SIMPLE = T / BITPIX = -32 / NAXIS = 2 / NAXIS1 = 17 / NAXIS2 = 17 / CDELT1 = 2.500000000E-01 / CDELT2 = 2.500000000E-01 / CRVAL1 = 1.000000000E+00 / CRVAL2 = 1.000000000E+00 / CTYPE1 = 'Log n (/cm**3)' CTYPE2 = 'Log G_0' CRPIX1 = 1.000000000E+00 / CRPIX2 = 1.000000000E+00 / # TITLE = 'H2 0-0S(3)' UNITS = '(ergs/cm**2/s/sr)' # # / Models of Kaufman, Wolfire, Hollen bach 2006, ApJ # / Model Parameters: VERSION = 1. DVDOP = 1.5 / Turbulent Doppler Velocity (km/s) ABUNDC = 0.000140000004 / Carbon Abundance (C/H) ABUNDO = 0.000319999992 / Oxygen Abundance (O/H) ABUNDSI = 1.69999998E-06 / Silicon Abundance (Si/H) ABUNDS = 2.80000004E-05 / Sulfur Abundance (S/H) ABUNDFE = 1.70000007E-07 / Iron Abundance (Fe/H) ABUNDMG = 1.09999996E-06 / Magnesium Abundance (Mg/H) ABUNDPA = 6.00000021E-07 / PAH Abundance (PAH/H) ABUNDD = 1. / Dust Abundance wrt local ISM AV = 7. / Optical Depth ABUNDZ = 1. / Dust and Metals wrt local ISM TAUV = 1.79999995 / Ratio of tau_UV/tau_V HEAT = 'BTF+W' / Bakes & Tielens + Wolfire END 23. 3|U33^4x474PNP4_V4f4f4e4b=4b=4c4g4mL3'3B3bx3լ4x4PNP4J444̌>44NP4 4v4KQ4c}4j3 :3SO33474$44h55.a5>5C85@3%56?5*t5s_53O3^ 3MK4J4Qa14`~45$ 5\5!55 58p5 5Ŭ55>3e3d~344b=4,5 p_5M55S606L6,xD606)6L63O3b73X4e4l9$4 d5e5mL5 64X69=6uR66-6qy6`~63)3^ 34e4mL4X5`~556`~6p?6%6<7$7#7!|73 M3[3&4 4k&C4v5s_5!w5ֿ6.{66*7+ 7y7j7B723 3Y=3&4 4f45U55.646VN707b~7!8)883r3 M3U34 @4b=4KQ5x55ֿ65167788M93Nw9I33T+3474\4 5q5v5c651677I8ZS99XS:%3k3V3\4J4\455{&5c676t7+ 7S899J` 9:c͚3!3[y 3474[ 4 5@5z.5a16;;6=7Sd889p:D,:Q3*3c3844Wv45e5v35n6L6g78?9P9<::'3^3m 3^474V45q556^!^6 78u]9)ދ9d:As:h3jb3(-34 p_4\4?55$5?6p7H728v9Q9N:^m:n3x33X4 4`i|45L56&67,*8X89x4:o:x@: