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

Packages that use Species
edu.davidson.chm.equilibria   
 

Uses of Species in edu.davidson.chm.equilibria
 

Methods in edu.davidson.chm.equilibria that return Species
 Species Phase.addSpecies(ChemSpecies _chemSpecies, double _moles)
          Adds more of an existing ChemSpecies to the phase.
 Species Phase.addSpecies(java.lang.String _chemSpeciesLabel, 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.
 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 Solution.getAcid()
          Returns the conjugate acid of the solvent for a solution with a protic solvent.
 Species Solid.getAcid()
          Returns null, because there is no solvent or conjugate acid in this type of phase.
abstract  Species Phase.getAcid()
          Returns the conjugate acid of the solvent for a solution with a protic solvent.
 Species Liquid.getAcid()
          Returns null, because there is no solvent or conjugate acid in this type of phase.
 Species Gas.getAcid()
          Returns null, because there is no solvent or conjugate acid in this type of phase.
 Species Solution.getBase()
          Returns the conjugate base of the solvent for a solution with a protic solvent.
 Species Solid.getBase()
          Returns null, because there is no solvent or conjugate base in this type of phase.
abstract  Species Phase.getBase()
          Returns the conjugate base of the solvent for a solution with a protic solvent.
 Species Liquid.getBase()
          Returns null, because there is no solvent or conjugate base in this type of phase.
 Species Gas.getBase()
          Returns null, because there is no solvent or conjugate base in this type of phase.
 Species Solution.getSolvent()
          Returns the solvent species of a solution.
 Species Solid.getSolvent()
          Returns null, because this phase has no solvent
abstract  Species Phase.getSolvent()
          Returns the solvent species of a solution.
 Species Liquid.getSolvent()
          Returns null, because this phase has no solvent
 Species Gas.getSolvent()
          Returns null, because this phase has no solvent
 Species[] Reaction.getSpecies()
          Returns an array of the species involved in the reaction
 Species[] Phase.getSpecies()
          Returns an array of species in the system
 Species[] HalfReaction.getSpecies()
          Returns an array of the species involved in the reaction
 Species[] ChemSystem.getSpecies()
          Returns an array of species in the system
 Species Phase.getSpecies(ChemSpecies _chemSpecies)
          Returns the Species with the given ChemSpecies.
 Species Phase.getSpecies(java.lang.String _label)
          Returns the species with the given label; returns null if the species does not exist.
 Species ChemSystem.getSpecies(java.lang.String _label)
          Returns the species in the system with the given label.
 Species ChemSystem.getSpecies(java.lang.String _label, java.lang.String _phaseLabel)
          Returns the species in the system and in the indicated phase with the given label.
 Species Phase.getSpeciesAt(int _index)
          Returns species at given index
 

Methods in edu.davidson.chm.equilibria with parameters of type Species
 void Titration.addSpecies(Species _species)
          Adds a species to the collection of species whose analytical moles are to be determined by the curve-fitting procedure.
 void Phase.addSpecies(Species _species)
          Adds a Species to the phase.
 double Reaction.getCoefficient(Species _species)
          Returns the stoichiometric coefficient of the given species.
 double HalfReaction.getCoefficient(Species _species)
          Returns the stoichiometric coefficient of the given species.
 boolean Species.isEquivalent(Species _sp)
          Returns true if the Species is equivalent to the user-supplied Species.
 boolean Phase.removeSpecies(Species _species)
          Removes the species from the phase.
 

Constructors in edu.davidson.chm.equilibria with parameters of type Species
HalfReaction(Species[] _species, double[] _coef, double _Eo, double _nEquiv, Phase _phase)
          Constructs a HalfReaction based upon a list of species and their stoichiometric coefficients.
HalfReaction(java.lang.String _label, Species[] _species, double[] _coef, double _Eo, double _nEquiv, Phase _phase)
          Constructs a HalfReaction based upon a list of species and their stoichiometric coefficients.
Reaction(Species[] _species, double[] _coef, double _K)
          Constructs a Reaction based upon a list of species and their stoichiometric coefficients.
Reaction(java.lang.String _label, Species[] _species, double[] _coef, double _K)
          Constructs a Reaction based upon a list of species and their stoichiometric coefficients.