//
// This thermodynamic database in ORCHESTRA format was created by converting the PHREEQC database: M:\phreeqcdatabases\llnl.dat)
// This version provides  temperature depenent expressions for reaction "constants". 
// Hans Meeussen,  meeussen@nrg.eu 
// Thu Sep 23 16:29:26 CEST 2021
//

//#  $Id: llnl.dat 12758 2017-08-01 22:09:36Z dlpark $
//#Data are from 'thermo.com.V8.R6.230' prepared by Jim Johnson at
//#Lawrence Livermore National Laboratory, in Geochemist's Workbench
//#format. Converted to Phreeqc format by Greg Anderson with help from
//#David Parkhurst. A few organic species have been omitted.
//#Delta H of reaction calculated from Delta H of formations given in
//#thermo.com.V8.R6.230 (8 Mar 2000).
//#Note that species have various valid temperature ranges, noted in
//#the Range parameter. However, Phreeqc at present makes no use of
//#this parameter, so it is the user's responsibility to remain in the
//#valid temperature range for all the data used.
//#This version is relatively untested. Kindly send comments or
//#corrections to Greg Anderson at greg@geology.utoronto.ca.
//LLNL_AQUEOUS_MODEL_PARAMETERS
//-temperatures
//0.0100   25.0000   60.0000  100.0000
//150.0000  200.0000  250.0000  300.0000
//#debye huckel a (adh)
//-dh_a
//0.4939    0.5114    0.5465    0.5995
//0.6855    0.7994    0.9593    1.2180
//#debye huckel b (bdh)
//-dh_b
//0.3253    0.3288    0.3346    0.3421
//0.3525    0.3639    0.3766    0.3925
//-bdot
//0.0374    0.0410    0.0438    0.0460
//0.0470    0.0470    0.0340    0.0000
//#cco2   (coefficients for the Drummond (1981) polynomial)
//-co2_coefs
//-1.0312              0.0012806
//255.9                 0.4445
//-0.001606
//NAMED_EXPRESSIONS
//#
//# formation of O2 from H2O
//# 2H2O =  O2 + 4H+ + 4e-
//#
//Log_K_O2
//log_k      -85.9951
//-delta_H	559.543	kJ/mol	# Calculated enthalpy of reaction	O2
//#	Enthalpy of formation:	-2.9 kcal/mol
//-analytic   38.0229    7.99407E-03   -2.7655e+004  -1.4506e+001  199838.45
//#	Range:  0-300
@entity(Acetate, tot, 0)
@species(HAcetate,0)
@logKreaction(HAcetate, 0, 1, Acetate)
@entity(Ag, tot, 0)
@entity(Ag[+1], tot, 0)
@logKreaction(Ag[+1], 0, 1, Ag)
@logKreaction(Ag+, 0, 1, Ag[+1])
@entity(Ag[+2], tot, 0)
@species(Ag+2,2)
@logKreaction(Ag+2, 0, 1, Ag[+2])
@logKreaction((Ag[+2], "(( (1.0 / log(10)) * ((-12.1244 * log(10)) - (22976.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Ag, 0.25, O2, -0.5, H2O)
@entity(Al, tot, 0)
@species(Al+3,3)
@logKreaction(Al+3, 0, 1, Al)
@entity(Alkalinity, tot, 0)
@species(HCO3-,-1)
@logKreaction(HCO3-, 0, 1, Alkalinity)
@entity(Am, tot, 0)
@entity(Am[+2], tot, 0)
@species(Am+2,2)
@logKreaction(Am+2, 0, 1, Am[+2])
@logKreaction((Am[+2], "(( (1.0 / log(10)) * ((-60.3792 * log(10)) - (401953.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Am, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Am[+3], tot, 0)
@logKreaction(Am[+3], 0, 1, Am)
@logKreaction(Am+3, 0, 1, Am[+3])
@entity(Am[+4], tot, 0)
@species(Am+4,4)
@logKreaction(Am+4, 0, 1, Am[+4])
@logKreaction((Am[+4], "(( (1.0 / log(10)) * ((-22.7073 * log(10)) - (70814.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Am, 0.25, O2, -0.5, H2O)
@entity(Am[+5], tot, 0)
@species(AmO2+,1)
@logKreaction(AmO2+, 0, 1, Am[+5])
@logKreaction((Am[+5], "(( (1.0 / log(10)) * ((-15.384 * log(10)) - (104345.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Am, 0.5, O2, -2.0, H+)
@entity(Am[+6], tot, 0)
@species(AmO2+2,2)
@logKreaction(AmO2+2, 0, 1, Am[+6])
@logKreaction((Am[+6], "(( (1.0 / log(10)) * ((-20.862 * log(10)) - (117959.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Am, 0.75, O2, 0.5, H2O, -1.0, H+)
@entity(Ar_, tot, 0)
@species(Ar,0)
@logKreaction(Ar, 0, 1, Ar_)
@entity(As, tot, 0)
@entity(As[-3], tot, 0)
@species(AsH3,0)
@logKreaction(AsH3, 0, 1, As[-3])
@logKreaction((As[-3], "(( (1.0 / log(10)) * ((-155.1907 * log(10)) - (931183.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, As, 1.0, H+, -2.0, O2)
@entity(As[+3], tot, 0)
@species(H2AsO3-,-1)
@logKreaction(H2AsO3-, 0, 1, As[+3])
@logKreaction((As[+3], "(( (1.0 / log(10)) * ((-30.5349 * log(10)) - (188698.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, As, -0.5, O2)
@entity(As[+5], tot, 0)
@logKreaction(As[+5], 0, 1, As)
@logKreaction(H2AsO4-, 0, 1, As[+5])
@entity(Au, tot, 0)
@entity(Au[+1], tot, 0)
@logKreaction(Au[+1], 0, 1, Au)
@logKreaction(Au+, 0, 1, Au[+1])
@entity(Au[+3], tot, 0)
@species(Au+3,3)
@logKreaction(Au+3, 0, 1, Au[+3])
@logKreaction((Au[+3], "(( (1.0 / log(10)) * ((-4.3506 * log(10)) - (-73291.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Au, 0.5, O2, -1.0, H2O)
@entity(B, tot, 0)
@entity(B[+3], tot, 0)
@logKreaction(B[+3], 0, 1, B)
@logKreaction(B[OH]3, 0, 1, B[+3])
@entity(B[-5], tot, 0)
@species(BH4-,-1)
@logKreaction(BH4-, 0, 1, B[-5])
@logKreaction((B[-5], "(( (1.0 / log(10)) * ((-237.1028 * log(10)) - (1384240.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, B, -2.0, O2, -1.0, H+)
@entity(Ba, tot, 0)
@species(Ba+2,2)
@logKreaction(Ba+2, 0, 1, Ba)
@entity(Be, tot, 0)
@species(Be+2,2)
@logKreaction(Be+2, 0, 1, Be)
@entity(Br, tot, 0)
@entity(Br[-03], tot, 0)
@species(Br3-,-1)
@logKreaction(Br3-, 0, 1, Br[-03])
@logKreaction((Br[-03], "(( (1.0 / log(10)) * ((7.0696 * log(10)) - (-45676.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Br, 2.0, H+, 0.5, O2, -1.0, H2O)
@entity(Br[-1], tot, 0)
@logKreaction(Br[-1], 0, 1, Br)
@logKreaction(Br-, 0, 1, Br[-1])
@entity(Br[+0], tot, 0)
@species(Br2,0)
@logKreaction(Br2, 0, 1, Br[+0])
@logKreaction((Br[+0], "(( (1.0 / log(10)) * ((5.6834 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 2.0, Br, 0.5, O2, -1.0, H2O)
@entity(Br[+1], tot, 0)
@species(BrO-,-1)
@logKreaction(BrO-, 0, 1, Br[+1])
@logKreaction((Br[+1], "(( (1.0 / log(10)) * ((-10.9167 * log(10)) - (33430.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Br, 0.5, O2)
@entity(Br[+5], tot, 0)
@species(BrO3-,-1)
@logKreaction(BrO3-, 0, 1, Br[+5])
@logKreaction((Br[+5], "(( (1.0 / log(10)) * ((-17.1443 * log(10)) - (72634.20000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.5, O2, 1.0, Br)
@entity(Br[+7], tot, 0)
@species(BrO4-,-1)
@logKreaction(BrO4-, 0, 1, Br[+7])
@logKreaction((Br[+7], "(( (1.0 / log(10)) * ((-33.104 * log(10)) - (158741.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, O2, 1.0, Br)
@entity(C[-4], tot, 0)
@species(CH4,0)
@logKreaction(CH4, 0, 1, C[-4])
@logKreaction((C[-4], "(( (1.0 / log(10)) * ((-144.1412 * log(10)) - (863599.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, C, 1.0, H2O, -2.0, O2)
@entity(C[-3], tot, 0)
@species(C2H6,0)
@logKreaction(C2H6, 0, 1, C[-3])
@logKreaction((C[-3], "(( (1.0 / log(10)) * ((-228.6072 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 2.0, C, 1.0, H2O, -3.5, O2)
@entity(C[-2], tot, 0)
@species(C2H4,0)
@logKreaction(C2H4, 0, 1, C[-2])
@logKreaction((C[-2], "(( (1.0 / log(10)) * ((-254.5034 * log(10)) - (1446600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 2.0, C, -3.0, O2)
@entity(C, tot, 0)
@entity(C[+2], tot, 0)
@species(CO,0)
@logKreaction(CO, 0, 1, C[+2])
@logKreaction((C[+2], "(( (1.0 / log(10)) * ((-41.7002 * log(10)) - (277069.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, C, 1.0, H+, -1.0, H2O, -0.5, O2)
@entity(C[+4], tot, 0)
@logKreaction(C[+4], 0, 1, C)
@logKreaction(HCO3-, 0, 1, C[+4])
@entity(Ca, tot, 0)
@species(Ca+2,2)
@logKreaction(Ca+2, 0, 1, Ca)
@entity(Cyanide, tot, 0)
@species(Cyanide-,-1)
@logKreaction(Cyanide-, 0, 1, Cyanide)
@entity(Cd, tot, 0)
@species(Cd+2,2)
@logKreaction(Cd+2, 0, 1, Cd)
@entity(Ce, tot, 0)
@entity(Ce[+2], tot, 0)
@species(Ce+2,2)
@logKreaction(Ce+2, 0, 1, Ce[+2])
@logKreaction((Ce[+2], "(( (1.0 / log(10)) * ((-83.6754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ce, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Ce[+3], tot, 0)
@logKreaction(Ce[+3], 0, 1, Ce)
@logKreaction(Ce+3, 0, 1, Ce[+3])
@entity(Ce[+4], tot, 0)
@species(Ce+4,4)
@logKreaction(Ce+4, 0, 1, Ce[+4])
@logKreaction((Ce[+4], "(( (1.0 / log(10)) * ((-7.9154 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Ce, 0.25, O2, -0.5, H2O)
@entity(Cl, tot, 0)
@entity(Cl[-1], tot, 0)
@logKreaction(Cl[-1], 0, 1, Cl)
@logKreaction(Cl-, 0, 1, Cl[-1])
@entity(Cl[+1], tot, 0)
@species(ClO-,-1)
@logKreaction(ClO-, 0, 1, Cl[+1])
@logKreaction((Cl[+1], "(( (1.0 / log(10)) * ((-15.1014 * log(10)) - (66036.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl, 0.5, O2)
@entity(Cl[+3], tot, 0)
@species(ClO2-,-1)
@logKreaction(ClO2-, 0, 1, Cl[+3])
@logKreaction((Cl[+3], "(( (1.0 / log(10)) * ((-23.108 * log(10)) - (112688.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, O2, 1.0, Cl)
@entity(Cl[+5], tot, 0)
@species(ClO3-,-1)
@logKreaction(ClO3-, 0, 1, Cl[+5])
@logKreaction((Cl[+5], "(( (1.0 / log(10)) * ((-17.2608 * log(10)) - (81307.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.5, O2, 1.0, Cl)
@entity(Cl[+7], tot, 0)
@species(ClO4-,-1)
@logKreaction(ClO4-, 0, 1, Cl[+7])
@logKreaction((Cl[+7], "(( (1.0 / log(10)) * ((-15.7091 * log(10)) - (62019.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, O2, 1.0, Cl)
@entity(Co, tot, 0)
@entity(Co[+2], tot, 0)
@logKreaction(Co[+2], 0, 1, Co)
@logKreaction(Co+2, 0, 1, Co[+2])
@entity(Co[+3], tot, 0)
@species(Co+3,3)
@logKreaction(Co+3, 0, 1, Co[+3])
@logKreaction((Co[+3], "(( (1.0 / log(10)) * ((-11.4845 * log(10)) - (10319.800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Co, 0.25, O2, -0.5, H2O)
@entity(Cr, tot, 0)
@entity(Cr[+2], tot, 0)
@species(Cr+2,2)
@logKreaction(Cr+2, 0, 1, Cr[+2])
@logKreaction((Cr[+2], "(( (1.0 / log(10)) * ((-21.6373 * log(10)) - (153829.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H+, 1.0, Cr, -2.0, H2O, -1.0, O2)
@entity(Cr[+3], tot, 0)
@species(Cr+3,3)
@logKreaction(Cr+3, 0, 1, Cr[+3])
@logKreaction((Cr[+3], "(( (1.0 / log(10)) * ((8.3842 * log(10)) - (-81033.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, H+, 1.0, Cr, -2.5, H2O, -0.75, O2)
@entity(Cr[+5], tot, 0)
@species(CrO4-3,-3)
@logKreaction(CrO4-3, 0, 1, Cr[+5])
@logKreaction((Cr[+5], "(( (1.0 / log(10)) * ((-19.7709 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Cr, -1.0, H+, -0.25, O2)
@entity(Cr[+6], tot, 0)
@logKreaction(Cr[+6], 0, 1, Cr)
@logKreaction(CrO4-2, 0, 1, Cr[+6])
@entity(Cs, tot, 0)
@species(Cs+,1)
@logKreaction(Cs+, 0, 1, Cs)
@entity(Cu, tot, 0)
@entity(Cu[+1], tot, 0)
@species(Cu+1,1)
@logKreaction(Cu+1, 0, 1, Cu[+1])
// ******> did not find a reaction! for Cu+1
@entity(Cu[+2], tot, 0)
@logKreaction(Cu[+2], 0, 1, Cu)
@logKreaction(Cu+2, 0, 1, Cu[+2])
@entity(Dy, tot, 0)
@entity(Dy[+2], tot, 0)
@species(Dy+2,2)
@logKreaction(Dy+2, 0, 1, Dy[+2])
@logKreaction((Dy[+2], "(( (1.0 / log(10)) * ((-61.0754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Dy, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Dy[+3], tot, 0)
@logKreaction(Dy[+3], 0, 1, Dy)
@logKreaction(Dy+3, 0, 1, Dy[+3])
@entity(E, tot, 0)
@entity(e-, diss, 0)
@logKreaction(e-, 0, 1, E)
@entity(Er, tot, 0)
@entity(Er[+2], tot, 0)
@species(Er+2,2)
@logKreaction(Er+2, 0, 1, Er[+2])
@logKreaction((Er[+2], "(( (1.0 / log(10)) * ((-70.1754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Er, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Er[+3], tot, 0)
@logKreaction(Er[+3], 0, 1, Er)
@logKreaction(Er+3, 0, 1, Er[+3])
@entity(Ethylene_, tot, 0)
@species(Ethylene,0)
@logKreaction(Ethylene, 0, 1, Ethylene_)
@entity(Eu, tot, 0)
@entity(Eu[+2], tot, 0)
@species(Eu+2,2)
@logKreaction(Eu+2, 0, 1, Eu[+2])
@logKreaction((Eu[+2], "(( (1.0 / log(10)) * ((-27.5115 * log(10)) - (217708.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Eu[+3], tot, 0)
@logKreaction(Eu[+3], 0, 1, Eu)
@logKreaction(Eu+3, 0, 1, Eu[+3])
@entity(F, tot, 0)
@species(F-,-1)
@logKreaction(F-, 0, 1, F)
@entity(Fe, tot, 0)
@entity(Fe[+2], tot, 0)
@logKreaction(Fe[+2], 0, 1, Fe)
@logKreaction(Fe+2, 0, 1, Fe[+2])
@entity(Fe[+3], tot, 0)
@species(Fe+3,3)
@logKreaction(Fe+3, 0, 1, Fe[+3])
@logKreaction((Fe[+3], "(( (1.0 / log(10)) * ((8.4899 * log(10)) - (-97209.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Fe, 0.25, O2, -0.5, H2O)
@entity(Ga, tot, 0)
@species(Ga+3,3)
@logKreaction(Ga+3, 0, 1, Ga)
@entity(Gd, tot, 0)
@entity(Gd[+2], tot, 0)
@species(Gd+2,2)
@logKreaction(Gd+2, 0, 1, Gd[+2])
@logKreaction((Gd[+2], "(( (1.0 / log(10)) * ((-84.6754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Gd, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Gd[+3], tot, 0)
@logKreaction(Gd[+3], 0, 1, Gd)
@logKreaction(Gd+3, 0, 1, Gd[+3])
@entity(H, tot, 0)
@entity(H[+0], tot, 0)
@species(H2,0)
@logKreaction(H2, 0, 1, H[+0])
@logKreaction((H[+0], "(( (1.0 / log(10)) * ((-46.1066 * log(10)) - (275588.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, -0.5, O2)
@entity(H[+1], tot, 0)
@logKreaction(H[+1], 0, 1, H)
@logKreaction(H+, 0, 1, H[+1])
@entity(He_, tot, 0)
@species(He,0)
@logKreaction(He, 0, 1, He_)
@entity(Hf, tot, 0)
@species(Hf+4,4)
@logKreaction(Hf+4, 0, 1, Hf)
@entity(Hg, tot, 0)
@entity(Hg[+1], tot, 0)
@species(Hg2+2,2)
@logKreaction(Hg2+2, 0, 1, Hg[+1])
@logKreaction((Hg[+1], "(( (1.0 / log(10)) * ((-12.208 * log(10)) - (106261.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Hg, 1.0, H2O, -2.0, H+, -0.5, O2)
@entity(Hg[+2], tot, 0)
@logKreaction(Hg[+2], 0, 1, Hg)
@logKreaction(Hg+2, 0, 1, Hg[+2])
@entity(Ho, tot, 0)
@entity(Ho[+2], tot, 0)
@species(Ho+2,2)
@logKreaction(Ho+2, 0, 1, Ho[+2])
@logKreaction((Ho[+2], "(( (1.0 / log(10)) * ((-67.3754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Ho[+3], tot, 0)
@logKreaction(Ho[+3], 0, 1, Ho)
@logKreaction(Ho+3, 0, 1, Ho[+3])
@entity(I, tot, 0)
@entity(I[-03], tot, 0)
@species(I3-,-1)
@logKreaction(I3-, 0, 1, I[-03])
@logKreaction((I[-03], "(( (1.0 / log(10)) * ((24.7278 * log(10)) - (-160528.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, I, 2.0, H+, 0.5, O2, -1.0, H2O)
@entity(I[-1], tot, 0)
@logKreaction(I[-1], 0, 1, I)
@logKreaction(I-, 0, 1, I[-1])
@entity(I[+1], tot, 0)
@species(IO-,-1)
@logKreaction(IO-, 0, 1, I[+1])
@logKreaction((I[+1], "(( (1.0 / log(10)) * ((-0.9038 * log(10)) - (-44559.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, I, 0.5, O2)
@entity(I[+5], tot, 0)
@species(IO3-,-1)
@logKreaction(IO3-, 0, 1, I[+5])
@logKreaction((I[+5], "(( (1.0 / log(10)) * ((17.6809 * log(10)) - (-146231.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.5, O2, 1.0, I)
@entity(I[+7], tot, 0)
@species(IO4-,-1)
@logKreaction(IO4-, 0, 1, I[+7])
@logKreaction((I[+7], "(( (1.0 / log(10)) * ((6.9621 * log(10)) - (-70291.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, O2, 1.0, I)
@entity(In, tot, 0)
@species(In+3,3)
@logKreaction(In+3, 0, 1, In)
@entity(K, tot, 0)
@species(K+,1)
@logKreaction(K+, 0, 1, K)
@entity(Kr_, tot, 0)
@species(Kr,0)
@logKreaction(Kr, 0, 1, Kr_)
@entity(La, tot, 0)
@entity(La[+2], tot, 0)
@species(La+2,2)
@logKreaction(La+2, 0, 1, La[+2])
@logKreaction((La[+2], "(( (1.0 / log(10)) * ((-72.4754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(La[+3], tot, 0)
@logKreaction(La[+3], 0, 1, La)
@logKreaction(La+3, 0, 1, La[+3])
@entity(Li, tot, 0)
@species(Li+,1)
@logKreaction(Li+, 0, 1, Li)
@entity(Lu, tot, 0)
@species(Lu+3,3)
@logKreaction(Lu+3, 0, 1, Lu)
@entity(Mg, tot, 0)
@species(Mg+2,2)
@logKreaction(Mg+2, 0, 1, Mg)
@entity(Mn, tot, 0)
@entity(Mn[+2], tot, 0)
@logKreaction(Mn[+2], 0, 1, Mn)
@logKreaction(Mn+2, 0, 1, Mn[+2])
@entity(Mn[+3], tot, 0)
@species(Mn+3,3)
@logKreaction(Mn+3, 0, 1, Mn[+3])
@logKreaction((Mn[+3], "(( (1.0 / log(10)) * ((-4.0811 * log(10)) - (-65289.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn, 1.0, H+, 0.25, O2, -0.5, H2O)
@entity(Mn[+6], tot, 0)
@species(MnO4-2,-2)
@logKreaction(MnO4-2, 0, 1, Mn[+6])
@logKreaction((Mn[+6], "(( (1.0 / log(10)) * ((-32.4146 * log(10)) - (151703.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, O2, 1.0, Mn, -4.0, H+)
@entity(Mn[+7], tot, 0)
@species(MnO4-,-1)
@logKreaction(MnO4-, 0, 1, Mn[+7])
@logKreaction((Mn[+7], "(( (1.0 / log(10)) * ((-20.2963 * log(10)) - (123112.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.5, H2O, 1.25, O2, 1.0, Mn, -3.0, H+)
@entity(Mo, tot, 0)
@species(MoO4-2,-2)
@logKreaction(MoO4-2, 0, 1, Mo)
@entity(N, tot, 0)
@entity(N[-3], tot, 0)
@logKreaction(N[-3], 0, 1, N)
@logKreaction(NH3, 0, 1, N[-3])
@entity(N[-03], tot, 0)
@species(N3-,-1)
@logKreaction(N3-, 0, 1, N[-03])
@logKreaction((N[-03], "(( (1.0 / log(10)) * ((96.968 * log(10)) - (-599935.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, N, 2.0, O2, -4.0, H2O, -1.0, H+)
@entity(N[+0], tot, 0)
@species(N2,0)
@logKreaction(N2, 0, 1, N[+0])
@logKreaction((N[+0], "(( (1.0 / log(10)) * ((116.4609 * log(10)) - (-687080.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, N, 1.5, O2, -3.0, H2O)
@entity(N[+3], tot, 0)
@species(NO2-,-1)
@logKreaction(NO2-, 0, 1, N[+3])
@logKreaction((N[+3], "(( (1.0 / log(10)) * ((46.8653 * log(10)) - (-290901.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.5, O2, 1.0, N, -1.0, H+, -1.0, H2O)
@entity(N[+5], tot, 0)
@species(NO3-,-1)
@logKreaction(NO3-, 0, 1, N[+5])
@logKreaction((N[+5], "(( (1.0 / log(10)) * ((62.1001 * log(10)) - (-387045.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, O2, 1.0, N, -1.0, H+, -1.0, H2O)
@entity(Na, tot, 0)
@species(Na+,1)
@logKreaction(Na+, 0, 1, Na)
@entity(Nd, tot, 0)
@entity(Nd[+2], tot, 0)
@species(Nd+2,2)
@logKreaction(Nd+2, 0, 1, Nd[+2])
@logKreaction((Nd[+2], "(( (1.0 / log(10)) * ((-64.3754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Nd[+3], tot, 0)
@logKreaction(Nd[+3], 0, 1, Nd)
@logKreaction(Nd+3, 0, 1, Nd[+3])
@entity(Ne_, tot, 0)
@species(Ne,0)
@logKreaction(Ne, 0, 1, Ne_)
@entity(Ni, tot, 0)
@species(Ni+2,2)
@logKreaction(Ni+2, 0, 1, Ni)
@entity(Np, tot, 0)
@entity(Np[+3], tot, 0)
@species(Np+3,3)
@logKreaction(Np+3, 0, 1, Np[+3])
@logKreaction((Np[+3], "(( (1.0 / log(10)) * ((-19.0131 * log(10)) - (168787.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Np, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Np[+4], tot, 0)
@logKreaction(Np[+4], 0, 1, Np)
@logKreaction(Np+4, 0, 1, Np[+4])
@entity(Np[+5], tot, 0)
@species(NpO2+,1)
@logKreaction(NpO2+, 0, 1, Np[+5])
@logKreaction((Np[+5], "(( (1.0 / log(10)) * ((10.5928 * log(10)) - (9800.890000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.5, H2O, 1.0, Np, 0.25, O2, -3.0, H+)
@entity(Np[+6], tot, 0)
@species(NpO2+2,2)
@logKreaction(NpO2+2, 0, 1, Np[+6])
@logKreaction((Np[+6], "(( (1.0 / log(10)) * ((11.2107 * log(10)) - (-12571.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Np, 1.0, H2O, 0.5, O2, -2.0, H+)
@entity(O, tot, 0)
@entity(O[-2], tot, 0)
@logKreaction(O[-2], 0, 1, O)
@logKreaction(H2O, 0, 1, O[-2])
@entity(O[+0], tot, 0)
@species(O2,0)
@logKreaction(O2, 0, 1, O[+0])
@logKreaction((O[+0], "(( (1.0 / log(10)) * ((-85.9951 * log(10)) - (559543.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, O, -4.0, H+, -4.0, e-)
@entity(O_phthalate, tot, 0)
@species(O_phthalate-2,-2)
@logKreaction(O_phthalate-2, 0, 1, O_phthalate)
@entity(P, tot, 0)
@entity(P[-3], tot, 0)
@species(PH4+,1)
@logKreaction(PH4+, 0, 1, P[-3])
@logKreaction((P[-3], "(( (1.0 / log(10)) * ((-212.7409 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 1.0, P, -2.0, O2)
@entity(P[+5], tot, 0)
@logKreaction(P[+5], 0, 1, P)
@logKreaction(HPO4-2, 0, 1, P[+5])
@entity(Pb, tot, 0)
@entity(Pb[+2], tot, 0)
@logKreaction(Pb[+2], 0, 1, Pb)
@logKreaction(Pb+2, 0, 1, Pb[+2])
@entity(Pb[+4], tot, 0)
@species(Pb+4,4)
@logKreaction(Pb+4, 0, 1, Pb[+4])
@logKreaction((Pb[+4], "(( (1.0 / log(10)) * ((-14.1802 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Pb, 0.5, O2, -1.0, H2O)
@entity(Pd, tot, 0)
@species(Pd+2,2)
@logKreaction(Pd+2, 0, 1, Pd)
@entity(Pm, tot, 0)
@entity(Pm[+2], tot, 0)
@species(Pm+2,2)
@logKreaction(Pm+2, 0, 1, Pm[+2])
@logKreaction((Pm[+2], "(( (1.0 / log(10)) * ((-65.2754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Pm[+3], tot, 0)
@logKreaction(Pm[+3], 0, 1, Pm)
@logKreaction(Pm+3, 0, 1, Pm[+3])
@entity(Pr, tot, 0)
@entity(Pr[+2], tot, 0)
@species(Pr+2,2)
@logKreaction(Pr+2, 0, 1, Pr[+2])
@logKreaction((Pr[+2], "(( (1.0 / log(10)) * ((-79.9754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Pr[+3], tot, 0)
@logKreaction(Pr[+3], 0, 1, Pr)
@logKreaction(Pr+3, 0, 1, Pr[+3])
@entity(Pu, tot, 0)
@entity(Pu[+3], tot, 0)
@species(Pu+3,3)
@logKreaction(Pu+3, 0, 1, Pu[+3])
@logKreaction((Pu[+3], "(( (1.0 / log(10)) * ((-4.5071 * log(10)) - (84226.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Pu[+4], tot, 0)
@logKreaction(Pu[+4], 0, 1, Pu)
@logKreaction(Pu+4, 0, 1, Pu[+4])
@entity(Pu[+5], tot, 0)
@species(PuO2+,1)
@logKreaction(PuO2+, 0, 1, Pu[+5])
@logKreaction((Pu[+5], "(( (1.0 / log(10)) * ((2.9369 * log(10)) - (53500.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.5, H2O, 1.0, Pu, 0.25, O2, -3.0, H+)
@entity(Pu[+6], tot, 0)
@species(PuO2+2,2)
@logKreaction(PuO2+2, 0, 1, Pu[+6])
@logKreaction((Pu[+6], "(( (1.0 / log(10)) * ((8.1273 * log(10)) - (6220.13 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu, 1.0, H2O, 0.5, O2, -2.0, H+)
@entity(Ra, tot, 0)
@species(Ra+2,2)
@logKreaction(Ra+2, 0, 1, Ra)
@entity(Rb, tot, 0)
@species(Rb+,1)
@logKreaction(Rb+, 0, 1, Rb)
@entity(Re, tot, 0)
@species(ReO4-,-1)
@logKreaction(ReO4-, 0, 1, Re)
@entity(Rn_, tot, 0)
@species(Rn,0)
@logKreaction(Rn, 0, 1, Rn_)
@entity(Ru, tot, 0)
@entity(Ru[+2], tot, 0)
@species(Ru+2,2)
@logKreaction(Ru+2, 0, 1, Ru[+2])
@logKreaction((Ru[+2], "(( (1.0 / log(10)) * ((0.161 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H+, 1.0, Ru, -2.0, H2O, -1.0, O2)
@entity(Ru[+3], tot, 0)
@species(Ru+3,3)
@logKreaction(Ru+3, 0, 1, Ru[+3])
@logKreaction((Ru[+3], "(( (1.0 / log(10)) * ((17.6149 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, H+, 1.0, Ru, -2.5, H2O, -0.75, O2)
@entity(Ru[+4], tot, 0)
@species(Ru[OH]2+2,2)
@logKreaction(Ru[OH]2+2, 0, 1, Ru[+4])
@logKreaction((Ru[+4], "(( (1.0 / log(10)) * ((25.247 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H+, 1.0, Ru, -1.0, H2O, -0.5, O2)
@entity(Ru[+6], tot, 0)
@logKreaction(Ru[+6], 0, 1, Ru)
@logKreaction(RuO4-2, 0, 1, Ru[+6])
@entity(Ru[+7], tot, 0)
@species(RuO4-,-1)
@logKreaction(RuO4-, 0, 1, Ru[+7])
@logKreaction((Ru[+7], "(( (1.0 / log(10)) * ((11.6024 * log(10)) - (-16199.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru, 1.0, H+, 0.25, O2, -0.5, H2O)
@entity(Ru[+8], tot, 0)
@species(RuO4,0)
@logKreaction(RuO4, 0, 1, Ru[+8])
@logKreaction((Ru[+8], "(( (1.0 / log(10)) * ((16.2672 * log(10)) - (-60838.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Ru, 0.5, O2, -1.0, H2O)
@entity(S, tot, 0)
@entity(S[-2], tot, 0)
@species(HS-,-1)
@logKreaction(HS-, 0, 1, S[-2])
@logKreaction((S[-2], "(( (1.0 / log(10)) * ((-138.3169 * log(10)) - (869226.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, S, 1.0, H+, -2.0, O2)
@entity(S[+2], tot, 0)
@species(S2O3-2,-2)
@logKreaction(S2O3-2, 0, 1, S[+2])
@logKreaction((S[+2], "(( (1.0 / log(10)) * ((-40.2906 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 2.0 * ((( (1.0 / log(10)) * ((-46.6244 * log(10)) - (267985.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 2.0, H+, -2.0, O2, -1.0, H2O, 2.0, S)
@entity(S[+3], tot, 0)
@species(S2O4-2,-2)
@logKreaction(S2O4-2, 0, 1, S[+3])
@logKreaction((S[+3], "(( (1.0 / log(10)) * ((-25.2076 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 2.0 * ((( (1.0 / log(10)) * ((-46.6244 * log(10)) - (267985.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 2.0, H+, -1.5, O2, -1.0, H2O, 2.0, S)
@entity(S[+4], tot, 0)
@species(SO3-2,-2)
@logKreaction(SO3-2, 0, 1, S[+4])
@logKreaction((S[+4], "(( (1.0 / log(10)) * ((-46.6244 * log(10)) - (267985.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, S, -0.5, O2)
@entity(S[+5], tot, 0)
@species(S2O5-2,-2)
@logKreaction(S2O5-2, 0, 1, S[+5])
@logKreaction((S[+5], "(( (1.0 / log(10)) * ((9.5934 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 2.0 * ((( (1.0 / log(10)) * ((-46.6244 * log(10)) - (267985.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 2.0, H+, -1.0, H2O, 2.0, S, -1.0, O2)
@entity(S[+6], tot, 0)
@logKreaction(S[+6], 0, 1, S)
@logKreaction(SO4-2, 0, 1, S[+6])
@entity(S[+7], tot, 0)
@species(S2O8-2,-2)
@logKreaction(S2O8-2, 0, 1, S[+7])
@logKreaction((S[+7], "(( (1.0 / log(10)) * ((70.7489 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 2.0 * ((( (1.0 / log(10)) * ((-46.6244 * log(10)) - (267985.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 0.5, O2, 2.0, H+, -1.0, H2O, 2.0, S)
@entity(S[+8], tot, 0)
@species(HSO5-,-1)
@logKreaction(HSO5-, 0, 1, S[+8])
@logKreaction((S[+8], "(( (1.0 / log(10)) * ((-17.2865 * log(10)) - (140038.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, S, 1.0, H+, 0.5, O2)
@entity(Sb, tot, 0)
@species(Sb[OH]3,0)
@logKreaction(Sb[OH]3, 0, 1, Sb)
@entity(Sc, tot, 0)
@species(Sc+3,3)
@logKreaction(Sc+3, 0, 1, Sc)
@entity(Se, tot, 0)
@entity(Se[-2], tot, 0)
@species(HSe-,-1)
@logKreaction(HSe-, 0, 1, Se[-2])
@logKreaction((Se[-2], "(( (1.0 / log(10)) * ((-76.8418 * log(10)) - (506892.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Se, 1.0, H+, -1.5, O2)
@entity(Se[+4], tot, 0)
@logKreaction(Se[+4], 0, 1, Se)
@logKreaction(SeO3-2, 0, 1, Se[+4])
@entity(Se[+6], tot, 0)
@species(SeO4-2,-2)
@logKreaction(SeO4-2, 0, 1, Se[+6])
@logKreaction((Se[+6], "(( (1.0 / log(10)) * ((13.9836 * log(10)) - (-83889.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Se, 0.5, O2)
@entity(Si, tot, 0)
@species(SiO2,0)
@logKreaction(SiO2, 0, 1, Si)
@entity(Sm, tot, 0)
@entity(Sm[+2], tot, 0)
@species(Sm+2,2)
@logKreaction(Sm+2, 0, 1, Sm[+2])
@logKreaction((Sm[+2], "(( (1.0 / log(10)) * ((-47.9624 * log(10)) - (326911.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Sm[+3], tot, 0)
@logKreaction(Sm[+3], 0, 1, Sm)
@logKreaction(Sm+3, 0, 1, Sm[+3])
@entity(Sn, tot, 0)
@entity(Sn[+2], tot, 0)
@logKreaction(Sn[+2], 0, 1, Sn)
@logKreaction(Sn+2, 0, 1, Sn[+2])
@entity(Sn[+4], tot, 0)
@species(Sn+4,4)
@logKreaction(Sn+4, 0, 1, Sn[+4])
@logKreaction((Sn[+4], "(( (1.0 / log(10)) * ((37.702 * log(10)) - (-240739.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Sn, 0.5, O2, -1.0, H2O)
@entity(Sr, tot, 0)
@species(Sr+2,2)
@logKreaction(Sr+2, 0, 1, Sr)
@entity(Tb, tot, 0)
@entity(Tb[+2], tot, 0)
@species(Tb+2,2)
@logKreaction(Tb+2, 0, 1, Tb[+2])
@logKreaction((Tb[+2], "(( (1.0 / log(10)) * ((-78.7754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Tb[+3], tot, 0)
@logKreaction(Tb[+3], 0, 1, Tb)
@logKreaction(Tb+3, 0, 1, Tb[+3])
@entity(Tc, tot, 0)
@entity(Tc[+3], tot, 0)
@species(Tc+3,3)
@logKreaction(Tc+3, 0, 1, Tc[+3])
@logKreaction((Tc[+3], "(( (1.0 / log(10)) * ((-47.614 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H+, 1.0, Tc, -2.0, H2O, -1.0, O2)
@entity(Tc[+4], tot, 0)
@species(TcO+2,2)
@logKreaction(TcO+2, 0, 1, Tc[+4])
@logKreaction((Tc[+4], "(( (1.0 / log(10)) * ((-31.5059 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 1.0, Tc, -1.5, H2O, -0.75, O2)
@entity(Tc[+5], tot, 0)
@species(TcO4-3,-3)
@logKreaction(TcO4-3, 0, 1, Tc[+5])
@logKreaction((Tc[+5], "(( (1.0 / log(10)) * ((-63.2889 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tc, 1.0, H2O, -2.0, H+, -0.5, O2)
@entity(Tc[+6], tot, 0)
@species(TcO4-2,-2)
@logKreaction(TcO4-2, 0, 1, Tc[+6])
@logKreaction((Tc[+6], "(( (1.0 / log(10)) * ((-31.8197 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tc, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Tc[+7], tot, 0)
@logKreaction(Tc[+7], 0, 1, Tc)
@logKreaction(TcO4-, 0, 1, Tc[+7])
@entity(Thiocyanate, tot, 0)
@species(Thiocyanate-,-1)
@logKreaction(Thiocyanate-, 0, 1, Thiocyanate)
@entity(Th, tot, 0)
@species(Th+4,4)
@logKreaction(Th+4, 0, 1, Th)
@entity(Ti, tot, 0)
@species(Ti[OH]4,0)
@logKreaction(Ti[OH]4, 0, 1, Ti)
@entity(Tl, tot, 0)
@entity(Tl[+1], tot, 0)
@logKreaction(Tl[+1], 0, 1, Tl)
@logKreaction(Tl+, 0, 1, Tl[+1])
@entity(Tl[+3], tot, 0)
@species(Tl+3,3)
@logKreaction(Tl+3, 0, 1, Tl[+3])
@logKreaction((Tl[+3], "(( (1.0 / log(10)) * ((-0.2751 * log(10)) - (-88479.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Tl, 0.5, O2, -1.0, H2O)
@entity(Tm, tot, 0)
@entity(Tm[+2], tot, 0)
@species(Tm+2,2)
@logKreaction(Tm+2, 0, 1, Tm[+2])
@logKreaction((Tm[+2], "(( (1.0 / log(10)) * ((-58.3754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Tm[+3], tot, 0)
@logKreaction(Tm[+3], 0, 1, Tm)
@logKreaction(Tm+3, 0, 1, Tm[+3])
@entity(U, tot, 0)
@entity(U[+3], tot, 0)
@species(U+3,3)
@logKreaction(U+3, 0, 1, U[+3])
@logKreaction((U[+3], "(( (1.0 / log(10)) * ((-64.8028 * log(10)) - (377881.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U, 1.0, H+, -0.75, O2, -0.5, H2O)
@entity(U[+4], tot, 0)
@species(U+4,4)
@logKreaction(U+4, 0, 1, U[+4])
@logKreaction((U[+4], "(( (1.0 / log(10)) * ((-33.9491 * log(10)) - (135895.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, U, -1.0, H2O, -0.5, O2)
@entity(U[+5], tot, 0)
@species(UO2+,1)
@logKreaction(UO2+, 0, 1, U[+5])
@logKreaction((U[+5], "(( (1.0 / log(10)) * ((-20.0169 * log(10)) - (133759.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(U[+6], tot, 0)
@logKreaction(U[+6], 0, 1, U)
@logKreaction(UO2+2, 0, 1, U[+6])
@entity(V, tot, 0)
@entity(V[+3], tot, 0)
@species(V+3,3)
@logKreaction(V+3, 0, 1, V[+3])
@logKreaction((V[+3], "(( (1.0 / log(10)) * ((-15.7191 * log(10)) - (79606.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V, 1.0, H+, -0.5, H2O, -0.25, O2)
@entity(V[+4], tot, 0)
@logKreaction(V[+4], 0, 1, V)
@logKreaction(VO+2, 0, 1, V[+4])
@entity(V[+5], tot, 0)
@species(VO2+,1)
@logKreaction(VO2+, 0, 1, V[+5])
@logKreaction((V[+5], "(( (1.0 / log(10)) * ((4.5774 * log(10)) - (-17223.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V, 0.5, H2O, 0.25, O2, -1.0, H+)
@entity(W, tot, 0)
@species(WO4-2,-2)
@logKreaction(WO4-2, 0, 1, W)
@entity(Xe_, tot, 0)
@species(Xe,0)
@logKreaction(Xe, 0, 1, Xe_)
@entity(Y, tot, 0)
@species(Y+3,3)
@logKreaction(Y+3, 0, 1, Y)
@entity(Yb, tot, 0)
@entity(Yb[+2], tot, 0)
@species(Yb+2,2)
@logKreaction(Yb+2, 0, 1, Yb[+2])
@logKreaction((Yb[+2], "(( (1.0 / log(10)) * ((-39.4595 * log(10)) - (280050.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb, 0.5, H2O, -1.0, H+, -0.25, O2)
@entity(Yb[+3], tot, 0)
@logKreaction(Yb[+3], 0, 1, Yb)
@logKreaction(Yb+3, 0, 1, Yb[+3])
@entity(Zn, tot, 0)
@species(Zn+2,2)
@logKreaction(Zn+2, 0, 1, Zn)
@entity(Zr, tot, 0)
@species(Zr[OH]2+2,2)
@logKreaction(Zr[OH]2+2, 0, 1, Zr)
@species(HAcetate,0)
@species(Ag+,1)
@species(Al+3,3)
@species(Am+3,3)
@species(Ar,0)
@species(Au+,1)
@species(B[OH]3,0)
@species(Ba+2,2)
@species(Be+2,2)
@species(Br-,-1)
@species(Ca+2,2)
@species(Cd+2,2)
@species(Ce+3,3)
@species(Cl-,-1)
@species(Co+2,2)
@species(CrO4-2,-2)
@species(Cs+,1)
@species(Cu+2,2)
@species(Dy+3,3)
@entity(e-, diss, 0)
@species(Er+3,3)
@species(Ethylene,0)
@species(Eu+3,3)
@species(F-,-1)
@species(Fe+2,2)
@species(Ga+3,3)
@species(Gd+3,3)
@species(H+,1)
@species(He,0)
@species(H2AsO4-,-1)
@species(HCO3-,-1)
@species(HPO4-2,-2)
@species(Hf+4,4)
@species(Hg+2,2)
@species(Ho+3,3)
@species(I-,-1)
@species(In+3,3)
@species(K+,1)
@species(Kr,0)
@species(La+3,3)
@species(Li+,1)
@species(Lu+3,3)
@species(Mg+2,2)
@species(Mn+2,2)
@species(MoO4-2,-2)
@species(NH3,0)
@species(Na+,1)
@species(Nd+3,3)
@species(Ne,0)
@species(Ni+2,2)
@species(Np+4,4)
@entity(H2O, liter, 55.6)
@species(O_phthalate-2,-2)
@species(Pb+2,2)
@species(Pd+2,2)
@species(Pm+3,3)
@species(Pr+3,3)
@species(Pu+4,4)
@species(Ra+2,2)
@species(Rb+,1)
@species(ReO4-,-1)
@species(Rn,0)
@species(RuO4-2,-2)
@species(SO4-2,-2)
@species(Sb[OH]3,0)
@species(Sc+3,3)
@species(SeO3-2,-2)
@species(SiO2,0)
@species(Sm+3,3)
@species(Sn+2,2)
@species(Sr+2,2)
@species(Tb+3,3)
@species(TcO4-,-1)
@species(Th+4,4)
@species(Ti[OH]4,0)
@species(Tl+,1)
@species(Tm+3,3)
@species(UO2+2,2)
@species(VO+2,2)
@species(WO4-2,-2)
@species(Xe,0)
@species(Y+3,3)
@species(Yb+3,3)
@species(Zn+2,2)
@species(Zr[OH]2+2,2)
@species(O2,0)
@species(HS-,-1)
@species(S2-2,-2)
@logKreaction(S2-2, "(( (1.0 / log(10)) * ((33.2673 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, O2, 2.0, HS-, -1.0, H2O)
@species(S2O3-2,-2)
@species(Ag+2,2)
@species(Am+2,2)
@species(Am+4,4)
@species(AmO2+,1)
@species(AmO2+2,2)
@species(AsH3,0)
@species(Au+3,3)
@species(BH4-,-1)
@species(Br3-,-1)
@species(BrO-,-1)
@species(BrO3-,-1)
@species(BrO4-,-1)
@species(Cyanide-,-1)
@species(CH4,0)
@species(C2H6,0)
@species(C2H4,0)
@species(CO,0)
@species(Ce+2,2)
@species(Ce+4,4)
@species(ClO-,-1)
@species(ClO2-,-1)
@species(ClO3-,-1)
@species(ClO4-,-1)
@species(Co+3,3)
@species(Cr+2,2)
@species(Cr+3,3)
@species(CrO4-3,-3)
@species(Cu+,1)
@logKreaction(Cu+, "(( (1.0 / log(10)) * ((-18.7704 * log(10)) - (145877.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 0.5, H2O, -1.0, H+, -0.25, O2)
@species(Dy+2,2)
@species(Er+2,2)
@species(Eu+2,2)
@species(Fe+3,3)
@species(Gd+2,2)
@species(H2,0)
@species(H2AsO3-,-1)
@species(HSO5-,-1)
@species(HSe-,-1)
@species(Hg2+2,2)
@species(Ho+2,2)
@species(I3-,-1)
@species(IO-,-1)
@species(IO3-,-1)
@species(IO4-,-1)
@species(La+2,2)
@species(Mn+3,3)
@species(MnO4-2,-2)
@species(N2,0)
@species(N3-,-1)
@species(NO2-,-1)
@species(NO3-,-1)
@species(Nd+2,2)
@species(Np+3,3)
@species(NpO2+,1)
@species(NpO2+2,2)
@species(Pb+4,4)
@species(Pm+2,2)
@species(Pr+2,2)
@species(Pu+3,3)
@species(PuO2+,1)
@species(PuO2+2,2)
@species(Ru[OH]2+2,2)
@species(Ru+2,2)
@species(Ru+3,3)
@species(RuO4,0)
@species(RuO4-,-1)
@species(S2O4-2,-2)
@species(S2O6-2,-2)
@logKreaction(S2O6-2, "(( (1.0 / log(10)) * ((41.8289 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO3-2, -2.0, e-)
@species(S2O8-2,-2)
@species(S3-2,-2)
@logKreaction(S3-2, "(( (1.0 / log(10)) * ((79.3915 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, O2, 1.0, H+, 3.0, HS-, -2.0, H2O)
@species(S3O6-2,-2)
@logKreaction(S3O6-2, "(( (1.0 / log(10)) * ((-6.2316 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, SO3-2, 6.0, H+, 2.0, e-, -3.0, H2O)
@species(S4-2,-2)
@logKreaction(S4-2, "(( (1.0 / log(10)) * ((125.2958 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.5, O2, 2.0, H+, 4.0, HS-, -3.0, H2O)
@species(S4O6-2,-2)
@logKreaction(S4O6-2, "(( (1.0 / log(10)) * ((-38.3859 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, SO3-2, 12.0, H+, 6.0, e-, -6.0, H2O)
@species(S5-2,-2)
@logKreaction(S5-2, "(( (1.0 / log(10)) * ((170.9802 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, O2, 3.0, H+, 5.0, HS-, -4.0, H2O)
@species(S5O6-2,-2)
@logKreaction(S5O6-2, "(( (1.0 / log(10)) * ((-99.4206 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, SO3-2, 18.0, H+, 10.0, e-, -9.0, H2O)
@species(Thiocyanate-,-1)
@species(SO3-2,-2)
@species(Se-2,-2)
@logKreaction(Se-2, "(( (1.0 / log(10)) * ((-14.9534 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HSe-, -1.0, H+)
@species(SeO4-2,-2)
@species(Sm+2,2)
@species(Sn+4,4)
@species(Tb+2,2)
@species(Tc+3,3)
@species(TcO+2,2)
@species(TcO4-2,-2)
@species(TcO4-3,-3)
@species(Tl+3,3)
@species(Tm+2,2)
@species(U+3,3)
@species(U+4,4)
@species(UO2+,1)
@species(V+3,3)
@species(VO2+,1)
@species(VO4-3,-3)
@logKreaction(VO4-3, "(( (1.0 / log(10)) * ((-28.4475 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 2.0, H2O, -4.0, H+)
@species(Yb+2,2)
@species(Zr+4,4)
@logKreaction(Zr+4, "(( (1.0 / log(10)) * ((0.2385 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Zr[OH]2+2, -2.0, H2O)
@species([NH4]2Sb2S4,0)
@logKreaction([NH4]2Sb2S4, "(( (1.0 / log(10)) * ((67.649 * log(10)) - (-424665.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, HS-, 4.0, H+, 2.0, Sb[OH]3, 2.0, NH3, -6.0, H2O)
@species([NpO2]2[OH]2+2,2)
@logKreaction([NpO2]2[OH]2+2, "(( (1.0 / log(10)) * ((-6.4 * log(10)) - (45439.700000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NpO2+2, 2.0, H2O, -2.0, H+)
@species([NpO2]3[OH]5+,1)
@logKreaction([NpO2]3[OH]5+, "(( (1.0 / log(10)) * ((-17.5 * log(10)) - (112322.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, H2O, 3.0, NpO2+2, -5.0, H+)
@species([PuO2]2[OH]2+2,2)
@logKreaction([PuO2]2[OH]2+2, "(( (1.0 / log(10)) * ((-8.2626 * log(10)) - (57859.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, PuO2+2, 2.0, H2O, -2.0, H+)
@species([PuO2]3[OH]5+,1)
@logKreaction([PuO2]3[OH]5+, "(( (1.0 / log(10)) * ((-21.655 * log(10)) - (139617.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, H2O, 3.0, PuO2+2, -5.0, H+)
@species([TcO[OH]2]2,0)
@logKreaction([TcO[OH]2]2, "(( (1.0 / log(10)) * ((-0.1271 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 2.0, TcO+2, -4.0, H+)
@species([UO2]11[CO3]6[OH]12-2,-2)
@logKreaction([UO2]11[CO3]6[OH]12-2, "(( (1.0 / log(10)) * ((-25.7347 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 12.0, H2O, 11.0, UO2+2, 6.0, HCO3-, -18.0, H+)
@species([UO2]2[OH]2+2,2)
@logKreaction([UO2]2[OH]2+2, "(( (1.0 / log(10)) * ((-5.6346 * log(10)) - (37612.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 2.0, H2O, -2.0, H+)
@species([UO2]2CO3[OH]3-,-1)
@logKreaction([UO2]2CO3[OH]3-, "(( (1.0 / log(10)) * ((-11.2229 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 2.0, UO2+2, 1.0, HCO3-, -4.0, H+)
@species([UO2]2OH+3,3)
@logKreaction([UO2]2OH+3, "(( (1.0 / log(10)) * ((-2.7072 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 1.0, H2O, -1.0, H+)
@species([UO2]3[CO3]6-6,-6)
@logKreaction([UO2]3[CO3]6-6, "(( (1.0 / log(10)) * ((-8.0601 * log(10)) - (25520.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 6.0, HCO3-, 3.0, UO2+2, -6.0, H+)
@species([UO2]3[OH]4+2,2)
@logKreaction([UO2]3[OH]4+2, "(( (1.0 / log(10)) * ((-11.929 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 3.0, UO2+2, -4.0, H+)
@species([UO2]3[OH]5+,1)
@logKreaction([UO2]3[OH]5+, "(( (1.0 / log(10)) * ((-15.5862 * log(10)) - (97105.59999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, H2O, 3.0, UO2+2, -5.0, H+)
@species([UO2]3[OH]5CO2+,1)
@logKreaction([UO2]3[OH]5CO2+, "(( (1.0 / log(10)) * ((-9.6194 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 3.0, UO2+2, 1.0, HCO3-, -4.0, H+)
@species([UO2]3[OH]7-,-1)
@logKreaction([UO2]3[OH]7-, "(( (1.0 / log(10)) * ((-31.0508 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 7.0, H2O, 3.0, UO2+2, -7.0, H+)
@species([UO2]3O[OH]2[HCO3]+,1)
@logKreaction([UO2]3O[OH]2[HCO3]+, "(( (1.0 / log(10)) * ((-9.7129 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, UO2+2, 3.0, H2O, 1.0, HCO3-, -4.0, H+)
@species([UO2]4[OH]7+,1)
@logKreaction([UO2]4[OH]7+, "(( (1.0 / log(10)) * ((-21.9508 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 7.0, H2O, 4.0, UO2+2, -7.0, H+)
@species([VO]2[OH]2+2,2)
@logKreaction([VO]2[OH]2+2, "(( (1.0 / log(10)) * ((-6.67 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, VO+2, 2.0, H2O, -2.0, H+)
@species(Acetate-,-1)
@logKreaction(Acetate-, "(( (1.0 / log(10)) * ((-4.7572 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HAcetate, -1.0, H+)
@species(Ag[Acetate]2-,-1)
@logKreaction(Ag[Acetate]2-, "(( (1.0 / log(10)) * ((-8.8716 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Ag+, -2.0, H+)
@species(Ag[CO3]2-3,-3)
@logKreaction(Ag[CO3]2-3, "(( (1.0 / log(10)) * ((-18.5062 * log(10)) - (1343.06 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Ag+, -2.0, H+)
@species(AgAcetate,0)
@logKreaction(AgAcetate, "(( (1.0 / log(10)) * ((-4.0264 * log(10)) - (-3451.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, HAcetate, -1.0, H+)
@species(AgCO3-,-1)
@logKreaction(AgCO3-, "(( (1.0 / log(10)) * ((-7.6416 * log(10)) - (-8271.77 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Ag+, -1.0, H+)
@species(AgCl,0)
@logKreaction(AgCl, "(( (1.0 / log(10)) * ((3.2971 * log(10)) - (-15112.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, Ag+)
@species(AgCl2-,-1)
@logKreaction(AgCl2-, "(( (1.0 / log(10)) * ((5.2989 * log(10)) - (-27359.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Ag+)
@species(AgCl3-2,-2)
@logKreaction(AgCl3-2, "(( (1.0 / log(10)) * ((5.131 * log(10)) - (-47764.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Ag+)
@species(AgCl4-3,-3)
@logKreaction(AgCl4-3, "(( (1.0 / log(10)) * ((3.805 * log(10)) - (-32480.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Ag+)
@species(AgF,0)
@logKreaction(AgF, "(( (1.0 / log(10)) * ((-0.1668 * log(10)) - (-9298.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Ag+)
@species(AgNO3,0)
@logKreaction(AgNO3, "(( (1.0 / log(10)) * ((-0.1979 * log(10)) - (4451.780000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Ag+)
@species(Al[Acetate]2+,1)
@logKreaction(Al[Acetate]2+, "(( (1.0 / log(10)) * ((-5.595 * log(10)) - (-46856.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Al+3, -2.0, H+)
@species(Al[OH]2+,1)
@logKreaction(Al[OH]2+, "(( (1.0 / log(10)) * ((-10.5945 * log(10)) - (98282.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Al+3, -2.0, H+)
@species(Al[SO4]2-,-1)
@logKreaction(Al[SO4]2-, "(( (1.0 / log(10)) * ((4.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Al+3)
@species(Al13O4[OH]24+7,7)
@logKreaction(Al13O4[OH]24+7, "(( (1.0 / log(10)) * ((-98.73 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 28.0, H2O, 13.0, Al+3, -32.0, H+)
@species(Al2[OH]2+4,4)
@logKreaction(Al2[OH]2+4, "(( (1.0 / log(10)) * ((-7.6902 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 2.0, Al+3, -2.0, H+)
@species(Al3[OH]4+5,5)
@logKreaction(Al3[OH]4+5, "(( (1.0 / log(10)) * ((-13.8803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 3.0, Al+3, -4.0, H+)
@species(AlAcetate+2,2)
@logKreaction(AlAcetate+2, "(( (1.0 / log(10)) * ((-2.6923 * log(10)) - (-18196.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, HAcetate, -1.0, H+)
@species(AlF+2,2)
@logKreaction(AlF+2, "(( (1.0 / log(10)) * ((7.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Al+3)
@species(AlF2+,1)
@logKreaction(AlF2+, "(( (1.0 / log(10)) * ((12.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Al+3)
@species(AlF3,0)
@logKreaction(AlF3, "(( (1.0 / log(10)) * ((16.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Al+3)
@species(AlF4-,-1)
