#include <freebound.h>

Public Member Functions
void	Reset ()

Public Attributes
long int	ipIsoLevNIonCon

double	xIsoLevNIonRyd

double	RadRecomb [3]

double	RadRecCon

double	RadRecCoolCoef

double	DielecRecomb

double	DielecRecombVsTemp [NUM_DR_TEMPS]

double	RateLevel2Cont

double	RateCont2Level

long int	ipOpac

double	ConOpacRatio

double	PopLTE

double	ColIoniz

double	gamnc

double	RecomInducRate

double	RecomInducCool_Coef

double	PhotoHeat

double	SigmaAtot

double	RadEffec

double	SigmaRadEffec

Member Function Documentation

void freeBound::Reset ( )

References ColIoniz, ConOpacRatio, DielecRecomb, gamnc, ipRecEsc, ipRecNetEsc, ipRecRad, PhotoHeat, PopLTE, RadRecCon, RadRecCoolCoef, RadRecomb, RateCont2Level, RateLevel2Cont, RecomInducCool_Coef, and RecomInducRate.

Member Data Documentation

double freeBound::ColIoniz

collisional ionization rate coefficient from each level (cm3 s-1)

Referenced by Reset().

double freeBound::ConOpacRatio

continuum to total opacity factors for each level

Referenced by Reset().

double freeBound::DielecRecomb

state specific dielectronic recombination rate coefs, units cm^3 s^-1

Referenced by Reset().

double freeBound::DielecRecombVsTemp[NUM_DR_TEMPS]

state specific dielectronic recombination rate coefs as a function of temperature DielecRecombVsTemp[Temp] rate coef, units cm^3 s^-1

Referenced by Badnell_rec_init(), and iso_dielec_recomb_rate().

double freeBound::gamnc

photoionization rate, s-1

Referenced by Reset().

long int freeBound::ipIsoLevNIonCon

a set of array indices for all atoms on the iso sequences

long int freeBound::ipOpac

ipOpac pointers for photoionization cross sections

double freeBound::PhotoHeat

photoelectric heating rate

Referenced by Reset().

double freeBound::PopLTE

lte population of each level, cm^3

Referenced by Reset().

double freeBound::RadEffec

effective recombination and standard deviation in it

double freeBound::RadRecCon

total radiative recombination continuum, units erg cm-3 s-1

Referenced by Reset().

double freeBound::RadRecCoolCoef

radiative recombination cooling coefficient, units erg cm3 s-1

Referenced by Reset().

double freeBound::RadRecomb[3]

radiative recombination rate coefficient, RadRecomb[fcn] RadRecomb[ipRecEsc] escape prob RadRecomb[ipRecNetEsc] net escape prob, accounting for absorption RadRecomb[ipRecRad] rate coef, cm^3 s^-1

Referenced by Reset().

double freeBound::RateCont2Level

all processes from the continuum to level n, units s-1

Referenced by Reset().

double freeBound::RateLevel2Cont

all processes from level n to the continuum, units s-1

Referenced by Reset().

double freeBound::RecomInducCool_Coef

RecomInducCool_Coef becomes rate coef for induced recombination cooling, when multiplied by lte population. this times hnu-hnuo0 to get cooling, evaluated in gamma routine and saved

Referenced by Reset().

double freeBound::RecomInducRate

RecomInducRate will become induced recombination rate coefficient when multiplied by lte population. integral of photorate times exp(-hu/kt) for ind rec, produced by gamma routine needs to be multiplied by lte pop to become real rate

Referenced by Reset().

double freeBound::SigmaAtot

error in sum of As.

double freeBound::SigmaRadEffec

double freeBound::xIsoLevNIonRyd

ionization potential of level N in Ryd

The documentation for this class was generated from the following files:

Public Member Functions

Public Attributes

Member Function Documentation

Member Data Documentation