Optically thin radiative loss q = 4 sigma sum_i p_i a_i(T) (T^4 - T_amb^4), p_i the partial pressures [atm] of the radiating species present. More...

#include <radiation.h>

Public Member Functions
template<typename F_rho >
KOKKOS_INLINE_FUNCTION double	loss (const double T, const F_rho &rho_k) const
	Power lost per unit volume [W/m^3] at T, rho_k(k) the partial densities [kg/m^3].

Public Attributes
Kokkos::Array< int32_t, N_RADIATING_SPECIES >	index {-1, -1, -1, -1}

Kokkos::Array< double, N_RADIATING_SPECIES >	inv_W {}

double	T_ambient4 = 0.0

Detailed Description

Optically thin radiative loss q = 4 sigma sum_i p_i a_i(T) (T^4 - T_amb^4), p_i the partial pressures [atm] of the radiating species present.

Member Function Documentation

template<typename F_rho >

KOKKOS_INLINE_FUNCTION double chemistry::OpticallyThinRadiation::loss	(	const double	T,
		const F_rho &	rho_k
	)		const

inline

Power lost per unit volume [W/m^3] at T, rho_k(k) the partial densities [kg/m^3].

Kokkos::Array<int32_t, N_RADIATING_SPECIES> chemistry::OpticallyThinRadiation::index {-1, -1, -1, -1}

Kokkos::Array<double, N_RADIATING_SPECIES> chemistry::OpticallyThinRadiation::inv_W {}

double chemistry::OpticallyThinRadiation::T_ambient4 = 0.0

The documentation for this struct was generated from the following file: