1 A DUF 0.80 0.80 0.76 0.76 WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + 5518 (CL III) 1 A DUF 0.60 C.60 0.54 0.54 3727 (0 11)1 C DAF 280.00 306.16 + 5538 (Cl HD J A-DUf.- 0.60 0.60 0.54 0.54 ,4101 ti I 1 C DAF 53.00 5-3.. 0.0 56.18 56J^L8_. + 5876 HE I 1 A DUF 15.50 15.50 13.23 13.23 4340 HI 1C DAF 45.00 45.00 4o.83 46.83 + 6312 (S III) l A OUF 2.70 2.70 2. 18 2.18 4861 HI 1C DAF 100.00 100.00 100.00 100.00 + 6548 _U( II ) J A DUF 12.QQ 9.42 4991 ( 0 Till 1 C DA F 210.QQ ¿10. QQ 208.24 208.24 + 6563 l 1 A DUF 360.00 360.00 282'. 07 282.07 + 6583 (N II 1 A DUF 38.90 38.90 30.41 30.41 + 6618 HE I 1 A DUF 3.60 3.60 2_. 79 2.79 + 6716 (S II ) 1 A DUF 30.60 3C.60 23.59 23.59 + 6731 < S II) 1 A DUF 22.80 22.80 17.55 17.55 + 7065 HF I J A DUF 3.IQ— 3.10 2.31 2.31 BEGIN N 154 (LHC 1.00 (HYDROGEN LINES) + 7136 (AR III) 1 A DUF 15.20 15. 11.25 + WAVE IDENT N RG REF OBS I AVE O CORR I + REGION KEY ( R FGI QN , REFER FNf.F , EXPL ANAT IQN) 3727 _L0 II 1.1 A DAF 210.00 417.50 + DAF NGC 1858 3868 (NE I II) 1 A DAF 13.00 13.00 23.53 + DUF NGC 1858 3969 (NE III) 2 A DAF 14.00 23.82 + 3969 H I 2 A DAF 14.00 23.82 + 4101 H I 1 A DAF 17.00 17.00 26.62 26.62 + 4340 H I 1 A DAF 34.00 34.00 46.18 46.18 + 4471 HF I _J A DAF 9.50 9.50 12.01 12.01 + 4861 H I 1 A DAF 100.00 100.00 100.00 100.00 + C = 1.44 (HYDROGEN LINES) 4991 (0 III) 1 A DAF 190.00 190.00 178.11 178.11 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C (LHC + 3727 (O II ) 1 1 DAF 290.00 780.10 + 1 2 PA.F-, *40, QP 11B3,6Q + 3835 DAF 10.00 1C.00 24. 28 24.28 + 3868 (NE III) l DAF 21.00 21.00 49. 34 49.34 0.09 (RELATED STARS) + 3969 _±L 1 PA.F- 9.00 JL3^ + 3969 (NE III) 1 DAF .00 19. 34 WAVE IDENT N RG REF OBS I AVE ü CORR I + 4101 H I 1 1 DAF 14.00 14.00 26, 70 26.70 3727 (O II ) i C OAF 255.00 271.27 + 4340 _H L J 1 PAF 30.00 65.00 46. 63 101.03 3835 HI I C DAF 14.00 14.00 lAi 14.80 + 1 2 DAF 100.00 65.00 155, 42 101.03 3868 (NE III) l C DAF 27.00 27.00 28.48 28.48 + 1 1 DAF 100.00 100.00 100. 00 100.00 3969 HI 2 C DAF 14.00 14.69 + 1 2 DAF 100.00 100.00 100. 00 100.00 3969 (NE III) 2 C DAF 14.00 14.69 + (0 III) 1 1 DAF 190.00 265.00 173. 12 241.46 4101 C DAF 34.00 34.00 35.40 35.40 + 1 2 DAF 340.00 265.00 309. 80 241.46 4340 C DAF 48.00 48.00 49.34 49.34 + 4471 C DAF 8.00 8.00 8. 17 8. 17 + REGION KEY (REGI ON,REFERENCE,EXPLANATI ON) 4861 I C DAF 100.00 100.00 100.00 100.00 + 1, DAF , COVERS N 113 A, B, E, D. INCL. NGC 1874 £ NGC 1877 4991 (0 III) C DAF 280.00 280.00 278.38 278.38 + 2. DAF , PROBABLY ENTIRE REGION. INCL. NGC 1874. 1876 £ 1877 + END + 0.31 (HYDROGEN LINES) + BEGIN N 119 (LHC C, 19 (HYDROGEN LINES) + WAVE IDENT N RG PE F OBS I CORR I + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 3726 (O II ) l DAF 315.00 389.86 + 3727 LQ II ) 1 DAF 270.00 ¿99,_3¿ I A DAF 2flP-t 00 371.30 + 1 DUF 224.00 248.32 1 C DAF 160.00 198.03 + III) 1 DAF 32.00 18. 76 34.98 20.51 1 DF DAF 300.00 371.30 + DUF 5.53 -Lâ-tJA- 6,0^ _2P_t 51 2 A PTP2 120.00 1*8.52 + 3969 H I 2 DAF 14.00 15.16 3729 (O II ) 2 PTP2 120.00 148.43 + 3969 ( NE III) 2 DAF 14.00 15.16 3835 H I 1 DAF .00 .00 9.68 9.68 + *101 ü I_ DAF 21.00- 21.00 ¿¿«-*6 22.46 3868 ine un i DAF 35.00 _2_*i»frQ *2.07 29.57 + 1 DAF 38.00 39.65 39.79 41.51 A DAF 32.00 24.60 38.46 29.57 + 1 DUF 41.30 39.65 43.24 41.51 C DAF 14.00 24.60 16.83 29.57 + *363 10 HD 1 DUF 0.48 0.*8 -Q-.-5Q 0.50 DF DAF 16.00 2*,60 19.23 29.57 + 4471 HE I 1 DAF 2.00 2.00 2.07 2.07 1 A PT P 2 26.00 31.25 + 4861 H 1 DAF 100.00 100.00 100.00 100.00 3969 (NE III) 2 DF DAF 11.0.0 12.97 + DUF 1QQ.QQ 1QQ.QQ 1QQ.QQ IQfl-iQQ 3969 H I 2 DAF 12.00 14.15 + 4991 ( 0 III) 1 DAF 190.00 190.00 188.17 188.17 2 A DAF 16.00 18.86 + 5007 ( 0 III) 1 DUF 144.00 144.00 142.43 142.43 2 C DAF 9.00 10.61 + 5876 HE I 1 DUF 10.70 10.70 9.9* 9.94 2 DF DAF 11.00 12.97 + (NE III) 2 DAF 12.00 14. 15 + 2 A DAF 16.00 13.86 + + 663 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + -133. (LHC _16Q LL.HC + WAVE IDENT N RG REF □BS I CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 3969 (N^ HI). 2 C OAF 9.00 10.61 5876 HE l 1 A PDF .Ut9Q Ut8Q 12»*? _L2-»¿5_ + I DAF 31.00 26.80 35.62 30.80 6300 ( O I ) 1 A DUF 2.00 2.00 1.58 1.58 + 1 A DAF 39.00 26.80 82 30.80 6312 ( S III) 1 A DUF 2.20 2.20 1.74 1.74 + 1 C DAF 17.00 26.80 19.54 30. 80 6548 ( N II ) 1 A DUF 6.00 4.60 A + 1 DF DAF 25.00 26.80 28.73 30.80 6563 1 A DUF 371.00 371.00 284.12 284.12 + l A PTP2 22.00 26.80 25.28 30.80 6583 ( N II ) l A DUF 17.70 17.70 13.52 13.52 + 4340 1 DAF 31.00 39.80 34.09 43.76 6678 HE I 1 A DUF 4.30 4.30 3.25 3.25 + 1 A DAF 43.00 39.80 47.28 43.76 6716 ( S II ) 1 A DUF 10.80 10.80 8.12 8.12 + l C DAF 41.00 39.80 45.08 43.76 6731 ( S II ) l A DUF 9.10 9.10 6.83 6.83 + 1 DF DAF 43.00 39.80 47.28 43.76 7065 HE I 1 A DUF 5.50 5.50 3.99 3.99 + 1 A PTP2 41.00 39.80 45.08 43.76 7136 ( AR III) 1 A DUF 20.80 20.80 14.97 14. 97 + 4363 (0 III) 1 A PTP2 2.72 2.72 2.98 2.98 7320 ( O II ) 1 A DUF 8.40 8.40 5.94 5.94 + 4471 HE I 1 DAF 6,00 5.02 6.45 5.40 7330 ( O II ) 1 A DUF 7.60 7,60 5.36 5.36 + 1 A DAF 8.00 5.02 8.60 5.40 + 1 C DAF 5.00 5.02 5.38 5.40 REGION KEY (REGI ON,REFERENCE,EXPLANATION) + 1 DF DAF 2.00 5.02 2.15 5.40 A. DAF , NGC 2080 + l A PTP2 4.12 5.02 4.43 5.40 AD, DAF , NGC 2080 NGC 2077 + 1 DAF 100.00 100.00 100.00 100.00 BC, DAF , NGC 2085 NGC 2086 + 1 A DAF 100.00 100.00 100.00 100.00 A, DUF , NGC 2080 + i C DAF 100.00 100.00 100.00 100.00 + 1 DF DAF 100.00 100.00 100.00 100.00 (LHC + 1 A PTP2 100.00 100.00 100.00 100.00 + 1 DAF 250.00 335.00 245.04 328.36 + 1 A DAF 580.00 335.00 568.50 328.36 + _1 C DAF 320.00 335*00 328.36 ..BEG-IN. H... -163 ILMC- 0.54 (HYDROGEN LINE$) + 1 DF DAF 190.00 335.00 186.23 328.36 + 5007 (0 III) 1 A PTP2 430.00 430.00 420.36 420.36 WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + . 5876 - H£. I _1 A,,PT,P2. H.QQ 14.00 12.Q1 12.01 3727 _LQ II 1 1 DAE,. -25Q..Q.Q.- 362.32 + 6563 1 A PTP2 400.00 400.00 315.81 315.81 3868 (NE III) 1 OAF 22.00 30.31 30.31 + 6584 (N II ) 1 A PTP2 21.00 21 .00 16.54 16,54 3969 H I 2 DAF 8.00 10.66 + 6678 _H£_ A A PTP2 4.22 4.22 3.29 3.29 -3969 INE III) 2 DAE 8.00 10.66 + 6717 ( S II ) 1 A PTP2 18.00 18.00 13.99 13.99 4101 H I l DAF 20.00 20.00 25.48 25.48 + 6731 (S II ) 1 A PTP2 13.50 13.50 10.4 10.48 4340 H I 1 DAF 41.00 41.00 48.37 48.37 + _7Q65 HE I 1 A PTP2 -_4..49 4.49 3.38 ■ 4861 H I 1 DAE 100.0-0 100 ..00 100.. 00 100.00 + 7136 (AP III) 1 A PTP2 18.00 13.45 4991 (0 III) l 193.14 193.14 + 7320 (0 II ) 2 A PTP2 10.20 7.50 + 7330 _i_Q LI L _2 A PTP2 10.20 7.49 END 163 (LHC + REGION KEY ( REGI ON,PEFERENCE,EXPLANATI ON) + C. DAF . NGC. 2 084 + DF, DAF , NGC- 2083 + NGC 2078 BEGIN N 164 (LHC 0.21 (HYDROGEN LINES) + A, PTP2, NGC 2079 + HAVE IDENT N RG REF DBS I AVE 0 CORR 1 AVE C + 3727 (O II ) 1 DAF 280.00 323.47 + 3969 H I 1 DAF 12.00 12.00 13.42 13.42 + 4101 Ü I 1 DAF 62.00 62.00 68.12 68.12 + 4340 H I 1 DAF 44.00 44.00 46.92 46.92 + C = 0.35 (HYDROGEN LINES) 4471 HE I 1 DAF 3.50 3.50 3.68 3.68 + 4861 H I 1 DAF 1QQ.Q.Q LQQ.QQ LQQ.QQ 10Q.QQ... + WAVE IDENT N PG REF DBS I CORR I 4991 (0 III) 1 DAF 180.00 177.57 + 3727 (0 II ) 1 DAF 140.00 178.07 + 1 AD DAF 160.00 ¿03.50 END N 164 (LHC 1_ + l BC DAF 270.00 343.41 + 1 A DUF 103.00 131.01 + _J A DUF .2.50 -2.SQ 3. 16 3.16 + 3771 A DUF 3.20 3.20 4.03 4.03 C = 0.16 (C = 0.10*CSC B) + 3798 A DUF 3.70 3.70 4.63 4.63 + 3835 DAF 8.00 6.20 9.92 7.69 WAVE IDENT N PG REF OBS I AVE □ CORR I AVE C + DUF 4.40 6.20 5.46 7.69 3727 (O II ) 1 DAF 310.00 346.03 + DAF 28.00 21.25 34.46 26.15 3868 (NE III) l DAF 32.00 32.00 35.19 35.19 + AD DAF 24.00 -.21.25. ¿9., 54. 26.15 _J363_ _t! L_ DAF 18.00 . 1-9...60— + 1 BC DAF 16.00 21.25 19.69 26.15 3969 (NE III) 2 DAF 18.00 19.60 + 1 A DUF 17.00 21.25 20.92 26.15 4101 H I 1 DAF 60.00 60.00 64.46 64.46 + 1389_ H I_ _2 A DUF 12.10 . 1.4t.8¿ . . .4.3.4-Q— DAF 63.00 63.00 66.16 + 3889 HE I 2 A DUF 12.50 15.31 4471 HE I 1 DAF 9.50 9.50 9.86 9.86 + 3969 H I 2 DAF 15.00 18.07 4861 H I 1 DAF 100.00 100.00 100.00 100.00 + 2 AD DAF 20.00 24.09 . 4991 LQ y.LL-1 OAF 240,00 24O,.0_O 237,53 237,?3 + 2 BC DAF 11.00 13.25 + 2 A DUF 18.20 21.92 + (NE III) 2 DAF 15.00 18.07 + 2 AD DAF 20.00 24.09 + 2 BC DAF 11.00 13.25 + 2 A DUF 18.20 21.92 .P.EQIN „N _L9fl LLM£_ 0.12 (HYDROGEN LINES) + 4069 (S II ) 1 A DUF 2.60 2.60 3.06 3.06 + 4101 H I l DAF 18.00 25.25 21.06 29.54 WAVE IDENT N RG REF OBS I AVE D CORR I AVE C + 1 AD DAF 24.00 25.25 28.08 29.54 3727 (0 11)1 1 DUF 305.00 331.22 + 1 BC DAF 35.00 25.25 40.95 29. 54 4340 I 1 DUF 44.60 44.60 46.27 46.27 + 1 A DUF 24.00 25.25 28.08 29.54 4363 III) 1 DUF 1.10 1.10 1.14 1.14 + _H L_ Jl DAF _?JL._00. 39,72 42.30 44.22 486.1. . _J 1 DUF 100.00 100.00 100.00 100.00 + 1 AD DAF 36.00 39.72 40.07 44.22 5007 (0 III) l l DUF 105.00 105.00 104.08 104.08 + 1 BC DAF 46.00 39.72 51.20 44.22 5876 HE I 1 1 DUF 9.90 9.90 9.33 9.33 + 1 A PUF 38«9Q 39.72 43.30 44.22 6563 H I L_ 1 DUF . 309«-Q.Q_ -3-Q5U.QQ. 29.U9? ¿JU.t.?9 - + 4363 (0 III) 1 A DUF 1.97 1.97 2.18 + 4471 HE I 1 DAF 8.00 10.47 11.36 REGION KEY (REGI ON,REFERENCE,EXPLANATI ON) + 1 BC DAF .19.QQ 1C.47 20.62 11.36 1. DUF . NGC 1833 + 1 A DUF 4.40 10.47 .78 11.36 + 1 DAF 100.00 100.00 100.00 100.00 END N 190 (LHC + _1 A DAF 100.00 1QQ.QQ ■■i.aa^Q.Q 100.00 + 1 AD DAF 100.00 100.00 100.00 100.00 + 1 BC DAF 100.00 100.00 100.00 100.00 + _J A DUF 100.00 1QQ.QQ 1QQ.QQ 100.00 BEGIN N 214 (LHC Q.38 (HYDRQG&N LINES) + 4922 HE I 1 A DUF 1.30 1.30 1.29 1.29 + 4959 (0 III) 1 A DAF 106.00 130.00 104.21 127.80 AVE 0 CÛRR I AVE C + -1 A DJF 154.QQ -L3Q« QQ 151.4Q -12..7.« 80 3727 (Q II ) C DUF ¿6Q.QQ . 337.58 + 1 DAF 435.00 416.67 425.27 407.35 3835 HI l C DUF 3.00 3.00 3.79 3.79 + 1 AD DAF 435.00 416.67 425.27 407.35 3869 (NE III) 1 C DUF 10.90 10.90 13.65 13.65 + 1 BC DAF 3BQ.Q0 416.67 371.50 407.35 3889 d I I C DUF ll.QQ ll.QQ 13.71 13.71 + 5007 (0 III) 1 A DAF 300.00 381.00 292.42 371.37 3889 HE 1 C DUF 11.00 11.00 13.71 13.71 + 1 A DUF 462.00 381.00 450.33 371.37 3969 H 1 C DUF 12.50 12.50 15.30 15.30 + .5518 (Cl III) 1 A DUF Q.6Q Q.6Q -XL. 5.3 0.53 3969 (NE I) 1 C DUF 12.50 12.50 15.30 15.30 + 5538 (CL III) A DUF 0.40 .40 0.35 0.35 4069 (S III) 1 C DUF 2.70 2.70 3.23 3.23 + 5755 (N II ) A DUF 0.50 0.50 0.43 0.43 4102 HI 1C DUF 16.90 16.90 20.03 20.03 + + + 664 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + 2-1* LLÜC— (SMC + WAVE IDENT N RG REF DBS AVE 0 CORK I AVE C WAVE IDENT N RG REF OBS I CQRR I AVE C + *3*0 _L_ .1 C Pll^. 39.90 39.9Q ***-9-2_ 41.82 3889 HE I l 1 PAF -20.00 20.00 + *363 (0 III) 1 C DUF 1.90 1.90 2. 12 2.12 2 A DUF 12.60 12.60 + *471 HE I l C DUF 3.40 3.40 3.72 3.72 2 l DAF 36.00 36.00 + -.