data0.wrm Water model: SUPCRT92 TP points: 8 *Standard data grid parameters: * NO. OF TEMPERATURE RANGES = 2 * NO. OF POINTS IN RANGE 1 = 5 * NO. OF POINTS IN RANGE 2 = 4 +-------------------------------------------------------------------- data0 parameters +-------------------------------------------------------------------- Temperature limits (degC) 0.0100 350.0000 temperatures 0.0100 50.0000 100.0000 150.0000 200.0000 250.0000 300.0000 350.0000 pressures 1.0000 1.0000 1.0132 4.7572 15.5365 39.7365 85.8378 165.2113 debye huckel a (adh) 0.4938 0.5353 0.5995 0.6854 0.7993 0.9592 1.2174 1.8232 debye huckel b (bdh) 0.3253 0.3328 0.3421 0.3525 0.3639 0.3766 0.3925 0.4180 bdot 0.0376 0.0443 0.0505 0.0529 0.0479 0.0322 0.0000 0.0000 cco2 (coefficients for the drummond (1981) polynomial) -1.0312 0.0012806 255.9 0.4445 -0.001606 log k for eh reaction -92.2938 -75.3757 -63.1202 -53.8601 -46.6353 -40.8541 -36.1326 -32.2111 +-------------------------------------------------------------------- bdot parameters +-------------------------------------------------------------------- * species name azer0 neutral ion type Cl- 3.0000 0 H+ 9.0000 0 H2O 3.0000 0 OH- 3.0000 0 O2(g) 3.0000 0 O2 3.0000 -1 plhold 3.0000 0 Li+ 6.0000 0 Na+ 4.0000 0 K+ 3.0000 0 Rb+ 2.5000 0 Cs+ 2.5000 0 Mg+2 8.0000 0 Ca+2 6.0000 0 Sr+2 5.0000 0 Ba+2 5.0000 0 HCO3- 4.0000 0 Pb+2 4.5000 0 NO3- 3.0000 0 HPO4-2 4.0000 0 SO4-2 4.0000 0 F- 3.5000 0 Br- 3.0000 0 I- 3.0000 0 Ni+2 6.0000 0 Cd+2 5.0000 0 La+3 9.0000 0 Nd+3 9.0000 0 Sm+3 9.0000 0 Gd+3 5.0000 0 Dy+3 5.0000 0 Ho+3 5.0000 0 Er+3 5.0000 0 Tm+3 5.0000 0 Yb+3 5.0000 0 Lu+3 5.0000 0 Hg+2 5.0000 0 Cu+2 6.0000 0 He 3.0000 0 B(OH)3 3.0000 0 SiO2 3.0000 0 Ne 3.0000 0 Kr 3.0000 0 Rn 3.0000 0 CrO4-2 4.0000 0 MoO4-2 4.0000 0 WO4-2 4.0000 0 Ga+3 5.0000 0 Pr+3 9.0000 0 Tb+3 5.0000 0 Mn+2 6.0000 0 Co+2 6.0000 0 Be+2 8.0000 0 In+3 9.0000 0 Tl+ 2.5000 0 Sn+2 6.0000 0 SbO2- 5.0000 0 Bi+3 9.0000 0 SeO3-2 4.0000 0 Sc+3 9.0000 0 VO+2 4.5000 0 Fe+2 6.0000 0 Y+3 9.0000 0 Zr+4 11.0000 0 NbO3- 5.0000 0 Ce+3 9.0000 0 Pm+3 5.0000 0 Hf+4 4.0000 0 U+4 3.0000 0 Eu+2 4.5000 0 Ru+3 4.0000 0 Rh+2 4.0000 0 Al+3 9.0000 0 H2AsO4- 4.0000 0 Au+ 4.0000 0 Ag+ 2.5000 0 Zn+2 6.0000 0 Pd+2 4.5000 0 Pt+2 4.0000 0 Ar 3.0000 0 Xe 3.0000 0 Am+3 4.5000 0 Th+4 11.0000 0 Ra+2 5.0000 0 Fr+ 4.0000 0 ReO4- 4.0000 0 TcO4- 4.0000 0 EDTA-4 4.0000 0 NO2- 4.0000 0 NH4+ 2.5000 0 HS- 3.0000 0 S2O3-2 4.0000 0 ClO3- 3.5000 0 BrO3- 3.5000 0 IO3- 4.0000 0 Eu+3 4.5000 0 SiF6-2 4.0000 0 S2-2 4.0000 0 Br3- 4.0000 0 I3- 4.0000 0 Ag+2 4.5000 0 H2 3.0000 -1 N2 3.0000 0 ClO4- 3.5000 0 MnO4- 4.0000 0 Cr+3 9.0000 0 UO2+2 4.0000 0 Tl+3 5.0000 0 CN- 4.0000 0 N2O2-2 3.0000 0 N2H5+ 3.0000 0 H3PO3 3.0000 0 H3PO2 3.0000 0 H2O2 3.0000 0 SO3-2 4.0000 0 HSO5- 4.0000 0 HSe- 4.0000 0 SeO4-2 4.0000 0 ClO- 4.0000 0 ClO2- 4.0000 0 HBrO 3.0000 0 BrO4- 4.0000 0 IO- 4.0000 0 IO4- 4.0000 0 V+2 5.0000 0 V+3 5.0000 0 VO2+ 4.0000 0 H2VO4- 4.0000 0 Cr+2 4.0000 0 Mn+3 6.0000 0 MnO4-2 4.0000 0 Fe+3 9.0000 0 Co+3 5.0000 0 RuO4-2 4.0000 0 Au+3 5.0000 0 Hg2+2 4.5000 0 U+3 4.0000 0 UO2+ 4.0000 0 La+2 4.0000 0 Ce+2 3.0000 0 Pr+2 5.0000 0 Nd+2 5.0000 0 Pm+2 5.0000 0 Sm+2 4.5000 0 Tb+2 5.0000 0 Dy+2 3.0000 0 Ho+2 4.0000 0 Er+2 3.0000 0 Tm+2 5.0000 0 Yb+2 4.5000 0 Ce+4 11.0000 0 Pr+4 5.0000 0 Nd+4 5.0000 0 Pm+4 5.0000 0 Sm+4 5.0000 0 Eu+4 3.0000 0 Tb+4 5.0000 0 Dy+4 3.0000 0 Er+4 3.0000 0 Tm+4 5.0000 0 Yb+4 5.0000 0 Lu+4 5.0000 0 Ru+2 4.0000 0 Rh+3 4.0000 0 AsO4-3 3.0000 0 H2AsO3- 4.0000 0 Cu+ 4.0000 0 CH4 4.0000 0 CO 4.0000 0 AsO2- 3.0000 0 Ho+4 11.0000 0 Gd+4 11.0000 0 Gd+2 6.0000 0 S2O8-2 4.0000 0 S3-2 4.0000 0 S4-2 4.0000 0 S5-2 4.0000 0 H2S 3.0000 0 OCN- 3.0000 0 SCN- 4.0000 0 SeCN- 4.0000 0 S2O4-2 4.0000 0 S2O5-2 4.0000 0 S2O6-2 4.0000 0 S3O6-2 4.0000 0 S4O6-2 4.0000 0 S5O6-2 4.0000 0 HS2O3- 4.0000 0 CO3-2 4.5000 0 H2PO4- 4.0000 0 HSO3- 4.0000 0 HSO4- 4.0000 0 BO2- 4.0000 0 BF4- 4.0000 0 HF2- 4.0000 0 NH3 3.0000 0 H3PO4 3.0000 0 SO2 3.0000 0 HF 3.0000 0 LaCl+2 4.0000 0 LaCl2+ 4.0000 0 LaCl3 4.0000 0 LaCl4- 4.0000 0 LaF+2 4.0000 0 LaF2+ 4.0000 0 LaF3 4.0000 0 LaF4- 4.0000 0 LaOH+2 4.0000 0 LaO+ 4.0000 0 LaO2H 4.0000 0 LaO2- 4.0000 0 LaNO3+2 4.0000 0 LaHCO3+2 4.0000 0 LaH2PO4+2 4.0000 0 LaCO3+ 4.0000 0 LaSO4+ 4.0000 0 CeBr+2 3.0000 0 CeCl+2 4.0000 0 CeCl2+ 4.0000 0 CeCl3 4.0000 0 CeCl4- 4.0000 0 CeF+2 4.0000 0 CeF2+ 4.0000 0 CeF3 4.0000 0 CeF4- 4.0000 0 CeOH+2 4.0000 0 CeO+ 4.0000 0 CeO2H 4.0000 0 CeO2- 4.0000 0 CeNO3+2 4.0000 0 CeHCO3+2 4.0000 0 CeH2PO4+2 4.0000 0 CeCO3+ 4.0000 0 CeSO4+ 4.0000 0 PrCl+2 4.0000 0 PrCl2+ 4.0000 0 PrCl3 4.0000 0 PrCl4- 4.0000 0 PrF+2 4.0000 0 PrF2+ 4.0000 0 PrF3 4.0000 0 PrF4- 4.0000 0 PrOH+2 4.0000 0 PrO+ 4.0000 0 PrO2H 4.0000 0 PrO2- 4.0000 0 PrNO3+2 4.0000 0 PrHCO3+2 4.0000 0 PrH2PO4+2 4.0000 0 PrCO3+ 4.0000 0 PrSO4+ 4.0000 0 NdCl+2 4.0000 0 NdCl2+ 4.0000 0 NdCl3 4.0000 0 NdCl4- 4.0000 0 NdF+2 4.0000 0 NdF2+ 4.0000 0 NdF3 4.0000 0 NdF4- 4.0000 0 NdOH+2 4.0000 0 NdO+ 4.0000 0 NdO2H 4.0000 0 NdO2- 4.0000 0 NdNO3+2 4.0000 0 NdHCO3+2 4.0000 0 NdH2PO4+2 4.0000 0 NdCO3+ 4.0000 0 NdSO4+ 4.0000 0 SmCl+2 4.0000 0 SmCl2+ 4.0000 0 SmCl3 4.0000 0 SmCl4- 4.0000 0 SmF+2 4.0000 0 SmF2+ 4.0000 0 SmF3 4.0000 0 SmF4- 4.0000 0 SmOH+2 4.0000 0 SmO+ 4.0000 0 SmO2H 4.0000 0 SmO2- 4.0000 0 SmNO3+2 4.0000 0 SmHCO3+2 4.0000 0 SmH2PO4+2 4.0000 0 SmCO3+ 4.0000 0 SmSO4+ 4.0000 0 EuCl+2 4.0000 0 EuCl2+ 4.0000 0 EuCl3 4.0000 0 EuCl4- 4.0000 0 EuF+2 4.0000 0 EuF2+ 4.0000 0 EuF3 4.0000 0 EuF4- 4.0000 0 EuOH+2 4.0000 0 EuO+ 4.0000 0 EuO2H 4.0000 0 EuO2- 4.0000 0 EuNO3+2 4.0000 0 EuHCO3+2 4.0000 0 EuH2PO4+2 4.0000 0 EuCO3+ 4.0000 0 EuSO4+ 4.0000 0 EuF+ 4.0000 0 EuF2 4.0000 0 EuF3- 4.0000 0 EuF4-2 4.0000 0 EuCl+ 4.0000 0 EuCl2 4.0000 0 EuCl3- 4.0000 0 EuCl4-2 4.0000 0 GdCl+2 4.0000 0 GdCl2+ 4.0000 0 GdCl3 4.0000 0 GdCl4- 4.0000 0 GdF+2 4.0000 0 GdF2+ 4.0000 0 GdF3 4.0000 0 GdF4- 4.0000 0 GdOH+2 4.0000 0 GdO+ 4.0000 0 GdO2H 4.0000 0 GdO2- 4.0000 0 GdNO3+2 4.0000 0 GdHCO3+2 4.0000 0 GdH2PO4+2 4.0000 0 GdCO3+ 4.0000 0 GdSO4+ 4.0000 0 TbCl+2 4.0000 0 TbCl2+ 4.0000 0 TbCl3 4.0000 0 TbCl4- 4.0000 0 TbF+2 4.0000 0 TbF2+ 4.0000 0 TbF3 4.0000 0 TbF4- 4.0000 0 TbOH+2 4.0000 0 TbO+ 4.0000 0 TbO2H 4.0000 0 TbO2- 4.0000 0 TbNO3+2 4.0000 0 TbHCO3+2 4.0000 0 TbH2PO4+2 4.0000 0 TbCO3+ 4.0000 0 TbSO4+ 4.0000 0 DyCl+2 4.0000 0 DyCl2+ 4.0000 0 DyCl3 4.0000 0 DyCl4- 4.0000 0 DyF+2 4.0000 0 DyF2+ 4.0000 0 DyF3 4.0000 0 DyF4- 4.0000 0 DyOH+2 4.0000 0 DyO+ 4.0000 0 DyO2H 4.0000 0 DyO2- 4.0000 0 DyNO3+2 4.0000 0 DyHCO3+2 4.0000 0 DyH2PO4+2 4.0000 0 DyCO3+ 4.0000 0 DySO4+ 4.0000 0 HoCl+2 4.0000 0 HoCl2+ 4.0000 0 HoCl3 4.0000 0 HoCl4- 4.0000 0 HoF+2 4.0000 0 HoF2+ 4.0000 0 HoF3 4.0000 0 HoF4- 4.0000 0 HoOH+2 4.0000 0 HoO+ 4.0000 0 HoO2H 4.0000 0 HoO2- 4.0000 0 HoNO3+2 4.0000 0 HoHCO3+2 4.0000 0 HoH2PO4+2 4.0000 0 HoCO3+ 4.0000 0 HoSO4+ 4.0000 0 ErCl+2 4.0000 0 ErCl2+ 4.0000 0 ErCl3 4.0000 0 ErCl4- 4.0000 0 ErF+2 4.0000 0 ErF2+ 4.0000 0 ErF3 4.0000 0 ErF4- 4.0000 0 ErOH+2 4.0000 0 ErO+ 4.0000 0 ErO2H 4.0000 0 ErO2- 4.0000 0 ErNO3+2 4.0000 0 ErHCO3+2 4.0000 0 ErH2PO4+2 4.0000 0 ErCO3+ 4.0000 0 ErSO4+ 4.0000 0 TmCl+2 4.0000 0 TmCl2+ 4.0000 0 TmCl3 4.0000 0 TmCl4- 4.0000 0 TmF+2 4.0000 0 TmF2+ 4.0000 0 TmF3 4.0000 0 TmF4- 4.0000 0 TmOH+2 4.0000 0 TmO+ 4.0000 0 TmO2H 4.0000 0 TmO2- 4.0000 0 TmNO3+2 4.0000 0 TmHCO3+2 4.0000 0 TmH2PO4+2 4.0000 0 TmCO3+ 4.0000 0 TmSO4+ 4.0000 0 YbCl+2 4.0000 0 YbCl2+ 4.0000 0 YbCl3 4.0000 0 YbCl4- 4.0000 0 YbF+2 4.0000 0 YbF2+ 4.0000 0 YbF3 4.0000 0 YbF4- 4.0000 0 YbOH+2 4.0000 0 YbO+ 4.0000 0 YbO2H 4.0000 0 YbO2- 4.0000 0 YbNO3+2 4.0000 0 YbHCO3+2 4.0000 0 YbH2PO4+2 4.0000 0 YbCO3+ 4.0000 0 YbSO4+ 4.0000 0 LuCl+2 4.0000 0 LuCl2+ 4.0000 0 LuCl3 4.0000 0 LuCl4- 4.0000 0 LuF+2 4.0000 0 LuF2+ 4.0000 0 LuF3 4.0000 0 LuF4- 4.0000 0 LuOH+2 4.0000 0 LuO+ 4.0000 0 LuO2H 4.0000 0 LuO2- 4.0000 0 LuNO3+2 4.0000 0 LuHCO3+2 4.0000 0 LuH2PO4+2 4.0000 0 LuCO3+ 4.0000 0 LuSO4+ 4.0000 0 MgSO4 3.0000 0 NaSO4- 4.0000 0 UOH+2 4.0000 0 UO+ 4.0000 0 HUO2 4.0000 0 UO2- 4.0000 0 UOH+3 4.0000 0 UO+2 4.0000 0 HUO2+ 4.0000 0 UO2 4.0000 0 HUO3- 4.0000 0 UO2OH 4.0000 0 UO3- 4.0000 0 UO2OH+ 4.0000 0 UO3 4.0000 0 HUO4- 4.0000 0 UO4-2 4.0000 0 NaCl 3.0000 0 PbCl+ 4.0000 0 PbCl2 4.0000 0 PbCl3- 4.0000 0 NiCl+ 4.0000 0 FeCl+ 4.0000 0 MgCl+ 4.0000 0 MgF+ 4.0000 0 CaF+ 4.0000 0 KSO4- 4.0000 0 CaSO4 4.0000 0 HSiO3- 4.0000 0 LiCl 4.0000 0 KCl 4.0000 0 RbCl 4.0000 0 CsCl 4.0000 0 NaF 4.0000 0 RbF 4.0000 0 NaBr 4.0000 0 KBr 4.0000 0 RbBr 4.0000 0 CsBr 4.0000 0 NaI 4.0000 0 KI 4.0000 0 RbI 4.0000 0 CsI 4.0000 0 Ag(CO3)- 4.0000 0 Ag(CO3)2-3 4.0000 0 MgCO3 4.0000 0 CaCO3 4.0000 0 SrCO3 4.0000 0 BaCO3 4.0000 0 NaHSiO3 4.0000 0 KHSO4 4.0000 0 SrF+ 4.0000 0 BaF+ 4.0000 0 CaCl+ 4.0000 0 CaCl2 4.0000 0 SrCl+ 4.0000 0 BaCl+ 4.0000 0 FeCl2 4.0000 0 MnCl+ 4.0000 0 PbCl4-2 4.0000 0 AgCl4-3 4.0000 0 AgNO3 4.0000 0 MnSO4 4.0000 0 FeF+ 3.0000 0 FeF+2 3.0000 0 MgHSiO3+ 4.0000 0 CaHSiO3+ 4.0000 0 HCrO4- 4.0000 0 Cr2O7-2 4.0000 0 HWO4- 4.0000 0 PO4-3 4.0000 0 HNO2 4.0000 0 HNO3 3.0000 0 HN2O2- 4.0000 0 H2N2O2 3.0000 0 N2H6+2 3.0000 0 P2O7-4 3.0000 0 HP2O7-3 4.0000 0 H2P2O7-2 4.0000 0 H3P2O7- 4.0000 0 H4P2O7 3.0000 0 HPO3-2 4.0000 0 H2PO3- 3.0000 0 H2PO2- 3.0000 0 HSbO2 4.0000 0 HO2- 4.0000 0 H2S2O3 3.0000 0 HS2O4- 4.0000 0 H2S2O4 3.0000 0 HSeO3- 4.0000 0 H2SeO3 3.0000 0 HSeO4- 4.0000 0 HClO 3.0000 0 BrO- 4.0000 0 HIO 4.0000 0 HIO3 4.0000 0 VO4-3 4.0000 0 HVO4-2 4.0000 0 H3VO4 4.0000 0 HNbO3 4.0000 0 HMoO4- 4.0000 0 LiOH 4.0000 0 NaOH 3.0000 0 KOH 4.0000 0 RbOH 4.0000 0 CsOH 4.0000 0 BeOH+ 4.0000 0 BeO 4.0000 0 HBeO2- 4.0000 0 BeO2-2 4.0000 0 MgOH+ 4.0000 0 CaOH+ 4.0000 0 SrOH+ 4.0000 0 BaOH+ 4.0000 0 SnOH+ 4.0000 0 HSnO2- 4.0000 0 PbOH+ 4.0000 0 PbO 4.0000 0 HPbO2- 4.0000 0 BiOH+2 4.0000 0 BiO+ 4.0000 0 HBiO2 4.0000 0 BiO2- 4.0000 0 GaOH+2 4.0000 0 GaO+ 4.0000 0 HGaO2 4.0000 0 GaO2- 4.0000 0 InOH+2 4.0000 0 InO+ 4.0000 0 HInO2 4.0000 0 InO2- 4.0000 0 TlOH 4.0000 0 TlOH+2 4.0000 0 TlO+ 4.0000 0 HTlO2 4.0000 0 TlO2- 4.0000 0 ScOH+2 4.0000 0 ScO+ 4.0000 0 HScO2 4.0000 0 ScO2- 4.0000 0 VOH+ 4.0000 0 VOH+2 4.0000 0 VO+ 4.0000 0 CrOH+2 4.0000 0 CrO+ 4.0000 0 HCrO2 4.0000 0 CrO2- 4.0000 0 MnOH+ 4.0000 0 MnO 4.0000 0 HMnO2- 4.0000 0 MnO2-2 4.0000 0 FeOH+ 4.0000 0 FeO 3.0000 0 HFeO2- 4.0000 0 FeOH+2 4.0000 0 FeO+ 4.0000 0 HFeO2 4.0000 0 FeO2- 4.0000 0 CoOH+ 4.0000 0 CoO 4.0000 0 HCoO2- 4.0000 0 CoO2-2 4.0000 0 CoOH+2 4.0000 0 NiOH+ 4.0000 0 NiO 3.0000 0 HNiO2- 4.0000 0 NiO2-2 4.0000 0 CuOH+ 4.0000 0 CuO 4.0000 0 HCuO2- 4.0000 0 CuO2-2 4.0000 0 YOH+2 4.0000 0 YO+ 4.0000 0 HYO2 4.0000 0 YO2- 4.0000 0 ZrOH+3 4.0000 0 ZrO+2 4.0000 0 HZrO2+ 4.0000 0 ZrO2 4.0000 0 HZrO3- 4.0000 0 AgO- 4.0000 0 CdOH+ 4.0000 0 CdO 4.0000 0 HCdO2- 4.0000 0 CdO2-2 4.0000 0 HfOH+3 4.0000 0 HfO+2 4.0000 0 HHfO2+ 4.0000 0 HfO2 4.0000 0 HHfO3- 4.0000 0 HgOH+ 4.0000 0 HgO 4.0000 0 HHgO2- 4.0000 0 RuOH+ 4.0000 0 RuO 4.0000 0 RuOH+2 4.0000 0 RuO+ 4.0000 0 RhOH+ 4.0000 0 RhO 4.0000 0 RhOH+2 4.0000 0 RhO+ 4.0000 0 AlOH+2 4.0000 0 HAsO4-2 4.0000 0 AgOH 4.0000 0 AgCl 4.0000 0 AgCl2- 4.0000 0 AgCl3-2 4.0000 0 ZnOH+ 4.0000 0 ZnO 3.0000 0 HZnO2- 4.0000 0 ZnO2-2 4.0000 0 ZnCl+ 4.0000 0 ZnCl2 4.0000 0 ZnCl3- 4.0000 0 HCl 3.0000 0 PdO 4.5000 0 HCN 4.0000 0 BaHCO3+ 4.0000 0 CaHCO3+ 4.0000 0 MgHCO3+ 4.0000 0 SrHCO3+ 4.0000 0 CO2 3.0000 -1 PtSO4 4.0000 0 PtO 4.0000 0 HAsO2 3.0000 0 AlO2- 4.0000 0 AlO+ 4.0000 0 HAlO2 4.0000 0 AmOH+2 4.0000 0 AmO+ 4.0000 0 HAmO2 4.0000 0 AmF+2 4.0000 0 AmF2+ 4.0000 0 AmF3 4.0000 0 AmF4- 4.0000 0 AmCl+2 4.0000 0 AmCl2+ 4.0000 0 AmCl3 4.0000 0 AmCl4- 4.0000 0 AmNO3+2 4.0000 0 Am(NO3)2+ 4.0000 0 AmNO2+2 4.0000 0 AmH2PO4+2 4.0000 0 AmSCN+2 4.0000 0 Am(SCN)2+ 4.0000 0 Am(SCN)3 4.0000 0 Am(HCO3)+2 4.0000 0 Am(ClO4)+2 4.0000 0 AmCO3+ 4.0000 0 Am(CO3)2- 4.0000 0 AmSO4+ 4.0000 0 Am(SO4)2- 4.0000 0 PtOH+ 4.0000 0 CuCl 3.0000 0 CuCl2- 4.0000 0 CuCl3-2 4.0000 0 CuCl+ 4.0000 0 CuCl2 4.0000 0 CuCl3- 4.0000 0 CuCl4-2 4.0000 0 CuF+ 4.0000 0 CoCl+ 4.0000 0 CoF+ 4.0000 0 NiF+ 4.0000 0 MnF+ 4.0000 0 ZnF+ 4.0000 0 CdCl+ 4.0000 0 CdCl2 4.0000 0 CdCl3- 4.0000 0 CdCl4-2 4.0000 0 CdF+ 4.0000 0 CdF2 4.0000 0 SnO 4.0000 0 PbF+ 4.0000 0 PbF2 4.0000 0 Pb(HS)2 4.0000 0 Pb(HS)3- 4.0000 0 BeCl+ 4.0000 0 BeCl2 4.0000 0 BeF+ 4.0000 0 BeF2 4.0000 0 BeF3- 4.0000 0 BeF4-2 4.0000 0 Pd(SO4)2-2 4.0000 0 Pd(SO4)3-4 4.0000 0 Pt(SO4)2-2 4.0000 0 Pt(SO4)3-4 4.0000 0 Rh(SO4)2- 4.0000 0 Rh(SO4)2-2 4.0000 0 Rh(SO4)3-3 4.0000 0 Rh(SO4)3-4 4.0000 0 Ru(SO4)2- 4.0000 0 Ru(SO4)2-2 4.0000 0 Ru(SO4)3-3 4.0000 0 Ru(SO4)3-4 4.0000 0 Ag(HS)2- 4.0000 0 AgF 4.0000 0 Au(HS)2- 4.0000 0 AuCl 4.0000 0 AuCl2- 4.0000 0 AuCl3-2 4.0000 0 FeCl+2 4.0000 0 H3AsO4 4.0000 0 HgCl+ 4.0000 0 HgCl2 4.0000 0 HgCl3- 4.0000 0 HgCl4-2 4.0000 0 HgF+ 4.0000 0 InCl+2 4.0000 0 InF+2 4.0000 0 PdCl+ 4.0000 0 PdCl2 4.0000 0 PdCl3- 4.0000 0 PdCl4-2 4.0000 0 PdSO4 4.0000 0 PtCl+ 4.0000 0 PtCl2 4.0000 0 PtCl3- 4.0000 0 PtCl4-2 4.0000 0 RhCl+ 4.0000 0 RhCl+2 4.0000 0 RhCl2 4.0000 0 RhCl2+ 4.0000 0 RhCl3 4.0000 0 RhCl3- 4.0000 0 RhCl4- 4.0000 0 RhCl4-2 4.0000 0 RhSO4 4.0000 0 RhSO4+ 4.0000 0 RuCl+ 4.0000 0 RuCl+2 4.0000 0 RuCl2 4.0000 0 RuCl2+ 4.0000 0 RuCl3 4.0000 0 RuCl3- 4.0000 0 RuCl4- 4.0000 0 RuCl4-2 4.0000 0 RuCl5-2 4.0000 0 RuCl6-3 4.0000 0 RuSO4 4.0000 0 RuSO4+ 4.0000 0 TlCl 4.0000 0 TlCl+2 4.0000 0 TlF 4.0000 0 VOOH+ 4.0000 0 CeClO4+2 4.0000 0 CeIO3+2 4.0000 0 HClO2 4.0000 0 PdOH+ 4.0000 0 +-------------------------------------------------------------------- elements +-------------------------------------------------------------------- O 15.99940 Cl 35.45270 H 1.00794 pl 1.00000 Li 6.94100 Na 22.98977 K 39.09830 Rb 85.46780 Cs 132.90540 Mg 24.30500 Ca 40.08000 Sr 87.62000 Ba 137.34000 C 12.01100 Pb 207.20000 N 14.00670 P 30.97376 S 32.06000 F 18.99840 Br 79.90400 I 126.90450 Ni 58.71000 Cd 112.41000 La 138.91000 Nd 144.24000 Sm 150.35000 Gd 157.25000 Dy 162.50000 Ho 164.93000 Er 167.26000 Tm 168.93400 Yb 173.04000 Lu 174.97000 Hg 200.59000 Cu 63.54600 He 4.00260 B 10.81000 Si 28.08550 Ne 20.17900 Kr 83.80000 Rn 222.00000 Cr 51.99600 Mo 95.94000 W 183.85000 Ga 69.72000 Pr 140.90700 Tb 158.92400 Mn 54.93800 Co 58.93320 Be 9.01218 In 114.82000 Tl 204.37000 Sn 118.69000 Sb 121.75000 Bi 208.98000 Se 78.96000 Sc 44.95600 V 50.94200 Fe 55.84700 Y 88.90500 Zr 91.22000 Nb 92.90600 Ce 140.12000 Pm 146.91500 Hf 178.49000 U 238.02890 Eu 151.96000 Ru 101.07000 Rh 102.90500 Al 26.98154 As 74.92160 Au 196.96700 Ag 107.86820 Zn 65.38000 Pd 106.40000 Pt 195.09000 Ar 39.94800 Xe 131.29000 Am 223.00000 Th 232.03810 Ra 226.02500 Fr 223.00000 Re 186.20000 Tc 98.90600 Edta 288.21388 +-------------------------------------------------------------------- basis species +-------------------------------------------------------------------- H2O date last revised = 13-jul-1990 keys = basis active charge = 0.0 * DHazero = 3.0 * mol.wt. = 18.01528 g/mol 2 element(s): 2.0000 H 1.0000 O +-------------------------------------------------------------------- Cl- date last revised = 26-jun-1990 keys = basis active charge = -1.0 * DHazero = 3.0 * mol.wt. = 35.45270 g/mol 1 element(s): 1.0000 Cl +-------------------------------------------------------------------- H+ date last revised = 13-jun-1988 keys = basis active charge = 1.0 * DHazero = 9.0 * mol.wt. = 1.00794 g/mol 1 element(s): 1.0000 H +-------------------------------------------------------------------- plhold date last revised = 28-apr-2020 keys = basis active charge = 0.0 * DHazero = 3.5 * mol.wt. = 1.00000 g/mol 1 element(s): 1.0000 pl +-------------------------------------------------------------------- Li+ date last revised = 11/6/1997 keys = basis active charge = 1.0 1 element(s): 1.0000 Li +-------------------------------------------------------------------- Na+ date last revised = 11/6/1997 keys = basis active charge = 1.0 1 element(s): 1.0000 Na +-------------------------------------------------------------------- K+ date last revised = 11/6/1997 keys = basis active charge = 1.0 1 element(s): 1.0000 K +-------------------------------------------------------------------- Rb+ date last revised = 11/6/1997 keys = basis active charge = 1.0 1 element(s): 1.0000 Rb +-------------------------------------------------------------------- Cs+ date last revised = 11/6/1997 keys = basis active charge = 1.0 1 element(s): 1.0000 Cs +-------------------------------------------------------------------- Mg+2 date last revised = 11/6/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Mg +-------------------------------------------------------------------- Ca+2 date last revised = 11/6/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Ca +-------------------------------------------------------------------- Sr+2 date last revised = 11/6/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Sr +-------------------------------------------------------------------- Ba+2 date last revised = 11/6/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Ba +-------------------------------------------------------------------- HCO3- date last revised = 11/6/1997 keys = basis active charge = -1.0 3 element(s): 1.0000 H 1.0000 C 3.0000 O +-------------------------------------------------------------------- Pb+2 date last revised = 11/6/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Pb +-------------------------------------------------------------------- NO3- date last revised = 11/6/1997 keys = basis active charge = -1.0 2 element(s): 1.0000 N 3.0000 O +-------------------------------------------------------------------- HPO4-2 date last revised = 11/6/1997 keys = basis active charge = -2.0 3 element(s): 1.0000 H 1.0000 P 4.0000 O +-------------------------------------------------------------------- SO4-2 date last revised = 11/7/1997 keys = basis active charge = -2.0 2 element(s): 1.0000 S 4.0000 O +-------------------------------------------------------------------- F- date last revised = 11/7/1997 keys = basis active charge = -1.0 1 element(s): 1.0000 F +-------------------------------------------------------------------- Br- date last revised = 11/7/1997 keys = basis active charge = -1.0 1 element(s): 1.0000 Br +-------------------------------------------------------------------- I- date last revised = 11/7/1997 keys = basis active charge = -1.0 1 element(s): 1.0000 I +-------------------------------------------------------------------- Ni+2 date last revised = 11/7/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Ni +-------------------------------------------------------------------- Cd+2 date last revised = 11/7/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Cd +-------------------------------------------------------------------- La+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 La +-------------------------------------------------------------------- Nd+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Nd +-------------------------------------------------------------------- Sm+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Sm +-------------------------------------------------------------------- Gd+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Gd +-------------------------------------------------------------------- Dy+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Dy +-------------------------------------------------------------------- Ho+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Ho +-------------------------------------------------------------------- Er+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Er +-------------------------------------------------------------------- Tm+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Tm +-------------------------------------------------------------------- Yb+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Yb +-------------------------------------------------------------------- Lu+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Lu +-------------------------------------------------------------------- Hg+2 date last revised = 7/1/1987 keys = basis active charge = 2.0 1 element(s): 1.0000 Hg +-------------------------------------------------------------------- Cu+2 date last revised = 11/7/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Cu +-------------------------------------------------------------------- He date last revised = 7/13/1987 keys = basis active charge = 0.0 1 element(s): 1.0000 He +-------------------------------------------------------------------- B(OH)3 date last revised = 7/13/1987 keys = basis active charge = 0.0 3 element(s): 1.0000 B 3.0000 H 3.0000 O +-------------------------------------------------------------------- SiO2 date last revised = 1/13/1989 keys = basis active charge = 0.0 2 element(s): 1.0000 Si 2.0000 O +-------------------------------------------------------------------- Ne date last revised = 7/13/1987 keys = basis active charge = 0.0 1 element(s): 1.0000 Ne +-------------------------------------------------------------------- Kr date last revised = 7/13/1987 keys = basis active charge = 0.0 1 element(s): 1.0000 Kr +-------------------------------------------------------------------- Rn date last revised = 7/13/1987 keys = basis active charge = 0.0 1 element(s): 1.0000 Rn +-------------------------------------------------------------------- CrO4-2 date last revised = 11/7/1997 keys = basis active charge = -2.0 2 element(s): 1.0000 Cr 4.0000 O +-------------------------------------------------------------------- MoO4-2 date last revised = 11/7/1997 keys = basis active charge = -2.0 2 element(s): 1.0000 Mo 4.0000 O +-------------------------------------------------------------------- WO4-2 date last revised = 11/7/1997 keys = basis active charge = -2.0 2 element(s): 1.0000 W 4.0000 O +-------------------------------------------------------------------- Ga+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Ga +-------------------------------------------------------------------- Pr+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Pr +-------------------------------------------------------------------- Tb+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Tb +-------------------------------------------------------------------- Mn+2 date last revised = 11/7/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Mn +-------------------------------------------------------------------- Co+2 date last revised = 11/7/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Co +-------------------------------------------------------------------- Be+2 date last revised = 11/11/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Be +-------------------------------------------------------------------- In+3 date last revised = 11/11/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 In +-------------------------------------------------------------------- Tl+ date last revised = 11/11/1997 keys = basis active charge = 1.0 1 element(s): 1.0000 Tl +-------------------------------------------------------------------- Sn+2 date last revised = 11/11/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Sn +-------------------------------------------------------------------- SbO2- date last revised = 11/11/1997 keys = basis active charge = -1.0 2 element(s): 1.0000 Sb 2.0000 O +-------------------------------------------------------------------- Bi+3 date last revised = 11/11/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Bi +-------------------------------------------------------------------- SeO3-2 date last revised = 11/13/1997 keys = basis active charge = -2.0 2 element(s): 1.0000 Se 3.0000 O +-------------------------------------------------------------------- Sc+3 date last revised = 11/13/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Sc +-------------------------------------------------------------------- VO+2 date last revised = 11/13/1997 keys = basis active charge = 2.0 2 element(s): 1.0000 V 1.0000 O +-------------------------------------------------------------------- Fe+2 date last revised = 11/13/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Fe +-------------------------------------------------------------------- Y+3 date last revised = 11/13/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Y +-------------------------------------------------------------------- Zr+4 date last revised = 11/13/1997 keys = basis active charge = 4.0 1 element(s): 1.0000 Zr +-------------------------------------------------------------------- NbO3- date last revised = 11/13/1997 keys = basis active charge = -1.0 2 element(s): 1.0000 Nb 3.0000 O +-------------------------------------------------------------------- Ce+3 date last revised = 11/13/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Ce +-------------------------------------------------------------------- Pm+3 date last revised = 11/13/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Pm +-------------------------------------------------------------------- Hf+4 date last revised = 11/13/1997 keys = basis active charge = 4.0 1 element(s): 1.0000 Hf +-------------------------------------------------------------------- U+4 date last revised = 5/18/1994 keys = basis active charge = 4.0 1 element(s): 1.0000 U +-------------------------------------------------------------------- Eu+2 date last revised = 11/13/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Eu +-------------------------------------------------------------------- Ru+3 date last revised = 4/9/1992 keys = basis active charge = 3.0 1 element(s): 1.0000 Ru +-------------------------------------------------------------------- Rh+2 date last revised = 4/14/1992 keys = basis active charge = 2.0 1 element(s): 1.0000 Rh +-------------------------------------------------------------------- Al+3 date last revised = 11/7/1997 keys = basis active charge = 3.0 1 element(s): 1.0000 Al +-------------------------------------------------------------------- H2AsO4- date last revised = 11/11/1997 keys = basis active charge = -1.0 3 element(s): 2.0000 H 1.0000 As 4.0000 O +-------------------------------------------------------------------- Au+ date last revised = 11/13/1997 keys = basis active charge = 1.0 1 element(s): 1.0000 Au +-------------------------------------------------------------------- Ag+ date last revised = 11/7/1997 keys = basis active charge = 1.0 1 element(s): 1.0000 Ag +-------------------------------------------------------------------- Zn+2 date last revised = 11/7/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Zn +-------------------------------------------------------------------- Pd+2 date last revised = 4/9/1992 keys = basis active charge = 2.0 1 element(s): 1.0000 Pd +-------------------------------------------------------------------- Pt+2 date last revised = 4/9/1992 keys = basis active charge = 2.0 1 element(s): 1.0000 Pt +-------------------------------------------------------------------- Ar date last revised = 10/4/2000 keys = basis active charge = 0.0 1 element(s): 1.0000 Ar +-------------------------------------------------------------------- Xe date last revised = 10/4/2000 keys = basis active charge = 0.0 1 element(s): 1.0000 Xe +-------------------------------------------------------------------- Am+3 date last revised = 2/11/1998 keys = basis active charge = 3.0 1 element(s): 1.0000 Am +-------------------------------------------------------------------- Th+4 date last revised = 11/7/1997 keys = basis active charge = 4.0 1 element(s): 1.0000 Th +-------------------------------------------------------------------- Ra+2 date last revised = 11/11/1997 keys = basis active charge = 2.0 1 element(s): 1.0000 Ra +-------------------------------------------------------------------- Fr+ date last revised = 11/11/1997 keys = basis active charge = 1.0 1 element(s): 1.0000 Fr +-------------------------------------------------------------------- ReO4- date last revised = 11/7/1997 keys = basis active charge = -1.0 2 element(s): 1.0000 Re 4.0000 O +-------------------------------------------------------------------- TcO4- date last revised = 11/7/1997 keys = basis active charge = -1.0 2 element(s): 1.0000 Tc 4.0000 O +-------------------------------------------------------------------- EDTA-4 date last revised = nan keys = basis active charge = -4.0 1 element(s): 1.0000 Edta +-------------------------------------------------------------------- O2(g) date last revised = 31-jul-1984 keys = basis active charge = 0.0 * DHazero = 3.0 * mol.wt. = 31.99880 g/mol 1 element(s): 2.0000 O +-------------------------------------------------------------------- auxiliary basis species +-------------------------------------------------------------------- O2 date last revised = 6/26/1987 keys = aux active charge = 0.0 * 1 element(s): 2.0000 O 2 species in aqueous dissociation reaction: -1.0000 O2 1.0000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=O2 2.6567 3.0311 3.1076 3.0354 2.8742 2.6488 2.3537 1.8830 +-------------------------------------------------------------------- NO2- date last revised = 11/6/1997 keys = aux active charge = -1.0 * 2 element(s): 1.0000 N 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 NO2- -0.5000 O2(g) 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=NO2- 15.4264 12.4037 10.2042 8.5327 7.2212 6.1672 5.3060 4.5966 +-------------------------------------------------------------------- NH4+ date last revised = 11/6/1997 keys = aux active charge = 1.0 * 2 element(s): 1.0000 N 4.0000 H 5 species in aqueous dissociation reaction: -1.0000 NH4+ -2.0000 O2(g) 1.0000 H2O 1.0000 NO3- 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=NH4+ 52.7954 42.1730 34.2836 28.1770 23.2805 19.2218 15.7197 12.4140 +-------------------------------------------------------------------- HS- date last revised = 11/7/1997 keys = aux active charge = -1.0 * 2 element(s): 1.0000 H 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 HS- -2.0000 O2(g) 1.0000 H+ 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=HS- 146.7859 120.3753 100.8144 85.7147 73.6540 63.7280 55.2988 47.7895 +-------------------------------------------------------------------- S2O3-2 date last revised = 11/7/1997 keys = aux active charge = -2.0 * 2 element(s): 2.0000 S 3.0000 O 5 species in aqueous dissociation reaction: -1.0000 S2O3-2 -2.0000 O2(g) -1.0000 H2O 2.0000 H+ 2.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=S2O3-2 141.7633 115.7357 96.2629 81.0889 68.8326 58.5915 49.6801 41.3378 +-------------------------------------------------------------------- ClO3- date last revised = 11/7/1997 keys = aux active charge = -1.0 * 2 element(s): 1.0000 Cl 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 ClO3- 1.0000 Cl- 1.5000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=ClO3- 22.6135 20.7488 19.3524 18.2591 17.3697 16.6203 15.9625 15.3652 +-------------------------------------------------------------------- BrO3- date last revised = 11/7/1997 keys = aux active charge = -1.0 * 2 element(s): 1.0000 Br 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 BrO3- 1.0000 Br- 1.5000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=BrO3- 22.3652 20.7542 19.5754 18.6712 17.9496 17.3516 16.8328 16.3603 +-------------------------------------------------------------------- IO3- date last revised = 11/7/1997 keys = aux active charge = -1.0 * 2 element(s): 1.0000 I 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 IO3- 1.0000 I- 1.5000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=IO3- -15.9682 -11.1072 -7.5593 -4.8633 -2.7504 -1.0551 0.3284 1.4719 +-------------------------------------------------------------------- Eu+3 date last revised = 11/7/1997 keys = aux active charge = 3.0 * 1 element(s): 1.0000 Eu 5 species in aqueous dissociation reaction: -1.0000 Eu+3 -0.5000 H2O 1.0000 Eu+2 1.0000 H+ 0.2500 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=Eu+3 -30.2288 -23.7143 -18.8732 -15.1208 -12.1035 -9.5970 -7.4541 -5.7257 +-------------------------------------------------------------------- SiF6-2 date last revised = 2/16/1988 keys = aux active charge = -2.0 * 2 element(s): 1.0000 Si 6.0000 F 5 species in aqueous dissociation reaction: -1.0000 SiF6-2 -2.0000 H2O 1.0000 SiO2 4.0000 H+ 6.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=SiF6-2 -27.6539 -25.4528 -24.6539 -24.5343 -24.9194 -25.8185 -27.4359 -30.3232 +-------------------------------------------------------------------- S2-2 date last revised = 7/3/1987 keys = aux active charge = -2.0 * 1 element(s): 2.0000 S 5 species in aqueous dissociation reaction: -1.0000 S2-2 -1.0000 H2O -3.5000 O2(g) 2.0000 SO4-2 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=S2-2 258.1778 211.9649 177.6955 151.2043 130.0093 112.5281 97.6329 84.2476 +-------------------------------------------------------------------- Br3- date last revised = 7/12/1987 keys = aux active charge = -1.0 * 1 element(s): 3.0000 Br 5 species in aqueous dissociation reaction: -1.0000 Br3- -1.0000 H2O 3.0000 Br- 2.0000 H+ 0.5000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=Br3- -6.5553 -4.9924 -4.3116 -4.1386 -4.3287 -4.8459 -5.7746 -7.5455 +-------------------------------------------------------------------- I3- date last revised = 7/12/1987 keys = aux active charge = -1.0 * 1 element(s): 3.0000 I 5 species in aqueous dissociation reaction: -1.0000 I3- -1.0000 H2O 0.5000 O2(g) 2.0000 H+ 3.0000 I- **** logK grid [T, P @ Miscellaneous parameters]=I3- -26.0553 -21.0935 -17.9404 -15.9025 -14.6411 -13.9997 -13.9848 -14.9992 +-------------------------------------------------------------------- Ag+2 date last revised = 2/16/1988 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Ag 5 species in aqueous dissociation reaction: -1.0000 Ag+2 -0.5000 H2O 0.2500 O2(g) 1.0000 Ag+ 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=Ag+2 13.1825 12.5760 12.1559 11.8600 11.6615 11.5499 11.5247 11.4973 +-------------------------------------------------------------------- H2 date last revised = 7/13/1987 keys = aux active charge = 0.0 * 1 element(s): 2.0000 H 3 species in aqueous dissociation reaction: -1.0000 H2 -0.5000 O2(g) 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=H2 49.1500 40.8212 34.6224 29.8242 25.9892 22.8409 20.1881 17.8471 +-------------------------------------------------------------------- N2 date last revised = 2/7/1989 keys = aux active charge = 0.0 * 1 element(s): 2.0000 N 5 species in aqueous dissociation reaction: -1.0000 N2 -2.5000 O2(g) -1.0000 H2O 2.0000 H+ 2.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=N2 2.2578 -1.1791 -4.2022 -6.8730 -9.3047 -11.6194 -14.0013 -17.0146 +-------------------------------------------------------------------- ClO4- date last revised = 11/7/1997 keys = aux active charge = -1.0 * 2 element(s): 1.0000 Cl 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 ClO4- 1.0000 Cl- 2.0000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=ClO4- 22.1034 20.9868 20.1214 19.4174 18.8212 18.2962 17.8103 17.3372 +-------------------------------------------------------------------- MnO4- date last revised = 11/7/1997 keys = aux active charge = -1.0 * 2 element(s): 1.0000 Mn 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 MnO4- -3.0000 H+ 1.0000 Mn+2 1.2500 O2(g) 1.5000 H2O **** logK grid [T, P @ Miscellaneous parameters]=MnO4- 25.5830 22.4242 20.2633 18.7273 17.6055 16.7775 16.1929 16.0778 +-------------------------------------------------------------------- Cr+3 date last revised = 11/7/1997 keys = aux active charge = 3.0 * 1 element(s): 1.0000 Cr 5 species in aqueous dissociation reaction: -1.0000 Cr+3 -2.5000 H2O -0.7500 O2(g) 1.0000 CrO4-2 5.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=Cr+3 -13.3037 -10.8220 -9.3902 -8.5746 -8.1635 -8.0620 -8.2996 -9.5348 +-------------------------------------------------------------------- UO2+2 date last revised = 11/7/1997 keys = aux active charge = 2.0 * 2 element(s): 1.0000 U 2.0000 O 5 species in aqueous dissociation reaction: -1.0000 UO2+2 -2.0000 H+ 1.0000 U+4 1.0000 H2O 0.5000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=UO2+2 -34.7704 -30.5688 -27.4343 -25.0144 -23.1150 -21.6202 -20.4500 -19.2319 +-------------------------------------------------------------------- Tl+3 date last revised = 11/11/199 keys = aux active charge = 3.0 * 1 element(s): 1.0000 Tl 5 species in aqueous dissociation reaction: -1.0000 Tl+3 -1.0000 H2O 0.5000 O2(g) 1.0000 Tl+ 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=Tl+3 0.1899 2.9954 4.9787 6.4694 7.6596 8.6746 9.6049 10.3193 +-------------------------------------------------------------------- CN- date last revised = 11/11/199 keys = aux active charge = -1.0 * 2 element(s): 1.0000 C 1.0000 N 6 species in aqueous dissociation reaction: -1.0000 CN- -1.0000 H2O -2.5000 O2(g) 1.0000 HCO3- 1.0000 NO3- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=CN- 123.0738 100.5530 83.8801 71.0035 60.7137 52.2439 45.0518 38.5942 +-------------------------------------------------------------------- N2O2-2 date last revised = 11/11/199 keys = aux active charge = -2.0 * 2 element(s): 2.0000 N 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 N2O2-2 2.0000 NO3- -2.0000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=N2O2-2 69.6773 57.7332 49.0460 42.4598 37.3145 33.2075 29.8874 27.1518 +-------------------------------------------------------------------- N2H5+ date last revised = 11/11/199 keys = aux active charge = 1.0 * 2 element(s): 2.0000 N 5.0000 H 5 species in aqueous dissociation reaction: -1.0000 N2H5+ -3.5000 O2(g) 2.0000 NO3- 3.0000 H+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=N2H5+ 105.8884 85.4377 70.2437 58.4774 49.0316 41.1830 34.3767 27.8883 +-------------------------------------------------------------------- H3PO3 date last revised = 11/11/199 keys = aux active charge = 0.0 * 3 element(s): 3.0000 H 1.0000 P 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 H3PO3 -0.5000 O2(g) 1.0000 HPO4-2 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H3PO3 45.8488 36.1986 28.7735 22.8275 17.8623 13.5174 9.4469 5.0477 +-------------------------------------------------------------------- H3PO2 date last revised = 11/11/199 keys = aux active charge = 0.0 * 3 element(s): 3.0000 H 1.0000 P 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 H3PO2 -1.0000 O2(g) 1.0000 HPO4-2 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H3PO2 109.9780 89.8030 74.6991 62.9054 53.3426 45.2951 38.1915 31.3022 +-------------------------------------------------------------------- H2O2 date last revised = 11/11/199 keys = aux active charge = 0.0 * 2 element(s): 2.0000 H 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 H2O2 0.5000 O2(g) 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=H2O2 19.6018 16.7991 14.7955 13.2987 12.1416 11.2200 10.4580 9.7591 +-------------------------------------------------------------------- SO3-2 date last revised = 11/11/199 keys = aux active charge = -2.0 * 2 element(s): 1.0000 S 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 SO3-2 -0.5000 O2(g) 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=SO3-2 49.5676 41.4606 35.5297 31.0086 27.4518 24.5835 22.2231 20.2227 +-------------------------------------------------------------------- HSO5- date last revised = 11/13/199 keys = aux active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 S 5.0000 O 4 species in aqueous dissociation reaction: -1.0000 HSO5- 0.5000 O2(g) 1.0000 H+ 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=HSO5- 20.7863 16.8581 13.5998 10.8544 8.4603 6.2810 4.1648 1.8451 +-------------------------------------------------------------------- HSe- date last revised = 11/13/199 keys = aux active charge = -1.0 * 2 element(s): 1.0000 H 1.0000 Se 4 species in aqueous dissociation reaction: -1.0000 HSe- -1.5000 O2(g) 1.0000 H+ 1.0000 SeO3-2 **** logK grid [T, P @ Miscellaneous parameters]=HSe- 80.8650 65.3397 53.7527 44.7355 37.4627 31.3999 26.1497 21.3071 +-------------------------------------------------------------------- SeO4-2 date last revised = 11/13/199 keys = aux active charge = -2.0 * 2 element(s): 1.0000 Se 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 SeO4-2 0.5000 O2(g) 1.0000 SeO3-2 **** logK grid [T, P @ Miscellaneous parameters]=SeO4-2 -13.9780 -11.3172 -9.3762 -7.8970 -6.7335 -5.7959 -5.0260 -4.3668 +-------------------------------------------------------------------- ClO- date last revised = 11/13/199 keys = aux active charge = -1.0 * 2 element(s): 1.0000 Cl 1.0000 O 3 species in aqueous dissociation reaction: -1.0000 ClO- 0.5000 O2(g) 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=ClO- 17.5067 15.7453 14.4550 13.4604 12.6665 12.0152 11.4689 10.9997 +-------------------------------------------------------------------- ClO2- date last revised = 11/13/199 keys = aux active charge = -1.0 * 2 element(s): 1.0000 Cl 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 ClO2- 1.0000 Cl- 1.0000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=ClO2- 27.6160 24.6410 22.4440 20.7465 19.3888 18.2713 17.3271 16.5197 +-------------------------------------------------------------------- HBrO date last revised = 11/13/199 keys = aux active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Br 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 HBrO 0.5000 O2(g) 1.0000 Br- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HBrO 3.8919 3.6508 3.3213 2.9480 2.5307 2.0451 1.4202 0.3901 +-------------------------------------------------------------------- BrO4- date last revised = 11/13/199 keys = aux active charge = -1.0 * 2 element(s): 1.0000 Br 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 BrO4- 1.0000 Br- 2.0000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=BrO4- 41.0435 37.0720 34.1204 31.8363 30.0061 28.4928 27.1969 26.0346 +-------------------------------------------------------------------- IO- date last revised = 11/13/199 keys = aux active charge = -1.0 * 2 element(s): 1.0000 I 1.0000 O 3 species in aqueous dissociation reaction: -1.0000 IO- 0.5000 O2(g) 1.0000 I- **** logK grid [T, P @ Miscellaneous parameters]=IO- 1.5517 3.0457 4.1701 5.0401 5.7355 6.3079 6.7921 7.1796 +-------------------------------------------------------------------- IO4- date last revised = 11/13/199 keys = aux active charge = -1.0 * 2 element(s): 1.0000 I 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 IO4- 1.0000 I- 2.0000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=IO4- -2.6943 0.1096 2.1102 3.5979 4.7331 5.6094 6.2757 6.7338 +-------------------------------------------------------------------- V+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 V 3 species in aqueous dissociation reaction: -1.0000 V+2 1.0000 VO+2 -0.5000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=V+2 44.3122 36.5867 31.0789 26.9611 23.7771 21.2505 19.2038 17.5226 +-------------------------------------------------------------------- V+3 date last revised = 11/13/199 keys = aux active charge = 3.0 * 1 element(s): 1.0000 V 5 species in aqueous dissociation reaction: -1.0000 V+3 1.0000 H+ -0.2500 O2(g) 1.0000 VO+2 -0.5000 H2O **** logK grid [T, P @ Miscellaneous parameters]=V+3 16.3483 13.8928 12.2054 10.9893 10.0955 9.4397 8.9716 8.5702 +-------------------------------------------------------------------- VO2+ date last revised = 11/13/199 keys = aux active charge = 1.0 * 2 element(s): 1.0000 V 2.0000 O 5 species in aqueous dissociation reaction: -1.0000 VO2+ -1.0000 H+ 0.2500 O2(g) 0.5000 H2O 1.0000 VO+2 **** logK grid [T, P @ Miscellaneous parameters]=VO2+ -4.1260 -3.5404 -2.8909 -2.2621 -1.6795 -1.1539 -0.6923 -0.2147 +-------------------------------------------------------------------- H2VO4- date last revised = 11/13/199 keys = aux active charge = -1.0 * 3 element(s): 2.0000 H 1.0000 V 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 H2VO4- -3.0000 H+ 0.2500 O2(g) 1.0000 VO+2 2.5000 H2O **** logK grid [T, P @ Miscellaneous parameters]=H2VO4- 3.7190 2.9072 2.5070 2.3496 2.3447 2.4494 2.6723 3.3300 +-------------------------------------------------------------------- Cr+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Cr 5 species in aqueous dissociation reaction: -1.0000 Cr+2 -2.0000 H2O -1.0000 O2(g) 1.0000 CrO4-2 4.