class WaterZhangDuan2005

Declaration

class WaterZhangDuan2005 { /* full declaration omitted */ };

Description

The WaterZhangDuan2005 class calculates the properties of water using the Zhang and Duan (2005) equation of state References: Zhang and Duan Prediction of the PVT properties of water over wide range of temperatures and pressures from molecular dynamics simulation. PEPI, 2002 149:335-354

Declared at: ThermoFun/ThermoModelsSolvent.h:116

Method Overview

• public WaterZhangDuan2005()
• public WaterZhangDuan2005(const ThermoFun::Substance & substance)
• public auto propertiesSolvent(double T, double P, int state) -> ThermoFun::PropertiesSolvent
• public auto thermoPropertiesSubstance(double T, double P, int state) -> ThermoFun::ThermoPropertiesSubstance

Methods

¶WaterZhangDuan2005()

Description

Construct a default class object instance

Declared at: ThermoFun/ThermoModelsSolvent.h:120

¶WaterZhangDuan2005(
    const ThermoFun::Substance& substance)

Description

Construct an class object instance from a Species instance

Declared at: ThermoFun/ThermoModelsSolvent.h:123

Parameters

const ThermoFun::Substance& substance

¶auto propertiesSolvent(double T,
                       double P,
                       int state)
    -> ThermoFun::PropertiesSolvent

Description

Return the physical properties of the solvent.

Declared at: ThermoFun/ThermoModelsSolvent.h:129

Parameters

double T

The temperature value (in units of K)

double P

The pressure value (in units of Pa)

int state

defines the state of the solvent (liquid 0, vapor 1, below the critical point)

¶auto thermoPropertiesSubstance(double T,
                               double P,
                               int state)
    -> ThermoFun::ThermoPropertiesSubstance

Description

Return the themrodynamic properties of the solvent.

Declared at: ThermoFun/ThermoModelsSolvent.h:135

Parameters

double T

The temperature value (in units of K)

double P

The pressure value (in units of Pa)

int state

defines the state of the solvent (liquid 0, vapor 1, below the critical point)