*9*1- _L C PU.E- 100.00 100.00 100.00 100.00 2 A DUF 23.50 23.50 + 4922 HE I l C DUF 0.80 0.80 0.79 0.79 3969 (NE III) 2 1 DAF 36.00 36.00 + 4959 (0 III) 1 C DUF 95.90 95.90 94.14 94.14 2 A DUF 23.50 23.50 + SQQ7 _LQ LULL 1 C PUF 297.00 297.00 288.86 288.86 *101 H I 1 1 DAF 35.00 35.00 + 5199 (N I ) 1 C DUF 0.40 0.40 0.37 0.37 1 A DUF 26.00 30.50 26.00 30.50 + 5518 (CL III) 1 C DUF 0.40 0.40 0.35 0.35 1 l DAF 50.00 48.90 50.00 48.90 + 5538 (CL III) 1 C DUF 0.30 0.30 0.26 0.26 1 A DUF 47.80 *8.90 47.80 *8.90 + 5755 (N II 1 C OUF 0.40 0.40 0.3* 0.3* 4363 (0 HI) 1 1 DAF 6.00 6.38 6.00 6.38 + 5876 HE I 1 C DUF 11.80 11.80 9.7* 9.78 1 A DUF 6.76 6.38 6.76 6.38 + -9-3U-2- ($ HD 1 C DUF 1.40 1.40 1.08 4471 he 1 1 DAF 3.60 3.35 3.60 3.35 + 6548 II ) 1 C DJF 7.00 5.2$ A 1 A DUF 3.10 3.35 3.10 3.35 + 6563 H I 1 C DUF 295.00 295.00 220.81' 220.81 4861 1 1 DAF 100.00 100.00 100.00 100.00 + 6583 (N II 1 C DUF 18.30 18.30 13.66 13.66 1 A DUF 100.00 100.00 100.00 100.00 + 6678 HE I 1 C DUF 2.00 2.00 1.48 1.48 4959 l 1 DAF 155.00 166.00 155.00 166.00 + 6716 (S II ) l C DUF 18.30 18.30 13.43 13.43 1 A DUF 177.00 166.00 177.00 166.00 + $731 ■30 1.30 + REGION KEY (REGI ON,REFERENCEtEXPLANATION) 6548 1 A DUF 1.00 1.00 + C, DUF , NGC 2103 6563 1 A DUF 281.00 281.00 281.00 281 + 6SR3 _LN III J A.. DU F 3.4Q 3.*g.- 3.40 U + 6678 HE I DUF 1.70 1.70 1.70 1.70 + 6716 (S II ) DUF 5.90 5.90 5.90 5.90 + 6731 ( S IT) -DUF 4.00 4.QQ -4,00 4.00 + 7065 HE I A DUF .40 2.40 2.40 2.40 + C ^ 0.21 (C = 0.10*CSC 8» 7136 (AR III) A DUF .00 8.00 8.00 .00 + WAVE IDENT N RG REF OBS I CORR I REGION KEY (REGI ON,REFERENCE,EXPLANATION) + 3727 (O II ) l A DAF 210.00 242.60 1, OAF , NGC 346 + _1 B DAF 260.00 300,36 - + 3868 (NE III) 1 B DAF 79.00 79.00 89.48 89.48 (SMC + 3969 HI 1 A DAF 18.00 18.00 20.12 20.12 + *101- ti I 1 A DAF. 35.00 5*.QQ- 38.46 . .59.33 + B DAF 73.00 54.00 80.21 59.33 + A DAF 58.00 78.50 61.85 83.71 C = 0.35 (HYDROGEN LINES) + _1 8 PAF 99.00 78.5Q 93.71 + 1 A DAF 100.00 100.00 100.00 100.00 WAVE IDENT N RG REF OBS I AVE O CORR I + l B DAF 100.00 100.00 100.00 100.00 3727 (O II ) 1 WB 80.00 101.75 + *991 1 B DAF 630.00 630.OP 621.51 621.51 - 43.4Q ti I 1 Wfi —42.00 42.00 46.75 + III) l A DAF 4861 I 1 100.00 100.00 100.00 100.00 + 5007 (0 III) 1 282.00 282.00 274.88 274.88 + REGION KEY (REGI ON.REFERENCE.EXPLANATION) + DAF NGC 261 ( SMC + DAF NGC 249 + (SMC + C = 0.21 (C = 0.10*CSC B) + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + BEGIN NS C = 0.21 (HYDROGEN LINES) 3727 (O II ) 1 DAF 180.00 207.94 + 3868 (NE III) 1 DAF. -127 ..QQ 127.QQ 143.85 143.85 + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C 3969 I 2 DAF 43.00 48.08 + 3727 (0 II ) l DAF 485.00 560.29 3969 (NE III) 2 DAF 43.00 48. 08 + 4101 I 1 DAF 37.00 37.00 40.65 40.65 4101 H I 1 DAF 67.00 67.00 73.62 73.62 + 4340 I 1 DAF 44.00 44.00 *6.92 46.92 4340 DAF 60.00 60.00 63.99 63.99 + 4861 I 1 DAF 100.00 100.00 100.00 100.00 4861 I 1 DAF 100.00 100.00 100.00 100.00 + 4991 _LQ_ III) 1 DAF 210,9.9- 210,.99. 207.17 207.17 4991 _L£L III) 1 OAF 760.00 760.00 749.76 749.76 + END 19 END + + BEGIN NS -16 LSMC.. C.= 0.21 (C Q.1Q»CSC B) BEGIN NS C = 0.21 (C = 0.10*CSC B) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C WAVE IDFNT N RG REF OBS I AVE 0 CORR I AVE C + 3727 (O II ) 1 DAF 260.00 39.Q-f.36_ 4861 1 1 DAF 100.00 100.00 100.00 100.00 + 4101 1 DAF 39.00 39.00 42.85 42.85 (O 111 ) 1 1 DAF + 4340 1 DAF 89.00 89.00 94.91 94.91 + *861 _1 DAF 100,00 IQQtQQ 1.00...00 1Q0.00 REGION KEY (REGI ON.REFERENCE.EXPLANATION) + 4991 (0 III) 1 DAF DAF NGC 3 95 + _EN£ NS 3* LSM£ L_ + + BEGIN NS 37 (SMC ) C = 0.21 (C = 0.10*CSC B) BEGIN NS 80 (SMC ) C = 0.21 (C = 0.10*CSC + WAVE IDENT N RG REF AVE O CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR 1 + 3727 (O II ) 1 DAF 280.00 323.47 4861 H I l DAF 100.00 100.00 100.00 100.00 + 4101 H I 1 DAF 53.00 53.00 58.23 58.23 4991 (0 III) 1 DAF 270.00 270.00 266.36 266.36 + 4340 H I 1 DAF 88.00 88.00 93.85 9-U.-85- + 4861 H I 1 DAF 100.00 100.00 100.00 100.00 + 4991 (0 III) 1 DAF 310.00 310.00 305.82 305.82 + 37 + C• 18 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I CORR I + BEGIN NS (SMC 0.0 (HYDROGEN LINES) 3727 (O II ) 1 DAF 250.00 282.92 + _1 A DUE 173.00 195.78 + WAVE IDENT N RG REF OBS I AVE O CORR I (NE III) 1 DAF 35.00 24.65 38.94 27.43 + 3727 (0 11)1 1 DAF 140.00 140.00 1 A DUF 14.30 24.65 15.91 27.43 + 1 A DUF 69.30.- 69-. 30 3889 _I 2 A DUF 12.50 13.87 + 3835 HI 1 A DUF 3.70 3.70 3.70 3.70 3889 HE I 2 A DUF 12.50 13.87 + 3865 (NE III) 1 1 DAF 60.00 60.00 60.00 60.00 3969 H I 2 DAF 18.00 19.81 + 3869 (NF III) 1 A DUF 31.20 31.20 3.1.20 31.2Q _2 A DUF -15.20 + 2 1 DAF 20.00 20.00 (NE III) 2 DAF 18.00 19.81 + 2 A DUF 12.60 12.60 2 A DUF 15.20 16.73 + + + 665 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + N5_ 83 (SMÇ NGC 595 (M 33 + WAVE IDENT N RG REF OBS I AVE 0 CQRR AVE C IDENT N RG REF OBS I AVE O CORR I AVE C + fr-LOl H I _J DAF 38,QQ 28.95 _il»19_ 31.38 -LU. III J L_ Mil 13Q.Ü9 UO.flfl 128.17 UÆ*17 + l A DUF 19.90 28.95 21.57 31.38 6563 I l 49 CM 100.00* 84.56* + 1 DAF 63.00 52.90 66.57 55.90 6584 (N II } 1 49 CM 7.40* 6.25* + l A DUF »2-80 52.90 45.23 55.90 ,6717 (S II 1 1 V? ÇM 1-6Q» l.t.14» + 4363 (0 III 1 A DUF 3.65 3.65 3.85 3.85 6731 ( S II I 1 49 CM 1.10* + 4471 HE I 1 A DUF 3.70 3.70 3.86 3.86 + 4861 _H I 1 OAF 100.00 100.00 100.00 100.00 REGION KEY (REGI ON»REFERENCEtEXPLANATI0N1 + 1 DUF 100.00 100.00 100.00 100.00 49» CM SAME AS CC 49 + 4959 10 II I) 1 DUF 121.00 121.00 119.94 119.94 + 4991 (0 II I) 1 OAF 330.00 330.00 326. 18 326.18 + 5007 to III DUF 366.00 366.00 361.22 361.22 + 5876 HE I DUF 12.80 12.80 11.71 11.71 + 6548 IN II DUF 3.00 2.62 A + 6563 H I DUF 306.00 3C6.00 266.76 BEGIN NGC 604 tM 33 C = 0.22 (HYDROGEN LINESI + 6583 (N II DUF 10.20 10.20 8.88 + 6678 HE I DUF 3.00 3.00 2.60 -MAVE- IDENT N RG REF OBS AVE O CÚRR I AVE C + 6716 ( S II ) l A DUF 21.30 21.30 18.40 18.40 3686 H 1 ACM 1.20 1.20 1.40 1.40 + 6731 t S II > l A DUF 14.40 14.40 12.43 12.43 3691 1 AC W 1.40 1.40 1.64 1.64 + . 7_L3_& (AR II I) 1 A DUF 10.40 IQ.t.iO 8.78 8.78 3697 _J ACM i t IQ _1 » 7 Q_ 1^9 1.99 + 3704 AC W 2.50 2.92 + REGION KEY (REGION,REFERENCE,EXPLANATI ON) 3704 HE I ACM 2.50 2.92 + A» DUF » NGC 456 3712 _d I_ _1 ACW 2.00 2.00 2 » 3.3 2.» 3 3 + 3721 H I 2 ACW 6.10 7.10 + 3721 IS III) 2 ACW 6.10 7.10 + 3726 _LQ LL ) 1 173*30 -201*23- + ACW 66.00 76.78 + P70 263.00 305.97 + BEGIN NS t SMC 0*21 tC = QtlQ»£SC B) 1 PS 234.00 -272t23 + 1 SR 71 210.00 244.31 + WAVE IDFNT N RG REF OBS I CORR I 3728 (0 II ) I ACW 94.00 109.31 + 3727 _LQ II > 1 HAF 340.00 623.83 3734 _.JU_ _L _J LLM 2m-lQ 2.7Q 3.14 3.14 + 3868 (NE III) 1 DAF 87.00 98.54 3750 H I 1 ACW 2.90 2.90 .36 3.36 + 3969 H I 2 DAF 24.00 26.83 3770 H I 1 ACW 3.60 3.60 4. 16 4.16 + 3969 (NE III) 2 DAF 24.00 ¿6.83 3797 _J A£M_ 5l*¿Q- 5.60 - 6.45 6.45 + 4101 DAF 44.00 44.00 48.34 48.34 3819 HE I 1 ACW 1.40 1.40 1.61 1.61 + 4340 DAF 73.00 73.00 77.85 77.85 3835 H I 1 ACP 6.55 6.62 7.50 7.59 + 486-1 DAF 100.00 100.QQ LQQ.QQ 10Q.QQ _1 ACW 6.IQ 6.62 7.67 7.59_ + (0 III) l 490.00 490.00 483.40 483.40 3868 (NE III) 1 ACP 7.55 8.77 8.60 10.00 + 1 ACW 10.00 8.77 11.39 10.00 + 3888 H 2 15.00 17.Q.4 + 2 ACW 17.00 19.31 + 2 ACP 15.00 17.04 + 2 ACW 17.00 19.31 + C = 0.18 (HYDROGEN LINES) (NE III) 2 ACP 21.50 24. 17 + 1 ACW 3.20 3.60 + IDENT N RG REF - OBS I •AVE Q CORR I AVE X -39 70 . ti I 2 71.50 24.16 + 3727 (0 II 1 DAF 200.00 226.33 1 ACW 15.00 15.00 16.86 16.86 + 1 1 DUF 167.00 188.99 4026 HE I 1 ACW 2.10 2.10 2.34 2.34 + 3868 (NE III _1 1 DAF 32.00 35.61 28.37 4068 _JLS II ) A ACM 1.^8 Q -L. 7.00 + l DUF 19.00 21.14 4072 (S II ) l ACP 12.40 12.40 13.74 13.74 + 3969 1 DAF 10.00 11.00 4076 (S II I 1 ACW 1.00 1.00 l.ll l.ll + 3969 (NE III) 2 1 DAF 1Q.QQ 11.00 4097 N III 2 24^0 26*50. + 4101 l l DAF 17.00 17.00 18.43 18.43 2 ACP 24.00 26.49 + 4340 1 i AF 62 41.00 38.40 43.32 40.58 l ACW 24.00 26.47 26.49 29.21 + -J 1 DAF 31.00 38.40 32.76 40.58 1 PE HA 62 30.90 26.47 34.10 29.21 + 1 DUF 43.20 38.40 45.65 40.58 l PG MA62 38.70X 42.71X + (Q III) 1 1 AF 62 6.30 5.74 6.64 6.05 1 PS 24.50 26.47 27.04 29.21 + 1 1 DUF 5.18 5.74 5.46 6.05 4267 II 1 ACW 0.20 0.20 0.22 0.22 + 4471 HE I 1 1 AF 62 3.80 3.80 3.96 3.96 4340 I 2 ACP 37.10 39.69 + 4861 H I 1 1 AF 62 100.00 100.00 100.00 100.00 1 ACW 44.00 47.70 47.07 51.02 + 1 DAF 100.00 100.00 100.00 100.00 l PB MA62 50.00 47.70 53.48 51.02 + 1 l DUF 100.00 100.00 100.00 100.00 1 PG MA 62 60.50X 64.72X + 4959 (0 II) l 1 AF 62 164.00 164.00 162.57 162.57 1 P70 49.00 47.70 52.42 51.02 + 499j (0 II) 1 1 DAF 720.00 720.00 711.68 711.68 -J Pi- 47.80 47.70 51.13 51.02 + 5007 1 1 AF62 465.00 421.00 458.92 415.50 (0 III) 2 ACP 37. 10 39.57 + 1 l DUF 377.00 421.00 372.07 415.50 1 P70 1.07 1.07 1.14 1.14 + -5876. 1 1 DJF 11.80 11.80 -IQ.ap 10. 80 HE I I AC.W_ 0.60 0.60 0.64 0.64 + 6563 4471 HE I 1 ACW 6.00 6.00 6.32 6.32 + 4861 I l ACP 100.00 100.00 100.00 100.00 + REGION KEY (REGI ON » PEFERFNCE»EXPLANATI ON) 1 ACW ICKUQQ 100.00 100.00 100.00 + AF 62 » NGC 346 1 PE MA 62 100.00 100.00 + DAF , NGC 346 1 PG MA 62 100.OOX 100.OOX + 1» DUF » NGC 346 1 P 70 IQQt-QQ . 100.00 100.00 100.00 100.00 + 1 PS 100.00 100.00 100.00 + 1 SR 71 100.00 100.00 100.00 100.00 + 1 ACW 2.60 2.60 2.58 2.58 + (0 III) 1 ACP 64.70 64.85 64.01 64.16 + 1 ACW 65.00 64.85 64.31 64.16 + 0.22 (ESTIMATE) -i?91 (0 III) i $*71 280.00 280.00 276.05 276.05 + (0 III) 1 ACP 187.00 197.00 184.02 193.86 + WAVE IDFNT N RG REF OBS I AVE Ú CORR I AVE C 1 ACW 198.00 197.00 194.85 193.86 + 4861 H I 1 SR 71 100.00 100.00 100.00 100.00 1 P70 208.00 197.00 204.69 193.86 + 4991 (0 III) 1 SR 71 l PS 195.00 197.00 191.89 193.86 + 5015 HE I 1 ACW 6.00 6.00 5.90 5.90 + END NGC 588 (M 33 ) .-5S76 HE I 1 PE MA62 20.00 17.40 17.94 + 1 PG MA 62 20.OOX 17.94X + 1 PS 14.80 17.40 13.27 15.61 + 6524 _i_N LL ) 1 SR 71 77.00 .77*00— 6?.32 65t?2 + BEGIN NGC 592 0.22 (ESTIMATE) 1 BOP IOO.00* 84.56* + l PE MA62 354.00 333.33 299.34 281.86 + WAVE N RG REF AVE Q CûflR I AVE C -I Ei- 346.QQ 333.33 292.38 281.86 + 4861 SR 71 100.00 100.00 100.00 100.00 1 SR 71 300.00 2 53.68 + 4991 (0 III) l SR 71 250.00 250.00 246.47 246.47 (N II ) 1 BOP 14.00* 11.82* + A Ei 4.I*3Q_ ,47.80 40.35 40.35 + NGC 592 6717 ( S II ) BOP 10.00* 8.36* + 6731 f S II ) BOP 8.00* .68* + REGION KEY (REGI ON,REFERENCE»EXPLANATION) + BEGT N NGC 595 (M 33 0.22 (ESTIMATE) PE, MA62, PHOTOELECTRIC OBSERVATIONS + PG. MA62. PHOTOGRAPHIC OBSERVATIONS + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4861 H I 1 SR 71 100.00 100.00 100.00 100.00 NGC 604 + + 666 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + TABLE 8—Continued +197 6ApJS. . .31. + + + + + 669 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + BEGIN SR3 15 (M 33 0,07 {HYDROGEN LINES) BEGIN M 51 (M 51 Q.QB iESTIHATE1 + WAVE IDENT N RG REF OBS I AVE 0 CORR I WAVE IDENT N RG REF OBS I AVE 0 CORR I + 3727 (0 II ) 1 SR 71 140.00 146.90 3727 (0 II ) 1 1 P68 2.60» 2.75» + 4861 H I 1 SR 7 1 100.00 100.00 100.00 100.00 1 2 P68 1.90» 2.01» + 4991 (0 HU 1 SR71 490.00 490.00 487.79 487.79 1 1 WAR .34.00» 35.92* + 6524 (N II ) 1 SR7 1 75.00 75.00 71.17 71.17 10 III ) 1 1 WAR. 4.00» 4. 