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=Cr+2 18.4186 14.0785 10.4812 7.4220 4.7336 2.2730 -0.1399 -3.0641 +-------------------------------------------------------------------- Mn+3 date last revised = 11/13/199 keys = aux active charge = 3.0 * 1 element(s): 1.0000 Mn 5 species in aqueous dissociation reaction: -1.0000 Mn+3 -0.5000 H2O 1.0000 Mn+2 1.0000 H+ 0.2500 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=Mn+3 3.9465 5.4183 6.5533 7.4678 8.2424 8.9310 9.5653 9.9700 +-------------------------------------------------------------------- MnO4-2 date last revised = 11/13/199 keys = aux active charge = -2.0 * 2 element(s): 1.0000 Mn 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 MnO4-2 -4.0000 H+ 1.0000 Mn+2 1.0000 O2(g) 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=MnO4-2 37.5469 33.4410 30.8816 29.2557 28.2614 27.7523 27.7201 28.5926 +-------------------------------------------------------------------- Fe+3 date last revised = 11/13/199 keys = aux active charge = 3.0 * 1 element(s): 1.0000 Fe 5 species in aqueous dissociation reaction: -1.0000 Fe+3 -0.5000 H2O 0.2500 O2(g) 1.0000 Fe+2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=Fe+3 -9.3693 -6.4035 -4.2176 -2.5286 -1.1656 -0.0198 0.9786 1.7213 +-------------------------------------------------------------------- Co+3 date last revised = 11/13/199 keys = aux active charge = 3.0 * 1 element(s): 1.0000 Co 5 species in aqueous dissociation reaction: -1.0000 Co+3 -0.5000 H2O 0.2500 O2(g) 1.0000 Co+2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=Co+3 12.3386 12.1141 11.9887 11.9286 11.9246 11.9749 12.0760 12.0484 +-------------------------------------------------------------------- RuO4-2 date last revised = 11/13/199 keys = aux active charge = -2.0 * 2 element(s): 1.0000 Ru 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 RuO4-2 -5.0000 H+ 1.0000 Ru+3 2.5000 H2O 0.7500 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=RuO4-2 22.9905 19.4661 17.2160 15.7450 14.7981 14.2525 14.1172 14.9998 +-------------------------------------------------------------------- Au+3 date last revised = 11/13/199 keys = aux active charge = 3.0 * 1 element(s): 1.0000 Au 5 species in aqueous dissociation reaction: -1.0000 Au+3 -1.0000 H2O 0.5000 O2(g) 1.0000 Au+ 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=Au+3 4.5620 6.8376 8.4797 9.7395 10.7703 11.6740 12.5238 13.1441 +-------------------------------------------------------------------- Hg2+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 2.0000 Hg 5 species in aqueous dissociation reaction: -1.0000 Hg2+2 -2.0000 H+ -0.5000 O2(g) 1.0000 H2O 2.0000 Hg+2 **** logK grid [T, P @ Miscellaneous parameters]=Hg2+2 12.5619 9.2401 6.8396 5.0264 3.5935 2.4056 1.3638 0.4983 +-------------------------------------------------------------------- U+3 date last revised = 11/13/199 keys = aux active charge = 3.0 * 1 element(s): 1.0000 U 5 species in aqueous dissociation reaction: -1.0000 U+3 0.5000 H2O -0.2500 O2(g) 1.0000 U+4 -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=U+3 34.3477 27.0861 21.9380 18.0958 15.1107 12.7094 10.7233 9.2699 +-------------------------------------------------------------------- UO2+ date last revised = 5/18/1994 keys = aux active charge = 1.0 * 2 element(s): 1.0000 U 2.0000 O 5 species in aqueous dissociation reaction: -1.0000 UO2+ 1.5000 H2O 0.2500 O2(g) 1.0000 U+4 -3.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=UO2+ -13.2360 -13.0968 -12.7917 -12.4549 -12.1542 -11.9339 -11.8200 -11.4472 +-------------------------------------------------------------------- La+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 La 5 species in aqueous dissociation reaction: -1.0000 La+2 0.5000 H2O 1.0000 La+3 -1.0000 H+ -0.2500 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=La+2 92.8359 76.5654 64.5815 55.3762 48.0612 42.0818 37.0736 32.9118 +-------------------------------------------------------------------- Ce+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Ce 5 species in aqueous dissociation reaction: -1.0000 Ce+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Ce+3 **** logK grid [T, P @ Miscellaneous parameters]=Ce+2 93.0998 76.8682 64.8718 55.6295 48.2629 42.2223 37.1482 32.9575 +-------------------------------------------------------------------- Pr+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Pr 5 species in aqueous dissociation reaction: -1.0000 Pr+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Pr+3 **** logK grid [T, P @ Miscellaneous parameters]=Pr+2 79.6716 65.5058 55.0492 46.9994 40.5852 35.3238 30.9001 27.2625 +-------------------------------------------------------------------- Nd+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Nd 5 species in aqueous dissociation reaction: -1.0000 Nd+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Nd+3 **** logK grid [T, P @ Miscellaneous parameters]=Nd+2 72.0341 59.1078 49.5480 42.1779 36.2974 31.4676 27.4002 24.0404 +-------------------------------------------------------------------- Pm+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Pm 5 species in aqueous dissociation reaction: -1.0000 Pm+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Pm+3 **** logK grid [T, P @ Miscellaneous parameters]=Pm+2 75.9348 62.4358 52.4498 44.7491 38.6033 33.5547 29.3038 25.8038 +-------------------------------------------------------------------- Sm+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Sm 5 species in aqueous dissociation reaction: -1.0000 Sm+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Sm+3 **** logK grid [T, P @ Miscellaneous parameters]=Sm+2 52.5014 42.7491 35.5088 29.9079 25.4219 21.7204 18.5859 16.0080 +-------------------------------------------------------------------- Tb+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Tb 5 species in aqueous dissociation reaction: -1.0000 Tb+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Tb+3 **** logK grid [T, P @ Miscellaneous parameters]=Tb+2 87.8440 72.3997 61.0218 52.2773 45.3217 39.6276 34.8517 30.9309 +-------------------------------------------------------------------- Dy+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Dy 5 species in aqueous dissociation reaction: -1.0000 Dy+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Dy+3 **** logK grid [T, P @ Miscellaneous parameters]=Dy+2 68.4965 56.0275 46.8446 39.7871 34.1703 29.5662 25.6962 22.5336 +-------------------------------------------------------------------- Ho+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Ho 5 species in aqueous dissociation reaction: -1.0000 Ho+2 0.5000 H2O 1.0000 Ho+3 -1.0000 H+ -0.2500 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=Ho+2 75.3434 61.8696 51.9444 44.3159 38.2458 33.2728 29.0965 25.6771 +-------------------------------------------------------------------- Er+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Er 5 species in aqueous dissociation reaction: -1.0000 Er+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Er+3 **** logK grid [T, P @ Miscellaneous parameters]=Er+2 78.4385 64.3914 54.0419 46.0865 39.7566 34.5721 30.2207 26.6562 +-------------------------------------------------------------------- Tm+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Tm 5 species in aqueous dissociation reaction: -1.0000 Tm+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Tm+3 **** logK grid [T, P @ Miscellaneous parameters]=Tm+2 65.6091 53.5941 44.7312 37.9102 32.4743 28.0124 24.2571 21.1962 +-------------------------------------------------------------------- Yb+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Yb 5 species in aqueous dissociation reaction: -1.0000 Yb+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Yb+3 **** logK grid [T, P @ Miscellaneous parameters]=Yb+2 43.2505 34.8876 28.6876 23.8944 20.0543 16.8815 14.1902 12.0142 +-------------------------------------------------------------------- Ce+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Ce 5 species in aqueous dissociation reaction: -1.0000 Ce+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Ce+3 **** logK grid [T, P @ Miscellaneous parameters]=Ce+4 8.4128 8.9805 9.1836 9.2222 9.1872 9.1296 9.0733 8.8100 +-------------------------------------------------------------------- Pr+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Pr 5 species in aqueous dissociation reaction: -1.0000 Pr+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Pr+3 **** logK grid [T, P @ Miscellaneous parameters]=Pr+4 48.1546 42.4853 38.1476 34.7338 31.9866 29.7428 27.8878 26.1294 +-------------------------------------------------------------------- Nd+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Nd 5 species in aqueous dissociation reaction: -1.0000 Nd+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Nd+3 **** logK grid [T, P @ Miscellaneous parameters]=Nd+4 67.0996 58.5237 52.0482 46.9970 42.9562 39.6654 36.9455 34.4419 +-------------------------------------------------------------------- Pm+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Pm 5 species in aqueous dissociation reaction: -1.0000 Pm+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Pm+3 **** logK grid [T, P @ Miscellaneous parameters]=Pm+4 75.2492 65.4297 58.0390 52.2851 47.6864 43.9405 40.8420 38.0330 +-------------------------------------------------------------------- Sm+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Sm 5 species in aqueous dissociation reaction: -1.0000 Sm+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Sm+3 **** logK grid [T, P @ Miscellaneous parameters]=Sm+4 71.5566 62.3317 55.3832 49.9723 45.6489 42.1300 39.2222 36.5583 +-------------------------------------------------------------------- Eu+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Eu 5 species in aqueous dissociation reaction: -1.0000 Eu+4 -1.0000 H2O 1.0000 Eu+2 2.0000 H+ 0.5000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=Eu+4 59.8186 54.2429 50.0666 46.8458 44.3205 42.3323 40.7695 39.1674 +-------------------------------------------------------------------- Tb+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Tb 5 species in aqueous dissociation reaction: -1.0000 Tb+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Tb+3 **** logK grid [T, P @ Miscellaneous parameters]=Tb+4 33.2456 29.9389 27.3557 25.2971 23.6300 22.2685 21.1481 20.0032 +-------------------------------------------------------------------- Dy+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Dy 5 species in aqueous dissociation reaction: -1.0000 Dy+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Dy+3 **** logK grid [T, P @ Miscellaneous parameters]=Dy+4 58.6398 51.3565 45.8783 41.6193 38.2248 35.4727 33.2096 31.1045 +-------------------------------------------------------------------- Er+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Er 5 species in aqueous dissociation reaction: -1.0000 Er+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Er+3 **** logK grid [T, P @ Miscellaneous parameters]=Er+4 81.7274 70.7919 62.6305 56.3166 51.2972 47.2272 43.8735 40.8547 +-------------------------------------------------------------------- Tm+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Tm 5 species in aqueous dissociation reaction: -1.0000 Tm+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Tm+3 **** logK grid [T, P @ Miscellaneous parameters]=Tm+4 80.1055 69.4580 61.5082 55.3564 50.4648 46.4981 43.2295 40.2834 +-------------------------------------------------------------------- Yb+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Yb 5 species in aqueous dissociation reaction: -1.0000 Yb+4 1.0000 H+ 0.2500 O2(g) -0.5000 H2O 1.0000 Yb+3 **** logK grid [T, P @ Miscellaneous parameters]=Yb+4 101.6615 87.7541 77.4105 69.4263 63.0866 57.9465 53.7073 49.9436 +-------------------------------------------------------------------- Lu+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Lu 5 species in aqueous dissociation reaction: -1.0000 Lu+4 -0.5000 H2O 1.0000 Lu+3 1.0000 H+ 0.2500 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=Lu+4 125.4434 107.6940 94.5534 84.4432 76.4346 69.9506 64.6068 59.9140 +-------------------------------------------------------------------- Ru+2 date last revised = 4/9/1992 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Ru 5 species in aqueous dissociation reaction: -1.0000 Ru+2 -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Ru+3 **** logK grid [T, P @ Miscellaneous parameters]=Ru+2 19.1988 14.6048 11.2132 8.5943 6.4906 4.7393 3.2367 2.0831 +-------------------------------------------------------------------- Rh+3 date last revised = 11/7/1997 keys = aux active charge = 3.0 * 1 element(s): 1.0000 Rh 5 species in aqueous dissociation reaction: -1.0000 Rh+3 -0.5000 H2O 0.2500 O2(g) 1.0000 H+ 1.0000 Rh+2 **** logK grid [T, P @ Miscellaneous parameters]=Rh+3 -3.8089 -1.6207 0.0355 1.3449 2.4271 3.3607 4.1947 4.7928 +-------------------------------------------------------------------- AsO4-3 date last revised = 11/11/199 keys = aux active charge = -3.0 * 2 element(s): 1.0000 As 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 AsO4-3 -2.0000 H+ 1.0000 H2AsO4- **** logK grid [T, P @ Miscellaneous parameters]=AsO4-3 18.8092 18.1396 18.1203 18.4527 19.0472 19.9007 21.1076 22.9094 +-------------------------------------------------------------------- H2AsO3- date last revised = 7/3/1987 keys = aux active charge = -1.0 * 3 element(s): 2.0000 H 1.0000 As 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 H2AsO3- -0.5000 O2(g) 1.0000 H2AsO4- **** logK grid [T, P @ Miscellaneous parameters]=H2AsO3- 32.2040 26.4471 22.2250 18.9937 16.4395 14.3687 12.6555 11.2144 +-------------------------------------------------------------------- Cu+ date last revised = 11/13/199 keys = aux active charge = 1.0 * 1 element(s): 1.0000 Cu 5 species in aqueous dissociation reaction: -1.0000 Cu+ -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Cu+2 **** logK grid [T, P @ Miscellaneous parameters]=Cu+ 20.4227 16.0225 12.7692 10.2585 8.2442 6.5688 5.1262 3.9539 +-------------------------------------------------------------------- CH4 date last revised = 10/4/2000 keys = aux active charge = 0.0 * 2 element(s): 1.0000 C 4.0000 H 5 species in aqueous dissociation reaction: -1.0000 CH4 -2.0000 O2(g) 1.0000 H+ 1.0000 H2O 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=CH4 152.5920 126.3326 106.8500 91.7845 79.7293 69.7845 61.2983 53.5476 +-------------------------------------------------------------------- CO date last revised = 9/1/2006 keys = aux active charge = 0.0 * 2 element(s): 1.0000 C 1.0000 O 5 species in aqueous dissociation reaction: -1.0000 CO -1.0000 H2O -0.5000 O2(g) 1.0000 H+ 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=CO 44.6881 36.3620 29.8770 24.6477 20.2816 16.5031 13.0658 9.5279 +-------------------------------------------------------------------- AsO2- date last revised = 11/11/199 keys = aux active charge = -1.0 * 2 element(s): 1.0000 As 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 AsO2- -1.0000 H2O 1.0000 H2AsO4- -0.5000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=AsO2- 32.2071 26.4453 22.2367 19.0171 16.4731 14.4144 12.7204 11.2979 +-------------------------------------------------------------------- Ho+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Ho 5 species in aqueous dissociation reaction: -1.0000 Ho+4 1.0000 Ho+3 1.0000 H+ -0.5000 H2O 0.2500 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=Ho+4 80.9381 70.2429 62.2606 56.0855 51.1770 47.1981 43.9205 40.9650 +-------------------------------------------------------------------- Gd+4 date last revised = 11/13/199 keys = aux active charge = 4.0 * 1 element(s): 1.0000 Gd 5 species in aqueous dissociation reaction: -1.0000 Gd+4 1.0000 Gd+3 1.0000 H+ -0.5000 H2O 0.2500 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=Gd+4 113.0094 97.6405 86.2309 77.4369 70.4632 64.8153 60.1601 56.0162 +-------------------------------------------------------------------- Gd+2 date last revised = 11/13/199 keys = aux active charge = 2.0 * 1 element(s): 1.0000 Gd 5 species in aqueous dissociation reaction: -1.0000 Gd+2 1.0000 Gd+3 -1.0000 H+ 0.5000 H2O -0.2500 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=Gd+2 94.0404 77.8472 65.9211 56.7593 49.4769 43.5218 38.5333 34.4153 +-------------------------------------------------------------------- S2O8-2 date last revised = 11/7/1997 keys = aux active charge = -2.0 * 2 element(s): 2.0000 S 8.0000 O 3 species in aqueous dissociation reaction: -1.0000 S2O8-2 2.5000 O2(g) 1.0000 S2O3-2 **** logK grid [T, P @ Miscellaneous parameters]=S2O8-2 -114.9089 -94.4169 -79.4614 -68.0637 -59.0970 -51.8714 -45.9456 -40.9992 +-------------------------------------------------------------------- S3-2 date last revised = 7/3/1987 keys = aux active charge = -2.0 * 1 element(s): 3.0000 S 6 species in aqueous dissociation reaction: -1.0000 S3-2 1.0000 S2-2 1.0000 HS- 0.5000 O2(g) 1.0000 H+ -1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=S3-2 -49.1068 -40.9922 -35.2353 -30.9792 -27.7590 -25.3109 -23.5115 -22.4335 +-------------------------------------------------------------------- S4-2 date last revised = 7/3/1987 keys = aux active charge = -2.0 * 1 element(s): 4.0000 S 5 species in aqueous dissociation reaction: -1.0000 S4-2 2.0000 S2-2 2.0000 H+ 0.5000 O2(g) -1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=S4-2 -62.5815 -52.9941 -46.3572 -41.5720 -38.0730 -35.5601 -33.9356 -33.4270 +-------------------------------------------------------------------- S5-2 date last revised = 7/3/1987 keys = aux active charge = -2.0 * 1 element(s): 5.0000 S 6 species in aqueous dissociation reaction: -1.0000 S5-2 2.0000 S2-2 1.0000 HS- 3.0000 H+ 1.0000 O2(g) -2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=S5-2 -111.2102 -93.5788 -81.2363 -72.2339 -65.5455 -60.6097 -57.2082 -55.6497 +-------------------------------------------------------------------- H2S date last revised = 6/26/1987 keys = aux active charge = 0.0 * 2 element(s): 2.0000 H 1.0000 S 3 species in aqueous dissociation reaction: -1.0000 H2S 1.0000 H+ 1.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=H2S -7.4159 -6.7212 -6.4827 -6.4960 -6.6831 -7.0225 -7.5536 -8.4996 +-------------------------------------------------------------------- OCN- date last revised = 11/11/199 keys = aux active charge = -1.0 * 3 element(s): 1.0000 O 1.0000 C 1.0000 N 3 species in aqueous dissociation reaction: -1.0000 OCN- 0.5000 O2(g) 1.0000 CN- **** logK grid [T, P @ Miscellaneous parameters]=OCN- -52.0172 -43.2428 -36.8098 -31.8897 -28.0041 -24.8576 -22.2587 -20.0766 +-------------------------------------------------------------------- SCN- date last revised = 11/11/199 keys = aux active charge = -1.0 * 3 element(s): 1.0000 S 1.0000 C 1.0000 N 6 species in aqueous dissociation reaction: -1.0000 SCN- -1.5000 O2(g) -1.0000 H2O 1.0000 SO4-2 1.0000 CN- 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=SCN- 83.6251 67.4019 55.1118 45.4215 37.4873 30.7380 24.7014 18.7393 +-------------------------------------------------------------------- SeCN- date last revised = 11/11/199 keys = aux active charge = -1.0 * 3 element(s): 1.0000 Se 1.0000 C 1.0000 N 6 species in aqueous dissociation reaction: -1.0000 SeCN- -1.0000 O2(g) -1.0000 H2O 1.0000 CN- 1.0000 SeO3-2 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=SeCN- 9.6466 5.2393 1.5924 -1.5078 -4.2559 -6.8235 -9.4268 -12.5422 +-------------------------------------------------------------------- S2O4-2 date last revised = 11/13/199 keys = aux active charge = -2.0 * 2 element(s): 2.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 S2O4-2 0.5000 O2(g) 1.0000 S2O3-2 **** logK grid [T, P @ Miscellaneous parameters]=S2O4-2 -15.2554 -12.2683 -10.0935 -8.4392 -7.1402 -6.0958 -5.2415 -4.5258 +-------------------------------------------------------------------- S2O5-2 date last revised = 11/13/199 keys = aux active charge = -2.0 * 2 element(s): 2.0000 S 5.0000 O 3 species in aqueous dissociation reaction: -1.0000 S2O5-2 1.0000 O2(g) 1.0000 S2O3-2 **** logK grid [T, P @ Miscellaneous parameters]=S2O5-2 -52.0873 -42.6748 -35.7867 -30.5250 -26.3750 -23.0201 -20.2552 -17.9302 +-------------------------------------------------------------------- S2O6-2 date last revised = 11/13/199 keys = aux active charge = -2.0 * 2 element(s): 2.0000 S 6.0000 O 3 species in aqueous dissociation reaction: -1.0000 S2O6-2 1.5000 O2(g) 1.0000 S2O3-2 **** logK grid [T, P @ Miscellaneous parameters]=S2O6-2 -86.0802 -70.7489 -59.5231 -50.9444 -44.1755 -38.7006 -34.1857 -30.3886 +-------------------------------------------------------------------- S3O6-2 date last revised = 11/13/199 keys = aux active charge = -2.0 * 2 element(s): 3.0000 S 6.0000 O 5 species in aqueous dissociation reaction: -1.0000 S3O6-2 1.0000 O2(g) 1.0000 H+ 1.5000 S2O3-2 -0.5000 H2O **** logK grid [T, P @ Miscellaneous parameters]=S3O6-2 -56.6771 -46.8294 -39.7970 -34.5570 -30.5537 -27.4695 -25.1474 -23.6303 +-------------------------------------------------------------------- S4O6-2 date last revised = 11/13/199 keys = aux active charge = -2.0 * 2 element(s): 4.0000 S 6.0000 O 5 species in aqueous dissociation reaction: -1.0000 S4O6-2 0.5000 O2(g) 2.0000 H+ 2.0000 S2O3-2 -1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=S4O6-2 -44.1407 -38.0265 -33.9678 -31.1776 -29.2770 -28.0855 -27.5911 -28.1008 +-------------------------------------------------------------------- S5O6-2 date last revised = 11/13/199 keys = aux active charge = -2.0 * 2 element(s): 5.0000 S 6.0000 O 4 species in aqueous dissociation reaction: -1.0000 S5O6-2 3.0000 H+ 2.5000 S2O3-2 -1.5000 H2O **** logK grid [T, P @ Miscellaneous parameters]=S5O6-2 -1.0519 -1.7128 -2.7342 -3.9185 -5.2488 -6.7872 -8.7217 -11.6595 +-------------------------------------------------------------------- HS2O3- date last revised = 11/13/199 keys = aux active charge = -1.0 * 3 element(s): 1.0000 H 2.0000 S 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 HS2O3- 1.0000 H+ 1.0000 S2O3-2 **** logK grid [T, P @ Miscellaneous parameters]=HS2O3- -1.6098 -1.8395 -2.2537 -2.7473 -3.3025 -3.9364 -4.7125 -5.8310 +-------------------------------------------------------------------- aqueous species +-------------------------------------------------------------------- OH- date last revised = 11/6/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 O 1.0000 H 3 species in aqueous dissociation reaction: -1.0000 OH- -1.0000 H+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=OH- 14.9398 13.2707 12.2551 11.6308 11.2836 11.1675 11.3002 11.8279 +-------------------------------------------------------------------- CO3-2 date last revised = 11/6/1997 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 CO3-2 -1.0000 H+ 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=CO3-2 10.6241 10.1687 10.0836 10.2003 10.4648 10.8707 11.4638 12.3746 +-------------------------------------------------------------------- H2PO4- date last revised = 11/6/1997 keys = aqueous active charge = -1.0 * 3 element(s): 2.0000 H 1.0000 P 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 H2PO4- 1.0000 H+ 1.0000 HPO4-2 **** logK grid [T, P @ Miscellaneous parameters]=H2PO4- -7.3231 -7.1813 -7.2876 -7.5259 -7.8671 -8.3189 -8.9357 -9.8633 +-------------------------------------------------------------------- HSO3- date last revised = 11/7/1997 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 S 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 HSO3- 1.0000 SO3-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HSO3- -7.1216 -7.3734 -7.8262 -8.3669 -8.9769 -9.6733 -10.5203 -11.6753 +-------------------------------------------------------------------- HSO4- date last revised = 11/7/1997 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 HSO4- 1.0000 H+ 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=HSO4- -1.7193 -2.3009 -3.0002 -3.7234 -4.4683 -5.2633 -6.1799 -7.4038 +-------------------------------------------------------------------- BO2- date last revised = 11/6/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 B 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 BO2- -1.0000 H+ -1.0000 H2O 1.0000 B(OH)3 **** logK grid [T, P @ Miscellaneous parameters]=BO2- 9.5435 9.0447 8.8138 8.7333 8.7727 8.9387 9.2915 10.0483 +-------------------------------------------------------------------- BF4- date last revised = 2/16/1988 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 B 4.0000 F 5 species in aqueous dissociation reaction: -1.0000 BF4- -3.0000 H2O 1.0000 B(OH)3 3.0000 H+ 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=BF4- -18.4183 -17.8681 -18.0717 -18.6949 -19.6473 -20.9452 -22.7386 -25.3979 +-------------------------------------------------------------------- HF2- date last revised = 7/12/1987 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 H 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 HF2- 1.0000 H+ 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=HF2- -2.2376 -2.8472 -3.3848 -3.8802 -4.3743 -4.9146 -5.5779 -6.4803 +-------------------------------------------------------------------- NH3 date last revised = 7/13/1987 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 N 3.0000 H 3 species in aqueous dissociation reaction: -1.0000 NH3 1.0000 NH4+ -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=NH3 10.0691 8.5377 7.4010 6.5156 5.7992 5.1995 4.6767 4.1863 +-------------------------------------------------------------------- H3PO4 date last revised = 7/11/1987 keys = aqueous active charge = 0.0 * 3 element(s): 3.0000 H 1.0000 P 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 H3PO4 1.0000 HPO4-2 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H3PO4 -9.3933 -9.4801 -9.8805 -10.4425 -11.1429 -12.0169 -13.1928 -15.0997 +-------------------------------------------------------------------- SO2 date last revised = 7/13/1987 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 S 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 SO2 1.0000 SO3-2 2.0000 H+ -1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=SO2 -8.7744 -9.5049 -10.5842 -11.8043 -13.1300 -14.5948 -16.3300 -18.7774 +-------------------------------------------------------------------- HF date last revised = 2/7/1989 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 H 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 HF 1.0000 F- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HF -2.9848 -3.3833 -3.8482 -4.3381 -4.8589 -5.4367 -6.1354 -7.1189 +-------------------------------------------------------------------- LaCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 La 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 LaCl+2 1.0000 La+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=LaCl+2 -0.1428 -0.5399 -1.0844 -1.6879 -2.3436 -3.0759 -3.9546 -5.1448 +-------------------------------------------------------------------- LaCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 La 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 LaCl2+ 1.0000 La+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=LaCl2+ 0.2679 -0.2745 -1.0309 -1.8935 -2.8672 -4.0076 -5.4556 -7.5333 +-------------------------------------------------------------------- LaCl3 date last revised = 6/2/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 La 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 LaCl3 1.0000 La+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=LaCl3 0.5199 0.1807 -0.3841 -1.1060 -2.0153 -3.2022 -4.8809 -7.5484 +-------------------------------------------------------------------- LaCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 La 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 LaCl4- 1.0000 La+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=LaCl4- 0.6731 0.9107 0.9713 0.8563 0.5260 -0.1066 -1.2495 -3.4268 +-------------------------------------------------------------------- LaF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 La 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 LaF+2 1.0000 La+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=LaF+2 -3.4954 -4.2547 -5.0669 -5.8759 -6.6998 -7.5802 -8.5962 -9.8424 +-------------------------------------------------------------------- LaF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 La 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 LaF2+ 1.0000 La+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=LaF2+ -6.4627 -7.0084 -7.7771 -8.6495 -9.6375 -10.8045 -12.2959 -14.3473 +-------------------------------------------------------------------- LaF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 La 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 LaF3 1.0000 La+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=LaF3 -8.8062 -8.7482 -9.0467 -9.5725 -10.3426 -11.4448 -13.0905 -15.6315 +-------------------------------------------------------------------- LaF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 La 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 LaF4- 1.0000 La+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=LaF4- -11.0700 -9.8254 -9.0693 -8.6603 -8.5876 -8.9184 -9.8618 -11.9525 +-------------------------------------------------------------------- LaOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 La 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 LaOH+2 -1.0000 H+ 1.0000 La+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=LaOH+2 10.0126 7.4945 5.6981 4.3552 3.3062 2.4502 1.7202 1.1772 +-------------------------------------------------------------------- LaO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 La 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 LaO+ -2.0000 H+ 1.0000 La+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=LaO+ 20.7702 16.0456 12.7924 10.4238 8.6167 7.1711 5.9518 5.0243 +-------------------------------------------------------------------- LaO2H date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 La 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 LaO2H -3.0000 H+ 1.0000 La+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=LaO2H 31.8305 24.7724 20.0972 16.8250 14.4352 12.6109 11.1377 10.0287 +-------------------------------------------------------------------- LaO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 La 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 LaO2- -4.0000 H+ 1.0000 La+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=LaO2- 45.6878 36.8350 30.7724 26.4124 23.1679 20.6941 18.7991 17.6919 +-------------------------------------------------------------------- LaNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 La 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 LaNO3+2 1.0000 La+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=LaNO3+2 -1.1262 -0.2283 0.1477 0.2499 0.1655 -0.0812 -0.5259 -1.3596 +-------------------------------------------------------------------- LaHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 La 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 LaHCO3+2 1.0000 La+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=LaHCO3+2 -1.9595 -2.1383 -2.5824 -3.1348 -3.7653 -4.4866 -5.3584 -6.5132 +-------------------------------------------------------------------- LaH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 La 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 LaH2PO4+2 1.0000 La+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=LaH2PO4+2 -10.1687 -9.5759 -9.6688 -10.1094 -10.8011 -11.7418 -13.0334 -14.9961 +-------------------------------------------------------------------- LaCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 La 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 LaCO3+ 1.0000 La+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=LaCO3+ 3.2078 3.2418 3.3375 3.4319 3.4797 3.4292 3.1826 2.4463 +-------------------------------------------------------------------- LaSO4+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 La 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 LaSO4+ 1.0000 La+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=LaSO4+ -3.3854 -3.9156 -4.4471 -4.9844 -5.5852 -6.3336 -7.3883 -9.0774 +-------------------------------------------------------------------- CeBr+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Ce 1.0000 Br 3 species in aqueous dissociation reaction: -1.0000 CeBr+2 1.0000 Ce+3 1.0000 Br- **** logK grid [T, P @ Miscellaneous parameters]=CeBr+2 -0.3982 -0.4649 -0.7904 -1.2393 -1.7826 -2.4317 -3.2456 -4.3471 +-------------------------------------------------------------------- CeCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Ce 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CeCl+2 1.0000 Ce+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CeCl+2 -0.1380 -0.5548 -1.1434 -1.8019 -2.5196 -3.3195 -4.2679 -5.4783 +-------------------------------------------------------------------- CeCl2+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ce 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CeCl2+ 1.0000 Ce+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CeCl2+ 0.2136 -0.3703 -1.1753 -2.0892 -3.1173 -4.3154 -5.8225 -7.9081 +-------------------------------------------------------------------- CeCl3 date last revised = 6/2/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ce 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CeCl3 1.0000 Ce+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CeCl3 0.5778 0.1316 -0.5128 -1.2985 -2.2626 -3.4992 -5.2231 -7.8937 +-------------------------------------------------------------------- CeCl4- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ce 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CeCl4- 1.0000 Ce+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CeCl4- 0.7004 0.7602 0.7103 0.5188 0.1298 -0.5531 -1.7409 -3.8999 +-------------------------------------------------------------------- CeF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Ce 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 CeF+2 1.0000 Ce+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=CeF+2 -3.9226 -4.5806 -5.3483 -6.1440 -6.9752 -7.8780 -8.9254 -10.1661 +-------------------------------------------------------------------- CeF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ce 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 CeF2+ 1.0000 Ce+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=CeF2+ -7.1291 -7.5336 -8.2170 -9.0379 -9.9978 -11.1545 -12.6470 -14.6633 +-------------------------------------------------------------------- CeF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ce 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 CeF3 1.0000 Ce+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=CeF3 -9.6944 -9.4855 -9.6747 -10.1201 -10.8312 -11.8910 -13.5060 -15.9865 +-------------------------------------------------------------------- CeF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ce 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 CeF4- 1.0000 Ce+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=CeF4- -12.1588 -10.7908 -9.9245 -9.4221 -9.2720 -9.5395 -10.4274 -12.4031 +-------------------------------------------------------------------- CeOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Ce 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 CeOH+2 -1.0000 H+ 1.0000 Ce+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CeOH+2 9.7847 7.2725 5.4560 4.0798 2.9882 2.0823 1.2982 0.7458 +-------------------------------------------------------------------- CeO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ce 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 CeO+ -2.0000 H+ 1.0000 Ce+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CeO+ 18.8686 14.3986 11.3089 9.0481 7.3103 5.9054 4.7062 3.8262 +-------------------------------------------------------------------- CeO2H date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Ce 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 CeO2H -3.0000 H+ 1.0000 Ce+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CeO2H 29.9402 23.1239 18.6244 15.4837 13.1932 11.4443 10.0298 9.0057 +-------------------------------------------------------------------- CeO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ce 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 CeO2- -4.0000 H+ 1.0000 Ce+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CeO2- 43.4833 34.9106 29.0505 24.8404 21.7070 19.3137 17.4745 16.4358 +-------------------------------------------------------------------- CeNO3+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Ce 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 CeNO3+2 1.0000 Ce+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=CeNO3+2 -1.8815 -0.9533 -0.5850 -0.5104 -0.6361 -0.9343 -1.4359 -2.2698 +-------------------------------------------------------------------- CeHCO3+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Ce 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 CeHCO3+2 1.0000 Ce+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=CeHCO3+2 -1.8627 -2.0957 -2.6092 -3.2361 -3.9443 -4.7462 -5.6993 -6.8857 +-------------------------------------------------------------------- CeH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Ce 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 CeH2PO4+2 1.0000 Ce+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=CeH2PO4+2 -10.0699 -9.5349 -9.7000 -10.2172 -10.9884 -12.0111 -13.3846 -15.3743 +-------------------------------------------------------------------- CeCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Ce 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 CeCO3+ 1.0000 Ce+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=CeCO3+ 2.9013 2.9641 3.0444 3.1016 3.0986 2.9881 2.6788 1.9408 +-------------------------------------------------------------------- CeSO4+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Ce 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 CeSO4+ 1.0000 Ce+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=CeSO4+ -3.3915 -3.9323 -4.5354 -5.1736 -5.8919 -6.7680 -7.9543 -9.7257 +-------------------------------------------------------------------- PrCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Pr 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PrCl+2 1.0000 Pr+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PrCl+2 -0.1307 -0.5441 -1.0854 -1.6804 -2.3281 -3.0563 -3.9337 -5.0767 +-------------------------------------------------------------------- PrCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Pr 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PrCl2+ 1.0000 Pr+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PrCl2+ 0.2189 -0.3520 -1.0866 -1.9097 -2.8389 -3.9362 -5.3433 -7.3339 +-------------------------------------------------------------------- PrCl3 date last revised = 6/2/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Pr 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PrCl3 1.0000 Pr+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PrCl3 0.4987 0.0945 -0.4363 -1.0845 -1.9037 -2.9951 -4.5772 -7.1090 +-------------------------------------------------------------------- PrCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Pr 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PrCl4- 1.0000 Pr+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PrCl4- 0.6946 0.8073 0.9083 0.9013 0.7086 0.2244 -0.7673 -2.7396 +-------------------------------------------------------------------- PrF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Pr 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 PrF+2 1.0000 Pr+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=PrF+2 -3.9053 -4.5784 -5.3123 -6.0551 -6.8249 -7.6632 -8.6460 -9.8225 +-------------------------------------------------------------------- PrF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Pr 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 PrF2+ 1.0000 Pr+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=PrF2+ -7.1858 -7.5981 -8.2266 -8.9685 -9.8395 -10.9038 -12.3043 -14.2301 +-------------------------------------------------------------------- PrF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Pr 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 PrF3 1.0000 Pr+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=PrF3 -9.8295 -9.6105 -9.7094 -10.0352 -10.6154 -11.5416 -13.0242 -15.3736 +-------------------------------------------------------------------- PrF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Pr 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 PrF4- 1.0000 Pr+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=PrF4- -12.3006 -10.8993 -9.8965 -9.2211 -8.8845 -8.9626 -9.6644 -11.4662 +-------------------------------------------------------------------- PrOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Pr 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 PrOH+2 -1.0000 H+ 1.0000 Pr+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=PrOH+2 9.6243 7.1460 5.3766 4.0499 3.0075 2.1492 1.4106 0.9007 +-------------------------------------------------------------------- PrO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Pr 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 PrO+ -2.0000 H+ 1.0000 Pr+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=PrO+ 19.8262 15.2205 12.0533 9.7468 7.9827 6.5642 5.3602 4.4825 +-------------------------------------------------------------------- PrO2H date last revised = 10/11/200 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Pr 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 PrO2H -3.0000 H+ 1.0000 Pr+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=PrO2H 30.4140 23.5405 19.0140 15.8614 13.5676 11.8203 10.4103 9.3945 +-------------------------------------------------------------------- PrO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Pr 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 PrO2- -4.0000 H+ 1.0000 Pr+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=PrO2- 42.1949 33.8411 28.1562 24.0889 21.0751 18.7841 17.0348 16.0811 +-------------------------------------------------------------------- PrNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Pr 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 PrNO3+2 1.0000 Pr+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=PrNO3+2 -1.1662 -0.3238 0.0265 0.1147 0.0197 -0.2385 -0.6954 -1.4851 +-------------------------------------------------------------------- PrHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Pr 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 PrHCO3+2 1.0000 Pr+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=PrHCO3+2 -2.2073 -1.7874 -1.7768 -1.9716 -2.3118 -2.7912 -3.4568 -4.4359 +-------------------------------------------------------------------- PrH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Pr 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 PrH2PO4+2 1.0000 Pr+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=PrH2PO4+2 -9.9867 -9.4532 -9.5747 -10.0312 -10.7346 -11.6872 -12.9912 -14.9152 +-------------------------------------------------------------------- PrCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Pr 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 PrCO3+ 1.0000 Pr+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=PrCO3+ 2.7358 2.8293 2.9674 3.0906 3.1554 3.1117 2.8660 2.1831 +-------------------------------------------------------------------- PrSO4+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Pr 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 PrSO4+ 1.0000 Pr+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=PrSO4+ -3.3725 -3.9350 -4.5184 -5.1200 -5.7938 -6.6221 -7.7598 -9.4830 +-------------------------------------------------------------------- NdCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Nd 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 NdCl+2 1.0000 Nd+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=NdCl+2 -0.1254 -0.5436 -1.0749 -1.6530 -2.2796 -2.9835 -3.8353 -4.9692 +-------------------------------------------------------------------- NdCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Nd 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 NdCl2+ 1.0000 Nd+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=NdCl2+ 0.2318 -0.3495 -1.0559 -1.8343 -2.7105 -3.7502 -5.0981 -7.0453 +-------------------------------------------------------------------- NdCl3 date last revised = 6/2/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Nd 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 NdCl3 1.0000 Nd+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=NdCl3 0.5257 0.0971 -0.3835 -0.9506 -1.6731 -2.6598 -4.1341 -6.5765 +-------------------------------------------------------------------- NdCl4- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Nd 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 NdCl4- 1.0000 Nd+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=NdCl4- 0.7380 0.8115 0.9931 1.1154 1.0754 0.7547 -0.0697 -1.8907 +-------------------------------------------------------------------- NdF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Nd 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 NdF+2 1.0000 Nd+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=NdF+2 -4.0641 -4.7098 -5.4102 -6.1181 -6.8525 -7.6550 -8.6027 -9.7626 +-------------------------------------------------------------------- NdF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Nd 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 NdF2+ 1.0000 Nd+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=NdF2+ -7.4209 -7.7918 -8.3538 -9.0218 -9.8162 -10.8032 -12.1275 -13.9981 +-------------------------------------------------------------------- NdF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Nd 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 NdF3 1.0000 Nd+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=NdF3 -10.0545 -9.8007 -9.8060 -10.0175 -10.4749 -11.2752 -12.6325 -14.8779 +-------------------------------------------------------------------- NdF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Nd 