.Chemical.Obsolete.Interfaces

Contents

Name	Description
SubstancePort	Electro-chemical potential and molar change of the substance in the solution
SubstancePort_a	Electro-chemical potential and molar flow of the substance in the solution
SubstancePort_b	Electro-chemical potential and molar flow of the substance in the solution
OnePort	Base model for chemical process
SubstancePorts_a
SubstancePorts_b
PartialSubstance
PartialSubstanceInSolution	Substance properties for components, where the substance is connected with the solution
PartialSubstanceInSolutionWithAdditionalPorts	Substance properties for components, where the substance is connected with the solution
PartialSubstanceSensor	Base class for sensor based on substance and solution properties
StateOfMatter	Abstract package for all state of matters
Incompressible	Incompressible as basic state of matter
IdealGas	Ideal gas with constant heat capacity
IdealGasMSL	Ideal gas from Modelica Standard Library 3.2
IdealGasShomate	Ideal gas based on Shomate equations
SolutionPort	Only for connecting the one solution their substances. Please, do not use it in different way.
Total	Summation of all extensible properties per substance
PartialSolution	Base chemical solution as homogenous mixture of the substances (only pressure and electric potential are not defined)
PartialSolutionWithHeatPort	Chemical solution as homogenous mixture of the substances
ConditionalSolutionFlow	Input of solution molar flow vs. parametric solution molar flow
ConditionalSubstanceFlow	Input of substance molar flow vs. parametric substance molar flow
ConditionalKinetics	Input of kinetics coefficient vs. parametric kinetics coefficient
SubstanceMassPort
SubstanceMassPort_a	Mass fraction and mass flow of the substance in the solution
SubstanceMassPort_b	Mass fraction and mass flow of the substance in the solution
SubstanceMassPorts_a
SubstanceMolarityPort
SubstanceMolarityPort_a	Electro-chemical potential and molar flow of the substance in the solution
SubstanceMolarityPort_b	Electro-chemical potential and molar flow of the substance in the solution