09* + 6563 H I 1 SR 71 300.00 300.00 284.41 284.41 5007 I IT ) 1 1 P68 3.20* 3.18* + 1 2 P68 l. 10* 1.09* + END SR 3 15 (M 33 ) _1 I WAR 61.Q0» 60.64* + 1 2 WAR 40.00* 39.77* + I I 1 1 P68 0.52* 0.49* + .69* 0.65* + BEGIN SP3 C = 0.22 (ESTIMATE) 6548 (N II ) -11 12 P68P68 3.10* 2.92* + 1 2 P68 1.50* 1.41* + ...WAVE IDENT N RG REF QBS I AVE O CORR I AVE C 6563 to nn.i 2_ WAR 100.00* 94.08* + 4861 I 1 SR 7 1 100.00 100.00 100.00 100.00 l 3 WAR 100.00* 94.08* + 4991 (0 III) l SR7 1 250.00 250.00 246.47 246.47 l 4 WAR 100.00* 94.08* + 6563 -J L P68 3.LQt_ ?.97* + P68 3.10* 2.92* + WAR 100.00* 94.08* + 6584 _LN II ) l 1 Pfr9 7.80* 7.33* + 1 2 P68 4.30* 4.04* + BEGIN Sp3 21 (M 33 C = 0.22 (ESTIMATE) l l WAR 410.00* 385.50* + -J 2 WAR 260.00* 244.47* + IDENT N RG REF □ BS I AVE 0 CORR I AVE C 1 WAR 132.00* 124.11* + 4861 H I l SR71 100.00 100.00 100.00 100.00 1 4 WAR 40.00* 37.61* + (0 III ) 1 S-R71- 400-00 4QQ.QQ 394.35 394.35 IT)? 1 P 7 1 o.,3at_ 0. 36* + 2 1 WAR 44.00* 41.23* + 2 2 WAR 32.00* 29.98* + _1 ÍL. WAR 29.00*-- + (S II ) 2 1 P 71 0.38* 0.36* + 2 l WAR 44.00* 41.21* + ..BEGIN Sp3 22 33 C = 0.22 (ESTIMATE) 2 2_ WAR 37.nn* 79.97* + WAVE IDFNT N RG REF OBS I AVE 0 CORR I AVE C + 4861 H I 1 SR 7 1 100.00 100.00 1QQ.QQ 1QQ.QQ REGION KFV (REGTON.RFFERENCF.FXPLANATION) + 4991 (G III) l SR 71 310.00 310.00 305.63 305.63 1, P68 , 0-3.5 ARCSEC AROUND CENTER + 2, P68 , 0-10 ARCSEC ARCUNC CENTER + END SR3 22 (M 33 ) 1. P71 . SAME NOTE AS P68 + WAR , NUCLEUS. 2.5 ARCSEC CIRCULAR APERTURE + WAR , NUCLEUS. 6.0 ARCSEC CIRCULAR APERTURE + WAR . Nllf.l F1IS. 30 ARCSEC APER-Ul&f + BEGIN SR3 23 (M 33 ) C = 0.22 (ESTIMATE) 4, WAR , 30 ARCSEC OFF NUCLEUS. 2.5 ARCSEC CIRC. APERTURE + WAVE IDENT N RG REF QB.S_ I AVE Q CORR I AVE C END M 5J (M 51 ) + 4861 H I 1 SR 71 100.00 100.00 100.00 100.00 + 4991 (0 III) l SR 71 250.00 250.00 246.47 246.47 + BEGIN SR5 0.20 (ESTIMATE) + N RO REF AVF n CORR I AVE-C- + 4861 H I l SR71 100.00 100.00 100.00 100.00 + C = 0.22 (ESTIMATE) 4991 (0 III) 1 SR 71 16.00 16.00 15.79 15.79 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + 4861 H I 1 SR71 100.00 100.00 100.00 100.00 + 4991 IG TIT) 1 SR 7 1 700.00 700.00 197.18 197.18 + = 0.27 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + 4861 H I l SR 71 100.00 ICO.00 100.00 100.00 + -PEGIN Sg3 76 (M 33 C = 0.22 (ESTIMATE) 4991 (0 UI? 1 £RI1 20tQQ . 20.00 19.55 19.65 + 6524 (N ) l SR71 190.00 190.00 155.26 155.26 + WAVE IDENT N RG REF OBS I AVE 0 CORR l AVE C 6563 H l SR 7 l 350.00 350.00 284.89 284.89 + 4861 H I 1 SR 71 100.00 1QQ-QQ. 1QQ.QQ 1QQ.QQ + 4991 (0 III) 1 SR71 + -END SP_3 26 (M 3-3 fc_ + BEGIN SR5 C = 0.20 (ESTIMATE) + BEGIN SR3 27 (M 33 ) C = 0.22 (ESTIMATE) WAVE IDENT N RG REF GBS I AVE O CORR I AVE C + 4861 H I I SR71 100.00 100.00 100.00 100.00 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C 4991 (0 III) 1 SR71 51.00 51.00 50.35 50.35 + 4861 H I l SR71 100.00 100.00 100.00 100.00 + 4991 (0 III) 1 SR71 790.00 790.00 778.85 778.85 + + BEGIN SR5 51 C = 0.11 (HYDROGEN LINES) + 0.22 (ESTIMATE) WAVE IDENT N RG REE OBS I AVE 0 CORR I AVE C + 3727 (O II ) 1 SR71 49.00 52.85 + WAVE IDENT N RG REF ORS I AVE O CORR I AVE C 4861 H I 1 SR 71 100.00 ICO.00 100.00 100.00 + 4861 H I l SR 71 100.00 100.00 100.00 100.00 4991 (0 111)1 SR71 27.00 27.00 26.81 26.81 + 4991 (0 III) 1 SR 71 250.00 250.00 246.47 246.47 6584 (N II ? 1 SR71 170.00 170.00 156. 19 156.19 + 6563 H I 1 SR 71 310.00 310.00 285.06 285.06 + END + 4 (M 51 L + BEGIN SR 3 30 C = 0.22 (ESTIMATE) + C = 0.0 (HYDROGEN LINES) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4861 H I 1 SR 71 100.00 100.00 100.00 100.00 WAVE IDENT N RG REE QBS-L- CORR I AVE. C + 4991 (0 III) l SR71 I 1 1 WAR 100.00* 100.00* + l 2 WAR 100.00* 100.00* + END . SR 3 30 (M 33 ) _1 3 WAR 100.00» IQQtQQ* + 11)1 l WAR 229.00* 229.00* + l 2 WAR 92.00* 92.00* + _1 3 WAR 92.QQ* 92.00* + 6717 (S 11)1 3 WAR 54.00* 54.00* + 6731 (S II ) 1 3 WAR 48.00* 48.00* + + 670 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + 64 + REGION KEY (REG ION,REFERENCE,EXPLANAT ION I BEGIN NGC 5461 (M 101 0-10 (HYDROGEN LINES) + 1, WAR , NUCLEUS. 2.5 ARCSEC CIRCULAR APERTURE + WAR NUCLEUS. 6.0 ARCSEC CIRCULAR APERTURE WAVE IDENT N RG REF OBS I CORR I AVE C- + WAR NUCLEUS. 30 ARCSEC APERTURE 3727 (O II ) 1 PS 166.00 177.81 + 4102 H 251. QQ 251.QQ 262.49 ? 62.49 + (M 64 4340 1 PS 44.70 44.70 46.09 46.09 + 4861 1 PS 100.00 100,00 100.00 100.00 + _1 SR71 IQQt QQ l.q.Q«.Q.Q_ 100.00 100.00 + 4991 (0 III) 1 SR 71 430.00 430.00 427.23 427.23 + 2_4 + 6563 + LN II ) + H I + 1 + I + SR 7 1 160.00 + SR 71 + 160.00 137.77 13Í.77 + 6584 (N I I ) 1 PS70 740.00 740.00 186.46 186.46 + 6724 ( S II ) 1 PS70 250.00 250.00 58.03 58.03 END SRI 2 (M IQl ) + 10938 H I PS70 240.00 240.00 12.62 12.62 + + BEGIN SP1 3 (M 101 ) C = 0.20 (ESTIMATE) + WAVE IDENT N RG REF AVF n CDRR I —AVE C + 4861 H I l SR 71 100.00 100.00 100.00 100.00 + BEGIN NGC 5455 (M 101 0.07 (HYDROGEN L INES) 4991 (0 III) 1 S R 71 13.00 13.00 12.83 12.83 + WAVE IDENT N RG REF OBS I AVE O CORR I AVE C + 3727 (O II ) 1 SR 71 210.00 220. 35 + 3868 (NE 111)1 SS 17.00 17.00 17.72 17.72 + 4101 H I 1 SS 29. 00 29.00 29.92 29.92 + 4340 H I 1 SS 50. 00 50.00 51.08 51.08 BEGIN SRI C = 0.20 (ESTIMATE) + 4363 (0 III) 1 _ü_ 1.80 1.80 1.84 1.84 + 4471 SS 3. 50 3.50 3.56 3.56 WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C + 4861 SR 7 1 100.00 100.00 100.00 100.00 4861 H I 1 SR 71 100.00 100.00 100.00 100.00 + 100.00 100.00 100.00 100.00 4991 (0 III) 1 SR 71 40.00 40.00 39.49 39.49 + 4991 (0 III) 1 SR 71 440.00 440.00 438.01 + 5876 HE I l SS 9.30 9.30 8.98 + 6524 (N II ) 1 SR71 56.00 56.00 53.14 53.14 + 6563 I 1 SR 71 300.00 300.00 284.41 284.41 + 6723 II ) l SS 55.00 55.00 51.95 51.95 + NGC 5455 (M 101 + + + + + 671 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 8—Continued + BEGIN SRI (M 101 C = 0.23 (HYDPQGEN LINES) + WAVE IDENT N RG REF OBS I AVE 0 CORR I AVE C (NGC 68221 0.71 I HYDROGEN LINES) + 3727 10 II ) l SR7I 130.00 152.26 + 4861 H I 1 SR71 100.00 ICO.00 100.00 100.00 WAVE IDENT N RG REF OBS I CORR I AVE C + 4991 (O I I I ) 1 SR71 28.00 28.00 27.59 27.59 3726 (O II I 2 PS1 140.00 228.15 + -J>524_ IN II ) 1 S371 22Q-.QQ 22Q.QQ 185.23 185.23 3729 LQ Li-.J 2 PSl I40.nn .227.84 + 6563 H I 1 SR 71 340.00 340.00 4102 H I 1 PSl 22.00 22.00 30.23 30.23 + 4340 H I 1 PSl 33.00 33.00 41.02 41.02 + END SRI 5 (M 101 ) 4363 <0 III) 1 PSl 3.70 3.70 4.56 + 4861 HI 1 PSl 100.00 100.00 100.00 100.00 + 5007 (0 III) 1 PSl 560.00 560.00 531.67 531.67 + 6563 H I 1 PSl 480.00 480.00 279.37 279.37 + C = 0.27 (HYDROGEN LINES) 6584 7.16 3 67.00 3D»F 5/2 5P4D5/2 AK2 0.09 3848.10 D I I 1 47.89 12 3P4D1/2 30401/2 AK2 0.09 + 3367.16 NF I I 3 67.20 3P2D5/2 30407/2 AK2 0.09 3856.06 SI II 4 56.02 l 3P2D5/2 4P2P3/2 AK2 0.09 + 3367.16 S III 3 67.18 3D3P0 3P3PI AK2 0.09 3856.06 AR I I » 56.16 55 3P4D3/2 3D2S1/2 AK2 0.09 + 3385.80 n III 2 84.95 3P5P3 30504 0. 10 3856.06 N I I 4 56.07 30 3P3P2 4S3-P1 AK2 0.09 + 3385.80 NP I I ? 86.2» 3P4D3/2 3D4D5/2 0.10 3856.06 0 I I 56.16 12 3P4D3/2 30401/2 AK2 0.09 + 3387.00 S III l 87.13 3D3P1 4P3P0 0.15 3857.58 0 I I l 57.18 13 3P4D5/2 3D2F5/2 AK2 0.04 + 3411.42 NF I I 1 11.38 3P2P3/2 3D2P3/2 AK2 0.15 3862.41 SI II l 62.59 1 3P2D3/2 4P2P1/2 AK2 0. 14 + 3439.92 n in 1 40.39 3P1D2 30303 AK2 0.0 3864.34 n 11 1 64.45 12 3P4D5/2 30405/2 AK2 0.14 + 3444.10 0 III 1 »4.10 3P3P2 303P2 AK2 0.11 3868.73 (NF III) l 68.76 1 2P3P2 2PID2 AK2 8 1.10 + 3447.00 HP I 1 47.59 21 SO 6lP1 AK2 0.26 3871.69 HE I l 71.82 60 2 1P1 9 102 A K2 0.23 + 3450.27 HF I 2 50.20 AK2 0.06 3884.20 C III 1 83.80 15 4 3D 1 5 3F2 0.05 + 3450.27 P III 2 50.9» 3P5D3 3D5F4 AK2 0.06 3888.89 H I ? 89.05 2 2 2P 8 20 AK2 18.10 + 3454.43 HF T 2 53.21 23P 203D AK2 0.05 3888.89 HP I 2 88.65 2 2 3S1 3 3P2<1 A K2 13.10 + 3454.43 G III ? 54.90 3P5D2 3D5F2 AK2 0.05 3896.30 0 I I 1 96.30 11 3P4D5/2 3D4P3/2 0.05 + 3456.87 HP I 56.80 AK2 0.08 3912.50 I I 2 12.09 17 3S2D3/2 3P2P3/2 0.05 + 3466.28 HF I 65.89 23P 1730 AK2 0.08 3912.50 I I 2 11.96 17 3S2D5/2 3P2P3/2 0.05 + 3466.28 G III 66.15 3P5D4 305F4 AK2 0.03 3918.91 I I 2 19.01 17 3P1P1 301 PI 0.04 + 3470.50 0 I I l 70.81 3P2D5/2 4S2P3/2 0.08 3918.91 C I I 2 18.98 3 2P1/2 4 2S1/2 AK2 0.04 + 3471.89 HE I 1 71.80 23P 1630 AK2 0.12 3920.68 C I I l 20.68 3 2P3/2 4 2SI/2 AK2 0.08 + 3479.06 HP I 1 78.97 23P 1530 AK2 0.14 3926.48 HE I 1 26.53 2 1P1 8 102 AK2 0.19 + 3481.95 NE I I 1 81.96 3S2P3/2 3P2S3/2 AK2 0.08 3935.90 HP I 1 35.91 57 2 IP1 8 ISO 0.04 + 3487.79 HE I l 87.72 23P 1430 AK2 0.14 3946.00 C I I 2 46.35 32 3D4F 4F4F 0.04 + 3498.69 HP I 1 98.64 23P 1330 AK2 0.17 3946.00 C I I 2 46.35 31 3D2F5/2 4F2F7/2 0.04 + 3503.50 NE II 1 3.61 3P2F 1/2 3D2PI/2 0.06 3947.90 1 47.60 31 3D4F5/2 4F 2F5/2 0.04 + 3512.51 HE I 1 12.51 23P 1230 AK2 0. 18 3954.50 1 54.37 6 3S2P1/2 3P2P1/2 0.06 + 3530.55 HF I 1 30.49 23P 1130 AK2 0.19 3963.00 1 63.13 43 3P2D5/2 4D2P3/2 0.06 + 3543.10 NF I I 1 42.90 3P4S3/2 304P5/2 KA 0.07 3964.74 HE I 1 64.73 5 2 ISO 4 1P1 AK2 1.35 + 3554.45 HF l l 54.39 23P 2 1030 AK2 0.23 3967.45 (NF III) l 67.47 1 2P3P1 2PID2 AK2 39.80 + 3563.00 HF I 1 62.95 ? 3P 103S 0.03 3970.03 H I 1 70.07 1 2 ?P AK2 39.80 + 3587.21 HE I 1 87.25 23P 2 930 0.34 3995.06 N T I 1 95.00 12 3S1P1 3P102 AK2 0.05 + 3599.80 HE I ? 99.44 2 3P0 9 3SI 0.08 4009.21 HF I 1 9.27 55 2 1P1 7 102 AK2 0.32 + 3599.80 HF I ? 99.30 2 3P 2< 1 9 3S1 0.08 4024.03 1 24.04 99 302F 4F2D AK2 0.02 + 3613.61 HF I 1 13.64 21 SO 51P1 0.45 4026.20 I 1 26.19 18 2 3P 5 30 AK2 2.96 + 3615.60 MG I I 2 15.64 4 2SI/2 5 2PI/2 0. 10 4041.60 I I 2 41.32 39 3D3F4 4F3G5 0.06 + 3615.60 N I I 1 5.38 3P3S 1 4S3P0 0.10 4041.60 I I 2 41.31 50 304F5/2 4F4F5/2 0.06 + 3628.30 NE II l 28.06 3P2P3/ 2 3D2P3/2 0.08 4056.40 C III 1 56.06 2» » 102 5 1F3 KA 0.05 + 3634.22 HE I 1 34.37 2 3P2 830 AK2 0.55 »060.23 (FE IV ) 1 60.22 i 2P3P2 2P 102 AK2 0.05 + 3658.70 H I 58.64 22P 3420 AK2 0.0 »068.52 ( S II) 1 68.60 1 3P4S3/2 3P2P3/2 AK2 1.35 + 3659.43 1 59.42 22P 3320 AK2 0.33 4069.90 69.6» 10 3P4D1/2 3D4F3/2 AK2 0.21 + 3660.33 1 60.-28 ??P 3220 AK2 0.36 »069.90 69.90 10 3P403/2 3D4F5/2 AK2 0.21 + NGC 6572 (PK NG. NGC 6572 (PK NG. + + + + + 678 + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 9—Continued + NGC 6572 CPK NO. 34»!1 I) NGC 6572 (PK NO. + WAVE IDENT MT TRANSI TION REF OBS I WAVE IDENT MT TRANSITION REF OBS I + »072.03 II 10 3P»D5/2 3D4F7/2 AK2 0.18 »609,87 _0 I 93 3D2D5/2 »F2F7/2 AK2 0.07 + »072.03 AR I I 2 72.01 33 -»S205/2 »P2D5/2 AK2 0.18 »609.87 2 10.1» 92 3D2D3/2 »F»F5/2 AK2 0.07 + »076.19 C I I 2 76.00 36 3D»D7/2 »F»F9/2 AK2 0.66 »621.60 2 21.39 5 3S3P1 3P3P0 AK2 0.07 + »076.19 (S II ) 2 76.35 1 3P»S3/ 2 3P2P3/2 AK2 0.66 »621.60 2 21.28 92 3D2D5/2 »F»F5/2 AK2 0.07 + »085.00 0 II 1 85.12 10 3P»D5/2 3D4F5/2 AK2 0.05 »630.50 2 30.52 »9 3D2F7/2 »F »G9/2 AK2 0.06 + »087.20 N I I 2 87.35 37 3D3F3 »F1F3 KA 0.06 »630.50 2 30.5» 5 3S3P2 3P3P2 AK2 0.06 + »089.17 0 T I 2 89.30 »8 3D»F 9/2 »F»G /2 AK2 0.1» »63».05 l 3».16 2 3 2P1/2 3 2D3/2 AK2 0.28 + »089.17 SI IV 2 88.86 1 » 2S1/2 2P3/2 AK2 0.1» »638.58 l 38.85 1 3S»P 1/ 2 3P»D3/2 AK2 0.12 + »093.20 0 I I l 92.9» 10 3P»D7/2 3D»F7/2 KA 0.06 »6»0.50 »0.6» 2 3 2P3/2 3 2D5/2 AK2 0.50 + »097.31 N III 1 97.31 1 3 2S1/2 3 2P3/2 AK2 0.57 »6»1.8l »1.90 2 3 2P3/2 3 203/2 AK2 0.28 + »101.70 1 1.7» l 2 2P 6 2D AK2 21.60 »6»l.81 0 I 2 »1.81 1 3S»P 3/2 3P»D5/2 AK2 0.28 + »103.32 III 1 3.37 1 3 2S1/2 3 2PI/2 AK2 0.20 »6»7.20 C I 2 »7.»0 l 3 3S1 3 3P2 AK2 0.09 + »10».70 I I 1 ».7» 20 3P»P 3/2 3D»D5/2 AK2 0.22 »6»7•20 NE I 2 »7.3» 72 »S»P 5/2 »F »F3/2 AK2 0.09 + »116.50 SI IV 1 16.10 1 » 2S1/2 » 2PI/2 AK2 0.06 »6»9.01 0 I 1 »9.1» 1 3S»P5/2 3P»D7/2 AK2 0.29 + »119.26 0 I I l 19.22 20 3P»P5/2 3D»D7/2 AK2 0.10 »650.73 0 I 1 50.8» 1 3S»P 1/2 3P»Dl/2 AK2 0.17 + »120.79 HF I 1 20.81 16 2 3P 5 3S1 AK2 0.39 »653.70 _g i 1 5».23 18 3 5P1 8 50 KA 0.05 + »128.75 AR II 1 28.65 AK2 0.06 »657.97 AR I 2 57.9» 15 »S2P3/2 »P2P1/2 AK2 0.17 + »132.87 n 11 1 32.81 19 3P»P1/2 3D»P3/2 AK2 0.08 »657.97 (FE I 2 58.10 3 A 5D» A 3F» AK2 0.17 + »1»3.63 HE I 1 »3.76 53 2 1P1 6 102 AK2 0.55 »661.58 0 I 1 61.6» 1 3S»P 3/2 3P»D3/2 AK2 0.15 + »i»5.95 2 »5.90 106 3P6P7/2 3D6D7/2 AK2 0.0» »676.06 0 I l 76.23 1 3S»P5/2 3P»D5/2 AK? 0.12 + »i»5.95 2 »6.09 106 3P6P7/2 3D6D9/2 AK2 0.0» »702.00 (FE I 3 1.50 2 A 5D3 A 3F3 KA 0.06 + »153,27 1 53.30 19 3P»P 3/2 3D»P5/2 AK2 0.09 »702.00 0 I 3 1.23 58 3P2P3/2 3D2P3/2 KA 0.06 + »163.25 (K V l 63.30 1 3P»S3/2 3P2D3/2 AK2 0.0» »702.00 n 3 1.76 58 3P2P3/2 3D2P1/2 KA 0.06 + »169.0» HE I 3 68.97 52 2 1P1 6 ISO AK2 0.10 »711.21 (AR IV ) 1 11.3» l 3P »S 3/2 3P205/2 AK2 0.80 + »169.0» 3 69.23 19 3P»P5/2 3D»P5/2 AK2 0.10 »713.02 HE I 1 13.1» 12 2 3P » 3S1 AK2 0,39 + »169.0» 3 68.98 AK2 0.10 »7»0.07 (AR IV ) 1 »0.20 1 3P»S 3/ ? 3P2D3/2 AK2 1.6» + »185.»7 1 85.»6 36 3P2F5/2 3D2G7/2 AK2 0.09 »861.21 H I 1 61.33 I 2 2P » 2D AK2 100.00 + »186.98 1 87.05 18 » 1F3 5 1 G» AK2 0.0» »921.81 HE I 1 21.93 »8 2 1P1 1D2 AK2 0,0 + »189.83 l 89.79 36 3P2F7/2 3D2G9/2 AK2 0.08 »931.19 I I I I 31.00 l 2P3P0 2PID2 AK2 0.0 + »192.90 1 92.50 »2 3P2D5/2 3D2P3/2 KA 0.0» »959-. 9» im 58.92 1 2P3P1 2P1D2 AK2 368.00 + »2»!.80 ? »1.79 »7 3D3D2 »F1F3 AK2 0.07 + »2»!•80 2 »1.79 »8 3D3D3 »F3D3 AK2 0.07 NGC 6572 (PK NO. 3»+11 1) + »253.60 I 11 1 53.59 » »S3P2 »P3D3 AK2 0.05 + .»267.12 T I \ 67.27 6 3 Z05/¿ » ¿F7/2 -fl.63 + »275.68 1 75.52 67 3D»D7/2 »F»F9/2 AK2 0.07 + »276.55 2 76.71 5» 3D»P 3/2 »F»Dl/2 AK2 0.05 BEGIN NGC 7009 (PK NO. 37-3» 1) + »276.55 2 76.71 67 3D»D5/2 »F»F7/2 AK2 0.05 + »283.70 I I 1 83.75 67 3D»D3/2 »F»F3/2 KA 0.06 WAVE IDENT TRANSITION REF OBS I + »288.00 I I I 1 88.21 AK2 0.08 3121. 71 0 III l 21.71 3P3SI 3D3PI AK I 0.8» + »292.50 I I 1 92.23 78 3D2F5/2 »F»F5/2 AK2 -9.07 3132, 87 0 III J 32.,8_6_ 3PQS1 303P2 AK1 + »295.30 2 96.11 »2 3D2D5/2 »F2D5/2 KA 0.06 3187. I l 87.7» 3 23 S »3P AK 1 1.50 + »295.30 2 9».82 5» 3D»P3/2 »F»D5/2 KA 0.06 3203. I I 1 3. 10 l 32D 5 2P AK 1 3.00 + »303.82 1 3.82 5» 3D»P5/2 »F »D7/2 AK2 -9.06 3218. I I 2 18.10 107 3P6P7/2 »S6S5/2 + »313.60 C II 2 13.50 28 3P»P3/2 »S»P5/2 KA 0.0» 3218, TI ? 18.21 3P»D 7/2 3D»F9/2 0.05 + »313.60 OH 2 13.»3 78 3D2F7/2 »F»F9/2 KA 0.0» 3260. 111 l 60.98 3P30 2 3D3F3 AK 1 0. 16 + »317.50 O II 2 17.1» 2 3S»Pl/2 3P»P3/2 AK? -9. 10 3263 Ü 1 63.»3 3P»m/2 3D2D3/2 4K1 Q.-L5 + »317.50 n 11 ? 17.65 3D»P3/2 »F2D5/2 AK2 0.10 3265. I I I 1 65.»6 3P3Ü3 3D3F» AK 1 0.L1 + »319.»5 o 11 1 19.63 3$»P 3/2 3P»PS/2 AK2 0.09 3267. I I I 1 67.31 3P3D1 3D3F2 AK 1 0.06 + ^322.00 c 11 1 21.95 3P»P3/2 »S»P3/2 AK2 0.07 3299. III 1 99.36 3S3P0 3P3S1 AK 1 Pt9-1 + »325.90 II 25.88 3P »P 3/ 2 »S»Pl/2 AK2 0.0» 3305, 15 □ I l 1 5.15 3P»P 5/2 »8»P3/2 AK 1 0.05 + »325.90 l I I 3 25.70 3 S IP 1 3PID2 AK2 0.0» 3306, 60 0 II l 6.60 3P»P 3/2 »S»Pl/2 AK1 0.06 + »325.90 3 25.77 3S»Pl/2 3P»P1/2 AK2 0.0» 3312. bo n 111 1 12.30 3S3P1 3P3S1 AK 1 2.12 + »3»0.38 1 »0.» 7 1 2 2P 5 2D AK2 3».80 3323. 1 23.75 3S2P3/2 3P2P3/2 0.08 + »3»2•7 0 2 »2.83 103 3D2D3/2 »F2D3/2 AK2 0.22 3329. l 29.20 3R»D7/2 3D»D7/2 0.08 + »3»2.70 2 »2.8» »3 »P»n3/2 5S»p5/2 AK2 3331. 1 31.32 3P3D2 »S3P1 0.09 + »3»5.38 n T I l »5.56 »S»P 3/2 3P»Pl/2 AK2 0. 16 333». 87 NE I I l 3».87 3S»P 5/2 3P»D7/2 AK 1 0.28 + »3»6.80 (FE I I ) 1 »6.85 A »F7/2 A »G /2 AK2 0.08 33»0. 7» P I I I l »0.7» 3S3P2 3P3S1 AK l 2.82 + »3»8.2» N III l »8.36 3P»07/2 3D»D7/2 AK2 0.09 3 3»2, 50 (NE III) 1 »2.50 2P in 2 2P1S0 AK 1 0. 18 + »3»9.»5 0 I I l »9.»3 3S»P 5/2 3P»P5/2 AK2 0. 15 335». 00 N I I I 1 5».29 3 S»P 3/2 3P»P5/2 KA 0.05 + »363.10 (n 11 n l 63.21 2P 102 2P ISO AK2 8.10 335». 2 5».55 2 l SO 71 P1 AK 1 0.18 + »366.78 n 11 l 66.90 3S»P 5/2 3P»P3/2 AK2 0.13 335». ? 55.05 3S »P 3/2 3P»D5/2 AK 1 0.18 + »368.25 C I I 1 68.1» 3D»P »F»D AK2 0. 15 3367. 00 0 l 67.00 30»F 5/2 5P»DS/2 AKI 0. 10 + »372.0» P I I 2 71.65 3D2F7/2 »F»G9/2 AK2 0.0» 3399. 80 (FF 1 0.30 3D5D2 3P3G3 AK 1 0.05 + »372.0» AR T I 2 72.09 »P »S 3/2 5S2P1/2 AK2 0,0» 3»05. l 5.7» 3P3P0 303P1 AKI 0.1» + »379.11 N III 1 79.09 5 2G AK2 0.06 3»08. 1 8.13 3P3P1 3P3P0 AKI 0.08 + »387.8» HF I 1 87.93 2 IP1 5 ID2 AK2 0.55 3» 11 . 2 11.76 3 2P3/2 3 2D5/2 AKI 0.05 + »390,30 MG I I 1 90.56 » 2P3/2 5 2D AK2 0,05 3» 11. 2 11.38 3P2P3/2 30 2P3/2 AKI 0.05 + »391.78 S I I 2 91.8» »P»05/2 5S»P5/2 AK2 0.06 3»1», 80 NF IT 1». 82 3P 20 3/2 302F5/2 AKI 0.18 + »391.78 NF II 2 91.9» 3D»F 7/2 »F»G9/2 AK2 0.06 3»1», I I I 2 15.29 3P3P1 3D3PI AKI 0.18 + »»11.13 C I I 1 11.20 30 20 3/ 2 »F2F5/2 AK2 0.06 3»17. I I 1 17.71 3P2D5/2 3D2F7/2 AKI 0.07 + »»I».8 l 1 l»•91 3S2P3/2 3P2D5/2 AK2 0.07 3»25. 57 (NF 2 25.87 2P3P2 2P1D2 AKI 0.05 + »»16.9» P I I 2 16.98 3S2P 172 3P2D3/2 AK2 0.06 3»25, 57 P IV 2 25.57 3S»P 5/2 3P »D 3/2 AKI 0.05 + »»16.9» NE I I 2 16.77 3D2D5/2 »F»03/2 AK2 0.06 3»21 70 I IT 1 28.67 3P3P 1 3D3P2 AKI 1.20 + »»28.28 NF I I 2 28.5» 3D»F5/2 »F»G5/2 AK2 0.07 3»30. I I I 1 30.60 3P3P2 3D3P1 AK 1 0.21 + »»28.28 NE I I 2 28.5» 3D 20 5/2 »F »D5/2 AK2 0.07 3»38, I I 2 38.97 3P2P 1/2 3D2P3/2 AKI 0.07 + »»30.50 NE I I 1 30.90 3D»F 3/2 »F»F3/2 AK2 0.0» 3» 38. I I 2 38.1» »P»D5/2 »D2D3/2 AKI 0.07 + »»32.93 1 32.7» 3D2P2 »F3D3 AK2 0.0» 3»»0, I I I l »0.39 3P1D2 3D3D3 AKI 0.03 + »»37.»3 l 37.55 2 1P1 5 ISO AK2 0.16 3»»2. I I l »2.12 3P»S3/2 »S»P5/2 AKI 0.06 + »»»6.90 1 »7.03 3P 1P1 3D1D2 KA 0,05 3»»», I I I 1 »».10 3P3P2 3P3P2 AKI 5.25 + »»»8.90 I I l »8.21 3P2F7/2 3D2F7/2 KA 0.05 3»»7. 59 HE l »7.59 AKI 0.13 + »»52.90 I I l 52.38 3S2P3/2 3P2P3/2 KA 0.05 3»53. 2 0 HF l 53.20 KA 0.03 + »»65.16 I I 1 65.»0 3S6S5/2 3P6P7/2 AK2 0.03 3»56. 80 HE 1 56.80 KA 0.03 + »»67.82 n 11 2 67.88 3S6S5/2 3P6P5/2 AK2 0.05 3»61, 00 HE l 61.00 KA 0.03 + »»67.82 s in 2 67.83 30303 »P3D3 AK2 0.05 3»6». 21 AR l 6». 1» »P2D5/2 »D2F5/2 AKI 0.02 + »»71.37 HF I 71.»8 3P 3P AK2 5.02 3»66. 0» HE 1 65.89 23P 1 73D AKI 0,05 + »»80.9» MG I I 1 81.12 3 20 3/2 5 2P5/2 AK2 0.0» 3»72, I l 71.80 23P 163D AKI 0.03 + »511.08 N III 2 10.92 3S»P 3/2 3P»D5/2 AK2 0.05 3»78. I l 78.97 23P 15 3D AKI 0.06 + »511.08 (K IV ) 2 10.93 3P ID2 3P1S0 AK2 0.05 3»80, I I 1 80.75 3S2S1/2 3P2P1/2 AKI 0.0» + »53».29 MG I I 1 3».26 9 2G AK2 0.05 3»87, l 87.72 23P 1»3D AKI 0.02 + »562.72 NF I I l 62.05 3D»D 3/2 »F»03/2 AK2 0.06 3»95. l 95.»» 3D»D7/2 5P4P5/2 KA 0.0» + »571.01 Mr, J 1 71.10 3 ISO 3 3P1 AK2 0.70 3»98, 1 98.6» 23P 1 33D AKI 0.07 + »590.81 P 11 1 90.97 3S2D5/2 3P2F7/2 AK2 0.08 3512. 1 12.51 23P 12 3D AKI 0.06 + »596.12 0 I I 1 96.17 3S203/2 3P2F5/2 AK2 0.06 3530. 1 30.»9 23P 11 3D AK l 0.1» + »598.66 AR I I 1 98.77 3D¿03/ 2 »P2P3/2 AK2 0.05 35»2. 1 »2.28 3P2D5/2 3D2P3/2 0.03 + »60».55 (FF I I A 609/2 A »H7/2 AK2 0.05 355». I 1 5».39 23P2 10 3D 0.17 + »606.80 N I I 39 3P 0 3P3PI AK2 0.05 3558. I I 1 57.8» 352PI/2 3P2SI/2 0.03 + (PK NO. 3»+ll 1) NGC 7009 (PK NO. 37-3» 1) + + + + + 679 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. + + + TABLE 9—Continued + NGC 7009 (PK NO. 37-34 1) NGC 7009 (PK Nn. + WAVE IDENT MT TRANSITION REF OBS I WAVE IDENT N R MT TRANSI T ION REF OBS I + 3561.00 NE II I 61.23 31 3P4S3/2 3P4F5/2 KA 0.03 3864.60 0 I I 2 64.68 12 3P2D5/2 3D4D3/2 KA 0.04 + 3568.62 NE II 1 68.53 3S2D5/2 3P2F7/2 AK 1 0.12 3864.60 0 I I 2 64.45 12 3P2D5/2 3D4D5/2 KA 0.04 + 3574.29 NE II l 74.23 3S2D5/2 3P2F5/2 AK l 0.03 3868.63 (NE III) l 68.76 1 2P3P2 2P1D2 AKl 100.00 + 3587.36 HE I 1 87,25 31 23P2 93D AK 1 0.23 3871.73 HE I 1 71.82 60 2 1P1 9 102 AK1 0.08 + 3599.70 HE T 2 99.44 30 2 3P0 9 3S1 KA 0.04 3875.30 II 1 75.82 13 3P4D7/2 3D2F5/2 KA 0.03 + 3599.70 HE I 2 99.30 30 2 3P 2< I 9 3SI KA 0.04 3882.38 II 1 82.45 Il 3P4D3/2 3D4P3/2 AKl O.ll + 3613.70 HE I 1 13.64 21 SO 51P 1 AKl 0.17 3888.79 I 2 89.05 2 2 2P 8 2D AKl 18.90 + 3634.35 1 34.24 28 23P2 8 3D AKl 0.40 3888.79 HE I 2 88.65 2 2 3S1 3 3P2<1 AKl 18.90 + 3648.90 0 III L 49.20 35 3P3P2 3D3D1 KA 0.03 3891.44 (FE V ) l 91.28 3 3D5D4 3D3F4 AKl 0.11 + 3657,59 2 57.27 7 22P 3620 AKl 0.24 3895.66 (FE V ) 1 91.28 3 3D5D4 3D3F4 AKl 0.09 + 3657.59 2 57.93 22P 352D AKl 0.24 3907.38 II 1 7.45 Il 3P4D5/2 3D4P5/2 AKl 0.03 + 3658.81 l 58.64 22P 342D AKl 0.23 3912.00 I I 2 12.09 17 3S2D3/2 3P2P3/2 KA 0.03 + 3659.28 1 59.42 22P 332D AKl 0.22 3912.00 II 11.96 17 3S2D5/2 3P2P3/2 KA 0.03 + 3660.22 1 60.28 6 22P 322D AKl 0.21 3918.91 I I 2 18.98 4 3 2P1/2 2S1/2 AKl 0.04 + 3661.25 1 61.22 6 22 P 31 2D AKl 0.21 3918.91 I I 2 19.01 17 3P1P1 3D 1 PI AKl 0.04 + 3662.29 1 62.26 6 22 P 302D AKl 0.24 3920.52 I I 1 20.68 4 3 2P3/2 2S1/2 AKl 0. + 3663.40 1 63.41 22P 292D AKl 0.0 3923.51 HF II 1 23.48 4 4 2F 15 2S AKl .18 + 3664.48 H I 1 64.63 22P 282D AKl 0.27 3926.56 HE I 1 26.53 58 2 IP1 8 1D2 AKl 0.16 + 3665.93 1 66.10 22P 2 72 D AKl 0.27 3928.87 S III 2 28.62 8 3D3D3 4P3D2 AKl 0.02 + 3667.52 l 67.68 5 22P 262D AKl 0.32 3928.87 A» I I 2 28.62 10 4S4P1/2 4P4S3/2 AKl + 3671.32 1 71.48 5 22P 242D AKl 0.38 3933.19 S I I 1 33.29 55 4P2D5/2 4D2F7/2 AKl 0.03 + 3673.61 1 73.76 5 22? 232D AKl 3944.87 n ii 1 45.05 6 3S2P1/2 3P2P3/2 AKl 0.03 + 3676.25 H Î 1 76.37 4 22P 222D AKl 3947.99 I I 1 48.15 32 3D4F7/2 4F4F7/2 AKl 0.05 + 3679.25 H I 1 79.36 4 22P 2120 AKl 0.49 3954.94 I I 1 54.37 6 3S2PI/2 3P2P1/2 AKl 0.04 + 3682.74 H I 1 82.81 4 22P 202D AKl 0.60 3955.90 II 1 55.85 6 3S3P1 3P1D2 KA 0.03 + 3686.86 1 86.83 4 22P 192D AKl 0.68 3964.79 HE I 1 64.73 5 2 ISO 4 1PI AKl 0.66 + 3691.49 1 91.56 4 22P 18 2D AKl 0.82 3967.40 (NE III) 2 67.47 1 2P3PI 2P1D2 AKl 47.50 + 3694.17 1 94.22 1 3S4P5/2 3P4P5/2 AKl 9*37 3970.00 2 70 Ql L 2 2P 7 29 AKl 47.50 + 3697.11 1 97.15 3 22 P 1720 AKl 0.99 3973.16 1 73.26 6 3S2P3/2 3P2P3/2 AKl 0.06 + 3698.90 l 98.70 21 3S5P2 3P5D3 KA 0.04 3976.77 1 77.10 10 3P4P5/2 3D4P3/2 AKl 0.01 + 3702.82 1 2.75 14 2P3P0 3D3D1 AKl 0.33 3982.96 1 82.72 6 3S2P3/2 3P2P1/2 AKl _0aJL2_ + 3703.82 H I + 3705.02 HP I + 1 3.36 3 22 P 162D AKl 1.17 3986.19 S III 1 85.97 8 3D3D1 3P3D0 AKl 0.03 + 1 5.00 25 23P2 73D AKl 0.70 3995.04 N 11 1 95.00 12 3S1PI 3PID2 AKl 0.02 + -3707.23 -D LLL _1 7.24 14 3P3P1 —3P302 AK1_ . Q«33 3997.15 j_F L-V L 1 97.37 1 2P3P1 2P1D2 AKl 0.02 + 3709.67 III 9.52 21 3S5P1 3P5D0 AKl 0.07 4003.62 III 1 3.64 20 5/ 2 2F7/2 AKl 0.07 + 3709.67 NE I I 3 9.64 l 3S4P3/2 3P4P1/2 AKl 0.07 4009.31 HE I l 9.27 2 IP1 7 1D2 AKl 0.22 + _3709.67 _ AR I I 3 9.90 .67- 3P2Q3/2 AQ4F3/2 AKl 4026.15 HE I 1 26.19 2 3P 5 3D AKl 2.10 + 3710.50 ^ I II 1 10.42 l 3D3P2 4P3D2 KA 0.04 4035.08 O II 1 35.09 51 3D4E5/2 4F2F5/2 AKl 0.06 + 3711.92 H I 1 11.97 3 22P 152D AKl 1.27 4041.41 N II 2 41.32 39 3D3F4 4F3G5 AKl 0.11 + -3713.04 1 13.00 5 3S2P3/2 l_P205/2 AKl 0.24 4041.41 Q U 2 41,31 50 3D4F5/2 4F4F5/2 AKl 0.11 + 3714.04 I I T 1 14.03 14 3P3P1 3D3DI AKl 0.22 4043.57 N I I 43.54 39 3D3F4 4F3G5 AKl 0.04 + 3715.15 I I I 1 15.08 14 3P3P2 3D3D2 AKl 0.30 4054.50 I I 1 54.55 98 3D2F5/2 4F2F5/2 KA 0.02 + 3717.80 -LU 4S3P 2 .4P 3S1 KA 0.04 4056.03 III 1 56.06 24 4 ID 2 5 1F3 AKl -0_aH2_ + 3721.90 I l 21.94 3 22P 142D AKl 2.32 4060.80 (F IV ) 3 60.22 1 2P3P2 2PID2 AKl 0.04 + 3726.01 I I » 1 26. 