Canoe
Comprehensive Atmosphere N' Ocean Engine
ammonium_hydrosulfide_vapors.hpp
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#ifndef SRC_SNAP_THERMODYNAMICS_VAPORS_AMMONIUM_HYDROSULFIDE_VAPORS_HPP_
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#define SRC_SNAP_THERMODYNAMICS_VAPORS_AMMONIUM_HYDROSULFIDE_VAPORS_HPP_
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// C/C++
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#include <cmath>
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const
double
Pcgs_of_atm
= 1013250.0;
// atmospheres to dynes/cm**2
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inline
double
sat_vapor_p_NH4SH_UMich
(
double
T) {
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double
const
GOLB2 = (14.83 - (4715.0 / T));
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return
(pow(10.0, GOLB2)) *
Pcgs_of_atm
*
Pcgs_of_atm
;
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}
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inline
double
sat_vapor_p_NH4SH_Lewis
(
double
T) {
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return
pow(10., 14.82 - 4705. / T) * 101325. * 101325.;
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}
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#endif
// SRC_SNAP_THERMODYNAMICS_VAPORS_AMMONIUM_HYDROSULFIDE_VAPORS_HPP_
Pcgs_of_atm
const double Pcgs_of_atm
Definition:
ammonium_hydrosulfide_vapors.hpp:7
sat_vapor_p_NH4SH_UMich
double sat_vapor_p_NH4SH_UMich(double T)
Definition:
ammonium_hydrosulfide_vapors.hpp:9
sat_vapor_p_NH4SH_Lewis
double sat_vapor_p_NH4SH_Lewis(double T)
Definition:
ammonium_hydrosulfide_vapors.hpp:14
src
snap
thermodynamics
vapors
ammonium_hydrosulfide_vapors.hpp
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