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Built table in RST using python script Web/coolprop/build_parametric_table.py for High-Level API Signed-off-by: Ian Bell <ian.h.bell@gmail.com>
49 lines
5.1 KiB
ReStructuredText
49 lines
5.1 KiB
ReStructuredText
.. constructed with the build_parameter_table.py script in this folder
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================================= ======= ============ =========================================================
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Parameter Units Input/Output Description
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================================= ======= ============ =========================================================
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``D``, ``Dmass`` kg/m^3 IO Mass density
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``Delta`` IO Reduced density (rho/rhoc)
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``Dmolar`` mol/m^3 IO Molar density
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``H``, ``Hmass`` J/kg IO Mass specific enthalpy
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``Hmolar`` J/mol IO Molar specific enthalpy
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``P`` Pa IO Pressure
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``Q`` mol/mol IO Mass vapor quality
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``S``, ``Smass`` J/kg/K IO Mass specific entropy
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``Smolar`` J/mol/K IO Molar specific entropy
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``T`` K IO Temperature
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``Tau`` IO Reciprocal reduced temperature (Tc/T)
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``U``, ``Umass`` J/kg IO Mass specific internal energy
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``Umolar`` J/mol IO Molar specific internal energy
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``Bvirial`` O Second virial coefficient
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``C``, ``Cpmass`` J/kg/K O Mass specific constant presssure specific heat
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``Cpmolar`` J/mol/K O Molar specific constant presssure specific heat
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``Cvirial`` O Third virial coefficient
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``Cvmass``, ``O`` J/kg/K O Mass specific constant volume specific heat
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``Cvmolar`` J/mol/K O Molar specific constant volume specific heat
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``FH`` O Flammability hazard
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``GWP100`` O 100-year gobal warming potential
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``GWP20`` O 20-year gobal warming potential
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``GWP500`` O 500-year gobal warming potential
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``HH`` O Health hazard
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``L``, ``conductivity`` W/m/K O Thermal conductivity
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``ODP`` O Ozone depletion potential
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``PH`` O Physical hazard
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``T_critical``, ``Tcrit`` K O Temperature at the critical point
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``T_max`` K O Maximum temperature limit
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``T_min`` K O Minimum temperature limit
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``T_reducing`` K O Temperature at the reducing point
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``T_triple``, ``Ttriple`` K O Temperature at the triple point
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``V``, ``viscosity`` Pa s O Viscosity
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``dBvirial_dT`` O Derivative of second virial coefficient with respect to T
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``dCvirial_dT`` O Derivative of third virial coefficient with respect to T
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``isothermal_compressibility`` 1/Pa O Isothermal compressibility
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``molar_mass`` kg/mol O Molar mass
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``p_critical``, ``pcrit`` Pa O Pressure at the critical point
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``rhocrit``, ``rhomass_critical`` kg/m^3 O Mass density at critical point
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``rhomolar_critical`` mol/m^3 O Molar density at critical point
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``rhomolar_reducing`` mol/m^3 O Molar density at reducing point
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``speed_of_sound`` m/s O Speed of sound
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================================= ======= ============ =========================================================
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