Uses of Class
edu.davidson.chm.equilibria.ChemSpecies

Packages that use ChemSpecies

chemEquilibria
edu.davidson.chm.equilibria

Uses of ChemSpecies in chemEquilibria

Methods in chemEquilibria that return ChemSpecies

protected ChemSpecies	ChemEquilibria.getChemSpecies(java.lang.String _label) Returns the ChemSpecies
protected ChemSpecies	ChemEquilibria.parseLine(java.lang.String _data) Parses a line from the ChemSpecies library and returns a new ChemSpecies based upon the content of the line.

Uses of ChemSpecies in edu.davidson.chm.equilibria

Subclasses of ChemSpecies in edu.davidson.chm.equilibria

class	Hydrogen_Ion
class	Hydroxide_Ion
class	Water

Fields in edu.davidson.chm.equilibria declared as ChemSpecies

protected ChemSpecies

Species.chemSpecies

Methods in edu.davidson.chm.equilibria that return ChemSpecies

static ChemSpecies[]	ChemSpecies.createAcidBase(java.lang.String _baseLabel, double _baseCharge, double _baseFW, int _n) Returns an array of ChemSpecies for a sequence of acid-base reactions.
static ChemSpecies	ChemSpecies.createChemSpecies(java.lang.String _data) Returns a ChemSpecies based upon the properties defined by the string (_data).
static ChemSpecies[]	ChemSpecies.createComplexes(java.lang.String _metalLabel, double _metalCharge, double _metalFW, java.lang.String _ligandLabel, double _ligandCharge, double _ligandFW, int _n) Returns an array of ChemSpecies for a sequence of complexation reactions.
ChemSpecies	ChemSystem.getAnionCounterion() Returns the generic X- ChemSpecies, which is used to arbitrarily balance charge.
ChemSpecies	ChemSystem.getCationCounterion() Returns the generic X+ ChemSpecies, which is used to arbitrarily balance charge.
ChemSpecies	Species.getChemSpecies() Returns the ChemSpecies for this Species.

Methods in edu.davidson.chm.equilibria with parameters of type ChemSpecies

Species	Phase.addSpecies(ChemSpecies _chemSpecies, double _moles) Adds more of an existing ChemSpecies to the phase.
Species[]	ChemSystem.createAcidBaseSpecies(Phase _phase, ChemSpecies[] _chemSpecies, double[] _moles, double[] _Ka, java.lang.String _reactionLabel) Creates a series of acid-base species and adds the acid-base species to _phase and the acid-base reactions to the chemical system.
Species[]	ChemSystem.createComplexationSpecies(Phase _phase, ChemSpecies[] _chemSpecies, double[] _moles, double[] _Kf, java.lang.String _reactionLabel) Creates a series of complex species and adds the complex species to _phase and the complexation reactions to the chemical system.
Gas	ChemSystem.createGasPhase(java.lang.String _label, ChemSpecies _chemSpecies, double _moles) Creates and adds a gas to the chemical system.
Liquid	ChemSystem.createLiquidPhase(ChemSpecies _chemSpecies, double _mass) Creates and adds a liquid to the chemical system.
Liquid	ChemSystem.createLiquidPhase(java.lang.String _label, ChemSpecies _chemSpecies, double _mass) Creates and adds a liquid to the chemical system.
Solid	ChemSystem.createSolidPhase(ChemSpecies _chemSpecies, double _moles) Creates and adds a solid to the chemical system.
Solid	ChemSystem.createSolidPhase(java.lang.String _label, ChemSpecies _chemSpecies, double _moles) Creates and adds a solid to the chemical system.
Solution	ChemSystem.createSolutionPhase(java.lang.String _label, ChemSpecies _solventChemSpecies, ChemSpecies _acidChemSpecies, ChemSpecies _baseChemSpecies, double _Kauto, double _volume) Creates and adds a solution to the chemical system.
Solution	ChemSystem.createSolutionPhase(java.lang.String _label, ChemSpecies _chemSpecies, double _volume) Creates and adds a solution to the chemical system.
Solution	ChemSystem.createSolutionPhase(java.lang.String _label, ChemSpecies _chemSpecies, double _Kauto, double _volume) Creates and adds a solution to the chemical system.
Species[]	Phase.createSpecies(ChemSpecies[] _chemSpecies, double[] _moles) Creates a series of new Species and adds them to the Phase.
Species	Phase.createSpecies(ChemSpecies _chemSpecies, double _moles) Creates a new Species and adds it to the Phase.
Species	Phase.getSpecies(ChemSpecies _chemSpecies) Returns the Species with the given ChemSpecies.

Constructors in edu.davidson.chm.equilibria with parameters of type ChemSpecies

Liquid(java.lang.String _label, ChemSystem _chemSystem, ChemSpecies _chemSpecies)
The minimal requirements for defining a Liquid phase are a descriptive label, the chemical system containing the phase, and the chemical species the constitutes the liquid.

Solid(java.lang.String _label, ChemSystem _chemSystem, ChemSpecies _chemSpecies)
The minimal requirements for defining a Solid phase are a descriptive label, the chemical system containing the phase, and the chemical species the constitutes the solid.

Solid(java.lang.String _label, ChemSystem _chemSystem, ChemSpecies _chemSpecies, double _moles)
The minimal requirements for defining a Solid phase are a descriptive label, the chemical system containing the phase, and the chemical species the constitutes the solid.

Solution(java.lang.String _label, ChemSystem _chemSystem, ChemSpecies _chemSpecies)
The minimal requirements for defining a Solution phase are a descriptive label, the chemical system containing the phase, and the chemical species that constitutes the solvent.

Solution(java.lang.String _label, ChemSystem _chemSystem, ChemSpecies _chemSpecies, ChemSpecies _acid, ChemSpecies _base, double _Kauto)
The minimal requirements for defining a Solution phase are a descriptive label, the chemical system containing the phase, and the chemical species the constitutes the solvent.

Solution(java.lang.String _label, ChemSystem _chemSystem, ChemSpecies _chemSpecies, double _Kauto)
The minimal requirements for defining a Solution phase are a descriptive label, the chemical system containing the phase, and the chemical species the constitutes the solvent.

Species(ChemSpecies _chemSpecies, Phase _phase)
Creates a species consisting of the indicated ChemSpecies in the indicated Phase.

Species(ChemSpecies _chemSpecies, Phase _phase, double _moles)
Creates a species consisting of the indicated ChemSpecies in the indicated Phase.