@logKreaction(AlF4-, "(( (1.0 / log(10)) * ((19.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Al+3)
@species(AlH2PO4+2,2)
@logKreaction(AlH2PO4+2, "(( (1.0 / log(10)) * ((3.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Al+3)
@species(AlHPO4+,1)
@logKreaction(AlHPO4+, "(( (1.0 / log(10)) * ((7.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Al+3)
@species(AlO2-,-1)
@logKreaction(AlO2-, "(( (1.0 / log(10)) * ((-22.8833 * log(10)) - (180899.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Al+3, -4.0, H+)
@species(AlOH+2,2)
@logKreaction(AlOH+2, "(( (1.0 / log(10)) * ((-4.9571 * log(10)) - (49798.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Al+3, -1.0, H+)
@species(AlSO4+,1)
@logKreaction(AlSO4+, "(( (1.0 / log(10)) * ((3.01 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Al+3)
@species(Am[CO3]2-,-1)
@logKreaction(Am[CO3]2-, "(( (1.0 / log(10)) * ((-8.3868 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Am+3, -2.0, H+)
@species(Am[CO3]3-3,-3)
@logKreaction(Am[CO3]3-3, "(( (1.0 / log(10)) * ((-15.8302 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HCO3-, 1.0, Am+3, -3.0, H+)
@species(Am[CO3]5-6,-6)
@logKreaction(Am[CO3]5-6, "(( (1.0 / log(10)) * ((-12.409 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, HCO3-, 1.0, Am+4, -5.0, H+)
@species(Am[OH]2+,1)
@logKreaction(Am[OH]2+, "(( (1.0 / log(10)) * ((-14.1145 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Am+3, -2.0, H+)
@species(Am[OH]3,0)
@logKreaction(Am[OH]3, "(( (1.0 / log(10)) * ((-25.7218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Am+3, -3.0, H+)
@species(Am[SO4]2-,-1)
@logKreaction(Am[SO4]2-, "(( (1.0 / log(10)) * ((5.2407 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Am+3)
@species(AmCO3+,1)
@logKreaction(AmCO3+, "(( (1.0 / log(10)) * ((-2.5434 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Am+3, -1.0, H+)
@species(AmCl+2,2)
@logKreaction(AmCl+2, "(( (1.0 / log(10)) * ((1.0374 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, Am+3)
@species(AmF+2,2)
@logKreaction(AmF+2, "(( (1.0 / log(10)) * ((3.3601 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Am+3)
@species(AmF2+,1)
@logKreaction(AmF2+, "(( (1.0 / log(10)) * ((5.7204 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Am+3)
@species(AmH2PO4+2,2)
@logKreaction(AmH2PO4+2, "(( (1.0 / log(10)) * ((11.4119 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Am+3)
@species(AmN3+2,2)
@logKreaction(AmN3+2, "(( (1.0 / log(10)) * ((1.6699 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, N3-, 1.0, Am+3)
@species(AmNO3+2,2)
@logKreaction(AmNO3+2, "(( (1.0 / log(10)) * ((1.3104 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Am+3)
@species(AmOH+2,2)
@logKreaction(AmOH+2, "(( (1.0 / log(10)) * ((-6.4072 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Am+3, -1.0, H+)
@species(AmSO4+,1)
@logKreaction(AmSO4+, "(( (1.0 / log(10)) * ((3.7703 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Am+3)
@species(As[OH]3,0)
@logKreaction(As[OH]3, "(( (1.0 / log(10)) * ((9.2048 * log(10)) - (-27405.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2AsO3-, 1.0, H+)
@species(AsO2-,-1)
@logKreaction(AsO2-, "(( (1.0 / log(10)) * ((0.0111 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2AsO3-, -1.0, H2O)
@species(AsO2OH-2,-2)
@logKreaction(AsO2OH-2, "(( (1.0 / log(10)) * ((-11.0171 * log(10)) - (25514.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2AsO3-, -1.0, H+)
@species(AsO3F-2,-2)
@logKreaction(AsO3F-2, "(( (1.0 / log(10)) * ((40.2451 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2AsO4-, 1.0, F-, -1.0, H2O)
@species(AsO4-3,-3)
@logKreaction(AsO4-3, "(( (1.0 / log(10)) * ((-18.3604 * log(10)) - (21419.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2AsO4-, -2.0, H+)
@species(Au[Acetate]2-,-1)
@logKreaction(Au[Acetate]2-, "(( (1.0 / log(10)) * ((-9.0013 * log(10)) - (-8911.92 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Au+, -2.0, H+)
@species(AuAcetate,0)
@logKreaction(AuAcetate, "(( (1.0 / log(10)) * ((-4.3174 * log(10)) - (878.64 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Au+, 1.0, HAcetate, -1.0, H+)
@species(B2O[OH]5-,-1)
@logKreaction(B2O[OH]5-, "(( (1.0 / log(10)) * ((-18.6851 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, B[OH]3, -1.0, H+)
@species(BF2[OH]2-,-1)
@logKreaction(BF2[OH]2-, "(( (1.0 / log(10)) * ((6.6174 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, H+, 1.0, B[OH]3, -1.0, H2O)
@species(BF3OH-,-1)
@logKreaction(BF3OH-, "(( (1.0 / log(10)) * ((13.1908 * log(10)) - (-178577.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 2.0, H+, 1.0, B[OH]3, -2.0, H2O)
@species(BF4-,-1)
@logKreaction(BF4-, "(( (1.0 / log(10)) * ((18.0049 * log(10)) - (-16447.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 3.0, H+, 1.0, B[OH]3, -3.0, H2O)
@species(BO2-,-1)
@logKreaction(BO2-, "(( (1.0 / log(10)) * ((-9.2449 * log(10)) - (16330.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, B[OH]3, -1.0, H+, -1.0, H2O)
@species(Ba[Acetate]2,0)
@logKreaction(Ba[Acetate]2, "(( (1.0 / log(10)) * ((-8.0118 * log(10)) - (11255.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Ba+2, -2.0, H+)
@species(Ba[O_phthalate],0)
@logKreaction(Ba[O_phthalate], "(( (1.0 / log(10)) * ((2.33 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, O_phthalate-2, 1.0, Ba+2)
@species(BaB[OH]4+,1)
@logKreaction(BaB[OH]4+, "(( (1.0 / log(10)) * ((-7.8012 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Ba+2, 1.0, B[OH]3, -1.0, H+)
@species(BaAcetate+,1)
@logKreaction(BaAcetate+, "(( (1.0 / log(10)) * ((-3.7677 * log(10)) - (7322.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, HAcetate, -1.0, H+)
@species(BaCO3,0)
@logKreaction(BaCO3, "(( (1.0 / log(10)) * ((-7.6834 * log(10)) - (31580.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Ba+2, -1.0, H+)
@species(BaCl+,1)
@logKreaction(BaCl+, "(( (1.0 / log(10)) * ((-0.4977 * log(10)) - (11142.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, Ba+2)
@species(BaF+,1)
@logKreaction(BaF+, "(( (1.0 / log(10)) * ((-0.1833 * log(10)) - (8953.76 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Ba+2)
@species(BaNO3+,1)
@logKreaction(BaNO3+, "(( (1.0 / log(10)) * ((0.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Ba+2)
@species(BaOH+,1)
@logKreaction(BaOH+, "(( (1.0 / log(10)) * ((-13.47 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Ba+2, -1.0, H+)
@species(Be[Acetate]2,0)
@logKreaction(Be[Acetate]2, "(( (1.0 / log(10)) * ((-6.8023 * log(10)) - (-52425.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Be+2, -2.0, H+)
@species(BeAcetate+,1)
@logKreaction(BeAcetate+, "(( (1.0 / log(10)) * ((-3.1079 * log(10)) - (-22761.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, HAcetate, -1.0, H+)
@species(BeO2-2,-2)
@logKreaction(BeO2-2, "(( (1.0 / log(10)) * ((-32.161 * log(10)) - (163737.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Be+2, -4.0, H+)
@species(Br2,0)
@species(CO2,0)
@logKreaction(CO2, "(( (1.0 / log(10)) * ((6.3447 * log(10)) - (-9702.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, H+, -1.0, H2O)
@species(CO3-2,-2)
@logKreaction(CO3-2, "(( (1.0 / log(10)) * ((-10.3288 * log(10)) - (14698.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, -1.0, H+)
@species(Ca[Acetate]2,0)
@logKreaction(Ca[Acetate]2, "(( (1.0 / log(10)) * ((-7.3814 * log(10)) - (-2719.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Ca+2, -2.0, H+)
@species(Ca[O_phthalate],0)
@logKreaction(Ca[O_phthalate], "(( (1.0 / log(10)) * ((2.42 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, O_phthalate-2, 1.0, Ca+2)
@species(CaB[OH]4+,1)
@logKreaction(CaB[OH]4+, "(( (1.0 / log(10)) * ((-7.4222 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Ca+2, 1.0, B[OH]3, -1.0, H+)
@species(CaAcetate+,1)
@logKreaction(CaAcetate+, "(( (1.0 / log(10)) * ((-3.8263 * log(10)) - (1171.52 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, HAcetate, -1.0, H+)
@species(CaCO3,0)
@logKreaction(CaCO3, "(( (1.0 / log(10)) * ((-7.0017 * log(10)) - (30576.699999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Ca+2, -1.0, H+)
@species(CaCl+,1)
@logKreaction(CaCl+, "(( (1.0 / log(10)) * ((-0.6956 * log(10)) - (2020.87 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, Ca+2)
@species(CaCl2,0)
@logKreaction(CaCl2, "(( (1.0 / log(10)) * ((-0.6436 * log(10)) - (-5832.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Ca+2)
@species(CaF+,1)
@logKreaction(CaF+, "(( (1.0 / log(10)) * ((0.6817 * log(10)) - (5648.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Ca+2)
@species(CaH2PO4+,1)
@logKreaction(CaH2PO4+, "(( (1.0 / log(10)) * ((1.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Ca+2)
@species(CaHCO3+,1)
@logKreaction(CaHCO3+, "(( (1.0 / log(10)) * ((1.0467 * log(10)) - (1456.03 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Ca+2)
@species(CaHPO4,0)
@logKreaction(CaHPO4, "(( (1.0 / log(10)) * ((2.74 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Ca+2)
@species(CaNO3+,1)
@logKreaction(CaNO3+, "(( (1.0 / log(10)) * ((0.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Ca+2)
@species(CaOH+,1)
@logKreaction(CaOH+, "(( (1.0 / log(10)) * ((-12.85 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Ca+2, -1.0, H+)
@species(CaP2O7-2,-2)
@logKreaction(CaP2O7-2, "(( (1.0 / log(10)) * ((3.0537 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Ca+2, -1.0, H2O)
@species(CaPO4-,-1)
@logKreaction(CaPO4-, "(( (1.0 / log(10)) * ((-5.8618 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Ca+2, -1.0, H+)
@species(CaSO4,0)
@logKreaction(CaSO4, "(( (1.0 / log(10)) * ((2.1111 * log(10)) - (5439.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Ca+2)
@species(Cd[Acetate]2,0)
@logKreaction(Cd[Acetate]2, "(( (1.0 / log(10)) * ((-6.3625 * log(10)) - (-17489.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Cd+2, -2.0, H+)
@species(Cd[Acetate]3-,-1)
@logKreaction(Cd[Acetate]3-, "(( (1.0 / log(10)) * ((-10.8558 * log(10)) - (-40040.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Cd+2, -3.0, H+)
@species(Cd[Acetate]4-2,-2)
@logKreaction(Cd[Acetate]4-2, "(( (1.0 / log(10)) * ((-16.9163 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, HAcetate, 1.0, Cd+2, -4.0, H+)
@species(Cd[Cyanide]2,0)
@logKreaction(Cd[Cyanide]2, "(( (1.0 / log(10)) * ((10.3551 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cyanide-, 1.0, Cd+2)
@species(Cd[Cyanide]3-,-1)
@logKreaction(Cd[Cyanide]3-, "(( (1.0 / log(10)) * ((14.8191 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cyanide-, 1.0, Cd+2)
@species(Cd[Cyanide]4-2,-2)
@logKreaction(Cd[Cyanide]4-2, "(( (1.0 / log(10)) * ((18.267 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cyanide-, 1.0, Cd+2)
@species(Cd[CO3]2-2,-2)
@logKreaction(Cd[CO3]2-2, "(( (1.0 / log(10)) * ((-14.2576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Cd+2, -2.0, H+)
@species(Cd[N3]2,0)
@logKreaction(Cd[N3]2, "(( (1.0 / log(10)) * ((2.4606 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, N3-, 1.0, Cd+2)
@species(Cd[N3]3-,-1)
@logKreaction(Cd[N3]3-, "(( (1.0 / log(10)) * ((3.1263 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, N3-, 1.0, Cd+2)
@species(Cd[N3]4-2,-2)
@logKreaction(Cd[N3]4-2, "(( (1.0 / log(10)) * ((3.4942 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, N3-, 1.0, Cd+2)
@species(Cd[NH3]+2,2)
@logKreaction(Cd[NH3]+2, "(( (1.0 / log(10)) * ((2.5295 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NH3, 1.0, Cd+2)
@species(Cd[NH3]2+2,2)
@logKreaction(Cd[NH3]2+2, "(( (1.0 / log(10)) * ((4.876 * log(10)) - (-27653.300000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NH3, 1.0, Cd+2)
@species(Cd[NH3]4+2,2)
@logKreaction(Cd[NH3]4+2, "(( (1.0 / log(10)) * ((7.2914 * log(10)) - (-49068.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, NH3, 1.0, Cd+2)
@species(Cd[OH]2,0)
@logKreaction(Cd[OH]2, "(( (1.0 / log(10)) * ((-20.3402 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Cd+2, -2.0, H+)
@species(Cd[OH]3-,-1)
@logKreaction(Cd[OH]3-, "(( (1.0 / log(10)) * ((-33.2852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Cd+2, -3.0, H+)
@species(Cd[OH]4-2,-2)
@logKreaction(Cd[OH]4-2, "(( (1.0 / log(10)) * ((-47.3303 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Cd+2, -4.0, H+)
@species(Cd[OH]Cl,0)
@logKreaction(Cd[OH]Cl, "(( (1.0 / log(10)) * ((-7.4328 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Cl-, 1.0, Cd+2, -1.0, H+)
@species(Cd[Thiocyanate]2,0)
@logKreaction(Cd[Thiocyanate]2, "(( (1.0 / log(10)) * ((1.8649 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Thiocyanate-, 1.0, Cd+2)
@species(Cd[Thiocyanate]3-,-1)
@logKreaction(Cd[Thiocyanate]3-, "(( (1.0 / log(10)) * ((1.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Thiocyanate-, 1.0, Cd+2)
@species(Cd2OH+3,3)
@logKreaction(Cd2OH+3, "(( (1.0 / log(10)) * ((-9.3851 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cd+2, 1.0, H2O, -1.0, H+)
@species(Cd4[OH]4+4,4)
@logKreaction(Cd4[OH]4+4, "(( (1.0 / log(10)) * ((-362.1263 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 4.0, Cd+2, -4.0, H+)
@species(CdBr+,1)
@logKreaction(CdBr+, "(( (1.0 / log(10)) * ((2.1424 * log(10)) - (-3355.88 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Br-)
@species(CdBr2,0)
@logKreaction(CdBr2, "(( (1.0 / log(10)) * ((2.8614 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Br-, 1.0, Cd+2)
@species(CdBr3-,-1)
@logKreaction(CdBr3-, "(( (1.0 / log(10)) * ((3.0968 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Br-, 1.0, Cd+2)
@species(CdAcetate+,1)
@logKreaction(CdAcetate+, "(( (1.0 / log(10)) * ((-2.8294 * log(10)) - (-7029.12 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, HAcetate, -1.0, H+)
@species(CdCyanide+,1)
@logKreaction(CdCyanide+, "(( (1.0 / log(10)) * ((5.3129 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Cyanide-)
@species(CdCO3,0)
@logKreaction(CdCO3, "(( (1.0 / log(10)) * ((-7.3288 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Cd+2, -1.0, H+)
@species(CdCl+,1)
@logKreaction(CdCl+, "(( (1.0 / log(10)) * ((2.7059 * log(10)) - (2338.43 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, Cd+2)
@species(CdCl2,0)
@logKreaction(CdCl2, "(( (1.0 / log(10)) * ((3.3384 * log(10)) - (5126.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Cd+2)
@species(CdCl3-,-1)
@logKreaction(CdCl3-, "(( (1.0 / log(10)) * ((2.7112 * log(10)) - (15938.800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Cd+2)
@species(CdHCO3+,1)
@logKreaction(CdHCO3+, "(( (1.0 / log(10)) * ((1.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Cd+2)
@species(CdI+,1)
@logKreaction(CdI+, "(( (1.0 / log(10)) * ((2.071 * log(10)) - (-9025.84 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, I-, 1.0, Cd+2)
@species(CdI2,0)
@logKreaction(CdI2, "(( (1.0 / log(10)) * ((3.4685 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, I-, 1.0, Cd+2)
@species(CdI3-,-1)
@logKreaction(CdI3-, "(( (1.0 / log(10)) * ((4.5506 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, I-, 1.0, Cd+2)
@species(CdI4-2,-2)
@logKreaction(CdI4-2, "(( (1.0 / log(10)) * ((5.3524 * log(10)) - (-38856.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, I-, 1.0, Cd+2)
@species(CdN3+,1)
@logKreaction(CdN3+, "(( (1.0 / log(10)) * ((1.497 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, N3-, 1.0, Cd+2)
@species(CdNO2+,1)
@logKreaction(CdNO2+, "(( (1.0 / log(10)) * ((2.37 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO2-, 1.0, Cd+2)
@species(CdOH+,1)
@logKreaction(CdOH+, "(( (1.0 / log(10)) * ((-10.0751 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Cd+2, -1.0, H+)
@species(CdP2O7-2,-2)
@logKreaction(CdP2O7-2, "(( (1.0 / log(10)) * ((4.8094 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Cd+2, -1.0, H2O)
@species(CdThiocyanate+,1)
@logKreaction(CdThiocyanate+, "(( (1.0 / log(10)) * ((1.3218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Thiocyanate-, 1.0, Cd+2)
@species(CdSO4,0)
@logKreaction(CdSO4, "(( (1.0 / log(10)) * ((0.0028 * log(10)) - (204.36 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Cd+2)
@species(CdSeO4,0)
@logKreaction(CdSeO4, "(( (1.0 / log(10)) * ((2.27 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SeO4-2, 1.0, Cd+2)
@species(Ce[Acetate]2+,1)
@logKreaction(Ce[Acetate]2+, "(( (1.0 / log(10)) * ((-4.8159 * log(10)) - (-22970.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Ce+3, -2.0, H+)
@species(Ce[Acetate]3,0)
@logKreaction(Ce[Acetate]3, "(( (1.0 / log(10)) * ((-8.151 * log(10)) - (-38743.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Ce+3, -3.0, H+)
@species(Ce[CO3]2-,-1)
@logKreaction(Ce[CO3]2-, "(( (1.0 / log(10)) * ((-8.1576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Ce+3, -2.0, H+)
@species(Ce[HPO4]2-,-1)
@logKreaction(Ce[HPO4]2-, "(( (1.0 / log(10)) * ((8.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Ce+3)
@species(Ce[OH]2+2,2)
@logKreaction(Ce[OH]2+2, "(( (1.0 / log(10)) * ((2.0098 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Ce+4, -2.0, H+)
@species(Ce[PO4]2-3,-3)
@logKreaction(Ce[PO4]2-3, "(( (1.0 / log(10)) * ((-6.1437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Ce+3, -2.0, H+)
@species(Ce2[OH]2+6,6)
@logKreaction(Ce2[OH]2+6, "(( (1.0 / log(10)) * ((3.0098 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 2.0, Ce+4, -2.0, H+)
@species(Ce3[OH]5+4,4)
@logKreaction(Ce3[OH]5+4, "(( (1.0 / log(10)) * ((-33.4754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, H2O, 3.0, Ce+3, -5.0, H+)
@species(CeBr+2,2)
@logKreaction(CeBr+2, "(( (1.0 / log(10)) * ((0.3797 * log(10)) - (3058.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ce+3, 1.0, Br-)
@species(CeAcetate+2,2)
@logKreaction(CeAcetate+2, "(( (1.0 / log(10)) * ((-2.0304 * log(10)) - (-12091.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ce+3, 1.0, HAcetate, -1.0, H+)
@species(CeCO3+,1)
@logKreaction(CeCO3+, "(( (1.0 / log(10)) * ((-2.9284 * log(10)) - (93345.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Ce+3, -1.0, H+)
@species(CeCl+2,2)
@logKreaction(CeCl+2, "(( (1.0 / log(10)) * ((0.3086 * log(10)) - (14782.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, Ce+3)
@species(CeCl2+,1)
@logKreaction(CeCl2+, "(( (1.0 / log(10)) * ((0.0308 * log(10)) - (20777.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Ce+3)
@species(CeCl3,0)
@logKreaction(CeCl3, "(( (1.0 / log(10)) * ((-0.3936 * log(10)) - (15476.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Ce+3)
@species(CeCl4-,-1)
@logKreaction(CeCl4-, "(( (1.0 / log(10)) * ((-0.7447 * log(10)) - (-1958.1100000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Ce+3)
@species(CeClO4+2,2)
@logKreaction(CeClO4+2, "(( (1.0 / log(10)) * ((1.9102 * log(10)) - (-49019.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, ClO4-, 1.0, Ce+3)
@species(CeF+2,2)
@logKreaction(CeF+2, "(( (1.0 / log(10)) * ((4.2221 * log(10)) - (23221.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Ce+3)
@species(CeF2+,1)
@logKreaction(CeF2+, "(( (1.0 / log(10)) * ((7.2714 * log(10)) - (15062.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Ce+3)
@species(CeF3,0)
@logKreaction(CeF3, "(( (1.0 / log(10)) * ((9.5144 * log(10)) - (-6066.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Ce+3)
@species(CeF4-,-1)
@logKreaction(CeF4-, "(( (1.0 / log(10)) * ((11.3909 * log(10)) - (-45605.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Ce+3)
@species(CeH2PO4+2,2)
@logKreaction(CeH2PO4+2, "(( (1.0 / log(10)) * ((9.6684 * log(10)) - (-16254.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Ce+3)
@species(CeHCO3+2,2)
@logKreaction(CeHCO3+2, "(( (1.0 / log(10)) * ((1.919 * log(10)) - (8778.029999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Ce+3)
@species(CeHPO4+,1)
@logKreaction(CeHPO4+, "(( (1.0 / log(10)) * ((5.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Ce+3)
@species(CeIO3+2,2)
@logKreaction(CeIO3+2, "(( (1.0 / log(10)) * ((1.9 * log(10)) - (-21162.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, IO3-, 1.0, Ce+3)
@species(CeNO3+2,2)
@logKreaction(CeNO3+2, "(( (1.0 / log(10)) * ((1.3143 * log(10)) - (-26656.300000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Ce+3)
@species(CeO+,1)
@logKreaction(CeO+, "(( (1.0 / log(10)) * ((-16.4103 * log(10)) - (112202.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Ce+3, -2.0, H+)
@species(CeO2-,-1)
@logKreaction(CeO2-, "(( (1.0 / log(10)) * ((-38.758 * log(10)) - (308503.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Ce+3, -4.0, H+)
@species(CeO2H,0)
@logKreaction(CeO2H, "(( (1.0 / log(10)) * ((-26.1503 * log(10)) - (228170.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Ce+3, -3.0, H+)
@species(CeOH+2,2)
@logKreaction(CeOH+2, "(( (1.0 / log(10)) * ((-8.4206 * log(10)) - (73291.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Ce+3, -1.0, H+)
@species(CeOH+3,3)
@logKreaction(CeOH+3, "(( (1.0 / log(10)) * ((3.2049 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Ce+4, -1.0, H+)
@species(CePO4,0)
@logKreaction(CePO4, "(( (1.0 / log(10)) * ((-0.9718 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Ce+3, -1.0, H+)
@species(CeSO4+,1)
@logKreaction(CeSO4+, "(( (1.0 / log(10)) * ((-3.687 * log(10)) - (19246.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Ce+3)
@species(Co[Acetate]2,0)
@logKreaction(Co[Acetate]2, "(( (1.0 / log(10)) * ((-7.1468 * log(10)) - (-22426.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Co+2, -2.0, H+)
@species(Co[Acetate]3-,-1)
@logKreaction(Co[Acetate]3-, "(( (1.0 / log(10)) * ((-11.281 * log(10)) - (-48241.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Co+2, -3.0, H+)
@species(Co[HS]2,0)
@logKreaction(Co[HS]2, "(( (1.0 / log(10)) * ((9.0306 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HS-, 1.0, Co+2)
@species(Co[OH]2,0)
@logKreaction(Co[OH]2, "(( (1.0 / log(10)) * ((-18.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Co+2, -2.0, H+)
@species(Co[OH]4-2,-2)
@logKreaction(Co[OH]4-2, "(( (1.0 / log(10)) * ((-45.7803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Co+2, -4.0, H+)
@species(Co2OH+3,3)
@logKreaction(Co2OH+3, "(( (1.0 / log(10)) * ((-11.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 2.0, Co+2, -1.0, H+)
@species(Co4[OH]4+4,4)
@logKreaction(Co4[OH]4+4, "(( (1.0 / log(10)) * ((-30.3803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 4.0, Co+2, -4.0, H+)
@species(CoBr2,0)
@logKreaction(CoBr2, "(( (1.0 / log(10)) * ((-0.0358 * log(10)) - (-565.68 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Br-, 1.0, Co+2)
@species(CoAcetate+,1)
@logKreaction(CoAcetate+, "(( (1.0 / log(10)) * ((-3.2985 * log(10)) - (-8702.72 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, HAcetate, -1.0, H+)
@species(CoCl+,1)
@logKreaction(CoCl+, "(( (1.0 / log(10)) * ((0.1547 * log(10)) - (1719.62 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Cl-)
@species(CoHS+,1)
@logKreaction(CoHS+, "(( (1.0 / log(10)) * ((5.9813 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HS-, 1.0, Co+2)
@species(CoI2,0)
@logKreaction(CoI2, "(( (1.0 / log(10)) * ((-0.0944 * log(10)) - (3177.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, I-, 1.0, Co+2)
@species(CoNO3+,1)
@logKreaction(CoNO3+, "(( (1.0 / log(10)) * ((0.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Co+2)
@species(CoS2O3,0)
@logKreaction(CoS2O3, "(( (1.0 / log(10)) * ((0.8063 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, S2O3-2)
@species(CoSO4,0)
@logKreaction(CoSO4, "(( (1.0 / log(10)) * ((0.0436 * log(10)) - (384.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Co+2)
@species(CoSeO4,0)
@logKreaction(CoSeO4, "(( (1.0 / log(10)) * ((2.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SeO4-2, 1.0, Co+2)
@species(Cr[OH]2+,1)
@logKreaction(Cr[OH]2+, "(( (1.0 / log(10)) * ((-9.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Cr+3, -2.0, H+)
@species(Cr[OH]3,0)
@logKreaction(Cr[OH]3, "(( (1.0 / log(10)) * ((-18.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Cr+3, -3.0, H+)
@species(Cr[OH]4-,-1)
@logKreaction(Cr[OH]4-, "(( (1.0 / log(10)) * ((-27.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Cr+3, -4.0, H+)
@species(Cr2[OH]2+4,4)
@logKreaction(Cr2[OH]2+4, "(( (1.0 / log(10)) * ((-5.06 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 2.0, Cr+3, -2.0, H+)
@species(Cr2O7-2,-2)
@logKreaction(Cr2O7-2, "(( (1.0 / log(10)) * ((14.5192 * log(10)) - (-13878.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 2.0, CrO4-2, -1.0, H2O)
@species(Cr3[OH]4+5,5)
@logKreaction(Cr3[OH]4+5, "(( (1.0 / log(10)) * ((-8.15 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 3.0, Cr+3, -4.0, H+)
@species(CrBr+2,2)
@logKreaction(CrBr+2, "(( (1.0 / log(10)) * ((-2.7813 * log(10)) - (33564.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+3, 1.0, Br-)
@species(CrCl+2,2)
@logKreaction(CrCl+2, "(( (1.0 / log(10)) * ((-0.149 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+3, 1.0, Cl-)
@species(CrCl2+,1)
@logKreaction(CrCl2+, "(( (1.0 / log(10)) * ((0.1596 * log(10)) - (41291.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Cr+3)
@species(CrO3Cl-,-1)
@logKreaction(CrO3Cl-, "(( (1.0 / log(10)) * ((7.527 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 2.0, H+, 1.0, CrO4-2, -1.0, H2O)
@species(CrOH+2,2)
@logKreaction(CrOH+2, "(( (1.0 / log(10)) * ((-4.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Cr+3, -1.0, H+)
@species(Cs[Acetate]2-,-1)
@logKreaction(Cs[Acetate]2-, "(( (1.0 / log(10)) * ((-9.771 * log(10)) - (1255.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Cs+, -2.0, H+)
@species(CsBr,0)
@logKreaction(CsBr, "(( (1.0 / log(10)) * ((-0.2712 * log(10)) - (10962.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cs+, 1.0, Br-)
@species(CsAcetate,0)
@logKreaction(CsAcetate, "(( (1.0 / log(10)) * ((-4.7352 * log(10)) - (6066.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cs+, 1.0, HAcetate, -1.0, H+)
@species(CsCl,0)
@logKreaction(CsCl, "(( (1.0 / log(10)) * ((-0.1385 * log(10)) - (2732.1499999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cs+, 1.0, Cl-)
@species(CsI,0)
@logKreaction(CsI, "(( (1.0 / log(10)) * ((0.2639 * log(10)) - (-6568.88 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, I-, 1.0, Cs+)
@species(Cu[Acetate]2,0)
@logKreaction(Cu[Acetate]2, "(( (1.0 / log(10)) * ((-5.8824 * log(10)) - (-25899.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Cu+2, -2.0, H+)
@species(Cu[Acetate]2-,-1)
@logKreaction(Cu[Acetate]2-, "(( (1.0 / log(10)) * ((-9.2139 * log(10)) - (-19547.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Cu+, -2.0, H+)
@species(Cu[Acetate]3-,-1)
@logKreaction(Cu[Acetate]3-, "(( (1.0 / log(10)) * ((-9.3788 * log(10)) - (-53220.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Cu+2, -3.0, H+)
@species(Cu[CO3]2-2,-2)
@logKreaction(Cu[CO3]2-2, "(( (1.0 / log(10)) * ((-10.4757 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Cu+2, -2.0, H+)
@species(Cu[NH3]2+2,2)
@logKreaction(Cu[NH3]2+2, "(( (1.0 / log(10)) * ((7.4512 * log(10)) - (-45126.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NH3, 1.0, Cu+2)
@species(Cu[NH3]3+2,2)
@logKreaction(Cu[NH3]3+2, "(( (1.0 / log(10)) * ((10.2719 * log(10)) - (-67277.90000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, NH3, 1.0, Cu+2)
@species(Cu[NO2]2,0)
@logKreaction(Cu[NO2]2, "(( (1.0 / log(10)) * ((3.03 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NO2-, 1.0, Cu+2)
@species(CuAcetate,0)
@logKreaction(CuAcetate, "(( (1.0 / log(10)) * ((-4.4274 * log(10)) - (-4192.370000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, HAcetate, -1.0, H+)
@species(CuAcetate+,1)
@logKreaction(CuAcetate+, "(( (1.0 / log(10)) * ((-2.5252 * log(10)) - (-11380.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, HAcetate, -1.0, H+)
@species(CuCO3[OH]2-2,-2)
@logKreaction(CuCO3[OH]2-2, "(( (1.0 / log(10)) * ((-23.444 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, HCO3-, 1.0, Cu+2, -3.0, H+)
@species(CuCO3,0)
@logKreaction(CuCO3, "(( (1.0 / log(10)) * ((-3.3735 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Cu+2, -1.0, H+)
@species(CuCl+,1)
@logKreaction(CuCl+, "(( (1.0 / log(10)) * ((0.437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Cl-)
@species(CuCl2,0)
@logKreaction(CuCl2, "(( (1.0 / log(10)) * ((0.1585 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Cu+2)
@species(CuCl2-,-1)
@logKreaction(CuCl2-, "(( (1.0 / log(10)) * ((4.8212 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Cu+)
@species(CuCl3-2,-2)
@logKreaction(CuCl3-2, "(( (1.0 / log(10)) * ((5.6289 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Cu+)
@species(CuCl4-2,-2)
@logKreaction(CuCl4-2, "(( (1.0 / log(10)) * ((-4.5681 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Cu+2)
@species(CuF+,1)
@logKreaction(CuF+, "(( (1.0 / log(10)) * ((1.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Cu+2)
@species(CuH2PO4+,1)
@logKreaction(CuH2PO4+, "(( (1.0 / log(10)) * ((8.9654 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Cu+2)
@species(CuHPO4,0)
@logKreaction(CuHPO4, "(( (1.0 / log(10)) * ((4.06 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Cu+2)
@species(CuNH3+2,2)
@logKreaction(CuNH3+2, "(( (1.0 / log(10)) * ((4.04 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NH3, 1.0, Cu+2)
@species(CuNO2+,1)
@logKreaction(CuNO2+, "(( (1.0 / log(10)) * ((2.02 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO2-, 1.0, Cu+2)
@species(CuO2-2,-2)
@logKreaction(CuO2-2, "(( (1.0 / log(10)) * ((-39.4497 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Cu+2, -4.0, H+)
@species(CuOH+,1)
@logKreaction(CuOH+, "(( (1.0 / log(10)) * ((-7.2875 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Cu+2, -1.0, H+)
@species(CuPO4-,-1)
@logKreaction(CuPO4-, "(( (1.0 / log(10)) * ((-2.4718 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Cu+2, -1.0, H+)
@species(CuSO4,0)
@logKreaction(CuSO4, "(( (1.0 / log(10)) * ((2.36 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Cu+2)
@species(Dy[Acetate]2+,1)
@logKreaction(Dy[Acetate]2+, "(( (1.0 / log(10)) * ((-4.9625 * log(10)) - (-29329.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Dy+3, -2.0, H+)
@species(Dy[Acetate]3,0)
@logKreaction(Dy[Acetate]3, "(( (1.0 / log(10)) * ((-8.3489 * log(10)) - (-49454.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Dy+3, -3.0, H+)
@species(Dy[CO3]2-,-1)
@logKreaction(Dy[CO3]2-, "(( (1.0 / log(10)) * ((-7.4576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Dy+3, -2.0, H+)
@species(Dy[HPO4]2-,-1)
@logKreaction(Dy[HPO4]2-, "(( (1.0 / log(10)) * ((9.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Dy+3)
@species(Dy[PO4]2-3,-3)
@logKreaction(Dy[PO4]2-3, "(( (1.0 / log(10)) * ((-3.4437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Dy+3, -2.0, H+)
@species(Dy[SO4]2-,-1)
@logKreaction(Dy[SO4]2-, "(( (1.0 / log(10)) * ((5.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Dy+3)
@species(DyAcetate+2,2)
@logKreaction(DyAcetate+2, "(( (1.0 / log(10)) * ((-2.1037 * log(10)) - (-14853.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Dy+3, 1.0, HAcetate, -1.0, H+)
@species(DyCO3+,1)
@logKreaction(DyCO3+, "(( (1.0 / log(10)) * ((-2.3324 * log(10)) - (89110.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Dy+3, -1.0, H+)
@species(DyCl+2,2)
@logKreaction(DyCl+2, "(( (1.0 / log(10)) * ((0.2353 * log(10)) - (13526.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Dy+3, 1.0, Cl-)
@species(DyCl2+,1)
@logKreaction(DyCl2+, "(( (1.0 / log(10)) * ((-0.0425 * log(10)) - (17430.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Dy+3)
@species(DyCl3,0)
@logKreaction(DyCl3, "(( (1.0 / log(10)) * ((-0.4669 * log(10)) - (8782.220000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Dy+3)
@species(DyCl4-,-1)
@logKreaction(DyCl4-, "(( (1.0 / log(10)) * ((-0.8913 * log(10)) - (-14091.699999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Dy+3)
@species(DyF+2,2)
@logKreaction(DyF+2, "(( (1.0 / log(10)) * ((4.6619 * log(10)) - (23221.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Dy+3)
@species(DyF2+,1)
@logKreaction(DyF2+, "(( (1.0 / log(10)) * ((8.151 * log(10)) - (12552.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Dy+3)
@species(DyF3,0)
@logKreaction(DyF3, "(( (1.0 / log(10)) * ((10.7605 * log(10)) - (-11924.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Dy+3)
@species(DyF4-,-1)
@logKreaction(DyF4-, "(( (1.0 / log(10)) * ((12.8569 * log(10)) - (-57320.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Dy+3)
@species(DyH2PO4+2,2)
@logKreaction(DyH2PO4+2, "(( (1.0 / log(10)) * ((9.3751 * log(10)) - (-18346.800000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Dy+3)
@species(DyHCO3+2,2)
@logKreaction(DyHCO3+2, "(( (1.0 / log(10)) * ((1.6991 * log(10)) - (7104.429999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Dy+3)
@species(DyHPO4+,1)
@logKreaction(DyHPO4+, "(( (1.0 / log(10)) * ((5.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Dy+3)
@species(DyNO3+2,2)
@logKreaction(DyNO3+2, "(( (1.0 / log(10)) * ((0.1415 * log(10)) - (-30421.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Dy+3)
@species(DyO+,1)
@logKreaction(DyO+, "(( (1.0 / log(10)) * ((-16.1171 * log(10)) - (108018.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Dy+3, -2.0, H+)
@species(DyO2-,-1)
@logKreaction(DyO2-, "(( (1.0 / log(10)) * ((-33.4804 * log(10)) - (273776.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Dy+3, -4.0, H+)
@species(DyO2H,0)
@logKreaction(DyO2H, "(( (1.0 / log(10)) * ((-24.8309 * log(10)) - (217710.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Dy+3, -3.0, H+)
@species(DyOH+2,2)
@logKreaction(DyOH+2, "(( (1.0 / log(10)) * ((-7.8342 * log(10)) - (76638.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Dy+3, -1.0, H+)
@species(DyPO4,0)
@logKreaction(DyPO4, "(( (1.0 / log(10)) * ((0.1782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Dy+3, -1.0, H+)
@species(DySO4+,1)
@logKreaction(DySO4+, "(( (1.0 / log(10)) * ((3.643 * log(10)) - (20501.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Dy+3)
@species(Er[Acetate]2+,1)
@logKreaction(Er[Acetate]2+, "(( (1.0 / log(10)) * ((-4.9844 * log(10)) - (-32802.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Er+3, -2.0, H+)
@species(Er[Acetate]3,0)
@logKreaction(Er[Acetate]3, "(( (1.0 / log(10)) * ((-8.3783 * log(10)) - (-55187.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Er+3, -3.0, H+)
@species(Er[CO3]2-,-1)
@logKreaction(Er[CO3]2-, "(( (1.0 / log(10)) * ((-7.2576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Er+3, -2.0, H+)
@species(Er[HPO4]2-,-1)
@logKreaction(Er[HPO4]2-, "(( (1.0 / log(10)) * ((10.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Er+3)
@species(Er[PO4]2-3,-3)
@logKreaction(Er[PO4]2-3, "(( (1.0 / log(10)) * ((-3.2437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Er+3, -2.0, H+)
@species(Er[SO4]2-,-1)
@logKreaction(Er[SO4]2-, "(( (1.0 / log(10)) * ((5.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Er+3)
@species(ErAcetate+2,2)
@logKreaction(ErAcetate+2, "(( (1.0 / log(10)) * ((-2.1184 * log(10)) - (-16401.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Er+3, 1.0, HAcetate, -1.0, H+)
@species(ErCO3+,1)
@logKreaction(ErCO3+, "(( (1.0 / log(10)) * ((-2.1858 * log(10)) - (87018.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Er+3, -1.0, H+)
@species(ErCl+2,2)
@logKreaction(ErCl+2, "(( (1.0 / log(10)) * ((0.3086 * log(10)) - (12690.099999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Er+3, 1.0, Cl-)
@species(ErCl2+,1)
@logKreaction(ErCl2+, "(( (1.0 / log(10)) * ((-0.0425 * log(10)) - (15338.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Er+3)
@species(ErCl3,0)
@logKreaction(ErCl3, "(( (1.0 / log(10)) * ((-0.4669 * log(10)) - (5016.62 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Er+3)
@species(ErCl4-,-1)
@logKreaction(ErCl4-, "(( (1.0 / log(10)) * ((-0.8913 * log(10)) - (-20786.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Er+3)
@species(ErF+2,2)
@logKreaction(ErF+2, "(( (1.0 / log(10)) * ((4.7352 * log(10)) - (24058.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Er+3)
@species(ErF2+,1)
@logKreaction(ErF2+, "(( (1.0 / log(10)) * ((8.2976 * log(10)) - (12970.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Er+3)
@species(ErF3,0)
@logKreaction(ErF3, "(( (1.0 / log(10)) * ((10.9071 * log(10)) - (-12342.800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Er+3)
@species(ErF4-,-1)
@logKreaction(ErF4-, "(( (1.0 / log(10)) * ((13.0768 * log(10)) - (-60249.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Er+3)
@species(ErH2PO4+2,2)
@logKreaction(ErH2PO4+2, "(( (1.0 / log(10)) * ((9.4484 * log(10)) - (-20438.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Er+3)
@species(ErHCO3+2,2)
@logKreaction(ErHCO3+2, "(( (1.0 / log(10)) * ((1.7724 * log(10)) - (5012.43 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Er+3)
@species(ErHPO4+,1)
@logKreaction(ErHPO4+, "(( (1.0 / log(10)) * ((5.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Er+3)
@species(ErNO3+2,2)
@logKreaction(ErNO3+2, "(( (1.0 / log(10)) * ((0.1415 * log(10)) - (-33769.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Er+3)
@species(ErO+,1)
@logKreaction(ErO+, "(( (1.0 / log(10)) * ((-15.9705 * log(10)) - (105508.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Er+3, -2.0, H+)
@species(ErO2-,-1)
@logKreaction(ErO2-, "(( (1.0 / log(10)) * ((-32.6008 * log(10)) - (266245.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Er+3, -4.0, H+)
@species(ErO2H,0)
@logKreaction(ErO2H, "(( (1.0 / log(10)) * ((-24.3178 * log(10)) - (212689.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Er+3, -3.0, H+)
@species(ErOH+2,2)
@logKreaction(ErOH+2, "(( (1.0 / log(10)) * ((-7.7609 * log(10)) - (74546.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Er+3, -1.0, H+)
@species(ErPO4,0)
@logKreaction(ErPO4, "(( (1.0 / log(10)) * ((0.3782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Er+3, -1.0, H+)
@species(ErSO4+,1)
@logKreaction(ErSO4+, "(( (1.0 / log(10)) * ((3.5697 * log(10)) - (20300.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Er+3)
@species(Eu[Acetate]2+,1)
@logKreaction(Eu[Acetate]2+, "(( (1.0 / log(10)) * ((-4.6912 * log(10)) - (-28325.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Eu+3, -2.0, H+)
@species(Eu[Acetate]3,0)
@logKreaction(Eu[Acetate]3, "(( (1.0 / log(10)) * ((-7.9824 * log(10)) - (-47362.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Eu+3, -3.0, H+)
@species(Eu[CO3]2-,-1)
@logKreaction(Eu[CO3]2-, "(( (1.0 / log(10)) * ((-8.3993 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Eu+3, -2.0, H+)
@species(Eu[CO3]3-3,-3)
@logKreaction(Eu[CO3]3-3, "(( (1.0 / log(10)) * ((-16.8155 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HCO3-, 1.0, Eu+3, -3.0, H+)
@species(Eu[HPO4]2-,-1)
@logKreaction(Eu[HPO4]2-, "(( (1.0 / log(10)) * ((9.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Eu+3)
@species(Eu[OH]2CO3-,-1)
@logKreaction(Eu[OH]2CO3-, "(( (1.0 / log(10)) * ((-17.8462 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, HCO3-, 1.0, Eu+3, -3.0, H+)
@species(Eu[PO4]2-3,-3)
@logKreaction(Eu[PO4]2-3, "(( (1.0 / log(10)) * ((-3.9837 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Eu+3, -2.0, H+)
@species(Eu[SO4]2-,-1)
@logKreaction(Eu[SO4]2-, "(( (1.0 / log(10)) * ((5.4693 * log(10)) - (25627.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Eu+3)
@species(Eu2[OH]2+4,4)
@logKreaction(Eu2[OH]2+4, "(( (1.0 / log(10)) * ((-6.9182 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 2.0, Eu+3, -2.0, H+)
@species(EuBr+2,2)
@logKreaction(EuBr+2, "(( (1.0 / log(10)) * ((0.5572 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+3, 1.0, Br-)
@species(EuBr2+,1)
@logKreaction(EuBr2+, "(( (1.0 / log(10)) * ((0.2145 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Br-, 1.0, Eu+3)
@species(EuBrO3+2,2)
@logKreaction(EuBrO3+2, "(( (1.0 / log(10)) * ((4.5823 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+3, 1.0, BrO3-)
@species(EuAcetate+2,2)
@logKreaction(EuAcetate+2, "(( (1.0 / log(10)) * ((-1.9571 * log(10)) - (-14560.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+3, 1.0, HAcetate, -1.0, H+)
@species(EuCO3+,1)
@logKreaction(EuCO3+, "(( (1.0 / log(10)) * ((-2.4057 * log(10)) - (90784.40000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Eu+3, -1.0, H+)
@species(EuCl+,1)
@logKreaction(EuCl+, "(( (1.0 / log(10)) * ((0.3819 * log(10)) - (8506.07 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+2, 1.0, Cl-)
@species(EuCl+2,2)
@logKreaction(EuCl+2, "(( (1.0 / log(10)) * ((0.3086 * log(10)) - (13945.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+3, 1.0, Cl-)
@species(EuCl2,0)
@logKreaction(EuCl2, "(( (1.0 / log(10)) * ((1.2769 * log(10)) - (5715.34 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Eu+2)
@species(EuCl2+,1)
@logKreaction(EuCl2+, "(( (1.0 / log(10)) * ((-0.0425 * log(10)) - (18685.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Eu+3)
@species(EuCl3,0)
@logKreaction(EuCl3, "(( (1.0 / log(10)) * ((-0.4669 * log(10)) - (11292.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Eu+3)
@species(EuCl3-,-1)
@logKreaction(EuCl3-, "(( (1.0 / log(10)) * ((2.0253 * log(10)) - (-3769.7799999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Eu+2)
@species(EuCl4-,-1)
@logKreaction(EuCl4-, "(( (1.0 / log(10)) * ((-0.8913 * log(10)) - (-9907.71 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Eu+3)
@species(EuCl4-2,-2)
@logKreaction(EuCl4-2, "(( (1.0 / log(10)) * ((2.847 * log(10)) - (-19949.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Eu+2)
@species(EuF+,1)
@logKreaction(EuF+, "(( (1.0 / log(10)) * ((-1.3487 * log(10)) - (16945.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Eu+2)
@species(EuF+2,2)
@logKreaction(EuF+2, "(( (1.0 / log(10)) * ((4.442 * log(10)) - (23639.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, Eu+3)
@species(EuF2,0)
@logKreaction(EuF2, "(( (1.0 / log(10)) * ((-2.0378 * log(10)) - (17572.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Eu+2)
@species(EuF2+,1)
