modelSLEMedium

Medium with solid-liquid equilibrium (SLE), with h and p as independent variables
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Information

The SLE medium model calculates the thermophysical property data with given input: pressure (p), enthalpy (h), meta stable (iota) and the parameter sleMediumType.
The interface and the way of using, is demonstrated in the Testers -> TestSLEMedium.

Parameters

TypeNameDefaultDescription
SI.TemperatureTStableLimitsleMedium.TStableLimitAbove this temperature all cristals in the solution are dissolved. Metastable states are possible after exceeding this temperature.
SI.TemperatureTSupercoolingLimitsleMedium.TSupercoolingLimitThere is no metastable state below this temperature. Crystallization starts when this temperature is reached.

Components

TypeNameDefaultDescription
SI.SpecificEnthalpyhSpecific enthalpy
SI.DensitydDensity
SI.AbsolutePressurepPressure
SI.MassFractioniota0metastable state transition [0,1]
SI.TemperatureTTemperature
SI.SpecificHeatCapacitycpSpecific heat capacity
SI.MassFractionqLiquid mass fraction
SI.ThermalConductivitylambdaThermal conductivity
SI.SpecificEnthalpyh_fusionsleMedium.h_fusion

Contents

NameDescription
SLEMediumType
density_h
specificEnthalpy_T