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Benchmark

Results
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POST-Data
POST-Plots

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Data Files

	F1	F2	F3	F4	V1	V2	V3	V4
Bensch	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
Cloudy	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
COSTAR	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
HTBKW	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
KOSMA-tau	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
Leiden	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
Lee96mod	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
Meijerink	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
Meudon	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
Sternberg	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T
UCL_PDR	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T	N, n, photo h/c, TB, T

Explanation:

N: integrated columns as functions of depth from cloud surface, format(12(1pe10.3))
z(cm) A_V H H2 C+ C CO O O2 CH OH e

n: local absolute volume densities (cm^-3) versus cloud depth, format(12(1pe10.3))
z(cm) A_V H H2 C+ C CO O O2 CH OH e

photo: Local H2 and CO dissociation rates, and C ionization rate (s^-1), format(5(1pe10.3))
z(cm) A_V H2dis COdis Cion

h/c: heating and cooling rates, local emissivities (erg s^-1 cm^-3) in cooling transitions
and local photoelectric heating rate (erg s^-1 cm^-3),
for F1-F4 assuming a fixed gas temperature of 50K and dust temp of 20K.
z(cm) A_V_eff CII158 OI63 OI146 CI610 CI370 PE Heat_tot Cool_tot H2vib gas-grain

TB: total resulting surface brightnesses (erg s^-1 cm^-2 sr^-1) for the above five cooling lines.

T: gas and dust temperature