@logKreaction(EuF2+, "(( (1.0 / log(10)) * ((7.7112 * log(10)) - (13807.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Eu+3)
@species(EuF3,0)
@logKreaction(EuF3, "(( (1.0 / log(10)) * ((10.1741 * log(10)) - (-8995.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Eu+3)
@species(EuF3-,-1)
@logKreaction(EuF3-, "(( (1.0 / log(10)) * ((-2.5069 * log(10)) - (3556.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Eu+2)
@species(EuF4-,-1)
@logKreaction(EuF4-, "(( (1.0 / log(10)) * ((12.1239 * log(10)) - (-52300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Eu+3)
@species(EuF4-2,-2)
@logKreaction(EuF4-2, "(( (1.0 / log(10)) * ((-2.8294 * log(10)) - (-37656.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Eu+2)
@species(EuH2PO4+2,2)
@logKreaction(EuH2PO4+2, "(( (1.0 / log(10)) * ((9.4484 * log(10)) - (-17091.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Eu+3)
@species(EuHCO3+2,2)
@logKreaction(EuHCO3+2, "(( (1.0 / log(10)) * ((1.6258 * log(10)) - (8778.029999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Eu+3)
@species(EuHPO4+,1)
@logKreaction(EuHPO4+, "(( (1.0 / log(10)) * ((5.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Eu+3)
@species(EuIO3+2,2)
@logKreaction(EuIO3+2, "(( (1.0 / log(10)) * ((2.156 * log(10)) - (11831.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, IO3-, 1.0, Eu+3)
@species(EuNO3+2,2)
@logKreaction(EuNO3+2, "(( (1.0 / log(10)) * ((0.8745 * log(10)) - (-32095.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Eu+3)
@species(EuO+,1)
@logKreaction(EuO+, "(( (1.0 / log(10)) * ((-16.337 * log(10)) - (110947.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Eu+3, -2.0, H+)
@species(EuO2-,-1)
@logKreaction(EuO2-, "(( (1.0 / log(10)) * ((-34.5066 * log(10)) - (281307.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Eu+3, -4.0, H+)
@species(EuO2H,0)
@logKreaction(EuO2H, "(( (1.0 / log(10)) * ((-25.4173 * log(10)) - (222313.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Eu+3, -3.0, H+)
@species(EuOH[CO3]2-2,-2)
@logKreaction(EuOH[CO3]2-2, "(( (1.0 / log(10)) * ((-15.176 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, H2O, 1.0, Eu+3, -3.0, H+)
@species(EuOH+2,2)
@logKreaction(EuOH+2, "(( (1.0 / log(10)) * ((-7.9075 * log(10)) - (78006.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Eu+3, -1.0, H+)
@species(EuOHCO3,0)
@logKreaction(EuOHCO3, "(( (1.0 / log(10)) * ((-8.4941 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, H2O, 1.0, Eu+3, -2.0, H+)
@species(EuPO4,0)
@logKreaction(EuPO4, "(( (1.0 / log(10)) * ((-0.1218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Eu+3, -1.0, H+)
@species(EuSO4+,1)
@logKreaction(EuSO4+, "(( (1.0 / log(10)) * ((3.643 * log(10)) - (62341.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Eu+3)
@species(Fe[Acetate]2,0)
@logKreaction(Fe[Acetate]2, "(( (1.0 / log(10)) * ((-7.0295 * log(10)) - (-20292.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Fe+2, -2.0, H+)
@species(Fe[OH]2,0)
@logKreaction(Fe[OH]2, "(( (1.0 / log(10)) * ((-20.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Fe+2, -2.0, H+)
@species(Fe[OH]2+,1)
@logKreaction(Fe[OH]2+, "(( (1.0 / log(10)) * ((-5.67 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Fe+3, -2.0, H+)
@species(Fe[OH]3,0)
@logKreaction(Fe[OH]3, "(( (1.0 / log(10)) * ((-12.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Fe+3, -3.0, H+)
@species(Fe[OH]3-,-1)
@logKreaction(Fe[OH]3-, "(( (1.0 / log(10)) * ((-31.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Fe+2, -3.0, H+)
@species(Fe[OH]4-,-1)
@logKreaction(Fe[OH]4-, "(( (1.0 / log(10)) * ((-21.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Fe+3, -4.0, H+)
@species(Fe[OH]4-2,-2)
@logKreaction(Fe[OH]4-2, "(( (1.0 / log(10)) * ((-46.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Fe+2, -4.0, H+)
@species(Fe[SO4]2-,-1)
@logKreaction(Fe[SO4]2-, "(( (1.0 / log(10)) * ((3.2137 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Fe+3)
@species(Fe2[OH]2+4,4)
@logKreaction(Fe2[OH]2+4, "(( (1.0 / log(10)) * ((-2.95 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 2.0, Fe+3, -2.0, H+)
@species(Fe3[OH]4+5,5)
@logKreaction(Fe3[OH]4+5, "(( (1.0 / log(10)) * ((-6.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 3.0, Fe+3, -4.0, H+)
@species(FeAcetate+,1)
@logKreaction(FeAcetate+, "(( (1.0 / log(10)) * ((-3.4671 * log(10)) - (-3807.44 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, HAcetate, -1.0, H+)
@species(FeCO3,0)
@logKreaction(FeCO3, "(( (1.0 / log(10)) * ((-5.5988 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Fe+2, -1.0, H+)
@species(FeCO3+,1)
@logKreaction(FeCO3+, "(( (1.0 / log(10)) * ((-0.6088 * log(10)) - (-50208.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Fe+3, -1.0, H+)
@species(FeCl+,1)
@logKreaction(FeCl+, "(( (1.0 / log(10)) * ((-0.1605 * log(10)) - (3025.03 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Cl-)
@species(FeCl+2,2)
@logKreaction(FeCl+2, "(( (1.0 / log(10)) * ((-0.8108 * log(10)) - (36642.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Cl-)
@species(FeCl2,0)
@logKreaction(FeCl2, "(( (1.0 / log(10)) * ((-2.4541 * log(10)) - (6468.46 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Fe+2)
@species(FeCl2+,1)
@logKreaction(FeCl2+, "(( (1.0 / log(10)) * ((2.13 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Fe+3)
@species(FeCl4-,-1)
@logKreaction(FeCl4-, "(( (1.0 / log(10)) * ((-0.79 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Fe+3)
@species(FeCl4-2,-2)
@logKreaction(FeCl4-2, "(( (1.0 / log(10)) * ((-1.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Fe+2)
@species(FeF+,1)
@logKreaction(FeF+, "(( (1.0 / log(10)) * ((1.36 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, F-)
@species(FeF+2,2)
@logKreaction(FeF+2, "(( (1.0 / log(10)) * ((4.1365 * log(10)) - (14327.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, F-)
@species(FeF2+,1)
@logKreaction(FeF2+, "(( (1.0 / log(10)) * ((8.3498 * log(10)) - (23977.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Fe+3)
@species(FeH2PO4+,1)
@logKreaction(FeH2PO4+, "(( (1.0 / log(10)) * ((2.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Fe+2)
@species(FeH2PO4+2,2)
@logKreaction(FeH2PO4+2, "(( (1.0 / log(10)) * ((4.17 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Fe+3)
@species(FeHCO3+,1)
@logKreaction(FeHCO3+, "(( (1.0 / log(10)) * ((2.72 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Fe+2)
@species(FeHPO4,0)
@logKreaction(FeHPO4, "(( (1.0 / log(10)) * ((3.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Fe+2)
@species(FeHPO4+,1)
@logKreaction(FeHPO4+, "(( (1.0 / log(10)) * ((10.18 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Fe+3)
@species(FeNO2+2,2)
@logKreaction(FeNO2+2, "(( (1.0 / log(10)) * ((3.15 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO2-, 1.0, Fe+3)
@species(FeNO3+2,2)
@logKreaction(FeNO3+2, "(( (1.0 / log(10)) * ((1.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Fe+3)
@species(FeOH+,1)
@logKreaction(FeOH+, "(( (1.0 / log(10)) * ((-9.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Fe+2, -1.0, H+)
@species(FeOH+2,2)
@logKreaction(FeOH+2, "(( (1.0 / log(10)) * ((-2.19 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Fe+3, -1.0, H+)
@species(FePO4-,-1)
@logKreaction(FePO4-, "(( (1.0 / log(10)) * ((-4.3918 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Fe+2, -1.0, H+)
@species(FeSO4,0)
@logKreaction(FeSO4, "(( (1.0 / log(10)) * ((2.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Fe+2)
@species(FeSO4+,1)
@logKreaction(FeSO4+, "(( (1.0 / log(10)) * ((1.9276 * log(10)) - (27181.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Fe+3)
@species(Gd[Acetate]2+,1)
@logKreaction(Gd[Acetate]2+, "(( (1.0 / log(10)) * ((-4.9625 * log(10)) - (-22342.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Gd+3, -2.0, H+)
@species(Gd[Acetate]3,0)
@logKreaction(Gd[Acetate]3, "(( (1.0 / log(10)) * ((-8.3489 * log(10)) - (-37990.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Gd+3, -3.0, H+)
@species(Gd[CO3]2-,-1)
@logKreaction(Gd[CO3]2-, "(( (1.0 / log(10)) * ((-7.5576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Gd+3, -2.0, H+)
@species(Gd[HPO4]2-,-1)
@logKreaction(Gd[HPO4]2-, "(( (1.0 / log(10)) * ((9.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Gd+3)
@species(Gd[PO4]2-3,-3)
@logKreaction(Gd[PO4]2-3, "(( (1.0 / log(10)) * ((-3.9437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Gd+3, -2.0, H+)
@species(Gd[SO4]2-,-1)
@logKreaction(Gd[SO4]2-, "(( (1.0 / log(10)) * ((5.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Gd+3)
@species(GdAcetate+2,2)
@logKreaction(GdAcetate+2, "(( (1.0 / log(10)) * ((-2.1037 * log(10)) - (-11715.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Gd+3, 1.0, HAcetate, -1.0, H+)
@species(GdCO3+,1)
@logKreaction(GdCO3+, "(( (1.0 / log(10)) * ((-2.479 * log(10)) - (89947.59999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Gd+3, -1.0, H+)
@species(GdCl+2,2)
@logKreaction(GdCl+2, "(( (1.0 / log(10)) * ((0.3086 * log(10)) - (14782.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Gd+3, 1.0, Cl-)
@species(GdCl2+,1)
@logKreaction(GdCl2+, "(( (1.0 / log(10)) * ((-0.0425 * log(10)) - (21196.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Gd+3)
@species(GdCl3,0)
@logKreaction(GdCl3, "(( (1.0 / log(10)) * ((-0.4669 * log(10)) - (15895.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Gd+3)
@species(GdCl4-,-1)
@logKreaction(GdCl4-, "(( (1.0 / log(10)) * ((-0.8913 * log(10)) - (-1539.7099999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Gd+3)
@species(GdF+2,2)
@logKreaction(GdF+2, "(( (1.0 / log(10)) * ((4.5886 * log(10)) - (21129.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Gd+3, 1.0, F-)
@species(GdF2+,1)
@logKreaction(GdF2+, "(( (1.0 / log(10)) * ((7.9311 * log(10)) - (11296.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Gd+3)
@species(GdF3,0)
@logKreaction(GdF3, "(( (1.0 / log(10)) * ((10.4673 * log(10)) - (-11506.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Gd+3)
@species(GdF4-,-1)
@logKreaction(GdF4-, "(( (1.0 / log(10)) * ((12.4904 * log(10)) - (-52300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Gd+3)
@species(GdH2PO4+2,2)
@logKreaction(GdH2PO4+2, "(( (1.0 / log(10)) * ((9.4484 * log(10)) - (-14999.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, Gd+3)
@species(GdHCO3+2,2)
@logKreaction(GdHCO3+2, "(( (1.0 / log(10)) * ((1.6991 * log(10)) - (10033.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Gd+3)
@species(GdHPO4+,1)
@logKreaction(GdHPO4+, "(( (1.0 / log(10)) * ((-185.109 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Gd+3)
@species(GdNO3+2,2)
@logKreaction(GdNO3+2, "(( (1.0 / log(10)) * ((0.4347 * log(10)) - (-25819.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Gd+3)
@species(GdO+,1)
@logKreaction(GdO+, "(( (1.0 / log(10)) * ((-16.337 * log(10)) - (113039.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Gd+3, -2.0, H+)
@species(GdO2-,-1)
@logKreaction(GdO2-, "(( (1.0 / log(10)) * ((-34.4333 * log(10)) - (283817.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Gd+3, -4.0, H+)
@species(GdO2H,0)
@logKreaction(GdO2H, "(( (1.0 / log(10)) * ((-25.2707 * log(10)) - (224405.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Gd+3, -3.0, H+)
@species(GdOH+2,2)
@logKreaction(GdOH+2, "(( (1.0 / log(10)) * ((-7.9075 * log(10)) - (79985.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Gd+3, -1.0, H+)
@species(GdPO4,0)
@logKreaction(GdPO4, "(( (1.0 / log(10)) * ((-0.1218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Gd+3, -1.0, H+)
@species(GdSO4+,1)
@logKreaction(GdSO4+, "(( (1.0 / log(10)) * ((-3.687 * log(10)) - (20083.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Gd+3)
@species(H[O_phthalate]-,-1)
@logKreaction(H[O_phthalate]-, "(( (1.0 / log(10)) * ((5.408 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, O_phthalate-2, 1.0, H+)
@species(H2CrO4,0)
@logKreaction(H2CrO4, "(( (1.0 / log(10)) * ((5.175 * log(10)) - (42827.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, CrO4-2)
@species(H2F2,0)
@logKreaction(H2F2, "(( (1.0 / log(10)) * ((6.768 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 2.0, F-)
@species(H2P2O7-2,-2)
@logKreaction(H2P2O7-2, "(( (1.0 / log(10)) * ((12.0709 * log(10)) - (19719.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 2.0, H+, -1.0, H2O)
@species(H2PO3F,0)
@logKreaction(H2PO3F, "(( (1.0 / log(10)) * ((12.1047 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 1.0, HPO4-2, 1.0, F-, -1.0, H2O)
@species(H2PO4-,-1)
@logKreaction(H2PO4-, "(( (1.0 / log(10)) * ((7.2054 * log(10)) - (-4204.92 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+)
@species(H2S,0)
@logKreaction(H2S, "(( (1.0 / log(10)) * ((6.9877 * log(10)) - (-21551.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HS-, 1.0, H+)
@species(H2SO3,0)
@logKreaction(H2SO3, "(( (1.0 / log(10)) * ((9.2132 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, SO3-2)
@species(H2SO4,0)
@logKreaction(H2SO4, "(( (1.0 / log(10)) * ((-1.0209 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, SO4-2)
@species(H2Se,0)
@logKreaction(H2Se, "(( (1.0 / log(10)) * ((18.7606 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Se-2)
@species(H2SeO3,0)
@logKreaction(H2SeO3, "(( (1.0 / log(10)) * ((9.8589 * log(10)) - (1723.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, SeO3-2)
@species(H2SiO4-2,-2)
@logKreaction(H2SiO4-2, "(( (1.0 / log(10)) * ((-22.96 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, SiO2, -2.0, H+)
@species(H2TcO4,0)
@logKreaction(H2TcO4, "(( (1.0 / log(10)) * ((9.0049 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, TcO4-2)
@species(H2VO4-,-1)
@logKreaction(H2VO4-, "(( (1.0 / log(10)) * ((-7.0922 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, VO2+, -2.0, H+)
@species(H3AsO4,0)
@logKreaction(H3AsO4, "(( (1.0 / log(10)) * ((2.2492 * log(10)) - (7178.759999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2AsO4-, 1.0, H+)
@species(H3P2O7-,-1)
@logKreaction(H3P2O7-, "(( (1.0 / log(10)) * ((14.4165 * log(10)) - (21811.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 2.0, HPO4-2, -1.0, H2O)
@species(H3PO4,0)
@logKreaction(H3PO4, "(( (1.0 / log(10)) * ((9.3751 * log(10)) - (3744.68 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, HPO4-2)
@species(H4[H2SiO4]4-4,-4)
@logKreaction(H4[H2SiO4]4-4, "(( (1.0 / log(10)) * ((-35.94 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 8.0, H2O, 4.0, SiO2, -4.0, H+)
@species(H4P2O7,0)
@logKreaction(H4P2O7, "(( (1.0 / log(10)) * ((15.9263 * log(10)) - (29722.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H+, 2.0, HPO4-2, -1.0, H2O)
@species(H6[H2SiO4]4-2,-2)
@logKreaction(H6[H2SiO4]4-2, "(( (1.0 / log(10)) * ((-13.64 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 8.0, H2O, 4.0, SiO2, -2.0, H+)
@species(HAlO2,0)
@logKreaction(HAlO2, "(( (1.0 / log(10)) * ((-16.4329 * log(10)) - (144704.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Al+3, -3.0, H+)
@species(HAsO2,0)
@logKreaction(HAsO2, "(( (1.0 / log(10)) * ((9.2792 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2AsO3-, 1.0, H+, -1.0, H2O)
@species(HAsO3F-,-1)
@logKreaction(HAsO3F-, "(( (1.0 / log(10)) * ((46.1158 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2AsO4-, 1.0, H+, 1.0, F-, -1.0, H2O)
@species(HAsO4-2,-2)
@logKreaction(HAsO4-2, "(( (1.0 / log(10)) * ((-6.7583 * log(10)) - (3221.6800000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2AsO4-, -1.0, H+)
@species(HAsS2,0)
@logKreaction(HAsS2, "(( (1.0 / log(10)) * ((30.4803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 2.0, HS-, 1.0, H2AsO3-, -3.0, H2O)
@species(HBrO,0)
@logKreaction(HBrO, "(( (1.0 / log(10)) * ((8.3889 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, BrO-)
@species(HCyanide,0)
@logKreaction(HCyanide, "(( (1.0 / log(10)) * ((9.2359 * log(10)) - (-43513.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Cyanide-)
@species(HCl,0)
@logKreaction(HCl, "(( (1.0 / log(10)) * ((-0.67 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Cl-)
@species(HClO,0)
@logKreaction(HClO, "(( (1.0 / log(10)) * ((7.5692 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, ClO-)
@species(HClO2,0)
@logKreaction(HClO2, "(( (1.0 / log(10)) * ((3.1698 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, ClO2-)
@species(HCoO2-,-1)
@logKreaction(HCoO2-, "(( (1.0 / log(10)) * ((-21.243 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Co+2, -3.0, H+)
@species(HCrO4-,-1)
@logKreaction(HCrO4-, "(( (1.0 / log(10)) * ((6.4944 * log(10)) - (2928.7999999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, CrO4-2)
@species(HF,0)
@logKreaction(HF, "(( (1.0 / log(10)) * ((3.1681 * log(10)) - (13870.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, F-)
@species(HF2-,-1)
@logKreaction(HF2-, "(( (1.0 / log(10)) * ((2.5509 * log(10)) - (20752.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, H+)
@species(HIO3,0)
@logKreaction(HIO3, "(( (1.0 / log(10)) * ((0.4915 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, IO3-, 1.0, H+)
@species(HN3,0)
@logKreaction(HN3, "(( (1.0 / log(10)) * ((4.7001 * log(10)) - (-15000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, N3-, 1.0, H+)
@species(HNO2,0)
@logKreaction(HNO2, "(( (1.0 / log(10)) * ((3.2206 * log(10)) - (-14782.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO2-, 1.0, H+)
@species(HNO3,0)
@logKreaction(HNO3, "(( (1.0 / log(10)) * ((-1.3025 * log(10)) - (16815.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, H+)
@species(HP2O7-3,-3)
@logKreaction(HP2O7-3, "(( (1.0 / log(10)) * ((5.4498 * log(10)) - (23332.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, H+, -1.0, H2O)
@species(HPO3F-,-1)
@logKreaction(HPO3F-, "(( (1.0 / log(10)) * ((11.2988 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, HPO4-2, 1.0, F-, -1.0, H2O)
@species(HRuO5-,-1)
@logKreaction(HRuO5-, "(( (1.0 / log(10)) * ((-11.5244 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, RuO4, 1.0, H2O, -1.0, H+)
@species(HS2O3-,-1)
@logKreaction(HS2O3-, "(( (1.0 / log(10)) * ((1.0139 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, S2O3-2)
@species(HSO3-,-1)
@logKreaction(HSO3-, "(( (1.0 / log(10)) * ((7.2054 * log(10)) - (9330.32 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO3-2, 1.0, H+)
@species(HSO4-,-1)
@logKreaction(HSO4-, "(( (1.0 / log(10)) * ((1.9791 * log(10)) - (20501.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, H+)
@species(HSb2S4-,-1)
@logKreaction(HSb2S4-, "(( (1.0 / log(10)) * ((50.61 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, HS-, 3.0, H+, 2.0, Sb[OH]3, -6.0, H2O)
@species(HSeO3-,-1)
@logKreaction(HSeO3-, "(( (1.0 / log(10)) * ((7.2861 * log(10)) - (-5355.52 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SeO3-2, 1.0, H+)
@species(HSeO4-,-1)
@logKreaction(HSeO4-, "(( (1.0 / log(10)) * ((1.9058 * log(10)) - (17572.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SeO4-2, 1.0, H+)
@species(HSiO3-,-1)
@logKreaction(HSiO3-, "(( (1.0 / log(10)) * ((-9.9525 * log(10)) - (25991.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SiO2, 1.0, H2O, -1.0, H+)
@species(HTcO4-,-1)
@logKreaction(HTcO4-, "(( (1.0 / log(10)) * ((8.7071 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, TcO4-2, 1.0, H+)
@species(HVO4-2,-2)
@logKreaction(HVO4-2, "(( (1.0 / log(10)) * ((-15.1553 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, VO2+, -3.0, H+)
@species(Hf[OH]5-,-1)
@logKreaction(Hf[OH]5-, "(( (1.0 / log(10)) * ((-17.1754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, H2O, 1.0, Hf+4, -5.0, H+)
@species(HfOH+3,3)
@logKreaction(HfOH+3, "(( (1.0 / log(10)) * ((-0.2951 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hf+4, 1.0, H2O, -1.0, H+)
@species(Hg[Acetate]2,0)
@logKreaction(Hg[Acetate]2, "(( (1.0 / log(10)) * ((-2.6242 * log(10)) - (-30334.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Hg+2, -2.0, H+)
@species(Hg[Acetate]3-,-1)
@logKreaction(Hg[Acetate]3-, "(( (1.0 / log(10)) * ((-4.3247 * log(10)) - (-59705.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Hg+2, -3.0, H+)
@species(HgAcetate+,1)
@logKreaction(HgAcetate+, "(( (1.0 / log(10)) * ((-0.4691 * log(10)) - (-16568.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg+2, 1.0, HAcetate, -1.0, H+)
@species(Ho[Acetate]2+,1)
@logKreaction(Ho[Acetate]2+, "(( (1.0 / log(10)) * ((-4.9844 * log(10)) - (-28158.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Ho+3, -2.0, H+)
@species(Ho[Acetate]3,0)
@logKreaction(Ho[Acetate]3, "(( (1.0 / log(10)) * ((-8.3783 * log(10)) - (-47572.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Ho+3, -3.0, H+)
@species(Ho[CO3]2-,-1)
@logKreaction(Ho[CO3]2-, "(( (1.0 / log(10)) * ((-7.3576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Ho+3, -2.0, H+)
@species(Ho[HPO4]2-,-1)
@logKreaction(Ho[HPO4]2-, "(( (1.0 / log(10)) * ((9.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Ho+3)
@species(Ho[PO4]2-3,-3)
@logKreaction(Ho[PO4]2-3, "(( (1.0 / log(10)) * ((-3.3437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Ho+3, -2.0, H+)
@species(Ho[SO4]2-,-1)
@logKreaction(Ho[SO4]2-, "(( (1.0 / log(10)) * ((4.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Ho+3)
@species(HoAcetate+2,2)
@logKreaction(HoAcetate+2, "(( (1.0 / log(10)) * ((-2.1184 * log(10)) - (-14309.300000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, HAcetate, -1.0, H+)
@species(HoCO3+,1)
@logKreaction(HoCO3+, "(( (1.0 / log(10)) * ((-2.2591 * log(10)) - (89110.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, HCO3-, -1.0, H+)
@species(HoCl+2,2)
@logKreaction(HoCl+2, "(( (1.0 / log(10)) * ((0.2353 * log(10)) - (13945.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, Cl-)
@species(HoCl2+,1)
@logKreaction(HoCl2+, "(( (1.0 / log(10)) * ((-0.0425 * log(10)) - (17848.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Ho+3)
@species(HoCl3,0)
@logKreaction(HoCl3, "(( (1.0 / log(10)) * ((-0.4669 * log(10)) - (10037.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Ho+3)
@species(HoCl4-,-1)
@logKreaction(HoCl4-, "(( (1.0 / log(10)) * ((-0.8913 * log(10)) - (-12418.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Ho+3)
@species(HoF+2,2)
@logKreaction(HoF+2, "(( (1.0 / log(10)) * ((4.7352 * log(10)) - (22384.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, F-)
@species(HoF2+,1)
@logKreaction(HoF2+, "(( (1.0 / log(10)) * ((8.2976 * log(10)) - (11715.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Ho+3)
@species(HoF3,0)
@logKreaction(HoF3, "(( (1.0 / log(10)) * ((10.9071 * log(10)) - (-12761.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Ho+3)
@species(HoF4-,-1)
@logKreaction(HoF4-, "(( (1.0 / log(10)) * ((13.0035 * log(10)) - (-57739.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Ho+3)
@species(HoH2PO4+2,2)
@logKreaction(HoH2PO4+2, "(( (1.0 / log(10)) * ((9.4484 * log(10)) - (-17928.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, HPO4-2, 1.0, H+)
@species(HoHCO3+2,2)
@logKreaction(HoHCO3+2, "(( (1.0 / log(10)) * ((1.6991 * log(10)) - (7522.83 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, HCO3-)
@species(HoHPO4+,1)
@logKreaction(HoHPO4+, "(( (1.0 / log(10)) * ((5.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, HPO4-2)
@species(HoNO3+2,2)
@logKreaction(HoNO3+2, "(( (1.0 / log(10)) * ((0.2148 * log(10)) - (-30003.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Ho+3)
@species(HoO+,1)
@logKreaction(HoO+, "(( (1.0 / log(10)) * ((-16.0438 * log(10)) - (108437.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, H2O, -2.0, H+)
@species(HoO2-,-1)
@logKreaction(HoO2-, "(( (1.0 / log(10)) * ((-33.4804 * log(10)) - (274613.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Ho+3, -4.0, H+)
@species(HoO2H,0)
@logKreaction(HoO2H, "(( (1.0 / log(10)) * ((-24.5377 * log(10)) - (216873.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Ho+3, -3.0, H+)
@species(HoOH+2,2)
@logKreaction(HoOH+2, "(( (1.0 / log(10)) * ((-7.7609 * log(10)) - (76638.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, H2O, -1.0, H+)
@species(HoPO4,0)
@logKreaction(HoPO4, "(( (1.0 / log(10)) * ((0.2782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ho+3, 1.0, HPO4-2, -1.0, H+)
@species(HoSO4+,1)
@logKreaction(HoSO4+, "(( (1.0 / log(10)) * ((3.5697 * log(10)) - (20501.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Ho+3)
@species(K[Acetate]2-,-1)
@logKreaction(K[Acetate]2-, "(( (1.0 / log(10)) * ((-10.2914 * log(10)) - (-1799.1200000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, K+, -2.0, H+)
@species(KBr,0)
@logKreaction(KBr, "(( (1.0 / log(10)) * ((-1.7372 * log(10)) - (12510.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Br-)
@species(KAcetate,0)
@logKreaction(KAcetate, "(( (1.0 / log(10)) * ((-5.0211 * log(10)) - (4811.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, HAcetate, -1.0, H+)
@species(KCl,0)
@logKreaction(KCl, "(( (1.0 / log(10)) * ((-1.4946 * log(10)) - (14196.300000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Cl-)
@species(KHPO4-,-1)
@logKreaction(KHPO4-, "(( (1.0 / log(10)) * ((0.78 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, HPO4-2)
@species(KHSO4,0)
@logKreaction(KHSO4, "(( (1.0 / log(10)) * ((0.8136 * log(10)) - (29831.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, K+, 1.0, H+)
@species(KI,0)
@logKreaction(KI, "(( (1.0 / log(10)) * ((-1.598 * log(10)) - (9162.96 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, I-)
@species(KOH,0)
@logKreaction(KOH, "(( (1.0 / log(10)) * ((-14.46 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, H2O, -1.0, H+)
@species(KP2O7-3,-3)
@logKreaction(KP2O7-3, "(( (1.0 / log(10)) * ((-1.4286 * log(10)) - (34139.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, K+, -1.0, H2O)
@species(KSO4-,-1)
@logKreaction(KSO4-, "(( (1.0 / log(10)) * ((0.8796 * log(10)) - (2886.96 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, K+)
@species(La[Acetate]2+,1)
@logKreaction(La[Acetate]2+, "(( (1.0 / log(10)) * ((-5.3949 * log(10)) - (-23137.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, La+3, -2.0, H+)
@species(La[Acetate]3,0)
@logKreaction(La[Acetate]3, "(( (1.0 / log(10)) * ((-8.5982 * log(10)) - (-41923.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, La+3, -3.0, H+)
@species(La[CO3]2-,-1)
@logKreaction(La[CO3]2-, "(( (1.0 / log(10)) * ((-8.8576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, La+3, -2.0, H+)
@species(La[HPO4]2-,-1)
@logKreaction(La[HPO4]2-, "(( (1.0 / log(10)) * ((8.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, La+3)
@species(La[PO4]2-3,-3)
@logKreaction(La[PO4]2-3, "(( (1.0 / log(10)) * ((-7.0437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, La+3, -2.0, H+)
@species(La[SO4]2-,-1)
@logKreaction(La[SO4]2-, "(( (1.0 / log(10)) * ((5.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, La+3)
@species(La2[OH]2+4,4)
@logKreaction(La2[OH]2+4, "(( (1.0 / log(10)) * ((-22.9902 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, La+3, 2.0, H2O, -2.0, H+)
@species(La5[OH]9+6,6)
@logKreaction(La5[OH]9+6, "(( (1.0 / log(10)) * ((-71.1557 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 9.0, H2O, 5.0, La+3, -9.0, H+)
@species(LaAcetate+2,2)
@logKreaction(LaAcetate+2, "(( (1.0 / log(10)) * ((-2.2063 * log(10)) - (-12593.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, HAcetate, -1.0, H+)
@species(LaCO3+,1)
@logKreaction(LaCO3+, "(( (1.0 / log(10)) * ((-3.212 * log(10)) - (89529.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, HCO3-, -1.0, H+)
@species(LaCl+2,2)
@logKreaction(LaCl+2, "(( (1.0 / log(10)) * ((0.3086 * log(10)) - (14363.699999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, Cl-)
@species(LaCl2+,1)
@logKreaction(LaCl2+, "(( (1.0 / log(10)) * ((-0.0425 * log(10)) - (19104.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, La+3)
@species(LaCl3,0)
@logKreaction(LaCl3, "(( (1.0 / log(10)) * ((-0.3936 * log(10)) - (12547.800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, La+3)
@species(LaCl4-,-1)
@logKreaction(LaCl4-, "(( (1.0 / log(10)) * ((-0.818 * log(10)) - (-7815.71 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, La+3)
@species(LaF+2,2)
@logKreaction(LaF+2, "(( (1.0 / log(10)) * ((3.8556 * log(10)) - (26568.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, F-)
@species(LaF2+,1)
@logKreaction(LaF2+, "(( (1.0 / log(10)) * ((6.685 * log(10)) - (19664.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, La+3)
@species(LaF3,0)
@logKreaction(LaF3, "(( (1.0 / log(10)) * ((8.7081 * log(10)) - (-627.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, La+3)
@species(LaF4-,-1)
@logKreaction(LaF4-, "(( (1.0 / log(10)) * ((10.3647 * log(10)) - (-41421.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, La+3)
@species(LaH2PO4+2,2)
@logKreaction(LaH2PO4+2, "(( (1.0 / log(10)) * ((9.7417 * log(10)) - (-18346.800000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, HPO4-2, 1.0, H+)
@species(LaHCO3+2,2)
@logKreaction(LaHCO3+2, "(( (1.0 / log(10)) * ((1.9923 * log(10)) - (6686.03 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, HCO3-)
@species(LaHPO4+,1)
@logKreaction(LaHPO4+, "(( (1.0 / log(10)) * ((5.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, HPO4-2)
@species(LaNO3+2,2)
@logKreaction(LaNO3+2, "(( (1.0 / log(10)) * ((0.5813 * log(10)) - (-29166.699999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, La+3)
@species(LaO+,1)
@logKreaction(LaO+, "(( (1.0 / log(10)) * ((-18.1696 * log(10)) - (121407.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, H2O, -2.0, H+)
@species(LaO2-,-1)
@logKreaction(LaO2-, "(( (1.0 / log(10)) * ((-40.8105 * log(10)) - (318126.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, La+3, -4.0, H+)
@species(LaO2H,0)
@logKreaction(LaO2H, "(( (1.0 / log(10)) * ((-27.9095 * log(10)) - (237375.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, La+3, -3.0, H+)
@species(LaOH+2,2)
@logKreaction(LaOH+2, "(( (1.0 / log(10)) * ((-8.6405 * log(10)) - (82495.90000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, H2O, -1.0, H+)
@species(LaPO4,0)
@logKreaction(LaPO4, "(( (1.0 / log(10)) * ((-1.3618 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 1.0, HPO4-2, -1.0, H+)
@species(LaSO4+,1)
@logKreaction(LaSO4+, "(( (1.0 / log(10)) * ((3.643 * log(10)) - (18409.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, La+3)
@species(Li[Acetate]2-,-1)
@logKreaction(Li[Acetate]2-, "(( (1.0 / log(10)) * ((-9.2674 * log(10)) - (-24760.899999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Li+, -2.0, H+)
@species(LiAcetate,0)
@logKreaction(LiAcetate, "(( (1.0 / log(10)) * ((-4.4589 * log(10)) - (-6644.19 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Li+, 1.0, HAcetate, -1.0, H+)
@species(LiCl,0)
@logKreaction(LiCl, "(( (1.0 / log(10)) * ((-1.5115 * log(10)) - (3368.12 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Li+, 1.0, Cl-)
@species(LiOH,0)
@logKreaction(LiOH, "(( (1.0 / log(10)) * ((-13.64 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Li+, 1.0, H2O, -1.0, H+)
@species(LiSO4-,-1)
@logKreaction(LiSO4-, "(( (1.0 / log(10)) * ((0.77 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Li+)
@species(Lu[Acetate]2+,1)
@logKreaction(Lu[Acetate]2+, "(( (1.0 / log(10)) * ((-4.9625 * log(10)) - (-38534.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Lu+3, -2.0, H+)
@species(Lu[Acetate]3,0)
@logKreaction(Lu[Acetate]3, "(( (1.0 / log(10)) * ((-8.3489 * log(10)) - (-64517.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Lu+3, -3.0, H+)
@species(Lu[CO3]2-,-1)
@logKreaction(Lu[CO3]2-, "(( (1.0 / log(10)) * ((-6.8576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Lu+3, -2.0, H+)
@species(Lu[HPO4]2-,-1)
@logKreaction(Lu[HPO4]2-, "(( (1.0 / log(10)) * ((10.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Lu+3)
@species(Lu[PO4]2-3,-3)
@logKreaction(Lu[PO4]2-3, "(( (1.0 / log(10)) * ((-2.7437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Lu+3, -2.0, H+)
@species(Lu[SO4]2-,-1)
@logKreaction(Lu[SO4]2-, "(( (1.0 / log(10)) * ((5.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Lu+3)
@species(LuAcetate+2,2)
@logKreaction(LuAcetate+2, "(( (1.0 / log(10)) * ((-2.1037 * log(10)) - (-18970.300000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, HAcetate, -1.0, H+)
@species(LuCO3+,1)
@logKreaction(LuCO3+, "(( (1.0 / log(10)) * ((-2.0392 * log(10)) - (78232.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, HCO3-, -1.0, H+)
@species(LuCl+2,2)
@logKreaction(LuCl+2, "(( (1.0 / log(10)) * ((-0.0579 * log(10)) - (13526.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, Cl-)
@species(LuCl2+,1)
@logKreaction(LuCl2+, "(( (1.0 / log(10)) * ((-0.6289 * log(10)) - (15756.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Lu+3)
@species(LuCl3,0)
@logKreaction(LuCl3, "(( (1.0 / log(10)) * ((-1.1999 * log(10)) - (3568.9500000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Lu+3)
@species(LuCl4-,-1)
@logKreaction(LuCl4-, "(( (1.0 / log(10)) * ((-1.771 * log(10)) - (-25806.899999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Lu+3)
@species(LuF+2,2)
@logKreaction(LuF+2, "(( (1.0 / log(10)) * ((4.8085 * log(10)) - (25731.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, F-)
@species(LuF2+,1)
@logKreaction(LuF2+, "(( (1.0 / log(10)) * ((8.4442 * log(10)) - (14225.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Lu+3)
@species(LuF3,0)
@logKreaction(LuF3, "(( (1.0 / log(10)) * ((11.0999 * log(10)) - (-12342.800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Lu+3)
@species(LuF4-,-1)
@logKreaction(LuF4-, "(( (1.0 / log(10)) * ((13.2967 * log(10)) - (-64015.19999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Lu+3)
@species(LuH2PO4+2,2)
@logKreaction(LuH2PO4+2, "(( (1.0 / log(10)) * ((9.595 * log(10)) - (-23786.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, HPO4-2, 1.0, H+)
@species(LuHCO3+2,2)
@logKreaction(LuHCO3+2, "(( (1.0 / log(10)) * ((1.919 * log(10)) - (1665.23 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, HCO3-)
@species(LuHPO4+,1)
@logKreaction(LuHPO4+, "(( (1.0 / log(10)) * ((6.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, HPO4-2)
@species(LuNO3+2,2)
@logKreaction(LuNO3+2, "(( (1.0 / log(10)) * ((0.5813 * log(10)) - (-41718.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Lu+3)
@species(LuO+,1)
@logKreaction(LuO+, "(( (1.0 / log(10)) * ((-15.3108 * log(10)) - (99650.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, H2O, -2.0, H+)
@species(LuO2-,-1)
@logKreaction(LuO2-, "(( (1.0 / log(10)) * ((-31.9411 * log(10)) - (258713.00000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Lu+3, -4.0, H+)
@species(LuO2H,0)
@logKreaction(LuO2H, "(( (1.0 / log(10)) * ((-23.878 * log(10)) - (206832.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Lu+3, -3.0, H+)
@species(LuOH+2,2)
@logKreaction(LuOH+2, "(( (1.0 / log(10)) * ((-7.6143 * log(10)) - (72035.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, H2O, -1.0, H+)
@species(LuPO4,0)
@logKreaction(LuPO4, "(( (1.0 / log(10)) * ((0.6782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Lu+3, 1.0, HPO4-2, -1.0, H+)
@species(LuSO4+,1)
@logKreaction(LuSO4+, "(( (1.0 / log(10)) * ((3.5697 * log(10)) - (19539.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Lu+3)
@species(Mg[Acetate]2,0)
@logKreaction(Mg[Acetate]2, "(( (1.0 / log(10)) * ((-7.473 * log(10)) - (-23819.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Mg+2, -2.0, H+)
@species(Mg4[OH]4+4,4)
@logKreaction(Mg4[OH]4+4, "(( (1.0 / log(10)) * ((-39.75 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Mg+2, 4.0, H2O, -4.0, H+)
@species(MgB[OH]4+,1)
@logKreaction(MgB[OH]4+, "(( (1.0 / log(10)) * ((-7.3467 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, H2O, 1.0, B[OH]3, -1.0, H+)
@species(MgAcetate+,1)
@logKreaction(MgAcetate+, "(( (1.0 / log(10)) * ((-3.4781 * log(10)) - (-8422.39 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, HAcetate, -1.0, H+)
@species(MgCO3,0)
@logKreaction(MgCO3, "(( (1.0 / log(10)) * ((-7.3499 * log(10)) - (23827.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, HCO3-, -1.0, H+)
@species(MgCl+,1)
@logKreaction(MgCl+, "(( (1.0 / log(10)) * ((-0.1349 * log(10)) - (-585.76 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Cl-)
@species(MgF+,1)
@logKreaction(MgF+, "(( (1.0 / log(10)) * ((1.3524 * log(10)) - (2372.33 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, F-)
@species(MgH2PO4+,1)
@logKreaction(MgH2PO4+, "(( (1.0 / log(10)) * ((1.66 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, HPO4-2, 1.0, H+)
@species(MgHCO3+,1)
@logKreaction(MgHCO3+, "(( (1.0 / log(10)) * ((1.0357 * log(10)) - (2154.76 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, HCO3-)
@species(MgHPO4,0)
@logKreaction(MgHPO4, "(( (1.0 / log(10)) * ((2.91 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, HPO4-2)
@species(MgP2O7-2,-2)
@logKreaction(MgP2O7-2, "(( (1.0 / log(10)) * ((3.4727 * log(10)) - (38545.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Mg+2, -1.0, H2O)
@species(MgPO4-,-1)
@logKreaction(MgPO4-, "(( (1.0 / log(10)) * ((-5.7328 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, HPO4-2, -1.0, H+)
@species(MgSO4,0)
@logKreaction(MgSO4, "(( (1.0 / log(10)) * ((2.4117 * log(10)) - (19605.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Mg+2)
@species(Mn[Acetate]2,0)
@logKreaction(Mn[Acetate]2, "(( (1.0 / log(10)) * ((-7.4547 * log(10)) - (-11489.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Mn+2, -2.0, H+)
@species(Mn[Acetate]3-,-1)
@logKreaction(Mn[Acetate]3-, "(( (1.0 / log(10)) * ((-11.8747 * log(10)) - (-30359.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Mn+2, -3.0, H+)
@species(Mn[NO3]2,0)
@logKreaction(Mn[NO3]2, "(( (1.0 / log(10)) * ((0.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NO3-, 1.0, Mn+2)
@species(Mn[OH]2,0)
@logKreaction(Mn[OH]2, "(( (1.0 / log(10)) * ((-22.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Mn+2, -2.0, H+)
@species(Mn[OH]3-,-1)
@logKreaction(Mn[OH]3-, "(( (1.0 / log(10)) * ((-34.2278 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Mn+2, -3.0, H+)
@species(Mn[OH]4-2,-2)
@logKreaction(Mn[OH]4-2, "(( (1.0 / log(10)) * ((-48.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Mn+2, -4.0, H+)
@species(Mn2[OH]3+,1)
@logKreaction(Mn2[OH]3+, "(( (1.0 / log(10)) * ((-23.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 2.0, Mn+2, -3.0, H+)
@species(Mn2OH+3,3)
@logKreaction(Mn2OH+3, "(( (1.0 / log(10)) * ((-10.56 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Mn+2, 1.0, H2O, -1.0, H+)
@species(MnAcetate+,1)
@logKreaction(MnAcetate+, "(( (1.0 / log(10)) * ((-3.5404 * log(10)) - (-3079.4199999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, HAcetate, -1.0, H+)
@species(MnCO3,0)
@logKreaction(MnCO3, "(( (1.0 / log(10)) * ((-5.8088 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, HCO3-, -1.0, H+)
@species(MnCl+,1)
@logKreaction(MnCl+, "(( (1.0 / log(10)) * ((0.3013 * log(10)) - (18313.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Cl-)
@species(MnCl3-,-1)
@logKreaction(MnCl3-, "(( (1.0 / log(10)) * ((-0.3324 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Mn+2)
@species(MnF+,1)
@logKreaction(MnF+, "(( (1.0 / log(10)) * ((1.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, F-)
@species(MnH2PO4+,1)
@logKreaction(MnH2PO4+, "(( (1.0 / log(10)) * ((8.5554 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, HPO4-2, 1.0, H+)
@species(MnHCO3+,1)
@logKreaction(MnHCO3+, "(( (1.0 / log(10)) * ((0.8816 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, HCO3-)
@species(MnHPO4,0)
@logKreaction(MnHPO4, "(( (1.0 / log(10)) * ((3.58 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, HPO4-2)
@species(MnNO3+,1)
@logKreaction(MnNO3+, "(( (1.0 / log(10)) * ((0.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NO3-, 1.0, Mn+2)
@species(MnO4-,-1)
@species(MnOH+,1)
@logKreaction(MnOH+, "(( (1.0 / log(10)) * ((-10.59 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, H2O, -1.0, H+)
@species(MnPO4-,-1)
@logKreaction(MnPO4-, "(( (1.0 / log(10)) * ((-5.1318 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, HPO4-2, -1.0, H+)
@species(MnSO4,0)
@logKreaction(MnSO4, "(( (1.0 / log(10)) * ((2.3529 * log(10)) - (14116.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Mn+2)
@species(MnSeO4,0)
@logKreaction(MnSeO4, "(( (1.0 / log(10)) * ((2.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SeO4-2, 1.0, Mn+2)
@species(NH4[Acetate]2-,-1)
@logKreaction(NH4[Acetate]2-, "(( (1.0 / log(10)) * ((-0.1928 * log(10)) - (-56735.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, NH3, -1.0, H+)
@species(NH4+,1)
@logKreaction(NH4+, "(( (1.0 / log(10)) * ((9.241 * log(10)) - (-51923.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NH3, 1.0, H+)
@species(NH4Acetate,0)
@logKreaction(NH4Acetate, "(( (1.0 / log(10)) * ((4.6964 * log(10)) - (-48911.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NH3, 1.0, HAcetate)
@species(NH4SO4-,-1)
@logKreaction(NH4SO4-, "(( (1.0 / log(10)) * ((0.94 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, NH3, 1.0, H+)
@species(NH4SbO2,0)
@logKreaction(NH4SbO2, "(( (1.0 / log(10)) * ((-2.5797 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 1.0, NH3, -1.0, H2O)
@species(Na[Acetate]2-,-1)
@logKreaction(Na[Acetate]2-, "(( (1.0 / log(10)) * ((-9.9989 * log(10)) - (-11577.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Na+, -2.0, H+)
@species(Na[O_phthalate]-,-1)
@logKreaction(Na[O_phthalate]-, "(( (1.0 / log(10)) * ((0.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, O_phthalate-2, 1.0, Na+)
@species(Na2P2O7-2,-2)
@logKreaction(Na2P2O7-2, "(( (1.0 / log(10)) * ((0.4437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Na+, 2.0, HPO4-2, -1.0, H2O)
@species(NaAlO2,0)
@logKreaction(NaAlO2, "(( (1.0 / log(10)) * ((-23.6266 * log(10)) - (190326.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Na+, 1.0, Al+3, -4.0, H+)
@species(NaB[OH]4,0)
@logKreaction(NaB[OH]4, "(( (1.0 / log(10)) * ((-8.974 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, H2O, 1.0, B[OH]3, -1.0, H+)
@species(NaBr,0)