15 1 2P4S3/2 2P2D3/2 AKl 8.48 4060.80 H II 3 60.58 97 3D2F7/2 4F2G9/2 AKl 0.04 + 3728.73 J_Q II ) l 28.80 1 2P4S3/2 2P2D5/2 AKl 5.61 4060.80 0 II 3 60.98 97 3D2F5/2 4F2G9/2 AKl 0,04 + 3730. HE I 1 30.80 AKl 0.02 4062.91 0 I I 62.90 50 3D4E9/2 4F4F9/2 AKl 0.05 + 3732.60 1 32.86 24 23P2 73S1 AKl 0.09 4062.91 NF II 2 62.90 53 3D4D5/2 4F4F5/2 AKl 0.05 + 3734.39 1 34.37 3 22P l?2P AKl 1,94 4068.37 (S II ) 1 68.60 1 3P4S3/2 3P2P3/2 AKl 0.67 + 3736.62 1 36.78 6 3P4D7/2 3D4F9/2 AKl 0.02 4069.96 II 2 69.64 10 3P4D1/2 3D4F3/2 AKl 0.53 + 3740.24 l 39.92 31 3P4S3/2 4S4P5/2 AKl 0.04 4069.96 I I 2 69.90 10 3P4D3/2 3D4F5/2 AKl 0.53 + 3745.83 -HE I I 46.90 . . A.K I 0.03 4072.16 0 I I 1 72.16 10 3P4D5/2 3D4F7/2 AKl + 3750.14 T 1 50.15 22P 122D AKl 2. 4074.05 n III 1 73.90 23 3S3P1 3P3D2 AKl 0.06 + 3754.50 N I I Î 2 54.62 3S4P3/2 + P 3P4S3/2 AKl 0.5 2 4075.94 O II 2 75.87 10 3P4D7/2 3D4F9/2 AKl 0.58 + -3754.50 _Qc 111 J?4.67 —2..3S3 1 ¿P3Q2 AKl -0.52 4075.94 (S II ) 2 76.35 1 3P4S3/2 3P2P3/2 AKl 0.58 + 3755.90 H I l 56.10 66 2 1PI 141D2 KA 0.04 4080.90 TI I l 81.10 23 3S3P2 3P3D3 AKl 0.07 + 3757.33 0 III 1 57.21 2 3S3P0 3P3D1 AKl 0.33 4081.90 I I 1 82.28 38 3D3F3 4F3F4 AKl 0.03 + 3759.93 n m 1 59.87 2 3S3p2 3P3D3 AKl 1.54 4083.86 I I 1 83.91 49 3D4F5/2 4F2G7/2 AKl 0.14 + 3762.40 n 11 2 62.63 31 3P4S3/2 4S4P3/2 AKl 0. 10 4085.24 I I 1 85.12 10 3P4D5/2 3D4F5/2 AKl 0.14 + 3762.40 si iv 2 62.41 3 4 205/2 5 2P3/2 AKl 0. 10 4087.19 I I 1 87.16 48 3D4F3/2 4F4G5/2 AKl 0.14 + 3766.48 NF I I 1 66.29 3S4P3/2 3P4P5/2 AKl 0.06 4089.18 I I 2 89.30 48 3D4F9/2 4F4G /2 AKl 0.30 + 1 70.63 2 22P 11 2D AKl 3.38 4089.18 SI IV 2 88.86 1 4 2S1/2 2P3/2 AKl 0.30 + 1 73.13 3 4 203/2 5 2P1/2 AKl 0.07 4092.98 0 I I l 92.94 10 3P4D7/2 3D4F7/2 AKl 0.09 + 1 74.00 3S3P 1 3P3D1 AKl 0.20 4097.25 N III 3 97.31 1 3 2S1/2 2P3/2 AKl 1.94 + 1 77.16 1 3S4P1/2 3P4P3/2 0.07 4097.25 I I 3 97.26 20 3P4P1/2 3D4D3/2 AKl 1.94 + 1 79.23 11 3°4D 5/? 3D4P5/2 0’. 0 3 4097.25 I I 3 97.26 48 3D4F7/2 4F4G9/2 AKl 1.94 + 1 81.68 5 4 2F 212G 0.07 4101.67 1 1.74 1 2 2P 6 2D AKl 26.50 + 3783.80 ( FE V ) 1 83.60 3 3D502 3D3F3 KA 0.03 4103.41 2 3.37 1 3 2S1/2 2P1/2 AKl 0.97 + 3784.91 HE I 1 84.89 64 2lPl 1 2102 AKl 0.04 4103.41 2 3.02 20 3P4P1/2 3D4DI/2 AKl 0.97 + 3791.42 9 III 1 91.26 2 3S3P2 3P3D2 AKl 0.33 4104.90 1 4.74 20 3P4P3/2 3D4D5/2 AKl 0.10 + 3792.70 N T I I l 92.87 il 3P407/2 3D4P5/2 0.03 4107.01 I I l 7.07 47 3D4F5/2 4F4D7/2 AKl 0.06 + 3795.20 ( FE V ) 1 95.20 3 3D5D2 3D3F2 0.05 4110.63 î I 1 10.80 20 3P4P3/2 3D4DI/2 AKl 0.05 + 3796.36 HE I I 1 96.33 5 42F 202G 0.10 4112.55 I I 1 12.03 21 3P4P5/2 3D2F5/2 AKl 0.04 + 3797.93 1 97.90 2 2 2P 10 2D AKl 4.28 4115.88 SI IV l 16.10 l 4 2S1/2 2PI/2 AKl 0. + 3805.96 l 5.77 63 2 IPl 11 ID2 AKl 0.05 4119.52 n 11 l 19.22 20 3P4P5/2 3D407/2 AKl 0.22 + 3811.08 1 10.96 2 3S3P2 3P3D1 AKl 0.03 4120.85 HE I l 20.81 16 2 3P 5 3S1 AKl 0.24 + 3813.59 HE II 1 13.50 4 4 2F 19 2G AKl O.ll 4123.55 (FE V ) 1 23.90 2 3D5D4 3D3H6 AKl 0.03 + 3319.66 HF I l 19.61 22 2 3P 6 3D 4125.30 S III 1 25.40 11 4S1P1 4P3P0 AKl + 3826.93 AR T I 1 26.83 54 4P4D5/2 4D4D5/2 AKl AKl + 1.12 + 0.02 4128.70 AR I I 1 28.65 AKl + 0.03 + 0.05 + 3829.38 MG I 1 29.35 3 3 3P0 3 301 AKl 0.03 4130.90 (FE III) 30.80 A 5D2 A 3G4 KA 0.03 + 3831.74 S I I T 1 31.85 5 4S3P0 4P3P1 AKl 0.04 4132.66 0 I I 1 32.81 3P4P 1/2 3D4P3/2 AKl 0.10 + 3833.77 HE I 2 33.57 62 2 IPl 10 1D2 AKl 0.19 4143.81 HE I 1 43.76 2 IPl 6 1D2 AKl 0.36 + 3833.77 HF I I 2 33.80 4 4 2F AKl 0.19 4146.00 n 11 2 45.90 106 3P6P7/2 3D6D7/2 AKl 0.04 + 3835.43 H I 1 35.39 2 2 2P AKl 6.15 4146.00 o 11 2 46.09 106 3P6P7/2 3D6D9/2 AKl 0.04 + 3838.23 HF M I 2 38,09 61 2 IPl AKl 0.09 4150.56 NE I I 1 50.67 53 3D4D1/2 4F4F3/2 AKl 0.02 + 3838.23 G I 2 38.29 3 3 3P2 3 3D 0.09 4153.66 II l 53.30 3P4P3/2 3D4P5/2 AKl 0.16 + 3843.00 I I 1 42.82 12 3P4D1/2 3D4D3/2 0.02 4155.48 I I 1 56.54 3P4P5/2 3D4P3/2 AKl 0.11 + 3848.00 I I 1 47.89 12 3P4P1/2 30401/2 0.03 4163.12 1 63.30 3P4S3/2 3P2D3/2 AKl 0.03 + 3851.10 2 50.81 12 3P4D3/2 3D4D5/2 AKl 0.05 4169.14 I I 1 69.23 3P4P5/2 3D4P5/2 AKl 0.03 + 3851.10 2 51.04 12 3P4D3/2 3D4D3/2 AKl 0.05 4171.57 I I 1 71.61 3D 102 4F3F3 AKl 0.03 + 3852.90 1 53.09 30 3D2F5/2 4P2D3/2 AKl 0.03 4176.00 I I 1 76.16 3D1D2 4F1F3 AKl 0.03 + 3855.90 SI I I 1 56.02 4P2P3/2 AKl 0.10 4181.15 1 81.17 3D3D3 4F1G4 AKl 0.04 + 3858.04 HE I I l 58.07 17 2G AKl 0.14 4185.51 I I l 85.46 3P2F5/2 3D2G7/2 AKl 0.08 + 3858.04 HF II 1 58.07 17 2G AK 1 0.14 4186.94 I II 1 87.05 4 1E3 5 1G4 AKl 0.13 + 3860.60 S III 1 60.64 5 4S3P1 4P3P0 0.04 4189.78 l 89.79 3P2F7/2 3D2G9/2 AKl 0.11 + 3862.52 SI II l 62.59 1 3P2D3/2 4P2PI/2 0.12 4195.72 l 95.70 3S2P 1/2 3P2D3/2 AKl 0.08 + NGC 7009 (PK NÜ. 37-34 1) NGC 7009 (PK NO. 37-34 1) + + + + + 680 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 9—Continued + NGC 7009 CPK NO. 37-34 1) KGC 7009 (PK NO, 37-34 1) + WAVE IOENT N R Ml TRANSITION REF OBS I WAVE IDENT N R MT TRANSITION REF OBS I + 4199.90 HE II 1 99.83 3 4 2F 11 2G AK1 0.49 4529.7C 0 III 1 29.70 32 3P5S2 3D5D3 AK1 0.05 + 42C2.0C AR II 2 1.99 8 4S4P1/2 4P2D3/2 AK 1 0.02 4530.32 Ñ TI 1 30.40 55 3D IF 3 4F1G4 ÄlO 0.07 + 42C2.00 AR II 2 1.99 12 4 3 0 20 3 / 2 4F203/2 AK I 0.02 4534.57 N III 1 34.57 3 3S4P5/2 3P405/2 AK 1 C.09 + 4215.80 III 1 15.69 6 3S2P3/2 3P2D3/2 AK 1 0.03 4541.55 HE II 1 41.59 2 4 2F 9 2G. AK1 0.Ó6 + 4217.2C ~0 Ï 2 17.09 33 4 3P 3 3P2 AK 1 0.03 4544.80 Tj—ITT 1 44.80 12 4 2P2/2 2S1/2 0.05 + 4217.20 NE II 2 17.15 52 30407/2 4F405/2 AK 1 0.03 4547.34 N III l 47.34 3 3S4P5/2 3P4D3/2 AK 1 0.05 + 4219.79 NE II 1 19.76 52 30407/2 TP 4F4D7/2 AK 1 - 0.08 4552.54 N II l 52.54 58 3D1F3 4P1D4 AK 1 0.07 + "422:5.07 R II 1 25.67 T3Ü" SRI 0.03 4562.66 NE fl 1 62.05 64 304P3/2 4P 403/2 AK 1 Ú.Ú3 + 4231.61 NE II 1 31.60 52 30405/2 4F405/2 AK 1 0.03 4564.43 AR II l 64.43 85 4P4S3/2 5S4P1/2 AK1 0.04 + 4233.83 0 I 1 33.32 33 4 3P 3 3P2 AK 1 0.02 4571.IC MG I 1 71.10 3 1SC 3 3P1 AK1 0.13 + 4237.04 “ñ rr 2 36.93 48 30301 4F3F2 AK 1 0. 4590.97 "c rr l 90.97 15 3S2D5/2 3P2F7/2 AK 1 C.1C + 4237.04 N II 2 37.05 48 30302 4F3F3 AK 1 0.06 4556.17 0 II 1 9 6.17 15 3S2D3/2 3P2F5/2 AK 1 0.08 + 4242.24 NE II 1 42.20 52 30401/2 4F401/2 AK 1 0.10 4602.10 0 II 1 2. 11 53 30203/2 4F 2F 5/2 AK 1 0.08 + 4250.53 NE II 1 50.68 52 30403/2 4F4D5/2 AK1 0.03 4608.30 (FE III) 1 7.10 3 A 504 A 3F3 KA 0.03 + 42 53.88 0 II 2 53.98 101 3D2G7/2 4F2H9/2 AK 1 0.09 4609.90 0 II 2 10.14 92 30203/2 4F4F5/2 AK1 0.17 + 4253. 0 II 2 5 3,74 101 302GS/2 4F2H9/2 AK 1 0.09 4609.90 0 II 2 9.42 93 30205/2 4F2F 7/2 AK 1 0. 17 + 4263.60 K II 1 63.40 0.05 4613.3C II l 13.11 93 30205/2 4F2F5/2 AK 1 0.03 + 4267.11 C II 1 67.27 6 3 205/2 4 2F7/2 AK 1 1.04 4621.07 TI 1 21.28 52 30205/2 4F4F5/2 AK 1 0.03 + 4272.88 0 II 1 73,17 68 30405/2 4F2F7/2 AK1 0.03 4631 .10 II 1 30.54 5 3S3P2 3P3P2 AK 1 0.10 + 4275.57 0 I I 1 75.52 67 30407/2 4F4F9/2 AK 1 C. 20 4634.16 N III 1 34.16 2 3 2P1/2 3 203/2 AK 1 1.56 + 4276.73 C I I 2 76.71 54 3D4P3/2 4F4D1/2 AK 1 0.11 4638.85 0 II l 38.85 1 3S4P1/2 3P 403/2 AK 1 0.05 + 4276.73 0 II 2 76.71 67 30405/2 4F4F7/2 AK 1 0.11 4640,64 N I II 1 40.64 2 3 2P3/2 3 205/2 AK 1 2.94 + 4277.74 C II 1 77.90 67 30407/2 4F4F7/2 AK 1 0.08 4641.5C N II 2 41.90 2 3 2P3/2 3 203/2 AK 1 0.91 + 4281.38 G II 1 81.40 54 3D4P5/2 4F405/2 AK1 0.03 4641.90 0 II 2 41.81 1 3S4P3/2 3P4D5/2 AK 1 0.91 + 4283.29 0 II 4 82.82 54 304P3/2 4F4D3/2 AK1 0.07 4647.40 C III 1 47.40 1 3 3S1 3 3P2 AK 1 0.32 + 42 83.29 G II 82.96 67 30403/2 4F4F5/2 AKl 0.07 4649.14 0 Ii 1 49.14 1 3S4P5/2 3P407/2 AKI 0.87 + 4283.29 0 II 83.75 67 30403/2 4F4F3/2 AKi 0.07 4651 .35 C I II 1 51.35 l 3 3S1 3 3PC AK 1 0.35 + 4283.29 0 II 83.13 67 30405/2 4F4F5/2 AK 1 0.07 4658.42 C I v 1 58.64 8 5 2F 6 2G AK 1 0.07 + 4285. 7C C II 1 85.70 78 3D2F5/2 4F2F7/2 AKI 0.08 4661.64 0 II 1 61.64 1 3S4P3/2 3P403/2 AKI 0.30 + 4288.80 0 II 1 88.83 54 3D4P1/2 4F401/2 AKI 0.04 4667.28 N I I l 67.28 11 3S1P1 3P3P 1 AK 1 0.06 + *291.61 C II . 92,pQ *1 302P5/2 4F4D5/2 AKI Q,Q 1 26.05 1 2P4S3/2 2P2D3/2 ASA- 8.62 4253.79 AA3* 74 30209/2 4E¿H9/2 AS* + 3728, 74 (0 l 28.80 l 2P4S3/2 2P2D5/2 ABW 3.00 4253.79 —ü LL 2 53.9E LOI 101 302G7/2 4F2H9/2 ABW + 0*3 L + 0.01 + 3734, 33 H 1 34.37 22P 1320 ABW 1.15 4267.06 1 67.27 205/2 2F 7/2 ABW 0.42 + 3736, JJ n_ 1 36.78 3P407/2 304F9/2 ABW 0.16 4275.48 1 75.52 67 30407/2 4F4F9/2 KACE 9*91 + 3740 30 ( FF V I ) 0 40.34 3D4F9/2 302H9/2 KACE 0.0 4276.55 0 t I 3 76.71 54 3D4P3/2 4F401/2 KACE 0.02 + 3745, 91 N III 1 45.83 3S4P1/2 3P4S3/2 A8W 0.03 4276.55 0 I I 3 76.71 67 30405/2 4F 4F 7/2 KACE 0.02 + 3750 08 H I 1 50.15 22P 1220 ABW 1.46 4276.55 0 I I 3 76.21 68 30405/2 4F2F5/2 KACE 0.02 + 3754 62 P III 1 54.67 3S3P1 3P302 ABW 0.50 4325.90 C III l 25.70 7 3S1P1 3P102 ABW 0.02 + 3757 26 n mi 1 57.21 3S3P0 3P3D1 ABW 0.11 4338.89 HF I 1 1 38.67 3 4 2F 10 2G ABW 0.72 + 3759 76 O III 1 59.87 3S3P2 3P3D3 ABW 2.17 4340.56 H I 1 40.47 1 2 2P 5 20 ABW 31.10 + 3770. 59 H I l 70.63 2 22P 1120 ABW 1.85 4349.48 I I 1 49.43 2 3S4P5/2 3P4P5/2 ABW 0.02 + 3773. 98 O III 1 74.00 2 3S3P1 3P3D1 ABW 0. 11 4363.21 I II ) 1 63.21 2 2P10 ? 2P1S0 ABW 18.30 + 3 7 73. 98 (FF VI ) 2 74.90 3 3D4F3/2 3D2P1/2 KACE 0.11 4368.48 1 68.30 5 3 3S1 4 3P ABW 0.03 + 3777. 07 (FF v ) 2 77.40 l 30 500 303P2 KACE 0.01 4379.17 N III 1 79.09 17 4 2F 5 2G ABW 0.08 + 3777. 0 7 NF I I l 77.16 1 3S4PI/2 3P4P3/2 ABW 0.0 1 4387.84 HE I l 87.93 51 2 1P1 5 102 ABW 0.33 + 3781. 62 HF n 1 81.68 5 42F 212G ABW 0.08 4391,95 NE I I 1 91.94 57 3D4F7/2 4F4G9/2 KACE 0.02 + 3783. 1 83.56 3 30502 30 3F 3 ABW 0.08 4414.81 n 11 1 14.91 5 3S2P3/2 3P2D5/2 ABW 0.02 + 3784. I 0 84.88 64 21 P 1 12102 KACE 0.0 4417.06 n 11 1 16.98 5 3S2P1/2 3P2D3/2 ABW 0.01 + 3791. I I I 1 91.26 2 3S3P2 3P3D2 ABW 0.13 4437.61 HE i 1 37.55 50 2 1P1 5 ISO ABW 0.04 + 3795, 23 (FF V ) 1 95.23 3 30502 3D3F2 ABW 0.03 4471.39 HF J 1 71.48• 14 2 3P 4 3P ABW 2.69 + 3796, 3 0 HE I I l 96.33 5 42F 202G ABW 0.10 4481.29 MG II 1 81.12 4 3 203/2 5 2P5/2 ABW 0.01 + 3797, 1 97.90 2 2 2P 10 20 ABW 2.46 4491.16 0 I I 1 91.25 86 3D2P3/2 4F205/2 0.01 + 3805. I 1 5.77 63 2 1P1 11 102 A8W 0.03 4510.94 I 11 2 10.92 3 3S4P1/2 3P4D3/2 KACE 0.05 + 3813. I I 1 13.50 4 4 2F 19 2G ABW 0.13 4510.94 N I I T 2 10.92 3 3S4P3/2 3P4D5/2 KACE 0.05 + 3819, 1 19.61 22 2 3P ABW 0.49 4510.94 (K IV) 1 10.93 2 3P102 3 P 1 SO ABW 0.05 + 3829. 93 N II 2 29.80 30 3P3P1 4S3P2 KACE 0.0 l 4514.58 I I I 1 14.89 3S4P5/2 3P4D7/2 ABW 0.02 + 3829. 