BinaryMixtureDefinitionBase (FsODE)

FsODE

Documentation for 0.0.2

BinaryMixtureDefinitionBase Type

Namespace: Altaxo.Science.Thermodynamics.Fluids
Assembly: AltaxoCore.Redist.dll
Base Type: obj

Base class for binary mixtures, consisting of a component 1 and a component 2. The components are indentified by their CAS registry numbers. Derived classes should have two CASRegistryNumberAttributes associated with the class.

Constructors

Constructor	Description
`BinaryMixtureDefinitionBase()` Full Usage: `BinaryMixtureDefinitionBase()`

Instance members

Instance member	Description
`this.Beta_T` Full Usage: `this.Beta_T` Returns: `float`	The beta parameter used to calculate the reducing temperatur of the mixture. Returns: `float`
`this.Beta_v` Full Usage: `this.Beta_v` Returns: `float`	The beta parameter used to calculate the reducing mole density of the mixture. Returns: `float`
`this.CASRegistryNumber1` Full Usage: `this.CASRegistryNumber1` Returns: `string` Modifiers: abstract	Gets the CAS registry number of component 1. Returns: `string`
`this.CASRegistryNumber2` Full Usage: `this.CASRegistryNumber2` Returns: `string` Modifiers: abstract	Gets the CAS registry number of component 2. Returns: `string`
`this.DepartureFunction_OfReducedVariables` Full Usage: `this.DepartureFunction_OfReducedVariables` Parameters: delta : `float` - The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` - The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` Value of the departure function.	The Departure function is a correction function for the residual part of the reduced Helmholtz energy in dependence of the reduced density and reduced inverse temperature. delta : `float` The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` Value of the departure function.
`this.DepartureFunction_delta_OfReducedVariables` Full Usage: `this.DepartureFunction_delta_OfReducedVariables` Parameters: delta : `float` - The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` - The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` Derivative of the departure function w.r.t. delta.	Derivative of the departure function w.r.t. delta in dependence of the reduced density and reduced inverse temperature. delta : `float` The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` Derivative of the departure function w.r.t. delta.
`this.DepartureFunction_deltadelta_OfReducedVariables` Full Usage: `this.DepartureFunction_deltadelta_OfReducedVariables` Parameters: delta : `float` - The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` - The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` 2nd derivative of the departure function w.r.t. delta.	2nd derivative of the departure function w.r.t. delta in dependence of the reduced density and reduced inverse temperature. delta : `float` The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` 2nd derivative of the departure function w.r.t. delta.
`this.DepartureFunction_deltatau_OfReducedVariables` Full Usage: `this.DepartureFunction_deltatau_OfReducedVariables` Parameters: delta : `float` - The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` - The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` Derivative of the departure function w.r.t. delta and tau.	Derivative of the departure function w.r.t. delta and tau in dependence of the reduced density and reduced inverse temperature. delta : `float` The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` Derivative of the departure function w.r.t. delta and tau.
`this.DepartureFunction_tau_OfReducedVariables` Full Usage: `this.DepartureFunction_tau_OfReducedVariables` Parameters: delta : `float` - The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` - The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` Derivative of the departure function w.r.t. tau.	Derivative of the departure function w.r.t. tau in dependence of the reduced density and reduced inverse temperature. delta : `float` The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` Derivative of the departure function w.r.t. tau.
`this.DepartureFunction_tautau_OfReducedVariables` Full Usage: `this.DepartureFunction_tautau_OfReducedVariables` Parameters: delta : `float` - The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` - The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` 2nd derivative of the departure function w.r.t. tau.	2nd derivative of the departure function w.r.t. tau in dependence of the reduced density and reduced inverse temperature. delta : `float` The reduced density = mole density / ReducingMoleDensity. The ReducingMoleDensity depends on the mole fractions of the components. tau : `float` The reduced inverse temperature = ReducingTemperature / temperature. The ReducingTemperature depends on the mole fractions of the components. Returns: `float` 2nd derivative of the departure function w.r.t. tau.
`this.F` Full Usage: `this.F` Returns: `float`	The F parameter (prefactor of the departure function, see BinaryMixtureDefinitionBase.DepartureFunction_OfReducedVariables). Returns: `float`
`this.Gamma_T` Full Usage: `this.Gamma_T` Returns: `float`	The gamma parameter used to calculate the reducing temperature of the mixture. Returns: `float`
`this.Gamma_v` Full Usage: `this.Gamma_v` Returns: `float`	The gamma parameter used to calculate the reducing mole density of the mixture. Returns: `float`