Simulation Parameters

Model Designation (Name)
Elemental Abundances of the Gas
Default Z = 0.05 x solar Z = 0.20 x solar    Z = 0.40 x solar Z = 1.00 x solar Z = 2.00 x solar		Enter Abundances for Each Element H He C N O Ne Na Mg Al Si S Cl Ar Ca Fe Ni
Dust
Include Dust		Ignore Dust
Depletion Factors
Default		Enter Indvidual Depletion Factors H He C N O Ne Na Mg Al Si S Cl Ar Ca Fe Ni
Grain Distribution Model		MRN Grain Distribution
Evaluate Dust Temperature and IR Flux
(Time consuming: only check 'Yes' if IR flux is required)
Yes		No
Ionizing Radiation Field
Blackbody		Power-law
Black Body Temperature K		Power-law index
ISM Geometry
Spherical		Plane-Parallel
Define source size by one of: Source Radius R log(Total Luminosity) erg s-1 log(Ionizing Luminosity) erg s-1 Define inner ionizing radius by one of: Distance pc Stromgren Radius Fraction log(Ionization Parameter)		Define inner ionizing radius by one of: log(Ionization Parameter) Bolometric Flux erg s-1 cm-2 Ionizing Flux erg s-1 cm-2
Density Structure
Isochoric		Isobaric
Electron Density cm-3		Pressure (P/K)x105    Mean Temperaturex104K
Filling Factor
Output Files
Choose One:		Standard Standard+Monitor 4 Ions Stardard+Monitor All Ions Standard+Final Source + nu F(nu) Spectrum Standard+First Balance All
If Standard+Monitor 4 Ions, Enter Ions by Atomic Number:
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