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 NdF4- 1.0000 Nd+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=NdF4- -12.5872 -11.1571 -10.0239 -9.1806 -8.6604 -8.5490 -9.0612 -10.6954 +-------------------------------------------------------------------- NdOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Nd 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 NdOH+2 -1.0000 H+ 1.0000 Nd+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=NdOH+2 9.4664 7.0061 5.2428 3.9175 2.8747 2.0158 1.2764 0.7487 +-------------------------------------------------------------------- NdO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Nd 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 NdO+ -2.0000 H+ 1.0000 Nd+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=NdO+ 19.5883 15.0131 11.8610 9.5628 7.8040 6.3897 5.1887 4.2951 +-------------------------------------------------------------------- NdO2H date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Nd 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 NdO2H -3.0000 H+ 1.0000 Nd+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=NdO2H 30.1790 23.3319 18.8212 15.6797 13.3953 11.6571 10.2560 9.2299 +-------------------------------------------------------------------- NdO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Nd 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 NdO2- -4.0000 H+ 1.0000 Nd+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=NdO2- 41.6399 33.3620 27.7291 23.7004 20.7171 18.4517 16.7235 15.7672 +-------------------------------------------------------------------- NdNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Nd 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 NdNO3+2 1.0000 Nd+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=NdNO3+2 -1.3027 -0.4537 -0.0851 0.0265 -0.0423 -0.2723 -0.7001 -1.4773 +-------------------------------------------------------------------- NdHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Nd 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 NdHCO3+2 1.0000 Nd+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=NdHCO3+2 -1.7721 -2.0152 -2.4778 -3.0292 -3.6501 -4.3592 -5.2183 -6.3298 +-------------------------------------------------------------------- NdH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Nd 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 NdH2PO4+2 1.0000 Nd+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=NdH2PO4+2 -9.8916 -9.3812 -9.5061 -9.9559 -10.6462 -11.5811 -12.8649 -14.7840 +-------------------------------------------------------------------- NdCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Nd 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 NdCO3+ 1.0000 Nd+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=NdCO3+ 2.5778 2.6923 2.8462 2.9825 3.0595 3.0281 2.7951 2.1135 +-------------------------------------------------------------------- NdSO4+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Nd 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 NdSO4+ 1.0000 Nd+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=NdSO4+ -3.3665 -3.9400 -4.5307 -5.1361 -5.8104 -6.6361 -7.7691 -9.5053 +-------------------------------------------------------------------- SmCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Sm 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 SmCl+2 1.0000 Sm+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=SmCl+2 -0.1293 -0.5402 -1.0657 -1.6394 -2.2627 -2.9643 -3.8141 -4.9407 +-------------------------------------------------------------------- SmCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Sm 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 SmCl2+ 1.0000 Sm+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=SmCl2+ 0.3002 -0.2715 -0.9696 -1.7410 -2.6113 -3.6459 -4.9890 -6.9266 +-------------------------------------------------------------------- SmCl3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Sm 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 SmCl3 1.0000 Sm+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=SmCl3 0.5843 0.1837 -0.2741 -0.8228 -1.5306 -2.5057 -3.9702 -6.3950 +-------------------------------------------------------------------- SmCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Sm 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 SmCl4- 1.0000 Sm+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=SmCl4- 0.7790 0.9136 1.1440 1.3063 1.2999 1.0087 0.2111 -1.5828 +-------------------------------------------------------------------- SmF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Sm 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 SmF+2 1.0000 Sm+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=SmF+2 -4.0559 -4.7165 -5.4274 -6.1432 -6.8843 -7.6924 -8.6447 -9.8019 +-------------------------------------------------------------------- SmF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Sm 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 SmF2+ 1.0000 Sm+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=SmF2+ -7.4925 -7.8660 -8.4287 -9.0968 -9.8913 -10.8788 -12.2034 -14.0669 +-------------------------------------------------------------------- SmF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Sm 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 SmF3 1.0000 Sm+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=SmF3 -10.2119 -9.9372 -9.9250 -10.1221 -10.5680 -11.3592 -12.7089 -14.9384 +-------------------------------------------------------------------- SmF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Sm 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 SmF4- 1.0000 Sm+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=SmF4- -12.7562 -11.2833 -10.1147 -9.2422 -8.6977 -8.5658 -9.0608 -10.6803 +-------------------------------------------------------------------- SmOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Sm 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 SmOH+2 -1.0000 H+ 1.0000 Sm+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=SmOH+2 9.2966 6.8764 5.1350 3.8216 2.7843 1.9268 1.1864 0.6624 +-------------------------------------------------------------------- SmO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Sm 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 SmO+ -2.0000 H+ 1.0000 Sm+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=SmO+ 18.9362 14.4791 11.4054 9.1617 7.4418 6.0559 4.8766 4.0077 +-------------------------------------------------------------------- SmO2H date last revised = 10/11/200 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Sm 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 SmO2H -3.0000 H+ 1.0000 Sm+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=SmO2H 29.6807 22.9352 18.4819 15.3733 13.1061 11.3746 9.9732 8.9512 +-------------------------------------------------------------------- SmO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Sm 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 SmO2- -4.0000 H+ 1.0000 Sm+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=SmO2- 39.3817 31.4776 26.1023 22.2603 19.4169 17.2593 15.6171 14.7433 +-------------------------------------------------------------------- SmNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Sm 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 SmNO3+2 1.0000 Sm+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=SmNO3+2 -1.3368 -0.4449 -0.0446 0.0914 0.0421 -0.1720 -0.5865 -1.3506 +-------------------------------------------------------------------- SmHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Sm 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 SmHCO3+2 1.0000 Sm+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=SmHCO3+2 -1.7020 -1.9390 -2.3968 -2.9444 -3.5624 -4.2692 -5.1259 -6.2295 +-------------------------------------------------------------------- SmH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Sm 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 SmH2PO4+2 1.0000 Sm+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=SmH2PO4+2 -9.8292 -9.3107 -9.4291 -9.8737 -10.5599 -11.4914 -12.7720 -14.6853 +-------------------------------------------------------------------- SmCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Sm 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 SmCO3+ 1.0000 Sm+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=SmCO3+ 2.4138 2.5604 2.7378 2.8916 2.9818 2.9603 2.7345 2.0598 +-------------------------------------------------------------------- SmSO4+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Sm 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 SmSO4+ 1.0000 Sm+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=SmSO4+ -3.3625 -3.9434 -4.5401 -5.1517 -5.8330 -6.6672 -7.8107 -9.5505 +-------------------------------------------------------------------- EuCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Eu 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 EuCl+2 1.0000 Eu+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=EuCl+2 -0.1475 -0.5370 -1.0795 -1.6857 -2.3486 -3.0927 -3.9860 -5.1613 +-------------------------------------------------------------------- EuCl2+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Eu 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 EuCl2+ 1.0000 Eu+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=EuCl2+ 0.2559 -0.2674 -1.0184 -1.8841 -2.8677 -4.0239 -5.4912 -7.5591 +-------------------------------------------------------------------- EuCl3 date last revised = 6/2/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Eu 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 EuCl3 1.0000 Eu+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=EuCl3 0.5761 0.2628 -0.2989 -1.0305 -1.9585 -3.1715 -4.8808 -7.5463 +-------------------------------------------------------------------- EuCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Eu 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 EuCl4- 1.0000 Eu+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=EuCl4- 0.7131 1.0031 1.0774 0.9557 0.6059 -0.0554 -1.2326 -3.4194 +-------------------------------------------------------------------- EuF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Eu 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 EuF+2 1.0000 Eu+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=EuF+2 -4.1302 -4.8013 -5.5526 -6.3195 -7.1155 -7.9797 -8.9874 -10.1972 +-------------------------------------------------------------------- EuF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Eu 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 EuF2+ 1.0000 Eu+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=EuF2+ -7.5788 -7.9616 -8.6197 -9.4151 -10.3500 -11.4822 -12.9515 -14.9566 +-------------------------------------------------------------------- EuF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Eu 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 EuF3 1.0000 Eu+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=EuF3 -10.4061 -10.1067 -10.2441 -10.6590 -11.3527 -12.4041 -14.0169 -16.5027 +-------------------------------------------------------------------- EuF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Eu 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 EuF4- 1.0000 Eu+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=EuF4- -13.0042 -11.4457 -10.4847 -9.9364 -9.7687 -10.0365 -10.9401 -12.9826 +-------------------------------------------------------------------- EuOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Eu 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 EuOH+2 -1.0000 H+ 1.0000 Eu+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=EuOH+2 9.2037 6.8243 5.1255 3.8527 2.8539 2.0331 1.3281 0.8350 +-------------------------------------------------------------------- EuO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Eu 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 EuO+ -2.0000 H+ 1.0000 Eu+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=EuO+ 18.7591 14.3627 11.3452 9.1520 7.4780 6.1346 4.9957 4.1665 +-------------------------------------------------------------------- EuO2H date last revised = 10/11/200 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Eu 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 EuO2H -3.0000 H+ 1.0000 Eu+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=EuO2H 29.0955 22.4813 18.1194 15.0773 12.8597 11.1658 9.7931 8.7980 +-------------------------------------------------------------------- EuO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Eu 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 EuO2- -4.0000 H+ 1.0000 Eu+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=EuO2- 38.7906 31.0289 25.7541 21.9871 19.2021 17.0925 15.4933 14.6685 +-------------------------------------------------------------------- EuNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Eu 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 EuNO3+2 1.0000 Eu+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=EuNO3+2 -1.4650 -0.4841 -0.0510 0.0908 0.0324 -0.1989 -0.6360 -1.4378 +-------------------------------------------------------------------- EuHCO3+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Eu 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 EuHCO3+2 1.0000 Eu+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=EuHCO3+2 -1.5702 -1.7922 -2.2715 -2.8551 -3.5154 -4.2667 -5.1680 -6.3193 +-------------------------------------------------------------------- EuH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Eu 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 EuH2PO4+2 1.0000 Eu+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=EuH2PO4+2 -9.8594 -9.2974 -9.4165 -9.8812 -10.5971 -11.5631 -12.8807 -14.8386 +-------------------------------------------------------------------- EuCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Eu 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 EuCO3+ 1.0000 Eu+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=EuCO3+ 2.3237 2.5013 2.7013 2.8731 2.9783 2.9693 2.7524 2.0642 +-------------------------------------------------------------------- EuSO4+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Eu 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 EuSO4+ 1.0000 Eu+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=EuSO4+ -3.3565 -3.9485 -4.5533 -5.1703 -5.8547 -6.6897 -7.8313 -9.5683 +-------------------------------------------------------------------- EuF+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Eu 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 EuF+ 1.0000 Eu+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=EuF+ 1.6077 1.1324 0.4277 -0.3560 -1.1963 -2.1128 -3.1733 -4.5204 +-------------------------------------------------------------------- EuF2 date last revised = 6/2/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Eu 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 EuF2 1.0000 Eu+2 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=EuF2 2.2324 1.7656 0.7704 -0.4443 -1.8206 -3.3884 -5.2786 -7.7857 +-------------------------------------------------------------------- EuF3- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Eu 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 EuF3- 1.0000 Eu+2 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=EuF3- 2.4031 2.3741 1.4072 0.0439 -1.5693 -3.4177 -5.6081 -8.4479 +-------------------------------------------------------------------- EuF4-2 date last revised = 1/21/1998 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Eu 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 EuF4-2 1.0000 Eu+2 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=EuF4-2 1.9879 3.2045 2.8503 1.7832 0.2855 -1.5563 -3.8130 -6.8703 +-------------------------------------------------------------------- EuCl+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Eu 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 EuCl+ 1.0000 Eu+2 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=EuCl+ -0.2563 -0.4822 -1.0036 -1.6535 -2.3940 -3.2349 -4.2395 -5.5717 +-------------------------------------------------------------------- EuCl2 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Eu 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 EuCl2 1.0000 Eu+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=EuCl2 -1.2641 -1.3863 -2.1191 -3.1325 -4.3428 -5.7602 -7.5038 -9.9560 +-------------------------------------------------------------------- EuCl3- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Eu 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 EuCl3- 1.0000 Eu+2 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=EuCl3- -2.2282 -2.0573 -2.8582 -4.1043 -5.6388 -7.4396 -9.6156 -12.5432 +-------------------------------------------------------------------- EuCl4-2 date last revised = 1/21/1998 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Eu 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 EuCl4-2 1.0000 Eu+2 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=EuCl4-2 -3.3888 -2.6981 -3.4002 -4.7432 -6.4780 -8.5333 -10.9856 -14.1668 +-------------------------------------------------------------------- GdCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Gd 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 GdCl+2 1.0000 Gd+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=GdCl+2 -0.1323 -0.5511 -1.1188 -1.7476 -2.4320 -3.1974 -4.1116 -5.2909 +-------------------------------------------------------------------- GdCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Gd 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 GdCl2+ 1.0000 Gd+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=GdCl2+ 0.2916 -0.3010 -1.1125 -2.0318 -3.0646 -4.2673 -5.7790 -7.8699 +-------------------------------------------------------------------- GdCl3 date last revised = 6/2/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Gd 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 GdCl3 1.0000 Gd+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=GdCl3 0.6457 0.1974 -0.4808 -1.3121 -2.3271 -3.6168 -5.3947 -8.1196 +-------------------------------------------------------------------- GdCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Gd 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 GdCl4- 1.0000 Gd+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=GdCl4- 0.8359 0.8886 0.7600 0.4632 -0.0420 -0.8451 -2.1537 -4.4337 +-------------------------------------------------------------------- GdF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Gd 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 GdF+2 1.0000 Gd+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=GdF+2 -4.3150 -4.9168 -5.6210 -6.3547 -7.1274 -7.9755 -8.9724 -10.1667 +-------------------------------------------------------------------- GdF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Gd 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 GdF2+ 1.0000 Gd+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=GdF2+ -7.8472 -8.1440 -8.7487 -9.5096 -10.4225 -11.5415 -13.0037 -14.9974 +-------------------------------------------------------------------- GdF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Gd 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 GdF3 1.0000 Gd+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=GdF3 -10.7426 -10.3699 -10.4714 -10.8697 -11.5585 -12.6123 -14.2324 -16.7261 +-------------------------------------------------------------------- GdF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Gd 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 GdF4- 1.0000 Gd+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=GdF4- -13.3793 -11.8155 -10.8793 -10.3688 -10.2457 -10.5616 -11.5114 -13.5577 +-------------------------------------------------------------------- GdOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Gd 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 GdOH+2 -1.0000 H+ 1.0000 Gd+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=GdOH+2 9.2360 6.8064 5.0953 3.8269 2.8403 2.0345 1.3450 0.8817 +-------------------------------------------------------------------- GdO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Gd 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 GdO+ -2.0000 H+ 1.0000 Gd+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=GdO+ 18.7979 14.3400 11.3040 9.1117 7.4480 6.1184 4.9938 4.1859 +-------------------------------------------------------------------- GdO2H date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Gd 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 GdO2H -3.0000 H+ 1.0000 Gd+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=GdO2H 28.9890 22.3211 17.9735 14.9753 12.8164 11.1885 9.8856 8.9643 +-------------------------------------------------------------------- GdO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Gd 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 GdO2- -4.0000 H+ 1.0000 Gd+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=GdO2- 38.7718 30.9292 25.6470 21.9047 19.1595 17.0953 15.5396 14.7491 +-------------------------------------------------------------------- GdNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Gd 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 GdNO3+2 1.0000 Gd+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=GdNO3+2 -0.9178 -0.1364 0.1467 0.1698 0.0132 -0.3029 -0.8137 -1.6514 +-------------------------------------------------------------------- GdHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Gd 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 GdHCO3+2 1.0000 Gd+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=GdHCO3+2 -1.6170 -1.8891 -2.4090 -3.0272 -3.7188 -4.5001 -5.4307 -6.5943 +-------------------------------------------------------------------- GdH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Gd 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 GdH2PO4+2 1.0000 Gd+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=GdH2PO4+2 -9.8243 -9.3284 -9.4998 -10.0080 -10.7623 -11.7636 -13.1138 -15.0818 +-------------------------------------------------------------------- GdCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Gd 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 GdCO3+ 1.0000 Gd+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=GdCO3+ 2.4198 2.5554 2.7243 2.8709 2.9541 2.9253 2.6925 2.0261 +-------------------------------------------------------------------- GdSO4+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Gd 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 GdSO4+ 1.0000 Gd+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=GdSO4+ -3.3665 -3.9400 -4.5316 -5.1396 -5.8186 -6.6514 -7.7929 -9.5177 +-------------------------------------------------------------------- TbCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Tb 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TbCl+2 1.0000 Tb+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TbCl+2 -0.0722 -0.4665 -1.0157 -1.6299 -2.3022 -3.0571 -3.9617 -5.1323 +-------------------------------------------------------------------- TbCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Tb 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TbCl2+ 1.0000 Tb+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TbCl2+ 0.2439 -0.2602 -1.0055 -1.8728 -2.8630 -4.0293 -5.5089 -7.5739 +-------------------------------------------------------------------- TbCl3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Tb 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TbCl3 1.0000 Tb+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TbCl3 0.5544 0.2756 -0.2763 -1.0110 -1.9505 -3.1809 -4.9109 -7.5787 +-------------------------------------------------------------------- TbCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Tb 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TbCl4- 1.0000 Tb+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TbCl4- 0.6730 1.0279 1.1252 1.0055 0.6452 -0.0345 -1.2347 -3.4350 +-------------------------------------------------------------------- TbF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Tb 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 TbF+2 1.0000 Tb+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=TbF+2 -4.3629 -5.0114 -5.7494 -6.5091 -7.3025 -8.1679 -9.1789 -10.3760 +-------------------------------------------------------------------- TbF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Tb 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 TbF2+ 1.0000 Tb+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=TbF2+ -8.0529 -8.3755 -8.9978 -9.7720 -10.6958 -11.8242 -13.2944 -15.2856 +-------------------------------------------------------------------- TbF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Tb 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 TbF3 1.0000 Tb+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=TbF3 -10.9679 -10.5842 -10.6754 -11.0656 -11.7489 -12.7999 -14.4188 -16.8945 +-------------------------------------------------------------------- TbF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Tb 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 TbF4- 1.0000 Tb+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=TbF4- -13.7383 -12.0516 -11.0211 -10.4358 -10.2514 -10.5167 -11.4276 -13.4742 +-------------------------------------------------------------------- TbOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Tb 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 TbOH+2 -1.0000 H+ 1.0000 Tb+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TbOH+2 9.1168 6.7612 5.0759 3.8100 2.8131 1.9902 1.2807 0.7993 +-------------------------------------------------------------------- TbO+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Tb 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 TbO+ -2.0000 H+ 1.0000 Tb+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TbO+ 18.5901 14.2336 11.2410 9.0634 7.3983 6.0585 4.9205 4.1083 +-------------------------------------------------------------------- TbO2H date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Tb 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 TbO2H -3.0000 H+ 1.0000 Tb+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TbO2H 28.6827 22.1498 17.8357 14.8216 12.6187 10.9295 9.5550 8.5739 +-------------------------------------------------------------------- TbO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Tb 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 TbO2- -4.0000 H+ 1.0000 Tb+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TbO2- 38.4560 30.7668 25.5343 21.7920 19.0203 16.9158 15.3177 14.5132 +-------------------------------------------------------------------- TbNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Tb 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 TbNO3+2 1.0000 Tb+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=TbNO3+2 -1.0837 -0.1312 0.2779 0.3987 0.3211 0.0715 -0.3830 -1.1898 +-------------------------------------------------------------------- TbHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Tb 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 TbHCO3+2 1.0000 Tb+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=TbHCO3+2 -2.0128 -1.5542 -1.5372 -1.7399 -2.0954 -2.5936 -3.2797 -4.2858 +-------------------------------------------------------------------- TbH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Tb 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 TbH2PO4+2 1.0000 Tb+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=TbH2PO4+2 -9.7882 -9.2235 -9.3439 -9.8125 -10.5345 -11.5086 -12.8353 -14.7873 +-------------------------------------------------------------------- TbCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Tb 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 TbCO3+ 1.0000 Tb+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=TbCO3+ 2.3128 2.5030 2.6900 2.8314 2.8916 2.8267 2.5579 2.0004 +-------------------------------------------------------------------- TbSO4+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Tb 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 TbSO4+ 1.0000 Tb+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=TbSO4+ -3.3725 -3.9350 -4.5184 -5.1200 -5.7938 -6.6220 -7.7595 -9.4819 +-------------------------------------------------------------------- DyCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Dy 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 DyCl+2 1.0000 Dy+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=DyCl+2 -0.0815 -0.4665 -1.0297 -1.6669 -2.3655 -3.1476 -4.0796 -5.2871 +-------------------------------------------------------------------- DyCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Dy 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 DyCl2+ 1.0000 Dy+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=DyCl2+ 0.2176 -0.2594 -1.0413 -1.9708 -3.0341 -4.2779 -5.8363 -7.9919 +-------------------------------------------------------------------- DyCl3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Dy 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 DyCl3 1.0000 Dy+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=DyCl3 0.5033 0.2783 -0.3418 -1.1944 -2.2748 -3.6563 -5.5413 -8.3697 +-------------------------------------------------------------------- DyCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Dy 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 DyCl4- 1.0000 Dy+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=DyCl4- 0.5894 1.0334 1.0229 0.7156 0.1312 -0.7885 -2.2343 -4.6980 +-------------------------------------------------------------------- DyF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Dy 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 DyF+2 1.0000 Dy+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=DyF+2 -4.3602 -5.0216 -5.7899 -6.5850 -7.4151 -8.3164 -9.3622 -10.5998 +-------------------------------------------------------------------- DyF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Dy 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 DyF2+ 1.0000 Dy+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=DyF2+ -8.0592 -8.3915 -9.0776 -9.9348 -10.9484 -12.1681 -13.7290 -15.8186 +-------------------------------------------------------------------- DyF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Dy 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 DyF3 1.0000 Dy+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=DyF3 -11.0710 -10.6728 -10.8610 -11.3910 -12.2325 -13.4487 -15.2342 -17.8802 +-------------------------------------------------------------------- DyF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Dy 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 DyF4- 1.0000 Dy+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=DyF4- -13.8720 -12.1391 -11.2479 -10.8744 -10.9337 -11.4556 -12.6286 -14.9647 +-------------------------------------------------------------------- DyOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Dy 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 DyOH+2 -1.0000 H+ 1.0000 Dy+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=DyOH+2 9.1113 6.7696 5.1044 3.8607 2.8870 2.0879 1.4024 0.9359 +-------------------------------------------------------------------- DyO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Dy 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 DyO+ -2.0000 H+ 1.0000 Dy+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=DyO+ 18.5025 14.1759 11.2149 9.0680 7.4325 6.1218 5.0124 4.2204 +-------------------------------------------------------------------- DyO2H date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Dy 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 DyO2H -3.0000 H+ 1.0000 Dy+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=DyO2H 28.4307 21.9571 17.6869 14.7069 12.5316 10.8657 9.5111 8.5419 +-------------------------------------------------------------------- DyO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Dy 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 DyO2- -4.0000 H+ 1.0000 Dy+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=DyO2- 37.6422 30.1025 24.9809 21.3249 18.6231 16.5778 15.0317 14.2701 +-------------------------------------------------------------------- DyNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Dy 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 DyNO3+2 1.0000 Dy+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=DyNO3+2 -0.7089 0.2204 0.5920 0.6720 0.5545 0.2669 -0.2236 -1.0795 +-------------------------------------------------------------------- DyHCO3+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Dy 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 DyHCO3+2 1.0000 Dy+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=DyHCO3+2 -1.6722 -1.8502 -2.3213 -2.9134 -3.5914 -4.3657 -5.2926 -6.4649 +-------------------------------------------------------------------- DyH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Dy 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 DyH2PO4+2 1.0000 Dy+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=DyH2PO4+2 -9.8034 -9.2184 -9.3447 -9.8297 -10.5727 -11.5694 -12.9193 -14.9076 +-------------------------------------------------------------------- DyCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Dy 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 DyCO3+ 1.0000 Dy+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=DyCO3+ 2.2337 2.4421 2.6646 2.8531 2.9706 2.9703 2.7582 2.0689 +-------------------------------------------------------------------- DySO4+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Dy 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 DySO4+ 1.0000 Dy+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=DySO4+ -3.3645 -3.9417 -4.5358 -5.1450 -5.8238 -6.6550 -7.7941 -9.5252 +-------------------------------------------------------------------- HoCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Ho 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 HoCl+2 1.0000 Ho+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=HoCl+2 -0.0755 -0.4687 -1.0301 -1.6616 -2.3532 -3.1279 -4.0524 -5.2454 +-------------------------------------------------------------------- HoCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ho 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 HoCl2+ 1.0000 Ho+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=HoCl2+ 0.2309 -0.2627 -1.0358 -1.9460 -2.9855 -4.2038 -5.7358 -7.8578 +-------------------------------------------------------------------- HoCl3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ho 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 HoCl3 1.0000 Ho+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=HoCl3 0.5314 0.2696 -0.3374 -1.1555 -2.1910 -3.5226 -5.3552 -8.1278 +-------------------------------------------------------------------- HoCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ho 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 HoCl4- 1.0000 Ho+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=HoCl4- 0.6356 1.0186 1.0277 0.7743 0.2602 -0.5812 -1.9453 -4.3159 +-------------------------------------------------------------------- HoF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Ho 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 HoF+2 1.0000 Ho+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=HoF+2 -4.4442 -5.0829 -5.8268 -6.5988 -7.4077 -8.2899 -9.3182 -10.5356 +-------------------------------------------------------------------- HoF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ho 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 HoF2+ 1.0000 Ho+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=HoF2+ -8.2199 -8.5182 -9.1584 -9.9679 -10.9350 -12.1103 -13.6291 -15.6739 +-------------------------------------------------------------------- HoF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ho 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 HoF3 1.0000 Ho+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=HoF3 -11.2230 -10.7998 -10.9298 -11.3909 -12.1603 -13.3045 -15.0195 -17.5945 +-------------------------------------------------------------------- HoF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ho 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 HoF4- 1.0000 Ho+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=HoF4- -14.0098 -12.2689 -11.3075 -10.8413 -10.7993 -11.2173 -12.2859 -14.5048 +-------------------------------------------------------------------- HoOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Ho 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 HoOH+2 -1.0000 H+ 1.0000 Ho+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HoOH+2 9.0371 6.6967 5.0317 3.7872 2.8118 2.0104 1.3220 0.8575 +-------------------------------------------------------------------- HoO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ho 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 HoO+ -2.0000 H+ 1.0000 Ho+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HoO+ 18.4303 14.1014 11.1378 8.9879 7.3491 6.0344 4.9204 4.1281 +-------------------------------------------------------------------- HoO2H date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Ho 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 HoO2H -3.0000 H+ 1.0000 Ho+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HoO2H 28.1223 21.6792 17.4374 14.4829 12.3304 10.6849 9.3489 8.3996 +-------------------------------------------------------------------- HoO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ho 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HoO2- -4.0000 H+ 1.0000 Ho+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HoO2- 37.6536 30.0950 24.9648 21.3051 18.6021 16.5565 15.0100 14.2494 +-------------------------------------------------------------------- HoNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Ho 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 HoNO3+2 1.0000 Ho+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=HoNO3+2 -0.7709 0.1405 0.5067 0.5868 0.4719 0.1881 -0.2978 -1.1396 +-------------------------------------------------------------------- HoHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Ho 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 HoHCO3+2 1.0000 Ho+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=HoHCO3+2 -1.6642 -1.8540 -2.3260 -2.9148 -3.5876 -4.3563 -5.2776 -6.4370 +-------------------------------------------------------------------- HoH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Ho 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 HoH2PO4+2 1.0000 Ho+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HoH2PO4+2 -9.8735 -9.2916 -9.4124 -9.8891 -10.6228 -11.6104 -12.9513 -14.9233 +-------------------------------------------------------------------- HoCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Ho 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 HoCO3+ 1.0000 Ho+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HoCO3+ 2.1577 2.3711 2.5971 2.7878 2.9063 2.9061 2.6943 2.0174 +-------------------------------------------------------------------- HoSO4+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Ho 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 HoSO4+ 1.0000 Ho+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=HoSO4+ -3.2845 -3.8741 -4.4773 -5.0939 -5.7791 -6.6160 -7.7603 -9.4906 +-------------------------------------------------------------------- ErCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Er 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 ErCl+2 1.0000 Er+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=ErCl+2 -0.1703 -0.5220 -1.0479 -1.6485 -2.3121 -3.0609 -3.9611 -5.1424 +-------------------------------------------------------------------- ErCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Er 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 ErCl2+ 1.0000 Er+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=ErCl2+ 0.1963 -0.2284 -0.9375 -1.7893 -2.7749 -3.9424 -5.4270 -7.5230 +-------------------------------------------------------------------- ErCl3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Er 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 ErCl3 1.0000 Er+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=ErCl3 0.4617 0.3379 -0.1431 -0.8500 -1.7872 -3.0311 -4.7850 -7.4807 +-------------------------------------------------------------------- ErCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Er 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 ErCl4- 1.0000 Er+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=ErCl4- 0.5118 1.1384 1.3671 1.3083 0.9697 0.2886 -0.9290 -3.2035 +-------------------------------------------------------------------- ErF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Er 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 ErF+2 1.0000 Er+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=ErF+2 -4.4150 -5.1057 -5.8829 -6.6770 -7.5008 -8.3927 -9.4270 -10.6490 +-------------------------------------------------------------------- ErF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Er 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 ErF2+ 1.0000 Er+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=ErF2+ -8.1885 -8.5397 -9.2053 -10.0257 -10.9949 -12.1667 -13.6782 -15.7181 +-------------------------------------------------------------------- ErF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Er 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 ErF3 1.0000 Er+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=ErF3 -11.2067 -10.8042 -10.9243 -11.3630 -12.1040 -13.2172 -14.9001 -17.4375 +-------------------------------------------------------------------- ErF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Er 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 ErF4- 1.0000 Er+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=ErF4- -14.1116 -12.3029 -11.2511 -10.6900 -10.5535 -10.8802 -11.8654 -14.0516 +-------------------------------------------------------------------- ErOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Er 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 ErOH+2 -1.0000 H+ 1.0000 Er+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ErOH+2 9.0126 6.7078 5.0432 3.7841 2.7873 1.9614 1.2481 0.7522 +-------------------------------------------------------------------- ErO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Er 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 ErO+ -2.0000 H+ 1.0000 Er+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ErO+ 18.3174 14.0513 11.1066 8.9554 7.3049 5.9738 4.8421 4.0282 +-------------------------------------------------------------------- ErO2H date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Er 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 ErO2H -3.0000 H+ 1.0000 Er+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ErO2H 27.8346 21.4962 17.2767 14.3056 12.1149 10.4188 9.0249 8.0192 +-------------------------------------------------------------------- ErO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Er 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 ErO2- -4.0000 H+ 1.0000 Er+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ErO2- 36.6403 29.3087 24.2928 20.6894 18.0096 15.9683 14.4176 13.6567 +-------------------------------------------------------------------- ErNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Er 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 ErNO3+2 1.0000 Er+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=ErNO3+2 -0.7617 0.2698 0.7292 0.8849 0.8342 0.6066 0.1698 -0.6539 +-------------------------------------------------------------------- ErHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Er 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 ErHCO3+2 1.0000 Er+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=ErHCO3+2 -1.7750 -1.8938 -2.3086 -2.8496 -3.4806 -4.2113 -5.0972 -6.2353 +-------------------------------------------------------------------- ErH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Er 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 ErH2PO4+2 1.0000 Er+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=ErH2PO4+2 -9.9083 -9.2603 -9.3277 -9.7594 -10.4537 -11.4055 -12.7140 -14.6728 +-------------------------------------------------------------------- ErCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Er 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 ErCO3+ 1.0000 Er+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=ErCO3+ 2.0597 2.3187 2.5784 2.7958 2.9369 2.9560 2.7579 2.0566 +-------------------------------------------------------------------- ErSO4+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Er 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 ErSO4+ 1.0000 Er+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=ErSO4+ -3.2865 -3.8724 -4.4728 -5.0864 -5.7684 -6.6015 -7.7417 -9.4777 +-------------------------------------------------------------------- TmCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Tm 