MPI-AMRVAC
3.1
The MPI - Adaptive Mesh Refinement - Versatile Advection Code
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Go to the source code of this file.
Modules | |
module | mod_solar_atmosphere |
User can use subroutine get_atm_para to generate 1D solar stmosphere. User should provide heights (h), number density at h=0, number of points (nh), and the gravity (grav) at each point. User can select temperature profile. This subroutine will return density and pressure at each point. | |
Functions/Subroutines | |
subroutine | mod_solar_atmosphere::get_atm_para (h, rho, pth, grav, nh, Tcurve, hc, rhohc, Tem) |
subroutine | mod_solar_atmosphere::get_te_alc7 (h, Te, nh) |
subroutine | mod_solar_atmosphere::get_te_sprm (h, Te, nh) |
subroutine | mod_solar_atmosphere::get_te_valc (h, Te, nh) |
subroutine | mod_solar_atmosphere::get_te_hong (h, Te, nh) |
Variables | |
integer | mod_solar_atmosphere::n_valc |
integer | mod_solar_atmosphere::n_hong |
integer | mod_solar_atmosphere::n_fontenla |
integer | mod_solar_atmosphere::n_alc7 |
double precision, dimension(1:52) | mod_solar_atmosphere::h_valc |
double precision, dimension(1:52) | mod_solar_atmosphere::t_valc |
double precision, dimension(1:300) | mod_solar_atmosphere::h_hong |
double precision, dimension(1:300) | mod_solar_atmosphere::t_hong |
double precision, dimension(1:56) | mod_solar_atmosphere::h_fontenla |
double precision, dimension(1:56) | mod_solar_atmosphere::t_fontenla |
double precision, dimension(1:140) | mod_solar_atmosphere::h_alc7 |
double precision, dimension(1:140) | mod_solar_atmosphere::t_alc7 |