@logKreaction(NaBr, "(( (1.0 / log(10)) * ((-1.3568 * log(10)) - (6874.31 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Br-)
@species(NaAcetate,0)
@logKreaction(NaAcetate, "(( (1.0 / log(10)) * ((-4.8606 * log(10)) - (-29.288 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, HAcetate, -1.0, H+)
@species(NaCO3-,-1)
@logKreaction(NaCO3-, "(( (1.0 / log(10)) * ((-9.8144 * log(10)) - (-5652.099999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, HCO3-, -1.0, H+)
@species(NaCl,0)
@logKreaction(NaCl, "(( (1.0 / log(10)) * ((-0.777 * log(10)) - (5213.26 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Cl-)
@species(NaF,0)
@logKreaction(NaF, "(( (1.0 / log(10)) * ((-0.9976 * log(10)) - (7209.030000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, F-)
@species(NaHCO3,0)
@logKreaction(NaHCO3, "(( (1.0 / log(10)) * ((0.1541 * log(10)) - (-13774.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, HCO3-)
@species(NaHP2O7-2,-2)
@logKreaction(NaHP2O7-2, "(( (1.0 / log(10)) * ((6.8498 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Na+, 1.0, H+, -1.0, H2O)
@species(NaHPO4-,-1)
@logKreaction(NaHPO4-, "(( (1.0 / log(10)) * ((0.92 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, HPO4-2)
@species(NaHSiO3,0)
@logKreaction(NaHSiO3, "(( (1.0 / log(10)) * ((-8.304 * log(10)) - (11652.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SiO2, 1.0, Na+, 1.0, H2O, -1.0, H+)
@species(NaI,0)
@logKreaction(NaI, "(( (1.0 / log(10)) * ((-1.54 * log(10)) - (7334.55 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, I-)
@species(NaOH,0)
@logKreaction(NaOH, "(( (1.0 / log(10)) * ((-14.7948 * log(10)) - (53651.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, H2O, -1.0, H+)
@species(NaP2O7-3,-3)
@logKreaction(NaP2O7-3, "(( (1.0 / log(10)) * ((-1.4563 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Na+, -1.0, H2O)
@species(NaSO4-,-1)
@logKreaction(NaSO4-, "(( (1.0 / log(10)) * ((0.82 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Na+)
@species(Nd[Acetate]2+,1)
@logKreaction(Nd[Acetate]2+, "(( (1.0 / log(10)) * ((-4.9771 * log(10)) - (-22635.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Nd+3, -2.0, H+)
@species(Nd[Acetate]3,0)
@logKreaction(Nd[Acetate]3, "(( (1.0 / log(10)) * ((-8.2976 * log(10)) - (-38869.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Nd+3, -3.0, H+)
@species(Nd[CO3]2-,-1)
@logKreaction(Nd[CO3]2-, "(( (1.0 / log(10)) * ((-8.0576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Nd+3, -2.0, H+)
@species(Nd[HPO4]2-,-1)
@logKreaction(Nd[HPO4]2-, "(( (1.0 / log(10)) * ((9.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Nd+3)
@species(Nd[PO4]2-3,-3)
@logKreaction(Nd[PO4]2-3, "(( (1.0 / log(10)) * ((-5.1437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Nd+3, -2.0, H+)
@species(Nd[SO4]2-,-1)
@logKreaction(Nd[SO4]2-, "(( (1.0 / log(10)) * ((-255.7478 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Nd+3)
@species(Nd2[OH]2+4,4)
@logKreaction(Nd2[OH]2+4, "(( (1.0 / log(10)) * ((-13.8902 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Nd+3, 2.0, H2O, -2.0, H+)
@species(NdAcetate+2,2)
@logKreaction(NdAcetate+2, "(( (1.0 / log(10)) * ((-2.0891 * log(10)) - (-12008.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, HAcetate, -1.0, H+)
@species(NdCO3+,1)
@logKreaction(NdCO3+, "(( (1.0 / log(10)) * ((-2.6256 * log(10)) - (91621.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, HCO3-, -1.0, H+)
@species(NdCl+2,2)
@logKreaction(NdCl+2, "(( (1.0 / log(10)) * ((0.3086 * log(10)) - (14363.699999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, Cl-)
@species(NdCl2+,1)
@logKreaction(NdCl2+, "(( (1.0 / log(10)) * ((0.0308 * log(10)) - (20359.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Nd+3)
@species(NdCl3,0)
@logKreaction(NdCl3, "(( (1.0 / log(10)) * ((-0.3203 * log(10)) - (15058.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Nd+3)
@species(NdCl4-,-1)
@logKreaction(NdCl4-, "(( (1.0 / log(10)) * ((-0.7447 * log(10)) - (-3213.31 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Nd+3)
@species(NdF+2,2)
@logKreaction(NdF+2, "(( (1.0 / log(10)) * ((4.3687 * log(10)) - (22802.800000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, F-)
@species(NdF2+,1)
@logKreaction(NdF2+, "(( (1.0 / log(10)) * ((7.5646 * log(10)) - (13807.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Nd+3)
@species(NdF3,0)
@logKreaction(NdF3, "(( (1.0 / log(10)) * ((9.8809 * log(10)) - (-8158.799999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Nd+3)
@species(NdF4-,-1)
@logKreaction(NdF4-, "(( (1.0 / log(10)) * ((11.8307 * log(10)) - (-48534.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Nd+3)
@species(NdH2PO4+2,2)
@logKreaction(NdH2PO4+2, "(( (1.0 / log(10)) * ((9.5152 * log(10)) - (-15736.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, HPO4-2, 1.0, H+)
@species(NdHCO3+2,2)
@logKreaction(NdHCO3+2, "(( (1.0 / log(10)) * ((1.8457 * log(10)) - (9196.43 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, HCO3-)
@species(NdHPO4+,1)
@logKreaction(NdHPO4+, "(( (1.0 / log(10)) * ((5.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, HPO4-2)
@species(NdNO3+2,2)
@logKreaction(NdNO3+2, "(( (1.0 / log(10)) * ((0.7902 * log(10)) - (-27852.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, NO3-)
@species(NdO+,1)
@logKreaction(NdO+, "(( (1.0 / log(10)) * ((-17.0701 * log(10)) - (116386.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, H2O, -2.0, H+)
@species(NdO2-,-1)
@logKreaction(NdO2-, "(( (1.0 / log(10)) * ((-37.0721 * log(10)) - (298880.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Nd+3, -4.0, H+)
@species(NdO2H,0)
@logKreaction(NdO2H, "(( (1.0 / log(10)) * ((-26.3702 * log(10)) - (230681.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Nd+3, -3.0, H+)
@species(NdOH+2,2)
@logKreaction(NdOH+2, "(( (1.0 / log(10)) * ((-8.1274 * log(10)) - (80822.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, H2O, -1.0, H+)
@species(NdPO4,0)
@logKreaction(NdPO4, "(( (1.0 / log(10)) * ((-0.5218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Nd+3, 1.0, HPO4-2, -1.0, H+)
@species(NdSO4+,1)
@logKreaction(NdSO4+, "(( (1.0 / log(10)) * ((3.643 * log(10)) - (20083.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Nd+3)
@species(Ni[Acetate]2,0)
@logKreaction(Ni[Acetate]2, "(( (1.0 / log(10)) * ((-7.1908 * log(10)) - (-25857.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Ni+2, -2.0, H+)
@species(Ni[Acetate]3-,-1)
@logKreaction(Ni[Acetate]3-, "(( (1.0 / log(10)) * ((-11.3543 * log(10)) - (-53680.700000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Ni+2, -3.0, H+)
@species(Ni[NH3]2+2,2)
@logKreaction(Ni[NH3]2+2, "(( (1.0 / log(10)) * ((5.0598 * log(10)) - (-29750.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NH3, 1.0, Ni+2)
@species(Ni[NH3]6+2,2)
@logKreaction(Ni[NH3]6+2, "(( (1.0 / log(10)) * ((8.7344 * log(10)) - (-88043.59999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 6.0, NH3, 1.0, Ni+2)
@species(Ni[NO3]2,0)
@logKreaction(Ni[NO3]2, "(( (1.0 / log(10)) * ((0.1899 * log(10)) - (-1541.53 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NO3-, 1.0, Ni+2)
@species(Ni[OH]2,0)
@logKreaction(Ni[OH]2, "(( (1.0 / log(10)) * ((-19.9902 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Ni+2, -2.0, H+)
@species(Ni[OH]3-,-1)
@logKreaction(Ni[OH]3-, "(( (1.0 / log(10)) * ((-30.9852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Ni+2, -3.0, H+)
@species(Ni2OH+3,3)
@logKreaction(Ni2OH+3, "(( (1.0 / log(10)) * ((-10.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ni+2, 1.0, H2O, -1.0, H+)
@species(Ni4[OH]4+4,4)
@logKreaction(Ni4[OH]4+4, "(( (1.0 / log(10)) * ((-27.6803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Ni+2, 4.0, H2O, -4.0, H+)
@species(NiBr+,1)
@logKreaction(NiBr+, "(( (1.0 / log(10)) * ((-0.37 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Br-)
@species(NiAcetate+,1)
@logKreaction(NiAcetate+, "(( (1.0 / log(10)) * ((-3.3278 * log(10)) - (-10250.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, HAcetate, -1.0, H+)
@species(NiCl+,1)
@logKreaction(NiCl+, "(( (1.0 / log(10)) * ((-0.9962 * log(10)) - (5995.669999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Cl-)
@species(NiHP2O7-,-1)
@logKreaction(NiHP2O7-, "(( (1.0 / log(10)) * ((9.268 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Ni+2, 1.0, H+, -1.0, H2O)
@species(NiNO3+,1)
@logKreaction(NiNO3+, "(( (1.0 / log(10)) * ((0.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, NO3-)
@species(NiP2O7-2,-2)
@logKreaction(NiP2O7-2, "(( (1.0 / log(10)) * ((3.1012 * log(10)) - (9688.19 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Ni+2, -1.0, H2O)
@species(NiSO4,0)
@logKreaction(NiSO4, "(( (1.0 / log(10)) * ((2.1257 * log(10)) - (2368.14 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Ni+2)
@species(NiSeO4,0)
@logKreaction(NiSeO4, "(( (1.0 / log(10)) * ((2.67 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SeO4-2, 1.0, Ni+2)
@species(Np[CO3]5-6,-6)
@logKreaction(Np[CO3]5-6, "(( (1.0 / log(10)) * ((-13.344 * log(10)) - (92706.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, HCO3-, 1.0, Np+4, -5.0, H+)
@species(Np[H2PO4]2+,1)
@logKreaction(Np[H2PO4]2+, "(( (1.0 / log(10)) * ((3.7 * log(10)) - (-1552.5800000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 2.0, H+, 1.0, Np+3)
@species(Np[H2PO4]3,0)
@logKreaction(Np[H2PO4]3, "(( (1.0 / log(10)) * ((5.6 * log(10)) - (-21857.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HPO4-2, 3.0, H+, 1.0, Np+3)
@species(Np[HPO4]2,0)
@logKreaction(Np[HPO4]2, "(( (1.0 / log(10)) * ((23.7 * log(10)) - (-35240.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Np+4)
@species(Np[HPO4]3-2,-2)
@logKreaction(Np[HPO4]3-2, "(( (1.0 / log(10)) * ((33.4 * log(10)) - (-44909.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HPO4-2, 1.0, Np+4)
@species(Np[HPO4]4-4,-4)
@logKreaction(Np[HPO4]4-4, "(( (1.0 / log(10)) * ((43.2 * log(10)) - (-67080.29999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, HPO4-2, 1.0, Np+4)
@species(Np[HPO4]5-6,-6)
@logKreaction(Np[HPO4]5-6, "(( (1.0 / log(10)) * ((52.0 * log(10)) - (-83540.09999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, HPO4-2, 1.0, Np+4)
@species(Np[OH]2+2,2)
@logKreaction(Np[OH]2+2, "(( (1.0 / log(10)) * ((-2.8 * log(10)) - (77066.90000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Np+4, -2.0, H+)
@species(Np[OH]3+,1)
@logKreaction(Np[OH]3+, "(( (1.0 / log(10)) * ((-5.8 * log(10)) - (99539.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Np+4, -3.0, H+)
@species(Np[OH]4,0)
@logKreaction(Np[OH]4, "(( (1.0 / log(10)) * ((-9.6 * log(10)) - (109585.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Np+4, -4.0, H+)
@species(Np[SO4]2,0)
@logKreaction(Np[SO4]2, "(( (1.0 / log(10)) * ((9.9 * log(10)) - (40005.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Np+4)
@species(NpCl+3,3)
@logKreaction(NpCl+3, "(( (1.0 / log(10)) * ((0.2 * log(10)) - (20373.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Np+4, 1.0, Cl-)
@species(NpCl2+2,2)
@logKreaction(NpCl2+2, "(( (1.0 / log(10)) * ((-0.1 * log(10)) - (94585.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Np+4)
@species(NpF+3,3)
@logKreaction(NpF+3, "(( (1.0 / log(10)) * ((8.7 * log(10)) - (-3437.46 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Np+4, 1.0, F-)
@species(NpF2+2,2)
@logKreaction(NpF2+2, "(( (1.0 / log(10)) * ((15.4 * log(10)) - (6030.9400000000005 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Np+4)
@species(NpH2PO4+2,2)
@logKreaction(NpH2PO4+2, "(( (1.0 / log(10)) * ((2.4 * log(10)) - (6087.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Np+3, 1.0, HPO4-2, 1.0, H+)
@species(NpHPO4+2,2)
@logKreaction(NpHPO4+2, "(( (1.0 / log(10)) * ((12.9 * log(10)) - (7545.54 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Np+4, 1.0, HPO4-2)
@species(NpO2[CO3]2-2,-2)
@logKreaction(NpO2[CO3]2-2, "(( (1.0 / log(10)) * ((-6.6576 * log(10)) - (57258.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, NpO2+2, -2.0, H+)
@species(NpO2[CO3]2-3,-3)
@logKreaction(NpO2[CO3]2-3, "(( (1.0 / log(10)) * ((-13.6576 * log(10)) - (58155.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, NpO2+, -2.0, H+)
@species(NpO2[CO3]3-5,-5)
@logKreaction(NpO2[CO3]3-5, "(( (1.0 / log(10)) * ((-22.4864 * log(10)) - (70176.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HCO3-, 1.0, NpO2+, -3.0, H+)
@species(NpO2[CO3]3-4,-4)
@logKreaction(NpO2[CO3]3-4, "(( (1.0 / log(10)) * ((-10.5864 * log(10)) - (3147.11 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HCO3-, 1.0, NpO2+2, -3.0, H+)
@species(NpO2CO3-,-1)
@logKreaction(NpO2CO3-, "(( (1.0 / log(10)) * ((-5.7288 * log(10)) - (69163.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+, 1.0, HCO3-, -1.0, H+)
@species(NpO2Cl,0)
@logKreaction(NpO2Cl, "(( (1.0 / log(10)) * ((-0.4 * log(10)) - (15449.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+, 1.0, Cl-)
@species(NpO2Cl+,1)
@logKreaction(NpO2Cl+, "(( (1.0 / log(10)) * ((-0.2 * log(10)) - (11623.900000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+2, 1.0, Cl-)
@species(NpO2F,0)
@logKreaction(NpO2F, "(( (1.0 / log(10)) * ((1.0 * log(10)) - (34252.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+, 1.0, F-)
@species(NpO2F+,1)
@logKreaction(NpO2F+, "(( (1.0 / log(10)) * ((4.6 * log(10)) - (883.568 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+2, 1.0, F-)
@species(NpO2F2,0)
@logKreaction(NpO2F2, "(( (1.0 / log(10)) * ((7.8 * log(10)) - (2603.19 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, NpO2+2)
@species(NpO2H2PO4,0)
@logKreaction(NpO2H2PO4, "(( (1.0 / log(10)) * ((0.6 * log(10)) - (18717.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+, 1.0, HPO4-2, 1.0, H+)
@species(NpO2H2PO4+,1)
@logKreaction(NpO2H2PO4+, "(( (1.0 / log(10)) * ((2.3 * log(10)) - (9310.140000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+2, 1.0, HPO4-2, 1.0, H+)
@species(NpO2HPO4,0)
@logKreaction(NpO2HPO4, "(( (1.0 / log(10)) * ((8.2 * log(10)) - (-6476.09 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+2, 1.0, HPO4-2)
@species(NpO2HPO4-,-1)
@logKreaction(NpO2HPO4-, "(( (1.0 / log(10)) * ((3.5 * log(10)) - (49866.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+, 1.0, HPO4-2)
@species(NpO2OH,0)
@logKreaction(NpO2OH, "(( (1.0 / log(10)) * ((-8.9 * log(10)) - (43628.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+, 1.0, H2O, -1.0, H+)
@species(NpO2OH+,1)
@logKreaction(NpO2OH+, "(( (1.0 / log(10)) * ((-5.2 * log(10)) - (43380.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NpO2+2, 1.0, H2O, -1.0, H+)
@species(NpO2SO4,0)
@logKreaction(NpO2SO4, "(( (1.0 / log(10)) * ((3.3 * log(10)) - (19878.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, NpO2+2)
@species(NpO2SO4-,-1)
@logKreaction(NpO2SO4-, "(( (1.0 / log(10)) * ((0.4 * log(10)) - (19139.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, NpO2+)
@species(NpOH+2,2)
@logKreaction(NpOH+2, "(( (1.0 / log(10)) * ((-7.0 * log(10)) - (50103.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Np+3, 1.0, H2O, -1.0, H+)
@species(NpOH+3,3)
@logKreaction(NpOH+3, "(( (1.0 / log(10)) * ((-1.0 * log(10)) - (51008.899999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Np+4, 1.0, H2O, -1.0, H+)
@species(NpSO4+2,2)
@logKreaction(NpSO4+2, "(( (1.0 / log(10)) * ((5.5 * log(10)) - (20737.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Np+4)
@species(OH-,-1)
@logKreaction(OH-, "(( (1.0 / log(10)) * ((-13.9951 * log(10)) - (55814.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, -1.0, H+)
@species(P2O7-4,-4)
@logKreaction(P2O7-4, "(( (1.0 / log(10)) * ((-3.7463 * log(10)) - (27225.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, -1.0, H2O)
@species(PH4+,1)
@species(PO3F-2,-2)
@logKreaction(PO3F-2, "(( (1.0 / log(10)) * ((7.1993 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, H+, 1.0, F-, -1.0, H2O)
@species(PO4-3,-3)
@logKreaction(PO4-3, "(( (1.0 / log(10)) * ((-12.3218 * log(10)) - (14706.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, -1.0, H+)
@species(Pb[BrO3]2,0)
@logKreaction(Pb[BrO3]2, "(( (1.0 / log(10)) * ((5.1939 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, BrO3-, 1.0, Pb+2)
@species(Pb[Acetate]2,0)
@logKreaction(Pb[Acetate]2, "(( (1.0 / log(10)) * ((-6.1133 * log(10)) - (10543.699999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Pb+2, -2.0, H+)
@species(Pb[Acetate]3-,-1)
@logKreaction(Pb[Acetate]3-, "(( (1.0 / log(10)) * ((-8.972 * log(10)) - (-2845.12 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Pb+2, -3.0, H+)
@species(Pb[CO3]2-2,-2)
@logKreaction(Pb[CO3]2-2, "(( (1.0 / log(10)) * ((-11.2576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Pb+2, -2.0, H+)
@species(Pb[ClO3]2,0)
@logKreaction(Pb[ClO3]2, "(( (1.0 / log(10)) * ((-0.5133 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, ClO3-, 1.0, Pb+2)
@species(Pb[OH]2,0)
@logKreaction(Pb[OH]2, "(( (1.0 / log(10)) * ((-17.0902 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Pb+2, -2.0, H+)
@species(Pb[OH]3-,-1)
@logKreaction(Pb[OH]3-, "(( (1.0 / log(10)) * ((-28.0852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Pb+2, -3.0, H+)
@species(Pb[Thiocyanate]2,0)
@logKreaction(Pb[Thiocyanate]2, "(( (1.0 / log(10)) * ((1.2455 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Thiocyanate-, 1.0, Pb+2)
@species(Pb2OH+3,3)
@logKreaction(Pb2OH+3, "(( (1.0 / log(10)) * ((-6.3951 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Pb+2, 1.0, H2O, -1.0, H+)
@species(Pb3[OH]4+2,2)
@logKreaction(Pb3[OH]4+2, "(( (1.0 / log(10)) * ((-23.8803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 3.0, Pb+2, -4.0, H+)
@species(Pb4[OH]4+4,4)
@logKreaction(Pb4[OH]4+4, "(( (1.0 / log(10)) * ((-20.8803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Pb+2, 4.0, H2O, -4.0, H+)
@species(Pb6[OH]8+4,4)
@logKreaction(Pb6[OH]8+4, "(( (1.0 / log(10)) * ((-43.5606 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 8.0, H2O, 6.0, Pb+2, -8.0, H+)
@species(PbBr+,1)
@logKreaction(PbBr+, "(( (1.0 / log(10)) * ((1.1831 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Br-)
@species(PbBr2,0)
@logKreaction(PbBr2, "(( (1.0 / log(10)) * ((1.5062 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Br-, 1.0, Pb+2)
@species(PbBr3-,-1)
@logKreaction(PbBr3-, "(( (1.0 / log(10)) * ((1.2336 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Br-, 1.0, Pb+2)
@species(PbBrO3+,1)
@logKreaction(PbBrO3+, "(( (1.0 / log(10)) * ((1.9373 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, BrO3-)
@species(PbAcetate+,1)
@logKreaction(PbAcetate+, "(( (1.0 / log(10)) * ((-2.3603 * log(10)) - (-2.33147E-12 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, HAcetate, -1.0, H+)
@species(PbCO3,0)
@logKreaction(PbCO3, "(( (1.0 / log(10)) * ((-3.7488 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, HCO3-, -1.0, H+)
@species(PbCl+,1)
@logKreaction(PbCl+, "(( (1.0 / log(10)) * ((1.4374 * log(10)) - (4531.27 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Cl-)
@species(PbCl2,0)
@logKreaction(PbCl2, "(( (1.0 / log(10)) * ((2.0026 * log(10)) - (8142.06 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Pb+2)
@species(PbCl3-,-1)
@logKreaction(PbCl3-, "(( (1.0 / log(10)) * ((1.6881 * log(10)) - (7861.74 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Pb+2)
@species(PbCl4-2,-2)
@logKreaction(PbCl4-2, "(( (1.0 / log(10)) * ((1.4909 * log(10)) - (-7188.11 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Pb+2)
@species(PbClO3+,1)
@logKreaction(PbClO3+, "(( (1.0 / log(10)) * ((-0.2208 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, ClO3-)
@species(PbF+,1)
@logKreaction(PbF+, "(( (1.0 / log(10)) * ((0.8284 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, F-)
@species(PbF2,0)
@logKreaction(PbF2, "(( (1.0 / log(10)) * ((1.6132 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Pb+2)
@species(PbH2PO4+,1)
@logKreaction(PbH2PO4+, "(( (1.0 / log(10)) * ((1.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, HPO4-2, 1.0, H+)
@species(PbHPO4,0)
@logKreaction(PbHPO4, "(( (1.0 / log(10)) * ((3.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, HPO4-2)
@species(PbI+,1)
@logKreaction(PbI+, "(( (1.0 / log(10)) * ((1.9597 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, I-)
@species(PbI2,0)
@logKreaction(PbI2, "(( (1.0 / log(10)) * ((2.7615 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, I-, 1.0, Pb+2)
@species(PbI3-,-1)
@logKreaction(PbI3-, "(( (1.0 / log(10)) * ((3.3355 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, I-, 1.0, Pb+2)
@species(PbI4-2,-2)
@logKreaction(PbI4-2, "(( (1.0 / log(10)) * ((4.0672 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, I-, 1.0, Pb+2)
@species(PbNO3+,1)
@logKreaction(PbNO3+, "(( (1.0 / log(10)) * ((1.2271 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, NO3-)
@species(PbOH+,1)
@logKreaction(PbOH+, "(( (1.0 / log(10)) * ((-7.6951 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, H2O, -1.0, H+)
@species(PbP2O7-2,-2)
@logKreaction(PbP2O7-2, "(( (1.0 / log(10)) * ((7.4136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Pb+2, -1.0, H2O)
@species(PbThiocyanate+,1)
@logKreaction(PbThiocyanate+, "(( (1.0 / log(10)) * ((0.9827 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Thiocyanate-, 1.0, Pb+2)
@species(PdCl+,1)
@logKreaction(PdCl+, "(( (1.0 / log(10)) * ((6.0993 * log(10)) - (-31995.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pd+2, 1.0, Cl-)
@species(PdCl2,0)
@logKreaction(PdCl2, "(( (1.0 / log(10)) * ((10.7327 * log(10)) - (-66165.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Pd+2)
@species(PdCl3-,-1)
@logKreaction(PdCl3-, "(( (1.0 / log(10)) * ((13.0937 * log(10)) - (-101592.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Pd+2)
@species(PdCl4-2,-2)
@logKreaction(PdCl4-2, "(( (1.0 / log(10)) * ((15.1615 * log(10)) - (-152080.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Pd+2)
@species(PdO,0)
@logKreaction(PdO, "(( (1.0 / log(10)) * ((-2.19 * log(10)) - (6430.81 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pd+2, 1.0, H2O, -2.0, H+)
@species(PdOH+,1)
@logKreaction(PdOH+, "(( (1.0 / log(10)) * ((-1.0905 * log(10)) - (-3192.39 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pd+2, 1.0, H2O, -1.0, H+)
@species(Pm[CO3]2-,-1)
@logKreaction(Pm[CO3]2-, "(( (1.0 / log(10)) * ((-7.9576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Pm+3, -2.0, H+)
@species(Pm[HPO4]2-,-1)
@logKreaction(Pm[HPO4]2-, "(( (1.0 / log(10)) * ((9.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Pm+3)
@species(Pm[OH]2+,1)
@logKreaction(Pm[OH]2+, "(( (1.0 / log(10)) * ((-16.7902 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Pm+3, -2.0, H+)
@species(Pm[OH]3,0)
@logKreaction(Pm[OH]3, "(( (1.0 / log(10)) * ((-26.1852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Pm+3, -3.0, H+)
@species(Pm[PO4]2-3,-3)
@logKreaction(Pm[PO4]2-3, "(( (1.0 / log(10)) * ((-4.6837 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Pm+3, -2.0, H+)
@species(Pm[SO4]2-,-1)
@logKreaction(Pm[SO4]2-, "(( (1.0 / log(10)) * ((5.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Pm+3)
@species(PmCO3+,1)
@logKreaction(PmCO3+, "(( (1.0 / log(10)) * ((-2.6288 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm+3, 1.0, HCO3-, -1.0, H+)
@species(PmCl+2,2)
@logKreaction(PmCl+2, "(( (1.0 / log(10)) * ((0.34 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm+3, 1.0, Cl-)
@species(PmF+2,2)
@logKreaction(PmF+2, "(( (1.0 / log(10)) * ((3.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm+3, 1.0, F-)
@species(PmH2PO4+2,2)
@logKreaction(PmH2PO4+2, "(( (1.0 / log(10)) * ((9.6054 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm+3, 1.0, HPO4-2, 1.0, H+)
@species(PmHCO3+2,2)
@logKreaction(PmHCO3+2, "(( (1.0 / log(10)) * ((2.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm+3, 1.0, HCO3-)
@species(PmHPO4+,1)
@logKreaction(PmHPO4+, "(( (1.0 / log(10)) * ((5.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm+3, 1.0, HPO4-2)
@species(PmNO3+2,2)
@logKreaction(PmNO3+2, "(( (1.0 / log(10)) * ((1.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm+3, 1.0, NO3-)
@species(PmOH+2,2)
@logKreaction(PmOH+2, "(( (1.0 / log(10)) * ((-7.9951 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm+3, 1.0, H2O, -1.0, H+)
@species(PmPO4,0)
@logKreaction(PmPO4, "(( (1.0 / log(10)) * ((-0.3718 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pm+3, 1.0, HPO4-2, -1.0, H+)
@species(PmSO4+,1)
@logKreaction(PmSO4+, "(( (1.0 / log(10)) * ((3.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Pm+3)
@species(Pr[Acetate]2+,1)
@logKreaction(Pr[Acetate]2+, "(( (1.0 / log(10)) * ((-4.8525 * log(10)) - (-23890.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Pr+3, -2.0, H+)
@species(Pr[Acetate]3,0)
@logKreaction(Pr[Acetate]3, "(( (1.0 / log(10)) * ((-8.2023 * log(10)) - (-40375.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Pr+3, -3.0, H+)
@species(Pr[CO3]2-,-1)
@logKreaction(Pr[CO3]2-, "(( (1.0 / log(10)) * ((-8.1076 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Pr+3, -2.0, H+)
@species(Pr[HPO4]2-,-1)
@logKreaction(Pr[HPO4]2-, "(( (1.0 / log(10)) * ((8.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Pr+3)
@species(Pr[PO4]2-3,-3)
@logKreaction(Pr[PO4]2-3, "(( (1.0 / log(10)) * ((-5.5637 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Pr+3, -2.0, H+)
@species(Pr[SO4]2-,-1)
@logKreaction(Pr[SO4]2-, "(( (1.0 / log(10)) * ((4.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Pr+3)
@species(PrAcetate+2,2)
@logKreaction(PrAcetate+2, "(( (1.0 / log(10)) * ((-2.0451 * log(10)) - (-12468.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, HAcetate, -1.0, H+)
@species(PrCO3+,1)
@logKreaction(PrCO3+, "(( (1.0 / log(10)) * ((-2.7722 * log(10)) - (92458.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, HCO3-, -1.0, H+)
@species(PrCl+2,2)
@logKreaction(PrCl+2, "(( (1.0 / log(10)) * ((0.3086 * log(10)) - (14363.699999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, Cl-)
@species(PrCl2+,1)
@logKreaction(PrCl2+, "(( (1.0 / log(10)) * ((0.0308 * log(10)) - (20359.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Pr+3)
@species(PrCl3,0)
@logKreaction(PrCl3, "(( (1.0 / log(10)) * ((-0.3203 * log(10)) - (14221.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Pr+3)
@species(PrCl4-,-1)
@logKreaction(PrCl4-, "(( (1.0 / log(10)) * ((-0.7447 * log(10)) - (-4050.11 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Pr+3)
@species(PrF+2,2)
@logKreaction(PrF+2, "(( (1.0 / log(10)) * ((4.2221 * log(10)) - (23221.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, F-)
@species(PrF2+,1)
@logKreaction(PrF2+, "(( (1.0 / log(10)) * ((7.3447 * log(10)) - (14644.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Pr+3)
@species(PrF3,0)
@logKreaction(PrF3, "(( (1.0 / log(10)) * ((9.661 * log(10)) - (-6485.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Pr+3)
@species(PrF4-,-1)
@logKreaction(PrF4-, "(( (1.0 / log(10)) * ((11.5375 * log(10)) - (-47279.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Pr+3)
@species(PrH2PO4+2,2)
@logKreaction(PrH2PO4+2, "(( (1.0 / log(10)) * ((9.595 * log(10)) - (-16254.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, HPO4-2, 1.0, H+)
@species(PrHCO3+2,2)
@logKreaction(PrHCO3+2, "(( (1.0 / log(10)) * ((1.919 * log(10)) - (-12978.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, HCO3-)
@species(PrHPO4+,1)
@logKreaction(PrHPO4+, "(( (1.0 / log(10)) * ((5.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, HPO4-2)
@species(PrNO3+2,2)
@logKreaction(PrNO3+2, "(( (1.0 / log(10)) * ((0.6546 * log(10)) - (-27911.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, NO3-)
@species(PrO+,1)
@logKreaction(PrO+, "(( (1.0 / log(10)) * ((-17.29 * log(10)) - (117642.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, H2O, -2.0, H+)
@species(PrO2-,-1)
@logKreaction(PrO2-, "(( (1.0 / log(10)) * ((-37.5852 * log(10)) - (301390.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Pr+3, -4.0, H+)
@species(PrO2H,0)
@logKreaction(PrO2H, "(( (1.0 / log(10)) * ((-26.5901 * log(10)) - (231517.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Pr+3, -3.0, H+)
@species(PrOH+2,2)
@logKreaction(PrOH+2, "(( (1.0 / log(10)) * ((-8.274 * log(10)) - (81240.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, H2O, -1.0, H+)
@species(PrPO4,0)
@logKreaction(PrPO4, "(( (1.0 / log(10)) * ((-0.7218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pr+3, 1.0, HPO4-2, -1.0, H+)
@species(PrSO4+,1)
@logKreaction(PrSO4+, "(( (1.0 / log(10)) * ((-3.687 * log(10)) - (19664.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Pr+3)
@species(Pu[HPO4]2,0)
@logKreaction(Pu[HPO4]2, "(( (1.0 / log(10)) * ((23.8483 * log(10)) - (25927.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Pu+4)
@species(Pu[HPO4]3-2,-2)
@logKreaction(Pu[HPO4]3-2, "(( (1.0 / log(10)) * ((33.4599 * log(10)) - (-6494.12 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HPO4-2, 1.0, Pu+4)
@species(Pu[HPO4]4-4,-4)
@logKreaction(Pu[HPO4]4-4, "(( (1.0 / log(10)) * ((43.2467 * log(10)) - (-77483.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, HPO4-2, 1.0, Pu+4)
@species(Pu[OH]2+2,2)
@logKreaction(Pu[OH]2+2, "(( (1.0 / log(10)) * ((-2.3235 * log(10)) - (74347.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Pu+4, -2.0, H+)
@species(Pu[OH]3+,1)
@logKreaction(Pu[OH]3+, "(( (1.0 / log(10)) * ((-5.281 * log(10)) - (96578.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Pu+4, -3.0, H+)
@species(Pu[OH]4,0)
@logKreaction(Pu[OH]4, "(( (1.0 / log(10)) * ((-9.5174 * log(10)) - (109113.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Pu+4, -4.0, H+)
@species(Pu[SO4]2,0)
@logKreaction(Pu[SO4]2, "(( (1.0 / log(10)) * ((10.2456 * log(10)) - (41012.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Pu+4)
@species(Pu[SO4]2-,-1)
@logKreaction(Pu[SO4]2-, "(( (1.0 / log(10)) * ((6.32 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Pu+3)
@species(PuF+3,3)
@logKreaction(PuF+3, "(( (1.0 / log(10)) * ((8.46 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu+4, 1.0, F-)
@species(PuF2+2,2)
@logKreaction(PuF2+2, "(( (1.0 / log(10)) * ((15.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Pu+4)
@species(PuF3+,1)
@logKreaction(PuF3+, "(( (1.0 / log(10)) * ((5.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Pu+4)
@species(PuF4,0)
@logKreaction(PuF4, "(( (1.0 / log(10)) * ((4.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Pu+4)
@species(PuH2PO4+2,2)
@logKreaction(PuH2PO4+2, "(( (1.0 / log(10)) * ((9.6817 * log(10)) - (28597.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu+3, 1.0, HPO4-2, 1.0, H+)
@species(PuHPO4+2,2)
@logKreaction(PuHPO4+2, "(( (1.0 / log(10)) * ((13.0103 * log(10)) - (40306.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu+4, 1.0, HPO4-2)
@species(PuO2[CO3]2-2,-2)
@logKreaction(PuO2[CO3]2-2, "(( (1.0 / log(10)) * ((-5.7428 * log(10)) - (52334.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, PuO2+2, -2.0, H+)
@species(PuO2Cl+,1)
@logKreaction(PuO2Cl+, "(( (1.0 / log(10)) * ((-0.2084 * log(10)) - (11612.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, PuO2+2, 1.0, Cl-)
@species(PuO2F+,1)
@logKreaction(PuO2F+, "(( (1.0 / log(10)) * ((5.6674 * log(10)) - (-5209.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, PuO2+2, 1.0, F-)
@species(PuO2F2,0)
@logKreaction(PuO2F2, "(( (1.0 / log(10)) * ((10.9669 * log(10)) - (-15473.800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, PuO2+2)
@species(PuO2F3-,-1)
@logKreaction(PuO2F3-, "(( (1.0 / log(10)) * ((15.916 * log(10)) - (-29403.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, PuO2+2)
@species(PuO2F4-2,-2)
@logKreaction(PuO2F4-2, "(( (1.0 / log(10)) * ((18.7628 * log(10)) - (-39978.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, PuO2+2)
@species(PuO2H2PO4+,1)
@logKreaction(PuO2H2PO4+, "(( (1.0 / log(10)) * ((11.2059 * log(10)) - (-6639.04 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, PuO2+2, 1.0, HPO4-2, 1.0, H+)
@species(PuO2OH,0)
@logKreaction(PuO2OH, "(( (1.0 / log(10)) * ((-9.6674 * log(10)) - (69176.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, PuO2+, 1.0, H2O, -1.0, H+)
@species(PuO2OH+,1)
@logKreaction(PuO2OH+, "(( (1.0 / log(10)) * ((-5.6379 * log(10)) - (45282.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, PuO2+2, 1.0, H2O, -1.0, H+)
@species(PuO2SO4,0)
@logKreaction(PuO2SO4, "(( (1.0 / log(10)) * ((3.2658 * log(10)) - (20074.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, PuO2+2)
@species(PuOH+2,2)
@logKreaction(PuOH+2, "(( (1.0 / log(10)) * ((-7.968 * log(10)) - (53514.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu+3, 1.0, H2O, -1.0, H+)
@species(PuOH+3,3)
@logKreaction(PuOH+3, "(( (1.0 / log(10)) * ((-0.5048 * log(10)) - (48182.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu+4, 1.0, H2O, -1.0, H+)
@species(PuSO4+,1)
@logKreaction(PuSO4+, "(( (1.0 / log(10)) * ((3.4935 * log(10)) - (14600.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Pu+3)
@species(PuSO4+2,2)
@logKreaction(PuSO4+2, "(( (1.0 / log(10)) * ((5.771 * log(10)) - (12333.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Pu+4)
@species(Ra[Acetate]2,0)
@logKreaction(Ra[Acetate]2, "(( (1.0 / log(10)) * ((-7.9018 * log(10)) - (21087.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Ra+2, -2.0, H+)
@species(RaAcetate+,1)
@logKreaction(RaAcetate+, "(( (1.0 / log(10)) * ((-3.709 * log(10)) - (11798.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ra+2, 1.0, HAcetate, -1.0, H+)
@species(Rb[Acetate]2-,-1)
@logKreaction(Rb[Acetate]2-, "(( (1.0 / log(10)) * ((-9.7636 * log(10)) - (-1129.68 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Rb+, -2.0, H+)
@species(RbBr,0)
@logKreaction(RbBr, "(( (1.0 / log(10)) * ((-1.2168 * log(10)) - (13932.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Rb+, 1.0, Br-)
@species(RbAcetate,0)
@logKreaction(RbAcetate, "(( (1.0 / log(10)) * ((-4.7279 * log(10)) - (4895.28 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Rb+, 1.0, HAcetate, -1.0, H+)
@species(RbCl,0)
@logKreaction(RbCl, "(( (1.0 / log(10)) * ((-0.9595 * log(10)) - (13192.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Rb+, 1.0, Cl-)
@species(RbF,0)
@logKreaction(RbF, "(( (1.0 / log(10)) * ((0.9602 * log(10)) - (1924.6399999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Rb+, 1.0, F-)
@species(RbI,0)
@logKreaction(RbI, "(( (1.0 / log(10)) * ((-0.8136 * log(10)) - (7112.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Rb+, 1.0, I-)
@species(Ru[Cl]2+,1)
@logKreaction(Ru[Cl]2+, "(( (1.0 / log(10)) * ((3.7527 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Ru+3)
@species(Ru[Cl]3,0)
@logKreaction(Ru[Cl]3, "(( (1.0 / log(10)) * ((4.2976 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Ru+3)
@species(Ru[OH]2+,1)
@logKreaction(Ru[OH]2+, "(( (1.0 / log(10)) * ((-3.5148 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Ru+3, -2.0, H+)
@species(Ru[OH]2Cl+,1)
@logKreaction(Ru[OH]2Cl+, "(( (1.0 / log(10)) * ((1.3858 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru[OH]2+2, 1.0, Cl-)
@species(Ru[OH]2Cl2,0)
@logKreaction(Ru[OH]2Cl2, "(( (1.0 / log(10)) * ((1.8081 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Ru[OH]2+2)
@species(Ru[OH]2Cl3-,-1)
@logKreaction(Ru[OH]2Cl3-, "(( (1.0 / log(10)) * ((1.6172 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Ru[OH]2+2)
@species(Ru[OH]2Cl4-2,-2)
@logKreaction(Ru[OH]2Cl4-2, "(( (1.0 / log(10)) * ((2.7052 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Ru[OH]2+2)
@species(Ru[OH]2SO4,0)
@logKreaction(Ru[OH]2SO4, "(( (1.0 / log(10)) * ((1.7941 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Ru[OH]2+2)
@species(Ru[OH]4,0)
@logKreaction(Ru[OH]4, "(( (1.0 / log(10)) * ((-7.0538 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Ru[OH]2+2, -2.0, H+)
@species(Ru[SO4]2-,-1)
@logKreaction(Ru[SO4]2-, "(( (1.0 / log(10)) * ((3.0627 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Ru+3)
@species(Ru4[OH]12+4,4)
@logKreaction(Ru4[OH]12+4, "(( (1.0 / log(10)) * ((7.196 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Ru[OH]2+2, 4.0, H2O, -4.0, H+)
@species(RuCl+,1)
@logKreaction(RuCl+, "(( (1.0 / log(10)) * ((-0.4887 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru+2, 1.0, Cl-)
@species(RuCl+2,2)
@logKreaction(RuCl+2, "(( (1.0 / log(10)) * ((2.1742 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru+3, 1.0, Cl-)
@species(RuCl4-,-1)
@logKreaction(RuCl4-, "(( (1.0 / log(10)) * ((4.1418 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Ru+3)
@species(RuCl5-2,-2)
@logKreaction(RuCl5-2, "(( (1.0 / log(10)) * ((3.8457 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, Cl-, 1.0, Ru+3)
@species(RuCl6-3,-3)
@logKreaction(RuCl6-3, "(( (1.0 / log(10)) * ((3.4446 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 6.0, Cl-, 1.0, Ru+3)
@species(RuOH+2,2)
@logKreaction(RuOH+2, "(( (1.0 / log(10)) * ((-2.2392 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru+3, 1.0, H2O, -1.0, H+)
@species(RuSO4,0)
@logKreaction(RuSO4, "(( (1.0 / log(10)) * ((2.3547 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Ru+2)
@species(RuSO4+,1)
@logKreaction(RuSO4+, "(( (1.0 / log(10)) * ((1.9518 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Ru+3)
@species(S-2,-2)
@logKreaction(S-2, "(( (1.0 / log(10)) * ((-12.9351 * log(10)) - (49036.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HS-, -1.0, H+)
@species(S2O5-2,-2)
@species(SO2,0)
@logKreaction(SO2, "(( (1.0 / log(10)) * ((9.0656 * log(10)) - (26731.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, SO3-2, -1.0, H2O)
@species(Sb[OH]2+,1)
@logKreaction(Sb[OH]2+, "(( (1.0 / log(10)) * ((1.49 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 1.0, H+, -1.0, H2O)
@species(Sb[OH]2F,0)
@logKreaction(Sb[OH]2F, "(( (1.0 / log(10)) * ((7.17 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 1.0, H+, 1.0, F-, -1.0, H2O)
@species(Sb[OH]4-,-1)
@logKreaction(Sb[OH]4-, "(( (1.0 / log(10)) * ((-11.92 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 1.0, H2O, -1.0, H+)
@species(Sb2S4-2,-2)
@logKreaction(Sb2S4-2, "(( (1.0 / log(10)) * ((39.11 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, HS-, 2.0, Sb[OH]3, 2.0, H+, -6.0, H2O)
@species(SbCl4-,-1)
@logKreaction(SbCl4-, "(( (1.0 / log(10)) * ((3.072 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 3.0, H+, 1.0, Sb[OH]3, -3.0, H2O)
@species(Sc[Acetate]2+,1)
@logKreaction(Sc[Acetate]2+, "(( (1.0 / log(10)) * ((-3.7237 * log(10)) - (-43178.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Sc+3, -2.0, H+)
@species(Sc[Acetate]3,0)
@logKreaction(Sc[Acetate]3, "(( (1.0 / log(10)) * ((-6.6777 * log(10)) - (-70040.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Sc+3, -3.0, H+)
@species(ScAcetate+2,2)
@logKreaction(ScAcetate+2, "(( (1.0 / log(10)) * ((-1.4294 * log(10)) - (-21756.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sc+3, 1.0, HAcetate, -1.0, H+)
@species(SiF6-2,-2)
@logKreaction(SiF6-2, "(( (1.0 / log(10)) * ((26.2749 * log(10)) - (-70956.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 6.0, F-, 4.0, H+, 1.0, SiO2, -2.0, H2O)
@species(Sm[Acetate]2+,1)
@logKreaction(Sm[Acetate]2+, "(( (1.0 / log(10)) * ((-4.7132 * log(10)) - (-25522.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Sm+3, -2.0, H+)
@species(Sm[Acetate]3,0)
@logKreaction(Sm[Acetate]3, "(( (1.0 / log(10)) * ((-7.8798 * log(10)) - (-43555.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Sm+3, -3.0, H+)
@species(Sm[CO3]2-,-1)
@logKreaction(Sm[CO3]2-, "(( (1.0 / log(10)) * ((-7.8576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Sm+3, -2.0, H+)
@species(Sm[HPO4]2-,-1)
@logKreaction(Sm[HPO4]2-, "(( (1.0 / log(10)) * ((9.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Sm+3)
@species(Sm[PO4]2-3,-3)
@logKreaction(Sm[PO4]2-3, "(( (1.0 / log(10)) * ((-4.2437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Sm+3, -2.0, H+)
@species(Sm[SO4]2-,-1)
@logKreaction(Sm[SO4]2-, "(( (1.0 / log(10)) * ((5.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Sm+3)
@species(SmAcetate+2,2)
@logKreaction(SmAcetate+2, "(( (1.0 / log(10)) * ((-1.9205 * log(10)) - (-13598.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, HAcetate, -1.0, H+)
@species(SmCO3+,1)
@logKreaction(SmCO3+, "(( (1.0 / log(10)) * ((-2.479 * log(10)) - (89110.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, HCO3-, -1.0, H+)
@species(SmCl+2,2)
@logKreaction(SmCl+2, "(( (1.0 / log(10)) * ((0.3086 * log(10)) - (14363.699999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, Cl-)
@species(SmCl2+,1)
@logKreaction(SmCl2+, "(( (1.0 / log(10)) * ((-0.0425 * log(10)) - (19940.899999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Sm+3)
@species(SmCl3,0)
@logKreaction(SmCl3, "(( (1.0 / log(10)) * ((-0.3936 * log(10)) - (13803.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Sm+3)
@species(SmCl4-,-1)
@logKreaction(SmCl4-, "(( (1.0 / log(10)) * ((-0.818 * log(10)) - (-5305.31 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Sm+3)
@species(SmF+2,2)
@logKreaction(SmF+2, "(( (1.0 / log(10)) * ((4.3687 * log(10)) - (22802.800000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, F-)
@species(SmF2+,1)
@logKreaction(SmF2+, "(( (1.0 / log(10)) * ((7.6379 * log(10)) - (13807.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Sm+3)
@species(SmF3,0)
@logKreaction(SmF3, "(( (1.0 / log(10)) * ((10.0275 * log(10)) - (-8577.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Sm+3)
@species(SmF4-,-1)
@logKreaction(SmF4-, "(( (1.0 / log(10)) * ((11.9773 * log(10)) - (-49789.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Sm+3)
@species(SmH2PO4+2,2)
@logKreaction(SmH2PO4+2, "(( (1.0 / log(10)) * ((9.4484 * log(10)) - (-15836.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, HPO4-2, 1.0, H+)
@species(SmHCO3+2,2)
@logKreaction(SmHCO3+2, "(( (1.0 / log(10)) * ((1.7724 * log(10)) - (9196.43 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, HCO3-)
@species(SmHPO4+,1)
@logKreaction(SmHPO4+, "(( (1.0 / log(10)) * ((5.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, HPO4-2)