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TmCl+2 1.0000 Tm+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TmCl+2 -0.0903 -0.4543 -0.9895 -1.5974 -2.2674 -3.0221 -3.9277 -5.1085 +-------------------------------------------------------------------- TmCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Tm 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TmCl2+ 1.0000 Tm+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TmCl2+ 0.1983 -0.2301 -0.9420 -1.7967 -2.7853 -3.9563 -5.4446 -7.5359 +-------------------------------------------------------------------- TmCl3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Tm 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TmCl3 1.0000 Tm+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TmCl3 0.4637 0.3362 -0.1476 -0.8570 -1.7967 -3.0435 -4.8002 -7.4933 +-------------------------------------------------------------------- TmCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Tm 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TmCl4- 1.0000 Tm+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TmCl4- 0.5178 1.1334 1.3537 1.2880 0.9430 0.2557 -0.9678 -3.2383 +-------------------------------------------------------------------- TmF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Tm 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 TmF+2 1.0000 Tm+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=TmF+2 -4.4970 -5.1717 -5.9371 -6.7228 -7.5404 -8.4281 -9.4594 -10.6739 +-------------------------------------------------------------------- TmF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Tm 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 TmF2+ 1.0000 Tm+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=TmF2+ -8.2705 -8.6057 -9.2596 -10.0717 -11.0353 -12.2035 -13.7129 -15.7436 +-------------------------------------------------------------------- TmF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Tm 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 TmF3 1.0000 Tm+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=TmF3 -11.2867 -10.8718 -10.9830 -11.4152 -12.1517 -13.2620 -14.9430 -17.4737 +-------------------------------------------------------------------- TmF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Tm 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 TmF4- 1.0000 Tm+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=TmF4- -14.1896 -12.3722 -11.3143 -10.7493 -10.6108 -10.9370 -11.9215 -14.0883 +-------------------------------------------------------------------- TmOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Tm 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 TmOH+2 -1.0000 H+ 1.0000 Tm+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TmOH+2 8.9265 6.6451 4.9972 3.7503 2.7623 1.9427 1.2339 0.7466 +-------------------------------------------------------------------- TmO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Tm 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 TmO+ -2.0000 H+ 1.0000 Tm+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TmO+ 18.2313 13.9887 11.0607 8.9218 7.2805 5.9562 4.8297 4.0246 +-------------------------------------------------------------------- TmO2H date last revised = 10/11/200 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Tm 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 TmO2H -3.0000 H+ 1.0000 Tm+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TmO2H 27.6683 21.3658 17.1714 14.2183 12.0407 10.3540 8.9671 7.9720 +-------------------------------------------------------------------- TmO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Tm 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 TmO2- -4.0000 H+ 1.0000 Tm+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TmO2- 36.7141 29.3812 24.3631 20.7570 18.0740 16.0289 14.4742 13.7148 +-------------------------------------------------------------------- TmNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Tm 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 TmNO3+2 1.0000 Tm+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=TmNO3+2 -0.8377 0.1988 0.6617 0.8198 0.7703 0.5431 0.1060 -0.7129 +-------------------------------------------------------------------- TmHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Tm 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 TmHCO3+2 1.0000 Tm+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=TmHCO3+2 -1.7750 -1.8938 -2.3087 -2.8501 -3.4821 -4.2143 -5.1019 -6.2365 +-------------------------------------------------------------------- TmH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Tm 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 TmH2PO4+2 1.0000 Tm+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=TmH2PO4+2 -9.9082 -9.2603 -9.3278 -9.7602 -10.4559 -11.4100 -12.7211 -14.6744 +-------------------------------------------------------------------- TmCO3+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Tm 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 TmCO3+ 1.0000 Tm+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=TmCO3+ 1.9817 2.2493 2.5152 2.7366 2.8797 2.8993 2.7017 2.0168 +-------------------------------------------------------------------- TmSO4+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Tm 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 TmSO4+ 1.0000 Tm+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=TmSO4+ -3.2925 -3.8673 -4.4597 -5.0676 -5.7457 -6.5763 -7.7150 -9.4446 +-------------------------------------------------------------------- YbCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Yb 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 YbCl+2 1.0000 Yb+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=YbCl+2 -0.0017 -0.3901 -0.9330 -1.5411 -2.2075 -2.9567 -3.8558 -5.0217 +-------------------------------------------------------------------- YbCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Yb 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 YbCl2+ 1.0000 Yb+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=YbCl2+ 0.4573 -0.0328 -0.7623 -1.6139 -2.5886 -3.7397 -5.2044 -7.2615 +-------------------------------------------------------------------- YbCl3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Yb 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 YbCl3 1.0000 Yb+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=YbCl3 0.8132 0.5889 0.0457 -0.7082 -1.6843 -2.9623 -4.7466 -7.4617 +-------------------------------------------------------------------- YbCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Yb 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 YbCl4- 1.0000 Yb+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=YbCl4- 0.8991 1.3839 1.5929 1.5695 1.2943 0.6913 -0.4397 -2.5965 +-------------------------------------------------------------------- YbF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Yb 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 YbF+2 1.0000 Yb+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=YbF+2 -4.5024 -5.1633 -5.9084 -6.6726 -7.4693 -8.3371 -9.3498 -10.5421 +-------------------------------------------------------------------- YbF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Yb 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 YbF2+ 1.0000 Yb+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=YbF2+ -8.2716 -8.5944 -9.2117 -9.9791 -10.8955 -12.0166 -13.4797 -15.4603 +-------------------------------------------------------------------- YbF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Yb 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 YbF3 1.0000 Yb+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=YbF3 -11.3575 -10.9275 -10.9751 -11.3266 -11.9762 -12.9981 -14.5914 -17.0338 +-------------------------------------------------------------------- YbF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Yb 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 YbF4- 1.0000 Yb+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=YbF4- -14.2383 -12.4344 -11.3020 -10.6285 -10.3673 -10.5653 -11.4195 -13.4413 +-------------------------------------------------------------------- YbOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Yb 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 YbOH+2 -1.0000 H+ 1.0000 Yb+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=YbOH+2 8.8542 6.5705 4.9196 3.6692 2.6770 1.8526 1.1386 0.6533 +-------------------------------------------------------------------- YbO+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Yb 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 YbO+ -2.0000 H+ 1.0000 Yb+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=YbO+ 17.9931 13.9192 11.1138 9.0675 7.4979 6.2301 5.1489 4.3870 +-------------------------------------------------------------------- YbO2H date last revised = 10/11/200 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Yb 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 YbO2H -3.0000 H+ 1.0000 Yb+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=YbO2H 27.3623 21.0864 16.9193 13.9917 11.8376 10.1726 8.8060 7.8329 +-------------------------------------------------------------------- YbO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Yb 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 YbO2- -4.0000 H+ 1.0000 Yb+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=YbO2- 36.7299 29.3706 24.3403 20.7289 18.0440 15.9986 14.4437 13.6862 +-------------------------------------------------------------------- YbNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Yb 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 YbNO3+2 1.0000 Yb+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=YbNO3+2 -0.8131 0.1819 0.6244 0.7724 0.7183 0.4893 0.0529 -0.7502 +-------------------------------------------------------------------- YbHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Yb 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 YbHCO3+2 1.0000 Yb+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=YbHCO3+2 -1.8360 -1.9628 -2.3735 -2.9061 -3.5275 -4.2490 -5.1261 -6.2421 +-------------------------------------------------------------------- YbH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Yb 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 YbH2PO4+2 1.0000 Yb+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=YbH2PO4+2 -9.9739 -9.3363 -9.4012 -9.8260 -10.5120 -11.4556 -12.7561 -14.6902 +-------------------------------------------------------------------- YbCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Yb 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 YbCO3+ 1.0000 Yb+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=YbCO3+ 1.9037 2.1770 2.4388 2.6520 2.7847 2.7929 2.5836 1.8899 +-------------------------------------------------------------------- YbSO4+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Yb 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 YbSO4+ 1.0000 Yb+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=YbSO4+ -3.2945 -3.8657 -4.4554 -5.0617 -5.7390 -6.5696 -7.7087 -9.4327 +-------------------------------------------------------------------- LuCl+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Lu 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 LuCl+2 1.0000 Lu+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=LuCl+2 0.2081 -0.1709 -0.7311 -1.3659 -2.0618 -2.8403 -3.7681 -4.9855 +-------------------------------------------------------------------- LuCl2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Lu 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 LuCl2+ 1.0000 Lu+3 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=LuCl2+ 0.7799 0.3478 -0.4001 -1.3012 -2.3394 -3.5597 -5.0970 -7.2626 +-------------------------------------------------------------------- LuCl3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Lu 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 LuCl3 1.0000 Lu+3 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=LuCl3 1.1525 1.0838 0.5822 -0.1786 -1.1869 -2.5112 -4.3500 -7.1214 +-------------------------------------------------------------------- LuCl4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Lu 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 LuCl4- 1.0000 Lu+3 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=LuCl4- 1.2838 2.0730 2.3255 2.2284 1.8200 1.0524 -0.2645 -2.7018 +-------------------------------------------------------------------- LuF+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Lu 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 LuF+2 1.0000 Lu+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=LuF+2 -4.4666 -5.2028 -6.0274 -6.8665 -7.7318 -8.6619 -9.7310 -10.9850 +-------------------------------------------------------------------- LuF2+ date last revised = 1/21/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Lu 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 LuF2+ 1.0000 Lu+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=LuF2+ -8.3230 -8.7092 -9.4339 -10.3201 -11.3564 -12.5942 -14.1699 -16.2723 +-------------------------------------------------------------------- LuF3 date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Lu 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 LuF3 1.0000 Lu+3 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=LuF3 -11.4184 -11.0038 -11.1760 -11.6926 -12.5236 -13.7325 -15.5130 -18.1366 +-------------------------------------------------------------------- LuF4- date last revised = 1/21/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Lu 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 LuF4- 1.0000 Lu+3 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=LuF4- -14.4157 -12.4876 -11.4440 -10.9472 -10.9036 -11.3392 -12.4470 -14.8112 +-------------------------------------------------------------------- LuOH+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Lu 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 LuOH+2 -1.0000 H+ 1.0000 Lu+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=LuOH+2 8.8085 6.6007 4.9832 3.7464 2.7580 1.9331 1.2165 0.7064 +-------------------------------------------------------------------- LuO+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Lu 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 LuO+ -2.0000 H+ 1.0000 Lu+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=LuO+ 17.5428 13.4789 10.6566 8.5840 6.9860 5.6912 4.5861 3.7849 +-------------------------------------------------------------------- LuO2H date last revised = 1/21/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Lu 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 LuO2H -3.0000 H+ 1.0000 Lu+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=LuO2H 27.2808 21.1292 16.9835 14.0294 11.8227 10.0900 8.6471 7.5956 +-------------------------------------------------------------------- LuO2- date last revised = 6/2/1998 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Lu 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 LuO2- -4.0000 H+ 1.0000 Lu+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=LuO2- 35.8371 28.7477 23.8490 20.2994 17.6374 15.5936 14.0315 13.2647 +-------------------------------------------------------------------- LuNO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Lu 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 LuNO3+2 1.0000 Lu+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=LuNO3+2 -1.3293 -0.0673 0.5469 0.8137 0.8461 0.6833 0.2963 -0.5183 +-------------------------------------------------------------------- LuHCO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Lu 1.0000 H 1.0000 C 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 LuHCO3+2 1.0000 Lu+3 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=LuHCO3+2 -1.9806 -1.9959 -2.3490 -2.8505 -3.4552 -4.1674 -5.0399 -6.1799 +-------------------------------------------------------------------- LuH2PO4+2 date last revised = 6/2/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Lu 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 LuH2PO4+2 1.0000 Lu+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=LuH2PO4+2 -10.1159 -9.3607 -9.3636 -9.7539 -10.4203 -11.3528 -12.6485 -14.6167 +-------------------------------------------------------------------- LuCO3+ date last revised = 6/2/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Lu 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 LuCO3+ 1.0000 Lu+3 1.0000 HCO3- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=LuCO3+ 1.8789 2.1998 2.5019 2.7501 2.9146 2.9514 2.7644 2.0461 +-------------------------------------------------------------------- LuSO4+ date last revised = 10/11/200 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Lu 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 LuSO4+ 1.0000 Lu+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=LuSO4+ -3.3013 -3.8611 -4.4452 -5.0476 -5.7209 -6.5466 -7.6812 -9.4280 +-------------------------------------------------------------------- MgSO4 date last revised = 11/28/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Mg 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 MgSO4 1.0000 Mg+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=MgSO4 -2.1842 -2.3399 -2.6408 -3.0307 -3.5393 -4.2363 -5.2714 -6.9368 +-------------------------------------------------------------------- NaSO4- date last revised = 11/28/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 Na 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 NaSO4- 1.0000 Na+ 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=NaSO4- -0.6765 -0.7942 -1.0629 -1.3893 -1.7724 -2.2416 -2.8730 -3.8537 +-------------------------------------------------------------------- UOH+2 date last revised = 5/18/1994 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 H 1.0000 O 1.0000 U 4 species in aqueous dissociation reaction: -1.0000 UOH+2 -1.0000 H+ 1.0000 U+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=UOH+2 7.3800 5.2030 3.6934 2.5891 1.7389 1.0486 0.4575 0.0753 +-------------------------------------------------------------------- UO+ date last revised = 5/18/1994 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 U 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 UO+ -2.0000 H+ 1.0000 U+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=UO+ 14.8672 10.9727 8.3636 6.5059 5.1118 4.0041 3.0636 2.4011 +-------------------------------------------------------------------- HUO2 date last revised = 5/18/1994 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 U 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HUO2 -3.0000 H+ 1.0000 U+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HUO2 24.5907 18.5470 14.6967 12.1034 10.2832 8.9451 7.8941 7.1830 +-------------------------------------------------------------------- UO2- date last revised = 10/11/200 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 U 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 UO2- -4.0000 H+ 1.0000 U+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=UO2- 35.8191 28.3672 23.4091 19.9373 17.4217 15.5540 14.1652 13.4960 +-------------------------------------------------------------------- UOH+3 date last revised = 5/18/1994 keys = aqueous active charge = 3.0 * 3 element(s): 1.0000 U 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 UOH+3 -1.0000 H+ 1.0000 H2O 1.0000 U+4 **** logK grid [T, P @ Miscellaneous parameters]=UOH+3 1.2906 -0.0929 -1.0974 -1.8643 -2.4848 -3.0170 -3.4916 -3.7049 +-------------------------------------------------------------------- UO+2 date last revised = 10/16/200 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 U 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 UO+2 -2.0000 H+ 1.0000 H2O 1.0000 U+4 **** logK grid [T, P @ Miscellaneous parameters]=UO+2 3.2179 1.0416 -0.3909 -1.4014 -2.1656 -2.7915 -3.3450 -3.5873 +-------------------------------------------------------------------- HUO2+ date last revised = 5/18/1994 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 H 1.0000 U 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HUO2+ -3.0000 H+ 2.0000 H2O 1.0000 U+4 **** logK grid [T, P @ Miscellaneous parameters]=HUO2+ 6.5854 3.7133 1.7529 0.3282 -0.7808 -1.7150 -2.5654 -3.0292 +-------------------------------------------------------------------- UO2 date last revised = 3/28/1994 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 U 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 UO2 -4.0000 H+ 1.0000 U+4 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=UO2 5.7967 3.5434 1.9657 0.7790 -0.1954 -1.0795 -1.9587 -2.4793 +-------------------------------------------------------------------- HUO3- date last revised = 5/18/1994 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 U 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 HUO3- -5.0000 H+ 3.0000 H2O 1.0000 U+4 **** logK grid [T, P @ Miscellaneous parameters]=HUO3- 18.2332 15.1478 12.8545 11.1006 9.7091 8.5704 7.6409 7.2908 +-------------------------------------------------------------------- UO2OH date last revised = 5/18/1994 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 U 3.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 UO2OH -1.0000 H+ 1.0000 UO2+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=UO2OH 19.3013 17.1558 15.4806 14.1398 13.0291 12.0752 11.2215 10.4592 +-------------------------------------------------------------------- UO3- date last revised = 5/18/1994 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 U 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 UO3- -2.0000 H+ 1.0000 UO2+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=UO3- 39.2086 34.1696 30.4561 27.6358 25.4526 23.7599 22.4988 21.7551 +-------------------------------------------------------------------- UO2OH+ date last revised = 5/18/1994 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 U 3.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 UO2OH+ -1.0000 H+ 1.0000 UO2+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=UO2OH+ 5.9334 4.6445 3.7912 3.1893 2.7386 2.3762 2.0587 1.8437 +-------------------------------------------------------------------- UO3 date last revised = 5/18/1994 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 U 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 UO3 -2.0000 H+ 1.0000 UO2+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=UO3 11.1590 9.6354 8.6276 7.9106 7.3615 6.9000 6.4644 6.1077 +-------------------------------------------------------------------- HUO4- date last revised = 5/18/1994 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 U 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 HUO4- -3.0000 H+ 1.0000 UO2+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HUO4- 20.4229 18.2819 16.8244 15.8056 15.0905 14.6080 14.3457 14.4828 +-------------------------------------------------------------------- UO4-2 date last revised = 5/18/1994 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 U 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 UO4-2 -4.0000 H+ 1.0000 UO2+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=UO4-2 35.3913 31.1555 28.4318 26.6347 25.4776 24.8227 24.6639 25.3314 +-------------------------------------------------------------------- NaCl date last revised = 9/16/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Na 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 NaCl 1.0000 Cl- 1.0000 Na+ **** logK grid [T, P @ Miscellaneous parameters]=NaCl 0.8286 0.6906 0.4730 0.2140 -0.0932 -0.4777 -1.0126 -1.9252 +-------------------------------------------------------------------- PbCl+ date last revised = 9/16/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Pb 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PbCl+ 1.0000 Cl- 1.0000 Pb+2 **** logK grid [T, P @ Miscellaneous parameters]=PbCl+ -1.4101 -1.5296 -1.8132 -2.1855 -2.6398 -3.2005 -3.9407 -5.0305 +-------------------------------------------------------------------- PbCl2 date last revised = 9/16/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Pb 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PbCl2 1.0000 Pb+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PbCl2 -1.9439 -2.1601 -2.6268 -3.2319 -3.9707 -4.8915 -6.1339 -8.0961 +-------------------------------------------------------------------- PbCl3- date last revised = 9/16/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Pb 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PbCl3- 1.0000 Pb+2 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PbCl3- -1.6469 -1.8536 -2.3781 -3.0773 -3.9398 -5.0173 -6.4674 -8.7289 +-------------------------------------------------------------------- NiCl+ date last revised = 9/16/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ni 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 NiCl+ 1.0000 Cl- 1.0000 Ni+2 **** logK grid [T, P @ Miscellaneous parameters]=NiCl+ 1.0441 0.8834 0.5624 0.1605 -0.3131 -0.8801 -1.6078 -2.6634 +-------------------------------------------------------------------- FeCl+ date last revised = 9/18/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Fe 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 FeCl+ 1.0000 Cl- 1.0000 Fe+2 **** logK grid [T, P @ Miscellaneous parameters]=FeCl+ 0.1522 0.0825 -0.2061 -0.6047 -1.0921 -1.6835 -2.4419 -3.5217 +-------------------------------------------------------------------- MgCl+ date last revised = 9/18/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Mg 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 MgCl+ 1.0000 Cl- 1.0000 Mg+2 **** logK grid [T, P @ Miscellaneous parameters]=MgCl+ 0.0966 0.0791 -0.1725 -0.5372 -0.9915 -1.5500 -2.2763 -3.3370 +-------------------------------------------------------------------- MgF+ date last revised = 9/18/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Mg 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 MgF+ 1.0000 F- 1.0000 Mg+2 **** logK grid [T, P @ Miscellaneous parameters]=MgF+ -1.3869 -1.4293 -1.7394 -2.1692 -2.6911 -3.3210 -4.1254 -5.2617 +-------------------------------------------------------------------- CaF+ date last revised = 9/18/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ca 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 CaF+ 1.0000 Ca+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=CaF+ -0.6546 -0.7998 -1.1708 -1.6504 -2.2173 -2.8881 -3.7282 -4.8829 +-------------------------------------------------------------------- KSO4- date last revised = 9/18/1997 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 K 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 KSO4- 1.0000 K+ 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=KSO4- -0.8855 -0.9505 -1.1950 -1.5212 -1.9206 -2.4186 -3.0896 -4.1291 +-------------------------------------------------------------------- CaSO4 date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Ca 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 CaSO4 1.0000 Ca+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=CaSO4 -2.0713 -2.2137 -2.5111 -2.9102 -3.4333 -4.1436 -5.1877 -6.9093 +-------------------------------------------------------------------- HSiO3- date last revised = 9/18/1997 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Si 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 HSiO3- -1.0000 H+ 1.0000 H2O 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=HSiO3- 9.8105 9.3321 8.9596 8.8018 8.8329 9.0353 9.4329 10.1663 +-------------------------------------------------------------------- LiCl date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Li 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 LiCl 1.0000 Cl- 1.0000 Li+ **** logK grid [T, P @ Miscellaneous parameters]=LiCl 1.5527 1.4244 1.1818 0.8766 0.5092 0.0541 -0.5597 -1.5444 +-------------------------------------------------------------------- KCl date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 K 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 KCl 1.0000 Cl- 1.0000 K+ **** logK grid [T, P @ Miscellaneous parameters]=KCl 2.8401 2.2499 1.7313 1.2545 0.7846 0.2783 -0.3441 -1.3197 +-------------------------------------------------------------------- RbCl date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Rb 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RbCl 1.0000 Cl- 1.0000 Rb+ **** logK grid [T, P @ Miscellaneous parameters]=RbCl 1.1593 0.7723 0.4317 0.1126 -0.2149 -0.5894 -1.0853 -1.9287 +-------------------------------------------------------------------- CsCl date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Cs 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CsCl 1.0000 Cl- 1.0000 Cs+ **** logK grid [T, P @ Miscellaneous parameters]=CsCl 0.2845 -0.0024 -0.2611 -0.5039 -0.7540 -1.0425 -1.4272 -2.0686 +-------------------------------------------------------------------- NaF date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Na 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 NaF 1.0000 F- 1.0000 Na+ **** logK grid [T, P @ Miscellaneous parameters]=NaF 1.0818 0.8824 0.6233 0.3376 0.0096 -0.3965 -0.9574 -1.8553 +-------------------------------------------------------------------- RbF date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Rb 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 RbF 1.0000 F- 1.0000 Rb+ **** logK grid [T, P @ Miscellaneous parameters]=RbF -0.9441 -0.9953 -1.0915 -1.2223 -1.4032 -1.6656 -2.0785 -2.8138 +-------------------------------------------------------------------- NaBr date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Na 1.0000 Br 3 species in aqueous dissociation reaction: -1.0000 NaBr 1.0000 Br- 1.0000 Na+ **** logK grid [T, P @ Miscellaneous parameters]=NaBr 1.4576 1.2279 0.9443 0.6393 0.3003 -0.1058 -0.6557 -1.5924 +-------------------------------------------------------------------- KBr date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 K 1.0000 Br 3 species in aqueous dissociation reaction: -1.0000 KBr 1.0000 Br- 1.0000 K+ **** logK grid [T, P @ Miscellaneous parameters]=KBr 1.9473 1.5296 1.1355 0.7573 0.3704 -0.0614 -0.6113 -1.5081 +-------------------------------------------------------------------- RbBr date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Rb 1.0000 Br 3 species in aqueous dissociation reaction: -1.0000 RbBr 1.0000 Br- 1.0000 Rb+ **** logK grid [T, P @ Miscellaneous parameters]=RbBr 1.4258 1.0189 0.6600 0.3285 -0.0056 -0.3809 -0.8718 -1.7090 +-------------------------------------------------------------------- CsBr date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Cs 1.0000 Br 3 species in aqueous dissociation reaction: -1.0000 CsBr 1.0000 Br- 1.0000 Cs+ **** logK grid [T, P @ Miscellaneous parameters]=CsBr 0.0799 -0.1236 -0.3128 -0.4963 -0.6975 -0.9507 -1.3256 -2.0465 +-------------------------------------------------------------------- NaI date last revised = 1991-01-0 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Na 1.0000 I 3 species in aqueous dissociation reaction: -1.0000 NaI 1.0000 I- 1.0000 Na+ **** logK grid [T, P @ Miscellaneous parameters]=NaI 1.6165 1.4321 1.1780 0.8908 0.5642 0.1712 -0.3564 -1.2419 +-------------------------------------------------------------------- KI date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 K 1.0000 I 3 species in aqueous dissociation reaction: -1.0000 KI 1.0000 I- 1.0000 K+ **** logK grid [T, P @ Miscellaneous parameters]=KI 1.7161 1.4684 1.1947 0.9025 0.5795 0.1981 -0.3083 -1.1673 +-------------------------------------------------------------------- RbI date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Rb 1.0000 I 3 species in aqueous dissociation reaction: -1.0000 RbI 1.0000 I- 1.0000 Rb+ **** logK grid [T, P @ Miscellaneous parameters]=RbI 1.0747 0.8427 0.6079 0.3655 0.0984 -0.2232 -0.6662 -1.4572 +-------------------------------------------------------------------- CsI date last revised = 9/18/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Cs 1.0000 I 3 species in aqueous dissociation reaction: -1.0000 CsI 1.0000 Cs+ 1.0000 I- **** logK grid [T, P @ Miscellaneous parameters]=CsI -1.0213 -0.9642 -0.9662 -1.0106 -1.1024 -1.2612 -1.5413 -2.1339 +-------------------------------------------------------------------- Ag(CO3)- date last revised = 9/29/1997 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 Ag 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 Ag(CO3)- -1.0000 H+ 1.0000 HCO3- 1.0000 Ag+ **** logK grid [T, P @ Miscellaneous parameters]=Ag(CO3)- 7.5272 7.7517 7.9641 8.1665 8.3592 8.5418 8.7118 8.8341 +-------------------------------------------------------------------- Ag(CO3)2-3 date last revised = 9/29/1997 keys = aqueous active charge = -3.0 * 3 element(s): 1.0000 Ag 2.0000 C 6.0000 O 4 species in aqueous dissociation reaction: -1.0000 Ag(CO3)2-3 -2.0000 H+ 2.0000 HCO3- 1.0000 Ag+ **** logK grid [T, P @ Miscellaneous parameters]=Ag(CO3)2-3 18.5431 18.5021 18.5780 18.7522 19.0222 19.4050 19.9561 20.7652 +-------------------------------------------------------------------- MgCO3 date last revised = 10/1/1997 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Mg 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 MgCO3 1.0000 HCO3- 1.0000 Mg+2 -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=MgCO3 7.7424 7.0366 6.5742 6.2284 5.9109 5.5428 5.0192 4.2120 +-------------------------------------------------------------------- CaCO3 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Ca 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 CaCO3 -1.0000 H+ 1.0000 Ca+2 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=CaCO3 7.5046 6.5960 5.9746 5.4924 5.0570 4.5885 3.9784 3.0351 +-------------------------------------------------------------------- SrCO3 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Sr 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 SrCO3 1.0000 HCO3- 1.0000 Sr+2 -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=SrCO3 8.0080 7.0221 6.3509 5.8431 5.4003 4.9381 4.3447 3.4100 +-------------------------------------------------------------------- BaCO3 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Ba 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 BaCO3 -1.0000 H+ 1.0000 HCO3- 1.0000 Ba+2 **** logK grid [T, P @ Miscellaneous parameters]=BaCO3 8.2027 7.2639 6.6215 6.1273 5.6893 5.2280 4.6344 3.6793 +-------------------------------------------------------------------- NaHSiO3 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 4 element(s): 1.0000 Na 1.0000 H 1.0000 Si 3.0000 O 5 species in aqueous dissociation reaction: -1.0000 NaHSiO3 -1.0000 H+ 1.0000 H2O 1.0000 Na+ 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=NaHSiO3 7.5943 7.7720 7.7435 7.7530 7.8128 7.9015 7.9855 7.9977 +-------------------------------------------------------------------- KHSO4 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 4 element(s): 1.0000 K 1.0000 H 1.0000 S 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 KHSO4 1.0000 H+ 1.0000 K+ 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=KHSO4 2.0393 0.8587 -0.4756 -1.8165 -3.1720 -4.6006 -6.2423 -8.5114 +-------------------------------------------------------------------- SrF+ date last revised = 10/2/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Sr 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 SrF+ 1.0000 F- 1.0000 Sr+2 **** logK grid [T, P @ Miscellaneous parameters]=SrF+ -0.1158 -0.2379 -0.5405 -0.9286 -1.3916 -1.9519 -2.6780 -3.7248 +-------------------------------------------------------------------- BaF+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ba 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 BaF+ 1.0000 Ba+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=BaF+ -0.2544 -0.4502 -0.8021 -1.2326 -1.7352 -2.3340 -3.0979 -4.1753 +-------------------------------------------------------------------- CaCl+ date last revised = 10/2/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ca 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CaCl+ 1.0000 Ca+2 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CaCl+ 0.3561 0.1593 -0.2152 -0.6820 -1.2274 -1.8704 -2.6767 -3.8066 +-------------------------------------------------------------------- CaCl2 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ca 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CaCl2 1.0000 Ca+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CaCl2 0.4563 0.6596 0.4000 -0.1175 -0.8435 -1.8016 -3.1158 -5.1498 +-------------------------------------------------------------------- SrCl+ date last revised = 10/2/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Sr 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 SrCl+ 1.0000 Cl- 1.0000 Sr+2 **** logK grid [T, P @ Miscellaneous parameters]=SrCl+ 0.3205 0.1123 -0.2520 -0.6929 -1.2027 -1.8045 -2.5676 -3.6604 +-------------------------------------------------------------------- BaCl+ date last revised = 10/2/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ba 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 BaCl+ 1.0000 Ba+2 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=BaCl+ 0.6600 0.2899 -0.1883 -0.7209 -1.3097 -1.9832 -2.8165 -3.9935 +-------------------------------------------------------------------- FeCl2 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Fe 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 FeCl2 1.0000 Fe+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=FeCl2 9.6489 6.7815 4.2845 2.0690 0.0106 -2.0222 -4.2221 -6.9603 +-------------------------------------------------------------------- MnCl+ date last revised = 10/2/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Mn 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 MnCl+ 1.0000 Cl- 1.0000 Mn+2 **** logK grid [T, P @ Miscellaneous parameters]=MnCl+ 0.3867 -0.1574 -0.7975 -1.4713 -2.1854 -2.9731 -3.9090 -5.1164 +-------------------------------------------------------------------- PbCl4-2 date last revised = 10/2/1997 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Pb 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PbCl4-2 1.0000 Pb+2 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PbCl4-2 -1.5023 -1.5086 -1.9112 -2.5322 -3.3424 -4.3805 -5.7890 -7.9474 +-------------------------------------------------------------------- AgCl4-3 date last revised = 10/2/1997 keys = aqueous active charge = -3.0 * 2 element(s): 1.0000 Ag 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AgCl4-3 1.0000 Ag+ 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=AgCl4-3 -5.0113 -2.9694 -1.9776 -1.5561 -1.5037 -1.7309 -2.2355 -3.1840 +-------------------------------------------------------------------- AgNO3 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Ag 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 AgNO3 1.0000 Ag+ 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=AgNO3 0.1598 0.2688 0.1991 0.0460 -0.1726 -0.4693 -0.9008 -1.6936 +-------------------------------------------------------------------- MnSO4 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Mn 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 MnSO4 1.0000 Mn+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=MnSO4 -1.8035 -2.0768 -2.4685 -2.9347 -3.5085 -4.2616 -5.3465 -7.0898 +-------------------------------------------------------------------- FeF+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Fe 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 FeF+ 1.0000 F- 1.0000 Fe+2 **** logK grid [T, P @ Miscellaneous parameters]=FeF+ -1.4631 -1.4794 -1.7150 -2.0595 -2.4951 -3.0404 -3.7621 -4.8094 +-------------------------------------------------------------------- FeF+2 date last revised = 10/9/1997 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Fe 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 FeF+2 1.0000 Fe+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=FeF+2 -5.7273 -6.3090 -6.9516 -7.6109 -8.3063 -9.0785 -10.0008 -11.0909 +-------------------------------------------------------------------- MgHSiO3+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 4 element(s): 1.0000 H 1.0000 Mg 3.0000 O 1.0000 Si 5 species in aqueous dissociation reaction: -1.0000 MgHSiO3+ -1.0000 H+ 1.0000 Mg+2 1.0000 H2O 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=MgHSiO3+ 8.4539 8.0584 7.5010 7.0360 6.6656 6.3580 6.0717 5.7689 +-------------------------------------------------------------------- CaHSiO3+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 4 element(s): 1.0000 Ca 1.0000 H 3.0000 O 1.0000 Si 5 species in aqueous dissociation reaction: -1.0000 CaHSiO3+ -1.0000 H+ 1.0000 Ca+2 1.0000 H2O 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=CaHSiO3+ 8.7775 8.2510 7.5963 7.0429 6.5884 6.2000 5.8373 5.4770 +-------------------------------------------------------------------- HCrO4- date last revised = 11/7/1997 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Cr 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 HCrO4- 1.0000 CrO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HCrO4- -6.5276 -6.6146 -6.9386 -7.3746 -7.8968 -8.5190 -9.3091 -10.4840 +-------------------------------------------------------------------- Cr2O7-2 date last revised = 11/7/1997 keys = aqueous active charge = -2.0 * 2 element(s): 2.0000 Cr 7.0000 O 4 species in aqueous dissociation reaction: -1.0000 Cr2O7-2 -1.0000 H2O 2.0000 CrO4-2 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=Cr2O7-2 -14.9370 -14.6714 -14.9431 -15.4932 -16.2543 -17.2399 -18.5679 -20.6349 +-------------------------------------------------------------------- HWO4- date last revised = 11/7/1997 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 W 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 HWO4- 1.0000 WO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HWO4- -3.5640 -3.7254 -4.1458 -4.6796 -5.2938 -5.9976 -6.8510 -8.0421 +-------------------------------------------------------------------- PO4-3 date last revised = 11/7/1997 keys = aqueous active charge = -3.0 * 2 element(s): 1.0000 P 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 PO4-3 -1.0000 H+ 1.0000 HPO4-2 **** logK grid [T, P @ Miscellaneous parameters]=PO4-3 12.6143 12.1718 12.1176 12.2727 12.5798 13.0291 13.6570 14.5090 +-------------------------------------------------------------------- HNO2 date last revised = 11/11/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 N 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 HNO2 1.0000 NO2- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HNO2 -3.4897 -3.0457 -2.8441 -2.7852 -2.8365 -2.9999 -3.3278 -4.0710 +-------------------------------------------------------------------- HNO3 date last revised = 11/11/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 HNO3 1.0000 H+ 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=HNO3 1.5397 1.0519 0.5563 0.0741 -0.4117 -0.9362 -1.5794 -2.6482 +-------------------------------------------------------------------- HN2O2- date last revised = 11/11/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 2.0000 N 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 HN2O2- 1.0000 N2O2-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HN2O2- -11.5204 -10.6516 -10.2929 -10.2168 -10.3397 -10.6389 -11.1535 -12.0530 +-------------------------------------------------------------------- H2N2O2 date last revised = 11/11/199 keys = aqueous active charge = 0.0 * 3 element(s): 2.0000 H 2.0000 N 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 H2N2O2 1.0000 N2O2-2 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H2N2O2 -18.8702 -17.4675 -16.8413 -16.6586 -16.8019 -17.2536 -18.1202 -19.9060 +-------------------------------------------------------------------- N2H6+2 date last revised = 11/11/199 keys = aqueous active charge = 2.0 * 2 element(s): 2.0000 N 6.0000 H 3 species in aqueous dissociation reaction: -1.0000 N2H6+2 1.0000 N2H5+ 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=N2H6+2 0.8792 1.1522 1.3597 1.5322 1.6907 1.8532 2.0417 2.2679 +-------------------------------------------------------------------- P2O7-4 date last revised = 11/11/199 keys = aqueous active charge = -4.0 * 2 element(s): 2.0000 P 7.0000 O 3 species in aqueous dissociation reaction: -1.0000 P2O7-4 -1.0000 H2O 2.0000 HPO4-2 **** logK grid [T, P @ Miscellaneous parameters]=P2O7-4 4.2851 3.4616 2.8753 2.4397 2.1086 1.8549 1.6602 1.4713 +-------------------------------------------------------------------- HP2O7-3 date last revised = 11/11/199 keys = aqueous active charge = -3.0 * 3 element(s): 1.0000 H 2.0000 P 7.0000 O 4 species in aqueous dissociation reaction: -1.0000 HP2O7-3 2.0000 HPO4-2 1.0000 H+ -1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HP2O7-3 -5.2041 -5.8573 -6.7605 -7.7412 -8.7662 -9.8471 -11.0415 -12.4834 +-------------------------------------------------------------------- H2P2O7-2 date last revised = 11/11/199 keys = aqueous active charge = -2.0 * 3 element(s): 2.0000 H 2.0000 P 7.0000 O 4 species in aqueous dissociation reaction: -1.0000 H2P2O7-2 2.0000 HPO4-2 -1.0000 H2O 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H2P2O7-2 -11.8902 -12.4470 -13.4703 -14.6882 -16.0462 -17.5682 -19.3712 -21.7553 +-------------------------------------------------------------------- H3P2O7- date last revised = 11/11/199 keys = aqueous active charge = -1.0 * 3 element(s): 3.0000 H 2.0000 P 7.0000 O 4 species in aqueous dissociation reaction: -1.0000 H3P2O7- -1.0000 H2O 2.0000 HPO4-2 3.