Wolfire/Kaufman 2020 constant density models, AV=7, no freeze-out, Z=1.0, losangle=30

Below are links to the individual FITS files and plots in the wk2020 ModelSet. We also provide a gzipped tarball of all the wk2020 FITS and PNG files.

[O I] 63 µm / [C II] 158 µm Intensity Ratio[O I] 63 µm / 13CO(J=6-5) Intensity Ratio([O I] 63 µm + [C II] 158 µm) / IFIR Intensity Ratio([O I] 145 µm + [C II] 158 µm) / IFIR Intensity Ratio
[O I] 145 µm / [O I] 63 µm Intensity Ratio[O I] 145 µm / 13CO(J=6-5) Intensity Ratio[C I] 370 µm / [C I] 609 µm Intensity Ratio[C II] 158 µm / [C I] 609 µm Intensity Ratio
[C II] 158 µm / [O I] 145 µm Intensity Ratio[C II] 158 µm / IFIR Intensity Ratio[C II] 158 µm / CO(J=1-0) Intensity Ratio[C II] 158 µm / CO(J=2-1) Intensity Ratio
[C II] 158 µm / CO(J=3-2) Intensity Ratio[C II] 158 µm / CO(J=6-5) Intensity Ratio[C II] 158 µm / 13CO(J=1-0) Intensity Ratio[C II] 158 µm / 13CO(J=6-5) Intensity Ratio
CO(J=2-1) / CO(J=1-0) Intensity RatioCO(J=3-2) / CO(J=1-0) Intensity RatioCO(J=3-2) / CO(J=2-1) Intensity Ratio[C I] 609 µm / CO(J=4-3) Intensity Ratio
[C I] 609 µm / CO(J=2-1) Intensity Ratio[C I] 609 µm / CO(J=1-0) Intensity Ratio[C I] 609 µm / 13CO(J=1-0) Intensity Ratio[C I] 609 µm / 13CO(J=2-1) Intensity Ratio
[C I] 609 µm / 13CO(J=3-2) Intensity RatioCO(J=4-3) / CO(J=2-1) Intensity RatioCO(J=6-5) / CO(J=1-0) Intensity RatioCO(J=7-6) / CO(J=1-0) Intensity Ratio
CO(J=7-6) / CO(J=2-1) Intensity RatioCO(J=7-6) / CO(J=4-3) Intensity RatioCO(J=7-6) / CO(J=5-4) Intensity RatioCO(J=7-6) / CO(J=6-5) Intensity Ratio
CO(J=8-7) / CO(J=5-4) Intensity RatioCO(J=8-7) / CO(J=6-5) Intensity RatioCO(J=9-8) / CO(J=5-4) Intensity RatioCO(J=9-8) / CO(J=6-5) Intensity Ratio
CO(J=10-9) / CO(J=5-4) Intensity RatioCO(J=10-9) / CO(J=6-5) Intensity RatioCO(J=10-9) / CO(J=7-6) Intensity RatioCO(J=11-10) / CO(J=5-4) Intensity Ratio
CO(J=11-10) / CO(J=6-5) Intensity RatioCO(J=11-10) / CO(J=8-7) Intensity RatioCO(J=12-11) / CO(J=5-4) Intensity RatioCO(J=12-11) / CO(J=6-5) Intensity Ratio
CO(J=13-12) / CO(J=5-4) Intensity RatioCO(J=13-12) / CO(J=6-5) Intensity RatioCO(J=14-13) / CO(J=5-4) Intensity RatioCO(J=14-13) / CO(J=6-5) Intensity Ratio
CO(J=15-14) / CO(J=5-4) Intensity RatioCO(J=15-14) / CO(J=6-5) Intensity RatioCO(J=16-15) / CO(J=5-4) Intensity RatioCO(J=16-15) / CO(J=6-5) Intensity Ratio
CO(J=17-16) / CO(J=5-4) Intensity RatioCO(J=17-16) / CO(J=6-5) Intensity RatioCO(J=18-17) / CO(J=5-4) Intensity RatioCO(J=18-17) / CO(J=6-5) Intensity Ratio
13CO(J=1-0) / CO(J=1-0) Intensity Ratio13CO(J=2-1) / CO(J=2-1) Intensity Ratio13CO(J=3-2) / CO(J=2-1) Intensity Ratio13CO(J=4-3) / CO(J=2-1) Intensity Ratio
13CO(J=5-4) / CO(J=2-1) Intensity Ratio13CO(J=6-5) / CO(J=2-1) Intensity Ratio13CO(J=7-6) / CO(J=2-1) Intensity Ratio13CO(J=3-2) / 13CO(J=1-0) Intensity Ratio
H20-0S(2) 12.3 µm / H20-0S(0) 28.2 µm Intensity RatioH20-0S(2) 12.3 µm / H20-0S(1) 17 µm Intensity RatioH20-0S(3) 9.7 µm / H20-0S(0) 28.2 µm Intensity RatioH20-0S(3) 9.7 µm / H20-0S(1) 17 µm Intensity Ratio
H20-0S(3) 9.7 µm / H20-0S(2) 12.3 µm Intensity RatioH22-1S(1) 2.24 µm / H21-0S(1) 2.12 µm Intensity Ratio[C I] 609 µm Intensity[C II] 158 µm Intensity
[O I] 63 µm Intensity[O I] 145 µm IntensityCO(J=1-0) IntensityCO(J=2-1) Intensity
CO(J=3-2) IntensityCO(J=4-3) IntensityCO(J=5-4) IntensityCO(J=6-5) Intensity
CO(J=7-6) IntensityCO(J=8-7) IntensityCO(J=11-10) Intensity13CO(J=1-0) Intensity
13CO(J=2-1) Intensity13CO(J=3-2) IntensityH20-0S(3) 9.7 µm IntensityH20-0S(2) 12.3 µm Intensity
H20-0S(1) 17 µm IntensityH20-0S(0) 28.2 µm IntensityTemperature at AV = 0.01

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