equidust.cxx File Reference

#include "equidust.hxx"
#include <cmath>
#include <unaryfn.hxx>
#include <integrate.hxx>
#include <phyconstants.hxx>
#include <phyfunc.hxx>
#include <onedmin.hxx>
#include "../dustiface.h"
#include "../radfield/radfield.hxx"

Include dependency graph for equidust.cxx:

Namespaces
namespace	Dust
Classes
class	Dust::PowerOutInt
class	Dust::PowerInInt
class	Dust::EquiTRes
Functions
double	Dust::PowerOut (UnaryDD &Cabs, double T)
	Calculate the power output of a grain with specified absorption cross section and temperature.
double	Dust::PowerIn (UnaryDD &Cabs, RadField &rf)
	Calculate the power absorbed by a grain.
double	Dust::EquiT (UnaryDD &Cabs, RadField &rf)
	Calculate the equilibrium temperature for a dust grain.
double	Dust::EquiEmm (double lambda, double T, UnaryDD &Cabs)
	Equilibrium emission from a grain.
double	dust_EquiT (dust_AbsXSec *xsection, dust_RF *rf)
	Calculates the equilibrium temperature given the absorption cross section and a radiation field.
double	dust_equiemm (double lambda, double T, dust_AbsXSec *xsection)
	Calculate emissivity of a grain in equilibrium.

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Detailed Description

Bojan Nikolic <bojan@bnikolic.co.uk>, <b.nikolic@mrao.cam.ac.uk>

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Function Documentation

double dust_equiemm	(	double	lambda,
		double	T,
		dust_AbsXSec *	xsection
	)

Calculate emissivity of a grain in equilibrium.

Calculates the equilibrium emission at wavelength lambda from a (large) grain at temperature T and with absorption cross section xsection.

double dust_EquiT	(	dust_AbsXSec *	xsection,
		dust_RF *	rf
	)

Calculates the equilibrium temperature given the absorption cross section and a radiation field.

Parameters:

	xsection	The absorption cross section of the grain
	rf	The radiation field

Returns:

The temperature in Kelvin.