@species(SmNO3+2,2)
@logKreaction(SmNO3+2, "(( (1.0 / log(10)) * ((0.8012 * log(10)) - (-29166.699999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, NO3-)
@species(SmO+,1)
@logKreaction(SmO+, "(( (1.0 / log(10)) * ((-16.4837 * log(10)) - (113039.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, H2O, -2.0, H+)
@species(SmO2-,-1)
@logKreaction(SmO2-, "(( (1.0 / log(10)) * ((-35.0197 * log(10)) - (285909.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Sm+3, -4.0, H+)
@species(SmO2H,0)
@logKreaction(SmO2H, "(( (1.0 / log(10)) * ((-25.9304 * log(10)) - (226497.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Sm+3, -3.0, H+)
@species(SmOH+2,2)
@logKreaction(SmOH+2, "(( (1.0 / log(10)) * ((-7.9808 * log(10)) - (79148.70000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, H2O, -1.0, H+)
@species(SmPO4,0)
@logKreaction(SmPO4, "(( (1.0 / log(10)) * ((-0.2218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, HPO4-2, -1.0, H+)
@species(SmSO4+,1)
@logKreaction(SmSO4+, "(( (1.0 / log(10)) * ((3.643 * log(10)) - (20083.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sm+3, 1.0, SO4-2)
@species(Sn[OH]2,0)
@logKreaction(Sn[OH]2, "(( (1.0 / log(10)) * ((-7.9102 * log(10)) - (42053.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Sn+2, -2.0, H+)
@species(Sn[OH]2+2,2)
@logKreaction(Sn[OH]2+2, "(( (1.0 / log(10)) * ((-0.1902 * log(10)) - (-2020.87 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Sn+4, -2.0, H+)
@species(Sn[OH]3+,1)
@logKreaction(Sn[OH]3+, "(( (1.0 / log(10)) * ((0.5148 * log(10)) - (-7593.96 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Sn+4, -3.0, H+)
@species(Sn[OH]3-,-1)
@logKreaction(Sn[OH]3-, "(( (1.0 / log(10)) * ((-17.4052 * log(10)) - (94700.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Sn+2, -3.0, H+)
@species(Sn[OH]4,0)
@logKreaction(Sn[OH]4, "(( (1.0 / log(10)) * ((0.8497 * log(10)) - (-11058.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Sn+4, -4.0, H+)
@species(Sn[SO4]2,0)
@logKreaction(Sn[SO4]2, "(( (1.0 / log(10)) * ((-0.8072 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Sn+4)
@species(SnCl+,1)
@logKreaction(SnCl+, "(( (1.0 / log(10)) * ((1.05 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+2, 1.0, Cl-)
@species(SnCl2,0)
@logKreaction(SnCl2, "(( (1.0 / log(10)) * ((1.71 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Sn+2)
@species(SnCl3-,-1)
@logKreaction(SnCl3-, "(( (1.0 / log(10)) * ((1.69 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Sn+2)
@species(SnF+,1)
@logKreaction(SnF+, "(( (1.0 / log(10)) * ((4.08 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+2, 1.0, F-)
@species(SnF2,0)
@logKreaction(SnF2, "(( (1.0 / log(10)) * ((6.68 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Sn+2)
@species(SnF3-,-1)
@logKreaction(SnF3-, "(( (1.0 / log(10)) * ((9.46 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Sn+2)
@species(SnOH+,1)
@logKreaction(SnOH+, "(( (1.0 / log(10)) * ((-3.9851 * log(10)) - (21204.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+2, 1.0, H2O, -1.0, H+)
@species(SnOH+3,3)
@logKreaction(SnOH+3, "(( (1.0 / log(10)) * ((0.6049 * log(10)) - (-5004.06 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+4, 1.0, H2O, -1.0, H+)
@species(SnSO4+2,2)
@logKreaction(SnSO4+2, "(( (1.0 / log(10)) * ((-3.1094 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+4, 1.0, SO4-2)
@species(Sr[Acetate]2,0)
@logKreaction(Sr[Acetate]2, "(( (1.0 / log(10)) * ((-7.8212 * log(10)) - (543.92 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Sr+2, -2.0, H+)
@species(SrAcetate+,1)
@logKreaction(SrAcetate+, "(( (1.0 / log(10)) * ((-3.6724 * log(10)) - (2301.2000000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, HAcetate, -1.0, H+)
@species(SrCO3,0)
@logKreaction(SrCO3, "(( (1.0 / log(10)) * ((-7.4635 * log(10)) - (33254.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, HCO3-, -1.0, H+)
@species(SrCl+,1)
@logKreaction(SrCl+, "(( (1.0 / log(10)) * ((-0.2485 * log(10)) - (7585.59 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Cl-)
@species(SrF+,1)
@logKreaction(SrF+, "(( (1.0 / log(10)) * ((0.1393 * log(10)) - (4811.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, F-)
@species(SrH2PO4+,1)
@logKreaction(SrH2PO4+, "(( (1.0 / log(10)) * ((0.73 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, HPO4-2, 1.0, H+)
@species(SrHPO4,0)
@logKreaction(SrHPO4, "(( (1.0 / log(10)) * ((2.06 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, HPO4-2)
@species(SrNO3+,1)
@logKreaction(SrNO3+, "(( (1.0 / log(10)) * ((0.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, NO3-)
@species(SrOH+,1)
@logKreaction(SrOH+, "(( (1.0 / log(10)) * ((-13.29 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, H2O, -1.0, H+)
@species(SrP2O7-2,-2)
@logKreaction(SrP2O7-2, "(( (1.0 / log(10)) * ((1.6537 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Sr+2, -1.0, H2O)
@species(SrSO4,0)
@logKreaction(SrSO4, "(( (1.0 / log(10)) * ((2.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, SO4-2)
@species(Tb[Acetate]2+,1)
@logKreaction(Tb[Acetate]2+, "(( (1.0 / log(10)) * ((-4.9625 * log(10)) - (-27949.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Tb+3, -2.0, H+)
@species(Tb[Acetate]3,0)
@logKreaction(Tb[Acetate]3, "(( (1.0 / log(10)) * ((-8.3489 * log(10)) - (-47153.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Tb+3, -3.0, H+)
@species(Tb[CO3]2-,-1)
@logKreaction(Tb[CO3]2-, "(( (1.0 / log(10)) * ((-7.5576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Tb+3, -2.0, H+)
@species(Tb[HPO4]2-,-1)
@logKreaction(Tb[HPO4]2-, "(( (1.0 / log(10)) * ((9.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Tb+3)
@species(Tb[PO4]2-3,-3)
@logKreaction(Tb[PO4]2-3, "(( (1.0 / log(10)) * ((-3.6437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Tb+3, -2.0, H+)
@species(Tb[SO4]2-,-1)
@logKreaction(Tb[SO4]2-, "(( (1.0 / log(10)) * ((5.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Tb+3)
@species(TbAcetate+2,2)
@logKreaction(TbAcetate+2, "(( (1.0 / log(10)) * ((-2.1037 * log(10)) - (-14225.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, HAcetate, -1.0, H+)
@species(TbCO3+,1)
@logKreaction(TbCO3+, "(( (1.0 / log(10)) * ((-2.4057 * log(10)) - (89529.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, HCO3-, -1.0, H+)
@species(TbCl+2,2)
@logKreaction(TbCl+2, "(( (1.0 / log(10)) * ((0.2353 * log(10)) - (13945.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, Cl-)
@species(TbCl2+,1)
@logKreaction(TbCl2+, "(( (1.0 / log(10)) * ((-0.0425 * log(10)) - (18267.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Tb+3)
@species(TbCl3,0)
@logKreaction(TbCl3, "(( (1.0 / log(10)) * ((-0.4669 * log(10)) - (10037.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Tb+3)
@species(TbCl4-,-1)
@logKreaction(TbCl4-, "(( (1.0 / log(10)) * ((-0.8913 * log(10)) - (-11581.300000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Tb+3)
@species(TbF+2,2)
@logKreaction(TbF+2, "(( (1.0 / log(10)) * ((4.6619 * log(10)) - (22802.800000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, F-)
@species(TbF2+,1)
@logKreaction(TbF2+, "(( (1.0 / log(10)) * ((8.151 * log(10)) - (12133.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Tb+3)
@species(TbF3,0)
@logKreaction(TbF3, "(( (1.0 / log(10)) * ((10.6872 * log(10)) - (-11924.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Tb+3)
@species(TbF4-,-1)
@logKreaction(TbF4-, "(( (1.0 / log(10)) * ((12.7836 * log(10)) - (-56065.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Tb+3)
@species(TbH2PO4+2,2)
@logKreaction(TbH2PO4+2, "(( (1.0 / log(10)) * ((9.3751 * log(10)) - (-17510.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, HPO4-2, 1.0, H+)
@species(TbHCO3+2,2)
@logKreaction(TbHCO3+2, "(( (1.0 / log(10)) * ((1.6991 * log(10)) - (-14652.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, HCO3-)
@species(TbHPO4+,1)
@logKreaction(TbHPO4+, "(( (1.0 / log(10)) * ((5.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, HPO4-2)
@species(TbNO3+2,2)
@logKreaction(TbNO3+2, "(( (1.0 / log(10)) * ((0.508 * log(10)) - (-31258.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, NO3-)
@species(TbO+,1)
@logKreaction(TbO+, "(( (1.0 / log(10)) * ((-16.1904 * log(10)) - (109692.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, H2O, -2.0, H+)
@species(TbO2-,-1)
@logKreaction(TbO2-, "(( (1.0 / log(10)) * ((-34.2134 * log(10)) - (278797.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Tb+3, -4.0, H+)
@species(TbO2H,0)
@logKreaction(TbO2H, "(( (1.0 / log(10)) * ((-25.0508 * log(10)) - (219802.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Tb+3, -3.0, H+)
@species(TbOH+2,2)
@logKreaction(TbOH+2, "(( (1.0 / log(10)) * ((-7.8342 * log(10)) - (77475.09999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, H2O, -1.0, H+)
@species(TbPO4,0)
@logKreaction(TbPO4, "(( (1.0 / log(10)) * ((0.0782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, HPO4-2, -1.0, H+)
@species(TbSO4+,1)
@logKreaction(TbSO4+, "(( (1.0 / log(10)) * ((3.643 * log(10)) - (19664.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tb+3, 1.0, SO4-2)
@species(TcO[OH]2,0)
@logKreaction(TcO[OH]2, "(( (1.0 / log(10)) * ((-3.3221 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, TcO+2, -2.0, H+)
@species(TcOOH+,1)
@logKreaction(TcOOH+, "(( (1.0 / log(10)) * ((-1.1355 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, TcO+2, 1.0, H2O, -1.0, H+)
@species(Th[H2PO4]2+2,2)
@logKreaction(Th[H2PO4]2+2, "(( (1.0 / log(10)) * ((23.207 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 2.0, H+, 1.0, Th+4)
@species(Th[HPO4]2,0)
@logKreaction(Th[HPO4]2, "(( (1.0 / log(10)) * ((22.6939 * log(10)) - (-13644.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Th+4)
@species(Th[HPO4]3-2,-2)
@logKreaction(Th[HPO4]3-2, "(( (1.0 / log(10)) * ((31.1894 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HPO4-2, 1.0, Th+4)
@species(Th[OH]2+2,2)
@logKreaction(Th[OH]2+2, "(( (1.0 / log(10)) * ((-7.1068 * log(10)) - (58668.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Th+4, -2.0, H+)
@species(Th[OH]3+,1)
@logKreaction(Th[OH]3+, "(( (1.0 / log(10)) * ((-11.8623 * log(10)) - (86131.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Th+4, -3.0, H+)
@species(Th[OH]4,0)
@logKreaction(Th[OH]4, "(( (1.0 / log(10)) * ((-16.0315 * log(10)) - (104010.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Th+4, -4.0, H+)
@species(Th[SO4]2,0)
@logKreaction(Th[SO4]2, "(( (1.0 / log(10)) * ((9.617 * log(10)) - (32237.699999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Th+4)
@species(Th[SO4]3-2,-2)
@logKreaction(Th[SO4]3-2, "(( (1.0 / log(10)) * ((10.4014 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, SO4-2, 1.0, Th+4)
@species(Th[SO4]4-4,-4)
@logKreaction(Th[SO4]4-4, "(( (1.0 / log(10)) * ((8.4003 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, SO4-2, 1.0, Th+4)
@species(Th2[OH]2+6,6)
@logKreaction(Th2[OH]2+6, "(( (1.0 / log(10)) * ((-6.4618 * log(10)) - (63718.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Th+4, 2.0, H2O, -2.0, H+)
@species(Th4[OH]8+8,8)
@logKreaction(Th4[OH]8+8, "(( (1.0 / log(10)) * ((-21.7568 * log(10)) - (245245.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 8.0, H2O, 4.0, Th+4, -8.0, H+)
@species(Th6[OH]15+9,9)
@logKreaction(Th6[OH]15+9, "(( (1.0 / log(10)) * ((-37.7027 * log(10)) - (458248.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 15.0, H2O, 6.0, Th+4, -15.0, H+)
@species(ThCl+3,3)
@logKreaction(ThCl+3, "(( (1.0 / log(10)) * ((0.9536 * log(10)) - (62.76 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 1.0, Cl-)
@species(ThCl2+2,2)
@logKreaction(ThCl2+2, "(( (1.0 / log(10)) * ((0.6758 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Th+4)
@species(ThCl3+,1)
@logKreaction(ThCl3+, "(( (1.0 / log(10)) * ((1.4975 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Th+4)
@species(ThCl4,0)
@logKreaction(ThCl4, "(( (1.0 / log(10)) * ((1.0731 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Th+4)
@species(ThF+3,3)
@logKreaction(ThF+3, "(( (1.0 / log(10)) * ((7.8725 * log(10)) - (-4874.360000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 1.0, F-)
@species(ThF2+2,2)
@logKreaction(ThF2+2, "(( (1.0 / log(10)) * ((14.0884 * log(10)) - (-7778.06 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Th+4)
@species(ThF3+,1)
@logKreaction(ThF3+, "(( (1.0 / log(10)) * ((18.7357 * log(10)) - (-11706.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Th+4)
@species(ThF4,0)
@logKreaction(ThF4, "(( (1.0 / log(10)) * ((22.1515 * log(10)) - (-14844.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Th+4)
@species(ThH2PO4+3,3)
@logKreaction(ThH2PO4+3, "(( (1.0 / log(10)) * ((11.7061 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 1.0, HPO4-2, 1.0, H+)
@species(ThH3PO4+4,4)
@logKreaction(ThH3PO4+4, "(( (1.0 / log(10)) * ((11.1197 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Th+4, 1.0, HPO4-2)
@species(ThHPO4+2,2)
@logKreaction(ThHPO4+2, "(( (1.0 / log(10)) * ((10.6799 * log(10)) - (104.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 1.0, HPO4-2)
@species(ThOH+3,3)
@logKreaction(ThOH+3, "(( (1.0 / log(10)) * ((-3.8871 * log(10)) - (25027.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 1.0, H2O, -1.0, H+)
@species(ThSO4+2,2)
@logKreaction(ThSO4+2, "(( (1.0 / log(10)) * ((5.3143 * log(10)) - (16351.099999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 1.0, SO4-2)
@species(Tl[Acetate]2-,-1)
@logKreaction(Tl[Acetate]2-, "(( (1.0 / log(10)) * ((-10.0129 * log(10)) - (1255.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Tl+, -2.0, H+)
@species(TlAcetate,0)
@logKreaction(TlAcetate, "(( (1.0 / log(10)) * ((-4.8672 * log(10)) - (6150.48 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, HAcetate, -1.0, H+)
@species(Tm[Acetate]2+,1)
@logKreaction(Tm[Acetate]2+, "(( (1.0 / log(10)) * ((-4.9844 * log(10)) - (-32593.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Tm+3, -2.0, H+)
@species(Tm[Acetate]3,0)
@logKreaction(Tm[Acetate]3, "(( (1.0 / log(10)) * ((-8.3783 * log(10)) - (-54810.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Tm+3, -3.0, H+)
@species(Tm[CO3]2-,-1)
@logKreaction(Tm[CO3]2-, "(( (1.0 / log(10)) * ((-7.1576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Tm+3, -2.0, H+)
@species(Tm[HPO4]2-,-1)
@logKreaction(Tm[HPO4]2-, "(( (1.0 / log(10)) * ((10.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Tm+3)
@species(Tm[PO4]2-3,-3)
@logKreaction(Tm[PO4]2-3, "(( (1.0 / log(10)) * ((-3.0437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Tm+3, -2.0, H+)
@species(Tm[SO4]2-,-1)
@logKreaction(Tm[SO4]2-, "(( (1.0 / log(10)) * ((5.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Tm+3)
@species(TmAcetate+2,2)
@logKreaction(TmAcetate+2, "(( (1.0 / log(10)) * ((-2.1184 * log(10)) - (-16317.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, HAcetate, -1.0, H+)
@species(TmCO3+,1)
@logKreaction(TmCO3+, "(( (1.0 / log(10)) * ((-2.1125 * log(10)) - (86600.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, HCO3-, -1.0, H+)
@species(TmCl+2,2)
@logKreaction(TmCl+2, "(( (1.0 / log(10)) * ((0.2353 * log(10)) - (13108.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, Cl-)
@species(TmCl2+,1)
@logKreaction(TmCl2+, "(( (1.0 / log(10)) * ((-0.0425 * log(10)) - (15756.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Tm+3)
@species(TmCl3,0)
@logKreaction(TmCl3, "(( (1.0 / log(10)) * ((-0.4669 * log(10)) - (5435.0199999999995 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Tm+3)
@species(TmCl4-,-1)
@logKreaction(TmCl4-, "(( (1.0 / log(10)) * ((-0.8913 * log(10)) - (-20367.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Tm+3)
@species(TmF+2,2)
@logKreaction(TmF+2, "(( (1.0 / log(10)) * ((4.8085 * log(10)) - (23639.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, F-)
@species(TmF2+,1)
@logKreaction(TmF2+, "(( (1.0 / log(10)) * ((8.3709 * log(10)) - (12552.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Tm+3)
@species(TmF3,0)
@logKreaction(TmF3, "(( (1.0 / log(10)) * ((10.9804 * log(10)) - (-12761.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Tm+3)
@species(TmF4-,-1)
@logKreaction(TmF4-, "(( (1.0 / log(10)) * ((13.1501 * log(10)) - (-60668.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Tm+3)
@species(TmH2PO4+2,2)
@logKreaction(TmH2PO4+2, "(( (1.0 / log(10)) * ((9.4484 * log(10)) - (-20438.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, HPO4-2, 1.0, H+)
@species(TmHCO3+2,2)
@logKreaction(TmHCO3+2, "(( (1.0 / log(10)) * ((1.7724 * log(10)) - (5012.43 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, HCO3-)
@species(TmHPO4+,1)
@logKreaction(TmHPO4+, "(( (1.0 / log(10)) * ((5.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, HPO4-2)
@species(TmNO3+2,2)
@logKreaction(TmNO3+2, "(( (1.0 / log(10)) * ((0.2148 * log(10)) - (-33769.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, NO3-)
@species(TmO+,1)
@logKreaction(TmO+, "(( (1.0 / log(10)) * ((-15.8972 * log(10)) - (105508.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, H2O, -2.0, H+)
@species(TmO2-,-1)
@logKreaction(TmO2-, "(( (1.0 / log(10)) * ((-32.6741 * log(10)) - (266663.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Tm+3, -4.0, H+)
@species(TmO2H,0)
@logKreaction(TmO2H, "(( (1.0 / log(10)) * ((-24.1712 * log(10)) - (211853.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Tm+3, -3.0, H+)
@species(TmOH+2,2)
@logKreaction(TmOH+2, "(( (1.0 / log(10)) * ((-7.6876 * log(10)) - (74546.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, H2O, -1.0, H+)
@species(TmPO4,0)
@logKreaction(TmPO4, "(( (1.0 / log(10)) * ((0.4782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, HPO4-2, -1.0, H+)
@species(TmSO4+,1)
@logKreaction(TmSO4+, "(( (1.0 / log(10)) * ((3.5697 * log(10)) - (19999.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tm+3, 1.0, SO4-2)
@species(U[CO3]4-4,-4)
@logKreaction(U[CO3]4-4, "(( (1.0 / log(10)) * ((-6.2534 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, HCO3-, 1.0, U+4, -4.0, H+)
@species(U[CO3]5-6,-6)
@logKreaction(U[CO3]5-6, "(( (1.0 / log(10)) * ((-17.7169 * log(10)) - (53517.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, HCO3-, 1.0, U+4, -5.0, H+)
@species(U[NO3]2+2,2)
@logKreaction(U[NO3]2+2, "(( (1.0 / log(10)) * ((2.261 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NO3-, 1.0, U+4)
@species(U[OH]4,0)
@logKreaction(U[OH]4, "(( (1.0 / log(10)) * ((-4.57 * log(10)) - (78755.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, U+4, -4.0, H+)
@species(U[Thiocyanate]2+2,2)
@logKreaction(U[Thiocyanate]2+2, "(( (1.0 / log(10)) * ((4.26 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Thiocyanate-, 1.0, U+4)
@species(U[SO4]2,0)
@logKreaction(U[SO4]2, "(( (1.0 / log(10)) * ((10.3507 * log(10)) - (33223.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, U+4)
@species(UBr+3,3)
@logKreaction(UBr+3, "(( (1.0 / log(10)) * ((1.424 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, Br-)
@species(UCl+3,3)
@logKreaction(UCl+3, "(( (1.0 / log(10)) * ((1.7073 * log(10)) - (-18999.300000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, Cl-)
@species(UF+3,3)
@logKreaction(UF+3, "(( (1.0 / log(10)) * ((9.2403 * log(10)) - (-5602.400000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, F-)
@species(UF2+2,2)
@logKreaction(UF2+2, "(( (1.0 / log(10)) * ((16.1505 * log(10)) - (-3504.7999999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, U+4)
@species(UF3+,1)
@logKreaction(UF3+, "(( (1.0 / log(10)) * ((21.4806 * log(10)) - (493.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, U+4)
@species(UF4,0)
@logKreaction(UF4, "(( (1.0 / log(10)) * ((25.4408 * log(10)) - (-4214.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, U+4)
@species(UF5-,-1)
@logKreaction(UF5-, "(( (1.0 / log(10)) * ((26.811 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, F-, 1.0, U+4)
@species(UF6-2,-2)
@logKreaction(UF6-2, "(( (1.0 / log(10)) * ((28.8412 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 6.0, F-, 1.0, U+4)
@species(UI+3,3)
@logKreaction(UI+3, "(( (1.0 / log(10)) * ((1.2151 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, I-)
@species(UNO3+3,3)
@logKreaction(UNO3+3, "(( (1.0 / log(10)) * ((1.4506 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, NO3-)
@species(UO2[CO3]2-2,-2)
@logKreaction(UO2[CO3]2-2, "(( (1.0 / log(10)) * ((-3.7467 * log(10)) - (47906.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, UO2+2, -2.0, H+)
@species(UO2[CO3]3-5,-5)
@logKreaction(UO2[CO3]3-5, "(( (1.0 / log(10)) * ((-23.6241 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HCO3-, 1.0, UO2+, -3.0, H+)
@species(UO2[CO3]3-4,-4)
@logKreaction(UO2[CO3]3-4, "(( (1.0 / log(10)) * ((-9.4302 * log(10)) - (4910.700000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HCO3-, 1.0, UO2+2, -3.0, H+)
@species(UO2[H2PO4][H3PO4]+,1)
@logKreaction(UO2[H2PO4][H3PO4]+, "(( (1.0 / log(10)) * ((22.7537 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 2.0, HPO4-2, 1.0, UO2+2)
@species(UO2[H2PO4]2,0)
@logKreaction(UO2[H2PO4]2, "(( (1.0 / log(10)) * ((21.7437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 2.0, H+, 1.0, UO2+2)
@species(UO2[IO3]2,0)
@logKreaction(UO2[IO3]2, "(( (1.0 / log(10)) * ((2.9969 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, IO3-, 1.0, UO2+2)
@species(UO2[N3]2,0)
@logKreaction(UO2[N3]2, "(( (1.0 / log(10)) * ((4.3301 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, N3-, 1.0, UO2+2)
@species(UO2[N3]3-,-1)
@logKreaction(UO2[N3]3-, "(( (1.0 / log(10)) * ((5.7401 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, N3-, 1.0, UO2+2)
@species(UO2[N3]4-2,-2)
@logKreaction(UO2[N3]4-2, "(( (1.0 / log(10)) * ((4.92 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, N3-, 1.0, UO2+2)
@species(UO2[OH]2,0)
@logKreaction(UO2[OH]2, "(( (1.0 / log(10)) * ((-10.3146 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, UO2+2, -2.0, H+)
@species(UO2[OH]3-,-1)
@logKreaction(UO2[OH]3-, "(( (1.0 / log(10)) * ((-19.2218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, UO2+2, -3.0, H+)
@species(UO2[OH]4-2,-2)
@logKreaction(UO2[OH]4-2, "(( (1.0 / log(10)) * ((-33.0291 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, UO2+2, -4.0, H+)
@species(UO2[Thiocyanate]2,0)
@logKreaction(UO2[Thiocyanate]2, "(( (1.0 / log(10)) * ((1.2401 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Thiocyanate-, 1.0, UO2+2)
@species(UO2[Thiocyanate]3-,-1)
@logKreaction(UO2[Thiocyanate]3-, "(( (1.0 / log(10)) * ((2.1001 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Thiocyanate-, 1.0, UO2+2)
@species(UO2[SO3]2-2,-2)
@logKreaction(UO2[SO3]2-2, "(( (1.0 / log(10)) * ((7.9101 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO3-2, 1.0, UO2+2)
@species(UO2[SO4]2-2,-2)
@logKreaction(UO2[SO4]2-2, "(( (1.0 / log(10)) * ((3.9806 * log(10)) - (35624.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, UO2+2)
@species(UO2Br+,1)
@logKreaction(UO2Br+, "(( (1.0 / log(10)) * ((0.184 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, Br-)
@species(UO2BrO3+,1)
@logKreaction(UO2BrO3+, "(( (1.0 / log(10)) * ((0.551 * log(10)) - (469.52 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, BrO3-)
@species(UO2CO3,0)
@logKreaction(UO2CO3, "(( (1.0 / log(10)) * ((-0.6634 * log(10)) - (19703.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, HCO3-, -1.0, H+)
@species(UO2Cl+,1)
@logKreaction(UO2Cl+, "(( (1.0 / log(10)) * ((0.1572 * log(10)) - (8001.670000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, Cl-)
@species(UO2Cl2,0)
@logKreaction(UO2Cl2, "(( (1.0 / log(10)) * ((-1.1253 * log(10)) - (15001.300000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, UO2+2)
@species(UO2ClO3+,1)
@logKreaction(UO2ClO3+, "(( (1.0 / log(10)) * ((0.4919 * log(10)) - (-3926.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, ClO3-)
@species(UO2F+,1)
@logKreaction(UO2F+, "(( (1.0 / log(10)) * ((5.0502 * log(10)) - (1697.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, F-)
@species(UO2F2,0)
@logKreaction(UO2F2, "(( (1.0 / log(10)) * ((8.5403 * log(10)) - (2096.2000000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, UO2+2)
@species(UO2F3-,-1)
@logKreaction(UO2F3-, "(( (1.0 / log(10)) * ((10.7806 * log(10)) - (2342.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, UO2+2)
@species(UO2F4-2,-2)
@logKreaction(UO2F4-2, "(( (1.0 / log(10)) * ((11.5407 * log(10)) - (281.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, UO2+2)
@species(UO2H2PO4+,1)
@logKreaction(UO2H2PO4+, "(( (1.0 / log(10)) * ((11.6719 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, HPO4-2, 1.0, H+)
@species(UO2H3PO4+2,2)
@logKreaction(UO2H3PO4+2, "(( (1.0 / log(10)) * ((11.3119 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, UO2+2, 1.0, HPO4-2)
@species(UO2HPO4,0)
@logKreaction(UO2HPO4, "(( (1.0 / log(10)) * ((8.4398 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, HPO4-2)
@species(UO2IO3+,1)
@logKreaction(UO2IO3+, "(( (1.0 / log(10)) * ((1.7036 * log(10)) - (11433.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, IO3-)
@species(UO2N3+,1)
@logKreaction(UO2N3+, "(( (1.0 / log(10)) * ((2.5799 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, N3-)
@species(UO2NO3+,1)
@logKreaction(UO2NO3+, "(( (1.0 / log(10)) * ((0.2805 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, NO3-)
@species(UO2OH+,1)
@logKreaction(UO2OH+, "(( (1.0 / log(10)) * ((-5.2073 * log(10)) - (43181.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, H2O, -1.0, H+)
@species(UO2PO4-,-1)
@logKreaction(UO2PO4-, "(( (1.0 / log(10)) * ((2.0798 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, HPO4-2, -1.0, H+)
@species(UO2S2O3,0)
@logKreaction(UO2S2O3, "(( (1.0 / log(10)) * ((2.224 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, S2O3-2, 1.0, UO2+2)
@species(UO2Thiocyanate+,1)
@logKreaction(UO2Thiocyanate+, "(( (1.0 / log(10)) * ((1.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, Thiocyanate-)
@species(UO2SO3,0)
@logKreaction(UO2SO3, "(( (1.0 / log(10)) * ((6.7532 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, SO3-2)
@species(UO2SO4,0)
@logKreaction(UO2SO4, "(( (1.0 / log(10)) * ((3.0703 * log(10)) - (19762.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, SO4-2)
@species(UOH+3,3)
@logKreaction(UOH+3, "(( (1.0 / log(10)) * ((-0.5472 * log(10)) - (46918.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, H2O, -1.0, H+)
@species(UThiocyanate+3,3)
@logKreaction(UThiocyanate+3, "(( (1.0 / log(10)) * ((2.97 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, Thiocyanate-)
@species(USO4+2,2)
@logKreaction(USO4+2, "(( (1.0 / log(10)) * ((6.5003 * log(10)) - (8261.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, SO4-2)
@species(V[OH]2+,1)
@logKreaction(V[OH]2+, "(( (1.0 / log(10)) * ((-5.9193 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, V+3, -2.0, H+)
@species(V2[OH]2+4,4)
@logKreaction(V2[OH]2+4, "(( (1.0 / log(10)) * ((-3.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, V+3, 2.0, H2O, -2.0, H+)
@species(VO[OH]3,0)
@logKreaction(VO[OH]3, "(( (1.0 / log(10)) * ((-3.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, VO2+, -1.0, H+)
@species(VO2[HPO4]2-3,-3)
@logKreaction(VO2[HPO4]2-3, "(( (1.0 / log(10)) * ((8.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, VO2+)
@species(VO2[OH]2-,-1)
@logKreaction(VO2[OH]2-, "(( (1.0 / log(10)) * ((-7.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, VO2+, -2.0, H+)
@species(VO2F,0)
@logKreaction(VO2F, "(( (1.0 / log(10)) * ((3.35 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 1.0, F-)
@species(VO2F2-,-1)
@logKreaction(VO2F2-, "(( (1.0 / log(10)) * ((5.81 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, VO2+)
@species(VO2H2PO4,0)
@logKreaction(VO2H2PO4, "(( (1.0 / log(10)) * ((1.68 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 1.0, HPO4-2, 1.0, H+)
@species(VO2HPO4-,-1)
@logKreaction(VO2HPO4-, "(( (1.0 / log(10)) * ((5.83 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 1.0, HPO4-2)
@species(VO2SO4-,-1)
@logKreaction(VO2SO4-, "(( (1.0 / log(10)) * ((1.58 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 1.0, SO4-2)
@species(VO3OH-2,-2)
@logKreaction(VO3OH-2, "(( (1.0 / log(10)) * ((14.26 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO4-3, 1.0, H+)
@species(VOF+,1)
@logKreaction(VOF+, "(( (1.0 / log(10)) * ((4.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 1.0, F-)
@species(VOF2,0)
@logKreaction(VOF2, "(( (1.0 / log(10)) * ((6.78 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, VO+2)
@species(VOH+2,2)
@logKreaction(VOH+2, "(( (1.0 / log(10)) * ((-2.26 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+3, 1.0, H2O, -1.0, H+)
@species(VOOH+,1)
@logKreaction(VOOH+, "(( (1.0 / log(10)) * ((-5.67 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 1.0, H2O, -1.0, H+)
@species(VOSO4,0)
@logKreaction(VOSO4, "(( (1.0 / log(10)) * ((2.48 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 1.0, SO4-2)
@species(VSO4+,1)
@logKreaction(VSO4+, "(( (1.0 / log(10)) * ((3.33 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+3, 1.0, SO4-2)
@species(Y[Acetate]2+,1)
@logKreaction(Y[Acetate]2+, "(( (1.0 / log(10)) * ((-4.9844 * log(10)) - (-34810.899999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Y+3, -2.0, H+)
@species(Y[Acetate]3,0)
@logKreaction(Y[Acetate]3, "(( (1.0 / log(10)) * ((-8.3783 * log(10)) - (-58450.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Y+3, -3.0, H+)
@species(Y[CO3]2-,-1)
@logKreaction(Y[CO3]2-, "(( (1.0 / log(10)) * ((-7.3576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Y+3, -2.0, H+)
@species(Y[HPO4]2-,-1)
@logKreaction(Y[HPO4]2-, "(( (1.0 / log(10)) * ((9.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Y+3)
@species(Y[OH]2+,1)
@logKreaction(Y[OH]2+, "(( (1.0 / log(10)) * ((-16.3902 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Y+3, -2.0, H+)
@species(Y[OH]3,0)
@logKreaction(Y[OH]3, "(( (1.0 / log(10)) * ((-25.9852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Y+3, -3.0, H+)
@species(Y[OH]4-,-1)
@logKreaction(Y[OH]4-, "(( (1.0 / log(10)) * ((-36.4803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Y+3, -4.0, H+)
@species(Y[PO4]2-3,-3)
@logKreaction(Y[PO4]2-3, "(( (1.0 / log(10)) * ((-3.2437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Y+3, -2.0, H+)
@species(Y[SO4]2-,-1)
@logKreaction(Y[SO4]2-, "(( (1.0 / log(10)) * ((4.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Y+3)
@species(Y2[OH]2+4,4)
@logKreaction(Y2[OH]2+4, "(( (1.0 / log(10)) * ((-14.1902 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Y+3, 2.0, H2O, -2.0, H+)
@species(YAcetate+2,2)
@logKreaction(YAcetate+2, "(( (1.0 / log(10)) * ((-2.1184 * log(10)) - (-17279.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, HAcetate, -1.0, H+)
@species(YCO3+,1)
@logKreaction(YCO3+, "(( (1.0 / log(10)) * ((-2.2788 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, HCO3-, -1.0, H+)
@species(YCl+2,2)
@logKreaction(YCl+2, "(( (1.0 / log(10)) * ((0.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, Cl-)
@species(YF+2,2)
@logKreaction(YF+2, "(( (1.0 / log(10)) * ((4.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, F-)
@species(YF2+,1)
@logKreaction(YF2+, "(( (1.0 / log(10)) * ((7.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Y+3)
@species(YF3,0)
@logKreaction(YF3, "(( (1.0 / log(10)) * ((11.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Y+3)
@species(YH2PO4+2,2)
@logKreaction(YH2PO4+2, "(( (1.0 / log(10)) * ((9.6054 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, HPO4-2, 1.0, H+)
@species(YHCO3+2,2)
@logKreaction(YHCO3+2, "(( (1.0 / log(10)) * ((2.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, HCO3-)
@species(YHPO4+,1)
@logKreaction(YHPO4+, "(( (1.0 / log(10)) * ((5.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, HPO4-2)
@species(YNO3+2,2)
@logKreaction(YNO3+2, "(( (1.0 / log(10)) * ((0.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, NO3-)
@species(YOH+2,2)
@logKreaction(YOH+2, "(( (1.0 / log(10)) * ((-7.6951 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, H2O, -1.0, H+)
@species(YPO4,0)
@logKreaction(YPO4, "(( (1.0 / log(10)) * ((0.2782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, HPO4-2, -1.0, H+)
@species(YSO4+,1)
@logKreaction(YSO4+, "(( (1.0 / log(10)) * ((3.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Y+3, 1.0, SO4-2)
@species(Yb[Acetate]2+,1)
@logKreaction(Yb[Acetate]2+, "(( (1.0 / log(10)) * ((-5.131 * log(10)) - (-30334.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Yb+3, -2.0, H+)
@species(Yb[Acetate]3,0)
@logKreaction(Yb[Acetate]3, "(( (1.0 / log(10)) * ((-8.5688 * log(10)) - (-51421.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Yb+3, -3.0, H+)
@species(Yb[CO3]2-,-1)
@logKreaction(Yb[CO3]2-, "(( (1.0 / log(10)) * ((-7.0576 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HCO3-, 1.0, Yb+3, -2.0, H+)
@species(Yb[HPO4]2-,-1)
@logKreaction(Yb[HPO4]2-, "(( (1.0 / log(10)) * ((10.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Yb+3)
@species(Yb[PO4]2-3,-3)
@logKreaction(Yb[PO4]2-3, "(( (1.0 / log(10)) * ((-2.7437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 1.0, Yb+3, -2.0, H+)
@species(Yb[SO4]2-,-1)
@logKreaction(Yb[SO4]2-, "(( (1.0 / log(10)) * ((5.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Yb+3)
@species(YbAcetate+2,2)
@logKreaction(YbAcetate+2, "(( (1.0 / log(10)) * ((-2.199 * log(10)) - (-15229.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, HAcetate, -1.0, H+)
@species(YbCO3+,1)
@logKreaction(YbCO3+, "(( (1.0 / log(10)) * ((-2.0392 * log(10)) - (82834.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, HCO3-, -1.0, H+)
@species(YbCl+2,2)
@logKreaction(YbCl+2, "(( (1.0 / log(10)) * ((0.162 * log(10)) - (13945.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, Cl-)
@species(YbCl2+,1)
@logKreaction(YbCl2+, "(( (1.0 / log(10)) * ((-0.2624 * log(10)) - (17430.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Yb+3)
@species(YbCl3,0)
@logKreaction(YbCl3, "(( (1.0 / log(10)) * ((-0.7601 * log(10)) - (8363.82 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Yb+3)
@species(YbCl4-,-1)
@logKreaction(YbCl4-, "(( (1.0 / log(10)) * ((-1.1845 * log(10)) - (-15765.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Yb+3)
@species(YbF+2,2)
@logKreaction(YbF+2, "(( (1.0 / log(10)) * ((4.8085 * log(10)) - (23221.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, F-)
@species(YbF2+,1)
@logKreaction(YbF2+, "(( (1.0 / log(10)) * ((8.3709 * log(10)) - (12133.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Yb+3)
@species(YbF3,0)
@logKreaction(YbF3, "(( (1.0 / log(10)) * ((11.0537 * log(10)) - (-13179.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Yb+3)
@species(YbF4-,-1)
@logKreaction(YbF4-, "(( (1.0 / log(10)) * ((13.2234 * log(10)) - (-60249.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Yb+3)
@species(YbH2PO4+2,2)
@logKreaction(YbH2PO4+2, "(( (1.0 / log(10)) * ((9.5217 * log(10)) - (-20020.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, HPO4-2, 1.0, H+)
@species(YbHCO3+2,2)
@logKreaction(YbHCO3+2, "(( (1.0 / log(10)) * ((1.8398 * log(10)) - (5430.83 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, HCO3-)
@species(YbHPO4+,1)
@logKreaction(YbHPO4+, "(( (1.0 / log(10)) * ((6.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, HPO4-2)
@species(YbNO3+2,2)
@logKreaction(YbNO3+2, "(( (1.0 / log(10)) * ((0.2148 * log(10)) - (-32932.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, NO3-)
@species(YbO+,1)
@logKreaction(YbO+, "(( (1.0 / log(10)) * ((-15.7506 * log(10)) - (105508.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, H2O, -2.0, H+)
@species(YbO2-,-1)
@logKreaction(YbO2-, "(( (1.0 / log(10)) * ((-32.6741 * log(10)) - (267918.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Yb+3, -4.0, H+)
@species(YbO2H,0)
@logKreaction(YbO2H, "(( (1.0 / log(10)) * ((-23.878 * log(10)) - (211016.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Yb+3, -3.0, H+)
@species(YbOH+2,2)
@logKreaction(YbOH+2, "(( (1.0 / log(10)) * ((-7.6143 * log(10)) - (74964.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, H2O, -1.0, H+)
@species(YbPO4,0)
@logKreaction(YbPO4, "(( (1.0 / log(10)) * ((0.5782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, HPO4-2, -1.0, H+)
@species(YbSO4+,1)
@logKreaction(YbSO4+, "(( (1.0 / log(10)) * ((3.5697 * log(10)) - (1424650.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Yb+3, 1.0, SO4-2)
@species(Zn[Acetate]2,0)
@logKreaction(Zn[Acetate]2, "(( (1.0 / log(10)) * ((-6.062 * log(10)) - (-11045.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HAcetate, 1.0, Zn+2, -2.0, H+)
@species(Zn[Acetate]3-,-1)
@logKreaction(Zn[Acetate]3-, "(( (1.0 / log(10)) * ((-10.0715 * log(10)) - (25355.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, HAcetate, 1.0, Zn+2, -3.0, H+)
@species(Zn[Cyanide]4-2,-2)
@logKreaction(Zn[Cyanide]4-2, "(( (1.0 / log(10)) * ((16.704 * log(10)) - (-107305.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cyanide-, 1.0, Zn+2)
@species(Zn[N3]2,0)
@logKreaction(Zn[N3]2, "(( (1.0 / log(10)) * ((1.1954 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, N3-, 1.0, Zn+2)
@species(Zn[NH3]+2,2)
@logKreaction(Zn[NH3]+2, "(( (1.0 / log(10)) * ((2.0527 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, NH3)
@species(Zn[NH3]2+2,2)
@logKreaction(Zn[NH3]2+2, "(( (1.0 / log(10)) * ((4.259 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NH3, 1.0, Zn+2)
@species(Zn[NH3]3+2,2)
@logKreaction(Zn[NH3]3+2, "(( (1.0 / log(10)) * ((6.4653 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, NH3, 1.0, Zn+2)
@species(Zn[NH3]4+2,2)
@logKreaction(Zn[NH3]4+2, "(( (1.0 / log(10)) * ((8.3738 * log(10)) - (-54902.700000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, NH3, 1.0, Zn+2)
@species(Zn[OH]2,0)
@logKreaction(Zn[OH]2, "(( (1.0 / log(10)) * ((-17.3282 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H2O, 1.0, Zn+2, -2.0, H+)
@species(Zn[OH]3-,-1)
@logKreaction(Zn[OH]3-, "(( (1.0 / log(10)) * ((-28.8369 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Zn+2, -3.0, H+)
@species(Zn[OH]4-2,-2)
@logKreaction(Zn[OH]4-2, "(( (1.0 / log(10)) * ((-41.6052 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Zn+2, -4.0, H+)
@species(Zn[OH]Cl,0)
@logKreaction(Zn[OH]Cl, "(( (1.0 / log(10)) * ((-7.5417 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, H2O, 1.0, Cl-, -1.0, H+)
@species(Zn[Thiocyanate]2,0)
@logKreaction(Zn[Thiocyanate]2, "(( (1.0 / log(10)) * ((0.88 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Thiocyanate-, 1.0, Zn+2)
@species(Zn[Thiocyanate]4-2,-2)
@logKreaction(Zn[Thiocyanate]4-2, "(( (1.0 / log(10)) * ((1.2479 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Thiocyanate-, 1.0, Zn+2)
@species(ZnBr+,1)
@logKreaction(ZnBr+, "(( (1.0 / log(10)) * ((-0.6365 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Br-)
@species(ZnBr2,0)
@logKreaction(ZnBr2, "(( (1.0 / log(10)) * ((-1.0492 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Br-, 1.0, Zn+2)
@species(ZnBr3-,-1)
@logKreaction(ZnBr3-, "(( (1.0 / log(10)) * ((-1.8474 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Br-, 1.0, Zn+2)
@species(ZnAcetate+,1)
@logKreaction(ZnAcetate+, "(( (1.0 / log(10)) * ((-3.1519 * log(10)) - (-9874.24 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, HAcetate, -1.0, H+)
@species(ZnCO3,0)
@logKreaction(ZnCO3, "(( (1.0 / log(10)) * ((-6.4288 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, HCO3-, -1.0, H+)
@species(ZnCl+,1)
@logKreaction(ZnCl+, "(( (1.0 / log(10)) * ((0.1986 * log(10)) - (43317.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Cl-)
@species(ZnCl2,0)
@logKreaction(ZnCl2, "(( (1.0 / log(10)) * ((0.2507 * log(10)) - (31154.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cl-, 1.0, Zn+2)
@species(ZnCl3-,-1)
@logKreaction(ZnCl3-, "(( (1.0 / log(10)) * ((-0.0198 * log(10)) - (22589.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cl-, 1.0, Zn+2)
@species(ZnCl4-2,-2)
@logKreaction(ZnCl4-2, "(( (1.0 / log(10)) * ((0.8605 * log(10)) - (4987.33 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Cl-, 1.0, Zn+2)
@species(ZnClO4+,1)
@logKreaction(ZnClO4+, "(( (1.0 / log(10)) * ((1.2768 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, ClO4-)
@species(ZnF+,1)
@logKreaction(ZnF+, "(( (1.0 / log(10)) * ((1.15 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, F-)
@species(ZnH2PO4+,1)
@logKreaction(ZnH2PO4+, "(( (1.0 / log(10)) * ((0.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, HPO4-2, 1.0, H+)
@species(ZnHCO3+,1)
@logKreaction(ZnHCO3+, "(( (1.0 / log(10)) * ((1.42 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, HCO3-)
@species(ZnHPO4,0)
@logKreaction(ZnHPO4, "(( (1.0 / log(10)) * ((3.26 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, HPO4-2)
@species(ZnI+,1)
@logKreaction(ZnI+, "(( (1.0 / log(10)) * ((-3.0134 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, I-)
@species(ZnI2,0)
@logKreaction(ZnI2, "(( (1.0 / log(10)) * ((-1.8437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, I-, 1.0, Zn+2)
@species(ZnI3-,-1)
@logKreaction(ZnI3-, "(( (1.0 / log(10)) * ((-2.0054 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, I-, 1.0, Zn+2)
@species(ZnI4-2,-2)
@logKreaction(ZnI4-2, "(( (1.0 / log(10)) * ((-2.6052 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, I-, 1.0, Zn+2)
@species(ZnN3+,1)
@logKreaction(ZnN3+, "(( (1.0 / log(10)) * ((0.442 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, N3-)
@species(ZnOH+,1)
@logKreaction(ZnOH+, "(( (1.0 / log(10)) * ((-8.96 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, H2O, -1.0, H+)
@species(ZnPO4-,-1)
@logKreaction(ZnPO4-, "(( (1.0 / log(10)) * ((-4.3018 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, HPO4-2, -1.0, H+)
@species(ZnSO4,0)
@logKreaction(ZnSO4, "(( (1.0 / log(10)) * ((2.3062 * log(10)) - (15277.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, SO4-2)
@species(ZnSeO4,0)
@logKreaction(ZnSeO4, "(( (1.0 / log(10)) * ((2.19 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, SeO4-2)