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H3P2O7- -14.2299 -14.8268 -15.9654 -17.3495 -18.9315 -20.7632 -23.0357 -26.3012 +-------------------------------------------------------------------- H4P2O7 date last revised = 11/11/199 keys = aqueous active charge = 0.0 * 3 element(s): 4.0000 H 2.0000 P 7.0000 O 4 species in aqueous dissociation reaction: -1.0000 H4P2O7 2.0000 HPO4-2 4.0000 H+ -1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=H4P2O7 -15.6710 -16.4806 -17.8656 -19.5151 -21.3956 -23.5932 -26.3871 -30.7007 +-------------------------------------------------------------------- HPO3-2 date last revised = 11/11/199 keys = aqueous active charge = -2.0 * 3 element(s): 1.0000 H 1.0000 P 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 HPO3-2 1.0000 H3PO3 -2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HPO3-2 7.9129 8.0155 8.3623 8.8436 9.4520 10.2323 11.3242 13.2169 +-------------------------------------------------------------------- H2PO3- date last revised = 11/11/199 keys = aqueous active charge = -1.0 * 3 element(s): 2.0000 H 1.0000 P 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 H2PO3- 1.0000 H3PO3 -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H2PO3- 1.7414 1.8707 2.0491 2.2579 2.5070 2.8260 3.2924 4.2163 +-------------------------------------------------------------------- H2PO2- date last revised = 11/11/199 keys = aqueous active charge = -1.0 * 3 element(s): 2.0000 H 1.0000 P 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 H2PO2- 1.0000 H3PO2 -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H2PO2- 1.9249 2.0560 2.2415 2.4592 2.7171 3.0429 3.5096 4.3998 +-------------------------------------------------------------------- HSbO2 date last revised = 11/11/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Sb 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 HSbO2 1.0000 H+ 1.0000 SbO2- **** logK grid [T, P @ Miscellaneous parameters]=HSbO2 -11.4524 -10.6314 -10.0995 -9.7590 -9.5698 -9.5233 -9.6488 -10.0187 +-------------------------------------------------------------------- HO2- date last revised = 11/11/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 H 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 HO2- 1.0000 H2O2 -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HO2- 12.2257 11.2958 10.8083 10.5783 10.5351 10.6613 11.0022 11.7948 +-------------------------------------------------------------------- H2S2O3 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 2.0000 H 2.0000 S 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 H2S2O3 2.0000 H+ 1.0000 S2O3-2 **** logK grid [T, P @ Miscellaneous parameters]=H2S2O3 -1.9834 -2.6411 -3.4697 -4.3631 -5.3266 -6.4154 -7.7778 -9.9352 +-------------------------------------------------------------------- HS2O4- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 2.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 HS2O4- 1.0000 H+ 1.0000 S2O4-2 **** logK grid [T, P @ Miscellaneous parameters]=HS2O4- -2.4925 -2.5852 -2.9095 -3.3403 -3.8497 -4.4487 -5.1986 -6.3092 +-------------------------------------------------------------------- H2S2O4 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 2.0000 H 2.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 H2S2O4 2.0000 H+ 1.0000 S2O4-2 **** logK grid [T, P @ Miscellaneous parameters]=H2S2O4 -2.6261 -3.1839 -3.9498 -4.8012 -5.7357 -6.8048 -8.1585 -10.3499 +-------------------------------------------------------------------- HSeO3- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Se 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 HSeO3- 1.0000 H+ 1.0000 SeO3-2 **** logK grid [T, P @ Miscellaneous parameters]=HSeO3- -7.4354 -7.2595 -7.4055 -7.7138 -8.1396 -8.6839 -9.4010 -10.4631 +-------------------------------------------------------------------- H2SeO3 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 2.0000 H 1.0000 Se 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 H2SeO3 2.0000 H+ 1.0000 SeO3-2 **** logK grid [T, P @ Miscellaneous parameters]=H2SeO3 -9.9238 -9.9460 -10.3565 -10.9621 -11.7249 -12.6762 -13.9525 -16.0633 +-------------------------------------------------------------------- HSeO4- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Se 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 HSeO4- 1.0000 H+ 1.0000 SeO4-2 **** logK grid [T, P @ Miscellaneous parameters]=HSeO4- -1.6906 -2.1872 -2.8242 -3.5057 -4.2236 -5.0015 -5.9098 -7.1511 +-------------------------------------------------------------------- HClO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Cl 1.0000 O 3 species in aqueous dissociation reaction: -1.0000 HClO 1.0000 ClO- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HClO -7.7990 -7.3936 -7.2488 -7.2542 -7.3762 -7.6184 -8.0390 -8.8883 +-------------------------------------------------------------------- BrO- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Br 1.0000 O 3 species in aqueous dissociation reaction: -1.0000 BrO- 1.0000 HBrO -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=BrO- 8.9151 8.3439 8.0780 7.9912 8.0407 8.2246 8.5972 9.4055 +-------------------------------------------------------------------- HIO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 I 1.0000 O 3 species in aqueous dissociation reaction: -1.0000 HIO 1.0000 H+ 1.0000 IO- **** logK grid [T, P @ Miscellaneous parameters]=HIO -11.1419 -10.2318 -9.6726 -9.3340 -9.1635 -9.1493 -9.3302 -9.8787 +-------------------------------------------------------------------- HIO3 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 I 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 HIO3 1.0000 H+ 1.0000 IO3- **** logK grid [T, P @ Miscellaneous parameters]=HIO3 -0.6826 -0.9626 -1.3121 -1.6885 -2.0961 -2.5626 -3.1628 -4.1925 +-------------------------------------------------------------------- VO4-3 date last revised = 11/13/199 keys = aqueous active charge = -3.0 * 2 element(s): 1.0000 V 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 VO4-3 1.0000 H2VO4- -2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=VO4-3 21.9880 20.7580 19.8691 19.2548 18.8953 18.8149 19.1201 20.0696 +-------------------------------------------------------------------- HVO4-2 date last revised = 11/13/199 keys = aqueous active charge = -2.0 * 3 element(s): 1.0000 H 1.0000 V 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 HVO4-2 1.0000 H2VO4- -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HVO4-2 8.2423 7.8226 7.3241 6.8531 6.4533 6.1638 6.0560 6.3108 +-------------------------------------------------------------------- H3VO4 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 3.0000 H 1.0000 V 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 H3VO4 1.0000 H2VO4- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H3VO4 -3.9899 -3.6500 -3.3428 -3.0926 -2.9136 -2.8315 -2.9151 -3.4435 +-------------------------------------------------------------------- HNbO3 date last revised = 3/15/1995 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Nb 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 HNbO3 1.0000 H+ 1.0000 NbO3- **** logK grid [T, P @ Miscellaneous parameters]=HNbO3 -7.2738 -7.0782 -7.2277 -7.5512 -8.0018 -8.5861 -9.3814 -10.7172 +-------------------------------------------------------------------- HMoO4- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Mo 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 HMoO4- 1.0000 H+ 1.0000 MoO4-2 **** logK grid [T, P @ Miscellaneous parameters]=HMoO4- -4.4051 -4.5038 -4.8823 -5.3868 -5.9799 -6.6685 -7.5110 -8.6940 +-------------------------------------------------------------------- LiOH date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Li 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 LiOH -1.0000 H+ 1.0000 Li+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=LiOH 14.5705 12.9064 11.7967 11.0213 10.4569 10.0263 9.6729 9.3665 +-------------------------------------------------------------------- NaOH date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Na 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 NaOH -1.0000 H+ 1.0000 H2O 1.0000 Na+ **** logK grid [T, P @ Miscellaneous parameters]=NaOH 15.1315 13.4642 12.3772 11.6420 11.1304 10.7623 10.4801 10.2385 +-------------------------------------------------------------------- KOH date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 K 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 KOH -1.0000 H+ 1.0000 H2O 1.0000 K+ **** logK grid [T, P @ Miscellaneous parameters]=KOH 15.4984 13.6010 12.3777 11.5515 10.9778 10.5696 10.2671 10.0188 +-------------------------------------------------------------------- RbOH date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Rb 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 RbOH -1.0000 H+ 1.0000 Rb+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=RbOH 15.2809 13.3684 12.1447 11.3283 10.7714 10.3854 10.1102 9.8942 +-------------------------------------------------------------------- CsOH date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Cs 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 CsOH -1.0000 H+ 1.0000 Cs+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CsOH 16.9083 14.7127 13.2910 12.3344 11.6774 11.2204 10.8974 10.6529 +-------------------------------------------------------------------- BeOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Be 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 BeOH+ -1.0000 H+ 1.0000 Be+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=BeOH+ 5.8015 4.9949 4.3455 3.8160 3.3660 2.9641 2.5841 2.2628 +-------------------------------------------------------------------- BeO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Be 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 BeO -2.0000 H+ 1.0000 Be+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=BeO 14.7143 12.7691 11.3454 10.2490 9.3551 8.5786 7.8544 7.2630 +-------------------------------------------------------------------- HBeO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Be 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HBeO2- -3.0000 H+ 1.0000 Be+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HBeO2- 24.6646 22.0294 20.0418 18.5215 17.3426 16.4326 15.7730 15.5065 +-------------------------------------------------------------------- BeO2-2 date last revised = 11/13/199 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Be 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 BeO2-2 -4.0000 H+ 1.0000 Be+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=BeO2-2 40.0152 35.2535 31.9691 29.6428 27.9973 26.8938 26.3218 26.5871 +-------------------------------------------------------------------- MgOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Mg 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 MgOH+ 1.0000 H2O 1.0000 Mg+2 -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=MgOH+ 12.6741 10.8160 9.3988 8.2907 7.3921 6.6344 5.9667 5.4004 +-------------------------------------------------------------------- CaOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Ca 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 CaOH+ -1.0000 H+ 1.0000 Ca+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CaOH+ 14.0851 11.7876 10.1423 8.9034 7.9283 7.1264 6.4342 5.8673 +-------------------------------------------------------------------- SrOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Sr 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 SrOH+ -1.0000 H+ 1.0000 Sr+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=SrOH+ 14.6409 12.1925 10.4683 9.1951 8.2137 7.4229 6.7515 6.2040 +-------------------------------------------------------------------- BaOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Ba 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 BaOH+ -1.0000 H+ 1.0000 Ba+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=BaOH+ 14.9318 12.3306 10.5367 9.2284 8.2292 7.4286 6.7473 6.1685 +-------------------------------------------------------------------- SnOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Sn 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 SnOH+ -1.0000 H+ 1.0000 Sn+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=SnOH+ 3.8692 3.0510 2.5195 2.1559 1.8897 1.6745 1.4737 1.3169 +-------------------------------------------------------------------- HSnO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Sn 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HSnO2- -3.0000 H+ 1.0000 Sn+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HSnO2- 17.7779 15.6976 14.4567 13.7133 13.2954 13.1151 13.1522 13.6112 +-------------------------------------------------------------------- PbOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Pb 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 PbOH+ -1.0000 H+ 1.0000 Pb+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=PbOH+ 6.1634 6.2529 6.4270 6.6339 6.8488 7.0557 7.2388 7.3826 +-------------------------------------------------------------------- PbO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Pb 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 PbO -2.0000 H+ 1.0000 Pb+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=PbO 18.5058 15.5997 13.6628 12.2980 11.2904 10.5057 9.8463 9.2837 +-------------------------------------------------------------------- HPbO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Pb 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HPbO2- -3.0000 H+ 1.0000 Pb+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HPbO2- 30.1658 26.1503 23.5990 21.9190 20.8082 20.1011 19.7278 19.8623 +-------------------------------------------------------------------- BiOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Bi 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 BiOH+2 -1.0000 H+ 1.0000 Bi+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=BiOH+2 1.4130 0.8935 0.6522 0.5538 0.5287 0.5347 0.5439 0.6333 +-------------------------------------------------------------------- BiO+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Bi 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 BiO+ -2.0000 H+ 1.0000 Bi+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=BiO+ 4.6514 2.3127 0.9978 0.2231 -0.2485 -0.5580 -0.7994 -0.8451 +-------------------------------------------------------------------- HBiO2 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Bi 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HBiO2 -3.0000 H+ 1.0000 Bi+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HBiO2 10.4578 6.5723 4.4624 3.2964 2.6732 2.3583 2.1954 2.2621 +-------------------------------------------------------------------- BiO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Bi 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 BiO2- -4.0000 H+ 1.0000 Bi+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=BiO2- 24.3283 18.6224 15.1022 12.8256 11.3227 10.3273 9.6988 9.6930 +-------------------------------------------------------------------- GaOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Ga 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 GaOH+2 -1.0000 H+ 1.0000 Ga+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=GaOH+2 2.7210 2.4814 2.1271 1.7500 1.3673 0.9789 0.5759 0.1893 +-------------------------------------------------------------------- GaO+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ga 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 GaO+ -2.0000 H+ 1.0000 Ga+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=GaO+ 7.1488 4.9232 3.3707 2.2212 1.3168 0.5561 -0.1297 -0.5964 +-------------------------------------------------------------------- HGaO2 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Ga 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HGaO2 -3.0000 H+ 1.0000 Ga+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HGaO2 12.2657 8.7268 6.3018 4.5382 3.1746 2.0441 1.0338 0.3767 +-------------------------------------------------------------------- GaO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ga 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 GaO2- -4.0000 H+ 1.0000 Ga+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=GaO2- 18.8719 14.7506 11.8430 9.7023 8.0710 6.8007 5.8367 5.5836 +-------------------------------------------------------------------- InOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 In 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 InOH+2 -1.0000 H+ 1.0000 In+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=InOH+2 4.4090 3.6781 3.1064 2.6493 2.2656 1.9242 1.6009 1.3509 +-------------------------------------------------------------------- InO+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 In 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 InO+ -2.0000 H+ 1.0000 In+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=InO+ 9.4814 6.5285 4.6036 3.2655 2.2801 1.5043 0.8457 0.4647 +-------------------------------------------------------------------- HInO2 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 In 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HInO2 -3.0000 H+ 1.0000 In+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HInO2 14.8169 10.5900 7.9211 6.1346 4.8764 3.9309 3.1534 2.6931 +-------------------------------------------------------------------- InO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 In 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 InO2- -4.0000 H+ 1.0000 In+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=InO2- 25.0534 19.6288 16.0169 13.4902 11.6627 10.3139 9.3414 9.1023 +-------------------------------------------------------------------- TlOH date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Tl 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 TlOH -1.0000 H+ 1.0000 Tl+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TlOH -1.1431 -0.4911 0.1609 0.7763 1.3491 1.8786 2.3630 2.7905 +-------------------------------------------------------------------- TlOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Tl 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 TlOH+2 -1.0000 H+ 1.0000 Tl+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TlOH+2 0.8473 0.5246 0.4051 0.3866 0.4159 0.4599 0.4958 0.5933 +-------------------------------------------------------------------- TlO+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Tl 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 TlO+ -2.0000 H+ 1.0000 Tl+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TlO+ 2.7847 0.7488 -0.3545 -0.9737 -1.3268 -1.5434 -1.7100 -1.6920 +-------------------------------------------------------------------- HTlO2 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Tl 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HTlO2 -3.0000 H+ 1.0000 Tl+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HTlO2 5.0671 2.0332 0.5297 -0.1839 -0.4584 -0.4975 -0.4380 -0.1865 +-------------------------------------------------------------------- TlO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Tl 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 TlO2- -4.0000 H+ 1.0000 Tl+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=TlO2- 17.6555 13.0030 10.2373 8.5269 7.4635 6.8188 6.4773 6.7167 +-------------------------------------------------------------------- ScOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Sc 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 ScOH+2 -1.0000 H+ 1.0000 Sc+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ScOH+2 5.3031 3.5143 2.3021 1.4318 0.7708 0.2364 -0.2229 -0.4781 +-------------------------------------------------------------------- ScO+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Sc 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 ScO+ -2.0000 H+ 1.0000 Sc+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ScO+ 11.5023 8.3381 6.2614 4.8090 3.7344 2.8864 2.1662 1.7182 +-------------------------------------------------------------------- HScO2 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Sc 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HScO2 -3.0000 H+ 1.0000 Sc+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HScO2 18.8467 13.9578 10.8343 8.7193 7.2159 6.0825 5.1575 4.5697 +-------------------------------------------------------------------- ScO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Sc 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 ScO2- -4.0000 H+ 1.0000 Sc+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ScO2- 29.4082 23.2643 19.1592 16.2756 14.1801 12.6233 11.4833 11.0974 +-------------------------------------------------------------------- VOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 V 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 VOH+ -1.0000 H+ 1.0000 V+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=VOH+ 7.0462 6.0342 5.2211 4.5574 3.9939 3.4924 3.0222 2.6167 +-------------------------------------------------------------------- VOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 V 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 VOH+2 -1.0000 H+ 1.0000 V+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=VOH+2 3.0559 1.6430 0.7498 0.1502 -0.2774 -0.6077 -0.8870 -0.9920 +-------------------------------------------------------------------- VO+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 V 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 VO+ -2.0000 H+ 1.0000 V+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=VO+ 7.7267 5.0592 3.4048 2.3092 1.5390 0.9521 0.4546 0.1902 +-------------------------------------------------------------------- CrOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Cr 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 CrOH+2 -1.0000 H+ 1.0000 Cr+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CrOH+2 4.6522 3.4594 2.5138 1.7455 1.0932 0.5124 -0.0278 -0.4280 +-------------------------------------------------------------------- CrO+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Cr 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 CrO+ -2.0000 H+ 1.0000 Cr+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CrO+ 11.2539 8.3615 6.3476 4.8608 3.7000 2.7375 1.8874 1.2884 +-------------------------------------------------------------------- HCrO2 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Cr 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HCrO2 -3.0000 H+ 1.0000 Cr+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HCrO2 20.6989 15.8161 12.4492 9.9921 8.1007 6.5578 5.2186 4.2861 +-------------------------------------------------------------------- CrO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Cr 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 CrO2- -4.0000 H+ 1.0000 Cr+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CrO2- 30.6690 24.6768 20.4399 17.3080 14.9114 13.0333 11.5742 10.9058 +-------------------------------------------------------------------- MnOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Mn 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 MnOH+ -1.0000 H+ 1.0000 Mn+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=MnOH+ 11.5899 9.8058 8.5274 7.5681 6.8134 6.1883 5.6401 5.2102 +-------------------------------------------------------------------- MnO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Mn 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 MnO -2.0000 H+ 1.0000 Mn+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=MnO 24.1960 20.5522 17.9929 16.0967 14.6228 13.4175 12.3705 11.4998 +-------------------------------------------------------------------- HMnO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Mn 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HMnO2- -3.0000 H+ 1.0000 Mn+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HMnO2- 37.4874 32.5770 29.1443 26.6523 24.7999 23.4145 22.4200 21.9894 +-------------------------------------------------------------------- MnO2-2 date last revised = 11/13/199 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Mn 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 MnO2-2 -4.0000 H+ 1.0000 Mn+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=MnO2-2 52.1535 45.1676 40.4895 37.2398 34.9752 33.4862 32.8027 33.9318 +-------------------------------------------------------------------- FeOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Fe 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 FeOH+ -1.0000 H+ 1.0000 Fe+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=FeOH+ 10.1319 8.6159 7.4949 6.6337 5.9419 5.3584 4.8384 4.4091 +-------------------------------------------------------------------- FeO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Fe 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 FeO -2.0000 H+ 1.0000 Fe+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=FeO 22.2516 18.8577 16.4168 14.5709 13.1069 11.8857 10.8065 9.9007 +-------------------------------------------------------------------- HFeO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Fe 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HFeO2- -3.0000 H+ 1.0000 Fe+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HFeO2- 31.4183 27.3442 24.4106 22.2309 20.5753 19.3110 18.3860 17.9773 +-------------------------------------------------------------------- FeOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Fe 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 FeOH+2 -1.0000 H+ 1.0000 Fe+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=FeOH+2 2.8954 1.6309 0.7408 0.0794 -0.4433 -0.8855 -1.2837 -1.5066 +-------------------------------------------------------------------- FeO+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Fe 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 FeO+ -2.0000 H+ 1.0000 Fe+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=FeO+ 6.9808 4.5930 3.0327 1.9418 1.1276 0.4697 -0.1116 -0.4599 +-------------------------------------------------------------------- HFeO2 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Fe 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HFeO2 -3.0000 H+ 1.0000 Fe+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HFeO2 14.3047 10.2173 7.5941 5.8067 4.5205 3.5296 2.6957 2.1837 +-------------------------------------------------------------------- FeO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Fe 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 FeO2- -4.0000 H+ 1.0000 Fe+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=FeO2- 24.5356 19.2614 15.7052 13.1873 11.3421 9.9598 8.9451 8.6665 +-------------------------------------------------------------------- CoOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Co 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 CoOH+ -1.0000 H+ 1.0000 Co+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CoOH+ 10.9212 9.2273 7.9412 6.9320 6.1069 5.4021 4.7711 4.2480 +-------------------------------------------------------------------- CoO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Co 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 CoO -2.0000 H+ 1.0000 Co+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CoO 20.4049 17.5038 15.4052 13.8085 12.5311 11.4522 10.4824 9.6697 +-------------------------------------------------------------------- HCoO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Co 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HCoO2- -3.0000 H+ 1.0000 Co+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HCoO2- 33.7348 29.6022 26.5795 24.3050 22.5564 21.2037 20.1932 19.6648 +-------------------------------------------------------------------- CoO2-2 date last revised = 11/13/199 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Co 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 CoO2-2 -4.0000 H+ 1.0000 Co+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CoO2-2 49.8166 43.4272 39.0167 35.8690 33.6024 32.0150 31.0568 31.0206 +-------------------------------------------------------------------- CoOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Co 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 CoOH+2 -1.0000 H+ 1.0000 Co+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CoOH+2 1.9166 0.6598 -0.2592 -0.9649 -1.5394 -2.0372 -2.4908 -2.7452 +-------------------------------------------------------------------- NiOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Ni 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 NiOH+ -1.0000 H+ 1.0000 Ni+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=NiOH+ 11.6866 10.0184 8.7091 7.6576 6.7827 6.0262 5.3433 4.7480 +-------------------------------------------------------------------- NiO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ni 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 NiO -2.0000 H+ 1.0000 Ni+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=NiO 23.3759 18.4415 14.8184 12.0356 9.8065 7.9452 6.3200 4.9565 +-------------------------------------------------------------------- HNiO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Ni 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HNiO2- -3.0000 H+ 1.0000 Ni+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HNiO2- 33.0394 29.2443 26.3999 24.2208 22.5191 21.1829 20.1661 19.5719 +-------------------------------------------------------------------- NiO2-2 date last revised = 11/13/199 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Ni 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 NiO2-2 -4.0000 H+ 1.0000 Ni+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=NiO2-2 47.2707 41.3598 37.2296 34.2541 32.0931 30.5688 29.6444 29.6069 +-------------------------------------------------------------------- CuOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Cu 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 CuOH+ -1.0000 H+ 1.0000 Cu+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CuOH+ 8.6558 7.3070 6.3292 5.5919 5.0082 4.5195 4.0839 3.7496 +-------------------------------------------------------------------- CuO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Cu 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 CuO -2.0000 H+ 1.0000 Cu+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CuO 16.0675 13.7819 12.1863 11.0208 10.1366 9.4490 8.9309 8.8703 +-------------------------------------------------------------------- HCuO2- date last revised = 11/13/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Cu 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HCuO2- -3.0000 H+ 1.0000 Cu+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HCuO2- 29.9370 25.6362 22.7371 20.6913 19.1962 18.0710 17.2122 16.7555 +-------------------------------------------------------------------- CuO2-2 date last revised = 11/13/199 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Cu 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 CuO2-2 -4.0000 H+ 1.0000 Cu+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CuO2-2 44.6185 38.8325 34.9731 32.3148 30.4830 29.2846 28.6783 28.9967 +-------------------------------------------------------------------- YOH+2 date last revised = 11/14/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Y 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 YOH+2 -1.0000 H+ 1.0000 Y+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=YOH+2 8.9327 6.6671 5.1028 3.9634 3.0915 2.3897 1.7971 1.4286 +-------------------------------------------------------------------- YO+ date last revised = 11/14/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Y 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 YO+ -2.0000 H+ 1.0000 Y+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=YO+ 18.7933 14.4872 11.5841 9.5073 7.9458 6.7094 5.6743 4.9695 +-------------------------------------------------------------------- HYO2 date last revised = 11/14/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Y 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HYO2 -3.0000 H+ 1.0000 Y+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HYO2 29.6630 23.0828 18.7426 15.7122 13.4974 11.7976 10.4130 9.4440 +-------------------------------------------------------------------- YO2- date last revised = 11/14/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Y 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 YO2- -4.0000 H+ 1.0000 Y+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=YO2- 40.8651 32.9278 27.5256 23.6615 20.8005 18.6310 16.9907 16.1875 +-------------------------------------------------------------------- ZrOH+3 date last revised = 11/14/199 keys = aqueous active charge = 3.0 * 3 element(s): 1.0000 Zr 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 ZrOH+3 -1.0000 H+ 1.0000 Zr+4 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ZrOH+3 0.0548 -0.6888 -1.3423 -1.9111 -2.4240 -2.9050 -3.3673 -3.6403 +-------------------------------------------------------------------- ZrO+2 date last revised = 11/14/199 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Zr 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 ZrO+2 -2.0000 H+ 1.0000 Zr+4 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ZrO+2 2.7023 0.9252 -0.3161 -1.2410 -1.9800 -2.6171 -3.2057 -3.5297 +-------------------------------------------------------------------- HZrO2+ date last revised = 11/14/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 H 1.0000 Zr 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HZrO2+ -3.0000 H+ 1.0000 Zr+4 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HZrO2+ 6.0407 4.2035 2.6495 1.3246 0.1451 -0.9605 -2.0543 -2.9595 +-------------------------------------------------------------------- ZrO2 date last revised = 11/14/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Zr 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 ZrO2 -4.0000 H+ 1.0000 Zr+4 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ZrO2 11.2343 8.3841 6.2137 4.4764 2.9936 1.6387 0.3240 -0.5520 +-------------------------------------------------------------------- HZrO3- date last revised = 11/14/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Zr 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 HZrO3- -5.0000 H+ 1.0000 Zr+4 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HZrO3- 18.0111 14.3043 11.6183 9.5988 8.0195 6.7439 5.7190 5.4042 +-------------------------------------------------------------------- AgO- date last revised = 11/14/199 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ag 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 AgO- -2.0000 H+ 1.0000 Ag+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=AgO- 25.8577 22.5376 20.3474 18.8517 17.8301 17.1679 16.8343 16.9763 +-------------------------------------------------------------------- CdOH+ date last revised = 11/14/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Cd 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 CdOH+ -1.0000 H+ 1.0000 Cd+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CdOH+ 10.9549 9.3373 8.1700 7.2919 6.6015 6.0320 5.5342 5.1157 +-------------------------------------------------------------------- CdO date last revised = 11/14/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Cd 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 CdO -2.0000 H+ 1.0000 Cd+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CdO 22.1524 18.8420 16.5219 14.8077 13.4791 12.3951 11.4523 10.6455 +-------------------------------------------------------------------- HCdO2- date last revised = 11/14/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Cd 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HCdO2- -3.0000 H+ 1.0000 Cd+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HCdO2- 35.8397 31.2052 27.9614 25.6079 23.8635 22.5671 21.6486 21.2513 +-------------------------------------------------------------------- CdO2-2 date last revised = 11/14/199 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Cd 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 CdO2-2 -4.0000 H+ 1.0000 Cd+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=CdO2-2 51.0726 44.3880 39.8886 36.7519 34.5521 33.0654 32.2291 32.3262 +-------------------------------------------------------------------- HfOH+3 date last revised = 11/14/199 keys = aqueous active charge = 3.0 * 3 element(s): 1.0000 Hf 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 HfOH+3 -1.0000 H+ 1.0000 Hf+4 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HfOH+3 0.6311 -0.1911 -0.9088 -1.5308 -2.0887 -2.6084 -3.1045 -3.4066 +-------------------------------------------------------------------- HfO+2 date last revised = 11/14/199 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Hf 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 HfO+2 -2.0000 H+ 1.0000 Hf+4 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HfO+2 3.6161 1.4223 -0.0939 -1.2117 -2.0918 -2.8355 -3.5045 -3.8558 +-------------------------------------------------------------------- HHfO2+ date last revised = 11/14/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 H 1.0000 Hf 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HHfO2+ -3.0000 H+ 1.0000 Hf+4 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HHfO2+ 7.0135 5.0400 3.3733 1.9546 0.6954 -0.4792 -1.6342 -2.6003 +-------------------------------------------------------------------- HfO2 date last revised = 11/14/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Hf 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HfO2 -4.0000 H+ 1.0000 Hf+4 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HfO2 12.2852 9.2900 7.0009 5.1650 3.5984 2.1709 0.7925 -0.1358 +-------------------------------------------------------------------- HHfO3- date last revised = 11/14/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Hf 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 HHfO3- -5.0000 H+ 1.0000 Hf+4 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HHfO3- 19.2973 15.4160 12.5871 10.4494 8.7704 7.4091 6.3089 5.9202 +-------------------------------------------------------------------- HgOH+ date last revised = 11/14/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Hg 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 HgOH+ -1.0000 H+ 1.0000 Hg+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HgOH+ 3.8479 2.9673 2.2276 1.6047 1.0605 0.5626 0.0819 -0.3460 +-------------------------------------------------------------------- HgO date last revised = 11/14/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Hg 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 HgO -2.0000 H+ 1.0000 Hg+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HgO 6.7882 5.7263 5.1304 4.7823 4.5693 4.4195 4.2756 4.1471 +-------------------------------------------------------------------- HHgO2- date last revised = 11/14/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Hg 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HHgO2- -3.0000 H+ 1.0000 Hg+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HHgO2- 22.6673 19.9122 18.1835 17.0717 16.3672 15.9585 15.8104 16.1090 +-------------------------------------------------------------------- RuOH+ date last revised = 8/12/2015 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 H 1.0000 O 1.0000 Ru 4 species in aqueous dissociation reaction: -1.0000 RuOH+ -1.0000 H+ 1.0000 Ru+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=RuOH+ 8.2270 6.9833 6.0352 5.2896 4.6769 4.1480 3.6656 3.2642 +-------------------------------------------------------------------- RuO date last revised = 4/13/1995 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ru 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 RuO -2.0000 H+ 1.0000 Ru+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=RuO 16.6704 14.3437 12.6649 11.3889 10.3652 9.4926 8.6948 8.0241 +-------------------------------------------------------------------- RuOH+2 date last revised = 7/12/1995 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 H 1.0000 O 1.0000 Ru 4 species in aqueous dissociation reaction: -1.0000 RuOH+2 -1.0000 H+ 1.0000 Ru+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=RuOH+2 2.8925 1.6847 0.7933 0.1061 -0.4531 -0.9349 -1.3706 -1.6276 +-------------------------------------------------------------------- RuO+ date last revised = 7/25/1994 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ru 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 RuO+ -2.0000 H+ 1.0000 Ru+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=RuO+ 4.6035 2.6499 1.3634 0.4573 -0.2262 -0.7861 -1.2875 -1.5683 +-------------------------------------------------------------------- RhOH+ date last revised = 8/16/2015 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 H 1.0000 O 1.0000 Rh 4 species in aqueous dissociation reaction: -1.0000 RhOH+ -1.0000 H+ 1.0000 Rh+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=RhOH+ 8.5180 7.2468 6.2665 5.4891 4.8463 4.2891 3.7804 3.3525 +-------------------------------------------------------------------- RhO date last revised = 7/14/1994 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Rh 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 RhO -2.0000 H+ 1.0000 Rh+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=RhO 17.2553 14.8590 13.1167 11.7844 10.7100 9.7915 8.9517 8.2468 +-------------------------------------------------------------------- RhOH+2 date last revised = 7/13/1995 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 H 1.0000 O 1.0000 Rh 4 species in aqueous dissociation reaction: -1.0000 RhOH+2 -1.0000 H+ 1.0000 Rh+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=RhOH+2 3.1681 1.9260 0.9757 0.2230 -0.4029 -0.9500 -1.4483 -1.7635 +-------------------------------------------------------------------- RhO+ date last revised = 7/25/1994 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Rh 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 RhO+ -2.0000 H+ 1.0000 Rh+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=RhO+ 6.6509 4.3959 2.8540 1.7318 0.8626 0.1409 -0.5031 -0.9101 +-------------------------------------------------------------------- AlOH+2 date last revised = 11/13/199 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Al 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 AlOH+2 -1.0000 H+ 1.0000 Al+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=AlOH+2 5.7664 4.3135 3.1499 2.1952 1.3813 0.6606 0.0014 -0.4830 +-------------------------------------------------------------------- HAsO4-2 date last revised = 11/11/199 keys = aqueous active charge = -2.0 * 3 element(s): 1.0000 H 1.0000 As 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 HAsO4-2 -1.0000 H+ 1.0000 H2AsO4- **** logK grid [T, P @ Miscellaneous parameters]=HAsO4-2 6.8547 6.7457 6.8587 7.0913 7.4203 7.8569 8.4593 9.3932 +-------------------------------------------------------------------- AgOH date last revised = 11/14/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 Ag 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 AgOH -1.0000 H+ 1.0000 Ag+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=AgOH 12.7824 11.3772 10.5013 9.9348 9.5622 9.3133 9.1388 8.9945 +-------------------------------------------------------------------- AgCl date last revised = 9/16/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ag 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AgCl 1.0000 Ag+ 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=AgCl -3.5662 -3.1109 -2.8969 -2.8319 -2.8873 -3.0682 -3.4306 -4.1929 +-------------------------------------------------------------------- AgCl2- date last revised = 9/16/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ag 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AgCl2- 1.0000 Ag+ 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=AgCl2- -5.7941 -4.9663 -4.6019 -4.5051 -4.6052 -4.8895 -5.4121 -6.3939 +-------------------------------------------------------------------- AgCl3-2 date last revised = 10/2/1997 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Ag 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AgCl3-2 1.0000 Ag+ 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=AgCl3-2 -5.9635 -4.5605 -3.9011 -3.6543 -3.6873 -3.9506 -4.4695 -5.4182 +-------------------------------------------------------------------- ZnOH+ date last revised = 11/14/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Zn 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 ZnOH+ -1.0000 H+ 1.0000 Zn+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ZnOH+ 9.0481 6.8235 5.2141 3.9976 3.0338 2.2309 1.5253 0.9856 +-------------------------------------------------------------------- ZnO date last revised = 11/14/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Zn 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 ZnO -2.0000 H+ 1.0000 Zn+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ZnO 19.7447 16.4363 14.1096 12.3861 11.0451 9.9439 8.9797 8.1876 +-------------------------------------------------------------------- HZnO2- date last revised = 11/14/199 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 