3 #include <configure.hpp>
13 Real P = qfrac.
w[IPR] / 1.E5;
14 Real T = qfrac.
w[IDN];
17 Real wave = (wave1 + wave2) / 2.;
double attenuation_freefree_Reference(double freq_GHz, double P_bar, double T)
double attenuation_freefree_Chengli(double freq_GHz, double P_bar, double T)
double attenuation_appleton_hartree_nomag(double freq_GHz, double P_bar, double T, double ne)
std::string model_name_
absorption model model
AirParcel & ToMoleConcentration()
Real GetAttenuation(Real wave1, Real wave2, AirParcel const &var) const
Get attenuation coefficient [1/m].
int GetSpeciesIndex(int n) const
This file contains declaration of Absorber.