@species(Zr[OH]3+,1)
@logKreaction(Zr[OH]3+, "(( (1.0 / log(10)) * ((-0.6693 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H2O, 1.0, Zr+4, -3.0, H+)
@species(Zr[OH]4,0)
@logKreaction(Zr[OH]4, "(( (1.0 / log(10)) * ((-1.4666 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 1.0, Zr+4, -4.0, H+)
@species(Zr[OH]5-,-1)
@logKreaction(Zr[OH]5-, "(( (1.0 / log(10)) * ((-15.9754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, H2O, 1.0, Zr+4, -5.0, H+)
@species(Zr[SO4]2,0)
@logKreaction(Zr[SO4]2, "(( (1.0 / log(10)) * ((6.2965 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, SO4-2, 1.0, Zr+4)
@species(Zr[SO4]3-2,-2)
@logKreaction(Zr[SO4]3-2, "(( (1.0 / log(10)) * ((7.3007 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, SO4-2, 1.0, Zr+4)
@species(Zr3[OH]4+8,8)
@logKreaction(Zr3[OH]4+8, "(( (1.0 / log(10)) * ((-0.5803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H2O, 3.0, Zr+4, -4.0, H+)
@species(Zr4[OH]8+8,8)
@logKreaction(Zr4[OH]8+8, "(( (1.0 / log(10)) * ((-5.9606 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 8.0, H2O, 4.0, Zr+4, -8.0, H+)
@species(ZrF+3,3)
@logKreaction(ZrF+3, "(( (1.0 / log(10)) * ((8.5835 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zr+4, 1.0, F-)
@species(ZrF2+2,2)
@logKreaction(ZrF2+2, "(( (1.0 / log(10)) * ((15.7377 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 1.0, Zr+4)
@species(ZrF3+,1)
@logKreaction(ZrF3+, "(( (1.0 / log(10)) * ((21.2792 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, F-, 1.0, Zr+4)
@species(ZrF4,0)
@logKreaction(ZrF4, "(( (1.0 / log(10)) * ((25.9411 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, F-, 1.0, Zr+4)
@species(ZrF5-,-1)
@logKreaction(ZrF5-, "(( (1.0 / log(10)) * ((30.3098 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, F-, 1.0, Zr+4)
@species(ZrF6-2,-2)
@logKreaction(ZrF6-2, "(( (1.0 / log(10)) * ((34.0188 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 6.0, F-, 1.0, Zr+4)
@species(ZrOH+3,3)
@logKreaction(ZrOH+3, "(( (1.0 / log(10)) * ((0.0457 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zr+4, 1.0, H2O, -1.0, H+)
@species(ZrSO4+2,2)
@logKreaction(ZrSO4+2, "(( (1.0 / log(10)) * ((3.6064 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zr+4, 1.0, SO4-2)
@species(H2O_phthalate,0)
@logKreaction(H2O_phthalate, "(( (1.0 / log(10)) * ((8.358 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, O_phthalate-2)
@mineral([UO2]2As2O7[s])
@logKreaction([UO2]2As2O7[s], "-1 * (( (1.0 / log(10)) * ((7.7066 * log(10)) - (-145281.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.0, H2O, 2.0, H2AsO4-, 2.0, UO2+2)
@mineral([UO2]2Cl3[s])
@logKreaction([UO2]2Cl3[s], "-1 * (( (1.0 / log(10)) * ((12.7339 * log(10)) - (-140866.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+, 1.0, UO2+2, 3.0, Cl-)
@mineral([UO2]2P2O7[s])
@logKreaction([UO2]2P2O7[s], "-1 * (( (1.0 / log(10)) * ((-14.6827 * log(10)) - (-103726.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, HPO4-2, 2.0, UO2+2)
@mineral([UO2]3[AsO4]2[s])
@logKreaction([UO2]3[AsO4]2[s], "-1 * (( (1.0 / log(10)) * ((9.3177 * log(10)) - (-186720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2AsO4-, 3.0, UO2+2)
@mineral([UO2]3[PO4]2[s])
@logKreaction([UO2]3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-14.0241 * log(10)) - (-149864.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, UO2+2)
@mineral([UO2]3[PO4]2:4H2O[s])
@logKreaction([UO2]3[PO4]2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-27.0349 * log(10)) - (-45413.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, UO2+2, 4.0, H2O)
@mineral([VO]3[PO4]2[s])
@logKreaction([VO]3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((48.7864 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, VO+2)
@mineral(Acanthite[s])
@logKreaction(Acanthite[s], "-1 * (( (1.0 / log(10)) * ((-36.0346 * log(10)) - (226982.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 2.0, Ag+)
@mineral(Afwillite[s])
@logKreaction(Afwillite[s], "-1 * (( (1.0 / log(10)) * ((60.0452 * log(10)) - (-316059.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, SiO2, 3.0, Ca+2, 6.0, H2O)
@mineral(Ag[s])
@logKreaction(Ag[s], "-1 * (( (1.0 / log(10)) * ((7.9937 * log(10)) - (-34135.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Ag+)
@mineral(Ag3PO4[s])
@logKreaction(Ag3PO4[s], "-1 * (( (1.0 / log(10)) * ((-5.2282 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 3.0, Ag+)
@mineral(Ahlfeldite[s])
@logKreaction(Ahlfeldite[s], "-1 * (( (1.0 / log(10)) * ((-4.4894 * log(10)) - (-25790.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, SeO3-2, 2.0, H2O)
@mineral(Akermanite[s])
@logKreaction(Akermanite[s], "-1 * (( (1.0 / log(10)) * ((45.319 * log(10)) - (-288575.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Mg+2, 2.0, Ca+2, 2.0, SiO2, 3.0, H2O)
@mineral(Al[s])
@logKreaction(Al[s], "-1 * (( (1.0 / log(10)) * ((149.9292 * log(10)) - (-958059.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Al+3, 1.5, H2O)
@mineral(Al2[SO4]3[s])
@logKreaction(Al2[SO4]3[s], "-1 * (( (1.0 / log(10)) * ((19.0535 * log(10)) - (-364566.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Al+3, 3.0, SO4-2)
@mineral(Al2[SO4]3:6H2O[s])
@logKreaction(Al2[SO4]3:6H2O[s], "-1 * (( (1.0 / log(10)) * ((1.6849 * log(10)) - (-208575.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Al+3, 3.0, SO4-2, 6.0, H2O)
@mineral(AlF3[s])
@logKreaction(AlF3[s], "-1 * (( (1.0 / log(10)) * ((-17.2089 * log(10)) - (-34044.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 3.0, F-)
@mineral(Alabandite[s])
@logKreaction(Alabandite[s], "-1 * (( (1.0 / log(10)) * ((-0.3944 * log(10)) - (-23321.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Mn+2)
@mineral(Alamosite[s])
@logKreaction(Alamosite[s], "-1 * (( (1.0 / log(10)) * ((5.6733 * log(10)) - (-16516.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Pb+2, 1.0, SiO2)
@mineral(Albite[s])
@logKreaction(Albite[s], "-1 * (( (1.0 / log(10)) * ((2.7645 * log(10)) - (-51852.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, Na+, 2.0, H2O, 3.0, SiO2)
@mineral(Albite_high[s])
@logKreaction(Albite_high[s], "-1 * (( (1.0 / log(10)) * ((4.0832 * log(10)) - (-62856.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, Na+, 2.0, H2O, 3.0, SiO2)
@mineral(Albite_low[s])
@logKreaction(Albite_low[s], "-1 * (( (1.0 / log(10)) * ((2.7645 * log(10)) - (-51852.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, Na+, 2.0, H2O, 3.0, SiO2)
@mineral(Alstonite[s])
@logKreaction(Alstonite[s], "-1 * (( (1.0 / log(10)) * ((2.5843 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ba+2, 1.0, Ca+2, 2.0, HCO3-)
@mineral(Alum-K[s])
@logKreaction(Alum-K[s], "-1 * (( (1.0 / log(10)) * ((-4.8818 * log(10)) - (14413.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, K+, 2.0, SO4-2, 12.0, H2O)
@mineral(Alunite[s])
@logKreaction(Alunite[s], "-1 * (( (1.0 / log(10)) * ((-0.3479 * log(10)) - (-231856.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, K+, 2.0, SO4-2, 3.0, Al+3, 6.0, H2O)
@mineral(Am[s])
@logKreaction(Am[s], "-1 * (( (1.0 / log(10)) * ((169.39 * log(10)) - (-1036359.9999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Am+3, 1.5, H2O)
@mineral(Am[OH]3[s])
@logKreaction(Am[OH]3[s], "-1 * (( (1.0 / log(10)) * ((15.2218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Am+3, 3.0, H2O)
@mineral(Am[OH]3[am][s])
@logKreaction(Am[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((17.0217 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Am+3, 3.0, H2O)
@mineral(Am2[CO3]3[s])
@logKreaction(Am2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-2.3699 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Am+3, 3.0, HCO3-)
@mineral(Am2C3[s])
@logKreaction(Am2C3[s], "-1 * (( (1.0 / log(10)) * ((503.9594 * log(10)) - (-3097600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.5, O2, -3.0, H+, 2.0, Am+3, 3.0, HCO3-)
@mineral(Am2O3[s])
@logKreaction(Am2O3[s], "-1 * (( (1.0 / log(10)) * ((51.7905 * log(10)) - (-400515.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Am+3, 3.0, H2O)
@mineral(AmBr3[s])
@logKreaction(AmBr3[s], "-1 * (( (1.0 / log(10)) * ((21.7826 * log(10)) - (-171210.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Am+3, 3.0, Br-)
@mineral(AmCl3[s])
@logKreaction(AmCl3[s], "-1 * (( (1.0 / log(10)) * ((14.3513 * log(10)) - (-140139.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Am+3, 3.0, Cl-)
@mineral(AmF3[s])
@logKreaction(AmF3[s], "-1 * (( (1.0 / log(10)) * ((-13.119 * log(10)) - (-34742.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Am+3, 3.0, F-)
@mineral(AmF4[s])
@logKreaction(AmF4[s], "-1 * (( (1.0 / log(10)) * ((-25.1354 * log(10)) - (-37390.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Am+4, 4.0, F-)
@mineral(AmH2[s])
@logKreaction(AmH2[s], "-1 * (( (1.0 / log(10)) * ((128.4208 * log(10)) - (-738376.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.0, O2, 1.0, Am+2, 2.0, H2O)
@mineral(AmI3[s])
@logKreaction(AmI3[s], "-1 * (( (1.0 / log(10)) * ((24.7301 * log(10)) - (-175407.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Am+3, 3.0, I-)
@mineral(AmO2[s])
@logKreaction(AmO2[s], "-1 * (( (1.0 / log(10)) * ((-9.4203 * log(10)) - (-45476.700000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Am+4, 2.0, H2O)
@mineral(AmOBr[s])
@logKreaction(AmOBr[s], "-1 * (( (1.0 / log(10)) * ((13.7637 * log(10)) - (-131042.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Am+3, 1.0, Br-, 1.0, H2O)
@mineral(AmOCl[s])
@logKreaction(AmOCl[s], "-1 * (( (1.0 / log(10)) * ((11.3229 * log(10)) - (-119818.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Am+3, 1.0, Cl-, 1.0, H2O)
@mineral(AmOHCO3[s])
@logKreaction(AmOHCO3[s], "-1 * (( (1.0 / log(10)) * ((3.1519 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Am+3, 1.0, H2O, 1.0, HCO3-)
@mineral(AmPO4[am][s])
@logKreaction(AmPO4[am][s], "-1 * (( (1.0 / log(10)) * ((-12.4682 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Am+3, 1.0, HPO4-2)
@mineral(Amesite-14A[s])
@logKreaction(Amesite-14A[s], "-1 * (( (1.0 / log(10)) * ((75.4571 * log(10)) - (-797098.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -20.0, H+, 2.0, SiO2, 4.0, Al+3, 4.0, Mg+2, 14.0, H2O)
@mineral(Analcime[s])
@logKreaction(Analcime[s], "-1 * (( (1.0 / log(10)) * ((6.1396 * log(10)) - (-75844.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.84, H+, 0.96, Al+3, 0.96, Na+, 2.04, SiO2, 2.92, H2O)
@mineral(Analcime-dehy[s])
@logKreaction(Analcime-dehy[s], "-1 * (( (1.0 / log(10)) * ((12.5023 * log(10)) - (-116641.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.84, H+, 0.96, Al+3, 0.96, Na+, 1.92, H2O, 2.04, SiO2)
@mineral(Anatase[s])
@logKreaction(Anatase[s], "-1 * (( (1.0 / log(10)) * ((-8.5586 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Ti[OH]4)
@mineral(Andalusite[s])
@logKreaction(Andalusite[s], "-1 * (( (1.0 / log(10)) * ((15.9445 * log(10)) - (-235233.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, SiO2, 2.0, Al+3, 3.0, H2O)
@mineral(Andradite[s])
@logKreaction(Andradite[s], "-1 * (( (1.0 / log(10)) * ((33.3352 * log(10)) - (-301173.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -12.0, H+, 2.0, Fe+3, 3.0, Ca+2, 3.0, SiO2, 6.0, H2O)
@mineral(Anglesite[s])
@logKreaction(Anglesite[s], "-1 * (( (1.0 / log(10)) * ((-7.8527 * log(10)) - (11255.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, SO4-2)
@mineral(Anhydrite[s])
@logKreaction(Anhydrite[s], "-1 * (( (1.0 / log(10)) * ((-4.3064 * log(10)) - (-18577.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, SO4-2)
@mineral(Annite[s])
@logKreaction(Annite[s], "-1 * (( (1.0 / log(10)) * ((29.4693 * log(10)) - (-259964.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 1.0, Al+3, 1.0, K+, 3.0, Fe+2, 3.0, SiO2, 6.0, H2O)
@mineral(Anorthite[s])
@logKreaction(Anorthite[s], "-1 * (( (1.0 / log(10)) * ((26.578 * log(10)) - (-303039.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 2.0, Al+3, 2.0, SiO2, 4.0, H2O)
@mineral(Antarcticite[s])
@logKreaction(Antarcticite[s], "-1 * (( (1.0 / log(10)) * ((4.0933 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, Cl-, 6.0, H2O)
@mineral(Anthophyllite[s])
@logKreaction(Anthophyllite[s], "-1 * (( (1.0 / log(10)) * ((66.7965 * log(10)) - (-483486.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -14.0, H+, 7.0, Mg+2, 8.0, H2O, 8.0, SiO2)
@mineral(Antigorite[s])
@logKreaction(Antigorite[s], "-1 * (( (1.0 / log(10)) * ((477.1943 * log(10)) - (-3364430.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -96.0, H+, 34.0, SiO2, 48.0, Mg+2, 79.0, H2O)
@mineral(Antlerite[s])
@logKreaction(Antlerite[s], "-1 * (( (1.0 / log(10)) * ((8.7302 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SO4-2, 3.0, Cu+2, 4.0, H2O)
@mineral(Aphthitalite[s])
@logKreaction(Aphthitalite[s], "-1 * (( (1.0 / log(10)) * ((-3.8878 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 2.0, SO4-2, 3.0, K+)
@mineral(Aragonite[s])
@logKreaction(Aragonite[s], "-1 * (( (1.0 / log(10)) * ((1.9931 * log(10)) - (-25802.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ca+2, 1.0, HCO3-)
@mineral(Arcanite[s])
@logKreaction(Arcanite[s], "-1 * (( (1.0 / log(10)) * ((-1.8008 * log(10)) - (23836.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 2.0, K+)
@mineral(Arsenolite[s])
@logKreaction(Arsenolite[s], "-1 * (( (1.0 / log(10)) * ((-19.8365 * log(10)) - (84544.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, H+, 2.0, H2AsO3-)
@mineral(Arsenopyrite[s])
@logKreaction(Arsenopyrite[s], "-1 * (( (1.0 / log(10)) * ((-14.4453 * log(10)) - (28018.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.5, H2O, -0.5, H+, 0.5, AsH3, 0.5, H2AsO3-, 1.0, Fe+2, 1.0, HS-)
@mineral(Artinite[s])
@logKreaction(Artinite[s], "-1 * (( (1.0 / log(10)) * ((19.656 * log(10)) - (-130431.99999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, HCO3-, 2.0, Mg+2, 5.0, H2O)
@mineral(As[s])
@logKreaction(As[s], "-1 * (( (1.0 / log(10)) * ((42.7079 * log(10)) - (-276937.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.5, H2O, -0.75, O2, 1.0, H+, 1.0, H2AsO3-)
@mineral(As2O5[s])
@logKreaction(As2O5[s], "-1 * (( (1.0 / log(10)) * ((2.1601 * log(10)) - (-36734.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, H+, 2.0, H2AsO4-)
@mineral(As4O6[cubi][s])
@logKreaction(As4O6[cubi][s], "-1 * (( (1.0 / log(10)) * ((-39.7636 * log(10)) - (169792.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 4.0, H+, 4.0, H2AsO3-)
@mineral(As4O6[mono][s])
@logKreaction(As4O6[mono][s], "-1 * (( (1.0 / log(10)) * ((-40.0375 * log(10)) - (165452.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 4.0, H+, 4.0, H2AsO3-)
@mineral(Atacamite[s])
@logKreaction(Atacamite[s], "-1 * (( (1.0 / log(10)) * ((14.2836 * log(10)) - (-132001.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Cl-, 4.0, Cu+2, 6.0, H2O)
@mineral(Au[s])
@logKreaction(Au[s], "-1 * (( (1.0 / log(10)) * ((-7.0864 * log(10)) - (59189.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Au+)
@mineral(Autunite-H[s])
@logKreaction(Autunite-H[s], "-1 * (( (1.0 / log(10)) * ((-25.3372 * log(10)) - (-31859.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, HPO4-2, 2.0, UO2+2)
@mineral(Azurite[s])
@logKreaction(Azurite[s], "-1 * (( (1.0 / log(10)) * ((9.1607 * log(10)) - (-122298.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2O, 2.0, HCO3-, 3.0, Cu+2)
@mineral(B[s])
@logKreaction(B[s], "-1 * (( (1.0 / log(10)) * ((109.5654 * log(10)) - (-636677.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.5, H2O, -0.75, O2, 1.0, B[OH]3)
@mineral(B2O3[s])
@logKreaction(B2O3[s], "-1 * (( (1.0 / log(10)) * ((5.5464 * log(10)) - (-18054.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, B[OH]3)
@mineral(Ba[s])
@logKreaction(Ba[s], "-1 * (( (1.0 / log(10)) * ((141.2465 * log(10)) - (-817416.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Ba+2, 1.0, H2O)
@mineral(Ba[OH]2:8H2O[s])
@logKreaction(Ba[OH]2:8H2O[s], "-1 * (( (1.0 / log(10)) * ((24.4911 * log(10)) - (-55436.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ba+2, 10.0, H2O)
@mineral(Ba2Si3O8[s])
@logKreaction(Ba2Si3O8[s], "-1 * (( (1.0 / log(10)) * ((23.3284 * log(10)) - (-95332.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, Ba+2, 2.0, H2O, 3.0, SiO2)
@mineral(Ba2SiO4[s])
@logKreaction(Ba2SiO4[s], "-1 * (( (1.0 / log(10)) * ((44.593 * log(10)) - (-237206.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, Ba+2, 2.0, H2O)
@mineral(Ba2U2O7[s])
@logKreaction(Ba2U2O7[s], "-1 * (( (1.0 / log(10)) * ((36.4635 * log(10)) - (-243057.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Ba+2, 2.0, UO2+, 3.0, H2O)
@mineral(Ba3UO6[s])
@logKreaction(Ba3UO6[s], "-1 * (( (1.0 / log(10)) * ((94.3709 * log(10)) - (-564885.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, UO2+2, 3.0, Ba+2, 4.0, H2O)
@mineral(BaBr2[s])
@logKreaction(BaBr2[s], "-1 * (( (1.0 / log(10)) * ((5.6226 * log(10)) - (-23388.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, Br-)
@mineral(BaBr2:2H2O[s])
@logKreaction(BaBr2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((2.2523 * log(10)) - (13773.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, Br-, 2.0, H2O)
@mineral(BaCl2[s])
@logKreaction(BaCl2[s], "-1 * (( (1.0 / log(10)) * ((2.2707 * log(10)) - (-13156.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, Cl-)
@mineral(BaCl2:2H2O[s])
@logKreaction(BaCl2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((0.2459 * log(10)) - (16558.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, Cl-, 2.0, H2O)
@mineral(BaCl2:H2O[s])
@logKreaction(BaCl2:H2O[s], "-1 * (( (1.0 / log(10)) * ((0.8606 * log(10)) - (2894.33 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, H2O, 2.0, Cl-)
@mineral(BaCrO4[s])
@logKreaction(BaCrO4[s], "-1 * (( (1.0 / log(10)) * ((-9.9322 * log(10)) - (25911.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, CrO4-2)
@mineral(BaHPO4[s])
@logKreaction(BaHPO4[s], "-1 * (( (1.0 / log(10)) * ((-7.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, HPO4-2)
@mineral(BaI2[s])
@logKreaction(BaI2[s], "-1 * (( (1.0 / log(10)) * ((11.0759 * log(10)) - (-46040.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, I-)
@mineral(BaMnO4[s])
@logKreaction(BaMnO4[s], "-1 * (( (1.0 / log(10)) * ((-10.09 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, MnO4-2)
@mineral(BaO[s])
@logKreaction(BaO[s], "-1 * (( (1.0 / log(10)) * ((47.8036 * log(10)) - (-270184.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ba+2, 1.0, H2O)
@mineral(BaS[s])
@logKreaction(BaS[s], "-1 * (( (1.0 / log(10)) * ((16.2606 * log(10)) - (-92900.40000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ba+2, 1.0, HS-)
@mineral(BaSeO3[s])
@logKreaction(BaSeO3[s], "-1 * (( (1.0 / log(10)) * ((-6.5615 * log(10)) - (-5565.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, SeO3-2)
@mineral(BaSeO4[s])
@logKreaction(BaSeO4[s], "-1 * (( (1.0 / log(10)) * ((-7.4468 * log(10)) - (8978.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, SeO4-2)
@mineral(BaSiF6[s])
@logKreaction(BaSiF6[s], "-1 * (( (1.0 / log(10)) * ((-32.1771 * log(10)) - (95255.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Ba+2, 1.0, SiO2, 4.0, H+, 6.0, F-)
@mineral(BaU2O7[s])
@logKreaction(BaU2O7[s], "-1 * (( (1.0 / log(10)) * ((21.9576 * log(10)) - (-195959.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Ba+2, 2.0, UO2+2, 3.0, H2O)
@mineral(BaUO4[s])
@logKreaction(BaUO4[s], "-1 * (( (1.0 / log(10)) * ((18.2007 * log(10)) - (-134521.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ba+2, 1.0, UO2+2, 2.0, H2O)
@mineral(BaZrO3[s])
@logKreaction(BaZrO3[s], "-1 * (( (1.0 / log(10)) * ((-94.4716 * log(10)) - (505159.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ba+2, 1.0, H2O, 1.0, Zr[OH]2+2)
@mineral(Baddeleyite[s])
@logKreaction(Baddeleyite[s], "-1 * (( (1.0 / log(10)) * ((-7.9405 * log(10)) - (9720.07 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Zr[OH]2+2)
@mineral(Barite[s])
@logKreaction(Barite[s], "-1 * (( (1.0 / log(10)) * ((-9.9711 * log(10)) - (25940.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, SO4-2)
@mineral(Barytocalcite[s])
@logKreaction(Barytocalcite[s], "-1 * (( (1.0 / log(10)) * ((2.742 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ba+2, 1.0, Ca+2, 2.0, HCO3-)
@mineral(Bassanite[s])
@logKreaction(Bassanite[s], "-1 * (( (1.0 / log(10)) * ((-3.6615 * log(10)) - (-18711.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Ca+2, 1.0, SO4-2)
@mineral(Bassetite[s])
@logKreaction(Bassetite[s], "-1 * (( (1.0 / log(10)) * ((-17.724 * log(10)) - (-114841.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Fe+2, 2.0, HPO4-2, 2.0, UO2+2)
@mineral(Be[s])
@logKreaction(Be[s], "-1 * (( (1.0 / log(10)) * ((104.2077 * log(10)) - (-662608.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Be+2, 1.0, H2O)
@mineral(Be13U[s])
@logKreaction(Be13U[s], "-1 * (( (1.0 / log(10)) * ((1504.535 * log(10)) - (-9601040.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -30.0, H+, -7.5, O2, 1.0, U+4, 13.0, Be+2, 15.0, H2O)
@mineral(Beidellite-Ca[s])
@logKreaction(Beidellite-Ca[s], "-1 * (( (1.0 / log(10)) * ((5.5914 * log(10)) - (-162403.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.165, Ca+2, 2.33, Al+3, 3.67, SiO2, 4.66, H2O)
@mineral(Beidellite-Cs[s])
@logKreaction(Beidellite-Cs[s], "-1 * (( (1.0 / log(10)) * ((5.1541 * log(10)) - (-149851.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.33, Cs+, 2.33, Al+3, 3.67, SiO2, 4.66, H2O)
@mineral(Beidellite-H[s])
@logKreaction(Beidellite-H[s], "-1 * (( (1.0 / log(10)) * ((4.6335 * log(10)) - (-154650.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.99, H+, 2.33, Al+3, 3.67, SiO2, 4.66, H2O)
@mineral(Beidellite-K[s])
@logKreaction(Beidellite-K[s], "-1 * (( (1.0 / log(10)) * ((5.3088 * log(10)) - (-150834.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.33, K+, 2.33, Al+3, 3.67, SiO2, 4.66, H2O)
@mineral(Beidellite-Mg[s])
@logKreaction(Beidellite-Mg[s], "-1 * (( (1.0 / log(10)) * ((5.5537 * log(10)) - (-165455.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.165, Mg+2, 2.33, Al+3, 3.67, SiO2, 4.66, H2O)
@mineral(Beidellite-Na[s])
@logKreaction(Beidellite-Na[s], "-1 * (( (1.0 / log(10)) * ((5.6473 * log(10)) - (-155846.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.33, Na+, 2.33, Al+3, 3.67, SiO2, 4.66, H2O)
@mineral(Berlinite[s])
@logKreaction(Berlinite[s], "-1 * (( (1.0 / log(10)) * ((-7.2087 * log(10)) - (-96631.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Al+3, 1.0, HPO4-2)
@mineral(Berndtite[s])
@logKreaction(Berndtite[s], "-1 * (( (1.0 / log(10)) * ((-34.5393 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, S2-2, 1.0, Sn+2)
@mineral(Bieberite[s])
@logKreaction(Bieberite[s], "-1 * (( (1.0 / log(10)) * ((-2.5051 * log(10)) - (11388.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, SO4-2, 7.0, H2O)
@mineral(Birnessite[s])
@logKreaction(Birnessite[s], "-1 * (( (1.0 / log(10)) * ((-85.5463 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 3.0, MnO4-2, 5.0, Mn+2, 7.0, H2O)
@mineral(Bischofite[s])
@logKreaction(Bischofite[s], "-1 * (( (1.0 / log(10)) * ((4.3923 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, Cl-, 6.0, H2O)
@mineral(Bixbyite[s])
@logKreaction(Bixbyite[s], "-1 * (( (1.0 / log(10)) * ((-0.9655 * log(10)) - (-190545.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Mn+3, 3.0, H2O)
@mineral(Bloedite[s])
@logKreaction(Bloedite[s], "-1 * (( (1.0 / log(10)) * ((-2.4777 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, Na+, 2.0, SO4-2, 4.0, H2O)
@mineral(Boehmite[s])
@logKreaction(Boehmite[s], "-1 * (( (1.0 / log(10)) * ((7.5642 * log(10)) - (-113282.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Al+3, 2.0, H2O)
@mineral(Boltwoodite[s])
@logKreaction(Boltwoodite[s], "-1 * (( (1.0 / log(10)) * ((14.8857 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, K+, 1.0, SiO2, 1.0, UO2+2, 3.0, H2O)
@mineral(Boltwoodite-Na[s])
@logKreaction(Boltwoodite-Na[s], "-1 * (( (1.0 / log(10)) * ((14.5834 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 0.3, K+, 0.7, Na+, 1.0, SiO2, 1.0, UO2+2, 4.0, H2O)
@mineral(Borax[s])
@logKreaction(Borax[s], "-1 * (( (1.0 / log(10)) * ((12.0395 * log(10)) - (80514.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Na+, 4.0, B[OH]3, 5.0, H2O)
@mineral(Boric_acid[s])
@logKreaction(Boric_acid[s], "-1 * (( (1.0 / log(10)) * ((-0.1583 * log(10)) - (20265.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, B[OH]3)
@mineral(Bornite[s])
@logKreaction(Bornite[s], "-1 * (( (1.0 / log(10)) * ((-102.4369 * log(10)) - (530113.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Cu+2, 1.0, Fe+2, 4.0, Cu+, 4.0, HS-)
@mineral(Brezinaite[s])
@logKreaction(Brezinaite[s], "-1 * (( (1.0 / log(10)) * ((2.7883 * log(10)) - (-216731.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Cr+2, 2.0, Cr+3, 4.0, HS-)
@mineral(Brochantite[s])
@logKreaction(Brochantite[s], "-1 * (( (1.0 / log(10)) * ((15.4363 * log(10)) - (-163158.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, SO4-2, 4.0, Cu+2, 6.0, H2O)
@mineral(Bromellite[s])
@logKreaction(Bromellite[s], "-1 * (( (1.0 / log(10)) * ((1.1309 * log(10)) - (-59274.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Be+2, 1.0, H2O)
@mineral(Brucite[s])
@logKreaction(Brucite[s], "-1 * (( (1.0 / log(10)) * ((16.298 * log(10)) - (-111340.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Mg+2, 2.0, H2O)
@mineral(Brushite[s])
@logKreaction(Brushite[s], "-1 * (( (1.0 / log(10)) * ((6.55 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, HPO4-2, 2.0, H2O)
@mineral(Bunsenite[s])
@logKreaction(Bunsenite[s], "-1 * (( (1.0 / log(10)) * ((12.4719 * log(10)) - (-100069.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Ni+2)
@mineral(Burkeite[s])
@logKreaction(Burkeite[s], "-1 * (( (1.0 / log(10)) * ((9.4866 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 2.0, SO4-2, 6.0, Na+)
@mineral(C[s])
@logKreaction(C[s], "-1 * (( (1.0 / log(10)) * ((64.1735 * log(10)) - (-391961.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, -1.0, O2, 1.0, H+, 1.0, HCO3-)
@mineral(Ca[s])
@logKreaction(Ca[s], "-1 * (( (1.0 / log(10)) * ((139.8465 * log(10)) - (-822855.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Ca+2, 1.0, H2O)
@mineral(Ca-Al_Pyroxene[s])
@logKreaction(Ca-Al_Pyroxene[s], "-1 * (( (1.0 / log(10)) * ((35.9759 * log(10)) - (-361548.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 1.0, SiO2, 2.0, Al+3, 4.0, H2O)
@mineral(Ca2Al2O5:8H2O[s])
@logKreaction(Ca2Al2O5:8H2O[s], "-1 * (( (1.0 / log(10)) * ((59.5687 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 2.0, Al+3, 2.0, Ca+2, 13.0, H2O)
@mineral(Ca2Cl2[OH]2:H2O[s])
@logKreaction(Ca2Cl2[OH]2:H2O[s], "-1 * (( (1.0 / log(10)) * ((26.2901 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Ca+2, 2.0, Cl-, 3.0, H2O)
@mineral(Ca2V2O7[s])
@logKreaction(Ca2V2O7[s], "-1 * (( (1.0 / log(10)) * ((-39.7129 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, Ca+2, 2.0, H+, 2.0, VO4-3)
@mineral(Ca3[AsO4]2[s])
@logKreaction(Ca3[AsO4]2[s], "-1 * (( (1.0 / log(10)) * ((17.816 * log(10)) - (-149956.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2AsO4-, 3.0, Ca+2)
@mineral(Ca3Al2O6[s])
@logKreaction(Ca3Al2O6[s], "-1 * (( (1.0 / log(10)) * ((113.046 * log(10)) - (-833336.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -12.0, H+, 2.0, Al+3, 3.0, Ca+2, 6.0, H2O)
@mineral(Ca3V2O8[s])
@logKreaction(Ca3V2O8[s], "-1 * (( (1.0 / log(10)) * ((-18.3234 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, VO4-3, 3.0, Ca+2)
@mineral(Ca4Al2Fe2O10[s])
@logKreaction(Ca4Al2Fe2O10[s], "-1 * (( (1.0 / log(10)) * ((140.505 * log(10)) - (-1139860.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -20.0, H+, 2.0, Al+3, 2.0, Fe+3, 4.0, Ca+2, 10.0, H2O)
@mineral(Ca4Al2O7:13H2O[s])
@logKreaction(Ca4Al2O7:13H2O[s], "-1 * (( (1.0 / log(10)) * ((107.2537 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -14.0, H+, 2.0, Al+3, 4.0, Ca+2, 20.0, H2O)
@mineral(Ca4Al2O7:19H2O[s])
@logKreaction(Ca4Al2O7:19H2O[s], "-1 * (( (1.0 / log(10)) * ((103.6812 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -14.0, H+, 2.0, Al+3, 4.0, Ca+2, 26.0, H2O)
@mineral(Ca4Cl2[OH]6:13H2O[s])
@logKreaction(Ca4Cl2[OH]6:13H2O[s], "-1 * (( (1.0 / log(10)) * ((68.3283 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Cl-, 4.0, Ca+2, 19.0, H2O)
@mineral(CaAl2O4[s])
@logKreaction(CaAl2O4[s], "-1 * (( (1.0 / log(10)) * ((46.9541 * log(10)) - (-436952.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 2.0, Al+3, 4.0, H2O)
@mineral(CaAl2O4:10H2O[s])
@logKreaction(CaAl2O4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((37.9946 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 2.0, Al+3, 14.0, H2O)
@mineral(CaAl4O7[s])
@logKreaction(CaAl4O7[s], "-1 * (( (1.0 / log(10)) * ((68.6138 * log(10)) - (-718464.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -14.0, H+, 1.0, Ca+2, 4.0, Al+3, 7.0, H2O)
@mineral(CaSO4:0_5H2O[beta][s])
@logKreaction(CaSO4:0_5H2O[beta][s], "-1 * (( (1.0 / log(10)) * ((-3.4934 * log(10)) - (-20804.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Ca+2, 1.0, SO4-2)
@mineral(CaSeO3:2H2O[s])
@logKreaction(CaSeO3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-4.6213 * log(10)) - (-14196.300000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, SeO3-2, 2.0, H2O)
@mineral(CaSeO4[s])
@logKreaction(CaSeO4[s], "-1 * (( (1.0 / log(10)) * ((-3.09 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, SeO4-2)
@mineral(CaUO4[s])
@logKreaction(CaUO4[s], "-1 * (( (1.0 / log(10)) * ((15.942 * log(10)) - (-131460.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ca+2, 1.0, UO2+2, 2.0, H2O)
@mineral(CaV2O6[s])
@logKreaction(CaV2O6[s], "-1 * (( (1.0 / log(10)) * ((-51.3617 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Ca+2, 2.0, VO4-3, 4.0, H+)
@mineral(CaZrO3[s])
@logKreaction(CaZrO3[s], "-1 * (( (1.0 / log(10)) * ((-148.5015 * log(10)) - (801282.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ca+2, 1.0, H2O, 1.0, Zr[OH]2+2)
@mineral(Cadmoselite[s])
@logKreaction(Cadmoselite[s], "-1 * (( (1.0 / log(10)) * ((-33.8428 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Se-2)
@mineral(Calcite[s])
@logKreaction(Calcite[s], "-1 * (( (1.0 / log(10)) * ((1.8487 * log(10)) - (-25714.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ca+2, 1.0, HCO3-)
@mineral(Calomel[s])
@logKreaction(Calomel[s], "-1 * (( (1.0 / log(10)) * ((-17.8241 * log(10)) - (98026.70000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 2.0, Cl-)
@mineral(Carnallite[s])
@logKreaction(Carnallite[s], "-1 * (( (1.0 / log(10)) * ((4.2721 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Mg+2, 3.0, Cl-, 6.0, H2O)
@mineral(Carnotite[s])
@logKreaction(Carnotite[s], "-1 * (( (1.0 / log(10)) * ((-56.3811 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, K+, 2.0, UO2+2, 2.0, VO4-3)
@mineral(Cassiterite[s])
@logKreaction(Cassiterite[s], "-1 * (( (1.0 / log(10)) * ((-46.1203 * log(10)) - (280048.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 0.5, O2, 1.0, H2O, 1.0, Sn+2)
@mineral(Cattierite[s])
@logKreaction(Cattierite[s], "-1 * (( (1.0 / log(10)) * ((-29.9067 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, S2-2)
@mineral(Cd[s])
@logKreaction(Cd[s], "-1 * (( (1.0 / log(10)) * ((56.6062 * log(10)) - (-355669.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Cd+2, 1.0, H2O)
@mineral(Cd[BO2]2[s])
@logKreaction(Cd[BO2]2[s], "-1 * (( (1.0 / log(10)) * ((9.8299 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -2.0, H2O, 1.0, Cd+2, 2.0, B[OH]3)
@mineral(Cd[IO3]2[s])
@logKreaction(Cd[IO3]2[s], "-1 * (( (1.0 / log(10)) * ((-7.5848 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, IO3-)
@mineral(Cd[OH]2[s])
@logKreaction(Cd[OH]2[s], "-1 * (( (1.0 / log(10)) * ((13.7382 * log(10)) - (-87024.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cd+2, 2.0, H2O)
@mineral(Cd[OH]Cl[s])
@logKreaction(Cd[OH]Cl[s], "-1 * (( (1.0 / log(10)) * ((3.5435 * log(10)) - (-30388.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cd+2, 1.0, Cl-, 1.0, H2O)
@mineral(Cd3[AsO4]2[s])
@logKreaction(Cd3[AsO4]2[s], "-1 * (( (1.0 / log(10)) * ((4.0625 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2AsO4-, 3.0, Cd+2)
@mineral(Cd3[PO4]2[s])
@logKreaction(Cd3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-7.8943 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Cd+2)
@mineral(Cd3[SO4][OH]4[s])
@logKreaction(Cd3[SO4][OH]4[s], "-1 * (( (1.0 / log(10)) * ((22.5735 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SO4-2, 3.0, Cd+2, 4.0, H2O)
@mineral(Cd3[SO4]2[OH]2[s])
@logKreaction(Cd3[SO4]2[OH]2[s], "-1 * (( (1.0 / log(10)) * ((6.718 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, H2O, 2.0, SO4-2, 3.0, Cd+2)
@mineral(CdBr2[s])
@logKreaction(CdBr2[s], "-1 * (( (1.0 / log(10)) * ((-1.847 * log(10)) - (-2675.48 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Br-)
@mineral(CdBr2:4H2O[s])
@logKreaction(CdBr2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.3378 * log(10)) - (30281.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Br-, 4.0, H2O)
@mineral(CdCl2[s])
@logKreaction(CdCl2[s], "-1 * (( (1.0 / log(10)) * ((-0.6474 * log(10)) - (-18539.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Cl-)
@mineral(CdCl2[NH3]2[s])
@logKreaction(CdCl2[NH3]2[s], "-1 * (( (1.0 / log(10)) * ((-8.7864 * log(10)) - (63534.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Cl-, 2.0, NH3)
@mineral(CdCl2[NH3]4[s])
@logKreaction(CdCl2[NH3]4[s], "-1 * (( (1.0 / log(10)) * ((-6.8044 * log(10)) - (81793.09999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Cl-, 4.0, NH3)
@mineral(CdCl2[NH3]6[s])
@logKreaction(CdCl2[NH3]6[s], "-1 * (( (1.0 / log(10)) * ((-4.7524 * log(10)) - (97297.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Cl-, 6.0, NH3)
@mineral(CdCl2:H2O[s])
@logKreaction(CdCl2:H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.6747 * log(10)) - (-7449.43 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, H2O, 2.0, Cl-)
@mineral(CdCr2O4[s])
@logKreaction(CdCr2O4[s], "-1 * (( (1.0 / log(10)) * ((14.9969 * log(10)) - (-255676.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Cd+2, 2.0, Cr+3, 4.0, H2O)
@mineral(CdF2[s])
@logKreaction(CdF2[s], "-1 * (( (1.0 / log(10)) * ((-1.1464 * log(10)) - (-46064.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, F-)
@mineral(CdI2[s])
@logKreaction(CdI2[s], "-1 * (( (1.0 / log(10)) * ((-3.4825 * log(10)) - (13716.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, I-)
@mineral(CdS[s])
@logKreaction(CdS[s], "-1 * (( (1.0 / log(10)) * ((-15.9095 * log(10)) - (70144.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cd+2, 1.0, HS-)
@mineral(CdSO4[s])
@logKreaction(CdSO4[s], "-1 * (( (1.0 / log(10)) * ((-0.1061 * log(10)) - (-52130.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SO4-2)
@mineral(CdSO4:2_667H2O[s])
@logKreaction(CdSO4:2_667H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.8015 * log(10)) - (-18530.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SO4-2, 2.667, H2O)
@mineral(CdSO4:H2O[s])
@logKreaction(CdSO4:H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.6529 * log(10)) - (-31653.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, H2O, 1.0, SO4-2)
@mineral(CdSeO3[s])
@logKreaction(CdSeO3[s], "-1 * (( (1.0 / log(10)) * ((-8.8086 * log(10)) - (-9921.56 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SeO3-2)
@mineral(CdSeO4[s])
@logKreaction(CdSeO4[s], "-1 * (( (1.0 / log(10)) * ((-2.2132 * log(10)) - (-41983.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SeO4-2)
@mineral(CdSiO3[s])
@logKreaction(CdSiO3[s], "-1 * (( (1.0 / log(10)) * ((7.5136 * log(10)) - (-50342.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cd+2, 1.0, H2O, 1.0, SiO2)
@mineral(Ce[s])
@logKreaction(Ce[s], "-1 * (( (1.0 / log(10)) * ((182.9563 * log(10)) - (-1120060.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Ce+3, 1.5, H2O)
@mineral(Ce[OH]3[s])
@logKreaction(Ce[OH]3[s], "-1 * (( (1.0 / log(10)) * ((19.8852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Ce+3, 3.0, H2O)
@mineral(Ce[OH]3[am][s])
@logKreaction(Ce[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((21.1852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Ce+3, 3.0, H2O)
@mineral(Ce2[CO3]3:8H2O[s])
@logKreaction(Ce2[CO3]3:8H2O[s], "-1 * (( (1.0 / log(10)) * ((-4.1136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Ce+3, 3.0, HCO3-, 8.0, H2O)
@mineral(Ce2O3[s])
@logKreaction(Ce2O3[s], "-1 * (( (1.0 / log(10)) * ((62.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Ce+3, 3.0, H2O)
@mineral(Ce3[PO4]4[s])
@logKreaction(Ce3[PO4]4[s], "-1 * (( (1.0 / log(10)) * ((-40.8127 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 3.0, Ce+4, 4.0, HPO4-2)
@mineral(CeF3:_5H2O[s])
@logKreaction(CeF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-18.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Ce+3, 3.0, F-)
@mineral(CeO2[s])
@logKreaction(CeO2[s], "-1 * (( (1.0 / log(10)) * ((-8.16 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ce+4, 2.0, H2O)
@mineral(CePO4:10H2O[s])
@logKreaction(CePO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-12.2782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ce+3, 1.0, HPO4-2, 10.0, H2O)
@mineral(Celadonite[s])
@logKreaction(Celadonite[s], "-1 * (( (1.0 / log(10)) * ((7.4575 * log(10)) - (-74395.70000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Al+3, 1.0, K+, 1.0, Mg+2, 4.0, H2O, 4.0, SiO2)
@mineral(Celestite[s])
@logKreaction(Celestite[s], "-1 * (( (1.0 / log(10)) * ((-5.6771 * log(10)) - (-7405.68 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Sr+2)
@mineral(Cerussite[s])
@logKreaction(Cerussite[s], "-1 * (( (1.0 / log(10)) * ((-3.2091 * log(10)) - (13899.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, Pb+2)
@mineral(Chalcanthite[s])
@logKreaction(Chalcanthite[s], "-1 * (( (1.0 / log(10)) * ((-2.6215 * log(10)) - (6575.56 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, SO4-2, 5.0, H2O)
@mineral(Chalcedony[s])
@logKreaction(Chalcedony[s], "-1 * (( (1.0 / log(10)) * ((-3.7281 * log(10)) - (31409.300000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SiO2)
@mineral(Chalcocite[s])
@logKreaction(Chalcocite[s], "-1 * (( (1.0 / log(10)) * ((-34.7342 * log(10)) - (206748.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 2.0, Cu+)
@mineral(Chalcocyanite[s])
@logKreaction(Chalcocyanite[s], "-1 * (( (1.0 / log(10)) * ((2.9239 * log(10)) - (-72512.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, SO4-2)
@mineral(Chalcopyrite[s])
@logKreaction(Chalcopyrite[s], "-1 * (( (1.0 / log(10)) * ((-32.5638 * log(10)) - (127206.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cu+2, 1.0, Fe+2, 2.0, HS-)
@mineral(Chamosite-7A[s])
@logKreaction(Chamosite-7A[s], "-1 * (( (1.0 / log(10)) * ((32.8416 * log(10)) - (-364213.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 1.0, SiO2, 2.0, Al+3, 2.0, Fe+2, 7.0, H2O)
@mineral(Chlorargyrite[s])
@logKreaction(Chlorargyrite[s], "-1 * (( (1.0 / log(10)) * ((-9.7453 * log(10)) - (65739.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Cl-)
@mineral(Chloromagnesite[s])
@logKreaction(Chloromagnesite[s], "-1 * (( (1.0 / log(10)) * ((21.8604 * log(10)) - (-158802.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, Cl-)
@mineral(Chromite[s])
@logKreaction(Chromite[s], "-1 * (( (1.0 / log(10)) * ((15.1685 * log(10)) - (-267755.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Fe+2, 2.0, Cr+3, 4.0, H2O)
@mineral(Chrysocolla[s])
@logKreaction(Chrysocolla[s], "-1 * (( (1.0 / log(10)) * ((6.2142 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cu+2, 1.0, SiO2, 3.0, H2O)
@mineral(Chrysotile[s])
@logKreaction(Chrysotile[s], "-1 * (( (1.0 / log(10)) * ((31.1254 * log(10)) - (-218041.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, SiO2, 3.0, Mg+2, 5.0, H2O)
@mineral(Cinnabar[s])
@logKreaction(Cinnabar[s], "-1 * (( (1.0 / log(10)) * ((-38.9666 * log(10)) - (207401.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Hg+2)
@mineral(Claudetite[s])
@logKreaction(Claudetite[s], "-1 * (( (1.0 / log(10)) * ((-19.7647 * log(10)) - (82369.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, H+, 2.0, H2AsO3-)
@mineral(Clausthalite[s])
@logKreaction(Clausthalite[s], "-1 * (( (1.0 / log(10)) * ((-36.2531 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Se-2)
@mineral(Clinochalcomenite[s])
@logKreaction(Clinochalcomenite[s], "-1 * (( (1.0 / log(10)) * ((-6.7873 * log(10)) - (-31664.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, SeO3-2, 2.0, H2O)
@mineral(Clinochlore-14A[s])
@logKreaction(Clinochlore-14A[s], "-1 * (( (1.0 / log(10)) * ((67.2391 * log(10)) - (-612379.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 2.0, Al+3, 3.0, SiO2, 5.0, Mg+2, 12.0, H2O)
@mineral(Clinochlore-7A[s])
@logKreaction(Clinochlore-7A[s], "-1 * (( (1.0 / log(10)) * ((70.6124 * log(10)) - (-628140.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 2.0, Al+3, 3.0, SiO2, 5.0, Mg+2, 12.0, H2O)
@mineral(Clinoptilolite[s])
@logKreaction(Clinoptilolite[s], "-1 * (( (1.0 / log(10)) * ((-9.7861 * log(10)) - (-20878.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.002, Mn+2, 0.017, Fe+3, 0.036, Sr+2, 0.062, Ba+2, 0.124, Mg+2, 0.543, K+, 0.761, Ca+2, 0.954, Na+, 3.45, Al+3, 14.533, SiO2, 17.856, H2O)
@mineral(Clinoptilolite-Ca[s])
@logKreaction(Clinoptilolite-Ca[s], "-1 * (( (1.0 / log(10)) * ((-7.0095 * log(10)) - (-74674.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 1.7335, Ca+2, 3.45, Al+3, 14.533, SiO2, 17.856, H2O)
@mineral(Clinoptilolite-Cs[s])
@logKreaction(Clinoptilolite-Cs[s], "-1 * (( (1.0 / log(10)) * ((-13.0578 * log(10)) - (96900.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, Cs+, 14.533, SiO2, 17.856, H2O)
@mineral(Clinoptilolite-K[s])
@logKreaction(Clinoptilolite-K[s], "-1 * (( (1.0 / log(10)) * ((-10.9485 * log(10)) - (67486.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, K+, 14.533, SiO2, 17.856, H2O)
@mineral(Clinoptilolite-NH4[s])
