public Substance(string name, SubstanceType type, int casNo, string formula, double molWt,
ThermalPropsAndCoeffs propsAndCoeffs, CriticalProperties criticalProps)
{
this.name = name;
this.type = type;
this.casRegistryNo = casNo;
this.formula = formula;
this.molarWeight = molWt;
this.IsUserDefined = false;
this.propsAndCoeffs = propsAndCoeffs;
this.criticalProps = criticalProps;
}
// public SubstanceCatalog(IList list) {
// allSubstanceList = list;
// }
//
private void InitializeCatalog()
{
double[] airGasCpCoeffs = { 0.2896e5, 0.0939e5, 3.012e3, 0.0758e5, 1484.0 };
double[] airLiqCpCoeffs = { -2.1446e5, 9.1851e3, -1.0612e2, 4.1616e-1, 0 };
double[] airEvapHeatCoeffs = null;
double[] airVapPressureCoeffs = null;
double[] airLiqKCoeffs = null;
double[] airGasKCoeffs = null;
double[] airLiqViscCoeffs = null;
double[] airGasViscCoeffs = null;
double[] airLiqDensityCoeffs = null;
ThermalPropsAndCoeffs thermalPropsAndCoeffs = new ThermalPropsAndCoeffs(airLiqCpCoeffs, airGasCpCoeffs,
airEvapHeatCoeffs, airVapPressureCoeffs, airLiqKCoeffs, airGasKCoeffs,
airLiqViscCoeffs, airGasViscCoeffs, airLiqDensityCoeffs);
CriticalProperties criticalProps = new CriticalProperties(132.45, 3.79e6, 92.0, 0.318, 0.0);
Substance substance = new Substance("Air", SubstanceType.Inorganic, 132259100, "", 28.951, thermalPropsAndCoeffs, null);
gasSubstanceList.Add(substance);
allSubstanceList.Add(substance);
//from Perry's
double[] waterLiqCpCoeffs = { 2.7637e5, -2.0901e3, 8.125, -1.4116e-2, 9.3701e-6 };
double[] waterGasCpCoeffs = { 0.3336e5, 0.2679e5, 2.6105e3, 0.089e5, 1169 };
double[] waterEvapHeatCoeffs = { 5.2053e7, 0.3199, -0.212, 0.25795 };
double[] waterVapPressureCoeffs = { 73.649, -7258.2, -7.3037, 4.1653e-6, 2.0 };
double[] waterLiqDensityCoeffs = { 5.459, 0.30542, 647.13, 0.081 };
//from Yaws's
double[] waterLiqKCoeffs = { -0.2758, 4.6120e-3, -5.5391e-6 };
double[] waterGasKCoeffs = { 0.00053, 4.7093e-5, 4.9551e-8 };
double[] waterLiqViscCoeffs = { -10.2158, 1.7925e3, 1.773e-2, -1.2631e-5 };
double[] waterGasViscCoeffs = { -36.826, 0.429, 1.62e-5 };
thermalPropsAndCoeffs = new ThermalPropsAndCoeffs(waterLiqCpCoeffs, waterGasCpCoeffs,
waterEvapHeatCoeffs, waterVapPressureCoeffs, waterLiqKCoeffs, waterGasKCoeffs,
waterLiqViscCoeffs, waterGasViscCoeffs, waterLiqDensityCoeffs);
//from Perry's
criticalProps = new CriticalProperties(647.13, 21.94e6, 56.0, 0.228, 0.343);
substance = new Substance("Water", SubstanceType.Inorganic, 7732185, "", 18.015, thermalPropsAndCoeffs, criticalProps);
moistureSubstanceList.Add(substance);
allSubstanceList.Add(substance);
CreateMaterialSubstance("Dry Material", SubstanceType.Inorganic);
CreateMaterialSubstance("Carbohydrate", SubstanceType.Organic);
CreateMaterialSubstance("Ash", SubstanceType.Organic);
CreateMaterialSubstance("Fiber", SubstanceType.Organic);
CreateMaterialSubstance("Fat", SubstanceType.Organic);
CreateMaterialSubstance("Protein", SubstanceType.Organic);
}
public override void SetObjectData()
{
base.SetObjectData();
int persistedClassVersion = (int)info.GetValue("ClassPersistenceVersionSubstance", typeof(int));
if (persistedClassVersion == 1)
{
this.name = (string)info.GetValue("Name", typeof(string));
this.casRegistryNo = (int)info.GetValue("CasRegistryNo", typeof(int));
this.formula = (string)info.GetValue("Formula", typeof(string));
this.molarWeight = (double)info.GetValue("MolarWeight", typeof(double));
this.isUserDefined = (bool)info.GetValue("IsUserDefined", typeof(bool));
this.type = (SubstanceType)info.GetValue("Type", typeof(SubstanceType));
this.propsAndCoeffs = info.GetValue("PropsAndCoeffs", typeof(ThermalPropsAndCoeffs)) as ThermalPropsAndCoeffs;
this.criticalProps = info.GetValue("CriticalProps", typeof(CriticalProperties)) as CriticalProperties;
}
}
