Uses of Class
nce.base.ChemicalSpecies

Packages that use ChemicalSpecies

Package	Description
nce.base
nce.datasets.models
nce.phprop.density
nce.phprop.specificheat
nce.phprop.thermcond
nce.phprop.viscosity
nce.stream
nce.vle

Uses of ChemicalSpecies in nce.base

Methods in nce.base that return ChemicalSpecies

Modifier and Type	Method and Description
static ChemicalSpecies[]	ChemicalSpecies.buildChemicalSpeciesArray(int numSpecies) Allocation of a new array of chemical species

Uses of ChemicalSpecies in nce.datasets.models

Fields in nce.datasets.models declared as ChemicalSpecies

Modifier and Type	Field and Description
ChemicalSpecies[]	DataFitModelWilson.cs

Uses of ChemicalSpecies in nce.phprop.density

Methods in nce.phprop.density with parameters of type ChemicalSpecies

Modifier and Type	Method and Description
void	DensityMixRuleIdealLiquid.init(ChemicalSpecies[] species, double[] x) Initialization method to be used when computing densities from chemical species equations.

Uses of ChemicalSpecies in nce.phprop.specificheat

Methods in nce.phprop.specificheat with parameters of type ChemicalSpecies

Modifier and Type	Method and Description
void	SpecHeatMixRuleIdealMass.init(ChemicalSpecies[] species, double[] x) Initialization method to be used when computing specific heat from chemical species equations.
void	SpecHeatMixRuleIdeal.init(ChemicalSpecies[] species, double[] x) Initialization method to be used when computing specific heat from chemical species equations.

Uses of ChemicalSpecies in nce.phprop.thermcond

Methods in nce.phprop.thermcond with parameters of type ChemicalSpecies

Modifier and Type	Method and Description
void	ThermCondMixRuleGasLowP.init(double[] x, double[] mu0, double[] mm, double[] nbT, ChemicalSpecies[] species) Initialization method for cases where pure species conductivity shall be evaluated before applying the mixing rule

Uses of ChemicalSpecies in nce.phprop.viscosity

Methods in nce.phprop.viscosity with parameters of type ChemicalSpecies

Modifier and Type	Method and Description
void	ViscosityMixRuleGasBromleyWilke.init(ChemicalSpecies[] species, double[] x)
void	ViscosityMixRuleLiq.init(double[] molX, ChemicalSpecies[] species) Initialization providing chemical species with properly initialized viscosity model inside.

Uses of ChemicalSpecies in nce.stream

Subclasses of ChemicalSpecies in nce.stream

Modifier and Type	Class and Description
class	Stream Defines a single phase material stream with all its intensive and extensive properties, basically a container of values and wrapper methods to equations that can evaluate the properties.
class	StreamLiq
class	StreamVapLiq Class specifically designed to model a multi-phase vapor/liquid stream.

Methods in nce.stream that return ChemicalSpecies

Modifier and Type	Method and Description
ChemicalSpecies	Stream.getComponent(int index) Returns the component at index of the array ChemicalSpecies[]
ChemicalSpecies[]	Stream.getSpecies() Returns the array of ChemicalSpecies in the stream.
ChemicalSpecies	Stream.getSpecies(int index) Returns a specific chemical species in this stream

Methods in nce.stream with parameters of type ChemicalSpecies

Modifier and Type	Method and Description
void	Stream.setSpecies(ChemicalSpecies[] species) Sets the array of ChemicalSpecies in the stream.
StreamBuilder	StreamBuilder.species(ChemicalSpecies[] cs)

Uses of ChemicalSpecies in nce.vle

Methods in nce.vle that return ChemicalSpecies

Modifier and Type	Method and Description
ChemicalSpecies[]	VleSolver.getSpecies()

Methods in nce.vle with parameters of type ChemicalSpecies

Modifier and Type	Method and Description
void	VleSolverRaoult.init(double[] x, double[] y, ChemicalSpecies[] cs)
void	VleSolverGamma.init(double[] x, double[] y, ChemicalSpecies[] cs, ExcGibbsEn eqnActivCoeff)