@logKreaction(Clinoptilolite-NH4[s], "-1 * (( (1.0 / log(10)) * ((-42.4791 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.401, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, NH3, 14.533, SiO2, 17.856, H2O)
@mineral(Clinoptilolite-Na[s])
@logKreaction(Clinoptilolite-Na[s], "-1 * (( (1.0 / log(10)) * ((-7.1363 * log(10)) - (2328.2400000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, Na+, 14.533, SiO2, 17.856, H2O)
@mineral(Clinoptilolite-Sr[s])
@logKreaction(Clinoptilolite-Sr[s], "-1 * (( (1.0 / log(10)) * ((-7.1491 * log(10)) - (-66212.90000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 1.7335, Sr+2, 3.45, Al+3, 14.533, SiO2, 17.856, H2O)
@mineral(Clinoptilolite-dehy[s])
@logKreaction(Clinoptilolite-dehy[s], "-1 * (( (1.0 / log(10)) * ((25.849 * log(10)) - (-276592.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.002, Mn+2, 0.017, Fe+3, 0.036, Sr+2, 0.062, Ba+2, 0.124, Mg+2, 0.543, K+, 0.761, Ca+2, 0.954, Na+, 3.45, Al+3, 6.934, H2O, 14.533, SiO2)
@mineral(Clinoptilolite-dehy-Ca[s])
@logKreaction(Clinoptilolite-dehy-Ca[s], "-1 * (( (1.0 / log(10)) * ((28.6255 * log(10)) - (-329278.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 1.7335, Ca+2, 3.45, Al+3, 6.934, H2O, 14.533, SiO2)
@mineral(Clinoptilolite-dehy-Cs[s])
@logKreaction(Clinoptilolite-dehy-Cs[s], "-1 * (( (1.0 / log(10)) * ((22.5771 * log(10)) - (-164837.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, Cs+, 6.934, H2O, 14.533, SiO2)
@mineral(Clinoptilolite-dehy-K[s])
@logKreaction(Clinoptilolite-dehy-K[s], "-1 * (( (1.0 / log(10)) * ((24.6865 * log(10)) - (-191289.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, K+, 6.934, H2O, 14.533, SiO2)
@mineral(Clinoptilolite-dehy-NH4[s])
@logKreaction(Clinoptilolite-dehy-NH4[s], "-1 * (( (1.0 / log(10)) * ((-6.8441 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.401, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, NH3, 6.934, H2O, 14.533, SiO2)
@mineral(Clinoptilolite-dehy-Na[s])
@logKreaction(Clinoptilolite-dehy-Na[s], "-1 * (( (1.0 / log(10)) * ((28.4987 * log(10)) - (-253798.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, Na+, 6.934, H2O, 14.533, SiO2)
@mineral(Clinoptilolite-dehy-Sr[s])
@logKreaction(Clinoptilolite-dehy-Sr[s], "-1 * (( (1.0 / log(10)) * ((28.4859 * log(10)) - (-321553.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 1.7335, Sr+2, 3.45, Al+3, 6.934, H2O, 14.533, SiO2)
@mineral(Clinoptilolite-hy-Ca[s])
@logKreaction(Clinoptilolite-hy-Ca[s], "-1 * (( (1.0 / log(10)) * ((-7.0108 * log(10)) - (-65449.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 1.7335, Ca+2, 3.45, Al+3, 14.533, SiO2, 18.579, H2O)
@mineral(Clinoptilolite-hy-Cs[s])
@logKreaction(Clinoptilolite-hy-Cs[s], "-1 * (( (1.0 / log(10)) * ((-13.0621 * log(10)) - (44639.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, Cs+, 13.164, H2O, 14.533, SiO2)
@mineral(Clinoptilolite-hy-K[s])
@logKreaction(Clinoptilolite-hy-K[s], "-1 * (( (1.0 / log(10)) * ((-10.9523 * log(10)) - (29587.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, K+, 14.433, H2O, 14.533, SiO2)
@mineral(Clinoptilolite-hy-Na[s])
@logKreaction(Clinoptilolite-hy-Na[s], "-1 * (( (1.0 / log(10)) * ((-7.1384 * log(10)) - (1881.66 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 3.45, Al+3, 3.467, Na+, 14.533, SiO2, 17.811, H2O)
@mineral(Clinoptilolite-hy-Sr[s])
@logKreaction(Clinoptilolite-hy-Sr[s], "-1 * (( (1.0 / log(10)) * ((-7.1498 * log(10)) - (-31685.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.868, H+, 0.017, Fe+3, 1.7335, Sr+2, 3.45, Al+3, 14.533, SiO2, 20.827, H2O)
@mineral(Clinozoisite[s])
@logKreaction(Clinozoisite[s], "-1 * (( (1.0 / log(10)) * ((43.2569 * log(10)) - (-457755.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.0, H+, 2.0, Ca+2, 3.0, Al+3, 3.0, SiO2, 7.0, H2O)
@mineral(Co[s])
@logKreaction(Co[s], "-1 * (( (1.0 / log(10)) * ((52.5307 * log(10)) - (-337929.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Co+2, 1.0, H2O)
@mineral(Co[NO3]2[s])
@logKreaction(Co[NO3]2[s], "-1 * (( (1.0 / log(10)) * ((8.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, NO3-)
@mineral(Co[OH]2[s])
@logKreaction(Co[OH]2[s], "-1 * (( (1.0 / log(10)) * ((12.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Co+2, 2.0, H2O)
@mineral(Co2SiO4[s])
@logKreaction(Co2SiO4[s], "-1 * (( (1.0 / log(10)) * ((6.6808 * log(10)) - (-88692.40000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, Co+2, 2.0, H2O)
@mineral(Co3[AsO4]2[s])
@logKreaction(Co3[AsO4]2[s], "-1 * (( (1.0 / log(10)) * ((8.5318 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2AsO4-, 3.0, Co+2)
@mineral(Co3[PO4]2[s])
@logKreaction(Co3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-10.0123 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Co+2)
@mineral(CoCl2[s])
@logKreaction(CoCl2[s], "-1 * (( (1.0 / log(10)) * ((8.2641 * log(10)) - (-79594.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Cl-)
@mineral(CoCl2:2H2O[s])
@logKreaction(CoCl2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((4.6661 * log(10)) - (-40787.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Cl-, 2.0, H2O)
@mineral(CoCl2:6H2O[s])
@logKreaction(CoCl2:6H2O[s], "-1 * (( (1.0 / log(10)) * ((2.6033 * log(10)) - (8327.09 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Cl-, 6.0, H2O)
@mineral(CoF2[s])
@logKreaction(CoF2[s], "-1 * (( (1.0 / log(10)) * ((-5.1343 * log(10)) - (-36670.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, F-)
@mineral(CoF3[s])
@logKreaction(CoF3[s], "-1 * (( (1.0 / log(10)) * ((-4.9558 * log(10)) - (-103136.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 3.0, F-)
@mineral(CoFe2O4[s])
@logKreaction(CoFe2O4[s], "-1 * (( (1.0 / log(10)) * ((0.8729 * log(10)) - (-160674.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Co+2, 2.0, Fe+3, 4.0, H2O)
@mineral(CoHPO4[s])
@logKreaction(CoHPO4[s], "-1 * (( (1.0 / log(10)) * ((-6.7223 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, HPO4-2)
@mineral(CoO[s])
@logKreaction(CoO[s], "-1 * (( (1.0 / log(10)) * ((13.5553 * log(10)) - (-106050.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Co+2, 1.0, H2O)
@mineral(CoS[s])
@logKreaction(CoS[s], "-1 * (( (1.0 / log(10)) * ((-7.374 * log(10)) - (10175.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Co+2, 1.0, HS-)
@mineral(CoSO4[s])
@logKreaction(CoSO4[s], "-1 * (( (1.0 / log(10)) * ((2.8996 * log(10)) - (-79795.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, SO4-2)
@mineral(CoSO4_3Co[OH]2[s])
@logKreaction(CoSO4_3Co[OH]2[s], "-1 * (( (1.0 / log(10)) * ((33.2193 * log(10)) - (-379410.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, SO4-2, 4.0, Co+2, 6.0, H2O)
@mineral(CoSO4:6H2O[s])
@logKreaction(CoSO4:6H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.3512 * log(10)) - (1084.83 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, SO4-2, 6.0, H2O)
@mineral(CoSO4:H2O[s])
@logKreaction(CoSO4:H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.2111 * log(10)) - (-52655.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, H2O, 1.0, SO4-2)
@mineral(CoSeO3[s])
@logKreaction(CoSeO3[s], "-1 * (( (1.0 / log(10)) * ((-7.08 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, SeO3-2)
@mineral(CoWO4[s])
@logKreaction(CoWO4[s], "-1 * (( (1.0 / log(10)) * ((-12.2779 * log(10)) - (13623.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, WO4-2)
@mineral(Coesite[s])
@logKreaction(Coesite[s], "-1 * (( (1.0 / log(10)) * ((-3.1893 * log(10)) - (28614.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SiO2)
@mineral(Coffinite[s])
@logKreaction(Coffinite[s], "-1 * (( (1.0 / log(10)) * ((-8.053 * log(10)) - (-49249.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 1.0, U+4, 2.0, H2O)
@mineral(Colemanite[s])
@logKreaction(Colemanite[s], "-1 * (( (1.0 / log(10)) * ((21.5148 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -2.0, H2O, 2.0, Ca+2, 6.0, B[OH]3)
@mineral(Cordierite_anhyd[s])
@logKreaction(Cordierite_anhyd[s], "-1 * (( (1.0 / log(10)) * ((52.3035 * log(10)) - (-626219.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 2.0, Mg+2, 4.0, Al+3, 5.0, SiO2, 8.0, H2O)
@mineral(Cordierite_hydr[s])
@logKreaction(Cordierite_hydr[s], "-1 * (( (1.0 / log(10)) * ((49.8235 * log(10)) - (-608814.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 2.0, Mg+2, 4.0, Al+3, 5.0, SiO2, 9.0, H2O)
@mineral(Corkite[s])
@logKreaction(Corkite[s], "-1 * (( (1.0 / log(10)) * ((-9.7951 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.0, H+, 1.0, HPO4-2, 1.0, Pb+2, 1.0, SO4-2, 3.0, Fe+3, 6.0, H2O)
@mineral(Corundum[s])
@logKreaction(Corundum[s], "-1 * (( (1.0 / log(10)) * ((18.3121 * log(10)) - (-258625.99999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Al+3, 3.0, H2O)
@mineral(Cotunnite[s])
@logKreaction(Cotunnite[s], "-1 * (( (1.0 / log(10)) * ((-4.8406 * log(10)) - (26144.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Cl-)
@mineral(Covellite[s])
@logKreaction(Covellite[s], "-1 * (( (1.0 / log(10)) * ((-22.831 * log(10)) - (101880.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cu+2, 1.0, HS-)
@mineral(Cr[s])
@logKreaction(Cr[s], "-1 * (( (1.0 / log(10)) * ((98.6784 * log(10)) - (-658145.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Cr+3, 1.5, H2O)
@mineral(CrCl3[s])
@logKreaction(CrCl3[s], "-1 * (( (1.0 / log(10)) * ((17.9728 * log(10)) - (-183227.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+3, 3.0, Cl-)
@mineral(CrF3[s])
@logKreaction(CrF3[s], "-1 * (( (1.0 / log(10)) * ((-8.5713 * log(10)) - (-85529.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+3, 3.0, F-)
@mineral(CrF4[s])
@logKreaction(CrF4[s], "-1 * (( (1.0 / log(10)) * ((-12.3132 * log(10)) - (-35212.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 0.5, Cr+2, 0.5, CrO4-2, 4.0, F-, 4.0, H+)
@mineral(CrI3[s])
@logKreaction(CrI3[s], "-1 * (( (1.0 / log(10)) * ((25.6112 * log(10)) - (-204179.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+3, 3.0, I-)
@mineral(CrO2[s])
@logKreaction(CrO2[s], "-1 * (( (1.0 / log(10)) * ((-19.1332 * log(10)) - (85981.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, Cr+2, 0.5, CrO4-2)
@mineral(CrO3[s])
@logKreaction(CrO3[s], "-1 * (( (1.0 / log(10)) * ((-3.5221 * log(10)) - (-5786.469999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, CrO4-2, 2.0, H+)
@mineral(CrS[s])
@logKreaction(CrS[s], "-1 * (( (1.0 / log(10)) * ((-0.6304 * log(10)) - (-26150.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cr+2, 1.0, HS-)
@mineral(Cristobalite[alpha][s])
@logKreaction(Cristobalite[alpha][s], "-1 * (( (1.0 / log(10)) * ((-3.4488 * log(10)) - (29204.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SiO2)
@mineral(Cristobalite[beta][s])
@logKreaction(Cristobalite[beta][s], "-1 * (( (1.0 / log(10)) * ((-3.0053 * log(10)) - (24685.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SiO2)
@mineral(Crocoite[s])
@logKreaction(Crocoite[s], "-1 * (( (1.0 / log(10)) * ((-12.7177 * log(10)) - (48618.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 1.0, Pb+2)
@mineral(Cronstedtite-7A[s])
@logKreaction(Cronstedtite-7A[s], "-1 * (( (1.0 / log(10)) * ((16.2603 * log(10)) - (-244266.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 1.0, SiO2, 2.0, Fe+2, 2.0, Fe+3, 7.0, H2O)
@mineral(Cs[s])
@logKreaction(Cs[s], "-1 * (( (1.0 / log(10)) * ((72.5987 * log(10)) - (-397913.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Cs+)
@mineral(Cs2NaAmCl6[s])
@logKreaction(Cs2NaAmCl6[s], "-1 * (( (1.0 / log(10)) * ((11.7089 * log(10)) - (-59732.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Am+3, 1.0, Na+, 2.0, Cs+, 6.0, Cl-)
@mineral(Cs2U2O7[s])
@logKreaction(Cs2U2O7[s], "-1 * (( (1.0 / log(10)) * ((31.0263 * log(10)) - (-191570.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Cs+, 2.0, UO2+2, 3.0, H2O)
@mineral(Cs2U4O12[s])
@logKreaction(Cs2U4O12[s], "-1 * (( (1.0 / log(10)) * ((18.946 * log(10)) - (-175862.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 2.0, Cs+, 2.0, UO2+, 2.0, UO2+2, 4.0, H2O)
@mineral(Cs2UO4[s])
@logKreaction(Cs2UO4[s], "-1 * (( (1.0 / log(10)) * ((35.893 * log(10)) - (-178731.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, UO2+2, 2.0, Cs+, 2.0, H2O)
@mineral(Cu[s])
@logKreaction(Cu[s], "-1 * (( (1.0 / log(10)) * ((31.5118 * log(10)) - (-214083.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Cu+2, 1.0, H2O)
@mineral(Cu3[PO4]2[s])
@logKreaction(Cu3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-12.2247 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Cu+2)
@mineral(Cu3[PO4]2:3H2O[s])
@logKreaction(Cu3[PO4]2:3H2O[s], "-1 * (( (1.0 / log(10)) * ((-10.4763 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Cu+2, 3.0, H2O)
@mineral(CuCl2[s])
@logKreaction(CuCl2[s], "-1 * (( (1.0 / log(10)) * ((3.7308 * log(10)) - (-48596.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Cl-)
@mineral(CuCr2O4[s])
@logKreaction(CuCr2O4[s], "-1 * (( (1.0 / log(10)) * ((16.2174 * log(10)) - (-268768.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Cu+2, 2.0, Cr+3, 4.0, H2O)
@mineral(CuF[s])
@logKreaction(CuF[s], "-1 * (( (1.0 / log(10)) * ((7.08 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, F-)
@mineral(CuF2[s])
@logKreaction(CuF2[s], "-1 * (( (1.0 / log(10)) * ((-0.62 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, F-)
@mineral(CuF2:2H2O[s])
@logKreaction(CuF2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-4.55 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, F-, 2.0, H2O)
@mineral(CuSeO3[s])
@logKreaction(CuSeO3[s], "-1 * (( (1.0 / log(10)) * ((-7.6767 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, SeO3-2)
@mineral(Cuprite[s])
@logKreaction(Cuprite[s], "-1 * (( (1.0 / log(10)) * ((-1.9031 * log(10)) - (28355.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 2.0, Cu+)
@mineral(Daphnite-14A[s])
@logKreaction(Daphnite-14A[s], "-1 * (( (1.0 / log(10)) * ((52.2821 * log(10)) - (-517561.00000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 2.0, Al+3, 3.0, SiO2, 5.0, Fe+2, 12.0, H2O)
@mineral(Daphnite-7A[s])
@logKreaction(Daphnite-7A[s], "-1 * (( (1.0 / log(10)) * ((55.6554 * log(10)) - (-532326.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 2.0, Al+3, 3.0, SiO2, 5.0, Fe+2, 12.0, H2O)
@mineral(Dawsonite[s])
@logKreaction(Dawsonite[s], "-1 * (( (1.0 / log(10)) * ((4.3464 * log(10)) - (-76354.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Al+3, 1.0, HCO3-, 1.0, Na+, 2.0, H2O)
@mineral(Delafossite[s])
@logKreaction(Delafossite[s], "-1 * (( (1.0 / log(10)) * ((-6.4172 * log(10)) - (-18610.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Cu+, 1.0, Fe+3, 2.0, H2O)
@mineral(Diaspore[s])
@logKreaction(Diaspore[s], "-1 * (( (1.0 / log(10)) * ((7.1603 * log(10)) - (-110420.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Al+3, 2.0, H2O)
@mineral(Dicalcium_silicate[s])
@logKreaction(Dicalcium_silicate[s], "-1 * (( (1.0 / log(10)) * ((37.1725 * log(10)) - (-217642.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, Ca+2, 2.0, H2O)
@mineral(Diopside[s])
@logKreaction(Diopside[s], "-1 * (( (1.0 / log(10)) * ((20.9643 * log(10)) - (-133775.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ca+2, 1.0, Mg+2, 2.0, H2O, 2.0, SiO2)
@mineral(Dioptase[s])
@logKreaction(Dioptase[s], "-1 * (( (1.0 / log(10)) * ((6.0773 * log(10)) - (-25220.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cu+2, 1.0, SiO2, 2.0, H2O)
@mineral(Dolomite[s])
@logKreaction(Dolomite[s], "-1 * (( (1.0 / log(10)) * ((2.5135 * log(10)) - (-59965.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 1.0, Mg+2, 2.0, HCO3-)
@mineral(Dolomite-dis[s])
@logKreaction(Dolomite-dis[s], "-1 * (( (1.0 / log(10)) * ((4.0579 * log(10)) - (-72211.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 1.0, Mg+2, 2.0, HCO3-)
@mineral(Dolomite-ord[s])
@logKreaction(Dolomite-ord[s], "-1 * (( (1.0 / log(10)) * ((2.5135 * log(10)) - (-59965.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 1.0, Mg+2, 2.0, HCO3-)
@mineral(Downeyite[s])
@logKreaction(Downeyite[s], "-1 * (( (1.0 / log(10)) * ((-6.7503 * log(10)) - (1744.7299999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, SeO3-2, 2.0, H+)
@mineral(Dy[s])
@logKreaction(Dy[s], "-1 * (( (1.0 / log(10)) * ((180.8306 * log(10)) - (-1116290.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Dy+3, 1.5, H2O)
@mineral(Dy[OH]3[s])
@logKreaction(Dy[OH]3[s], "-1 * (( (1.0 / log(10)) * ((15.8852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Dy+3, 3.0, H2O)
@mineral(Dy[OH]3[am][s])
@logKreaction(Dy[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((17.4852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Dy+3, 3.0, H2O)
@mineral(Dy2[CO3]3[s])
@logKreaction(Dy2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-3.0136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Dy+3, 3.0, HCO3-)
@mineral(Dy2O3[s])
@logKreaction(Dy2O3[s], "-1 * (( (1.0 / log(10)) * ((47.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Dy+3, 3.0, H2O)
@mineral(DyF3:_5H2O[s])
@logKreaction(DyF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-16.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Dy+3, 3.0, F-)
@mineral(DyPO4:10H2O[s])
@logKreaction(DyPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.9782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Dy+3, 1.0, HPO4-2, 10.0, H2O)
@mineral(Enstatite[s])
@logKreaction(Enstatite[s], "-1 * (( (1.0 / log(10)) * ((11.3269 * log(10)) - (-82730.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Mg+2, 1.0, SiO2)
@mineral(Epidote[s])
@logKreaction(Epidote[s], "-1 * (( (1.0 / log(10)) * ((32.9296 * log(10)) - (-386451.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.0, H+, 1.0, Fe+3, 2.0, Al+3, 2.0, Ca+2, 3.0, SiO2, 7.0, H2O)
@mineral(Epidote-ord[s])
@logKreaction(Epidote-ord[s], "-1 * (( (1.0 / log(10)) * ((32.9296 * log(10)) - (-386351.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.0, H+, 1.0, Fe+3, 2.0, Al+3, 2.0, Ca+2, 3.0, SiO2, 7.0, H2O)
@mineral(Epsomite[s])
@logKreaction(Epsomite[s], "-1 * (( (1.0 / log(10)) * ((-1.9623 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SO4-2, 7.0, H2O)
@mineral(Er[s])
@logKreaction(Er[s], "-1 * (( (1.0 / log(10)) * ((181.7102 * log(10)) - (-1124660.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Er+3, 1.5, H2O)
@mineral(Er[OH]3[s])
@logKreaction(Er[OH]3[s], "-1 * (( (1.0 / log(10)) * ((14.9852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Er+3, 3.0, H2O)
@mineral(Er[OH]3[am][s])
@logKreaction(Er[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((18.9852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Er+3, 3.0, H2O)
@mineral(Er2[CO3]3[s])
@logKreaction(Er2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-2.6136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Er+3, 3.0, HCO3-)
@mineral(Er2O3[s])
@logKreaction(Er2O3[s], "-1 * (( (1.0 / log(10)) * ((42.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Er+3, 3.0, H2O)
@mineral(ErF3:_5H2O[s])
@logKreaction(ErF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-16.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Er+3, 3.0, F-)
@mineral(ErPO4:10H2O[s])
@logKreaction(ErPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.8782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Er+3, 1.0, HPO4-2, 10.0, H2O)
@mineral(Erythrite[s])
@logKreaction(Erythrite[s], "-1 * (( (1.0 / log(10)) * ((6.393 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2AsO4-, 3.0, Co+2, 8.0, H2O)
@mineral(Eskolaite[s])
@logKreaction(Eskolaite[s], "-1 * (( (1.0 / log(10)) * ((-9.1306 * log(10)) - (-32687.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -1.5, O2, 2.0, CrO4-2, 4.0, H+)
@mineral(Ettringite[s])
@logKreaction(Ettringite[s], "-1 * (( (1.0 / log(10)) * ((62.5362 * log(10)) - (-382451.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -12.0, H+, 2.0, Al+3, 3.0, SO4-2, 6.0, Ca+2, 38.0, H2O)
@mineral(Eu[s])
@logKreaction(Eu[s], "-1 * (( (1.0 / log(10)) * ((165.1443 * log(10)) - (-1025079.9999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Eu+3, 1.5, H2O)
@mineral(Eu[IO3]3:2H2O[s])
@logKreaction(Eu[IO3]3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.6999 * log(10)) - (20884.699999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+3, 2.0, H2O, 3.0, IO3-)
@mineral(Eu[NO3]3:6H2O[s])
@logKreaction(Eu[NO3]3:6H2O[s], "-1 * (( (1.0 / log(10)) * ((1.3082 * log(10)) - (15225.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+3, 3.0, NO3-, 6.0, H2O)
@mineral(Eu[OH]2_5Cl_5[s])
@logKreaction(Eu[OH]2_5Cl_5[s], "-1 * (( (1.0 / log(10)) * ((12.5546 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.5, H+, 0.5, Cl-, 1.0, Eu+3, 2.5, H2O)
@mineral(Eu[OH]2Cl[s])
@logKreaction(Eu[OH]2Cl[s], "-1 * (( (1.0 / log(10)) * ((8.7974 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cl-, 1.0, Eu+3, 2.0, H2O)
@mineral(Eu[OH]3[s])
@logKreaction(Eu[OH]3[s], "-1 * (( (1.0 / log(10)) * ((15.3482 * log(10)) - (-126897.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Eu+3, 3.0, H2O)
@mineral(Eu2[CO3]3:3H2O[s])
@logKreaction(Eu2[CO3]3:3H2O[s], "-1 * (( (1.0 / log(10)) * ((-5.8707 * log(10)) - (-137512.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Eu+3, 3.0, H2O, 3.0, HCO3-)
@mineral(Eu2[SO4]3:8H2O[s])
@logKreaction(Eu2[SO4]3:8H2O[s], "-1 * (( (1.0 / log(10)) * ((-10.8524 * log(10)) - (-86590.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Eu+3, 3.0, SO4-2, 8.0, H2O)
@mineral(Eu2O3[cubic][s])
@logKreaction(Eu2O3[cubic][s], "-1 * (( (1.0 / log(10)) * ((51.7818 * log(10)) - (-406403.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Eu+3, 3.0, H2O)
@mineral(Eu2O3[monoclinic][s])
@logKreaction(Eu2O3[monoclinic][s], "-1 * (( (1.0 / log(10)) * ((53.3936 * log(10)) - (-417481.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Eu+3, 3.0, H2O)
@mineral(Eu3O4[s])
@logKreaction(Eu3O4[s], "-1 * (( (1.0 / log(10)) * ((87.0369 * log(10)) - (-611249.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Eu+2, 2.0, Eu+3, 4.0, H2O)
@mineral(EuBr3[s])
@logKreaction(EuBr3[s], "-1 * (( (1.0 / log(10)) * ((29.8934 * log(10)) - (-217166.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+3, 3.0, Br-)
@mineral(EuCl2[s])
@logKreaction(EuCl2[s], "-1 * (( (1.0 / log(10)) * ((5.923 * log(10)) - (-39261.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+2, 2.0, Cl-)
@mineral(EuCl3[s])
@logKreaction(EuCl3[s], "-1 * (( (1.0 / log(10)) * ((19.7149 * log(10)) - (-170861.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+3, 3.0, Cl-)
@mineral(EuCl3:6H2O[s])
@logKreaction(EuCl3:6H2O[s], "-1 * (( (1.0 / log(10)) * ((4.909 * log(10)) - (-40028.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+3, 3.0, Cl-, 6.0, H2O)
@mineral(EuF3:0_5H2O[s])
@logKreaction(EuF3:0_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-16.4847 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Eu+3, 3.0, F-)
@mineral(EuO[s])
@logKreaction(EuO[s], "-1 * (( (1.0 / log(10)) * ((37.48 * log(10)) - (-221196.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Eu+2, 1.0, H2O)
@mineral(EuOCl[s])
@logKreaction(EuOCl[s], "-1 * (( (1.0 / log(10)) * ((15.6683 * log(10)) - (-147173.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cl-, 1.0, Eu+3, 1.0, H2O)
@mineral(EuOHCO3[s])
@logKreaction(EuOHCO3[s], "-1 * (( (1.0 / log(10)) * ((2.5239 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Eu+3, 1.0, H2O, 1.0, HCO3-)
@mineral(EuPO4:10H2O[s])
@logKreaction(EuPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-12.0782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Eu+3, 1.0, HPO4-2, 10.0, H2O)
@mineral(EuS[s])
@logKreaction(EuS[s], "-1 * (( (1.0 / log(10)) * ((14.9068 * log(10)) - (-96408.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Eu+2, 1.0, HS-)
@mineral(EuSO4[s])
@logKreaction(EuSO4[s], "-1 * (( (1.0 / log(10)) * ((-8.8449 * log(10)) - (33873.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Eu+2, 1.0, SO4-2)
@mineral(Eucryptite[s])
@logKreaction(Eucryptite[s], "-1 * (( (1.0 / log(10)) * ((13.6106 * log(10)) - (-141818.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, Li+, 1.0, SiO2, 2.0, H2O)
@mineral(Fayalite[s])
@logKreaction(Fayalite[s], "-1 * (( (1.0 / log(10)) * ((19.1113 * log(10)) - (-152256.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, Fe+2, 2.0, H2O)
@mineral(Fe[s])
@logKreaction(Fe[s], "-1 * (( (1.0 / log(10)) * ((59.0325 * log(10)) - (-372029.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Fe+2, 1.0, H2O)
@mineral(Fe[OH]2[s])
@logKreaction(Fe[OH]2[s], "-1 * (( (1.0 / log(10)) * ((13.9045 * log(10)) - (-95408.90000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Fe+2, 2.0, H2O)
@mineral(Fe[OH]3[s])
@logKreaction(Fe[OH]3[s], "-1 * (( (1.0 / log(10)) * ((5.6556 * log(10)) - (-84082.40000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Fe+3, 3.0, H2O)
@mineral(Fe2[SO4]3[s])
@logKreaction(Fe2[SO4]3[s], "-1 * (( (1.0 / log(10)) * ((3.2058 * log(10)) - (-250806.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Fe+3, 3.0, SO4-2)
@mineral(FeF2[s])
@logKreaction(FeF2[s], "-1 * (( (1.0 / log(10)) * ((-2.3817 * log(10)) - (-51692.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 2.0, F-)
@mineral(FeF3[s])
@logKreaction(FeF3[s], "-1 * (( (1.0 / log(10)) * ((-19.2388 * log(10)) - (-13807.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 3.0, F-)
@mineral(FeO[s])
@logKreaction(FeO[s], "-1 * (( (1.0 / log(10)) * ((13.5318 * log(10)) - (-106052.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Fe+2, 1.0, H2O)
@mineral(FeSO4[s])
@logKreaction(FeSO4[s], "-1 * (( (1.0 / log(10)) * ((2.6565 * log(10)) - (-73087.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, SO4-2)
@mineral(FeV2O4[s])
@logKreaction(FeV2O4[s], "-1 * (( (1.0 / log(10)) * ((280.5528 * log(10)) - (-1733420.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Fe+2, 2.0, V+3, 4.0, H2O)
@mineral(Ferrite-Ca[s])
@logKreaction(Ferrite-Ca[s], "-1 * (( (1.0 / log(10)) * ((21.5217 * log(10)) - (-264738.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 2.0, Fe+3, 4.0, H2O)
@mineral(Ferrite-Cu[s])
@logKreaction(Ferrite-Cu[s], "-1 * (( (1.0 / log(10)) * ((10.316 * log(10)) - (-211647.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Cu+2, 2.0, Fe+3, 4.0, H2O)
@mineral(Ferrite-Dicalcium[s])
@logKreaction(Ferrite-Dicalcium[s], "-1 * (( (1.0 / log(10)) * ((56.8331 * log(10)) - (-475261.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 2.0, Ca+2, 2.0, Fe+3, 5.0, H2O)
@mineral(Ferrite-Mg[s])
@logKreaction(Ferrite-Mg[s], "-1 * (( (1.0 / log(10)) * ((21.0551 * log(10)) - (-280056.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Mg+2, 2.0, Fe+3, 4.0, H2O)
@mineral(Ferrite-Zn[s])
@logKreaction(Ferrite-Zn[s], "-1 * (( (1.0 / log(10)) * ((11.7342 * log(10)) - (-226609.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Zn+2, 2.0, Fe+3, 4.0, H2O)
@mineral(Ferroselite[s])
@logKreaction(Ferroselite[s], "-1 * (( (1.0 / log(10)) * ((-80.7998 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -0.5, H2O, 0.25, O2, 1.0, Fe+3, 1.0, H+, 2.0, Se-2)
@mineral(Ferrosilite[s])
@logKreaction(Ferrosilite[s], "-1 * (( (1.0 / log(10)) * ((7.4471 * log(10)) - (-60601.100000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Fe+2, 1.0, H2O, 1.0, SiO2)
@mineral(Fluorapatite[s])
@logKreaction(Fluorapatite[s], "-1 * (( (1.0 / log(10)) * ((-24.994 * log(10)) - (-90891.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, F-, 3.0, HPO4-2, 5.0, Ca+2)
@mineral(Fluorite[s])
@logKreaction(Fluorite[s], "-1 * (( (1.0 / log(10)) * ((-10.037 * log(10)) - (12133.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, F-)
@mineral(Forsterite[s])
@logKreaction(Forsterite[s], "-1 * (( (1.0 / log(10)) * ((27.8626 * log(10)) - (-205614.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, H2O, 2.0, Mg+2)
@mineral(Foshagite[s])
@logKreaction(Foshagite[s], "-1 * (( (1.0 / log(10)) * ((65.921 * log(10)) - (-359839.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 3.0, SiO2, 4.0, Ca+2, 5.5, H2O)
@mineral(Frankdicksonite[s])
@logKreaction(Frankdicksonite[s], "-1 * (( (1.0 / log(10)) * ((-5.76 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, F-)
@mineral(Freboldite[s])
@logKreaction(Freboldite[s], "-1 * (( (1.0 / log(10)) * ((-24.3358 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Se-2)
@mineral(Ga[s])
@logKreaction(Ga[s], "-1 * (( (1.0 / log(10)) * ((92.3567 * log(10)) - (-631368.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Ga+3, 1.5, H2O)
@mineral(Galena[s])
@logKreaction(Galena[s], "-1 * (( (1.0 / log(10)) * ((-14.8544 * log(10)) - (83136.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Pb+2)
@mineral(Gaylussite[s])
@logKreaction(Gaylussite[s], "-1 * (( (1.0 / log(10)) * ((11.1641 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 2.0, HCO3-, 2.0, Na+, 5.0, H2O)
@mineral(Gd[s])
@logKreaction(Gd[s], "-1 * (( (1.0 / log(10)) * ((180.7573 * log(10)) - (-1106670.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Gd+3, 1.5, H2O)
@mineral(Gd[OH]3[s])
@logKreaction(Gd[OH]3[s], "-1 * (( (1.0 / log(10)) * ((15.5852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Gd+3, 3.0, H2O)
@mineral(Gd[OH]3[am][s])
@logKreaction(Gd[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((17.9852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Gd+3, 3.0, H2O)
@mineral(Gd2[CO3]3[s])
@logKreaction(Gd2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-3.7136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Gd+3, 3.0, HCO3-)
@mineral(Gd2O3[s])
@logKreaction(Gd2O3[s], "-1 * (( (1.0 / log(10)) * ((53.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Gd+3, 3.0, H2O)
@mineral(GdF3:_5H2O[s])
@logKreaction(GdF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-16.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Gd+3, 3.0, F-)
@mineral(GdPO4:10H2O[s])
@logKreaction(GdPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.9782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Gd+3, 1.0, HPO4-2, 10.0, H2O)
@mineral(Gehlenite[s])
@logKreaction(Gehlenite[s], "-1 * (( (1.0 / log(10)) * ((56.2997 * log(10)) - (-489934.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 1.0, SiO2, 2.0, Al+3, 2.0, Ca+2, 5.0, H2O)
@mineral(Gibbsite[s])
@logKreaction(Gibbsite[s], "-1 * (( (1.0 / log(10)) * ((7.756 * log(10)) - (-102788.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Al+3, 3.0, H2O)
@mineral(Gismondine[s])
@logKreaction(Gismondine[s], "-1 * (( (1.0 / log(10)) * ((41.717 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 2.0, Ca+2, 4.0, Al+3, 4.0, SiO2, 17.0, H2O)
@mineral(Glauberite[s])
@logKreaction(Glauberite[s], "-1 * (( (1.0 / log(10)) * ((-5.469 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, Na+, 2.0, SO4-2)
@mineral(Goethite[s])
@logKreaction(Goethite[s], "-1 * (( (1.0 / log(10)) * ((0.5345 * log(10)) - (-61929.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Fe+3, 2.0, H2O)
@mineral(Greenalite[s])
@logKreaction(Greenalite[s], "-1 * (( (1.0 / log(10)) * ((22.6701 * log(10)) - (-165297.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, SiO2, 3.0, Fe+2, 5.0, H2O)
@mineral(Grossular[s])
@logKreaction(Grossular[s], "-1 * (( (1.0 / log(10)) * ((51.9228 * log(10)) - (-432006.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -12.0, H+, 2.0, Al+3, 3.0, Ca+2, 3.0, SiO2, 6.0, H2O)
@mineral(Gypsum[s])
@logKreaction(Gypsum[s], "-1 * (( (1.0 / log(10)) * ((-4.4823 * log(10)) - (-1667.46 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, SO4-2, 2.0, H2O)
@mineral(Gyrolite[s])
@logKreaction(Gyrolite[s], "-1 * (( (1.0 / log(10)) * ((22.9099 * log(10)) - (-82862.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, Ca+2, 3.0, SiO2, 4.5, H2O)
@mineral(HTcO4[s])
@logKreaction(HTcO4[s], "-1 * (( (1.0 / log(10)) * ((5.9566 * log(10)) - (-12324.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, TcO4-)
@mineral(Haiweeite[s])
@logKreaction(Haiweeite[s], "-1 * (( (1.0 / log(10)) * ((-7.0413 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Ca+2, 2.0, UO2+2, 6.0, SiO2, 8.0, H2O)
@mineral(Halite[s])
@logKreaction(Halite[s], "-1 * (( (1.0 / log(10)) * ((1.5855 * log(10)) - (3740.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, Na+)
@mineral(Hatrurite[s])
@logKreaction(Hatrurite[s], "-1 * (( (1.0 / log(10)) * ((73.4056 * log(10)) - (-434684.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, SiO2, 3.0, Ca+2, 3.0, H2O)
@mineral(Hausmannite[s])
@logKreaction(Hausmannite[s], "-1 * (( (1.0 / log(10)) * ((10.1598 * log(10)) - (-268121.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Mn+2, 2.0, Mn+3, 4.0, H2O)
@mineral(Heazlewoodite[s])
@logKreaction(Heazlewoodite[s], "-1 * (( (1.0 / log(10)) * ((28.2477 * log(10)) - (-270897.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -0.5, O2, 1.0, H2O, 2.0, HS-, 3.0, Ni+2)
@mineral(Hedenbergite[s])
@logKreaction(Hedenbergite[s], "-1 * (( (1.0 / log(10)) * ((19.606 * log(10)) - (-124507.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ca+2, 1.0, Fe+2, 2.0, H2O, 2.0, SiO2)
@mineral(Hematite[s])
@logKreaction(Hematite[s], "-1 * (( (1.0 / log(10)) * ((0.1086 * log(10)) - (-129414.99999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Fe+3, 3.0, H2O)
@mineral(Hercynite[s])
@logKreaction(Hercynite[s], "-1 * (( (1.0 / log(10)) * ((28.8484 * log(10)) - (-345961.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Fe+2, 2.0, Al+3, 4.0, H2O)
@mineral(Herzenbergite[s])
@logKreaction(Herzenbergite[s], "-1 * (( (1.0 / log(10)) * ((-15.5786 * log(10)) - (81646.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Sn+2)
@mineral(Heulandite[s])
@logKreaction(Heulandite[s], "-1 * (( (1.0 / log(10)) * ((3.3506 * log(10)) - (-97294.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.66, H+, 0.065, Ba+2, 0.132, K+, 0.175, Sr+2, 0.383, Na+, 0.585, Ca+2, 2.165, Al+3, 6.835, SiO2, 10.33, H2O)
@mineral(Hexahydrite[s])
@logKreaction(Hexahydrite[s], "-1 * (( (1.0 / log(10)) * ((-1.7268 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SO4-2, 6.0, H2O)
@mineral(Hf[s][s])
@logKreaction(Hf[s][s], "-1 * (( (1.0 / log(10)) * ((189.9795 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, O2, 1.0, Hf+4, 2.0, H2O)
@mineral(HfB2[s])
@logKreaction(HfB2[s], "-1 * (( (1.0 / log(10)) * ((55.7691 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.75, H+, -2.25, H2O, 0.75, B[OH]3, 1.0, Hf+4, 1.25, BH4-)
@mineral(HfBr2[s])
@logKreaction(HfBr2[s], "-1 * (( (1.0 / log(10)) * ((114.9446 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Hf+4, 2.0, Br-)
@mineral(HfBr4[s])
@logKreaction(HfBr4[s], "-1 * (( (1.0 / log(10)) * ((48.2921 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hf+4, 4.0, Br-)
@mineral(HfC[s])
@logKreaction(HfC[s], "-1 * (( (1.0 / log(10)) * ((215.0827 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -2.0, O2, 1.0, H2O, 1.0, HCO3-, 1.0, Hf+4)
@mineral(HfCl2[s])
@logKreaction(HfCl2[s], "-1 * (( (1.0 / log(10)) * ((109.1624 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Hf+4, 2.0, Cl-)
@mineral(HfCl4[s])
@logKreaction(HfCl4[s], "-1 * (( (1.0 / log(10)) * ((38.0919 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hf+4, 4.0, Cl-)
@mineral(HfF2[s])
@logKreaction(HfF2[s], "-1 * (( (1.0 / log(10)) * ((81.7647 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Hf+4, 2.0, F-)
@mineral(HfF4[s])
@logKreaction(HfF4[s], "-1 * (( (1.0 / log(10)) * ((-19.2307 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hf+4, 4.0, F-)
@mineral(HfI2[s])
@logKreaction(HfI2[s], "-1 * (( (1.0 / log(10)) * ((117.4971 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Hf+4, 2.0, I-)
@mineral(HfI4[s])
@logKreaction(HfI4[s], "-1 * (( (1.0 / log(10)) * ((54.1798 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hf+4, 4.0, I-)
@mineral(HfN[s])
@logKreaction(HfN[s], "-1 * (( (1.0 / log(10)) * ((69.4646 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -0.25, O2, 0.5, H2O, 1.0, Hf+4, 1.0, NH3)
@mineral(HfO2[s])
@logKreaction(HfO2[s], "-1 * (( (1.0 / log(10)) * ((1.1829 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Hf+4, 2.0, H2O)
@mineral(HfS2[s])
@logKreaction(HfS2[s], "-1 * (( (1.0 / log(10)) * ((-1.5845 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Hf+4, 2.0, HS-)
@mineral(HfS3[s])
@logKreaction(HfS3[s], "-1 * (( (1.0 / log(10)) * ((-18.9936 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Hf+4, 1.0, S2-2)
@mineral(Hg2SO4[s])
@logKreaction(Hg2SO4[s], "-1 * (( (1.0 / log(10)) * ((-6.117 * log(10)) - (304.47999999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 1.0, SO4-2)
@mineral(Hg2SeO3[s])
@logKreaction(Hg2SeO3[s], "-1 * (( (1.0 / log(10)) * ((-14.2132 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 1.0, SeO3-2)
@mineral(HgSeO3[s])
@logKreaction(HgSeO3[s], "-1 * (( (1.0 / log(10)) * ((-13.8957 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg+2, 1.0, SeO3-2)
@mineral(Hillebrandite[s])
@logKreaction(Hillebrandite[s], "-1 * (( (1.0 / log(10)) * ((36.819 * log(10)) - (-203074.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, Ca+2, 3.17, H2O)
@mineral(Hinsdalite[s])
@logKreaction(Hinsdalite[s], "-1 * (( (1.0 / log(10)) * ((9.8218 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.0, H+, 1.0, HPO4-2, 1.0, Pb+2, 1.0, SO4-2, 3.0, Al+3, 6.0, H2O)
@mineral(Ho[s])
@logKreaction(Ho[s], "-1 * (( (1.0 / log(10)) * ((182.8097 * log(10)) - (-1126750.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Ho+3, 1.5, H2O)
@mineral(Ho[OH]3[s])
@logKreaction(Ho[OH]3[s], "-1 * (( (1.0 / log(10)) * ((15.3852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Ho+3, 3.0, H2O)
@mineral(Ho[OH]3[am][s])
@logKreaction(Ho[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((17.7852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Ho+3, 3.0, H2O)
@mineral(Ho2[CO3]3[s])
@logKreaction(Ho2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-2.8136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Ho+3, 3.0, HCO3-)
@mineral(Ho2O3[s])
@logKreaction(Ho2O3[s], "-1 * (( (1.0 / log(10)) * ((47.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Ho+3, 3.0, H2O)
@mineral(HoF3:_5H2O[s])
@logKreaction(HoF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-16.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Ho+3, 3.0, F-)
@mineral(HoPO4:10H2O[s])
@logKreaction(HoPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.8782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, Ho+3, 10.0, H2O)
@mineral(Hopeite[s])
@logKreaction(Hopeite[s], "-1 * (( (1.0 / log(10)) * ((-10.6563 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Zn+2, 4.0, H2O)
@mineral(Huntite[s])
@logKreaction(Huntite[s], "-1 * (( (1.0 / log(10)) * ((10.301 * log(10)) - (-171096.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ca+2, 3.0, Mg+2, 4.0, HCO3-)
@mineral(Hydroboracite[s])
@logKreaction(Hydroboracite[s], "-1 * (( (1.0 / log(10)) * ((20.3631 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, H2O, 1.0, Ca+2, 1.0, Mg+2, 6.0, B[OH]3)
@mineral(Hydrocerussite[s])
@logKreaction(Hydrocerussite[s], "-1 * (( (1.0 / log(10)) * ((1.8477 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2O, 2.0, HCO3-, 3.0, Pb+2)
@mineral(Hydromagnesite[s])
@logKreaction(Hydromagnesite[s], "-1 * (( (1.0 / log(10)) * ((30.8539 * log(10)) - (-289696.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, HCO3-, 5.0, Mg+2, 6.0, H2O)
@mineral(Hydrophilite[s])
@logKreaction(Hydrophilite[s], "-1 * (( (1.0 / log(10)) * ((11.7916 * log(10)) - (-81454.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, Cl-)
@mineral(Hydroxylapatite[s])
@logKreaction(Hydroxylapatite[s], "-1 * (( (1.0 / log(10)) * ((-3.0746 * log(10)) - (-191982.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, H2O, 3.0, HPO4-2, 5.0, Ca+2)
@mineral(Hydrozincite[s])
@logKreaction(Hydrozincite[s], "-1 * (( (1.0 / log(10)) * ((30.3076 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 2.0, HCO3-, 5.0, Zn+2, 6.0, H2O)
@mineral(I2[s])
@logKreaction(I2[s], "-1 * (( (1.0 / log(10)) * ((-24.8084 * log(10)) - (165967.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 2.0, H+, 2.0, I-)
@mineral(Ice[s])
@logKreaction(Ice[s], "-1 * (( (1.0 / log(10)) * ((0.1387 * log(10)) - (6748.79 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O)
@mineral(Illite[s])
@logKreaction(Illite[s], "-1 * (( (1.0 / log(10)) * ((9.026 * log(10)) - (-171764.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 0.25, Mg+2, 0.6, K+, 2.3, Al+3, 3.5, SiO2, 5.0, H2O)
@mineral(Ilmenite[s])
@logKreaction(Ilmenite[s], "-1 * (( (1.0 / log(10)) * ((0.9046 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.0, H2O, 1.0, Fe+2, 1.0, Ti[OH]4)
@mineral(In[s])
@logKreaction(In[s], "-1 * (( (1.0 / log(10)) * ((81.6548 * log(10)) - (-524256.99999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, In+3, 1.5, H2O)
@mineral(Jadeite[s])
@logKreaction(Jadeite[s], "-1 * (( (1.0 / log(10)) * ((8.3888 * log(10)) - (-84441.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, Na+, 2.0, H2O, 2.0, SiO2)
@mineral(Jarosite[s])
@logKreaction(Jarosite[s], "-1 * (( (1.0 / log(10)) * ((-9.3706 * log(10)) - (-191343.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, K+, 2.0, SO4-2, 3.0, Fe+3, 6.0, H2O)
@mineral(Jarosite-Na[s])
@logKreaction(Jarosite-Na[s], "-1 * (( (1.0 / log(10)) * ((-5.4482 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Na+, 2.0, SO4-2, 3.0, Fe+3, 6.0, H2O)
@mineral(K[s])
@logKreaction(K[s], "-1 * (( (1.0 / log(10)) * ((70.9861 * log(10)) - (-392055.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, K+)
@mineral(K-Feldspar[s])
@logKreaction(K-Feldspar[s], "-1 * (( (1.0 / log(10)) * ((-0.2753 * log(10)) - (-23940.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, K+, 2.0, H2O, 3.0, SiO2)
@mineral(K2CO3:1_5H2O[s])
@logKreaction(K2CO3:1_5H2O[s], "-1 * (( (1.0 / log(10)) * ((13.3785 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.5, H2O, 2.0, K+)
@mineral(K2O[s])
@logKreaction(K2O[s], "-1 * (( (1.0 / log(10)) * ((84.0405 * log(10)) - (-427006.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 2.0, K+)
@mineral(K2Se[s])
@logKreaction(K2Se[s], "-1 * (( (1.0 / log(10)) * ((11.2925 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Se-2, 2.0, K+)
@mineral(K2UO4[s])
@logKreaction(K2UO4[s], "-1 * (( (1.0 / log(10)) * ((33.8714 * log(10)) - (-174316.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, UO2+2, 2.0, H2O, 2.0, K+)
