edu.davidson.chm.equilibria
Class Solid

java.lang.Object
  edu.davidson.chm.equilibria.Phase
      edu.davidson.chm.equilibria.Solid

All Implemented Interfaces:

PhysicalConstants

public class Solid
extends Phase

This project contains the files necessary to solve arbitrary equilibrium problems

Copyright: Copyright (c) David N. Blauch

Company: Davidson College

Version:

1.1

Author:

David N. Blauch

Field Summary

Fields inherited from interface edu.davidson.chm.equilibria.PhysicalConstants

F, k, No, perm, qe, R, RJ

Constructor Summary

Solid()

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.

Method Summary

Phase	copyOf(ChemSystem _chemSystem) Creates a copy of this phase and places it in the indicated ChemSystem.
Species	getAcid() Returns null, because there is no solvent or conjugate acid in this type of phase.
Species	getBase() Returns null, because there is no solvent or conjugate base in this type of phase.
java.lang.String	getInfo() Returns information about this class
double	getIonicStrength() Returns zero, because ionic strength has no meaning for this phase
double	getMass() Returns the mass in grams of the solid.
double	getPressure() Returns the pressure of the solid, which is the same as the system pressure.
Species	getSolvent() Returns null, because this phase has no solvent
double	getVolume() Returns the volume of the phase in liters
void	setDensity(double _density) Sets the density of the solid.
void	setMass(double _mass) Sets the mass of the solid.
void	setVolume(double _volume) Sets the volume of the solid.

Methods inherited from class edu.davidson.chm.equilibria.Phase

addSpecies, addSpecies, addSpecies, createSpecies, createSpecies, getAutoChargeBalance, getChemSystem, getDensity, getDielectricConstant, getEDHEa, getEDHEb, getIsProtic, getLabel, getMoles, getNbrSpecies, getpH, getPhysicalState, getpOH, getPressure, getSpecies, getSpecies, getSpecies, getSpeciesAt, removeSpecies, removeSpecies, scale, setAutoChargeBalance, setDielectricConstant, setLabel

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Solid

public Solid()

Solid

public 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

public 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.

Parameters:

_moles - moles of the solid

Method Detail

copyOf

public Phase copyOf(ChemSystem _chemSystem)

Creates a copy of this phase and places it in the indicated ChemSystem.

Specified by:

copyOf in class Phase

getInfo

public java.lang.String getInfo()

Returns information about this class

Overrides:

getInfo in class Phase

getAcid

public Species getAcid()

Returns null, because there is no solvent or conjugate acid in this type of phase.

Specified by:

getAcid in class Phase

getBase

public Species getBase()

Returns null, because there is no solvent or conjugate base in this type of phase.

Specified by:

getBase in class Phase

getIonicStrength

public double getIonicStrength()

Returns zero, because ionic strength has no meaning for this phase

Specified by:

getIonicStrength in class Phase

getMass

public double getMass()

Returns the mass in grams of the solid.

Overrides:

getMass in class Phase

getPressure

public double getPressure()

Returns the pressure of the solid, which is the same as the system pressure. (This property is NOT the vapor pressure of the solid.)

Specified by:

getPressure in class Phase

getSolvent

public Species getSolvent()

Returns null, because this phase has no solvent

Specified by:

getSolvent in class Phase

getVolume

public double getVolume()

Returns the volume of the phase in liters

Specified by:

getVolume in class Phase

setDensity

public void setDensity(double _density)

Sets the density of the solid. The volume of the solid is adjusted to be consistent with the mass and the density.

Specified by:

setDensity in class Phase

Parameters:

_density - density in grams per milliliter

setMass

public void setMass(double _mass)

Sets the mass of the solid. The volume of the solid is adjusted to be consistent with the mass and density.

Specified by:

setMass in class Phase

Parameters:

_mass - mass in grams

setVolume

public void setVolume(double _volume)

Sets the volume of the solid. The density is used to calculate a new mass for the solid.

Specified by:

setVolume in class Phase

Parameters:

_volume - volume in liters