H 1.0000 Zn 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HZnO2- -3.0000 H+ 1.0000 Zn+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HZnO2- 29.8277 26.0031 23.2727 21.2647 19.7575 18.6238 17.8151 17.5128 +-------------------------------------------------------------------- ZnO2-2 date last revised = 11/14/199 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Zn 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 ZnO2-2 -4.0000 H+ 1.0000 Zn+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ZnO2-2 43.3273 38.2193 34.6952 32.1984 30.4284 29.2315 28.5861 28.7725 +-------------------------------------------------------------------- ZnCl+ date last revised = 9/16/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Zn 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 ZnCl+ 1.0000 Cl- 1.0000 Zn+2 **** logK grid [T, P @ Miscellaneous parameters]=ZnCl+ 0.4415 -0.8208 -1.9697 -3.0207 -4.0268 -5.0509 -6.1875 -7.5543 +-------------------------------------------------------------------- ZnCl2 date last revised = 9/16/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Zn 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 ZnCl2 1.0000 Zn+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=ZnCl2 0.1510 -0.7361 -1.7919 -2.9086 -4.1011 -5.4339 -7.0564 -9.3064 +-------------------------------------------------------------------- ZnCl3- date last revised = 10/2/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Zn 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 ZnCl3- 1.0000 Zn+2 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=ZnCl3- 0.0987 -0.2464 -1.0502 -2.0662 -3.2490 -4.6310 -6.3429 -8.6919 +-------------------------------------------------------------------- HCl date last revised = 7/30/1996 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 H 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 HCl 1.0000 Cl- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HCl 0.5128 0.7922 0.7478 0.5176 0.1424 -0.3895 -1.1693 -2.6087 +-------------------------------------------------------------------- PdO date last revised = 4/14/1992 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Pd 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 PdO -2.0000 H+ 1.0000 Pd+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=PdO 2.3028 2.1187 2.0542 2.0377 2.0250 1.9828 1.8805 1.8244 +-------------------------------------------------------------------- HCN date last revised = 6/4/1993 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 C 1.0000 N 3 species in aqueous dissociation reaction: -1.0000 HCN 1.0000 CN- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=HCN -9.9921 -8.6821 -7.9576 -7.5677 -7.4084 -7.4406 -7.6912 -8.3842 +-------------------------------------------------------------------- BaHCO3+ date last revised = 1992-11-0 keys = aqueous active charge = 1.0 * 4 element(s): 1.0000 Ba 1.0000 C 1.0000 H 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 BaHCO3+ 1.0000 Ba+2 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=BaHCO3+ -0.7475 -1.3304 -1.9904 -2.6679 -3.3747 -4.1491 -5.0789 -6.3844 +-------------------------------------------------------------------- CaHCO3+ date last revised = 1991-01-0 keys = aqueous active charge = 1.0 * 4 element(s): 1.0000 C 1.0000 Ca 1.0000 H 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 CaHCO3+ 1.0000 Ca+2 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=CaHCO3+ -1.0940 -1.1124 -1.4134 -1.8483 -2.3830 -3.0268 -3.8398 -4.9715 +-------------------------------------------------------------------- MgHCO3+ date last revised = 1991-01-0 keys = aqueous active charge = 1.0 * 4 element(s): 1.0000 C 1.0000 H 1.0000 Mg 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 MgHCO3+ 1.0000 HCO3- 1.0000 Mg+2 **** logK grid [T, P @ Miscellaneous parameters]=MgHCO3+ -1.0770 -1.1114 -1.4229 -1.8523 -2.3688 -2.9844 -3.7577 -4.8084 +-------------------------------------------------------------------- SrHCO3+ date last revised = 1992-11-0 keys = aqueous active charge = 1.0 * 4 element(s): 1.0000 C 1.0000 H 3.0000 O 1.0000 Sr 3 species in aqueous dissociation reaction: -1.0000 SrHCO3+ 1.0000 Sr+2 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=SrHCO3+ -0.9717 -1.5499 -2.2434 -2.9636 -3.7153 -4.5347 -5.5050 -6.8103 +-------------------------------------------------------------------- CO2 date last revised = 8/18/2005 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 C 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 CO2 -1.0000 H2O 1.0000 H+ 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=CO2 -6.5677 -6.2623 -6.3539 -6.6615 -7.1173 -7.7083 -8.4882 -9.7512 +-------------------------------------------------------------------- PtSO4 date last revised = 4/14/1995 keys = aqueous active charge = 0.0 * 3 element(s): 4.0000 O 1.0000 Pt 1.0000 S 3 species in aqueous dissociation reaction: -1.0000 PtSO4 1.0000 Pt+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=PtSO4 -2.9176 -2.9777 -3.2224 -3.5845 -4.0848 -4.7872 -5.8363 -7.5066 +-------------------------------------------------------------------- PtO date last revised = 4/14/1992 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Pt 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 PtO 1.0000 Pt+2 1.0000 H2O -2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=PtO -4.9470 -3.9748 -3.2136 -2.6131 -2.1495 -1.8152 -1.6136 -1.4097 +-------------------------------------------------------------------- HAsO2 date last revised = 11/11/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 As 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 HAsO2 1.0000 H+ 1.0000 AsO2- **** logK grid [T, P @ Miscellaneous parameters]=HAsO2 -9.6952 -8.8793 -8.4103 -8.1531 -8.0560 -8.1101 -8.3620 -9.0392 +-------------------------------------------------------------------- AlO2- date last revised = 11/7/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Al 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 AlO2- -4.0000 H+ 1.0000 Al+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=AlO2- 24.9891 19.8718 16.2051 13.4626 11.3393 9.6575 8.3430 7.7870 +-------------------------------------------------------------------- AlO+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Al 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 AlO+ -2.0000 H+ 1.0000 Al+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=AlO+ 11.9828 8.9783 6.8435 5.2374 3.9632 2.8957 1.9508 1.2686 +-------------------------------------------------------------------- HAlO2 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Al 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HAlO2 -3.0000 H+ 1.0000 Al+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HAlO2 18.0647 13.5978 10.5474 8.3359 6.6406 5.2593 4.0577 3.2504 +-------------------------------------------------------------------- AmOH+2 date last revised = 2/11/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Am 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 AmOH+2 -1.0000 H+ 1.0000 Am+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=AmOH+2 7.6033 5.4228 3.9010 2.7822 1.9173 1.2132 0.6101 0.2199 +-------------------------------------------------------------------- AmO+ date last revised = 6/27/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Am 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 AmO+ -2.0000 H+ 1.0000 Am+3 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=AmO+ 16.3705 12.2813 9.5188 7.5380 6.0428 4.8510 3.8409 3.1279 +-------------------------------------------------------------------- HAmO2 date last revised = 6/27/1998 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Am 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 HAmO2 -3.0000 H+ 1.0000 Am+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=HAmO2 29.4822 22.7310 18.3270 15.2887 13.1005 11.4509 10.1315 9.1952 +-------------------------------------------------------------------- AmF+2 date last revised = 2/11/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Am 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 AmF+2 1.0000 Am+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=AmF+2 -3.0210 -3.8196 -4.6683 -5.5125 -6.3722 -7.2905 -8.3453 -9.5905 +-------------------------------------------------------------------- AmF2+ date last revised = 2/11/1998 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Am 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 AmF2+ 1.0000 Am+3 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=AmF2+ -5.5213 -6.1745 -7.0414 -8.0034 -9.0755 -10.3236 -11.8928 -13.9772 +-------------------------------------------------------------------- AmF3 date last revised = 1/14/1999 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Am 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 AmF3 3.0000 F- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=AmF3 -7.4068 -7.5501 -8.0314 -8.7209 -9.6400 -10.8804 -12.6549 -15.2809 +-------------------------------------------------------------------- AmF4- date last revised = 1/14/1999 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Am 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 AmF4- 4.0000 F- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=AmF4- -8.3539 -7.5707 -7.2100 -7.1413 -7.3682 -7.9682 -9.1534 -11.4005 +-------------------------------------------------------------------- AmCl+2 date last revised = 6/27/1998 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Am 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AmCl+2 1.0000 Am+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=AmCl+2 -0.9405 -1.2343 -1.7109 -2.2704 -2.9004 -3.6219 -4.5000 -5.6497 +-------------------------------------------------------------------- AmCl2+ date last revised = 1/14/1999 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Am 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AmCl2+ 2.0000 Cl- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=AmCl2+ -1.4109 -1.7435 -2.3658 -3.1413 -4.0609 -5.1723 -6.6087 -8.6389 +-------------------------------------------------------------------- AmCl3 date last revised = 1/18/1999 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Am 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AmCl3 3.0000 Cl- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=AmCl3 -0.4049 -0.7007 -1.2694 -2.0182 -2.9686 -4.2066 -5.9420 -8.6339 +-------------------------------------------------------------------- AmCl4- date last revised = 1/18/1999 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Am 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AmCl4- 4.0000 Cl- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=AmCl4- 0.0189 0.1846 0.1348 -0.1043 -0.5657 -1.3347 -2.6164 -4.8762 +-------------------------------------------------------------------- AmNO3+2 date last revised = 6/27/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Am 1.0000 N 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 AmNO3+2 1.0000 Am+3 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=AmNO3+2 -1.8900 -0.9649 -0.5771 -0.4744 -0.5684 -0.8340 -1.3033 -2.1062 +-------------------------------------------------------------------- Am(NO3)2+ date last revised = 1/18/1999 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Am 2.0000 N 6.0000 O 3 species in aqueous dissociation reaction: -1.0000 Am(NO3)2+ 2.0000 NO3- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=Am(NO3)2+ -2.5751 -1.2716 -0.7902 -0.7459 -1.0165 -1.5811 -2.5208 -4.0781 +-------------------------------------------------------------------- AmNO2+2 date last revised = 6/27/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Am 1.0000 N 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 AmNO2+2 1.0000 Am+3 1.0000 NO2- **** logK grid [T, P @ Miscellaneous parameters]=AmNO2+2 -2.5616 -1.8187 -1.5444 -1.5190 -1.6696 -1.9800 -2.4895 -3.3286 +-------------------------------------------------------------------- AmH2PO4+2 date last revised = 6/27/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Am 2.0000 H 1.0000 P 4.0000 O 4 species in aqueous dissociation reaction: -1.0000 AmH2PO4+2 1.0000 Am+3 1.0000 HPO4-2 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=AmH2PO4+2 -10.6465 -10.0267 -10.1079 -10.5476 -11.2480 -12.2059 -13.5204 -15.4589 +-------------------------------------------------------------------- AmSCN+2 date last revised = 6/27/1998 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Am 1.0000 S 1.0000 C 1.0000 N 3 species in aqueous dissociation reaction: -1.0000 AmSCN+2 1.0000 SCN- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=AmSCN+2 -1.8430 -0.9554 -0.6204 -0.5749 -0.7269 -1.0495 -1.5743 -2.4313 +-------------------------------------------------------------------- Am(SCN)2+ date last revised = 1/22/1999 keys = aqueous active charge = 1.0 * 4 element(s): 1.0000 Am 2.0000 C 2.0000 N 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Am(SCN)2+ 2.0000 SCN- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=Am(SCN)2+ -2.1039 -0.9159 -0.5888 -0.7080 -1.1416 -1.8650 -2.9579 -4.6631 +-------------------------------------------------------------------- Am(SCN)3 date last revised = 1/22/1999 keys = aqueous active charge = 0.0 * 4 element(s): 1.0000 Am 3.0000 C 3.0000 N 3.0000 S 3 species in aqueous dissociation reaction: -1.0000 Am(SCN)3 3.0000 SCN- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=Am(SCN)3 -2.4527 -0.9719 -0.5689 -0.7301 -1.3013 -2.2689 -3.7687 -6.2287 +-------------------------------------------------------------------- Am(HCO3)+2 date last revised = 1/22/1999 keys = aqueous active charge = 2.0 * 4 element(s): 1.0000 Am 1.0000 C 1.0000 H 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 Am(HCO3)+2 1.0000 HCO3- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=Am(HCO3)+2 -2.7291 -2.2476 -2.2149 -2.4069 -2.7554 -3.2496 -3.9339 -4.9323 +-------------------------------------------------------------------- Am(ClO4)+2 date last revised = 1/22/1999 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Am 1.0000 Cl 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 Am(ClO4)+2 1.0000 ClO4- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=Am(ClO4)+2 -2.6772 -1.2153 -0.4627 -0.0897 0.0286 -0.0606 -0.3734 -1.0342 +-------------------------------------------------------------------- AmCO3+ date last revised = 7/19/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Am 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 AmCO3+ -1.0000 H+ 1.0000 HCO3- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=AmCO3+ 5.3574 0.1633 -3.5877 -6.4777 -8.8624 -11.0042 -13.1787 -15.8028 +-------------------------------------------------------------------- Am(CO3)2- date last revised = 7/19/1998 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 Am 2.0000 C 6.0000 O 4 species in aqueous dissociation reaction: -1.0000 Am(CO3)2- -2.0000 H+ 2.0000 HCO3- 1.0000 Am+3 **** logK grid [T, P @ Miscellaneous parameters]=Am(CO3)2- 10.7051 6.1543 2.2721 -1.0761 -4.0782 -6.9107 -9.7873 -12.9839 +-------------------------------------------------------------------- AmSO4+ date last revised = 7/19/1998 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Am 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 AmSO4+ 1.0000 Am+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=AmSO4+ -3.6048 -4.1176 -4.6650 -5.2385 -5.8895 -6.6986 -7.8197 -9.5311 +-------------------------------------------------------------------- Am(SO4)2- date last revised = 7/19/1998 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 Am 8.0000 O 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Am(SO4)2- 1.0000 Am+3 2.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Am(SO4)2- -5.2772 -5.6346 -6.2266 -6.9460 -7.8313 -8.9836 -10.6235 -13.1924 +-------------------------------------------------------------------- PtOH+ date last revised = 4/14/1992 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Pt 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 PtOH+ 1.0000 Pt+2 1.0000 H2O -1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=PtOH+ -2.6859 -2.2730 -1.9855 -1.7762 -1.6306 -1.5448 -1.5190 -1.4497 +-------------------------------------------------------------------- CuCl date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Cu 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CuCl 1.0000 Cu+ 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CuCl -2.6019 -2.1524 -1.9715 -1.9524 -2.0624 -2.3068 -2.7437 -3.5850 +-------------------------------------------------------------------- CuCl2- date last revised = 10/2/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Cu 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CuCl2- 1.0000 Cu+ 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CuCl2- -6.0578 -4.7730 -4.1491 -3.8985 -3.9074 -4.1370 -4.6197 -5.5326 +-------------------------------------------------------------------- CuCl3-2 date last revised = 10/2/1997 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Cu 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CuCl3-2 1.0000 Cu+ 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CuCl3-2 -6.8884 -4.8828 -3.9268 -3.5405 -3.5253 -3.7947 -4.3509 -5.3559 +-------------------------------------------------------------------- CuCl+ date last revised = 10/2/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Cu 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CuCl+ 1.0000 Cu+2 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CuCl+ -0.4344 -0.4611 -0.7280 -1.1143 -1.5957 -2.1862 -2.9474 -4.0140 +-------------------------------------------------------------------- CuCl2 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Cu 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CuCl2 1.0000 Cu+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CuCl2 0.5770 0.6157 0.1738 -0.5146 -1.3995 -2.5073 -3.9634 -6.0852 +-------------------------------------------------------------------- CuCl3- date last revised = 10/2/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Cu 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CuCl3- 1.0000 Cu+2 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CuCl3- 1.9461 2.3416 1.9755 1.2342 0.2309 -1.0267 -2.6417 -4.9331 +-------------------------------------------------------------------- CuCl4-2 date last revised = 10/2/1997 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Cu 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CuCl4-2 1.0000 Cu+2 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CuCl4-2 3.8203 4.9420 4.9491 4.4003 3.4874 2.2628 0.6489 -1.7111 +-------------------------------------------------------------------- CuF+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Cu 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 CuF+ 1.0000 Cu+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=CuF+ -1.5726 -1.5693 -1.8158 -2.1824 -2.6456 -3.2219 -3.9760 -5.0383 +-------------------------------------------------------------------- CoCl+ date last revised = 10/16/200 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Co 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CoCl+ 1.0000 Co+2 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CoCl+ -0.6320 -0.5977 -0.7958 -1.1169 -1.5374 -2.0705 -2.7776 -3.8075 +-------------------------------------------------------------------- CoF+ date last revised = 10/16/200 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Co 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 CoF+ 1.0000 Co+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=CoF+ -1.0129 -1.1017 -1.3759 -1.7464 -2.2017 -2.7633 -3.4995 -4.5585 +-------------------------------------------------------------------- NiF+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ni 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 NiF+ 1.0000 Ni+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=NiF+ -1.1222 -1.1942 -1.4527 -1.8036 -2.2359 -2.7722 -3.4825 -4.5285 +-------------------------------------------------------------------- MnF+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Mn 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 MnF+ 1.0000 Mn+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=MnF+ -0.9005 -0.9529 -1.2338 -1.6257 -2.1091 -2.7022 -3.4702 -4.5395 +-------------------------------------------------------------------- ZnF+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Zn 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 ZnF+ 1.0000 Zn+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=ZnF+ -1.1624 -1.2245 -1.4948 -1.8628 -2.3139 -2.8692 -3.5973 -4.6478 +-------------------------------------------------------------------- CdCl+ date last revised = 10/2/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Cd 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CdCl+ 1.0000 Cd+2 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CdCl+ -2.1168 -1.9336 -2.0426 -2.3070 -2.6902 -3.1979 -3.8878 -4.9186 +-------------------------------------------------------------------- CdCl2 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Cd 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CdCl2 1.0000 Cd+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CdCl2 -2.9231 -2.4705 -2.5939 -3.0291 -3.7041 -4.6308 -5.9264 -7.9473 +-------------------------------------------------------------------- CdCl3- date last revised = 10/2/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Cd 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CdCl3- 1.0000 Cd+2 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CdCl3- -3.0186 -2.1032 -2.0586 -2.4702 -3.2020 -4.2309 -5.6519 -7.7982 +-------------------------------------------------------------------- CdCl4-2 date last revised = 10/2/1997 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Cd 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 CdCl4-2 1.0000 Cd+2 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=CdCl4-2 -2.5220 -0.8589 -0.4060 -0.5876 -1.1926 -2.1552 -3.5432 -5.7041 +-------------------------------------------------------------------- CdF+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Cd 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 CdF+ 1.0000 Cd+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=CdF+ -1.0911 -1.1608 -1.4566 -1.8590 -2.3476 -2.9399 -3.7018 -4.7883 +-------------------------------------------------------------------- CdF2 date last revised = 10/9/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Cd 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 CdF2 1.0000 Cd+2 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=CdF2 -1.6562 -1.3746 -1.6348 -2.1764 -2.9434 -3.9611 -5.3547 -7.3902 +-------------------------------------------------------------------- SnO date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Sn 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 SnO -2.0000 H+ 1.0000 Sn+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=SnO 7.8007 6.5193 5.7233 5.1993 4.8317 4.5458 4.2821 4.0440 +-------------------------------------------------------------------- PbF+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Pb 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 PbF+ 1.0000 Pb+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=PbF+ -2.1541 -2.0538 -2.1811 -2.4298 -2.7815 -3.2535 -3.9104 -4.8819 +-------------------------------------------------------------------- PbF2 date last revised = 10/9/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Pb 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 PbF2 1.0000 Pb+2 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=PbF2 -3.6874 -3.3207 -3.3961 -3.7190 -4.2540 -5.0351 -6.1917 -8.0201 +-------------------------------------------------------------------- Pb(HS)2 date last revised = 10/9/1997 keys = aqueous active charge = 0.0 * 3 element(s): 2.0000 H 1.0000 Pb 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Pb(HS)2 1.0000 Pb+2 2.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=Pb(HS)2 -15.8372 -13.8994 -12.8664 -12.3605 -12.2442 -12.4877 -13.1816 -14.6936 +-------------------------------------------------------------------- Pb(HS)3- date last revised = 10/9/1997 keys = aqueous active charge = -1.0 * 3 element(s): 3.0000 H 1.0000 Pb 3.0000 S 3 species in aqueous dissociation reaction: -1.0000 Pb(HS)3- 1.0000 Pb+2 3.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=Pb(HS)3- -17.3033 -15.1052 -14.0037 -13.5261 -13.5049 -13.9046 -14.8341 -16.7334 +-------------------------------------------------------------------- BeCl+ date last revised = 10/2/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Be 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 BeCl+ 1.0000 Be+2 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=BeCl+ 7.4423 2.5554 -1.3014 -4.4745 -7.2188 -9.7384 -12.2605 -15.1594 +-------------------------------------------------------------------- BeCl2 date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Be 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 BeCl2 1.0000 Be+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=BeCl2 8.8154 2.8960 -1.9552 -6.0510 -9.6629 -13.0231 -16.4072 -20.3073 +-------------------------------------------------------------------- BeF+ date last revised = 10/7/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Be 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 BeF+ 1.0000 Be+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=BeF+ 1.3378 -2.0482 -4.8062 -7.1302 -9.1892 -11.1266 -13.1036 -15.2624 +-------------------------------------------------------------------- BeF2 date last revised = 10/7/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Be 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 BeF2 1.0000 Be+2 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=BeF2 -2.8540 -6.1084 -9.0201 -11.6366 -14.0899 -16.5296 -19.1766 -22.3903 +-------------------------------------------------------------------- BeF3- date last revised = 10/7/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Be 3.0000 F 3 species in aqueous dissociation reaction: -1.0000 BeF3- 1.0000 Be+2 3.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=BeF3- -5.2277 -9.3274 -13.0600 -16.4387 -19.6167 -22.7789 -26.2089 -30.4185 +-------------------------------------------------------------------- BeF4-2 date last revised = 10/7/1997 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Be 4.0000 F 3 species in aqueous dissociation reaction: -1.0000 BeF4-2 1.0000 Be+2 4.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=BeF4-2 -4.1650 -11.4096 -17.6454 -23.0735 -27.9962 -32.7126 -37.6215 -43.4163 +-------------------------------------------------------------------- Pd(SO4)2-2 date last revised = 4/14/1995 keys = aqueous active charge = -2.0 * 3 element(s): 8.0000 O 1.0000 Pd 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Pd(SO4)2-2 1.0000 Pd+2 2.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Pd(SO4)2-2 -4.2614 -4.6345 -5.2866 -6.0548 -6.9427 -8.0117 -9.4080 -11.3875 +-------------------------------------------------------------------- Pd(SO4)3-4 date last revised = 7/28/1994 keys = aqueous active charge = -4.0 * 3 element(s): 12.0000 O 1.0000 Pd 3.0000 S 3 species in aqueous dissociation reaction: -1.0000 Pd(SO4)3-4 1.0000 Pd+2 3.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Pd(SO4)3-4 -5.8637 -6.5063 -7.5363 -8.6898 -9.9504 -11.3763 -13.1148 -15.4048 +-------------------------------------------------------------------- Pt(SO4)2-2 date last revised = 4/14/1995 keys = aqueous active charge = -2.0 * 3 element(s): 8.0000 O 1.0000 Pt 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Pt(SO4)2-2 1.0000 Pt+2 2.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Pt(SO4)2-2 -4.6114 -4.9202 -5.5251 -6.2572 -7.1162 -8.1614 -9.5365 -11.4890 +-------------------------------------------------------------------- Pt(SO4)3-4 date last revised = 4/14/1995 keys = aqueous active charge = -4.0 * 3 element(s): 12.0000 O 1.0000 Pt 3.0000 S 3 species in aqueous dissociation reaction: -1.0000 Pt(SO4)3-4 1.0000 Pt+2 3.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Pt(SO4)3-4 -5.7791 -6.4146 -7.4371 -8.5832 -9.8368 -11.2555 -12.9859 -15.2593 +-------------------------------------------------------------------- Rh(SO4)2- date last revised = 3/30/1995 keys = aqueous active charge = -1.0 * 3 element(s): 8.0000 O 1.0000 Rh 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Rh(SO4)2- 1.0000 Rh+3 2.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Rh(SO4)2- -0.9753 -2.9625 -4.8083 -6.5295 -8.2443 -10.1043 -12.3580 -15.3629 +-------------------------------------------------------------------- Rh(SO4)2-2 date last revised = 3/30/1995 keys = aqueous active charge = -2.0 * 3 element(s): 8.0000 O 1.0000 Rh 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Rh(SO4)2-2 1.0000 Rh+2 2.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Rh(SO4)2-2 -4.2494 -4.5904 -5.2181 -5.9637 -6.8273 -7.8678 -9.2297 -11.1978 +-------------------------------------------------------------------- Rh(SO4)3-3 date last revised = 3/30/1995 keys = aqueous active charge = -3.0 * 3 element(s): 12.0000 O 1.0000 Rh 3.0000 S 3 species in aqueous dissociation reaction: -1.0000 Rh(SO4)3-3 1.0000 Rh+3 3.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Rh(SO4)3-3 -0.1229 -3.3107 -6.2153 -8.8462 -11.3561 -13.9281 -16.8361 -20.4052 +-------------------------------------------------------------------- Rh(SO4)3-4 date last revised = 3/30/1995 keys = aqueous active charge = -4.0 * 3 element(s): 12.0000 O 1.0000 Rh 3.0000 S 3 species in aqueous dissociation reaction: -1.0000 Rh(SO4)3-4 1.0000 Rh+2 3.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Rh(SO4)3-4 -5.6551 -6.2760 -7.2866 -8.4201 -9.6576 -11.0551 -12.7591 -15.0382 +-------------------------------------------------------------------- Ru(SO4)2- date last revised = 3/30/1995 keys = aqueous active charge = -1.0 * 3 element(s): 8.0000 O 1.0000 Ru 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Ru(SO4)2- 1.0000 Ru+3 2.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Ru(SO4)2- -1.6014 -3.4930 -5.2454 -6.8811 -8.5181 -10.3073 -12.4966 -15.4444 +-------------------------------------------------------------------- Ru(SO4)2-2 date last revised = 3/30/1995 keys = aqueous active charge = -2.0 * 3 element(s): 8.0000 O 1.0000 Ru 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Ru(SO4)2-2 1.0000 Ru+2 2.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Ru(SO4)2-2 -3.8453 -4.2557 -4.9340 -5.7187 -6.6138 -7.6807 -9.0664 -11.0588 +-------------------------------------------------------------------- Ru(SO4)3-3 date last revised = 3/30/1995 keys = aqueous active charge = -3.0 * 3 element(s): 12.0000 O 1.0000 Ru 3.0000 S 3 species in aqueous dissociation reaction: -1.0000 Ru(SO4)3-3 1.0000 Ru+3 3.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Ru(SO4)3-3 -0.5091 -3.6382 -6.4767 -9.0429 -11.4914 -14.0061 -16.8611 -20.3843 +-------------------------------------------------------------------- Ru(SO4)3-4 date last revised = 3/30/1995 keys = aqueous active charge = -4.0 * 3 element(s): 12.0000 O 1.0000 Ru 3.0000 S 3 species in aqueous dissociation reaction: -1.0000 Ru(SO4)3-4 1.0000 Ru+2 3.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=Ru(SO4)3-4 -4.7670 -5.5388 -6.6600 -7.8781 -9.1826 -10.6349 -12.3853 -14.7065 +-------------------------------------------------------------------- Ag(HS)2- date last revised = 10/9/1997 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 Ag 2.0000 H 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Ag(HS)2- 1.0000 Ag+ 2.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=Ag(HS)2- -19.5042 -16.2856 -14.2230 -12.8475 -11.9478 -11.4271 -11.2846 -11.7029 +-------------------------------------------------------------------- AgF date last revised = 10/9/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ag 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 AgF 1.0000 Ag+ 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=AgF -0.4205 -0.4279 -0.5548 -0.7491 -1.0113 -1.3671 -1.8852 -2.7468 +-------------------------------------------------------------------- Au(HS)2- date last revised = 10/9/1997 keys = aqueous active charge = -1.0 * 3 element(s): 1.0000 Au 2.0000 H 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 Au(HS)2- 1.0000 Au+ 2.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=Au(HS)2- -33.9166 -28.6093 -24.9251 -22.2562 -20.2991 -18.8985 -18.0199 -17.8483 +-------------------------------------------------------------------- AuCl date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Au 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AuCl 1.0000 Au+ 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=AuCl -8.6178 -7.3594 -6.5246 -5.9648 -5.6139 -5.4530 -5.5209 -6.0272 +-------------------------------------------------------------------- AuCl2- date last revised = 10/2/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Au 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AuCl2- 1.0000 Au+ 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=AuCl2- -10.4352 -8.8447 -7.8281 -7.1761 -6.7976 -6.6649 -6.8234 -7.5018 +-------------------------------------------------------------------- AuCl3-2 date last revised = 10/2/1997 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Au 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 AuCl3-2 1.0000 Au+ 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=AuCl3-2 -10.2815 -8.5179 -7.4162 -6.7248 -6.3327 -6.1991 -6.3562 -6.9854 +-------------------------------------------------------------------- FeCl+2 date last revised = 10/2/1997 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Fe 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 FeCl+2 1.0000 Fe+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=FeCl+2 -1.4655 -1.5675 -1.8550 -2.2399 -2.7096 -3.2837 -4.0256 -5.0552 +-------------------------------------------------------------------- H3AsO4 date last revised = 11/11/199 keys = aqueous active charge = 0.0 * 3 element(s): 3.0000 H 1.0000 As 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 H3AsO4 1.0000 H2AsO4- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=H3AsO4 -2.1781 -2.3772 -2.6335 -2.9187 -3.2414 -3.6314 -4.1679 -5.1654 +-------------------------------------------------------------------- HgCl+ date last revised = 10/7/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Hg 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 HgCl+ 1.0000 Hg+2 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=HgCl+ -8.0385 -7.0123 -6.5313 -6.3629 -6.4191 -6.6756 -7.1714 -8.0515 +-------------------------------------------------------------------- HgCl2 date last revised = 10/7/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Hg 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 HgCl2 1.0000 Hg+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=HgCl2 -15.5561 -13.3352 -12.2370 -11.7830 -11.7874 -12.1942 -13.0782 -14.7846 +-------------------------------------------------------------------- HgCl3- date last revised = 10/7/1997 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Hg 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 HgCl3- 1.0000 Hg+2 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=HgCl3- -15.9988 -13.4380 -12.3295 -12.0182 -12.2495 -12.9339 -14.1293 -16.1534 +-------------------------------------------------------------------- HgCl4-2 date last revised = 10/7/1997 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Hg 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 HgCl4-2 1.0000 Hg+2 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=HgCl4-2 -17.2535 -13.9565 -12.5345 -12.1202 -12.3668 -13.1338 -14.4463 -16.5999 +-------------------------------------------------------------------- HgF+ date last revised = 10/9/1997 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Hg 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 HgF+ 1.0000 Hg+2 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=HgF+ -1.7005 -1.6716 -1.9222 -2.3072 -2.7951 -3.3975 -4.1764 -5.2759 +-------------------------------------------------------------------- InCl+2 date last revised = 10/7/1997 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 In 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 InCl+2 1.0000 In+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=InCl+2 -3.3906 -3.2174 -3.2846 -3.4901 -3.8102 -4.2571 -4.8892 -5.8203 +-------------------------------------------------------------------- InF+2 date last revised = 10/9/1997 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 In 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 InF+2 1.0000 In+3 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=InF+2 -4.2178 -4.9958 -5.7633 -6.5064 -7.2593 -8.0714 -9.0217 -10.1363 +-------------------------------------------------------------------- PdCl+ date last revised = 8/16/2015 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Pd 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PdCl+ 1.0000 Pd+2 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PdCl+ -5.9913 -5.1773 -4.8128 -4.7119 -4.8077 -5.0872 -5.5923 -6.4207 +-------------------------------------------------------------------- PdCl2 date last revised = 8/16/2015 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Pd 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PdCl2 1.0000 Pd+2 2.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PdCl2 -10.9547 -9.1799 -8.3033 -7.9595 -8.0136 -8.4372 -9.3176 -10.9256 +-------------------------------------------------------------------- PdCl3- date last revised = 8/16/2015 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Pd 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PdCl3- 1.0000 Pd+2 3.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PdCl3- -13.6402 -10.9272 -9.5051 -8.8296 -8.6810 -8.9821 -9.7883 -11.3564 +-------------------------------------------------------------------- PdCl4-2 date last revised = 8/16/2015 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Pd 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PdCl4-2 1.0000 Pd+2 4.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=PdCl4-2 -16.1098 -12.0714 -9.7803 -8.4990 -7.9088 -7.8736 -8.4120 -9.8029 +-------------------------------------------------------------------- PdSO4 date last revised = 4/14/1992 keys = aqueous active charge = 0.0 * 3 element(s): 4.0000 O 1.0000 Pd 1.0000 S 3 species in aqueous dissociation reaction: -1.0000 PdSO4 1.0000 Pd+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=PdSO4 -2.3536 -2.5076 -2.8210 -3.2347 -3.7747 -4.5078 -5.5812 -7.2814 +-------------------------------------------------------------------- PtCl+ date last revised = 4/14/1995 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Pt 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PtCl+ 1.0000 Cl- 1.0000 Pt+2 **** logK grid [T, P @ Miscellaneous parameters]=PtCl+ -9.4660 -8.0945 -7.3156 -6.8944 -6.7349 -6.8055 -7.1361 -7.8127 +-------------------------------------------------------------------- PtCl2 date last revised = 4/14/1995 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Pt 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PtCl2 2.0000 Cl- 1.0000 Pt+2 **** logK grid [T, P @ Miscellaneous parameters]=PtCl2 -17.0709 -14.2967 -12.6715 -11.7463 -11.3353 -11.3783 -11.9408 -13.2686 +-------------------------------------------------------------------- PtCl3- date last revised = 4/14/1995 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Pt 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PtCl3- 3.0000 Cl- 1.0000 Pt+2 **** logK grid [T, P @ Miscellaneous parameters]=PtCl3- -20.7106 -16.8006 -14.4695 -13.0791 -12.3509 -12.1699 -12.5661 -13.7815 +-------------------------------------------------------------------- PtCl4-2 date last revised = 4/14/1995 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Pt 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 PtCl4-2 4.0000 Cl- 1.0000 Pt+2 **** logK grid [T, P @ Miscellaneous parameters]=PtCl4-2 -22.9932 -17.7031 -14.4431 -12.3883 -11.1625 -10.5920 -10.6704 -11.6710 +-------------------------------------------------------------------- RhCl+ date last revised = 4/14/1995 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Rh 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RhCl+ 1.0000 Cl- 1.0000 Rh+2 **** logK grid [T, P @ Miscellaneous parameters]=RhCl+ 0.2257 0.1380 -0.1388 -0.5131 -0.9700 -1.5279 -2.2514 -3.2955 +-------------------------------------------------------------------- RhCl+2 date last revised = 7/14/1994 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Rh 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RhCl+2 1.0000 Cl- 1.0000 Rh+3 **** logK grid [T, P @ Miscellaneous parameters]=RhCl+2 -2.0835 -2.0503 -2.3145 -2.7278 -3.2530 -3.8973 -4.7171 -5.8312 +-------------------------------------------------------------------- RhCl2 date last revised = 7/14/1994 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Rh 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RhCl2 2.0000 Cl- 1.0000 Rh+2 **** logK grid [T, P @ Miscellaneous parameters]=RhCl2 0.6565 0.7849 0.5053 -0.0026 -0.7043 -1.6319 -2.9125 -4.8621 +-------------------------------------------------------------------- RhCl2+ date last revised = 7/14/1994 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Rh 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RhCl2+ 2.0000 Cl- 1.0000 Rh+3 **** logK grid [T, P @ Miscellaneous parameters]=RhCl2+ -3.5736 -3.1893 -3.3600 -3.8335 -4.5443 -5.5084 -6.8437 -8.8602 +-------------------------------------------------------------------- RhCl3 date last revised = 7/14/1994 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Rh 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RhCl3 3.0000 Cl- 1.0000 Rh+3 **** logK grid [T, P @ Miscellaneous parameters]=RhCl3 -3.9324 -2.9386 -2.7053 -2.9341 -3.5472 -4.5734 -6.1820 -8.7161 +-------------------------------------------------------------------- RhCl3- date last revised = 7/14/1994 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Rh 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RhCl3- 3.0000 Cl- 1.0000 Rh+2 **** logK grid [T, P @ Miscellaneous parameters]=RhCl3- 1.6964 2.3299 2.3236 1.9704 1.3580 0.4853 -0.7552 -2.7156 +-------------------------------------------------------------------- RhCl4- date last revised = 7/14/1994 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Rh 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RhCl4- 4.0000 Cl- 1.0000 Rh+3 **** logK grid [T, P @ Miscellaneous parameters]=RhCl4- -4.5000 -2.3292 -1.1340 -0.5515 -0.4529 -0.8343 -1.8631 -4.1885 +-------------------------------------------------------------------- RhCl4-2 date last revised = 4/14/1995 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Rh 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RhCl4-2 4.0000 Cl- 1.0000 Rh+2 **** logK grid [T, P @ Miscellaneous parameters]=RhCl4-2 2.3213 4.0287 4.7641 4.9562 4.7659 4.2368 3.2880 1.5099 +-------------------------------------------------------------------- RhSO4 date last revised = 3/30/1995 keys = aqueous active charge = 0.0 * 3 element(s): 4.0000 O 1.0000 Rh 1.0000 S 3 species in aqueous dissociation reaction: -1.0000 RhSO4 1.0000 Rh+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=RhSO4 -2.3656 -2.4975 -2.7942 -3.1939 -3.7205 -4.4398 -5.4995 -7.2045 +-------------------------------------------------------------------- RhSO4+ date last revised = 3/30/1995 keys = aqueous active charge = 1.0 * 3 element(s): 4.0000 O 1.0000 Rh 1.0000 S 3 species in aqueous dissociation reaction: -1.0000 RhSO4+ 1.0000 Rh+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=RhSO4+ -1.0276 -1.9379 -2.8048 -3.6410 -4.5134 -5.5142 -6.8068 -8.6882 +-------------------------------------------------------------------- RuCl+ date last revised = 7/14/1994 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ru 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl+ 1.0000 Cl- 1.0000 Ru+2 **** logK grid [T, P @ Miscellaneous parameters]=RuCl+ 0.5448 0.3944 0.0677 -0.3470 -0.8376 -1.4241 -2.1723 -3.2382 +-------------------------------------------------------------------- RuCl+2 date last revised = 7/25/1994 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Ru 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl+2 1.0000 Cl- 1.0000 Ru+3 **** logK grid [T, P @ Miscellaneous parameters]=RuCl+2 -2.2647 -2.2084 -2.4925 -2.9434 -3.5148 -4.2092 -5.0809 -6.2468 +-------------------------------------------------------------------- RuCl2 date last revised = 7/14/1994 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ru 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl2 2.0000 Cl- 1.0000 Ru+2 **** logK grid [T, P @ Miscellaneous parameters]=RuCl2 1.2419 1.2465 0.8656 0.2743 -0.4975 -1.4848 -2.8170 -4.8160 +-------------------------------------------------------------------- RuCl2+ date last revised = 7/14/1994 keys = aqueous active charge = 1.0 * 2 element(s): 1.0000 Ru 2.