Using keywordsICL> sflux Lower energy limit > 2 Upper energy limit > 10
Under ICL with results output to variablesICL> sflux model=specmod nch=3000 Lower energy limit > 2 Upper energy limit > 10
Using SPLIT mode on aICL> sflux eflux=(energy_flux) pflux=(photon_flux) Lower energy limit > 2 Upper energy limit > 10
AG*(BB+BR)
model lists the two additive
components with absorption folded in, and then the total flux.
ICL> SFLUX SPLIT LEN=1 UEN=10 Model term Photons/cm**2/sec Erg/cm**2/sec AG*BB 0.6672986 1.5618454E-09 AG*BR 0.1784134 8.5624380E-10 Energy flux = 6.1529504E-10 ergs/cm**2/sec Photon flux = 9.8584913E-02 photons/cm**2/sec