1 29.77 39 3P2P3/2 30205/2 ABW 0.01 4516.77 ITT 1 16.93 9 4 3P2 5 3SI ABW 0.01 + 3833, 78 HF II 2 33.57 62 2 1P1 10 102 ABW 0.11 4518.02 I I I 1 18.18 3 3S4P1/2 3P4D1/2 ABW 0.01 + 3833, 2 33.80 0.11 4523.57 I I I 1 23.60 3 3S4P3/2 3P403/2 ABW 0.01 + 3835. l 35.39 2 2P ABW 3.50 4534.53 I I I 1 34.57 3 3S4P5/2 3P4D5/2 ABW 0.01 + 3839, 50 (FE V ) 1 39.52 30503 ABW 0.08 4541.43 1 41.59 2 4 2F 9 2G ABW 1.28 + 3843, oo n 1 43.58 13 3P403/2 30 2F 5/2 KACE 0.04 4546.59 N III l 46.36 13 3P4S3/2 3D4P5/2 ABW 0.01 + 3351, 20 (FE l 50.80 3 30503 30 3F 2 ABW 0.03 4552.00 SI III l 52.65 2 4 3S1 3P2 ABW 0.01 + 3853, 42 SI 1 53.66 1 3P2D3/2 4P2P3/2 ABW 0.01 4570.92 MG l 1 71.10 1 3 ISO 3P1 ABW 0.69 + 3856. I I t 56.02 3P205/2 4P2P3/2 ABW 0.0 3 4590.80 90.97 15 3S2D5/2 3P2F7/2 ABW 0.04 + 3858. I I 1 58.07 4 2F 17 2G ABW 0.19 4596.08 96.17 15 3S2D3/2 3P2F5/2 ABW 0.02 + 3862. I I 1 62.59 1 3P203/2 4P2P1/2 ABW 0.13 4603.80 1 3.20 1 3 2S1/2 3 2P3/2 ABW 0.02 + 3868. 75 (NE ITT) 1 68.76 1 2P3P2 2P 102 ABW 50.20 4606.55 1 7.13 504 A 3F 3 ABW 0. + 3871. 59 HF I 1 71.82 2 1P1 9 102 ABW 0.07 4619.87 l 19.40 1 3 2 S 1 / 2 3 2P1/2 ABW 0.02 + 3887, 53 HF I I 1 87.44 16 2G ABW 8.80 4625.43 1 25.54 2 3P1D2 3P1S0 ABW 0.06 + 3888. 89 H 1 89.05 2 2 2P 8 20 ABW 8.80 4634.11 III 1 34.16 2 3 2PI/2 3 203/2 ABW 1.16 + 3891. 33 (FE 1 91.28 3 30504 3D3F4 ABW 0.10 4640.69 T I I 1 40.64 ? 3 2P3/2 205/2 ABW 2.35 + 3895. 48 (FE 1 91.28 3 30504 303F4 ABW 0.05 4642.01 I I I 1 41.90 2 3 2P3/2 203/2 ABW 0.29 + 3911, 86 (FE 1 11.86 30504 30 3F 3 ABW 0.01 4647.34 I I I l 47.40 1 3 3S1 3 3P2 ABW 0.37 + 3919. 21 C 1 18.98 3 2P1/2 4 2 SI / 2 ABW 0.01 4649.11 I I l 49.14 1 3S4P5/2 3P4D7/2 ABW 0.14 + NGC 7027 (PK NO. 84-3 1) NGC 7027 (PK NO. 84 -3 1) + + + + + 682 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 9—Continued + NGC 7027 (PK NO. 84-3 1) NGC 7027 (PK NO. + WAVE IDENT MT TRANSI TI ON REF OBS I WAVE IDENT N R MT TRANSI TI ON REF OBS I + »650.35 C III 1 3 3SL 3 3P1 ABW 0.20 6560. HE II 1 60.10 2 » 2F 2G ABM 784.00 + »651.5» C III 1 51.35 1 3 3SI 3 3P0 ABW 0.06 6562. 90 H I 1 62.82 l 2 2P 3 2D ABM 78».00 + »65».»0 N II 1 5».57 il 3S1P1 3P3P2 KACE 0.0» 6583. 36 (N II ) 1 83.39 1 2P3P2 2PID2 ABM 279.00 + »657.69 (FE III) 1 58.10 3 A 5D» A 3F» ABW 0.27 6598. 76 (FE VII ) 1 0.80 1 3D3F» 3D1D2 ABM 0.0 + »658.38 C IV l 58.6» 8 5 2F 6 2G ABW 0.»2 6678. 16 HE 1 78.15 »6 2 1P1 1D2 ABM 9.»7 + »661.58 0 II 1 61.6» 1 3S»P 3/2 3P4D3/2 ABW 0.05 6683. 00 HE 2 83.20 7 5 2G 13 2H KACE 9.»7 + »663.56 C III 1 63.53 5 3S3P1 3P3P0 ABW 0.32 6716. 52 IS 1 16,»2 2 3P»S 3/ 2 3P2D5/2 ABM ».72 + »665.61 C III 1 65.90 5 3S3P2 3P3P2 ABW 0.05 6730. 7» (S I I ) 1 30.78 2 3P»S3/2 3P2D3/2 ABM 10.60 + »665.61 C IV 2 65.00 7 5 2F 6 2D KACE 0.05 6890. 80 HE I I I 90.88 7 5 2G 12 2H ABM 2.01 + »669.20 (P II ) 1 69.50 23 P3P1 3P1S0 KACE 0.03 7005. 67 (AR V I 1 5.67 1 3P3P2 3P1D2 ABM 12.10 + »673.»6 l 73.75 1 3S»P 3/ 2 3P»Dl/2 ABW 0.03 7065. 31 HE I 1 65.19 10 2 3P 3 3S1 ABM 23.50 + »676.06 1 76.23 1 3S»P5/2 3P»D5/2 ABW 0.0» 7135. 78 (AR III ) l 35.80 1 3P3P2 3PID2 ABM 77.90 + »678.17 1 77.93 63 3D IP 1 »F1D2 KACE 0.03 7170. 62 (AR IV ) 1 70.62 2 3P2D3/2 3P2P3/2 ABM ».20 + »685.75 HE II 1 85.68 1 3 2D » 2F ABW »1.20 7177. 77 HE I I 1 77.50 6 5 2G Il 2H ABM ».20 + »701.26 (FE I II » 1 1.62 3 A 5D3 A 3F3 ABM 0.05 7237. 26 (AR IV ) 1 37.26 2 3P2D5/2 3P2P3/2 ABM 2.»7 + »711.»2 (AR IV I 1 11.3» 1 3P»S 3/2 3P2D5/2 ABM 7262. 77 (AR IV ) 1 62.76 2 3P2D3/2 3P2P1/2 ABM -1-39 + »713.20 1 13.1» 12 2 3P » 3S1 ABM 0. »8 7281, 32 HE l 81.3» »5 2 1P1 3 ISO ABM 2.25 + »715.7» (NE IV ) 1 15.61 l 2P2D5/2 2P2P3/2 ABM 0.69 7319. 92 (D I I ) 1 19.92 2 2P2D5/2 2P2P3/2 ABM 55.80 + »715.7» (NE TV ) 1 15.61 1 2P2D5/2 2P2P3/2 KACE 0.22 7330. 19 (D I I ) 1 30.19 2 2P2D3/2 2P2P1/2 ABM »7.50 + »725.67 (NE IV ) 1 25.62 1 2P2D3/2 2P2P1/2 ABM 0.97 7530. 5» (CL IV ) 1 30.5» 3PID2 ABM 2.03 + »725.67 (NE IV ) 1 25.62 1 2P2D3/2 2P2P1/2 KACE 0.73 7592. 79 HE I I 1 92.7» 10 2H ABM 3.23 + »733.68 (FE III) 1 33.93 3 A 5D2 3F2 ABM 0,78 7726. 51 (S I L 1 2 ».»0 3 3P1D2 3P1S0 ABM 1.08 + »740.03 (AR IV ) 1 »0.20 1 3P4S3/2 3P2D3/2 ABM 6.42 7751. 0» (AR III) l 51.06 1 3P3PI 3P1D2 ABM 23.00 + »754.90 (FE III) 1 54.83 3 A 5D3 A 3F» ABM 0.22 7876, 00 (P II » l 69.50 3 3P1D2 3P1S0 KACE 0.48 + »859.32 HE II 1 59.32 2 » 2F 8 2G ABM 1.30 8045, 58 (CL TV ) 1 »5,63 1 3P3P2 3P1D2 ABM + »861.30 l 61.33 1 2 2P » 2D ABM 98.20 8236, 6» HE I I 1 36.77 6 5 2G 9 2H ABM 6.10 + »893.42 (FE VII ) l 93.40 2 3D3F2 3D3P1 ABM 0.12 8446, 00 (FE I I ) 1 »6.11 29 A »D3/2 A 2D5/2 KACE l.OOA + »921.96 HE I 1 21.93 »8 2 1P1 » 102 ABM 0.89 8502, 50 H 1 2.49 10 3 2D 16 2F ABM 2.50 + »930.97 (0 III) 1 31.00 1 2P3P0 2P1D2 ABM 0.33 8545, 53 H l »5.38 10 3 2D 15 2F ABM 3.30 + »94».10 (FE VII) l »4.00 2 3D3F3 3D 3P2 ABM 0.0 8577, 00 (CL 1 79.50 1 3P3P2 3P1D2 KACE 1.40A + »958.95 III ) 1 58.92 1 2P3P1 2P102 ABM 512.00 8598, 35 H 1 98.39 9 3 2D 1» 2F ABM 3.00 + »972.12 (FE VI ) l 72.10 2 3D4F5/2 3D2G7/2 ABM 17 8665. 1 65.02 3 2D 13 2F ABM 3.90 + 5006.88 (0 III) 1 6.85 1 2P3P2 2P1D2 ABM 1553.00 8750, l 50.48 3 2D 12 2F ABM 0.0 + 5015.55 1 15.68 » 2 ISO 3 1P1 ABM 1.06 8862. 1 62.79 3 20 U 2F ABM 0.0 + 5041.31 SI II 1 »1.06 5 » 2P1/2 » 2D3/2 ABM 0.32 901», 90 H l 14.91 9 3 2D 10 2F ABM 0.0 + 5047.92 HE I I l »7.7» »7 2 1P1 » ISO ABM 0.25 9069. 00 (S III) l 69.00 1 3P3PI 3PID2 ABM 1.87 + 5056.45 SI II 1 56.35 5 » 2P3/2 » 205/2 ABM 0.08 9531. 80 (S III ) 1 31.80 1 3P3P1 3P1D2 ABM 1.87 + 5112.00 n vi 1 12.00 2P 2D ABM 0.03 + 5145.78 (FE VI ) 1 »6.80 »F7/2 2G7/2 ABM 0.36 NGC 7027 (PK NO. 8» -3 1) + 5151.00 (FE III ) 1 51.90 1 A 5QJt 3P2 KACE 0*05 + 5158.9» (FE VII ) 1 58.98 2 3D3F3 3D3PI ABM 0.25 + 5176.42 (FE VI ) 1 76.43 2 3D4F9/2 3D2G9/2 ABM 0.29 + 5191.81 (Aft III) 91.82 3 3P1D2 3P1S0 ABM Q..2_8_ BEGIN NGC 7662 (PK NO. 106-17 1) + 5197.95 (NI ) 1 97.51 1 2P4S3/2 2P2D3/2 ABM 0.43 + 5200.41 (NI ) 1 0.41 1 2P4S3/2 2P2D5/2 ABM 0.11 WAVE IDENT MT TRANSITION REF OBS + 527Q.28 (PE III) 1 70.40 1 A 5D3 A 3P2 ABM... Q.23 + ABM _3_IZ1, 11.34 1 3P4S3/2 3P2D5/2 AKB 8.80 + 3858.12 HF I I 1 58.07 4 4 2F 17 2G AKB 0.58 4712, 66 HE. 1_ I 13.14 12 2 3P 4 3S1 AKB Q,Q... + 3862.4? S! II 1 62.59 1 3P2D3/2 4P2P1/2 AKB 0.06 4714. 11 (NE IV ) 1 14.25 1 2P2D5/2 2P2P3/2 AKB .75 + 3868.70 (NE III» 1 68.76 1 2P3P2 2PID? AKB 66.30 4715. 73 (NE IV ) 1 15.61 1 2P205/2 2P2PI/2 AKB 0.08 + 3875.50 Gc I I I 75.82 13 3P4D7/2 3D2F5/2 AKB 0.06 -4,72 51 51 i MP. »V > 1 25.62 1 2P2D3/2 2P2P1/2 AKB ,.A_1 + 3837.00 H I I 87.44 4 4 2F 16 2G AKB 14.10 4724. 08 (NE IV ) 1 24.15 1 2P203/2 2P2P3/2 AKB 0.73 + 3888.79 HF I 88.65 2 2 3S l 3 3P2< i AKB 14.10 4740. 22 (AR IV » l 40.20 1 3P4S3/2 3P2D3/2 AKB 8.40 + 3889.00 H I 89.05 .2 2 2P 8 2D AKB 14.10 .4861. m ü_ l 61.33 1 2-2 P 4 20 AKB... 100.00 + 3891.20 (TF V 1 91.23 3D5D4 3D3F4 AKB 0.09 4906, 60 11 l 6.8 28 3P4S3/2 3D4P3/2 AKB 0.16 + 3894.90 (FF V 1 91.28 3 3D5D4 3D3F4 AKB 0.04 4922. 0 0 HF I 1 21.93 48 2 1P1 1D2 AKB 2.50 + 3 9 l.8_t_fej3_ _£ LI_ 1 18.98 3 2P1/2 4 2S1/2 AKB... 0.04 -A931. PQ (P.... III) 1 31.QO 1 2P3PQ 2P1.P2 AKB . ■ Q.«.44_ + 3920.79 C I I l 20.63 4 3 2P3/2 2S1/2 AKB 0.05 4959. 00 ( 0 III) l 58.92 2P3P1 2P102 AKB 335.00 + 3923.43 HF I I l 23.48 4 4 2P 15 2G AKB 0.94 5007. 00 (n III ) 1 6.85 1 2P3P2 2P1D2 AKB 990.00 + 3926.56 1 26.53 _5.9 2 -liLl- 9 ^-2- AKB 0.06 5015. 10 HE J 1 15.68 2. ISP ? IPI AKB 10*90 + 3965.04 HE I l 64.73 5 2 ISO IPI AK8 0.39 5047.00 HF I 1 47.74 47 2 IP l + 3967.50 (NE III) 1 67.47 1 2P3PI 2P ID2 AKB 19.20 + 3968.00 HE I I 1 68.43 3 2 2F -14 2,Ç_ AKB 0.0 END NGC 7662 (PK ND. 106-17 1) + 3970.09 1 70.07 20 AKB 14.60 + 3997.44 (F IV ) 1 97.31 1 2P3P1 2P1D2 AKB 0.04 + 4003.54 1 3.64 16 4 20 5/ 2 5 2F7/2 AKB 0.03 + 4008.10 (FFc III) l 8.40 4 A5D4 A3G4 AKB 0.03 BEGIN IC 4997 IPK NO. 58+10 1) + 4009.27 H I 1 9.27 55 2 1P1 7 102 AKB 0.12 + 4026.04 HE I 1 26.19 18 2 3P _5_ AKB 2*37 WAVE N HT TRANSITION REF + 4041.50 l 41.31 50 3D4F5/2 4F 4F5/2 AKB .03 3186.29 HF I l 87.74 3 23S 43P AK2 0.82 + 4047.80 1 48.22 50 3D4F7/2 4F4F7/2 AKB 0.3 3 3209.40 NE II 1 9.38 16 3P4D1/2 3D4P3/2 KA 0.05 + 4060.18 1 60.2? l 2P3P2 2P102 AKB 0.13 3216.80 0 I I 1 16.76 107 3P6P5/2 4S6S5/2 KA 0.35 + 4068.48 i C 8.60 1 3P4S3/2 3P2P3/2 AKB 0.78 3232.90 S III 1 31.10 3 3D3P0 4P3S1 KA 0.33 + 4069.90 ? b 9.64 10 3P4D1/2 3D4F3/2 AKB 0.3 3239.10 n ni 2 38.57 9 3P3D1 3D 102 KA 0.35 + 4069.90 ? 69.90 10 3P403/2 3D4F5/2 AKB 0.0 3239.10 (FE III) 2 39.70 6 A 5D4 A 3D3 KA 0.35 + 4070.26 I I I l 70.30 16 4 3F 4 5 3G5 AKB 0.32 3260.70 n ni 1 60.98 8 3P3D2 3D3F3 KA 0.02 + 4072.0« I I 1 72.16 10 3P4D5/2 3D4F7/2 AKB 0.19 3278.70 si in 2 79.25 12 30301 4P3P0 KA 0.34 + _4 0 7 6 ._1_0__ I I ) 1 76.35 1 3P4S3/2 3P2P3/2 AKB 0.21 3278.70 K III 1.79 1 4S4P5/2 4P4P3/2 KA 0.34 + "4078.67 U ? 78.86 10 4 S 2P1/2 AKB 0.03 3297.00 HF I 1 96.79 9 2 ISO 81P 1 AK2 0.37 + 4081.60 T I I ? 81.10 23 3S3P2 3P303 AKB 0.33 3301.47 n 11 1 1.56 23 3P4P1/2 4S4PI/2 AK2 0.04 + 4084.71 1 85. 12 10 3P4Ü5/2 3D4F5/2 AKB 0.35 3306.10 n t i 1 6.60 23 3P4P3/2 4S4P1/2 KA 0.34 + 4087.15 1 87.16 48 3D4F3/2 4F4G5/2 AKB 0.04 3335.02 NE II 1 34.87 2 3S4P5/2 3P4D7/2 AK2 0.03 + 4089.23 1 89.33 48 3D4F9/2 4F4G /2 AKB 0.1 l 3342.58 (NE III) 1 42.50 2 2PID2 2P1S0 AK2 0.43 + 6092.80 1 92.94 10 3P4D7/2 3D 4F7/2 AKB 0.03 3354.79 HC ! 1 54.55 8 21 SO 71 P1 AK2 0.09 + 4097.39 I I I l 97.31 1 3 ?S 1/2 3 ?P3/2 AKB 2.75 3387.19 1 I I l 87.13 2 3D3P1 4P3P0 A K2 0.04 + 4100.10 I I l 0.06 ? 6 ,2F 12 2G AK R 0.0 3443.20 I I I 1 44.10 15 3P3P2 3D3P2 AK2 0.33 + 6101.73 I 1 1.76 AKB 20.30 3447.54 HE I 1 47.59 7 21 SO 6 1P 1 AK2 0.12 + 4103.37 I I I 1 3.37 1 3 2 S 1 / 2 3 2PI/2 1.42 3451.09 0 III 2 50.94 3D5F4 A K2 0.02 + 4107.18 I I 1 7.07 47 3D4F5/2 4F 4D7/2 AKB 0.33 3451.09 HF I 2 50.20 AK2 0.32 + 4115.83 I V 1 16.13 1 4 2 S 1/2 4 2P1/2 AKB 0.32 3453.00 HF I 1 53.21 203D AK2 0.03 + 4119.16 n 11 1 19.22 20 3P4P5/2 3D4D7/2 AKB 0.08 3456.80 HE I 1 56.80 0.03 + 4120.86 HE I 1 20.81 16 2 3P 5 3S1 AKB 0.1 7 3465.92 HF I 2 65.89 23P 1730 AK2 0.05 + 4122.00 ( K V ) 1 22.63 AKB 0.34 3465.92 0 III 2 66,15 25 3P5D4 3D5F4 AK2 0.05 + 4143.76 1 43.76 2 1P1 6 102 AKB 0.27 3467.30 0 III 1 66.90 25 3P5D3 3D5F2 AK2 0.35 + 4146.06 2 45.90 106 3P6P7/2 3D607/2 AKB 0.33 34M.80 HE T l 71.80 44 23P 1630 AK2 0.03 + 4146.06 2 46.39 106 3P6P7/2 3D 609/2 AKB 0.33 3478.79 HF I 1 78.97 43 23P 1530 AK2 0.04 + 4153.31 2 52.43 21 3P3D1 3F2 AKB 0.04 3481.35 K III 2 81.U 3 4S2P3/2 4P405/2 AK2 0.33 + 4153.31 2 53.30 19 3P4P3/2 3D4P5/2 AKB 0.04 3481.35 NF I I 2 80.75 49 3S2S1/2 3P2P1/2 AK2 0.03 + 4156.45 ? 56.50 21 3P3P2 5 3F3 AKB 0.37 3487.55 HE I 1 87.72 42 23P 1430 AK2 0.08 + 4156.45 2 56.54 19 3P4P5/2 3D 4P 3/ 2 AKB 3488.30 0 I I l 88.18 7 3P2S1/2 3D4PI/2 AK2 0.02 + 4163.05 (K V l 63.30 1 3P4S3/2 3P2D3/2 AKB 0.16 3497.29 S III l 97.34 AK2 0.03 + 4169.1 3 HE 1 1 68.97 52 2 1P1 6 ISO AKB 0.11 3498.71 HE I 1 98.64 133D AK2 0.09 + 4181.57 ( FE V ) l 80.87 1 3D5D1 3D3P0 AKB 0.16 3512.53 HE I l 12.51 38 23P 12 3D AK2 0.39 + 4186.94 C III 1 87.05 18 4 1F 3 5 IG4 AKB 0.50 3517.54 HE I 1 17.33 37 23P 123S AK2 0.02 + 4189.93 n 11 1 89.79 36 3P2F7/2 3D2G9/2 AKB 0.05 3530.61 HE I 1 30.49 36 23P 113D AK2 0.12 + 4195.59 N III 1 95.70 6 3S2P1/2 3P2D3/2 AKB 0.33 3540.64 NE II 1 39.94 50 3P2D3/2 3D2P3/2 AK2 0.06 + 4199.87 HE I I 1 99.83 3 4 2F 11 2G AKB 1.94 3554.40 HE I 1 54.39 34 23P2 1030 AK2 0.14 + 4227.60 ( fc y ) 1 27.49 2 3D5D4 3D3H4 AKB 0.2 3 3561.19 NE I I 1 61.23 31 3P4S3/2 3D4F5/2 AK2 0.04 + 4267.11 1 67.27 6 3 2D5/2 4 2F7/2 AKB 0.71 3562.50 HF T l 62.95 33 2 3P 103S 0.34 + 4275.95 ? 