specie_names.h

Flowlive The thermo library provides thermodynamical, chemical and physical properties of elements

static const std::string kName_H2C4O = "H2C4O";
static const std::string kName_H2CCC = "H2CCC";
static const std::string kName_H2CCC_s = "H2CCC(s)";
static const std::string kName_H2CCCCH = "H2CCCCH";
static const std::string kName_H2CCCCH2 = "H2CCCCH2";
static const std::string kName_H2CCCCCH = "H2CCCCCH";
static const std::string kName_H2CCCH = "H2CCCH";
static const std::string kName_H2CN = "H2CN";
static const std::string kName_H2NO = "H2NO";
//static const std::string kName_H2O2 = "H2O2";
static const std::string kName_HC2N2 = "HC2N2";
static const std::string kName_HCCHCCH = "HCCHCCH";
static const std::string kName_HCCCHCCH = "HCCCHCCH";
static const std::string kName_HCCO = "HCCO";
static const std::string kName_HCCOH = "HCCOH";
static const std::string kName_HCNO = "HCNO";
static const std::string kName_HCO = "HCO";
static const std::string kName_HCO_plus = "HCO+";
static const std::string kName_HF0 = "HF0";
static const std::string kName_HF1 = "HF1";
static const std::string kName_HF2 = "HF2";
static const std::string kName_HF3 = "HF3";
static const std::string kName_HF4 = "HF4";
static const std::string kName_HF5 = "HF5";
static const std::string kName_HF6 = "HF6";
static const std::string kName_HF7 = "HF7";
static const std::string kName_HF8 = "HF8";

static const std::string kName_HOCN = "HOCN";
static const std::string kName_HNCO = "HNCO";
static const std::string kName_HNNO = "HNNO";
static const std::string kName_HNO = "HNO";
static const std::string kName_HNOH = "HNOH";
static const std::string kName_HO2 = "HO2";
static const std::string kName_HSO2 = "HSO2";
static const std::string kName_KO = "KO";
static const std::string kName_KO2 = "KO2";
static const std::string kName_KH = "KH";
static const std::string kName_N2H2 = "N2H2";
static const std::string kName_N2H3 = "N2H3";
static const std::string kName_NCN = "NCN";
static const std::string kName_NCO = "NCO";
static const std::string kName_NNH = "NNH";
static const std::string kName_NCNO = "NCNO";

static const std::string kName_S2 = "S2";
static const std::string kName_SH = "SH";
static const std::string kName_SO = "SO";

// Additions for Silicon CVD
static const std::string kName_H2SiSiH2 = "H2SiSiH2";
static const std::string kName_H3SiSiH = "H3SiSiH";
static const std::string kName_SiH = "SiH";
static const std::string kName_SiH2 = "SiH2";
static const std::string kName_SiH3 = "SiH3";
static const std::string kName_SiH4 = "SiH4";
static const std::string kName_Si2 = "Si2";
static const std::string kName_Si2H2 = "Si2H2";
static const std::string kName_Si2H3 = "Si2H3";
static const std::string kName_Si2H4 = "Si2H4";
static const std::string kName_Si2H5 = "Si2H5";
static const std::string kName_Si2H6 = "Si2H6";
static const std::string kName_Si3 = "Si3";
static const std::string kName_Si3H8 = "Si3H8";

// Germanium containing species
static const std::string kName_GeH4 = "GeH4";
static const std::string kName_GeH2 = "GeH2";


//!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
//!                      Additions for III/V MOCVD
//!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

// Arsenic containing species
static const std::string kName_As2 = "As2";

static const std::string kName_As4 = "As4";

static const std::string kName_AsH = "AsH";
static const std::string kName_AsH2 = "AsH2";
static const std::string kName_AsH3 = "AsH3";

// Butylated compounds
static const std::string kName_AsH2_t_C4H9 = "AsH2(t-C4H9)";

// Ethylated compounds
static const std::string kName_AsH2Et = "AsH2Et";
static const std::string kName_AsHEt2 = "AsHEt2";
static const std::string kName_AsEt3 = "AsEt3";

// Methylated compounds
static const std::string kName_AsH2Me = "AsH2Me";
static const std::string kName_AsMe3 = "AsMe3";
static const std::string kName_AsHMe2 = "AsHMe2";

static const std::string kName_AsHMe = "AsHMe";

static const std::string kName_AsMe2CH2 = "AsMe2CH2";

static const std::string kName_AsMe2 = "AsMe2";
static const std::string kName_AsMeCH2 = "AsMeCH2";

static const std::string kName_AsMe = "AsMe";
static const std::string kName_AsCH2 = "AsCH2";

// Gallium containing species
static const std::string kName_GaH = "GaH";

// Methylated compounds
static const std::string kName_GaMe = "GaMe";
static const std::string kName_GaMe2 = "GaMe2";
static const std::string kName_GaMe3 = "GaMe3";

static const std::string kName_GaMe2CH2 = "GaMe2CH2";
static const std::string kName_GaMeCH2 = "GaMeCH2";
static const std::string kName_GaCH2 = "GaCH2";

// Ethylated compounds
static const std::string kName_GaEt3 = "GaEt3";
static const std::string kName_GaEt2 = "GaEt2";
static const std::string kName_GaEt = "GaEt";

// Chlorinated Compounds
static const std::string kName_GaEt2Cl = "GaEt2Cl";

// As Complex Compounds
static const std::string kName_GaAs = "GaAs";


// Indium Containing species

// Methylated compounds
static const std::string kName_InMe3 = "InMe3";

// Ethylated compounds
static const std::string kName_InEt3 = "InEt3";
static const std::string kName_InEt2Me = "InEt2Me";
static const std::string kName_InEtMe2 = "InEtMe2";


// Phosphorus containing species
static const std::string kName_PH3 = "PH3";


// Butylated compounds
static const std::string kName_PH2_t_C4H9 = "PH2(t-C4H9)";

// Methylated compounds
static const std::string kName_PMe3 = "PMe3";

// Ethylated compounds
static const std::string kName_PEt3 = "PEt3";



// Methylated compounds
static const std::string kName_AlH3 = "AlH3";
static const std::string kName_AlH2Me = "AlH2Me";
static const std::string kName_AlHMe2 = "AlHMe2";
static const std::string kName_AlMe3 = "AlMe3";

static const std::string kName_AlMe2 = "AlMe2";
static const std::string kName_AlMe = "AlMe";

static const std::string kName_AlMe_2 = "(AlMe3)2";
static const std::string kName_Al2Me6 = "Al2Me6";

// Ethylated compounds
static const std::string kName_AlEt3 = "AlEt3";
static const std::string kName_AlHEt2 = "AlHEt2";
static const std::string kName_AlH2Et = "AlH2Et";

// Butylated compounds
static const std::string kName_AlH_i_C4H9_2 = "AlH(i-C4H9)2";


// Alane Compounds
static const std::string kName_AlH3NMe3 = "AlH3NMe3";
static const std::string kName_AlH3_NMe3_2 = "AlH3(NMe3)2";
static const std::string kName_AlMe3_2 = "Al(Me3)2";

// Nitrogen Compounds !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
static const std::string kName_NMe3 = "NMe3";


//!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
//!            Local Additions for Silicon Nitride CVD
//!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
static const std::string kName_SiF = "SiF";
static const std::string kName_SiF3 = "SiF3";
static const std::string kName_SiF3NH2 = "SiF3NH2";
static const std::string kName_SiF4 = "SiF4";
static const std::string kName_SiHF3 = "SiHF3";

// Local Additions for chlorosilane species
//      ( Pauline Ho's work)
static const std::string kName_SiCl4 = "SiCl4";
static const std::string kName_SiCl3H = "SiCl3H";
static const std::string kName_SiCl2H2 = "SiCl2H2";
static const std::string kName_SiClH3 = "SiClH3";

static const std::string kName_SiCl3 = "SiCl3";
static const std::string kName_SiCl2 = "SiCl2";
static const std::string kName_SiCl = "SiCl";
static const std::string kName_HSiCl = "HSiCl";

// Local Additions for SiO2 CVD
//static const std::string kName_C2H5OH = "C2H5OH";
static const std::string kName_OSi_OC2H5_2 = "OSi(OC2H5)2";
static const std::string kName_Si_OC2H5_4 = "Si(OC2H5)4";
static const std::string kName_C2H5OC2H5 = "C2H5OC2H5";

static const std::string kName_Si_OH_OC2H5_3 = "Si(OH)(OC2H5)3";
static const std::string kName_Si_OH_2_OC2H5_2 = "Si(OH)2(OC2H5)2";
static const std::string kName_Si_OH_3_OC2H5 = "Si(OH)3(OC2H5)";
static const std::string kName_Si_OH_4 = "Si(OH)4";

// Local Additions for Ethanol Combustion mechanism

// C4H8CY - cyclo-butane same as previous C4H8 entry
static const std::string kName_C4H8CY = "C4H8CY2";

// CH2OH - this is the same entry as CH3OH
static const std::string kName_CH2OH = "CH2OH";


// Ethoxy radicals are the same as ethanol entries
static const std::string kName_CH3CH2O = "CH3CH2O";
static const std::string kName_CH3CHOH = "CH3CHOH";
static const std::string kName_CH2CH2OH = "CH2CH2OH";

// CH2CHO - this is the same entry as acetaldehyde - CH3CHO
static const std::string kName_CH2CHO = "CH2CHO";


//---------------------------------------------------------------------------
THERMO_END

#endif