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl2+ 2.0000 Cl- 1.0000 Ru+3 **** logK grid [T, P @ Miscellaneous parameters]=RuCl2+ -4.1106 -3.6519 -3.8674 -4.4361 -5.2667 -6.3626 -7.8345 -9.9855 +-------------------------------------------------------------------- RuCl3 date last revised = 4/13/1995 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Ru 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl3 3.0000 Cl- 1.0000 Ru+3 **** logK grid [T, P @ Miscellaneous parameters]=RuCl3 -5.0537 -3.9009 -3.7389 -4.1375 -4.9686 -6.2367 -8.0980 -10.8918 +-------------------------------------------------------------------- RuCl3- date last revised = 4/13/1995 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ru 3.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl3- 3.0000 Cl- 1.0000 Ru+2 **** logK grid [T, P @ Miscellaneous parameters]=RuCl3- 2.4894 2.9369 2.7743 2.2889 1.5625 0.5896 -0.7402 -2.7749 +-------------------------------------------------------------------- RuCl4- date last revised = 4/13/1995 keys = aqueous active charge = -1.0 * 2 element(s): 1.0000 Ru 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl4- 4.0000 Cl- 1.0000 Ru+3 **** logK grid [T, P @ Miscellaneous parameters]=RuCl4- -5.5262 -3.2257 -2.2381 -2.0003 -2.3097 -3.1274 -4.6012 -7.3608 +-------------------------------------------------------------------- RuCl4-2 date last revised = 7/14/1994 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Ru 4.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl4-2 4.0000 Cl- 1.0000 Ru+2 **** logK grid [T, P @ Miscellaneous parameters]=RuCl4-2 3.3013 4.7436 5.2525 5.2509 4.8919 4.2133 3.1307 1.2444 +-------------------------------------------------------------------- RuCl5-2 date last revised = 4/10/1992 keys = aqueous active charge = -2.0 * 2 element(s): 1.0000 Ru 5.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl5-2 5.0000 Cl- 1.0000 Ru+3 **** logK grid [T, P @ Miscellaneous parameters]=RuCl5-2 -6.6856 -1.7246 1.1283 2.7542 3.5276 3.5879 2.8318 0.3667 +-------------------------------------------------------------------- RuCl6-3 date last revised = 4/10/1992 keys = aqueous active charge = -3.0 * 2 element(s): 1.0000 Ru 6.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 RuCl6-3 6.0000 Cl- 1.0000 Ru+3 **** logK grid [T, P @ Miscellaneous parameters]=RuCl6-3 -7.8588 0.0499 5.2067 8.6977 11.0360 12.4477 12.8617 11.0452 +-------------------------------------------------------------------- RuSO4 date last revised = 3/30/1995 keys = aqueous active charge = 0.0 * 3 element(s): 4.0000 O 1.0000 Ru 1.0000 S 3 species in aqueous dissociation reaction: -1.0000 RuSO4 1.0000 Ru+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=RuSO4 -2.2836 -2.4315 -2.7399 -3.1482 -3.6811 -4.4047 -5.4675 -7.1790 +-------------------------------------------------------------------- RuSO4+ date last revised = 3/30/1995 keys = aqueous active charge = 1.0 * 3 element(s): 4.0000 O 1.0000 Ru 1.0000 S 3 species in aqueous dissociation reaction: -1.0000 RuSO4+ 1.0000 Ru+3 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=RuSO4+ -1.5738 -2.4007 -3.1834 -3.9407 -4.7378 -5.6583 -6.8392 -8.3920 +-------------------------------------------------------------------- TlCl date last revised = 10/2/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Tl 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TlCl 1.0000 Tl+ 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TlCl -0.4668 -0.5659 -0.6979 -0.8586 -1.0615 -1.3353 -1.7483 -2.5288 +-------------------------------------------------------------------- TlCl+2 date last revised = 10/2/1997 keys = aqueous active charge = 2.0 * 2 element(s): 1.0000 Tl 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 TlCl+2 1.0000 Tl+3 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=TlCl+2 -8.1796 -7.3813 -6.8916 -6.6117 -6.5059 -6.5761 -6.8727 -7.4983 +-------------------------------------------------------------------- TlF date last revised = 10/9/1997 keys = aqueous active charge = 0.0 * 2 element(s): 1.0000 Tl 1.0000 F 3 species in aqueous dissociation reaction: -1.0000 TlF 1.0000 Tl+ 1.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=TlF 0.0019 -0.2083 -0.4241 -0.6478 -0.9029 -1.2258 -1.6897 -2.4781 +-------------------------------------------------------------------- VOOH+ date last revised = 11/13/199 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 V 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 VOOH+ -1.0000 H+ 1.0000 VO+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=VOOH+ 6.1202 5.2537 4.7063 4.3432 4.0882 3.8920 3.7185 3.5982 +-------------------------------------------------------------------- CeClO4+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Ce 1.0000 Cl 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 CeClO4+2 1.0000 Ce+3 1.0000 ClO4- **** logK grid [T, P @ Miscellaneous parameters]=CeClO4+2 -2.7876 -1.3020 -0.5575 -0.2063 -0.1166 -0.2376 -0.5833 -1.2742 +-------------------------------------------------------------------- CeIO3+2 date last revised = 1/21/1998 keys = aqueous active charge = 2.0 * 3 element(s): 1.0000 Ce 1.0000 I 3.0000 O 3 species in aqueous dissociation reaction: -1.0000 CeIO3+2 1.0000 Ce+3 1.0000 IO3- **** logK grid [T, P @ Miscellaneous parameters]=CeIO3+2 -2.3200 -1.6640 -1.4990 -1.5855 -1.8455 -2.2613 -2.8718 -3.8030 +-------------------------------------------------------------------- HClO2 date last revised = 11/13/199 keys = aqueous active charge = 0.0 * 3 element(s): 1.0000 H 1.0000 Cl 2.0000 O 3 species in aqueous dissociation reaction: -1.0000 HClO2 1.0000 H+ 1.0000 ClO2- **** logK grid [T, P @ Miscellaneous parameters]=HClO2 -1.7901 -2.2076 -2.7037 -3.2218 -3.7655 -4.3649 -5.1019 -6.2973 +-------------------------------------------------------------------- PdOH+ date last revised = 8/16/2015 keys = aqueous active charge = 1.0 * 3 element(s): 1.0000 Pd 1.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 PdOH+ -1.0000 H+ 1.0000 Pd+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=PdOH+ 1.1035 0.9021 0.7599 0.6531 0.5582 0.4559 0.3312 0.2758 +-------------------------------------------------------------------- solids +-------------------------------------------------------------------- PLACEHOLDER1 pl date last revised = 28-apr-2020 keys = solid refstate active V0PrTr = 5.298 cm**3/mol * mwt = 12.01100 g/mol 1 element(s): 1.0000 pl 2 species in data0 reaction -1.0000 PLACEHOLDER1 1.0000 plhold **** logK grid [T, P @ Miscellaneous parameters]=PLACEHOLDER1 67.7190 55.7740 46.8740 39.9510 34.3690 29.7110 25.6630 21.8320 +-------------------------------------------------------------------- PLACEHOLDER2 pl date last revised = 28-apr-2020 keys = solid refstate active V0PrTr = 5.298 cm**3/mol * mwt = 12.01100 g/mol 1 element(s): 1.0000 pl 2 species in data0 reaction -1.0000 PLACEHOLDER2 1.0000 plhold **** logK grid [T, P @ Miscellaneous parameters]=PLACEHOLDER2 67.7190 55.7740 46.8740 39.9510 34.3690 29.7110 25.6630 21.8320 +-------------------------------------------------------------------- acanthite Ag2S date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 34.2 cm**3/mol 2 element(s): 2.0000 Ag 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 acanthite -1.0000 H+ 1.0000 HS- 2.0000 Ag+ **** logK grid [T, P @ Miscellaneous parameters]=acanthite -39.6994 -32.9732 -28.1430 -24.5274 -21.7643 -19.6550 -18.1250 -17.3018 +-------------------------------------------------------------------- alabandite MnS date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 21.46 cm**3/mol 2 element(s): 1.0000 Mn 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 alabandite -1.0000 H+ 1.0000 HS- 1.0000 Mn+2 **** logK grid [T, P @ Miscellaneous parameters]=alabandite 0.3924 -0.3053 -0.9737 -1.6138 -2.2649 -2.9808 -3.8536 -5.0160 +-------------------------------------------------------------------- anglesite PbSO4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 47.95 cm**3/mol 3 element(s): 1.0000 Pb 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 anglesite 1.0000 Pb+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=anglesite -8.1362 -7.7628 -7.8973 -8.3016 -8.9220 -9.7807 -11.0003 -12.9336 +-------------------------------------------------------------------- anhydrite CaSO4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 45.94 cm**3/mol 3 element(s): 1.0000 Ca 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 anhydrite 1.0000 Ca+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=anhydrite -4.1043 -4.6175 -5.3851 -6.2741 -7.2829 -8.4644 -9.9598 -12.1095 +-------------------------------------------------------------------- barite BaSO4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 52.1 cm**3/mol 3 element(s): 1.0000 Ba 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 barite 1.0000 Ba+2 1.0000 SO4-2 **** logK grid [T, P @ Miscellaneous parameters]=barite -10.4860 -9.6835 -9.5108 -9.6963 -10.1581 -10.8987 -12.0273 -13.9001 +-------------------------------------------------------------------- bornite Cu5FeS4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 98.6 cm**3/mol 3 element(s): 5.0000 Cu 1.0000 Fe 4.0000 S 6 species in aqueous dissociation reaction: -1.0000 bornite -4.0000 H+ 1.0000 Cu+2 1.0000 Fe+2 4.0000 Cu+ 4.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=bornite -111.0425 -95.3166 -84.2206 -76.1102 -70.1675 -65.9961 -63.5653 -63.2836 +-------------------------------------------------------------------- bunsenite NiO date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 10.97 cm**3/mol 2 element(s): 1.0000 Ni 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 bunsenite -2.0000 H+ 1.0000 H2O 1.0000 Ni+2 **** logK grid [T, P @ Miscellaneous parameters]=bunsenite 14.0694 11.1136 8.9384 7.2623 5.9063 4.7519 3.7139 2.8577 +-------------------------------------------------------------------- celestite SrSO4 date last revised = 1/15/2019 keys = solid nan active charge = 0.0 V0PrTr = 46.25 cm**3/mol 3 element(s): 1.0000 Sr 1.0000 S 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 celestite 1.0000 SO4-2 1.0000 Sr+2 **** logK grid [T, P @ Miscellaneous parameters]=celestite -6.7036 -6.7174 -7.1302 -7.7458 -8.5326 -9.5260 -10.8567 -12.8746 +-------------------------------------------------------------------- cerussite PbCO3 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 40.59 cm**3/mol 3 element(s): 1.0000 Pb 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 cerussite -1.0000 H+ 1.0000 HCO3- 1.0000 Pb+2 **** logK grid [T, P @ Miscellaneous parameters]=cerussite -3.4733 -3.0479 -2.9094 -2.9418 -3.1159 -3.4411 -3.9804 -4.9097 +-------------------------------------------------------------------- chalcocite Cu2S date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 27.48 cm**3/mol 2 element(s): 2.0000 Cu 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 chalcocite -1.0000 H+ 1.0000 HS- 2.0000 Cu+ **** logK grid [T, P @ Miscellaneous parameters]=chalcocite -38.0632 -31.9399 -27.5093 -24.1798 -21.6363 -19.7089 -18.3444 -17.6631 +-------------------------------------------------------------------- chalcopyrite CuFeS2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 42.83 cm**3/mol 3 element(s): 1.0000 Cu 1.0000 Fe 2.0000 S 5 species in aqueous dissociation reaction: -1.0000 chalcopyrite -2.0000 H+ 1.0000 Cu+2 1.0000 Fe+2 2.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=chalcopyrite -34.6820 -30.8892 -28.4309 -26.8156 -25.8385 -25.4315 -25.6633 -26.6963 +-------------------------------------------------------------------- chlorargyrite AgCl date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 25.727 cm**3/mol 2 element(s): 1.0000 Ag 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 chlorargyrite 1.0000 Ag+ 1.0000 Cl- **** logK grid [T, P @ Miscellaneous parameters]=chlorargyrite -10.8318 -8.8761 -7.5846 -6.7102 -6.1375 -5.8184 -5.7725 -6.1861 +-------------------------------------------------------------------- cinnabar HgS date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 28.416 cm**3/mol 2 element(s): 1.0000 Hg 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 cinnabar -1.0000 H+ 1.0000 Hg+2 1.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=cinnabar -42.3225 -36.1763 -31.8064 -28.5783 -26.1596 -24.3730 -23.1615 -22.6010 +-------------------------------------------------------------------- copper Cu date last revised = 5/5/1978 keys = solid refstate active charge = 0.0 V0PrTr = 7.113 cm**3/mol 1 element(s): 1.0000 Cu 5 species in aqueous dissociation reaction: -1.0000 copper -2.0000 H+ -0.5000 O2(g) 1.0000 Cu+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=copper 33.5942 27.0841 22.3532 18.7607 15.9235 13.5981 11.6174 9.9846 +-------------------------------------------------------------------- covellite CuS date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 20.42 cm**3/mol 2 element(s): 1.0000 Cu 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 covellite -1.0000 H+ 1.0000 Cu+2 1.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=covellite -24.5011 -21.4727 -19.4006 -17.9380 -16.9235 -16.2867 -16.0379 -16.2379 +-------------------------------------------------------------------- cuprite Cu2O date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 23.437 cm**3/mol 2 element(s): 2.0000 Cu 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 cuprite -2.0000 H+ 1.0000 H2O 2.0000 Cu+ **** logK grid [T, P @ Miscellaneous parameters]=cuprite -2.3317 -1.4976 -0.7520 -0.0896 0.4931 0.9955 1.4080 1.7378 +-------------------------------------------------------------------- ferrous-oxide FeO date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 12 cm**3/mol 2 element(s): 1.0000 Fe 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 ferrous-oxide -2.0000 H+ 1.0000 Fe+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ferrous-oxide 15.2277 12.0941 9.7986 8.0389 6.6262 5.4368 4.3806 3.5047 +-------------------------------------------------------------------- galena PbS date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 31.49 cm**3/mol 2 element(s): 1.0000 Pb 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 galena -1.0000 H+ 1.0000 HS- 1.0000 Pb+2 **** logK grid [T, P @ Miscellaneous parameters]=galena -16.2348 -13.7568 -12.1316 -11.0346 -10.3209 -9.9312 -9.8862 -10.3260 +-------------------------------------------------------------------- gold Au date last revised = 5/5/1978 keys = solid refstate active charge = 0.0 V0PrTr = 10.215 cm**3/mol 1 element(s): 1.0000 Au 5 species in aqueous dissociation reaction: -1.0000 gold -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Au+ **** logK grid [T, P @ Miscellaneous parameters]=gold -8.7339 -7.0300 -5.7694 -4.7909 -4.0082 -3.3704 -2.8479 -2.4257 +-------------------------------------------------------------------- graphite C date last revised = 5/5/1978 keys = solid refstate active charge = 0.0 V0PrTr = 5.298 cm**3/mol 1 element(s): 1.0000 C 5 species in aqueous dissociation reaction: -1.0000 graphite -1.0000 H2O -1.0000 O2(g) 1.0000 H+ 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=graphite 67.7191 55.7743 46.8738 39.9515 34.3688 29.7111 25.6628 21.8318 +-------------------------------------------------------------------- halite NaCl date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 27.015 cm**3/mol 2 element(s): 1.0000 Na 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 halite 1.0000 Cl- 1.0000 Na+ **** logK grid [T, P @ Miscellaneous parameters]=halite 1.4920 1.6163 1.5780 1.4499 1.2422 0.9364 0.4683 -0.3741 +-------------------------------------------------------------------- huntite CaMg3(CO3)4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 122.9 cm**3/mol 4 element(s): 4.0000 C 1.0000 Ca 3.0000 Mg 12.0000 O 5 species in aqueous dissociation reaction: -1.0000 huntite -4.0000 H+ 1.0000 Ca+2 3.0000 Mg+2 4.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=huntite 12.9081 7.9004 3.6895 0.0002 -3.4647 -6.9953 -10.9953 -15.9882 +-------------------------------------------------------------------- hydromagnesite Mg5(OH)2(CO3)4*4H2O date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 208.8 cm**3/mol 4 element(s): 4.0000 C 10.0000 H 5.0000 Mg 18.0000 O 5 species in aqueous dissociation reaction: -1.0000 hydromagnesite -6.0000 H+ 4.0000 HCO3- 5.0000 Mg+2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=hydromagnesite 35.5731 26.7252 19.9126 14.3962 9.5952 5.0396 0.2069 -5.3125 +-------------------------------------------------------------------- iron Fe date last revised = 5/5/1978 keys = solid refstate active charge = 0.0 V0PrTr = 7.092 cm**3/mol 1 element(s): 1.0000 Fe 5 species in aqueous dissociation reaction: -1.0000 iron -2.0000 H+ -0.5000 O2(g) 1.0000 Fe+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=iron 63.6415 52.4601 44.2832 38.0402 33.0978 29.0574 25.6502 22.8019 +-------------------------------------------------------------------- malachite Cu2(OH)2(CO3) date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 54.86 cm**3/mol 4 element(s): 1.0000 C 2.0000 Cu 2.0000 H 5.0000 O 5 species in aqueous dissociation reaction: -1.0000 malachite -3.0000 H+ 1.0000 HCO3- 2.0000 Cu+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=malachite 7.1407 4.8981 3.1992 1.8337 0.6354 -0.5305 -1.8132 -3.2569 +-------------------------------------------------------------------- manganosite MnO date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 13.221 cm**3/mol 2 element(s): 1.0000 Mn 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 manganosite -2.0000 H+ 1.0000 H2O 1.0000 Mn+2 **** logK grid [T, P @ Miscellaneous parameters]=manganosite 20.3195 16.7136 14.0926 12.0979 10.5104 9.1880 8.0287 7.0637 +-------------------------------------------------------------------- metacinnabar HgS date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 30.169 cm**3/mol 2 element(s): 1.0000 Hg 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 metacinnabar -1.0000 H+ 1.0000 Hg+2 1.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=metacinnabar -41.8902 -35.8615 -31.5778 -28.4156 -26.0488 -24.3040 -23.1266 -22.5944 +-------------------------------------------------------------------- nesquehonite MgCO3*3H2O date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 74.79 cm**3/mol 4 element(s): 1.0000 C 6.0000 H 1.0000 Mg 6.0000 O 5 species in aqueous dissociation reaction: -1.0000 nesquehonite -1.0000 H+ 1.0000 HCO3- 1.0000 Mg+2 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=nesquehonite 6.4163 5.1056 7.6590 11.2452 14.6012 17.1393 18.5534 18.6702 +-------------------------------------------------------------------- nickel Ni date last revised = 5/5/1978 keys = solid refstate active charge = 0.0 V0PrTr = 6.588 cm**3/mol 1 element(s): 1.0000 Ni 5 species in aqueous dissociation reaction: -1.0000 nickel -2.0000 H+ -0.5000 O2(g) 1.0000 H2O 1.0000 Ni+2 **** logK grid [T, P @ Miscellaneous parameters]=nickel 54.9833 44.9350 37.5716 31.9384 27.4677 23.8010 20.6965 18.1131 +-------------------------------------------------------------------- pyrite FeS2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 23.94 cm**3/mol 2 element(s): 1.0000 Fe 2.0000 S 5 species in aqueous dissociation reaction: -1.0000 pyrite -1.0000 H2O 0.5000 O2(g) 1.0000 Fe+2 2.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=pyrite -63.1995 -53.3246 -46.4378 -41.4530 -37.8081 -35.2077 -33.5640 -33.0502 +-------------------------------------------------------------------- pyrrhotite FeS date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 18.2 cm**3/mol 2 element(s): 1.0000 Fe 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 pyrrhotite -1.0000 H+ 1.0000 Fe+2 1.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=pyrrhotite -3.6351 -3.8550 -4.1963 -4.6065 -5.0953 -5.6980 -6.4945 -7.6012 +-------------------------------------------------------------------- rhodochrosite MnCO3 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 31.075 cm**3/mol 3 element(s): 1.0000 Mn 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 rhodochrosite -1.0000 H+ 1.0000 HCO3- 1.0000 Mn+2 **** logK grid [T, P @ Miscellaneous parameters]=rhodochrosite 0.5687 -0.0726 -0.6777 -1.2599 -1.8588 -2.5254 -3.3476 -4.4619 +-------------------------------------------------------------------- siderite FeCO3 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 29.378 cm**3/mol 3 element(s): 1.0000 Fe 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 siderite -1.0000 H+ 1.0000 Fe+2 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=siderite 0.2914 -0.6543 -1.4966 -2.2680 -3.0227 -3.8214 -4.7582 -5.9662 +-------------------------------------------------------------------- silver Ag date last revised = 5/5/1978 keys = solid refstate active charge = 0.0 V0PrTr = 10.272 cm**3/mol 1 element(s): 1.0000 Ag 5 species in aqueous dissociation reaction: -1.0000 silver -1.0000 H+ -0.2500 O2(g) 0.5000 H2O 1.0000 Ag+ **** logK grid [T, P @ Miscellaneous parameters]=silver 7.8718 6.7720 6.0114 5.4657 5.0605 4.7482 4.4942 4.2713 +-------------------------------------------------------------------- smithsonite ZnCO3 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 28.275 cm**3/mol 3 element(s): 1.0000 Zn 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 smithsonite -1.0000 H+ 1.0000 HCO3- 1.0000 Zn+2 **** logK grid [T, P @ Miscellaneous parameters]=smithsonite 0.9187 0.0285 -0.7590 -1.4770 -2.1811 -2.9330 -3.8268 -4.9915 +-------------------------------------------------------------------- sphalerite ZnS date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 23.83 cm**3/mol 2 element(s): 1.0000 Zn 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 sphalerite -1.0000 H+ 1.0000 HS- 1.0000 Zn+2 **** logK grid [T, P @ Miscellaneous parameters]=sphalerite -12.0486 -10.9836 -10.3595 -10.0080 -9.8735 -9.9511 -10.2940 -10.9964 +-------------------------------------------------------------------- strontianite SrCO3 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 39.01 cm**3/mol 3 element(s): 1.0000 Sr 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 strontianite -1.0000 H+ 1.0000 HCO3- 1.0000 Sr+2 **** logK grid [T, P @ Miscellaneous parameters]=strontianite -0.2367 -0.4354 -0.7393 -1.1013 -1.5291 -2.0545 -2.7546 -3.8062 +-------------------------------------------------------------------- sylvite KCl date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 37.524 cm**3/mol 2 element(s): 1.0000 K 1.0000 Cl 3 species in aqueous dissociation reaction: -1.0000 sylvite 1.0000 Cl- 1.0000 K+ **** logK grid [T, P @ Miscellaneous parameters]=sylvite 0.5252 1.0588 1.2845 1.3297 1.2382 1.0128 0.6044 -0.1938 +-------------------------------------------------------------------- tenorite CuO date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 12.22 cm**3/mol 2 element(s): 1.0000 Cu 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 tenorite -2.0000 H+ 1.0000 Cu+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=tenorite 8.6922 6.7868 5.4228 4.3971 3.5803 2.8857 2.2489 1.7427 +-------------------------------------------------------------------- wurtzite ZnS date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 23.846 cm**3/mol 2 element(s): 1.0000 Zn 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 wurtzite -1.0000 H+ 1.0000 HS- 1.0000 Zn+2 **** logK grid [T, P @ Miscellaneous parameters]=wurtzite -9.5381 -8.8629 -8.5248 -8.3922 -8.4305 -8.6479 -9.1064 -9.9058 +-------------------------------------------------------------------- berndtite SnS2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 40.96 cm**3/mol 2 element(s): 1.0000 Sn 2.0000 S 5 species in aqueous dissociation reaction: -1.0000 berndtite -1.0000 H2O 0.5000 O2(g) 1.0000 Sn+2 2.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=berndtite -72.8761 -61.0612 -52.7891 -46.7619 -42.3003 -39.0372 -36.8413 -35.9133 +-------------------------------------------------------------------- cassiterite SnO2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 21.55 cm**3/mol 2 element(s): 1.0000 Sn 2.0000 O 5 species in aqueous dissociation reaction: -1.0000 cassiterite -2.0000 H+ 0.5000 O2(g) 1.0000 H2O 1.0000 Sn+2 **** logK grid [T, P @ Miscellaneous parameters]=cassiterite -49.3091 -40.8409 -34.6596 -29.9542 -26.2707 -23.3362 -20.9840 -19.0505 +-------------------------------------------------------------------- romarchite SnO date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 20.895 cm**3/mol 2 element(s): 1.0000 Sn 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 romarchite -2.0000 H+ 1.0000 H2O 1.0000 Sn+2 **** logK grid [T, P @ Miscellaneous parameters]=romarchite 1.4475 1.1964 0.9896 0.8173 0.6566 0.4848 0.2757 0.0619 +-------------------------------------------------------------------- tin Sn date last revised = 1985-08-0 keys = solid refstate active charge = 0.0 V0PrTr = 16.289 cm**3/mol 1 element(s): 1.0000 Sn 5 species in aqueous dissociation reaction: -1.0000 tin -2.0000 H+ -0.5000 O2(g) 1.0000 H2O 1.0000 Sn+2 **** logK grid [T, P @ Miscellaneous parameters]=tin 51.0812 42.3710 35.9738 31.0755 27.1879 24.0012 21.3021 18.9962 +-------------------------------------------------------------------- uraninite UO2 date last revised = 9/8/1994 keys = solid idealized active charge = 0.0 V0PrTr = 24.638 cm**3/mol 2 element(s): 1.0000 U 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 uraninite -4.0000 H+ 1.0000 U+4 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=uraninite -3.5604 -5.8683 -7.4729 -8.6742 -9.6565 -10.5431 -11.4183 -11.9188 +-------------------------------------------------------------------- goethite FeOOH date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 20.88 cm**3/mol 3 element(s): 1.0000 Fe 2.0000 O 1.0000 H 4 species in aqueous dissociation reaction: -1.0000 goethite -3.0000 H+ 1.0000 Fe+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=goethite 0.9352 -0.7992 -2.0669 -3.0558 -3.8931 -4.6669 -5.4416 -5.9964 +-------------------------------------------------------------------- boehmite AlO(OH) date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 19.535 cm**3/mol 3 element(s): 1.0000 Al 1.0000 H 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 boehmite -3.0000 H+ 1.0000 Al+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=boehmite 10.4913 6.9860 4.3826 2.3539 0.6866 -0.7620 -2.0895 -3.0505 +-------------------------------------------------------------------- gibbsite Al(OH)3 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 31.956 cm**3/mol 3 element(s): 1.0000 Al 3.0000 H 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 gibbsite -3.0000 H+ 1.0000 Al+3 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=gibbsite 8.4863 5.6805 3.6369 2.0650 0.7761 -0.3556 -1.4157 -2.1491 +-------------------------------------------------------------------- akermanite Ca2MgSi2O7 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 92.81 cm**3/mol 4 element(s): 2.0000 Ca 1.0000 Mg 2.0000 Si 7.0000 O 6 species in aqueous dissociation reaction: -1.0000 akermanite -6.0000 H+ 1.0000 Mg+2 2.0000 Ca+2 2.0000 SiO2 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=akermanite 49.7316 41.3208 34.7237 29.6079 25.5135 22.0888 19.0508 16.4067 +-------------------------------------------------------------------- albite Na(AlSi3)O8 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 100.25 cm**3/mol 4 element(s): 1.0000 Al 1.0000 Na 8.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 albite -4.0000 H+ 1.0000 Al+3 1.0000 Na+ 2.0000 H2O 3.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=albite 2.4646 1.3426 -0.1811 -1.4704 -2.5398 -3.4818 -4.4033 -5.1689 +-------------------------------------------------------------------- albite,high NaAlSi3O8 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 100.43 cm**3/mol 4 element(s): 1.0000 Na 1.0000 Al 3.0000 Si 8.0000 O 6 species in aqueous dissociation reaction: -1.0000 albite,high -4.0000 H+ 1.0000 Al+3 1.0000 Na+ 2.0000 H2O 3.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=albite,high 3.9597 2.5120 0.7500 -0.7214 -1.9343 -2.9925 -4.0098 -4.8558 +-------------------------------------------------------------------- albite,low Na(AlSi3)O8 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 100.07 cm**3/mol 4 element(s): 1.0000 Al 1.0000 Na 8.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 albite,low -4.0000 H+ 1.0000 Al+3 1.0000 Na+ 2.0000 H2O 3.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=albite,low 2.4646 1.3426 -0.1811 -1.4704 -2.5398 -3.4819 -4.4035 -5.1692 +-------------------------------------------------------------------- andalusite Al2SiO5 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 51.53 cm**3/mol 3 element(s): 2.0000 Al 1.0000 Si 5.0000 O 5 species in aqueous dissociation reaction: -1.0000 andalusite -6.0000 H+ 1.0000 SiO2 2.0000 Al+3 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=andalusite 17.9612 11.5351 6.4919 2.4914 -0.8265 -3.7289 -6.4113 -8.4182 +-------------------------------------------------------------------- anorthite Ca(Al2Si2)O8 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 100.79 cm**3/mol 4 element(s): 2.0000 Al 1.0000 Ca 8.0000 O 2.0000 Si 6 species in aqueous dissociation reaction: -1.0000 anorthite -8.0000 H+ 1.0000 Ca+2 2.0000 Al+3 2.0000 SiO2 4.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=anorthite 29.5754 21.2037 14.5027 9.1904 4.8135 1.0172 -2.4742 -5.2248 +-------------------------------------------------------------------- anthophyllite Mg7Si8O22(OH)2 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 264.4 cm**3/mol 4 element(s): 2.0000 H 7.0000 Mg 24.0000 O 8.0000 Si 5 species in aqueous dissociation reaction: -1.0000 anthophyllite -14.0000 H+ 7.0000 Mg+2 8.0000 H2O 8.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=anthophyllite 73.7182 59.9048 48.1440 38.9960 31.7376 25.6824 20.2305 15.6076 +-------------------------------------------------------------------- antigorite Mg48Si34O85(OH)62 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 1749.13 cm**3/mol 4 element(s): 62.0000 H 48.0000 Mg 147.0000 O 34.0000 Si 5 species in aqueous dissociation reaction: -1.0000 antigorite -96.0000 H+ 34.0000 SiO2 48.0000 Mg+2 79.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=antigorite 527.8150 430.3957 353.5960 295.2109 249.3219 211.1611 176.8601 148.8867 +-------------------------------------------------------------------- brucite Mg(OH)2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 24.63 cm**3/mol 3 element(s): 2.0000 H 1.0000 Mg 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 brucite -2.0000 H+ 1.0000 Mg+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=brucite 18.0898 14.7987 12.4514 10.6978 9.3235 8.1903 7.2010 6.4212 +-------------------------------------------------------------------- calcite CaCO3 date last revised = 3/9/1990 keys = solid polymorph active charge = 0.0 V0PrTr = 36.934 cm**3/mol 3 element(s): 1.0000 Ca 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 calcite -1.0000 H+ 1.0000 Ca+2 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=calcite 2.2257 1.4776 0.7743 0.0999 -0.5838 -1.3262 -2.2154 -3.4192 +-------------------------------------------------------------------- chrysotile Mg3Si2O5(OH)4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 108.5 cm**3/mol 4 element(s): 4.0000 H 3.0000 Mg 9.0000 O 2.0000 Si 5 species in aqueous dissociation reaction: -1.0000 chrysotile -6.0000 H+ 2.0000 SiO2 3.0000 Mg+2 5.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=chrysotile 34.4271 28.1014 23.1597 19.4090 16.4625 14.0146 11.8204 10.0363 +-------------------------------------------------------------------- coesite SiO2 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 20.641 cm**3/mol 2 element(s): 1.0000 Si 2.0000 O 2 species in aqueous dissociation reaction: -1.0000 coesite 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=coesite -3.7523 -2.8479 -2.4198 -2.1310 -1.9047 -1.7169 -1.5646 -1.4805 +-------------------------------------------------------------------- corundum Al2O3 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 25.575 cm**3/mol 2 element(s): 2.0000 Al 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 corundum -6.0000 H+ 2.0000 Al+3 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=corundum 23.4837 15.8920 10.2294 5.7943 2.1348 -1.0492 -3.9627 -6.1215 +-------------------------------------------------------------------- cristobalite,alpha SiO2 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 25.74 cm**3/mol 2 element(s): 1.0000 Si 2.0000 O 2 species in aqueous dissociation reaction: -1.0000 cristobalite,alpha 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=cristobalite,alpha -4.0213 -3.0998 -2.6605 -2.3644 -2.1326 -1.9402 -1.7832 -1.6938 +-------------------------------------------------------------------- cristobalite,beta SiO2 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 27.38 cm**3/mol 2 element(s): 1.0000 Si 2.0000 O 2 species in aqueous dissociation reaction: -1.0000 cristobalite,beta 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=cristobalite,beta -3.5014 -2.7147 -2.3583 -2.1179 -1.9264 -1.7646 -1.6319 -1.5620 +-------------------------------------------------------------------- diaspore AlO(OH) date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 17.76 cm**3/mol 3 element(s): 1.0000 Al 1.0000 H 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 diaspore -3.0000 H+ 1.0000 Al+3 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=diaspore 9.5067 6.2602 3.8463 1.9622 0.4088 -0.9478 -2.1999 -3.0979 +-------------------------------------------------------------------- diopside CaMg(SiO3)2 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 66.09 cm**3/mol 4 element(s): 1.0000 Ca 1.0000 Mg 6.0000 O 2.0000 Si 6 species in aqueous dissociation reaction: -1.0000 diopside -4.0000 H+ 1.0000 Ca+2 1.0000 Mg+2 2.0000 H2O 2.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=diopside 22.9006 19.0648 15.8250 13.2838 11.2437 9.5226 7.9589 6.5730 +-------------------------------------------------------------------- dolomite CaMg(CO3)2 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 64.365 cm**3/mol 4 element(s): 2.0000 C 1.0000 Ca 1.0000 Mg 6.0000 O 5 species in aqueous dissociation reaction: -1.0000 dolomite -2.0000 H+ 1.0000 Ca+2 1.0000 Mg+2 2.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=dolomite 3.4063 1.6586 0.0944 -1.3493 -2.7744 -4.2968 -6.1006 -8.4662 +-------------------------------------------------------------------- enstatite MgSiO3 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 31.276 cm**3/mol 3 element(s): 1.0000 Mg 1.0000 Si 3.0000 O 5 species in aqueous dissociation reaction: -1.0000 enstatite -2.0000 H+ 1.0000 H2O 1.0000 Mg+2 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=enstatite 12.5490 10.1633 8.2108 6.6978 5.4953 4.4929 3.5985 2.8451 +-------------------------------------------------------------------- fayalite Fe2SiO4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 46.39 cm**3/mol 3 element(s): 2.0000 Fe 1.0000 Si 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 fayalite -4.0000 H+ 1.0000 SiO2 2.0000 Fe+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=fayalite 21.4417 17.0020 13.5249 10.8236 8.6462 6.7991 5.1254 3.7004 +-------------------------------------------------------------------- ferrosilite FeSiO3 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 32.952 cm**3/mol 3 element(s): 1.0000 Fe 1.0000 Si 3.0000 O 5 species in aqueous dissociation reaction: -1.0000 ferrosilite -2.0000 H+ 1.0000 Fe+2 1.0000 H2O 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=ferrosilite 8.2649 6.6180 5.1788 4.0350 3.1068 2.3140 1.5827 0.9362 +-------------------------------------------------------------------- forsterite Mg2SiO4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 43.79 cm**3/mol 3 element(s): 2.0000 Mg 1.0000 Si 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 forsterite -4.0000 H+ 1.0000 SiO2 2.0000 H2O 2.0000 Mg+2 **** logK grid [T, P @ Miscellaneous parameters]=forsterite 31.0538 25.0373 20.4513 16.9413 14.1544 11.8345 9.7870 8.1057 +-------------------------------------------------------------------- gehlenite Ca2(Al2Si)O7 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 90.24 cm**3/mol 4 element(s): 2.0000 Al 2.0000 Ca 7.0000 O 1.0000 Si 6 species in aqueous dissociation reaction: -1.0000 gehlenite -10.0000 H+ 1.0000 SiO2 2.0000 Al+3 2.0000 Ca+2 5.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=gehlenite 62.3961 48.4408 37.8919 29.6732 22.9817 17.2641 12.1168 7.9937 +-------------------------------------------------------------------- grossular Ca3Al2Si3O12 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 125.3 cm**3/mol 4 element(s): 3.0000 Ca 2.0000 Al 3.0000 Si 12.0000 O 6 species in aqueous dissociation reaction: -1.0000 grossular -12.0000 H+ 2.0000 Al+3 3.0000 Ca+2 3.0000 SiO2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=grossular 56.8822 44.7582 35.0897 27.4588 21.2013 15.7955 10.8235 6.7277 +-------------------------------------------------------------------- hematite Fe2O3 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 30.274 cm**3/mol 2 element(s): 2.0000 Fe 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 hematite -6.0000 H+ 2.0000 Fe+3 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=hematite 2.1715 -1.6509 -4.4731 -6.6792 -8.5315 -10.2124 -11.8565 -13.0270 +-------------------------------------------------------------------- jadeite NaAl(SiO3)2 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 60.4 cm**3/mol 4 element(s): 1.0000 Al 1.0000 Na 6.0000 O 2.0000 Si 6 species in aqueous dissociation reaction: -1.0000 jadeite -4.0000 H+ 1.0000 Al+3 1.0000 Na+ 2.0000 H2O 2.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=jadeite 8.7159 6.5719 4.5353 2.8919 1.5429 0.3666 -0.7504 -1.6429 +-------------------------------------------------------------------- kaolinite Al2Si2O5(OH)4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 99.52 cm**3/mol 4 element(s): 2.0000 Al 4.0000 H 9.0000 O 2.0000 Si 5 species in aqueous dissociation reaction: -1.0000 kaolinite -6.0000 H+ 2.0000 Al+3 2.0000 SiO2 5.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=kaolinite 7.4015 3.4975 0.1448 -2.5511 -4.8041 -6.8120 -8.7356 -10.1290 +-------------------------------------------------------------------- kyanite Al2SiO5 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 44.09 cm**3/mol 3 element(s): 2.0000 Al 1.0000 Si 5.0000 O 5 species in aqueous dissociation reaction: -1.0000 kyanite -6.0000 H+ 1.0000 SiO2 2.0000 Al+3 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=kyanite 17.6223 11.3229 6.3736 2.4447 -0.8174 -3.6759 -6.3239 -8.3043 +-------------------------------------------------------------------- lawsonite CaAl2Si2O7(OH)2*H2O date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 101.32 cm**3/mol 5 element(s): 2.0000 Al 1.0000 Ca 4.0000 H 10.0000 O 2.0000 Si 6 species in aqueous dissociation reaction: -1.0000 lawsonite -8.0000 H+ 1.0000 Ca+2 2.0000 Al+3 2.0000 SiO2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=lawsonite 24.2909 17.6393 12.2688 8.0237 4.5276 1.4738 -1.3811 -3.5787 +-------------------------------------------------------------------- lime CaO date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 16.764 cm**3/mol 2 element(s): 1.0000 Ca 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 lime -2.0000 H+ 1.0000 Ca+2 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=lime 35.6809 29.9502 25.7563 22.5452 19.9878 17.8747 16.0584 14.5086 +-------------------------------------------------------------------- magnesite MgCO3 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 28.018 cm**3/mol 3 element(s): 1.0000 Mg 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 magnesite -1.0000 H+ 1.0000 HCO3- 1.0000 Mg+2 **** logK grid [T, P @ Miscellaneous parameters]=magnesite 2.9734 1.6708 0.5875 -0.3520 -1.2275 -2.1152 -3.1178 -4.3523 +-------------------------------------------------------------------- magnetite Fe3O4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 44.524 cm**3/mol 2 element(s): 3.0000 Fe 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 magnetite -8.0000 H+ 1.0000 Fe+2 2.0000 Fe+3 4.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=magnetite 13.9292 7.5313 2.8254 -0.8248 -3.8413 -6.5132 -9.0533 -10.9696 +-------------------------------------------------------------------- margarite CaAl2(Al2Si2)O10(OH)2 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 129.4 cm**3/mol 5 element(s): 4.0000 Al 1.0000 Ca 2.0000 H 12.0000 O 2.0000 Si 6 species in aqueous dissociation reaction: -1.0000 margarite -14.0000 H+ 1.0000 Ca+2 2.0000 SiO2 4.0000 Al+3 8.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=margarite 45.9367 31.5540 20.3973 11.6056 4.3483 -1.9823 -7.8351 -12.2680 +-------------------------------------------------------------------- merwinite Ca3Mg(SiO4)2 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 104.4 cm**3/mol 4 element(s): 3.0000 Ca 1.0000 Mg 8.0000 O 2.0000 Si 6 species in aqueous dissociation reaction: -1.0000 merwinite -8.0000 H+ 1.0000 Mg+2 2.0000 SiO2 3.0000 Ca+2 4.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=merwinite 75.1933 62.5997 52.9439 45.4838 39.5151 34.5281 30.1270 26.3113 +-------------------------------------------------------------------- monticellite CaMgSiO4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 51.47 cm**3/mol 4 element(s): 1.0000 Ca 1.0000 Mg 1.0000 Si 4.0000 O 6 species in aqueous dissociation reaction: -1.0000 monticellite -4.0000 H+ 1.0000 Ca+2 1.0000 Mg+2 1.0000 SiO2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=monticellite 32.6160 26.8914 22.4948 19.1061 16.3989 14.1346 12.1268 10.4141 +-------------------------------------------------------------------- muscovite KAl2(AlSi3)O10(OH)2 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 140.71 cm**3/mol 5 element(s): 3.0000 Al 2.0000 H 1.0000 K 12.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 muscovite -10.0000 H+ 1.0000 K+ 3.0000 Al+3 3.0000 SiO2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=muscovite 14.7045 8.3980 2.9778 -1.4004 -5.0698 -8.3391 -11.4635 -13.7896 +-------------------------------------------------------------------- paragonite NaAl2(AlSi3)O10(OH)2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 132.53 cm**3/mol 5 element(s): 3.0000 Al 2.0000 H 1.0000 Na 12.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 paragonite -10.0000 H+ 1.0000 Na+ 3.0000 Al+3 3.0000 SiO2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=paragonite 19.1636 11.9044 5.8298 0.9858 -3.0258 -6.5546 -9.8832 -12.3716 +-------------------------------------------------------------------- periclase MgO date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 11.248 cm**3/mol 2 element(s): 1.0000 Mg 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 periclase -2.0000 H+ 1.0000 H2O 1.0000 Mg+2 **** logK grid [T, P @ Miscellaneous parameters]=periclase 23.7416 19.3044 16.0822 13.6375 11.7016 10.1014 8.7162 7.5945 +-------------------------------------------------------------------- phlogopite KMg3(AlSi3)O10(OH)2 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 149.66 cm**3/mol 6 element(s): 1.0000 Al 2.0000 H 1.0000 K 3.0000 Mg 12.0000 O 3.0000 Si 7 species in aqueous dissociation reaction: -1.0000 phlogopite -10.0000 H+ 1.0000 Al+3 1.0000 K+ 3.0000 Mg+2 3.0000 SiO2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=phlogopite 41.2854 32.5270 25.4956 20.0457 15.6694 11.9493 8.5453 5.8210 +-------------------------------------------------------------------- K-feldspar K(AlSi3)O8 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 108.87 cm**3/mol 4 element(s): 1.0000 Al 1.0000 K 8.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 K-feldspar -4.0000 H+ 1.0000 Al+3 1.0000 K+ 2.0000 H2O 3.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=K-feldspar -1.0251 -1.3196 -2.2602 -3.1343 -3.9038 -4.6255 -5.3803 -6.0202 +-------------------------------------------------------------------- prehnite Ca2Al2Si3O10(OH)2 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 140.33 cm**3/mol 5 element(s): 2.0000 Al 2.0000 Ca 2.0000 H 12.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 prehnite -10.0000 H+ 2.0000 Al+3 2.0000 Ca+2 3.0000 SiO2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=prehnite 35.9706 27.3968 20.3518 14.7549 10.1453 6.1336 2.3992 -0.6175 +-------------------------------------------------------------------- pyrophyllite Al2Si4O10(OH)2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 126.6 cm**3/mol 4 element(s): 2.0000 Al 2.0000 H 12.0000 O 4.0000 Si 5 species in aqueous dissociation reaction: -1.0000 pyrophyllite -6.0000 H+ 2.0000 Al+3 4.0000 H2O 4.