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 = 'H_2 0-0S(2)/[Si II]35 Micron (Z=1)' UNITS = ' ' # # / Models of Kaufman, Wolfire,& Hollenbach 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 = 7.19999981 / Optical Depth ABUNDZ = 1. / Dust and Metals wrt local ISM TAUV = 1.79999995 / Ratio of tau_UV/tau_V HEAT = 'BTF' / Bakes & Tielens - Flat PAHs END > 9>>ϧ?j?ʫ@ {@a@O*@ @\*@#???.? ?dK?v-=\>a>G>?Q?z?h??=???n?)P>H> T>#>΍=Q=]>&>">6?$?V?vg?}P_?i?G?!>>ٳ>)p>)>T=a=k=>&%>>&>B?K?0?;?K>>kX>>}z>9A=<Ū=l=0=o>5[>Rp>F>>jf>3>G>wO>6>:~>\N> =/<< =&SE== =>> Cb>B%>cc%>Ay>>Ò>>\ >N&> an=*>?>}ZM>^>4|>@>~>`>5}8>Iy>>YK?6?Jߜ%<=*(>ۙ> n?J?$dz?3?7m<4<4j2>p[>ߚ?,??3?D<0fS< x<3e:z>g|>_>1? L?0?!n>j2>M>/>^V>Ru??<_F<)<jbM>pK#>yv>+>&J>φM>͹7)>s>!>W>Ŕ7>s>->u>W>>};>Z5> !O>z5>ZQ>g> >> <$ >|?>.>qE>5J>P>