Equation of state for a classical particle with derivatives. More...
#include <classical_deriv.h>
Definition at line 46 of file classical_deriv.h.
Public Member Functions | |
virtual void | calc_mu (part_deriv &p, fp_t temper) |
Compute the properties of particle p at temperature temper from its chemical potential. | |
virtual void | calc_density (part_deriv &p, fp_t temper) |
Compute the properties of particle p at temperature temper from its density. | |
virtual const char * | type () |
Return string denoting type ("classical_deriv_thermo") | |
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double | heat_cap_ppart_const_vol (part_deriv_t &p, double temper) |
The heat capacity per particle at constant volume (unitless) More... | |
double | heat_cap_ppart_const_press (part_deriv_t &p, double temper) |
The heat capacity per particle at constant pressure (unitless) More... | |
double | compress_adiabatic (part_deriv_t &p, double temper) |
The adiabatic compressibility. More... | |
double | compress_const_tptr (part_deriv_t &p, double temper) |
The isothermal compressibility. More... | |
double | coeff_thermal_exp (part_deriv_t &p, double temper) |
The coefficient of thermal expansion. More... | |
double | squared_sound_speed (part_deriv_t &p, double temper) |
The squared sound speed (unitless) More... | |
Protected Attributes | |
classical_thermo_tl< fp_t > | cl |
For computing non-derivative properties. | |
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