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=pyrophyllite 0.0170 -2.3012 -5.0064 -7.3099 -9.2722 -11.0460 -12.7896 -14.1261 +-------------------------------------------------------------------- quartz SiO2 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 22.688 cm**3/mol 2 element(s): 1.0000 Si 2.0000 O 2 species in aqueous dissociation reaction: -1.0000 quartz 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=quartz -4.6319 -3.5993 -3.0782 -2.7191 -2.4378 -2.2057 -2.0168 -1.9018 +-------------------------------------------------------------------- sillimanite Al2SiO5 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 49.9 cm**3/mol 3 element(s): 2.0000 Al 1.0000 Si 5.0000 O 5 species in aqueous dissociation reaction: -1.0000 sillimanite -6.0000 H+ 1.0000 SiO2 2.0000 Al+3 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=sillimanite 18.3767 11.8549 6.7427 2.6907 -0.6668 -3.6005 -6.3082 -8.3362 +-------------------------------------------------------------------- spinel MgAl2O4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 39.71 cm**3/mol 3 element(s): 1.0000 Mg 2.0000 Al 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 spinel -8.0000 H+ 1.0000 Mg+2 2.0000 Al+3 4.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=spinel 42.3612 31.0628 22.7136 16.2431 10.9710 6.4485 2.3662 -0.7322 +-------------------------------------------------------------------- talc Mg3Si4O10(OH)2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 136.25 cm**3/mol 4 element(s): 2.0000 H 3.0000 Mg 12.0000 O 4.0000 Si 5 species in aqueous dissociation reaction: -1.0000 talc -6.0000 H+ 3.0000 Mg+2 4.0000 H2O 4.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=talc 23.1104 18.9529 15.0850 12.0522 9.6533 7.6473 5.8048 4.2219 +-------------------------------------------------------------------- tremolite (Ca2Mg5)Si8O22(OH)2 date last revised = 3/15/1990 keys = solid idealized active charge = 0.0 V0PrTr = 272.92 cm**3/mol 5 element(s): 2.0000 Ca 2.0000 H 5.0000 Mg 24.0000 O 8.0000 Si 6 species in aqueous dissociation reaction: -1.0000 tremolite -14.0000 H+ 2.0000 Ca+2 5.0000 Mg+2 8.0000 H2O 8.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=tremolite 66.9227 55.3862 45.2528 37.3013 30.9517 25.6087 20.7268 16.4470 +-------------------------------------------------------------------- wollastonite CaSiO3 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 39.93 cm**3/mol 3 element(s): 1.0000 Ca 1.0000 Si 3.0000 O 5 species in aqueous dissociation reaction: -1.0000 wollastonite -2.0000 H+ 1.0000 Ca+2 1.0000 H2O 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=wollastonite 14.8822 12.6775 10.8315 9.3747 8.1989 7.2075 6.3148 5.4969 +-------------------------------------------------------------------- annite KFe3(AlSi3)O10(OH)2 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 154.32 cm**3/mol 6 element(s): 1.0000 Al 3.0000 Fe 2.0000 H 1.0000 K 12.0000 O 3.0000 Si 7 species in aqueous dissociation reaction: -1.0000 annite -10.0000 H+ 1.0000 Al+3 1.0000 K+ 3.0000 Fe+2 3.0000 SiO2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=annite 32.4935 25.2285 19.2074 14.4609 10.5887 7.2392 4.1114 1.5288 +-------------------------------------------------------------------- aragonite CaCO3 date last revised = 3/9/1990 keys = solid polymorph active charge = 0.0 V0PrTr = 34.15 cm**3/mol 3 element(s): 1.0000 Ca 1.0000 C 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 aragonite -1.0000 H+ 1.0000 Ca+2 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=aragonite 2.3715 1.6210 0.9179 0.2467 -0.4315 -1.1673 -2.0495 -3.2464 +-------------------------------------------------------------------- hedenbergite CaFe(SiO3)2 date last revised = 3/5/1990 keys = solid nan active charge = 0.0 V0PrTr = 68.27 cm**3/mol 4 element(s): 1.0000 Ca 1.0000 Fe 6.0000 O 2.0000 Si 6 species in aqueous dissociation reaction: -1.0000 hedenbergite -4.0000 H+ 1.0000 Ca+2 1.0000 Fe+2 2.0000 H2O 2.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=hedenbergite 21.3900 17.8279 14.7607 12.3286 10.3578 8.6804 7.1430 5.7492 +-------------------------------------------------------------------- andradite Ca3Fe2Si3O12 date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 131.85 cm**3/mol 4 element(s): 3.0000 Ca 2.0000 Fe 3.0000 Si 12.0000 O 6 species in aqueous dissociation reaction: -1.0000 andradite -12.0000 H+ 2.0000 Fe+3 3.0000 Ca+2 3.0000 SiO2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=andradite 37.8367 29.1137 22.0172 16.4067 11.7880 7.7457 3.9255 0.7182 +-------------------------------------------------------------------- zoisite Ca2Al3Si3O12(OH) date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 135.9 cm**3/mol 5 element(s): 3.0000 Al 2.0000 Ca 1.0000 H 13.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 zoisite -13.0000 H+ 2.0000 Ca+2 3.0000 Al+3 3.0000 SiO2 7.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=zoisite 47.8600 35.1968 25.0964 17.1030 10.5158 4.7867 -0.5134 -4.7065 +-------------------------------------------------------------------- clinozoisite Ca2Al3Si3O12(OH) date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 136.2 cm**3/mol 5 element(s): 3.0000 Al 2.0000 Ca 1.0000 H 13.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 clinozoisite -13.0000 H+ 2.0000 Ca+2 3.0000 Al+3 3.0000 SiO2 7.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=clinozoisite 47.8092 35.1572 25.0651 17.0780 10.4957 4.7707 -0.5259 -4.7161 +-------------------------------------------------------------------- epidote Ca2FeAl2Si3O12(OH) date last revised = 3/15/1990 keys = solid idealized active charge = 0.0 V0PrTr = 139.2 cm**3/mol 6 element(s): 2.0000 Al 2.0000 Ca 1.0000 Fe 1.0000 H 13.0000 O 3.0000 Si 7 species in aqueous dissociation reaction: -1.0000 epidote -13.0000 H+ 1.0000 Fe+3 2.0000 Al+3 2.0000 Ca+2 3.0000 SiO2 7.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=epidote 37.1586 26.3812 17.7019 10.8211 5.1335 0.1514 -4.5181 -8.2199 +-------------------------------------------------------------------- alunite KAl3(OH)6(SO4)2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 293.6 cm**3/mol 5 element(s): 3.0000 Al 6.0000 H 1.0000 K 14.0000 O 2.0000 S 6 species in aqueous dissociation reaction: -1.0000 alunite -6.0000 H+ 1.0000 K+ 2.0000 SO4-2 3.0000 Al+3 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=alunite 0.7320 -5.3540 -10.6430 -15.3731 -19.8693 -24.4474 -29.5161 -35.0436 +-------------------------------------------------------------------- analcime NaAlSi2O6*H2O date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 97.1 cm**3/mol 5 element(s): 1.0000 Al 2.0000 H 1.0000 Na 7.0000 O 2.0000 Si 6 species in aqueous dissociation reaction: -1.0000 analcime -4.0000 H+ 1.0000 Al+3 1.0000 Na+ 2.0000 SiO2 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=analcime 7.2959 5.1218 3.0888 1.4696 0.1577 -0.9721 -2.0349 -2.8654 +-------------------------------------------------------------------- analcime,dehydrated NaAlSi2O6 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 89.1 cm**3/mol 4 element(s): 1.0000 Na 1.0000 Al 2.0000 Si 6.0000 O 6 species in aqueous dissociation reaction: -1.0000 analcime,dehydrated -4.0000 H+ 1.0000 Al+3 1.0000 Na+ 2.0000 H2O 2.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=analcime,dehydrated 12.4799 9.4158 6.7011 4.5383 2.7791 1.2721 -0.1153 -1.2300 +-------------------------------------------------------------------- artinite Mg2(OH)2(CO3)*3H2O date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 96.9 cm**3/mol 4 element(s): 1.0000 C 8.0000 H 2.0000 Mg 8.0000 O 5 species in aqueous dissociation reaction: -1.0000 artinite -3.0000 H+ 1.0000 HCO3- 2.0000 Mg+2 5.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=artinite 21.7371 17.8924 15.1017 12.9693 11.2206 9.6546 8.0823 6.4608 +-------------------------------------------------------------------- azurite Cu3(OH)2(CO3)2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 91.01 cm**3/mol 4 element(s): 2.0000 C 3.0000 Cu 2.0000 H 8.0000 O 5 species in aqueous dissociation reaction: -1.0000 azurite -4.0000 H+ 2.0000 H2O 2.0000 HCO3- 3.0000 Cu+2 **** logK grid [T, P @ Miscellaneous parameters]=azurite 11.0677 7.4764 4.6645 2.3378 0.2474 -1.8191 -4.1147 -6.8149 +-------------------------------------------------------------------- chalcedony SiO2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 22.688 cm**3/mol 2 element(s): 1.0000 Si 2.0000 O 2 species in aqueous dissociation reaction: -1.0000 chalcedony 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=chalcedony -4.3359 -3.3490 -2.8615 -2.5280 -2.2669 -2.0512 -1.8760 -1.7726 +-------------------------------------------------------------------- clinochlore,14a Mg5Al(AlSi3)O10(OH)8 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 207.11 cm**3/mol 5 element(s): 2.0000 Al 8.0000 H 5.0000 Mg 18.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 clinochlore,14a -16.0000 H+ 2.0000 Al+3 3.0000 SiO2 5.0000 Mg+2 12.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=clinochlore,14a 75.1179 57.6652 44.3426 34.1099 25.8996 18.9288 12.6050 7.6994 +-------------------------------------------------------------------- clinochlore,7a Mg5Al(AlSi3)O10(OH)8 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 211.5 cm**3/mol 5 element(s): 2.0000 Al 8.0000 H 5.0000 Mg 18.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 clinochlore,7a -16.0000 H+ 2.0000 Al+3 3.0000 SiO2 5.0000 Mg+2 12.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=clinochlore,7a 78.7103 60.8602 47.2661 36.8365 28.4769 21.3885 14.9694 9.9847 +-------------------------------------------------------------------- cordierite,hydrous Mg2Al3(AlSi5)O18*H2O date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 241.22 cm**3/mol 5 element(s): 4.0000 Al 2.0000 H 2.0000 Mg 19.0000 O 5.0000 Si 6 species in aqueous dissociation reaction: -1.0000 cordierite,hydrous -16.0000 H+ 2.0000 Mg+2 4.0000 Al+3 5.0000 SiO2 9.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=cordierite,hydrous 55.7679 39.0012 25.4283 14.7061 5.9264 -1.6448 -8.5806 -13.9359 +-------------------------------------------------------------------- cristobalite SiO2 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 25.74 cm**3/mol 2 element(s): 1.0000 Si 2.0000 O 2 species in aqueous dissociation reaction: -1.0000 cristobalite 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=cristobalite -4.0213 -3.0998 -2.6605 -2.3644 -2.1326 -1.9402 -1.7832 -1.6938 +-------------------------------------------------------------------- daphnite,14a Fe5Al(AlSi3)O10(OH)8 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 213.42 cm**3/mol 5 element(s): 2.0000 Al 5.0000 Fe 8.0000 H 18.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 daphnite,14a -16.0000 H+ 2.0000 Al+3 3.0000 SiO2 5.0000 Fe+2 12.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=daphnite,14a 57.3893 42.9193 31.6420 22.8576 15.7050 9.5275 3.8087 -0.7397 +-------------------------------------------------------------------- epidote,ordered Ca2FeAl2Si3O12(OH) date last revised = 3/15/1990 keys = solid idealized active charge = 0.0 V0PrTr = 139.2 cm**3/mol 6 element(s): 2.0000 Al 2.0000 Ca 1.0000 Fe 1.0000 H 13.0000 O 3.0000 Si 7 species in aqueous dissociation reaction: -1.0000 epidote,ordered -13.0000 H+ 1.0000 Fe+3 2.0000 Al+3 2.0000 Ca+2 3.0000 SiO2 7.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=epidote,ordered 37.1569 26.3827 17.7074 10.8330 5.1545 0.1831 -4.4742 -8.1629 +-------------------------------------------------------------------- ferrotremolite (Ca2Fe5)Si8O22(OH)2 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 282.8 cm**3/mol 5 element(s): 2.0000 Ca 5.0000 Fe 2.0000 H 24.0000 O 8.0000 Si 6 species in aqueous dissociation reaction: -1.0000 ferrotremolite -14.0000 H+ 2.0000 Ca+2 5.0000 Fe+2 8.0000 H2O 8.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=ferrotremolite 57.1542 47.3348 38.3201 31.1095 25.2598 20.2597 15.6115 11.3783 +-------------------------------------------------------------------- fluorite CaF2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 24.542 cm**3/mol 2 element(s): 1.0000 Ca 2.0000 F 3 species in aqueous dissociation reaction: -1.0000 fluorite 1.0000 Ca+2 2.0000 F- **** logK grid [T, P @ Miscellaneous parameters]=fluorite -10.3098 -9.9228 -9.9670 -10.2653 -10.7841 -11.5550 -12.7028 -14.4847 +-------------------------------------------------------------------- greenalite Fe3Si2O5(OH)4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 115 cm**3/mol 4 element(s): 3.0000 Fe 4.0000 H 9.0000 O 2.0000 Si 5 species in aqueous dissociation reaction: -1.0000 greenalite -6.0000 H+ 2.0000 SiO2 3.0000 Fe+2 5.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=greenalite 26.0472 21.1309 17.1379 14.0437 11.5642 9.4573 7.5150 5.8529 +-------------------------------------------------------------------- kalsilite K(AlSi)O4 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 59.89 cm**3/mol 4 element(s): 1.0000 Al 1.0000 K 4.0000 O 1.0000 Si 6 species in aqueous dissociation reaction: -1.0000 kalsilite -4.0000 H+ 1.0000 Al+3 1.0000 K+ 1.0000 SiO2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=kalsilite 11.7084 8.7972 6.3948 4.4811 2.8991 1.5156 0.2235 -0.7778 +-------------------------------------------------------------------- laumontite Ca(Al2Si4)O12*4H2O date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 207.55 cm**3/mol 5 element(s): 2.0000 Al 1.0000 Ca 8.0000 H 16.0000 O 4.0000 Si 6 species in aqueous dissociation reaction: -1.0000 laumontite -8.0000 H+ 1.0000 Ca+2 2.0000 Al+3 4.0000 SiO2 8.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=laumontite 14.5794 9.8218 5.4156 1.8712 -1.0384 -3.5738 -5.9720 -7.8383 +-------------------------------------------------------------------- microcline,maximum K(AlSi3)O8 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 108.741 cm**3/mol 4 element(s): 1.0000 Al 1.0000 K 8.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 microcline,maximum -4.0000 H+ 1.0000 Al+3 1.0000 K+ 2.0000 H2O 3.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=microcline,maximum -1.0295 -1.3221 -2.2730 -3.1543 -3.9244 -4.6402 -5.3836 -6.0080 +-------------------------------------------------------------------- nepheline Na(AlSi)O4 date last revised = 5/5/1978 keys = solid idealized active charge = 0.0 V0PrTr = 54.16 cm**3/mol 4 element(s): 1.0000 Al 1.0000 Na 4.0000 O 1.0000 Si 6 species in aqueous dissociation reaction: -1.0000 nepheline -4.0000 H+ 1.0000 Al+3 1.0000 Na+ 1.0000 SiO2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=nepheline 15.0417 11.3429 8.3947 6.0894 4.2178 2.6137 1.1471 0.0073 +-------------------------------------------------------------------- pargasite Na(Ca2Mg4Al)(Al2Si6)O22(OH)2 date last revised = 3/15/1990 keys = solid idealized active charge = 0.0 V0PrTr = 273.5 cm**3/mol 7 element(s): 3.0000 Al 2.0000 Ca 2.0000 H 4.0000 Mg 1.0000 Na 24.0000 O 6.0000 Si 8 species in aqueous dissociation reaction: -1.0000 pargasite -22.0000 H+ 1.0000 Na+ 2.0000 Ca+2 3.0000 Al+3 4.0000 Mg+2 6.0000 SiO2 12.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=pargasite 113.0152 88.0564 68.4334 53.1742 40.8621 30.4053 20.9486 13.2986 +-------------------------------------------------------------------- sanidine,high K(AlSi3)O8 date last revised = 5/5/1978 keys = solid polymorph active charge = 0.0 V0PrTr = 109.008 cm**3/mol 4 element(s): 1.0000 Al 1.0000 K 8.0000 O 3.0000 Si 6 species in aqueous dissociation reaction: -1.0000 sanidine,high -4.0000 H+ 1.0000 Al+3 1.0000 K+ 2.0000 H2O 3.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=sanidine,high 0.3474 -0.2732 -1.4642 -2.5289 -3.4436 -4.2762 -5.1161 -5.8214 +-------------------------------------------------------------------- sepiolite Mg4Si6O15(OH)2(H2O)2*4H2O date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 285.6 cm**3/mol 4 element(s): 14.0000 H 4.0000 Mg 23.0000 O 6.0000 Si 5 species in aqueous dissociation reaction: -1.0000 sepiolite -8.0000 H+ 4.0000 Mg+2 6.0000 SiO2 11.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=sepiolite 32.3876 28.0875 23.8968 20.7229 18.3323 16.4142 14.6659 13.1981 +-------------------------------------------------------------------- wairakite Ca(Al2Si4)O12*2H2O date last revised = 3/15/1990 keys = solid nan active charge = 0.0 V0PrTr = 186.87 cm**3/mol 5 element(s): 2.0000 Al 1.0000 Ca 4.0000 H 14.0000 O 4.0000 Si 6 species in aqueous dissociation reaction: -1.0000 wairakite -8.0000 H+ 1.0000 Ca+2 2.0000 Al+3 4.0000 SiO2 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=wairakite 19.8292 13.5019 7.8861 3.3719 -0.3401 -3.5559 -6.5431 -8.9287 +-------------------------------------------------------------------- sulfur S date last revised = 6/12/1998 keys = solid nan active charge = 0.0 V0PrTr = 15.61 cm**3/mol 1 element(s): 1.0000 S 5 species in aqueous dissociation reaction: -1.0000 sulfur 1.0000 SO4-2 2.0000 H+ -1.5000 O2(g) -1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=sulfur 98.7736 80.3544 66.4635 55.5529 46.6595 39.1407 32.4815 26.0178 +-------------------------------------------------------------------- Fe-brucite Fe(OH)2 date last revised = 7/15/2022 keys = solid nan active charge = 0.0 V0PrTr = 26 cm**3/mol 3 element(s): 1.0000 Fe 2.0000 H 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 Fe-brucite -2.0000 H+ 1.0000 Fe+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=Fe-brucite 14.2745 11.6335 9.7345 8.3008 7.1619 6.2066 5.3544 4.6596 +-------------------------------------------------------------------- minnesotaite Fe3Si4O10(OH)2 date last revised = 7/15/2022 keys = solid nan active charge = 0.0 V0PrTr = 148 cm**3/mol 4 element(s): 3.0000 Fe 2.0000 H 12.0000 O 4.0000 Si 5 species in aqueous dissociation reaction: -1.0000 minnesotaite -6.0000 H+ 3.0000 Fe+2 4.0000 H2O 4.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=minnesotaite 15.2374 12.3615 9.3487 6.9012 4.9136 3.2042 1.5782 0.0888 +-------------------------------------------------------------------- Mg-cronstedtite (Mg2Fe)(FeSi)O5(OH)4 date last revised = 7/15/2022 keys = solid nan active charge = 0.0 V0PrTr = 108 cm**3/mol 5 element(s): 2.0000 Fe 4.0000 H 2.0000 Mg 9.0000 O 1.0000 Si 6 species in aqueous dissociation reaction: -1.0000 Mg-cronstedtite -10.0000 H+ 7.0000 H2O 1.0000 SiO2 2.0000 Mg+2 2.0000 Fe+3 **** logK grid [T, P @ Miscellaneous parameters]=Mg-cronstedtite 28.1897 19.6800 13.3209 8.4587 4.5328 1.1405 -2.0219 -4.4051 +-------------------------------------------------------------------- hisingerite Fe2Si2O5(OH)4 date last revised = 7/15/2022 keys = solid nan active charge = 0.0 V0PrTr = 105 cm**3/mol 4 element(s): 2.0000 Fe 4.0000 H 9.0000 O 2.0000 Si 6 species in aqueous dissociation reaction: -1.0000 hisingerite -4.0000 H+ -1.0000 H2 2.0000 Fe+2 5.0000 H2O 2.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=hisingerite 20.9132 17.6983 14.8590 12.5901 10.7343 9.1294 7.6184 6.1893 +-------------------------------------------------------------------- almandine Fe3Al2Si3O12 date last revised = 7/6/2020 keys = solid nan active charge = 0.0 V0PrTr = 115.28 cm**3/mol 4 element(s): 3.0000 Fe 2.0000 Al 3.0000 Si 12.0000 O 6 species in aqueous dissociation reaction: -1.0000 almandine 3.0000 Fe+2 2.0000 Al+3 3.0000 SiO2 -12.0000 H+ 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=almandine 45.5290 33.2598 23.4642 15.7351 9.3968 3.9168 -1.1261 -5.1752 +-------------------------------------------------------------------- bromellite BeO date last revised = 7/6/2020 keys = solid nan active charge = 0.0 V0PrTr = 8.309 cm**3/mol 2 element(s): 1.0000 Be 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 bromellite 1.0000 Be+2 -2.0000 H+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=bromellite 7.2497 5.4991 4.2486 3.3062 2.5500 1.8984 1.2909 0.8191 +-------------------------------------------------------------------- dickite Al2Si2O5(OH)4 date last revised = 7/6/2020 keys = solid nan active charge = 0.0 V0PrTr = 99.3 cm**3/mol 4 element(s): 2.0000 Al 4.0000 H 9.0000 O 2.0000 Si 5 species in aqueous dissociation reaction: -1.0000 dickite 2.0000 Al+3 2.0000 SiO2 -6.0000 H+ 5.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=dickite 6.0514 2.4042 -0.7604 -3.3126 -5.4524 -7.3687 -9.2168 -10.5468 +-------------------------------------------------------------------- ferropargasite Na(Ca2Fe4Al)(Al2Si6)O22(OH)2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 279.89 cm**3/mol 7 element(s): 3.0000 Al 2.0000 Ca 4.0000 Fe 2.0000 H 1.0000 Na 24.0000 O 6.0000 Si 8 species in aqueous dissociation reaction: -1.0000 ferropargasite 3.0000 Al+3 2.0000 Ca+2 4.0000 Fe+2 1.0000 Na+ 6.0000 SiO2 -22.0000 H+ 12.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ferropargasite 92.0923 70.5468 53.3120 39.7859 28.7729 19.3175 10.6476 3.5381 +-------------------------------------------------------------------- fluorphlogopite KMg3(AlSi3)O10(F)2 date last revised = 7/6/2020 keys = solid nan active charge = 0.0 V0PrTr = 146.37 cm**3/mol 6 element(s): 1.0000 Al 2.0000 F 1.0000 K 3.0000 Mg 10.0000 O 3.0000 Si 8 species in aqueous dissociation reaction: -1.0000 fluorphlogopite 1.0000 Al+3 2.0000 F- 1.0000 K+ 3.0000 Mg+2 3.0000 SiO2 -8.0000 H+ 4.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=fluorphlogopite 25.8442 18.0011 11.2770 5.7805 1.0894 -3.2079 -7.5410 -11.8502 +-------------------------------------------------------------------- glaucophane Na2(Mg3Al2)Si8O22(OH)2 date last revised = 7/6/2020 keys = solid nan active charge = 0.0 V0PrTr = 269.7 cm**3/mol 6 element(s): 2.0000 Al 2.0000 H 3.0000 Mg 2.0000 Na 24.0000 O 8.0000 Si 7 species in aqueous dissociation reaction: -1.0000 glaucophane 2.0000 Al+3 3.0000 Mg+2 2.0000 Na+ 8.0000 SiO2 -14.0000 H+ 8.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=glaucophane 36.4923 28.5636 21.0136 14.9927 10.1269 5.9499 2.0184 -1.2313 +-------------------------------------------------------------------- grunerite Fe7Si8O22(OH)2 date last revised = 7/6/2020 keys = solid nan active charge = 0.0 V0PrTr = 256.67 cm**3/mol 4 element(s): 7.0000 Fe 2.0000 H 24.0000 O 8.0000 Si 5 species in aqueous dissociation reaction: -1.0000 grunerite 7.0000 Fe+2 8.0000 SiO2 -14.0000 H+ 8.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=grunerite 46.5834 37.2742 28.6269 21.6993 16.0715 11.2444 6.7307 2.6777 +-------------------------------------------------------------------- halloysite Al2Si2O5(OH)4 date last revised = 11/10/202 keys = solid nan active charge = 0.0 V0PrTr = 99.3 cm**3/mol 4 element(s): 2.0000 Al 4.0000 H 9.0000 O 2.0000 Si 5 species in aqueous dissociation reaction: -1.0000 halloysite 2.0000 Al+3 2.0000 SiO2 -6.0000 H+ 5.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=halloysite 9.0055 4.8536 1.3195 -1.5149 -3.8772 -5.9736 -7.9702 -9.4249 +-------------------------------------------------------------------- larnite Ca2SiO4 date last revised = 7/6/2020 keys = solid nan active charge = 0.0 V0PrTr = 51.6 cm**3/mol 3 element(s): 2.0000 Ca 1.0000 Si 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 larnite 2.0000 Ca+2 1.0000 SiO2 -4.0000 H+ 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=larnite 42.4958 35.7612 30.6007 26.6047 23.4020 20.7263 18.3706 16.2980 +-------------------------------------------------------------------- laurite RuS2 date last revised = 6/10/1992 keys = solid nan active charge = 0.0 V0PrTr = 25.56 cm**3/mol 2 element(s): 1.0000 Ru 2.0000 S 6 species in aqueous dissociation reaction: -1.0000 laurite 1.0000 Ru+2 2.0000 SO4-2 2.0000 H+ -3.5000 O2(g) -1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=laurite 178.7978 143.7677 117.3223 96.5260 79.5321 65.0962 52.2059 39.6567 +-------------------------------------------------------------------- litharge PbO date last revised = 4/11/1995 keys = solid nan active charge = 0.0 V0PrTr = 23.91 cm**3/mol 2 element(s): 1.0000 Pb 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 litharge 1.0000 Pb+2 -2.0000 H+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=litharge 13.6341 11.7003 10.2699 9.1675 8.2762 7.5166 6.8252 6.2036 +-------------------------------------------------------------------- palladium Pd date last revised = 4/14/1992 keys = solid nan active charge = 0.0 V0PrTr = 8.861 cm**3/mol 1 element(s): 1.0000 Pd 5 species in aqueous dissociation reaction: -1.0000 palladium 1.0000 Pd+2 -2.0000 H+ -0.5000 O2(g) 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=palladium 12.3498 9.1593 6.8413 5.0761 3.6665 2.4835 1.4353 0.5947 +-------------------------------------------------------------------- platinum Pt date last revised = 4/14/1992 keys = solid nan active charge = 0.0 V0PrTr = 9.09 cm**3/mol 1 element(s): 1.0000 Pt 5 species in aqueous dissociation reaction: -1.0000 platinum 1.0000 Pt+2 -2.0000 H+ -0.5000 O2(g) 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=platinum -3.1047 -4.0194 -4.6771 -5.1785 -5.5948 -5.9774 -6.3669 -6.6456 +-------------------------------------------------------------------- pyrope Mg3Al2Si3O12 date last revised = 7/6/2020 keys = solid nan active charge = 0.0 V0PrTr = 113.27 cm**3/mol 4 element(s): 3.0000 Mg 2.0000 Al 3.0000 Si 12.0000 O 6 species in aqueous dissociation reaction: -1.0000 pyrope 3.0000 Mg+2 2.0000 Al+3 3.0000 SiO2 -12.0000 H+ 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=pyrope 63.7732 48.5194 36.6216 27.3554 19.8558 13.4740 7.7170 3.1593 +-------------------------------------------------------------------- quicksilver Hg date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 14.822 cm**3/mol 1 element(s): 1.0000 Hg 5 species in aqueous dissociation reaction: -1.0000 quicksilver 1.0000 Hg+2 -2.0000 H+ -0.5000 O2(g) 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=quicksilver 14.5634 11.1403 8.6823 6.8350 5.3855 4.1964 3.1674 2.2861 +-------------------------------------------------------------------- rhodium Rh date last revised = 4/14/1992 keys = solid nan active charge = 0.0 V0PrTr = 8.281 cm**3/mol 1 element(s): 1.0000 Rh 5 species in aqueous dissociation reaction: -1.0000 rhodium 1.0000 Rh+2 -2.0000 H+ -0.5000 O2(g) 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=rhodium 24.0570 18.8706 15.0775 12.1786 9.8709 7.9597 6.3096 4.9451 +-------------------------------------------------------------------- ruthenium Ru date last revised = 4/14/1992 keys = solid nan active charge = 0.0 V0PrTr = 8.175 cm**3/mol 1 element(s): 1.0000 Ru 5 species in aqueous dissociation reaction: -1.0000 ruthenium 1.0000 Ru+2 -2.0000 H+ -0.5000 O2(g) 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=ruthenium 17.4531 13.3629 10.3768 8.0976 6.2819 4.7715 3.4544 2.3672 +-------------------------------------------------------------------- portlandite Ca(OH)2 date last revised = 4/19/2023 keys = solid nan active charge = 0.0 V0PrTr = 33.056 cm**3/mol 3 element(s): 1.0000 Ca 2.0000 H 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 portlandite 1.0000 Ca+2 -2.0000 H+ 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=portlandite 24.5595 20.7625 17.6712 15.0432 12.7295 10.6306 8.6701 6.8654 +-------------------------------------------------------------------- gypsum CaSO4(H2O)2 date last revised = 11/22/201 keys = solid nan active charge = 0.0 V0PrTr = 74.69 cm**3/mol 4 element(s): 1.0000 Ca 4.0000 H 6.0000 O 1.0000 S 4 species in aqueous dissociation reaction: -1.0000 gypsum 1.0000 Ca+2 1.0000 SO4-2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=gypsum -4.4968 -4.5243 -4.8722 -5.4002 -6.0982 -7.0112 -8.2737 -10.2196 +-------------------------------------------------------------------- pyrolusite MnO2 date last revised = 8/15/2020 keys = solid nan active charge = 0.0 V0PrTr = 16.61 cm**3/mol 2 element(s): 1.0000 Mn 2.0000 O 5 species in aqueous dissociation reaction: -4.0000 pyrolusite 4.0000 Mn+3 -12.0000 H+ 1.0000 O2(g) 6.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=pyrolusite -14.6910 -19.0607 -22.3973 -25.1063 -27.5157 -29.8704 -32.3523 -33.8952 +-------------------------------------------------------------------- bixbyite Mn2O3 date last revised = 8/15/2020 keys = solid nan active charge = 0.0 V0PrTr = 31.37 cm**3/mol 2 element(s): 2.0000 Mn 3.0000 O 4 species in aqueous dissociation reaction: -1.0000 bixbyite 2.0000 Mn+3 -6.0000 H+ 3.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=bixbyite 2.3411 -2.2360 -5.6606 -8.3559 -10.6157 -12.6438 -14.5845 -15.9415 +-------------------------------------------------------------------- hausmannite Mn3O4 date last revised = 8/15/2020 keys = solid nan active charge = 0.0 V0PrTr = 46.95 cm**3/mol 2 element(s): 3.0000 Mn 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 hausmannite 1.0000 Mn+2 2.0000 Mn+3 -8.0000 H+ 4.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=hausmannite 15.4466 8.4541 3.2823 -0.7419 -4.0654 -6.9928 -9.7436 -11.7716 +-------------------------------------------------------------------- huebnerite MnWO4 date last revised = 9/10/2020 keys = solid nan active charge = 0.0 V0PrTr = 41.89 cm**3/mol 3 element(s): 1.0000 Mn 1.0000 W 4.0000 O 3 species in aqueous dissociation reaction: -1.0000 huebnerite 1.0000 Mn+2 1.0000 WO4-2 **** logK grid [T, P @ Miscellaneous parameters]=huebnerite -16.6461 -15.3475 -14.7136 -14.4917 -14.5981 -15.0315 -15.8956 -17.4832 +-------------------------------------------------------------------- linnaeite Co3S4 date last revised = 2/10/2023 keys = solid nan active charge = 0.0 V0PrTr = 62.55 cm**3/mol 2 element(s): 3.0000 Co 4.0000 S 5 species in aqueous dissociation reaction: -1.0000 linnaeite 1.0000 Co+2 2.0000 Co+3 4.0000 SO4-2 -8.0000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=linnaeite 475.9577 382.4882 312.3892 257.5807 213.0578 175.5076 142.3648 111.3335 +-------------------------------------------------------------------- cattierite CoS2 date last revised = 10/6/2020 keys = solid nan active charge = 0.0 V0PrTr = 25.52 cm**3/mol 2 element(s): 1.0000 Co 2.0000 S 3 species in aqueous dissociation reaction: -1.0000 cattierite 1.0000 Co+2 1.0000 S2-2 **** logK grid [T, P @ Miscellaneous parameters]=cattierite -31.8739 -28.2121 -25.8943 -24.4058 -23.5246 -23.1672 -23.3845 -24.4128 +-------------------------------------------------------------------- willemite Zn2SiO4 date last revised = 3/22/2021 keys = solid nan active charge = 0.0 V0PrTr = 52.42 cm**3/mol 3 element(s): 2.0000 Zn 1.0000 Si 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 willemite 2.0000 Zn+2 1.0000 SiO2 -4.0000 H+ 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=willemite 15.6925 12.2188 9.4861 7.3852 5.7070 4.2845 2.9793 1.8877 +-------------------------------------------------------------------- guite Co3O4 date last revised = 6/21/2022 keys = solid nan active charge = 0.0 V0PrTr = 39.77 cm**3/mol 2 element(s): 3.0000 Co 4.0000 O 5 species in aqueous dissociation reaction: -1.0000 guite 1.0000 Co+2 2.0000 Co+3 -8.0000 H+ 4.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=guite -10.1640 -13.0490 -15.2011 -16.9104 -18.4036 -19.8491 -21.3769 -22.3711 +-------------------------------------------------------------------- cobalt-monoxide CoO date last revised = 6/21/2022 keys = solid nan active charge = 0.0 V0PrTr = 11.64 cm**3/mol 2 element(s): 1.0000 Co 1.0000 O 4 species in aqueous dissociation reaction: -1.0000 cobalt-monoxide 1.0000 Co+2 -2.0000 H+ 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=cobalt-monoxide 15.2700 12.1362 9.8455 8.0900 6.6800 5.4914 4.4349 3.5666 +-------------------------------------------------------------------- Mn(OH)2 Mn(OH)2 date last revised = 8/15/2020 keys = solid nan active charge = 0.0 V0PrTr = NaN cm**3/mol 3 element(s): 2.0000 H 1.0000 Mn 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 Mn(OH)2 -2.0000 H+ 1.0000 Mn+2 2.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=Mn(OH)2 17.3223 14.4261 12.3344 10.7547 9.5062 8.4689 7.5548 6.8039 +-------------------------------------------------------------------- amorphous-silica SiO2 date last revised = 5/5/1978 keys = solid nan active charge = 0.0 V0PrTr = 29 cm**3/mol 2 element(s): 1.0000 Si 2.0000 O 2 species in aqueous dissociation reaction: -1.0000 amorphous-silica 1.0000 SiO2 **** logK grid [T, P @ Miscellaneous parameters]=amorphous-silica -3.1240 -2.4783 -2.1843 -1.9796 -1.8190 -1.6928 -1.6042 -1.5885 +-------------------------------------------------------------------- liquids +-------------------------------------------------------------------- PLACEHOLDER3 pl date last revised = 20-nov-2008 keys = liquid refstate active V0PrTr = 14.822 cm**3/mol * mwt = 200.59000 g/mol 1 element(s): 1.0000 pl 2 species in data0 reaction -1.0000 PLACEHOLDER3 1.0000 plhold **** logK grid [T, P @ Miscellaneous parameters]=PLACEHOLDER3 14.5630 11.1400 8.6820 6.8350 5.3860 4.1960 3.1670 2.2860 +-------------------------------------------------------------------- gases +-------------------------------------------------------------------- H2O(g) date last revised = 3/20/1990 keys = gas nan active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 2 element(s): 2.0000 H 1.0000 O 2 species in aqueous dissociation reaction: -1.0000 H2O(g) 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=H2O(g) 2.2985 0.9944 0.0791 -0.5884 -1.0882 -1.4702 -1.7663 -1.9982 +-------------------------------------------------------------------- O2(g) date last revised = 20-nov-2008 keys = gas refstate active V0PrTr = 24465.000 cm**3/mol * mwt = 31.99880 g/mol 1 element(s): 2.0000 O 2 species in data0 reaction -1.0000 O2(g) 1.0000 O2(g) **** logK grid [T, P @ Miscellaneous parameters]=O2(g) 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 +-------------------------------------------------------------------- Ar(g) date last revised = 12/27/198 keys = gas refstate active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 1 element(s): 1.0000 Ar 2 species in aqueous dissociation reaction: -1.0000 Ar(g) 1.0000 Ar **** logK grid [T, P @ Miscellaneous parameters]=Ar(g) -2.6125 -2.9850 -3.0737 -3.0236 -2.8891 -2.6910 -2.4182 -1.9446 +-------------------------------------------------------------------- CH4(g) date last revised = 12/15/198 keys = gas nan active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 2 element(s): 1.0000 C 4.0000 H 5 species in aqueous dissociation reaction: -1.0000 CH4(g) -2.0000 O2(g) 1.0000 H+ 1.0000 H2O 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=CH4(g) 149.9223 123.2738 103.7097 88.7199 76.8337 67.1233 58.9401 51.6663 +-------------------------------------------------------------------- CO2(g) date last revised = 12/27/198 keys = gas nan active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 2 element(s): 1.0000 C 2.0000 O 4 species in aqueous dissociation reaction: -1.0000 CO2(g) -1.0000 H2O 1.0000 H+ 1.0000 HCO3- **** logK grid [T, P @ Miscellaneous parameters]=CO2(g) -7.6765 -7.9810 -8.3574 -8.7692 -9.2165 -9.7202 -10.3393 -11.2922 +-------------------------------------------------------------------- H2(g) date last revised = 12/27/198 keys = gas refstate active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 1 element(s): 2.0000 H 3 species in aqueous dissociation reaction: -1.0000 H2(g) -0.5000 O2(g) 1.0000 H2O **** logK grid [T, P @ Miscellaneous parameters]=H2(g) 46.1410 37.6831 31.5248 26.8476 23.1790 20.2276 17.8040 15.7797 +-------------------------------------------------------------------- H2S(g) date last revised = 12/27/198 keys = gas nan active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 2 element(s): 2.0000 H 1.0000 S 3 species in aqueous dissociation reaction: -1.0000 H2S(g) 1.0000 H+ 1.0000 HS- **** logK grid [T, P @ Miscellaneous parameters]=H2S(g) -8.0781 -7.9346 -7.9572 -8.0759 -8.2750 -8.5671 -9.0074 -9.8039 +-------------------------------------------------------------------- He(g) date last revised = 12/27/198 keys = gas refstate active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 1 element(s): 1.0000 He 2 species in aqueous dissociation reaction: -1.0000 He(g) 1.0000 He **** logK grid [T, P @ Miscellaneous parameters]=He(g) -3.3737 -3.4018 -3.2888 -3.1113 -2.8984 -2.6612 -2.3949 -2.0412 +-------------------------------------------------------------------- Kr(g) date last revised = 12/27/198 keys = gas refstate active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 1 element(s): 1.0000 Kr 2 species in aqueous dissociation reaction: -1.0000 Kr(g) 1.0000 Kr **** logK grid [T, P @ Miscellaneous parameters]=Kr(g) -2.3100 -2.7779 -2.9077 -2.8677 -2.7287 -2.5253 -2.2665 -1.8989 +-------------------------------------------------------------------- N2(g) date last revised = 12/27/198 keys = gas refstate active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 1 element(s): 2.0000 N 5 species in aqueous dissociation reaction: -1.0000 N2(g) -2.5000 O2(g) -1.0000 H2O 2.0000 H+ 2.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=N2(g) -0.7152 -4.4745 -7.5356 -10.1054 -12.3546 -14.4297 -16.5117 -19.0727 +-------------------------------------------------------------------- Ne(g) date last revised = 12/27/198 keys = gas refstate active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 1 element(s): 1.0000 Ne 2 species in aqueous dissociation reaction: -1.0000 Ne(g) 1.0000 Ne **** logK grid [T, P @ Miscellaneous parameters]=Ne(g) -3.2549 -3.3729 -3.3162 -3.1755 -2.9867 -2.7638 -2.5024 -2.1335 +-------------------------------------------------------------------- NH3(g) date last revised = 7/26/1989 keys = gas nan active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 2 element(s): 1.0000 N 3.0000 H 5 species in aqueous dissociation reaction: -1.0000 NH3(g) -2.0000 O2(g) 1.0000 H+ 1.0000 H2O 1.0000 NO3- **** logK grid [T, P @ Miscellaneous parameters]=NH3(g) 65.2378 52.0333 42.2861 34.7815 28.7943 23.8569 19.6229 15.6832 +-------------------------------------------------------------------- Rn(g) date last revised = 12/27/198 keys = gas refstate active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 1 element(s): 1.0000 Rn 2 species in aqueous dissociation reaction: -1.0000 Rn(g) 1.0000 Rn **** logK grid [T, P @ Miscellaneous parameters]=Rn(g) -1.6346 -2.2783 -2.4376 -2.3600 -2.1480 -1.8527 -1.4921 -1.0151 +-------------------------------------------------------------------- S2(g) date last revised = 12/27/198 keys = gas nan active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 1 element(s): 2.0000 S 5 species in aqueous dissociation reaction: -1.0000 S2(g) -2.0000 H2O 0.5000 SO4-2 1.5000 HS- 2.5000 H+ **** logK grid [T, P @ Miscellaneous parameters]=S2(g) -6.6787 -7.6992 -8.9055 -10.1781 -11.5217 -12.9970 -14.7638 -17.3440 +-------------------------------------------------------------------- SO2(g) date last revised = 12/27/198 keys = gas nan active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 2 element(s): 1.0000 S 2.0000 O 5 species in aqueous dissociation reaction: -1.0000 SO2(g) -1.0000 H2O -0.5000 O2(g) 1.0000 SO4-2 2.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=SO2(g) 41.4271 31.7876 24.3380 18.3553 13.3547 8.9888 4.9348 0.6588 +-------------------------------------------------------------------- Xe(g) date last revised = 12/27/198 keys = gas refstate active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 1 element(s): 1.0000 Xe 2 species in aqueous dissociation reaction: -1.0000 Xe(g) 1.0000 Xe **** logK grid [T, P @ Miscellaneous parameters]=Xe(g) -1.9892 -2.5752 -2.7615 -2.7555 -2.6373 -2.4429 -2.1744 -1.7328 +-------------------------------------------------------------------- CO(g) date last revised = 3/18/1993 keys = gas nan active charge = 0.0 V0PrTr = 24465.000 cm**3/mol (source = ideal gas law) 2 element(s): 1.0000 C 1.0000 O 5 species in aqueous dissociation reaction: -1.0000 CO(g) -1.0000 H2O -0.5000 O2(g) 1.0000 HCO3- 1.0000 H+ **** logK grid [T, P @ Miscellaneous parameters]=CO(g) 41.9154 33.2406 26.7294 21.6299 17.4840 13.9882 10.8987 7.8720 +-------------------------------------------------------------------- solid solutions +-------------------------------------------------------------------- PLAC EHO LDER 4 pl1-pl1 date last revised = 30-apr-2020 GMB keys = ss cubic maclaurin active 2 end members 1.0000 PLACEHOLDER1 1.0000 PLACEHOLDER2 type = 4 4 model parameters 7.404 5.200 0.086 4.078 0.000 0.086 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- biotite k(mg,fe)3alsi3o10(oh)2 date last revised = 16-May-90 keys = ss ideal active 2 components 1.0000 annite 1.0000 phlogopite type = 1 0 model parameters 1 site parameters 3.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- carbonate-calcite (ca,mn,zn,mg,fe,sr)co3 date last revised = 22-Dec-87 keys = ss ideal active 6 components 1.0000 calcite 1.0000 magnesite 1.0000 rhodochrosite 1.0000 siderite 1.0000 smithsonite 1.0000 strontianite type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- chlorite-ss (fe,mg)5al2si3o10(oh)8 date last revised = 15-Aug-88 keys = ss ideal active 2 components 1.0000 clinochlore,14a 1.0000 daphnite,14a type = 1 0 model parameters 1 site parameters 5.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- epidote-ss ca2(fe,al)al2si3o12(oh) date last revised = 16-Jul-90 keys = ss ideal active 2 components 1.0000 clinozoisite 1.0000 epidote type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- garnet-ss ca3(al,fe)2si3o12 date last revised = 25-Jan-88 keys = ss ideal active 2 components 1.0000 andradite 1.0000 grossular type = 1 0 model parameters 1 site parameters 2.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- olivine (fe,mg)2sio4 date last revised = 25-Jan-88 keys = ss regular active 2 components 1.0000 fayalite 1.0000 forsterite type = 3 1 model parameters 0.469 0.000 0.000 0.000 0.000 0.000 1 site parameters 2.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- ideal-olivine (fe,mg)2sio4 date last revised = 13-aug-93 TMM keys = ss ideal active 2 components 1.0000 fayalite 1.0000 forsterite type = 1 0 model parameters 1 site parameters 2.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- orthopyroxene (fe,mg)sio3 date last revised = 25-Jan-88 keys = ss ideal active 2 components 1.0000 enstatite 1.0000 ferrosilite type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- clinopyroxene ca(fe,mg)si2o6 date last revised = 13-aug-93 TMM keys = ss ideal active 2 components 1.0000 diopside 1.0000 hedenbergite type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- ca-amphib.-binary ca2(fe,mg)5si8o22(oh)2 date last revised = 2-feb-1994 TMM keys = ss ideal active 2 components 1.0000 tremolite 1.0000 ferrotremolite type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- amphib.-ternary (na)ca2(fe,mg,al)5(al,si)8o22(oh)2 date last revised = 2-feb-1994 TMM keys = ss ideal active 3 components 1.0000 tremolite 1.0000 ferrotremolite 1.0000 pargasite type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- trem-parg-binary (na)ca2mg3(mg,al)2(al,si)8o22(oh)2 date last revised = 2-feb-1994 TMM keys = ss ideal active 2 components 1.0000 tremolite 1.0000 pargasite type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- ideal-plagioclase caal2si2o8-naalsi3o8 date last revised = 24-Feb-92 keys = ss ideal active 2 components 1.0000 albite,high 1.0000 anorthite type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- plagioclase,low caal2si2o8-naalsi3o8 date last revised = 28-apr-1993 TMM keys = ss ideal active 2 components 1.0000 albite,low 1.0000 anorthite type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- plag.-cub.-mac. caal2si2o8-naalsi3o8 date last revised = 9-nov-1993 TMM keys = ss cubic maclaurin active 2 components 1.0000 albite,low 1.0000 anorthite type = 4 4 model parameters 6.746 0.000 0.000 2.025 0.000 0.000 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- sanidine-ss (k,na)alsi3o8 date last revised = 24-Feb-92 keys = ss ideal active 2 components 1.0000 albite,high 1.0000 sanidine,high type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- microcline-ss (k,na)alsi3o8 date last revised = 28-apr-1993 TMM keys = ss ideal active 2 components 1.0000 albite,low 1.0000 microcline,maximum type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- alk.-feldspar-ss (k,na)alsi3o8 date last revised = 13-may-1993 TMc keys = ss ideal active 2 components 1.0000 albite,low 1.0000 K-feldspar type = 1 0 model parameters 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- alk-feld-bin-mar (k,na)alsi3o8 date last revised = 16-jun-1993 TMc keys = ss regular active 2 components 1.0000 albite,low 1.0000 K-feldspar type = 4 3 model parameters 4.496 2.462 0.087 6.525 2.462 0.087 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- feld-bin-marg-2 kalsi3o8-naalsi3o8 date last revised = 10-nov-1993 TMM keys = ss cubic maclaurin active 2 components 1.0000 albite,low 1.0000 K-feldspar type = 4 4 model parameters 7.404 5.200 0.086 4.078 0.000 0.086 1 site parameters 1.000 0.000 0.000 0.000 0.000 0.000 +-------------------------------------------------------------------- references +-------------------------------------------------------------------- GB Note: placeholder elements and species were required to produce a working data0 file without real liquids, solids, or solid solutions. In this way, only aqueous and gaseous species are included. Placeholder element: pl Placeholder basis: plhold Placeholder solid: PLACEHOLDER1, PLACEHOLDER2 Placeholder liquid: PLACEHOLDER3 Placeholder solid solution: "PLAC EHO LDER 4" stop.