CoolProp函数输入表

Posted 2021-12-05 源本

从官网查的CoolProp函数使用时候的输入参数表，记录并翻译方便使用。
官网链接：CoolProp函数输入表 ；函数输入表在页面最下方。
如何在excel中使用CoolProp：如何在excel中使用CoolProp数据库
首先CoolProp查找工质物性的方式（excel）如下：

记录与翻译的就是图里的D、P、T。
Python的方法同excel类似。
表格翻译更新中。。。

Parameter 参数	Units 单位	Input/Output 输入/输出	Description 描述
DELTA, Delta	-	IO	Reduced density (rho/rhoc)
DMOLAR, Dmolar	mol/m^3	IO	Molar density
D, DMASS, Dmass	kg/m^3	IO	Mass density
HMOLAR, Hmolar	J/mol	IO	Molar specific enthalpy
H, HMASS, Hmass	J/kg	IO	Mass specific enthalpy
P	Pa	IO	Pressure
Q	mol/mol	IO	Mass vapor quality
SMOLAR, Smolar	J/mol/K	IO	Molar specific entropy
S, SMASS, Smass	J/kg/K	IO	Mass specific entropy
TAU, Tau	-	IO	Reciprocal reduced temperature (Tc/T)
T	K	IO	Temperature
UMOLAR, Umolar	J/mol	IO	Molar specific internal energy
U, UMASS, Umass	J/kg	IO	Mass specific internal energy
ACENTRIC, acentric	-	O	Acentric factor
ALPHA0, alpha0	-	O	Ideal Helmholtz energy
ALPHAR, alphar	-	O	Residual Helmholtz energy
A, SPEED_OF_SOUND, speed_of_sound	m/s	O	Speed of sound
BVIRIAL, Bvirial	-	O	Second virial coefficient
CONDUCTIVITY, L, conductivity	W/m/K	O	Thermal conductivity
CP0MASS, Cp0mass	J/kg/K	O	Ideal gas mass specific constant pressure specific heat
CP0MOLAR, Cp0molar	J/mol/K	O	Ideal gas molar specific constant pressure specific heat
CPMOLAR, Cpmolar	J/mol/K	O	Molar specific constant pressure specific heat
CVIRIAL, Cvirial	-	O	Third virial coefficient
CVMASS, Cvmass,O	J/kg/K	O	Mass specific constant volume specific heat
CVMOLAR, Cvmolar	J/mol/K	O	Molar specific constant volume specific heat
C, CPMASS, Cpmass	J/kg/K	O	Mass specific constant pressure specific heat
DALPHA0_DDELTA_CONSTTAU, dalpha0_ddelta_consttau	-	O	Derivative of ideal Helmholtz energy with delta
DALPHA0_DTAU_CONSTDELTA, dalpha0_dtau_constdelta	-	O	Derivative of ideal Helmholtz energy with tau
DALPHAR_DDELTA_CONSTTAU, dalphar_ddelta_consttau	-	O	Derivative of residual Helmholtz energy with delta
DALPHAR_DTAU_CONSTDELTA, dalphar_dtau_constdelta	-	O	Derivative of residual Helmholtz energy with tau
DBVIRIAL_DT, dBvirial_dT	-	O	Derivative of second virial coefficient with respect to T
DCVIRIAL_DT, dCvirial_dT	-	O	Derivative of third virial coefficient with respect to T
DIPOLE_MOMENT, dipole_moment	C m	O	Dipole moment
FH		O	Flammability hazard
FRACTION_MAX, fraction_max	-	O	Fraction (mole, mass, volume) maximum value for incompressible solutions
FRACTION_MIN, fraction_min	-	O	Fraction (mole, mass, volume) minimum value for incompressible solutions
FUNDAMENTAL_DERIVATIVE_OF_GAS_DYNAMICS, fundamental_derivative_of_gas_dynamics	-	O	Fundamental derivative of gas dynamics
GAS_CONSTANT, gas_constant	J/mol/K	O	Molar gas constant
GMOLAR_RESIDUAL, Gmolar_residual	J/mol/K	O	Residual molar Gibbs energy
GMOLAR, Gmolar	J/mol	O	Molar specific Gibbs energy
GWP100	-	O	100-year global warming potential
GWP20	-	O	20-year global warming potential
GWP500	-	O	500-year global warming potential
G, GMASS, Gmass	J/kg	O	Mass specific Gibbs energy
HELMHOLTZMASS, Helmholtzmass	J/kg	O	Mass specific Helmholtz energy
HELMHOLTZMOLAR, Helmholtzmolar	J/mol	O	Molar specific Helmholtz energy
HH	-	O	Health hazard
HMOLAR_RESIDUAL, Hmolar_residual	J/mol/K	O	Residual molar enthalpy
ISENTROPIC_EXPANSION_COEFFICIENT, isentropic_expansion_coefficient	-	O	Isentropic expansion coefficient
ISOBARIC_EXPANSION_COEFFICIENT, isobaric_expansion_coefficient	1/K	O	Isobaric expansion coefficient
ISOTHERMAL_COMPRESSIBILITY, isothermal_compressibility	1/Pa	O	Isothermal compressibility
I, SURFACE_TENSION, surface_tension	N/m	O	Surface tension
M, MOLARMASS, MOLAR_MASS, MOLEMASS, molar_mass, molarmass, molemass	kg/mol	O	Molar mass
ODP	-	O	Ozone depletion potential
PCRIT, P_CRITICAL, Pcrit, p_critical, pcrit	Pa	O	Pressure at the critical point
PHASE, Phase		O	Phase index as a float
PH	-	O	Physical hazard
PIP	-	O	Phase identification parameter
PMAX, P_MAX, P_max, pmax	Pa	O	Maximum pressure limit
PMIN, P_MIN, P_min, pmin	Pa	O	Minimum pressure limit
PRANDTL, Prandtl	-	O	Prandtl number
PTRIPLE, P_TRIPLE, p_triple, ptriple	Pa	O	Pressure at the triple point (pure only)
P_REDUCING, p_reducing	Pa	O	Pressure at the reducing point
RHOCRIT, RHOMASS_CRITICAL, rhocrit, rhomass_critical	kg/m^3	O	Mass density at critical point
RHOMASS_REDUCING, rhomass_reducing	kg/m^3	O	Mass density at reducing point
RHOMOLAR_CRITICAL, rhomolar_critical	mol/m^3	O	Molar density at critical point
RHOMOLAR_REDUCING, rhomolar_reducing	mol/m^3	O	Molar density at reducing point
SMOLAR_RESIDUAL, Smolar_residual	J/mol/K	O	Residual molar entropy (sr/R = s(T,rho) - s^0(T,rho))
TCRIT, T_CRITICAL, T_critical, Tcrit	K	O	Temperature at the critical point
TMAX, T_MAX, T_max, Tmax	K	O	Maximum temperature limit
TMIN, T_MIN, T_min, Tmin	K	O	Minimum temperature limit
TTRIPLE, T_TRIPLE, T_triple, Ttriple	K	O	Temperature at the triple point
T_FREEZE, T_freeze	K	O	Freezing temperature for incompressible solutions
T_REDUCING, T_reducing	K	O	Temperature at the reducing point
V, VISCOSITY, viscosity	Pa s	O	Viscosity
Z	-	O	Compressibility factor