The thermal_neutrino_module serves as interface to the neutrino emission routines from the sneut5.f90 file. More...

Functions/Subroutines
subroutine, public	thermal_neutrino_init ()
	Initializes the thermal_neutrino_module. More...

subroutine, public	thermal_neutrinos (abar, Ye, temp, den, timestep, neutrino_loss)
	Calculates the neutrino emissivity. More...

Variables
real(r_kind), save, public	snu = 0
	Neutrino emissivity (erg/g) More...

real(r_kind), save, public	spair = 0
	Pair production emissivity (erg/g) More...

real(r_kind), save, public	splas = 0
	Plasmon emission emissivity (erg/g) More...

real(r_kind), save, public	sphot = 0
	Photo neutrino emissivity (erg/g) More...

real(r_kind), save, public	sbrem = 0
	Bremsstrahlung emissivity (erg/g) More...

real(r_kind), save, public	sreco = 0
	Recombination neutrino emissivity (erg/g) More...

Detailed Description

The thermal_neutrino_module serves as interface to the neutrino emission routines from the sneut5.f90 file.

The thermal_neutrino_module is based on the fit of Itoh et al. 1996 accessed via Cococubed.

Author: M. Reichert

Date: 12.04.2023

Function/Subroutine Documentation

◆ thermal_neutrino_init()

subroutine, public thermal_neutrino_module::thermal_neutrino_init

Initializes the thermal_neutrino_module.

This subroutine is called in the initialization of the code. It only contains debug statements.

Author: M. Reichert

Date: 12.04.2023

Definition at line 47 of file thermal_neutrino_module.f90.

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◆ thermal_neutrinos()

subroutine, public thermal_neutrino_module::thermal_neutrinos	(	real(r_kind), intent(in)	abar,
		real(r_kind), intent(in)	Ye,
		real(r_kind), intent(in)	temp,
		real(r_kind), intent(in)	den,
		real(r_kind), intent(in)	timestep,
		real(r_kind), intent(out)	neutrino_loss
	)

Calculates the neutrino emissivity.

This subroutine is an interface to the subroutine sneut5_aa from the sneut5.f90 file. It calculates the neutrino emissivity and its derivatives with respect to temperature, density, average mass number and average atomic number. The derivatives are not used in the current version of the code. The file sneut5.f90 is based on the fit of Itoh et al. 1996 accessed via Cococubed.

Author: M. Reichert

Date: 12.04.2023

Parameters

[in]	abar	Average mass number
[in]	ye	Electron fraction
[in]	temp	Temperature (GK)
[in]	den	Density (g/cm^3)
[in]	timestep	Timestep (s)
[out]	neutrino_loss	Neutrino emissivity (erg/s/cm^3)