75.5? 67 3D4D7/2 4F4F9/2 AKB 0.15 3568.59 NE I I 1 68.53 9 3S2D5/2 3P2F7/2 AK2 0.34 + NGC 7662 (PK NO. 106-17 1) IC 4997 (PK NO. 58+10 1) + + + + + 684 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 9—Continued + IC 4997 (PK NO. 58»1Q L) IC 4997 (PK NO. + WAVE IDENT N R MT TRANSI TION REF DBS I WAVE IDENT TRANS IT I ON REF OBS I + 3587.30 HE I I 87.25 31 23P2 93D AK2 0.18 3961.39 S III 3D3D1 4P3PI AK2 0.35 + 3613.67 HE I 1 13.64 6 2ISO 5lPl AK2 0.20 3964.80 HE I 1 64.73 21S0 41P l AK2 0.80 + 3634.29 HE I 1 34.24 28 23P2 83D AK2 0.2 5 3967.41 (NE III) 2 67.47 2P3P1 2P1D2 AK2 33.00 + 3654.06 S II 1 54.51 4 3P2P1/2 4P2P3/2 AK2 0.0 3970.04 ? 70.07 2 2P 7 2D AK2 33.00 + 3659.30 l 59.42 22P 332D AK2 0.27 3972.94 I I 1 73.26 3S2P3/2 3P2P3/2 AK2 0.03 + 3660.22 1 60.28 22P 32 2D AK2 0.25 3983.25 I I 1 82.72 3S2P3/2 3P2P1/2 AK2 0.04 + 3661.23 1 61.22 22P 312D AK2 0.26 3985.48 I I 1 85,46 3P4P 1/2 3D2P3/2 AK2 0.05 + 3662.23 l 62.26 22P 3020 AK2 0.28 4008.50 (FE III) 1 8.40 A 5D4 A3G4 AK2 0.07 + 3663.44 1 63.41 22P 292D AK2 0.29 4009.26 HF I l 9.27 2 IP1 7 ID2 AK2 0.21 + 3664.69 1 64. 22P 2820 AK2 0.31 4023.81 HE I 1 23.99 2 1P1 7 ISO AK2 0.04 + 3666.07 l 66.10 5 22P 272D AK2 0.32 4026.14 1 26.19 2 3P 5 3D AK2 2.33 + 3667.68 1 67.68 5 22P 262D AK2 0.34 4041.36 2 41.32 3D3F4 4F3G5 AK2 0.02 + 3669.47 1 69,47 22P 252D AK2 0.38 4041.36 2 41.31 3D4F5/2 4F4F5/2 AK2 0.02 + 3671.48 1 71.48 5 22P 242D AK2 0.42 4056.51 C III 1 56.06 4 102 5 IF 3 AK2 0.03 + 3673.00 1 73.76 5 22P 232D AK2 0.45 4060.46 D II 2 60.98 3D2F7/2 4F2G9/2 AK2 0.03 + 3676.34 1 76.37 4 22P 222D AK2 0.49 4060.46 (FE IV ) 2 60.22 2P3P2 2P 1D2 AK2 0.03 + 3679.35 1 79.36 4 22P 212D AK2 0.53 4068.62 1 68.60 3P4S3/2 3P2P3/2 AK2 2.50 + 3682.79 1 82.81 4 22P 202D AK2 0.67 4069.84 2 69.64 3P4D1/2 3D4F3/2 AK2 0.17 + 3686.82 1 86.83 4 22P 192D AK2 0.70 4069.84 2 69.90 3P4D3/2 3D4F5/2 AK2 0.17 + 3691.58 91.56 4 22P 182D AK2 0.83 4072.09 I I 1 72.16 3P4D5/2 3D4F7/2 AK2 0. 10 + 3694.29 NE II 94.22 1 3S4P5/2 3P4P5/2 AK2 0.06 4073.90 I I I I 73.90 3S3P 1 3P3D2 AK2 0.01 + 3695.34 0 III 95.37 21 3S5P1 3P5P2 AK2 0.02 4076.31 I I ) 1 76.35 3P4S3/2 3P2P3/2 AK2 0.79 + 3697.17 I 1 97.15 172D AK2 1.08 4078.92 I I 1 78.86 3P4D3/2 3P4F3/2 AK2 0.04 + 3699.03 III 2 99.37 AK2 0.03 4081.40 I I I 1 81.10 3S3P2 3P3D3 AK2 0.03 + 3699.03 I I I 2 98.70 3P5D3 AK2 0.03 4083.69 I I 1 83.91 3D4F5/2 4F2G7/2 AK2 0.03 + 3703.83 l 3.86 3 22P 162D AK2 1.30 4084.88 0 I I ? 85.12 3P4D5/2 3D4F5/2 AK2 0.03 + 3705.02 1 5.00 25 23P2 73D AK2 0.52 4084.88 0 I I 2 84.66 3P4F5/2 3D2F7/2 AK2 0.03 + 3707.32 1 7.24 14 3P3P1 3D3D2 AK2 0.04 4086.77 NF I I 2 86.69 3D4D7/2 4F4G5/2 AK2 0.02 + 3709.24 3 9.64 1 3S4P3/2 3P4P1/2 AK2 0.04 4086.77 0 I I 2 87.16 3D4F3/2 4F4G5/2 AK2 0.02 + 3709.24 I I I 3 9.37 1 3D3P1 4P3D2 AK2 0.04 4088.92 0 I I 2 89.30 3D4F9/2 4F4G / 2 A K2 0.08 + 3709.24 I I I 3 9.52 21 3S5P1 3P5D0 AK2 0.04 4088.92 SI IV 2 88.86 4 2S1/2 4 2P3/2 AK2 0.08 + 3711.99 I l 11.97 3 22P 152D AK2 1.62 4092.97 92.94 3P4D7/2 3D4F7/2 AK2 0.03 + 3714.92 I I 1 1 15.08 14 3P3P2 3D3D2 AK2 0.05 4094.42 94.18 3P4D5/2 3D4F3/2 AK2 0.03 + 3718.14 1 18.21 131 4P2D3/2 4D2F5/2 AK2 0.04 4097.20 97.31 3 2S1/2 3 2P3/2 AK2 0.19 + 3721.86 3 21.94 3 22P 142D AK2 2.81 4097.20 II 97.26 3P4P 1/2 39403/2 AK2 0.19 + 3721.86 n in 3 21.95 21 3S5P2 3P5DI AK2 2.81 4097.20 II 97.26 3D4F7/2 4F4G9/2 AK2 0.19 + 3721.86 NE II 3 21.86 37 2P2P3/2 3D4F5/2 AK2 2.81 4101.70 1.74 2 ¿P 2D_ A* 2 22t»0 + 3726.11 (0 II) 1 26.05 1 2P4S3/2 2P2D3/2 AK2 14.70 4103.80 I I T 1 3.37 3 2S1/2 3 2P1/2 0.06 + 3728.35 (G II) 1 28.80 1 2P4S3/2 2P2D5/2 AK2 5.00 4104.85 I I 1 4.74 3P4P3/2 3D4D5/2 AK2 0.05 + 3730.64 HE I 1 30.80 AK2 0.04 4110.49 2 10.80 3P4P3/2 3D4D1/2 AK2 0.04 + 3732.69 1 32.86 24 23P2 73S1 AK2 0.03 4110.49 2 10.20 3P2F5/2 3D 203/2 AK2 0.04 + 3734.41 I l 34.37 3 22P i 32D AK2 2.06 4116.20 SI IV 1 16.10 4 2S1/2 4 2P1/2 KA 0.01 + 3739.55 I I 1 39.92 31 3P4S3/2 4S4P5/2 AK2 4119.11 o LL_ 1 3P4P5/2 3D407/2 AK2 0.06 + 3745.89 N III 2 45.83 4 3S4PI/2 3P4S3/2 AK2 0.03 4120.81 l 20.81 16 5 3SI AK2 0.29 + 3745.89 HE I 2 45.90 AK2 0.03 4132.79 32.81 19 3Pp 4Pp 1/2 3D4P3/2 AK2 0.04 + 3750.20 1 50.15 Z 22P 1.2.2.D ak¿_ _2i69_ 4142.30 41.96 106 3 6 3/2 3D6D3/2 KA Qt 95 + 3754.55 0 III 2 54.67 2 3S3P1 3P3D2 AK2 4142.30 0 I I 2 42.24 106 3P6P3/2 3D 605/2 KA 0.05 + 3754.55 N III 2 54.62 4 3S4P3/2 3P4S3/2 AK2 4143.77 HE I 3 43.76 53 2 IP l 6 102 AK2 0. 31 + 3755.99 HE I 1 56.19 66 ¿.IPl U1D2 A-K2 . ■ Q.Q5 4143.77 3 43.77 106 3P6P5/2 3D607/2 AK2 . -Q-»-3.1_- + 3757.64 III 57.60 Il 3P4D1/2 3D4P3/2 AK2 0.04 4143.77 3 43.52 106 3p6P5/2 3D 605/2 AK2 0.31 + 3757.64 I I I 2 57.66 11 3P4D3/2 3D4P1/2 AK2 0.04 4145.64 I I 1 45.90 106 3P6P7/2 3D6D7/2 AK2 0.03 + 3766.58 NE II 1 66.29 1 3S4P3/2 3PAP5/2 AK2 0.03 4153.43 J \ I - 2 52.43 21 3Pp 3D 1 5 3F2 AK2 0.08 + 3768.89 68.81 65 21Pl 131D2 AK2 0.04 4153.43 I I 2 53.30 3 4P3/2 3D4P5/2 AK2 0.08 + 3770.56 I 1 70.63 2 22P 112D AK2 3.38 4156.40 I I I 2 56.50 3P3D2 5 3F3 AK2 0.04 + 3773.97 I I I 1 74.00 2 3S3P1 3P3D1 AK2 0.03 4156.40 TI 2 56.54 3P4P5/2 3D4P3/2 AK2 0.04 + 3777.24 NE II 1 77.16 1 3S4P1/2 3P4P3/2 AK2 0.0 3 4163.90 (K V ) 1 63.30 3P4S 3/2 3P2D3/2 AK2 0.02 + 3784.90 n 11 2 85.01 95 4P2P3/2 4D2D5/2 AK2 0.05 4166.82 MG I 2 67.26 3 lp l 7 1D2 AK 2 0.03 + 3784.90 HE I 2 84.89 64 21P 1 121D2 AK2 0.05 4166.82 MG I 2 67.27 3 I» 1 7 1D2 AK2 0.03 + 3791.58 SI III l 91.41 5 43P0 43D1 AK2 0.03 4169.21 HF I 1 68.97 2 IP1 6 ISO AK2 0.09 + 3797.86 H I 1 97.90 2 2 2P 10 2D AK2 3.73 4185.55 0 I I 1 85.46 3P2F5/2 3D2G7/2 AK2 0.07 + 3805.86 HE I 1 5.77 63 2 1P1 11 1D2 AK2 0.05 4186.83 C III 1 87.05 4 1F 3 5 1G4 AK2 0.04 + 3810.59 III 10.96 2 3S3P2 3P3D1 AK2 0.0 3 4189.73 n 11 l 39.79 3P2F7/2 3D2G9/2 AK2 0.06 + 3819.61 I 19.61 22 2 3P 6 3D AK 2 1.09 4231.59 NP I I 1 31.60 3D4D5/2 4F4D5/2 AK2 0.02 + 3829.76 29.80 30 3P3P1 4S3P2 AK2 0.02 4242.24 NF I I 1 42.20 304D 1/2 4P4D1/2 AK2 0.04 + 3829.76 NE II 29.77 39 3P2P3/2 3D2D5/2 A K2 0.02 4244.02 Ne I I 1 44.17 3D205/2 4F4F5/2 AK2 0.06 + 3829.76 MG I 29.35 3 3 3P0 3 3D1 AK2 0.02 4253.68 0 I I 2 53.74 3D2G9/2 4F2H9/2 AK2 0.04 + 3831.82 C I I 32.12 13 4 2P3/2 3P2D5/2 AK2 0.02 4253.68 S I I T 2 53.59 4S3P2 4P 303 AK2 0.04 + 3831.82 MG I 3 32.30 3 3 3P1 3 3D2 AK2 0.02 4257.70 MF I I 2 57. 82 30401/2 4F4D3/2 AK2 0.02 + 3831.82 S III 3 31.85 5 4S3P0 4P3P1 AK2 0.02 4257.70 S I I 2 57.42 4P 20 3/2 402F5/2 AK2 0.02 + 3833.62 HF I 2 33.57 62 2 1P1 10 1D2 AK2 0.07 4267.18 C T I l 67.27 3 2D 5/2 4 2F7/2 AK2 0.17 + 3833.62 2 33.80 4 4 2F 18 2G AK2 0.07 4275.56 I I 1 75.52 30407/2 4F4F9/2 AK2 0.04 + 3835.39 l 35.39 2 2 2P . 9 2D AK2 4.63 4276.88 I I 2 76.71 3D4P3/2 4P 401/2 AK2 0.05 + 3838.10 3 38.32 5 4S3P2 4P3P2 AK2 0.04 4276.88 I I 2 76.71 3D4D5/2 4F4F7/2 A K2 0. 05 + 3838.10 HF I 3 38.09 61 2 1P1 AK2 0.04 4282.99 2 82.82 3D4P3/2 4P 403/2 AK2 0.03 + 3838.10 MG I 3 38.29 3 3 3P2 AK2 0.04 4282.99 I I 2 82.96 3D4D3/2 4F4F5/2 AK2 0.03 + 3842.95 0 I I l 42.32 12 3P4D1/2 AK2 0.02 4285.09 I I I 1 84.99 4S3P 1 4P3D2 AK2 0.03 + 3853.88 SI II 1 53.66 1 3P2D3/2 4P2P3/2 AK2 0.02 4289.13 n 11 1 88.83 3D4P 1/2 4F4DI/2 AK 2 0.02 + 3856.06 n 11 2 56. 16 12 3P4D3/2 3D4D1/2 AK2 0. 10 4294.45 n 11 2 94.82 304P3/2 4F405/2 AK2 0.05 + 3856.06 SI II 2 56.02 1 3P2D5/2 4P2P3/2 AK2 0.10 4294.45 s 11 2 94.43 4P4P5/2 40407/2 AK2 0.05 + 3862.61 l 62.59 1 3° 20 3/ 2 4P2PI/2 AK2 0.11 4303.10 I I 3 3.82 3D4P5/2 4F4D7/2 AK2 0.01 + 3864.69 1 64.68 12 3P4D5/2 30 403/2 AK2 0.07 4303.10 II 3 3.06 3D2G7/2 4F2G7/2 AK2 0.01 + 3868.72 1 68.76 1 2P3P2 2P102 AK2 58.10 4303.10 3 2.81 3D2G9/2 4F2G9/2 AK2 0.01 + 3871.67 HE l 1 71.82 60 2 1PI 9 1D2 AK2 0.18 4317.11 l 17.14 3S 4P 1/2 3P4P3/2 AK2 0.07 + 3874.74 □ I I 1 74.10 Il 3P4D1/2 3D4P3/2 AK2 0.05 4319.69 1 19.63 3S4P3/2 3P4P5/2 AK2 0.06 + 3878.37 C I I 78.22 33 3D4F5/2 4F4G5/2 AK2 0.02 4325.76 1 25.77 3S4P 1/2 3P4P1/2 AK2 0.02 + 3881.50 n 11 1 82.20 12 3P4D7/2 3D4D7/2 KA 0.02 4328.58 I I l 28.62 3P2P 3/2 302S1/2 AK2 0.01 + 3888.93 H I 2 89.05 2 2P 2Dp AK2 14.60 4333.07 II 1 32.76 3D407/2 4F4G9/2 AK2 0.06 + 3888.93 HE I 2 88.65 2 3S1 3 20- + 4649.10 I I l 49.14 1 3S4P5/2 3P4D7/2 AK2 0.34 3756.21 1 56.10 66 2 IP 1 14102 KAB 0.09 + 4650.45 I I 1 50.84 1 3S4° 1/2 3P4DI/2 AK 2 0.15 3770.61 1 70.63 2 22 P 1120 KAB 5.10 + 4658.09 AR I I 57.94 15 4S2P3/2 4P2P1/2 AK2 0.83 3777.05 1 77.16 1 3S4P1/2 3P4P3/2 KAB + 4658.09 (FF III) ? 58.10 3 A 5D4 A 3F4 A K2 0. 33 3784.93 HE y l 84.89 64 21 P 1 12102 KAB 0.09 + 4661.48 n 11 1 61.64 1 3S4P3/2 3P4D3/2 AK2 0.12 3797.88 H I 1 97.90 2 2 2P 10 20 KAB 6.00 + 4676.30 1 76.23 1 354P5/2 3P4D5/2 AK2 Q.06 3805.73 HE I _i 5-77 63 Z 1P1_. 11 102 KAB 0.10 + 4695.80 1 95.91 68 3P5D1 3D 502 KA 0.04 3819.64 HE I 19.61 22 2 3P 6 30 KAB 1.8 + 4701.30 1 1.23 58 3P2P3/2 3D2P3/2 AK2 0.3? 3829.80 NE II 1 29.77 39 3P2P3/2 3D205/2 KAB 0.05 + 4711.34 1 11.34 1 3P4S3/2 3P2D5/2 AK2 0.23 3831.79 + 4712.55 1 13.14 12 2 3P 3SI AK2 1.36 3833.58 HF IIII -L2 31.35 + 33.57 + 5 4S3PQ- 4P3P1 + 10 102 + KAB + KAB + 0.09 + 0.13 + 4733.32 1 33.00 11 3P3D? 3D 30? AK? 0.21 3833.58 HF II ? 33.80 18 2G KAB 0.13 + 4740.00 3 40.00 11 3P3D2 3 0 3 D1 AK2 0.S7 3835.36 _H L_ L 35.39 ¿ 2 2P 9 20 KAB 7.63 + 4740.00 mg I I 3 39.59 18 4 2D 8 2F AK2 0.67 3837.79 S III 1 37.80 5 4S3P1 4P3PI KAB 0.10 + 4740.00 IAR TV ) 3 40.20 1 3P4S3/2 3P2D3/2 AK2 0.67 3838.35 N II 2 38.39 30 3P3P2 4S3P2 KAB 0.13 + 4768.83 a 11 1 68.aB ■.0 4S3P 1 4P 302 A K2 0.17 3838.35 S III 2 38.32 5 4S3P2 4P3P2 KAB 0.13 + 4774.40 74.22 20 3P3D1 3D3D2 0.04 3853.88 SI II l 53.66 1 3P203/2 4P2P3/2 KAB 0.02 + 4783.10 ME I I 1 31.95 71 4S4P5/2 4F 403/2 0.06 3856.14 SI II l 56.02 1 3P2D5/2 4P2P3/2 KAB 0.34 + 4813.66 SI III 1 13.29 9 4 3F2 5 3G3 AK2 0.11 3862.70 SI II 1 62.59 1 3P2D3/2 4P2PI/2 KAB 0.19 + 4861.33 1 61.33 1 2 ?p 4 2D AK2 100.00 3867.73 HE I 1 67.48 20 2 3P 6 3S1 KAB 0.0 + 4880.68 (F=17 III) 1 81.11 2 A 504 A 3H4 AK2 0.52 3871.76 HF I 1 71.82 60 2 1P1 9 102 KAB 0.16 + 4921.00 H I 1 20.93 IP 1 4 1F 3 1.40 3882.49 0 II 1 82.20 12 3P4D7/2 3D4D7/2 KAB 0.0 + 4931.00 ( FI HI) I 31.00 2 2P3P0 0.0 3888.92 H T 2 89.05 2 2 2P 8 20 KAB 18.10 + 3838.92 HE I 2 88.65 2 2 3 S 1 3 3P2<1 KAB 18.10 + IE. 499 7 ( PK NO. 58+10 1) 3918.94 r 11 1 18.98 4 3 2P1/2 4 2S1/2 KAB 0.13 + 3920.66 C II 1 20.68 4 3 2P3/2 4 2S1/2 KAB 0.26 + 3926.53 HF I 1 26.53 58 2 1P1 8 102 KAB 0.22 + 3928.53 S III 1 28.62 8 3D3D3 4P 302 KAB 0.06 + BEGIN NGC. 1976 3964.80 HE I 1 64.73 5 2D ISO 4 1P1 KAB 1.35 + 3967.47 (NE III) 1 67.47 l 2 3P 1 2P1D2 KAB 24.40 + transition 3969.97 H I I 70.07 1 2 2P 7 20 KAB 24.40 + 3187.74 HE I 1 87.74 23S 43P KAB 6.3 0 3983.72 S III l 83.77 8 30302 4P3PI KAB 0.07 + 3286.21 (FF MI) l 86.20 A5D3 A 3D3 KAB 0.0 3985.87 S III 1 85.97 8 3D 3D 1 3p3P0 KAB 0.07 + 3296.69 HF I 1 96.79 2 1 SO 81P1 KAB 0.25 4009.27 HE I 1 9.27 55 2 1P1 7 102 KAB 0.28 + 3323.98 S III 1 24.01 2 30 3° 1 4P3P2 KAB 0.0 4026.19 HE I 1 26.19 18 2 3P2<1 5 30 KAB 2.62 + 3324.96 S III 1 24.87 2 3D3P2 4p3P2 KAB 0.13 4068.69 S II) 1 68.60 1 3P4S3/2 3P2P3/2 KAB 1.49 + J 3J4.87 NE II 2 34.37 2 3S4P5/2 3P 4P 7/2 KAB 0.17 4069.76 2 69.64 10 3P4D1/2 3D4F3/2 KAB 0.11 + 3 3 34.87 (FFc T IÏ ) 2 34.90 6 A5D2 A 3D2 KAR 0.17 4069.76 II 2 69.90 10 3P4D3/2 3D4F5/2 KAB 0.11 + 3342.92 (N MI) 2 42.50 2 ?P ID 2 2P1S0 KAB 0. 1 7 4072.11 II l 72.16 10 3P4D5/2 3D4F7/2 KAB 0.12 + 3342.92 (EL III) 2 42.90 1 3P4S3/2 3P2P3/2 KAB 0. 17 4075.82 1 75.87 10 3P4D7/2 3D4F9/2 KAB 0.0 + 3353.34 (CL HI) 1 53.33 2 3P4S3/2 3P2P1/2 KAB 0.08 4076.44 II ) 1 76.35 1 3P4S3/2 3P2P3/2 KAB 0.59 + 3354.60 HE I 1 54.55 8 2 1 SO 7 l Pl KAB 0.35 4087.12 II l 87.16 48 304F3/2 4F4G5/2 KAB 0.01 + 3356.69 (ff im 1 56.60 6 A5D1 A 3D2 KAB 0.0 4089.21 II 1 89.30 48 3D4F9/2 4F4G /2 KAB 0.03 + 3360.47 MF TI 1 60.63 2 3S4PI/2 3P4D3/2 KAB 0.0 4097.27 III 3 97.31 l 3 2S1/2 3 2P3/2 KAB 0.06 + 3370.39 S III l 70.38 2 3D3P2 4P 3PI KAB 0.0 4097.27 II 3 97.26 20 3P4P1/2 3D4D3/2 KAB 0.06 + 3387.01 S III 1 87.13 2 303P1 4P 3 PQ KAB 0.27 4097.27 II 3 97.26 48 3D4F7/2 4F4G9/2 KAB 0.06 + 3447.56 HE ’ 1 47.59 7 2 1 SO 61 PI KAB 0.51 4101.64 1.74 1 2 2P 20 KAB 25.00 + 3453.26 HE I 1 53.21 23P 2030 KAR 0.0 4104.96 4.74 20 3P4P3/2 3D 405/2 KAB 0.0 + 3465.89 HF I 1 65.89 23 P 1730 KAB 0.0 4104.96 5.00 20 3P4P3/2 3D4D3/2 KAB 0« Q + 3471.86 HF T l 71.80 44 2 3P 1630 KAB O. 1 3 4110.69 n 11 1 10.80 20 3P4P3/2 3D401/2 KAB 0.05 + 3478.90 HF I 1 78.97 43 23P 1530 KAB 0. 1 3 4119.24 o 11 1 19.22 20 3P4P5/2 3D 407/2 KAB 0.06 + 3487.73 HF I 1 87.72 42 23P 1430 KAB 0.18 4120.82 HF I 1 20.81 16 2 3P 2<1 5 3S1 KAB + 3497.33 c III l 97.34 KAB 0.06 4132.75 0 II 1 32.81 19 3P4P1/2 3D4P3/2 KAB 0.06 + 3498.62 HE I 1 98.64 40 23P 1330 KAB 0.22 4143.69 HF I 1 43.76 53 2 1P1 6 102 KAB 0.45 + 3512.60 HF I 12.51 3P 23P 1230 KAB 0.27 4153.27 1 53.30 19 3P4P3/2 3P4P5/2 KAB . o.O? + 3530.47 HE I 1 30.49 36 2 3P 1130 KAB 0.3 4 4156.34 G II l 56.54 19 3P4P5/2 304P3/2 KAB 0.13 + 3554.49 HE I 2 54.39 34 2 3 P2 1030 KAB 0.4 L 4169.09 HE I l 68.97 52 2 1P1 6 ISO KAB 0.07 + + + + + 686 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + TABLE 9—Continued + + WAVE IDENT MT TRANS IT ION REF OBS I WAVE IDENT TRANSITION REF DBS I + »185.^6 0 II 36 3P2F5/2 3D2G7/2 KA8 0.31 6371 50 SI II 2S 4 2P1/2 HQRG Q.»OA + 6189.71 II 1 89.79 36 3P2F7/2 3D2G9/2 KAB 0.03 65684 60 (N II ) 1 48.10 MORG 0.0 A + 6264.09 (FE IIIÍ 1 43.98 A 4F9/2 A 4G9/2 KAB 0.05 6563. 00 H I 1 62.80 MORG 0.0 A + 4253.73 0 II 3 53.98 101 3D2G7/2 4F2H9/2 KAB 0.06 6583. 40 (N II ) 1 83.40 MORG 0.0 A + 4253.73 II 3 53.74 101 3D2G9/2 4F2H9/2 KAB 0.06 6678. 20 H<= I 1 78.10 46 2 ID HORG 15.00A + 4253.73 III 3 53.59 4 4S3P2 4P3D3 KAB 0.06 6716. 70 (S II ) 1 16.40 2 2D5/2 HQRG 10.00A + 4267.13 II 1 67.27 6 3 205/2 4 2F7/2 KAB 0.35 6731. 10 CS II ) 1 30.80 2 203/2 MORG 10.00A + 4276.95 (FE II ) 1 76.83 21 A 4F7/2 A 4G9/2 KAB 0.03 7001. 00 n i 1 2.20 21 3 3P 3D MORG 0.70A + 4284.96 S III 1 84.99 4 4S3P1 4P3D2 KAB 0.0 3 7065. 00 HE I l 65.30 10 2 3P 3S MORG 10.00A + 4287.53 (FE II ) 1 87.40 7 A 6D9/2 A 6S5/2 KAB 0.11 7135. 00 (AR III) 1 35.80 1 3P2 ID MORG 0.0 A + 4303.77 0 II 1 3.82 54 3D4P5/2 4F4D7/2 KAB 0.03 7155. 00 (FE II ) 1 55.10 14 A 4F9/2 A 2G9/2 MORG O.&OA + 4305.78 (FE II I 1 5.90 21 A 4F5/2 A 4G5/2 KAB 0.0 7231. 00 C II l 31.10 3 3 2P1/2 3 2D3/2 MORG 0.40 A + 4317.05 0 II 1 17.14 2 3S4P1/2 3P4P3/2 KAB 0.06 7236, 60 C II 1 36,20 3 3 2P3/2 3 2D5/2 MORG 0.70A + 4319.56 (FE II ) 2 19.62 21 A 4F5/2 4G7/2 KAB 0.03 7254, 00 0 I l 54.40 3P 5 MORG l.OOA + 4319.56 0 11 2 19.63 2 3S4P3/2 3P4P5/2 KAB 0.03 7281. 20 HE I 1 81.30 45 2 IP 3 MORG 10.00A + 4332.57 S III 1 32.71 4 4S3P0 4P3D1 KAB 0.03 7320. 10 (0 II ) 1 19.90 _2 2D5/2 MORG 0.0 A + 4340.27 H I 1 40.47 1 2 2P 5 2D KAB 41.00 7330. 70 (O II ) 1 30.20 2 2D 3/2 2P MORG 0.0 A + 4345.49 0 II 1 45.56 2 4S4P3/2 3P4PI/2 KAB 0.11 7387. 00 (FE II I 1 88.20 14 4F5/2 A 2G9/2 MORG 0.0 A + 4346.75 (FE II ) 1 46.85 21 A 4F7/2 A 4G /2 KAB 0.03 7452. 00 (FE II ) 1 52.50 14 4F7/2 A 2G9/2 MORG 0.0 A + 4347.50 0 II 1 47.43 16 3S2D3/2 3P2D3/2 KAB 0.03 7530. 70 (CL IV ) 1 30.90 3PI MORG 0.40A + 4349.39 0 II l 49.43 2 3S4P5/2 3P4P5/2 KAB 0.08 7751. 30 (AR I I n l 51.00 3P1 MORG 5.00A + 4351.32 0 II 1 51.27 16 3S2D5/2 3P2D5/2 KAB 0.01 7774. 50 O I 1 74.20 5S 3 MORG 0. 20 A + 4359.45 ( FE I I I l 59.34 7 A 6D7/2 A 6S5/2 KAB 0.09 7816. 10 HE I 1 16.20 3S MORG 0.40A + 4363.18 (0 III ) l 63.21 2 2PID2 2P1S0 KAB 1.65 8446. 00 0 I l 46.40 3S MORG 5.00A + 4366.95 0 II ;1 6fri?0 3P4P3/2 KAB 0.06 + 4387.93 HE I 87.93 51 2 IP1 5 1D2 KAB 0.82 END NGC 1976 + 4413.91 (FE II 1 1 13.78 7 A 605/2 A 6S5/2 KAB 0.08 + 4414.98 0 II 1 14.91 5 3S2P3/2 3P205/2 KAB 0.06 + 4416.29 (FE II ) 1 16.27 6 A 6D9/2 B 4F9/2 KAB 0.06 + 4416.91 0 II 1 16.98 5 3S2P1/2 3P2D3/2 KAB 0.05 + 4437.66 HE I 1 37.55 50 2 1P1 5 ISO KAB -Qx-LQ + 4446.87 N II 1 47.03 15 3P1P1 3D1D2 KAB 0.0 + 4452.30 n 11 2 52.38 5 3S2P3/2 3P2D3/2 KAB 0.06 + 4452.30 (FE II 2 52.11 7 A 6D3/2 A 6S5/-2. KAB 0^06 + 4458.12 (FE II Ï 57.95 6D7/2 B 4F7/2 KAB 0.05 + 4471.43 HE I 1 71.48 14 2 3P 4 3P KAB 5.04 + 4590.89 0 II 1 90.97 15 3S2D5/2 3P2F7/2 KAB 0.04 + 4607.06 N II 2 7.15 5 3S3P0 3P3PI KAB 0.06 + 4607.06 (FE I 11» 2 7.13 3 A 5D4 A 3F3 KAB 0.06 + 4621.41 N II 2 21.39 5 3S3P1 3P3P0 KAB 0.03 + 4621.41 (C I ) 2 21.50 2 2P3PI 2P ISO KAB 0.03 + 4630.60 N II 1 30.54 5 3S3P2 3P3P2 KAB 0.08 + 4634.01 N III I 34.16 2 3 2P1/2 3 203/2 KAB QtQ4 + 4638.81 1 38.85 1 3S4P1/2 3P4D3/2 KAB 0. + 4640.73 N III 1 40.64 2 3 2P3/2 3 2D5/2 KAB 0.08 + 4641 <86. J 1 41.81 1 3 S 4P 3/2 3P4P5/2 KAB 0.15. + 4649.15 n 11 1 49.14 1 3S4P5/2 3P4D7/2 KAB 0.25 + 4650.85 0 11 l 50.84 1 3S4P1/2 3P4D1/2 KAB 0.08 + 4658«19 (FE Hi) 1 58.10 3 A 504 A 3F4 KAB 0.82 + 4661.67 0 II 1 61.64 1 3S4P3/2 3P4D3/2 KAB 0.08 + 4676.11 0 II 1 76.23 l 3S4P5/2 3P4D5/2 KAB 0.06 + 4699.12 J3 LL_ 2 99.21 25 3P2D3/2 3D2F5/2. KAB 0.04 + 4699.12 II 2 99.21 40 3P2D5/2 3D2F7/2 KAB 0.04 + 4701.69 (FE III) l 1.62 3 A 5D3 3F3 KAB 0.24 + 4705.54 II 1 5 àâ 2JL 3P2D5/2 3D2F7/2 KAB 0.04 + 4711.48 (AR IV ) 1 11.34 1 3R4S3/2 3P2D5/2 KAB 0.17 + 4713.19 HE I 1 13.14 12 2 3P 4 3S1 KAB 1.05 + 4733.93 (FE III) 1 33.93 3 A 502 A 3F2 KAB 0.09 + 4740.28 (AR IV ) l 40.20 1 3P4S3/2 3P2D3/2 KAB 0.17 + 4754.87 (FE III) 1 54.83 3 A 5D3 A 3F4 KAB 0.11 + 4769.61 (FE III) 1 69.40 3 A 5D2 A 3F3 KAB 0.07 + 4774.42 (FE II ) l 74.74 20 A 4F9/2 B 4F7/2 KAB 0.0 + 4777.88 (FE I II » 1 77.70 3 A 5D1 A 3F2 KAB 0.05 + 4814.69 (FE II ) 1 14.55 20 A 4F9/2 B 4F9/2 KAB 0.10 + 4861.24 H I 1 61.33 1 2 2P 4 2D KAB 100.00 + 4881.14 (FE III) 1 81.00 2 A 5D4 A 3H4 KAB 0.31 + 4921.97 HE I 1 21.93 48 2 1P1 4 1D2 KAB 1.36 + 4931.05 (0 III ) 2 31.00 1 2P3P0 2P1D2 KAB 0.09 + 4931.05 (FE III) 2 30.70 1 A 5DI A 3P0 KAB 0.09 + 4958.90 (0 III ) 1 58.92 1 2P3P1 2P1D2 KAB 113.00 + 5007.00 (0 III I 1 6.85 1 2P3P2 2P1D2 KAB 342.00 + 5016.00 HE I 1 15.68 4 2 ISO 3 IP1 KAB 2.24 + 5041.90 SI II 1 41,10 5 4P2P1/2 4P 2D MORG 0.0 A + 5047.30 HF I 1 47.70 2 IP 4 IS MORG 0. 40 A + 5056.40 SI II l 56.10 5 4P2P3/2 4D2D MORG 0.40A + 5191.40 (AR III) 1 91.40 3 10 IS MORG 0.20A + 5198.30 (NI ) 1 98.50 1 4S 205/ 2 MORG 0.60A + 5200.60 (NI ) 1 0.70 1 4S 2D3/2 MORG 0. 40 A + 5270.80 FE III 1 70.30 1 A 5D3 A 3P2 MORG 1.20A + 5321.80 (CL IV ) 1 22.20 3 ID IS MORG 0.0 A + 5513.00 0 I l 12.70 25 3 3P 6 30 MORG 0.40A + 5518.40 CL I 11 17.70 4S 205/2 MORG 10.00A + 5538.20 CL III 1 37.60 l 4S 2D3/2 MORG 10.00A + 5555.50 0 I 1 54.90 24 3 3P 7 3S MORG 0.0 A + 5577.60 (0 1 ) 1 77.30 3 ID IS MORG 15.00A + 5678.00 N II l 79.60 3 3S3P2 3P3D3 MORG 0. 40 A + 5754.00 (N II) 1 54.60 3 ID IS MORG 15.00A + 5876.00 HE I 1 75.60 11 2 3P 3 3D MORG 0.0 A + 5958.00 SI II 2 57.60 4 4 2P1/2 5 2S MORG 0. 40 A + 5958.00 0 I 2 58.50 23 3 3P 5 3D MORG 0. 40 A + 5979.00 SI II 1 79.00 4 4 2P3/2 5 2S MORG 0.40A + 6046.00 0 I 1 46.40 22 3 3P 6 3S MORG 0. 70 A + 6300.60 (0 1 ) 1 0.30 l 3P2 ID MORG 10.00A + 6312.40 ( S III) 1 12,10 3 in IS MORG 15.00 A + 6347.30 SI II 1 47.10 2S 4 2P3/2 MORG 0.60A + 6364.10 (0 I ) 1 63.80 3P1 ID MORG 1.20A + + + + + 687 + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + 197 6ApJS. . .31. .517K + + + 688 KALER + REFERENCES + Beëvàr, A. 1959, Atlas Coeli II (Prague: Czechoslovak Miller, J. H., and Mathews, W. G. 1972, Ap. J., 172, 593. + Academy of Science). Moore, C. E. 1945, A Multiplet Table of Astrophysical Interest, + Boulesteix, J., Courtès, G., Laval, A., and Monnet, G. 1974, Contr. Princeton Univ. Obs., No. 20 (RMT). + Astr. and Ap., 37, 33. Perek, L. 1971, Bull. Astr. Inst. Czechoslovakia, 22, 103. + Bowen, I. S. 1960, Ap. /., 132, 1. Perek, L., and Kohoutek, L. 1967, Catalog of Galactic + Brocklehurst, M. 1971, M.N.R.A.S., 153, 471. Planetary Nebulae (Prague: Czechoslovak Academy of + Cahn, J. H. 1976, Ap. J., in press. Science). + Cahn, J. H., and Kaler, J. B. 1971, Ap. J. Suppl., 22, 319. Rodgers, A. W., Campbell, C. T., and Whiteoak, J. B. 1960, + Cederblad, S. 1946, Lund Medd., Ser. 2, Vol. 12, no. 119. M.N.R.A.S., 121, 103. + Courtès, G., and Cruvellier, P. 1965, Ann. d’Ap., 28, 683. Searle, L. 1971, Ap. J., 168, 327. + Courtès, G., Louise, R., and Monnet, G., Astr. and Ap., 3, 222. Shao, C. Y., and Liller, W. 1975, private communication. + Dorschner, J., and Gürtler, J. 1963, Astr. Nachr., 287, 257. Sharpless, S. 1959, Ap. J. Suppl., 4, 257. + Dreyer, J. L. E. 1953, New General Catalog, Index Catalog, Struve, O., and Elvey, C. T. 1939, Ap. J., 89, 119, 517. + Second Index Catalog, pub. in Mem. R.A.S. Sulentic, J. W., and Tifft, W. G. 1973, The Revised New + Gum, C. S. 1955, Mem. R.A.S., 67, 155. General Catalog of Nonstellar Astronomical Objects + Henize, K. G. 1956, Ap. J. Suppl, 2, 315. (Tucson: University of Arizona Press). + . 1967, ibid., 14, 125. Vorontsov-Velyaminov, B. A., Kostjakova, E. B., Dokuchaeva, + Higgs, L. A. 1971, Catalog of Radio Observations of Planetary O. D., and Arhipova, V. P. 1973, Mém. Soc. Roy. Sei. + Nebulae and Related Optical Data (National Research Liège, ser. 6, 5, 79. + Council of Canada, NRC 12129). Westerlund, B. E., and Smith, L. F. 1964, M.N.R.A.S., 127, + Hubble, E. P. 1925, Ap. J., 62, 409. 449. + Huggins, W. 1864, Proc. Roy. Soc. London, 13, 492. Whitford, A. E. 1958, A.J., 63, 201. + Johnson, H. M. 1968, in Nebulae and Interstellar Matter, ed. Zwicky, F. 1971, Catalog of Selected Compact Galaxies and of + B. Middlehurst and L. H. Aller (Chicago: University of Post-Eruptive Galaxies (privately published). + Chicago Press). + + + James B. Kaler: University of Illinois Observatory, Urbana, IL 61801 + + + + + © American Astronomical Society • Provided by the NASA Astrophysics Data System + \ No newline at end of file