@mineral(K3H[SO4]2[s])
@logKreaction(K3H[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((-3.6233 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 2.0, SO4-2, 3.0, K+)
@mineral(K8H4[CO3]6:3H2O[s])
@logKreaction(K8H4[CO3]6:3H2O[s], "-1 * (( (1.0 / log(10)) * ((27.7099 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 3.0, H2O, 6.0, HCO3-, 8.0, K+)
@mineral(KAl[SO4]2[s])
@logKreaction(KAl[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((3.3647 * log(10)) - (-139485.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, K+, 2.0, SO4-2)
@mineral(KBr[s])
@logKreaction(KBr[s], "-1 * (( (1.0 / log(10)) * ((1.0691 * log(10)) - (20125.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Br-, 1.0, K+)
@mineral(KMgCl3[s])
@logKreaction(KMgCl3[s], "-1 * (( (1.0 / log(10)) * ((21.2618 * log(10)) - (-132768.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Mg+2, 3.0, Cl-)
@mineral(KMgCl3:2H2O[s])
@logKreaction(KMgCl3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((13.9755 * log(10)) - (-76844.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Mg+2, 2.0, H2O, 3.0, Cl-)
@mineral(KNaCO3:6H2O[s])
@logKreaction(KNaCO3:6H2O[s], "-1 * (( (1.0 / log(10)) * ((10.2593 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, K+, 1.0, Na+, 6.0, H2O)
@mineral(KTcO4[s])
@logKreaction(KTcO4[s], "-1 * (( (1.0 / log(10)) * ((-2.2667 * log(10)) - (53236.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, TcO4-)
@mineral(KUO2AsO4[s])
@logKreaction(KUO2AsO4[s], "-1 * (( (1.0 / log(10)) * ((-4.1741 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2AsO4-, 1.0, K+, 1.0, UO2+2)
@mineral(Kainite[s])
@logKreaction(Kainite[s], "-1 * (( (1.0 / log(10)) * ((-0.3114 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, K+, 1.0, Mg+2, 1.0, SO4-2, 3.0, H2O)
@mineral(Kalicinite[s])
@logKreaction(Kalicinite[s], "-1 * (( (1.0 / log(10)) * ((0.2837 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, K+)
@mineral(Kalsilite[s])
@logKreaction(Kalsilite[s], "-1 * (( (1.0 / log(10)) * ((10.8987 * log(10)) - (-108583.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, K+, 1.0, SiO2, 2.0, H2O)
@mineral(Kaolinite[s])
@logKreaction(Kaolinite[s], "-1 * (( (1.0 / log(10)) * ((6.8101 * log(10)) - (-151779.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Al+3, 2.0, SiO2, 5.0, H2O)
@mineral(Karelianite[s])
@logKreaction(Karelianite[s], "-1 * (( (1.0 / log(10)) * ((9.9424 * log(10)) - (-160615.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, V+3, 3.0, H2O)
@mineral(Kasolite[s])
@logKreaction(Kasolite[s], "-1 * (( (1.0 / log(10)) * ((7.2524 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Pb+2, 1.0, SiO2, 1.0, UO2+2, 3.0, H2O)
@mineral(Katoite[s])
@logKreaction(Katoite[s], "-1 * (( (1.0 / log(10)) * ((78.9437 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -12.0, H+, 2.0, Al+3, 3.0, Ca+2, 12.0, H2O)
@mineral(Kieserite[s])
@logKreaction(Kieserite[s], "-1 * (( (1.0 / log(10)) * ((-0.267 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Mg+2, 1.0, SO4-2)
@mineral(Klockmannite[s])
@logKreaction(Klockmannite[s], "-1 * (( (1.0 / log(10)) * ((-41.6172 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Se-2)
@mineral(Krutaite[s])
@logKreaction(Krutaite[s], "-1 * (( (1.0 / log(10)) * ((-107.6901 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 1.0, Cu+2, 2.0, H+, 2.0, Se-2)
@mineral(Kyanite[s])
@logKreaction(Kyanite[s], "-1 * (( (1.0 / log(10)) * ((15.674 * log(10)) - (-230919.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, SiO2, 2.0, Al+3, 3.0, H2O)
@mineral(La[s])
@logKreaction(La[s], "-1 * (( (1.0 / log(10)) * ((184.7155 * log(10)) - (-1129260.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, La+3, 1.5, H2O)
@mineral(La[OH]3[s])
@logKreaction(La[OH]3[s], "-1 * (( (1.0 / log(10)) * ((20.2852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, La+3, 3.0, H2O)
@mineral(La[OH]3[am][s])
@logKreaction(La[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((23.4852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, La+3, 3.0, H2O)
@mineral(La2[CO3]3:8H2O[s])
@logKreaction(La2[CO3]3:8H2O[s], "-1 * (( (1.0 / log(10)) * ((-4.3136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, La+3, 3.0, HCO3-, 8.0, H2O)
@mineral(La2O3[s])
@logKreaction(La2O3[s], "-1 * (( (1.0 / log(10)) * ((66.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, La+3, 3.0, H2O)
@mineral(LaCl3[s])
@logKreaction(LaCl3[s], "-1 * (( (1.0 / log(10)) * ((14.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 3.0, Cl-)
@mineral(LaCl3:7H2O[s])
@logKreaction(LaCl3:7H2O[s], "-1 * (( (1.0 / log(10)) * ((4.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, La+3, 3.0, Cl-, 7.0, H2O)
@mineral(LaF3:_5H2O[s])
@logKreaction(LaF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-18.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, La+3, 3.0, F-)
@mineral(LaPO4:10H2O[s])
@logKreaction(LaPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-12.3782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, La+3, 10.0, H2O)
@mineral(Lammerite[s])
@logKreaction(Lammerite[s], "-1 * (( (1.0 / log(10)) * ((1.5542 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2AsO4-, 3.0, Cu+2)
@mineral(Lanarkite[s])
@logKreaction(Lanarkite[s], "-1 * (( (1.0 / log(10)) * ((-0.4692 * log(10)) - (-22014.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, SO4-2, 2.0, Pb+2)
@mineral(Lansfordite[s])
@logKreaction(Lansfordite[s], "-1 * (( (1.0 / log(10)) * ((4.8409 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, Mg+2, 5.0, H2O)
@mineral(Larnite[s])
@logKreaction(Larnite[s], "-1 * (( (1.0 / log(10)) * ((38.4665 * log(10)) - (-227061.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, Ca+2, 2.0, H2O)
@mineral(Laumontite[s])
@logKreaction(Laumontite[s], "-1 * (( (1.0 / log(10)) * ((13.6667 * log(10)) - (-184657.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 2.0, Al+3, 4.0, SiO2, 8.0, H2O)
@mineral(Laurite[s])
@logKreaction(Laurite[s], "-1 * (( (1.0 / log(10)) * ((-73.2649 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru+2, 1.0, S2-2)
@mineral(Lawrencite[s])
@logKreaction(Lawrencite[s], "-1 * (( (1.0 / log(10)) * ((9.0945 * log(10)) - (-84766.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 2.0, Cl-)
@mineral(Lawsonite[s])
@logKreaction(Lawsonite[s], "-1 * (( (1.0 / log(10)) * ((22.2132 * log(10)) - (-244806.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 2.0, Al+3, 2.0, SiO2, 6.0, H2O)
@mineral(Leonite[s])
@logKreaction(Leonite[s], "-1 * (( (1.0 / log(10)) * ((-4.1123 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, K+, 2.0, SO4-2, 4.0, H2O)
@mineral(Li[s])
@logKreaction(Li[s], "-1 * (( (1.0 / log(10)) * ((72.7622 * log(10)) - (-418339.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Li+)
@mineral(Li2Se[s])
@logKreaction(Li2Se[s], "-1 * (( (1.0 / log(10)) * ((102.8341 * log(10)) - (-646236.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.5, O2, 1.0, SeO3-2, 2.0, Li+)
@mineral(Li2UO4[s])
@logKreaction(Li2UO4[s], "-1 * (( (1.0 / log(10)) * ((27.8421 * log(10)) - (-179384.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, UO2+2, 2.0, H2O, 2.0, Li+)
@mineral(LiUO2AsO4[s])
@logKreaction(LiUO2AsO4[s], "-1 * (( (1.0 / log(10)) * ((-0.7862 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2AsO4-, 1.0, Li+, 1.0, UO2+2)
@mineral(Lime[s])
@logKreaction(Lime[s], "-1 * (( (1.0 / log(10)) * ((32.5761 * log(10)) - (-193832.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 1.0, H2O)
@mineral(Linnaeite[s])
@logKreaction(Linnaeite[s], "-1 * (( (1.0 / log(10)) * ((-106.9017 * log(10)) - (420534.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Co+2, 2.0, Co+3, 4.0, HS-)
@mineral(Litharge[s])
@logKreaction(Litharge[s], "-1 * (( (1.0 / log(10)) * ((12.6388 * log(10)) - (-65911.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Pb+2)
@mineral(Lopezite[s])
@logKreaction(Lopezite[s], "-1 * (( (1.0 / log(10)) * ((-17.4366 * log(10)) - (81922.70000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, CrO4-2, 2.0, H+, 2.0, K+)
@mineral(Lu[s])
@logKreaction(Lu[s], "-1 * (( (1.0 / log(10)) * ((181.3437 * log(10)) - (-1122150.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Lu+3, 1.5, H2O)
@mineral(Lu[OH]3[s])
@logKreaction(Lu[OH]3[s], "-1 * (( (1.0 / log(10)) * ((14.4852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Lu+3, 3.0, H2O)
@mineral(Lu[OH]3[am][s])
@logKreaction(Lu[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((18.9852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Lu+3, 3.0, H2O)
@mineral(Lu2[CO3]3[s])
@logKreaction(Lu2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-2.0136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Lu+3, 3.0, HCO3-)
@mineral(Lu2O3[s])
@logKreaction(Lu2O3[s], "-1 * (( (1.0 / log(10)) * ((45.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Lu+3, 3.0, H2O)
@mineral(LuF3:_5H2O[s])
@logKreaction(LuF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-15.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Lu+3, 3.0, F-)
@mineral(LuPO4:10H2O[s])
@logKreaction(LuPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.6782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, Lu+3, 10.0, H2O)
@mineral(Magnesiochromite[s])
@logKreaction(Magnesiochromite[s], "-1 * (( (1.0 / log(10)) * ((21.6927 * log(10)) - (-302689.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Mg+2, 2.0, Cr+3, 4.0, H2O)
@mineral(Magnesite[s])
@logKreaction(Magnesite[s], "-1 * (( (1.0 / log(10)) * ((2.2936 * log(10)) - (-44496.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, Mg+2)
@mineral(Magnetite[s])
@logKreaction(Magnetite[s], "-1 * (( (1.0 / log(10)) * ((10.4724 * log(10)) - (-216597.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Fe+2, 2.0, Fe+3, 4.0, H2O)
@mineral(Malachite[s])
@logKreaction(Malachite[s], "-1 * (( (1.0 / log(10)) * ((5.9399 * log(10)) - (-76282.70000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, HCO3-, 2.0, Cu+2, 2.0, H2O)
@mineral(Manganite[s])
@logKreaction(Manganite[s], "-1 * (( (1.0 / log(10)) * ((-0.1646 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Mn+3, 2.0, H2O)
@mineral(Manganosite[s])
@logKreaction(Manganosite[s], "-1 * (( (1.0 / log(10)) * ((17.924 * log(10)) - (-121215.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Mn+2)
@mineral(Margarite[s])
@logKreaction(Margarite[s], "-1 * (( (1.0 / log(10)) * ((41.0658 * log(10)) - (-522192.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -14.0, H+, 1.0, Ca+2, 2.0, SiO2, 4.0, Al+3, 8.0, H2O)
@mineral(Massicot[s])
@logKreaction(Massicot[s], "-1 * (( (1.0 / log(10)) * ((12.821 * log(10)) - (-67607.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Pb+2)
@mineral(Matlockite[s])
@logKreaction(Matlockite[s], "-1 * (( (1.0 / log(10)) * ((-9.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, F-, 1.0, Pb+2)
@mineral(Maximum_Microcline[s])
@logKreaction(Maximum_Microcline[s], "-1 * (( (1.0 / log(10)) * ((-0.2753 * log(10)) - (-23940.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, K+, 2.0, H2O, 3.0, SiO2)
@mineral(Mayenite[s])
@logKreaction(Mayenite[s], "-1 * (( (1.0 / log(10)) * ((494.2199 * log(10)) - (-4056770.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -66.0, H+, 12.0, Ca+2, 14.0, Al+3, 33.0, H2O)
@mineral(Melanterite[s])
@logKreaction(Melanterite[s], "-1 * (( (1.0 / log(10)) * ((-2.349 * log(10)) - (11750.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, SO4-2, 7.0, H2O)
@mineral(Mercallite[s])
@logKreaction(Mercallite[s], "-1 * (( (1.0 / log(10)) * ((-1.4389 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, K+, 1.0, SO4-2)
@mineral(Merwinite[s])
@logKreaction(Merwinite[s], "-1 * (( (1.0 / log(10)) * ((68.514 * log(10)) - (-430069.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Mg+2, 2.0, SiO2, 3.0, Ca+2, 4.0, H2O)
@mineral(Mesolite[s])
@logKreaction(Mesolite[s], "-1 * (( (1.0 / log(10)) * ((13.6191 * log(10)) - (-179744.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.96, H+, 0.657, Ca+2, 0.676, Na+, 1.99, Al+3, 3.01, SiO2, 6.627, H2O)
@mineral(Metacinnabar[s])
@logKreaction(Metacinnabar[s], "-1 * (( (1.0 / log(10)) * ((-38.5979 * log(10)) - (203426.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Hg+2)
@mineral(Mg[s])
@logKreaction(Mg[s], "-1 * (( (1.0 / log(10)) * ((122.5365 * log(10)) - (-745731.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Mg+2)
@mineral(Mg1_25SO4[OH]0_5:0_5H2O[s])
@logKreaction(Mg1_25SO4[OH]0_5:0_5H2O[s], "-1 * (( (1.0 / log(10)) * ((5.26 * log(10)) - (-97105.40000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -0.5, H+, 1.0, H2O, 1.0, SO4-2, 1.25, Mg+2)
@mineral(Mg1_5SO4[OH][s])
@logKreaction(Mg1_5SO4[OH][s], "-1 * (( (1.0 / log(10)) * ((9.2551 * log(10)) - (-125832.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, H2O, 1.0, SO4-2, 1.5, Mg+2)
@mineral(Mg2V2O7[s])
@logKreaction(Mg2V2O7[s], "-1 * (( (1.0 / log(10)) * ((-30.9025 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, H+, 2.0, Mg+2, 2.0, VO4-3)
@mineral(MgBr2[s])
@logKreaction(MgBr2[s], "-1 * (( (1.0 / log(10)) * ((28.5302 * log(10)) - (-190150.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, Br-)
@mineral(MgBr2:6H2O[s])
@logKreaction(MgBr2:6H2O[s], "-1 * (( (1.0 / log(10)) * ((5.1656 * log(10)) - (-14268.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, Br-, 6.0, H2O)
@mineral(MgCl2:2H2O[s])
@logKreaction(MgCl2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((12.7763 * log(10)) - (-92089.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, Cl-, 2.0, H2O)
@mineral(MgCl2:4H2O[s])
@logKreaction(MgCl2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((7.3581 * log(10)) - (-44460.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, Cl-, 4.0, H2O)
@mineral(MgCl2:H2O[s])
@logKreaction(MgCl2:H2O[s], "-1 * (( (1.0 / log(10)) * ((16.1187 * log(10)) - (-119326.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Mg+2, 2.0, Cl-)
@mineral(MgOHCl[s])
@logKreaction(MgOHCl[s], "-1 * (( (1.0 / log(10)) * ((15.9138 * log(10)) - (-118897.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cl-, 1.0, H2O, 1.0, Mg+2)
@mineral(MgSO4[s])
@logKreaction(MgSO4[s], "-1 * (( (1.0 / log(10)) * ((4.8781 * log(10)) - (-90642.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SO4-2)
@mineral(MgSeO3[s])
@logKreaction(MgSeO3[s], "-1 * (( (1.0 / log(10)) * ((1.7191 * log(10)) - (-74964.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SeO3-2)
@mineral(MgSeO3:6H2O[s])
@logKreaction(MgSeO3:6H2O[s], "-1 * (( (1.0 / log(10)) * ((-3.4222 * log(10)) - (11723.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SeO3-2, 6.0, H2O)
@mineral(MgUO4[s])
@logKreaction(MgUO4[s], "-1 * (( (1.0 / log(10)) * ((23.0023 * log(10)) - (-199336.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Mg+2, 1.0, UO2+2, 2.0, H2O)
@mineral(MgV2O6[s])
@logKreaction(MgV2O6[s], "-1 * (( (1.0 / log(10)) * ((-45.8458 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Mg+2, 2.0, VO4-3, 4.0, H+)
@mineral(Millerite[s])
@logKreaction(Millerite[s], "-1 * (( (1.0 / log(10)) * ((-8.0345 * log(10)) - (12089.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Ni+2)
@mineral(Minium[s])
@logKreaction(Minium[s], "-1 * (( (1.0 / log(10)) * ((16.2585 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Pb+4, 2.0, Pb+2, 4.0, H2O)
@mineral(Minnesotaite[s])
@logKreaction(Minnesotaite[s], "-1 * (( (1.0 / log(10)) * ((13.9805 * log(10)) - (-105211.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Fe+2, 4.0, H2O, 4.0, SiO2)
@mineral(Mirabilite[s])
@logKreaction(Mirabilite[s], "-1 * (( (1.0 / log(10)) * ((-1.1398 * log(10)) - (79412.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 2.0, Na+, 10.0, H2O)
@mineral(Misenite[s])
@logKreaction(Misenite[s], "-1 * (( (1.0 / log(10)) * ((-11.0757 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 6.0, H+, 7.0, SO4-2, 8.0, K+)
@mineral(Mn[s])
@logKreaction(Mn[s], "-1 * (( (1.0 / log(10)) * ((82.9505 * log(10)) - (-500369.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Mn+2)
@mineral(Mn[OH]2[am][s])
@logKreaction(Mn[OH]2[am][s], "-1 * (( (1.0 / log(10)) * ((15.3102 * log(10)) - (-97177.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Mn+2, 2.0, H2O)
@mineral(Mn[OH]3[s])
@logKreaction(Mn[OH]3[s], "-1 * (( (1.0 / log(10)) * ((6.3412 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Mn+3, 3.0, H2O)
@mineral(Mn3[PO4]2[s])
@logKreaction(Mn3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((0.8167 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Mn+2)
@mineral(MnCl2:2H2O[s])
@logKreaction(MnCl2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((4.0067 * log(10)) - (-34422.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Cl-, 2.0, H2O)
@mineral(MnCl2:4H2O[s])
@logKreaction(MnCl2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((2.7563 * log(10)) - (-10701.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Cl-, 4.0, H2O)
@mineral(MnCl2:H2O[s])
@logKreaction(MnCl2:H2O[s], "-1 * (( (1.0 / log(10)) * ((5.5517 * log(10)) - (-50801.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Mn+2, 2.0, Cl-)
@mineral(MnHPO4[s])
@logKreaction(MnHPO4[s], "-1 * (( (1.0 / log(10)) * ((-12.947 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Mn+2)
@mineral(MnO2[gamma][s])
@logKreaction(MnO2[gamma][s], "-1 * (( (1.0 / log(10)) * ((-16.1261 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, Mn+2, 0.5, MnO4-2)
@mineral(MnSO4[s])
@logKreaction(MnSO4[s], "-1 * (( (1.0 / log(10)) * ((2.6561 * log(10)) - (-64871.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, SO4-2)
@mineral(MnSe[s])
@logKreaction(MnSe[s], "-1 * (( (1.0 / log(10)) * ((-10.6848 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Se-2)
@mineral(MnSeO3[s])
@logKreaction(MnSeO3[s], "-1 * (( (1.0 / log(10)) * ((-7.27 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, SeO3-2)
@mineral(MnSeO3:2H2O[s])
@logKreaction(MnSeO3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-6.3219 * log(10)) - (14079.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, SeO3-2, 2.0, H2O)
@mineral(MnV2O6[s])
@logKreaction(MnV2O6[s], "-1 * (( (1.0 / log(10)) * ((-52.0751 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Mn+2, 2.0, VO4-3, 4.0, H+)
@mineral(Mo[s])
@logKreaction(Mo[s], "-1 * (( (1.0 / log(10)) * ((109.323 * log(10)) - (-693845.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.5, O2, -1.0, H2O, 1.0, MoO4-2, 2.0, H+)
@mineral(MoSe2[s])
@logKreaction(MoSe2[s], "-1 * (( (1.0 / log(10)) * ((-55.1079 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, -0.5, O2, 1.0, MoO4-2, 2.0, Se-2, 6.0, H+)
@mineral(Modderite[s])
@logKreaction(Modderite[s], "-1 * (( (1.0 / log(10)) * ((-49.5512 * log(10)) - (189016.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, AsH3, 1.0, Co+3)
@mineral(Molysite[s])
@logKreaction(Molysite[s], "-1 * (( (1.0 / log(10)) * ((13.5517 * log(10)) - (-151579.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 3.0, Cl-)
@mineral(Monohydrocalcite[s])
@logKreaction(Monohydrocalcite[s], "-1 * (( (1.0 / log(10)) * ((2.6824 * log(10)) - (-20564.800000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ca+2, 1.0, H2O, 1.0, HCO3-)
@mineral(Monteponite[s])
@logKreaction(Monteponite[s], "-1 * (( (1.0 / log(10)) * ((15.0972 * log(10)) - (-103386.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cd+2, 1.0, H2O)
@mineral(Monticellite[s])
@logKreaction(Monticellite[s], "-1 * (( (1.0 / log(10)) * ((29.5852 * log(10)) - (-195711.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ca+2, 1.0, Mg+2, 1.0, SiO2, 2.0, H2O)
@mineral(Montmor-Ca[s])
@logKreaction(Montmor-Ca[s], "-1 * (( (1.0 / log(10)) * ((2.4952 * log(10)) - (-100154.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 0.165, Ca+2, 0.33, Mg+2, 1.67, Al+3, 4.0, H2O, 4.0, SiO2)
@mineral(Montmor-Cs[s])
@logKreaction(Montmor-Cs[s], "-1 * (( (1.0 / log(10)) * ((1.9913 * log(10)) - (-87225.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 0.33, Cs+, 0.33, Mg+2, 1.67, Al+3, 4.0, H2O, 4.0, SiO2)
@mineral(Montmor-K[s])
@logKreaction(Montmor-K[s], "-1 * (( (1.0 / log(10)) * ((2.1423 * log(10)) - (-88184.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 0.33, K+, 0.33, Mg+2, 1.67, Al+3, 4.0, H2O, 4.0, SiO2)
@mineral(Montmor-Mg[s])
@logKreaction(Montmor-Mg[s], "-1 * (( (1.0 / log(10)) * ((2.3879 * log(10)) - (-102608.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 0.495, Mg+2, 1.67, Al+3, 4.0, H2O, 4.0, SiO2)
@mineral(Montmor-Na[s])
@logKreaction(Montmor-Na[s], "-1 * (( (1.0 / log(10)) * ((2.4844 * log(10)) - (-93216.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 0.33, Mg+2, 0.33, Na+, 1.67, Al+3, 4.0, H2O, 4.0, SiO2)
@mineral(Montroydite[s])
@logKreaction(Montroydite[s], "-1 * (( (1.0 / log(10)) * ((2.4486 * log(10)) - (-24885.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Hg+2)
@mineral(Mordenite[s])
@logKreaction(Mordenite[s], "-1 * (( (1.0 / log(10)) * ((-5.1969 * log(10)) - (16751.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.76, H+, 0.2895, Ca+2, 0.361, Na+, 0.94, Al+3, 5.06, SiO2, 5.348, H2O)
@mineral(Mordenite-dehy[s])
@logKreaction(Mordenite-dehy[s], "-1 * (( (1.0 / log(10)) * ((9.9318 * log(10)) - (-86159.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.76, H+, 0.2895, Ca+2, 0.361, Na+, 0.94, Al+3, 1.88, H2O, 5.06, SiO2)
@mineral(Morenosite[s])
@logKreaction(Morenosite[s], "-1 * (( (1.0 / log(10)) * ((-2.014 * log(10)) - (12018.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, SO4-2, 7.0, H2O)
@mineral(Muscovite[s])
@logKreaction(Muscovite[s], "-1 * (( (1.0 / log(10)) * ((13.5858 * log(10)) - (-243224.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 1.0, K+, 3.0, Al+3, 3.0, SiO2, 6.0, H2O)
@mineral(NH4HSe[s])
@logKreaction(NH4HSe[s], "-1 * (( (1.0 / log(10)) * ((-22.0531 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NH3, 1.0, Se-2, 2.0, H+)
@mineral(Na[s])
@logKreaction(Na[s], "-1 * (( (1.0 / log(10)) * ((67.3804 * log(10)) - (-380185.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Na+)
@mineral(Na2CO3[s])
@logKreaction(Na2CO3[s], "-1 * (( (1.0 / log(10)) * ((11.1822 * log(10)) - (-39852.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 2.0, Na+)
@mineral(Na2CO3:7H2O[s])
@logKreaction(Na2CO3:7H2O[s], "-1 * (( (1.0 / log(10)) * ((9.9459 * log(10)) - (27788.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 2.0, Na+, 7.0, H2O)
@mineral(Na2Cr2O7[s])
@logKreaction(Na2Cr2O7[s], "-1 * (( (1.0 / log(10)) * ((-10.1597 * log(10)) - (21970.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, CrO4-2, 2.0, H+, 2.0, Na+)
@mineral(Na2CrO4[s])
@logKreaction(Na2CrO4[s], "-1 * (( (1.0 / log(10)) * ((2.9103 * log(10)) - (-19522.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 2.0, Na+)
@mineral(Na2O[s])
@logKreaction(Na2O[s], "-1 * (( (1.0 / log(10)) * ((67.4269 * log(10)) - (-351636.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 2.0, Na+)
@mineral(Na2Se[s])
@logKreaction(Na2Se[s], "-1 * (( (1.0 / log(10)) * ((11.8352 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Se-2, 2.0, Na+)
@mineral(Na2Se2[s])
@logKreaction(Na2Se2[s], "-1 * (( (1.0 / log(10)) * ((-61.3466 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 2.0, H+, 2.0, Na+, 2.0, Se-2)
@mineral(Na2SiO3[s])
@logKreaction(Na2SiO3[s], "-1 * (( (1.0 / log(10)) * ((22.2418 * log(10)) - (-82709.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, SiO2, 2.0, Na+)
@mineral(Na2U2O7[s])
@logKreaction(Na2U2O7[s], "-1 * (( (1.0 / log(10)) * ((22.5917 * log(10)) - (-172314.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Na+, 2.0, UO2+2, 3.0, H2O)
@mineral(Na2UO4[alpha][s])
@logKreaction(Na2UO4[alpha][s], "-1 * (( (1.0 / log(10)) * ((30.0231 * log(10)) - (-173576.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, UO2+2, 2.0, H2O, 2.0, Na+)
@mineral(Na3H[SO4]2[s])
@logKreaction(Na3H[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((-0.8906 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 2.0, SO4-2, 3.0, Na+)
@mineral(Na3UO4[s])
@logKreaction(Na3UO4[s], "-1 * (( (1.0 / log(10)) * ((56.2574 * log(10)) - (-293703.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, UO2+, 2.0, H2O, 3.0, Na+)
@mineral(Na4Ca[SO4]3:2H2O[s])
@logKreaction(Na4Ca[SO4]3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-5.8938 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, H2O, 3.0, SO4-2, 4.0, Na+)
@mineral(Na4SiO4[s])
@logKreaction(Na4SiO4[s], "-1 * (( (1.0 / log(10)) * ((70.6449 * log(10)) - (-327779.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, H2O, 4.0, Na+)
@mineral(Na4UO2[CO3]3[s])
@logKreaction(Na4UO2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((4.0395 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, UO2+2, 3.0, HCO3-, 4.0, Na+)
@mineral(Na6Si2O7[s])
@logKreaction(Na6Si2O7[s], "-1 * (( (1.0 / log(10)) * ((101.6199 * log(10)) - (-471951.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, SiO2, 3.0, H2O, 6.0, Na+)
@mineral(NaBr[s])
@logKreaction(NaBr[s], "-1 * (( (1.0 / log(10)) * ((2.9739 * log(10)) - (-741.032 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Br-, 1.0, Na+)
@mineral(NaBr:2H2O[s])
@logKreaction(NaBr:2H2O[s], "-1 * (( (1.0 / log(10)) * ((2.104 * log(10)) - (18488.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Br-, 1.0, Na+, 2.0, H2O)
@mineral(NaFeO2[s])
@logKreaction(NaFeO2[s], "-1 * (( (1.0 / log(10)) * ((19.8899 * log(10)) - (-163339.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Fe+3, 1.0, Na+, 2.0, H2O)
@mineral(NaNpO2CO3:3_5H2O[s])
@logKreaction(NaNpO2CO3:3_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.2342 * log(10)) - (27097.899999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, Na+, 1.0, NpO2+, 3.5, H2O)
@mineral(NaTcO4[s])
@logKreaction(NaTcO4[s], "-1 * (( (1.0 / log(10)) * ((1.5208 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, TcO4-)
@mineral(NaUO3[s])
@logKreaction(NaUO3[s], "-1 * (( (1.0 / log(10)) * ((8.3371 * log(10)) - (-56365.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Na+, 1.0, UO2+)
@mineral(Nahcolite[s])
@logKreaction(Nahcolite[s], "-1 * (( (1.0 / log(10)) * ((-0.1118 * log(10)) - (17024.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HCO3-, 1.0, Na+)
@mineral(Nantokite[s])
@logKreaction(Nantokite[s], "-1 * (( (1.0 / log(10)) * ((-6.7623 * log(10)) - (41929.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, Cu+)
@mineral(Natrolite[s])
@logKreaction(Natrolite[s], "-1 * (( (1.0 / log(10)) * ((18.5204 * log(10)) - (-186971.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 2.0, Al+3, 2.0, Na+, 3.0, SiO2, 6.0, H2O)
@mineral(Natron[s])
@logKreaction(Natron[s], "-1 * (( (1.0 / log(10)) * ((9.6102 * log(10)) - (50478.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 2.0, Na+, 10.0, H2O)
@mineral(Natrosilite[s])
@logKreaction(Natrosilite[s], "-1 * (( (1.0 / log(10)) * ((18.1337 * log(10)) - (-51768.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 2.0, Na+, 2.0, SiO2)
@mineral(Naumannite[s])
@logKreaction(Naumannite[s], "-1 * (( (1.0 / log(10)) * ((-57.4427 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Se-2, 2.0, Ag+)
@mineral(Nd[s])
@logKreaction(Nd[s], "-1 * (( (1.0 / log(10)) * ((182.2233 * log(10)) - (-1116290.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Nd+3, 1.5, H2O)
@mineral(Nd[OH]3[s])
@logKreaction(Nd[OH]3[s], "-1 * (( (1.0 / log(10)) * ((18.0852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Nd+3, 3.0, H2O)
@mineral(Nd[OH]3[am][s])
@logKreaction(Nd[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((20.4852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Nd+3, 3.0, H2O)
@mineral(Nd[OH]3[c][s])
@logKreaction(Nd[OH]3[c][s], "-1 * (( (1.0 / log(10)) * ((15.7852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Nd+3, 3.0, H2O)
@mineral(Nd2[CO3]3[s])
@logKreaction(Nd2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-3.6636 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Nd+3, 3.0, HCO3-)
@mineral(Nd2O3[s])
@logKreaction(Nd2O3[s], "-1 * (( (1.0 / log(10)) * ((58.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Nd+3, 3.0, H2O)
@mineral(NdF3:_5H2O[s])
@logKreaction(NdF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-18.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Nd+3, 3.0, F-)
@mineral(NdOHCO3[s])
@logKreaction(NdOHCO3[s], "-1 * (( (1.0 / log(10)) * ((2.8239 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, HCO3-, 1.0, Nd+3)
@mineral(NdPO4:10H2O[s])
@logKreaction(NdPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-12.1782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, Nd+3, 10.0, H2O)
@mineral(Nepheline[s])
@logKreaction(Nepheline[s], "-1 * (( (1.0 / log(10)) * ((13.8006 * log(10)) - (-135068.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, Na+, 1.0, SiO2, 2.0, H2O)
@mineral(Nesquehonite[s])
@logKreaction(Nesquehonite[s], "-1 * (( (1.0 / log(10)) * ((4.9955 * log(10)) - (-36149.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, Mg+2, 3.0, H2O)
@mineral(Ni[s])
@logKreaction(Ni[s], "-1 * (( (1.0 / log(10)) * ((50.9914 * log(10)) - (-333745.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Ni+2)
@mineral(Ni[OH]2[s])
@logKreaction(Ni[OH]2[s], "-1 * (( (1.0 / log(10)) * ((12.7485 * log(10)) - (-95652.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ni+2, 2.0, H2O)
@mineral(Ni2P2O7[s])
@logKreaction(Ni2P2O7[s], "-1 * (( (1.0 / log(10)) * ((-8.8991 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, HPO4-2, 2.0, Ni+2)
@mineral(Ni2SiO4[s])
@logKreaction(Ni2SiO4[s], "-1 * (( (1.0 / log(10)) * ((14.3416 * log(10)) - (-127629.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, H2O, 2.0, Ni+2)
@mineral(Ni3[PO4]2[s])
@logKreaction(Ni3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-6.6414 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Ni+2)
@mineral(NiCO3[s])
@logKreaction(NiCO3[s], "-1 * (( (1.0 / log(10)) * ((3.5118 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, Ni+2)
@mineral(NiCl2[s])
@logKreaction(NiCl2[s], "-1 * (( (1.0 / log(10)) * ((8.6113 * log(10)) - (-82796.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Cl-)
@mineral(NiCl2:2H2O[s])
@logKreaction(NiCl2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((3.9327 * log(10)) - (-37674.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Cl-, 2.0, H2O)
@mineral(NiCl2:4H2O[s])
@logKreaction(NiCl2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((3.8561 * log(10)) - (-15437.300000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Cl-, 4.0, H2O)
@mineral(NiF2[s])
@logKreaction(NiF2[s], "-1 * (( (1.0 / log(10)) * ((0.8772 * log(10)) - (-73143.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, F-)
@mineral(NiF2:4H2O[s])
@logKreaction(NiF2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-4.0588 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, F-, 4.0, H2O)
@mineral(NiSO4[s])
@logKreaction(NiSO4[s], "-1 * (( (1.0 / log(10)) * ((5.3197 * log(10)) - (-90509.20000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, SO4-2)
@mineral(NiSO4:6H2O[alpha][s])
@logKreaction(NiSO4:6H2O[alpha][s], "-1 * (( (1.0 / log(10)) * ((-2.0072 * log(10)) - (4379.83 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, SO4-2, 6.0, H2O)
@mineral(Nickelbischofite[s])
@logKreaction(Nickelbischofite[s], "-1 * (( (1.0 / log(10)) * ((3.1681 * log(10)) - (64.08800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Cl-, 6.0, H2O)
@mineral(Ningyoite[s])
@logKreaction(Ningyoite[s], "-1 * (( (1.0 / log(10)) * ((-29.7931 * log(10)) - (-36476.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 1.0, U+4, 2.0, H2O, 2.0, HPO4-2)
@mineral(Niter[s])
@logKreaction(Niter[s], "-1 * (( (1.0 / log(10)) * ((-0.2061 * log(10)) - (35479.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, NO3-)
@mineral(Nitrobarite[s])
@logKreaction(Nitrobarite[s], "-1 * (( (1.0 / log(10)) * ((-2.4523 * log(10)) - (40816.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, NO3-)
@mineral(Nontronite-Ca[s])
@logKreaction(Nontronite-Ca[s], "-1 * (( (1.0 / log(10)) * ((-11.5822 * log(10)) - (-38138.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.165, Ca+2, 0.33, Al+3, 2.0, Fe+3, 3.67, SiO2, 4.66, H2O)
@mineral(Nontronite-Cs[s])
@logKreaction(Nontronite-Cs[s], "-1 * (( (1.0 / log(10)) * ((5.7975 * log(10)) - (-86699.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 0.33, Cs+, 0.33, Mg+2, 1.67, Fe+3, 4.0, H2O, 4.0, SiO2)
@mineral(Nontronite-H[s])
@logKreaction(Nontronite-H[s], "-1 * (( (1.0 / log(10)) * ((-12.5401 * log(10)) - (-30452.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.99, H+, 0.33, Al+3, 2.0, Fe+3, 3.67, SiO2, 4.66, H2O)
@mineral(Nontronite-K[s])
@logKreaction(Nontronite-K[s], "-1 * (( (1.0 / log(10)) * ((-11.8648 * log(10)) - (-26582.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.33, Al+3, 0.33, K+, 2.0, Fe+3, 3.67, SiO2, 4.66, H2O)
@mineral(Nontronite-Mg[s])
@logKreaction(Nontronite-Mg[s], "-1 * (( (1.0 / log(10)) * ((-11.62 * log(10)) - (-41177.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.165, Mg+2, 0.33, Al+3, 2.0, Fe+3, 3.67, SiO2, 4.66, H2O)
@mineral(Nontronite-Na[s])
@logKreaction(Nontronite-Na[s], "-1 * (( (1.0 / log(10)) * ((-11.5263 * log(10)) - (-31568.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.33, Al+3, 0.33, Na+, 2.0, Fe+3, 3.67, SiO2, 4.66, H2O)
@mineral(Np[s])
@logKreaction(Np[s], "-1 * (( (1.0 / log(10)) * ((174.1077 * log(10)) - (-1115540.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, O2, 1.0, Np+4, 2.0, H2O)
@mineral(Np[HPO4]2[s])
@logKreaction(Np[HPO4]2[s], "-1 * (( (1.0 / log(10)) * ((-30.9786 * log(10)) - (-18621.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Np+4, 2.0, HPO4-2)
@mineral(Np[OH]4[s])
@logKreaction(Np[OH]4[s], "-1 * (( (1.0 / log(10)) * ((0.8103 * log(10)) - (-78496.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Np+4, 4.0, H2O)
@mineral(Np2O5[s])
@logKreaction(Np2O5[s], "-1 * (( (1.0 / log(10)) * ((9.5 * log(10)) - (-94457.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 2.0, NpO2+)
@mineral(NpO2[s])
@logKreaction(NpO2[s], "-1 * (( (1.0 / log(10)) * ((-7.8026 * log(10)) - (-53608.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Np+4, 2.0, H2O)
@mineral(NpO2[OH]2[s])
@logKreaction(NpO2[OH]2[s], "-1 * (( (1.0 / log(10)) * ((5.9851 * log(10)) - (-54997.700000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, NpO2+2, 2.0, H2O)
@mineral(NpO2OH[am][s])
@logKreaction(NpO2OH[am][s], "-1 * (( (1.0 / log(10)) * ((4.2364 * log(10)) - (-39667.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, H2O, 1.0, NpO2+)
@mineral(Okenite[s])
@logKreaction(Okenite[s], "-1 * (( (1.0 / log(10)) * ((10.3816 * log(10)) - (-19497.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 2.0, SiO2, 3.0, H2O)
@mineral(Orpiment[s])
@logKreaction(Orpiment[s], "-1 * (( (1.0 / log(10)) * ((-79.4159 * log(10)) - (406539.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 2.0, H2AsO3-, 3.0, HS-, 5.0, H+)
@mineral(Otavite[s])
@logKreaction(Otavite[s], "-1 * (( (1.0 / log(10)) * ((-1.7712 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cd+2, 1.0, HCO3-)
@mineral(Ottemannite[s])
@logKreaction(Ottemannite[s], "-1 * (( (1.0 / log(10)) * ((-46.2679 * log(10)) - (236727.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Sn+2, 1.0, Sn+4, 3.0, HS-)
@mineral(Oxychloride-Mg[s])
@logKreaction(Oxychloride-Mg[s], "-1 * (( (1.0 / log(10)) * ((25.8319 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Cl-, 2.0, Mg+2, 7.0, H2O)
@mineral(P[s])
@logKreaction(P[s], "-1 * (( (1.0 / log(10)) * ((132.1032 * log(10)) - (-848157.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.5, H2O, -1.25, O2, 1.0, HPO4-2, 2.0, H+)
@mineral(Paragonite[s])
@logKreaction(Paragonite[s], "-1 * (( (1.0 / log(10)) * ((17.522 * log(10)) - (-275056.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 1.0, Na+, 3.0, Al+3, 3.0, SiO2, 6.0, H2O)
@mineral(Paralaurionite[s])
@logKreaction(Paralaurionite[s], "-1 * (( (1.0 / log(10)) * ((0.2035 * log(10)) - (8419.48 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cl-, 1.0, H2O, 1.0, Pb+2)
@mineral(Pargasite[s])
@logKreaction(Pargasite[s], "-1 * (( (1.0 / log(10)) * ((101.9939 * log(10)) - (-880205.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -22.0, H+, 1.0, Na+, 2.0, Ca+2, 3.0, Al+3, 4.0, Mg+2, 6.0, SiO2, 12.0, H2O)
@mineral(Parsonsite[s])
@logKreaction(Parsonsite[s], "-1 * (( (1.0 / log(10)) * ((-27.7911 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 2.0, H2O, 2.0, HPO4-2, 2.0, Pb+2)
@mineral(Pb[s])
@logKreaction(Pb[s], "-1 * (( (1.0 / log(10)) * ((47.1871 * log(10)) - (-278851.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Pb+2)
@mineral(Pb[H2PO4]2[s])
@logKreaction(Pb[H2PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-9.84 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, H+, 2.0, HPO4-2)
@mineral(Pb[IO3]2[s])
@logKreaction(Pb[IO3]2[s], "-1 * (( (1.0 / log(10)) * ((-12.5173 * log(10)) - (53778.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, IO3-)
@mineral(Pb[N3]2[mono][s])
@logKreaction(Pb[N3]2[mono][s], "-1 * (( (1.0 / log(10)) * ((-8.3583 * log(10)) - (72949.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, N3-)
@mineral(Pb[N3]2[orth][s])
@logKreaction(Pb[N3]2[orth][s], "-1 * (( (1.0 / log(10)) * ((-8.7963 * log(10)) - (75061.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, N3-)
@mineral(Pb[Thiocyanate]2[s])
@logKreaction(Pb[Thiocyanate]2[s], "-1 * (( (1.0 / log(10)) * ((-0.091 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Thiocyanate-)
@mineral(Pb2Cl2CO3[s])
@logKreaction(Pb2Cl2CO3[s], "-1 * (( (1.0 / log(10)) * ((-9.618 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 2.0, Cl-, 2.0, Pb+2)
@mineral(Pb2Cl5NH4[s])
@logKreaction(Pb2Cl5NH4[s], "-1 * (( (1.0 / log(10)) * ((-19.61 * log(10)) - (119617.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, NH3, 2.0, Pb+2, 5.0, Cl-)
@mineral(Pb2O[N3]2[s])
@logKreaction(Pb2O[N3]2[s], "-1 * (( (1.0 / log(10)) * ((-13.7066 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 2.0, N3-, 2.0, Pb+2)
@mineral(Pb2SiO4[s])
@logKreaction(Pb2SiO4[s], "-1 * (( (1.0 / log(10)) * ((18.037 * log(10)) - (-83988.29999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, H2O, 2.0, Pb+2)
@mineral(Pb3[PO4]2[s])
@logKreaction(Pb3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-19.9744 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Pb+2)
@mineral(Pb3SO6[s])
@logKreaction(Pb3SO6[s], "-1 * (( (1.0 / log(10)) * ((10.5981 * log(10)) - (-79343.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SO4-2, 2.0, H2O, 3.0, Pb+2)
@mineral(Pb4Cl2[OH]6[s])
@logKreaction(Pb4Cl2[OH]6[s], "-1 * (( (1.0 / log(10)) * ((17.2793 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Cl-, 4.0, Pb+2, 6.0, H2O)
@mineral(Pb4O[PO4]2[s])
@logKreaction(Pb4O[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-12.5727 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, H2O, 2.0, HPO4-2, 4.0, Pb+2)
@mineral(Pb4SO7[s])
@logKreaction(Pb4SO7[s], "-1 * (( (1.0 / log(10)) * ((21.7354 * log(10)) - (-136566.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, SO4-2, 3.0, H2O, 4.0, Pb+2)
@mineral(PbBr2[s])
@logKreaction(PbBr2[s], "-1 * (( (1.0 / log(10)) * ((-5.2413 * log(10)) - (36383.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Br-)
@mineral(PbBrF[s])
@logKreaction(PbBrF[s], "-1 * (( (1.0 / log(10)) * ((-8.0418 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Br-, 1.0, F-, 1.0, Pb+2)
@mineral(PbCO3_PbO[s])
@logKreaction(PbCO3_PbO[s], "-1 * (( (1.0 / log(10)) * ((9.6711 * log(10)) - (-55428.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, H2O, 1.0, HCO3-, 2.0, Pb+2)
@mineral(PbF2[s])
@logKreaction(PbF2[s], "-1 * (( (1.0 / log(10)) * ((-5.2047 * log(10)) - (-5837.72 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, F-)
@mineral(PbFCl[s])
@logKreaction(PbFCl[s], "-1 * (( (1.0 / log(10)) * ((-8.982 * log(10)) - (33185.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, F-, 1.0, Pb+2)
@mineral(PbHPO4[s])
@logKreaction(PbHPO4[s], "-1 * (( (1.0 / log(10)) * ((-15.7275 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Pb+2)
@mineral(PbI2[s])
@logKreaction(PbI2[s], "-1 * (( (1.0 / log(10)) * ((-8.0418 * log(10)) - (62571.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, I-)
@mineral(PbSO4[NH3]2[s])
@logKreaction(PbSO4[NH3]2[s], "-1 * (( (1.0 / log(10)) * ((-2.0213 * log(10)) - (28284.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, SO4-2, 2.0, NH3)
@mineral(PbSO4[NH3]4[s])
@logKreaction(PbSO4[NH3]4[s], "-1 * (( (1.0 / log(10)) * ((1.5024 * log(10)) - (31155.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, SO4-2, 4.0, NH3)
@mineral(PbSeO4[s])
@logKreaction(PbSeO4[s], "-1 * (( (1.0 / log(10)) * ((-6.9372 * log(10)) - (10896.699999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, SeO4-2)
@mineral(Pd[s])
@logKreaction(Pd[s], "-1 * (( (1.0 / log(10)) * ((12.0688 * log(10)) - (-103709.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Pd+2)
@mineral(PdO[s])
@logKreaction(PdO[s], "-1 * (( (1.0 / log(10)) * ((0.0643 * log(10)) - (-24422.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Pd+2)
@mineral(Penroseite[s])
@logKreaction(Penroseite[s], "-1 * (( (1.0 / log(10)) * ((-98.8004 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 1.0, Ni+2, 2.0, H+, 2.0, Se-2)
@mineral(Pentahydrite[s])
@logKreaction(Pentahydrite[s], "-1 * (( (1.0 / log(10)) * ((-1.3872 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SO4-2, 5.0, H2O)
@mineral(Periclase[s])
@logKreaction(Periclase[s], "-1 * (( (1.0 / log(10)) * ((21.3354 * log(10)) - (-150139.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Mg+2)
@mineral(Petalite[s])
@logKreaction(Petalite[s], "-1 * (( (1.0 / log(10)) * ((-3.8153 * log(10)) - (-13173.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, Li+, 2.0, H2O, 4.0, SiO2)
@mineral(Phlogopite[s])
@logKreaction(Phlogopite[s], "-1 * (( (1.0 / log(10)) * ((37.44 * log(10)) - (-310503.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 1.0, Al+3, 1.0, K+, 3.0, Mg+2, 3.0, SiO2, 6.0, H2O)
@mineral(Phosgenite[s])
@logKreaction(Phosgenite[s], "-1 * (( (1.0 / log(10)) * ((-9.6355 * log(10)) - (49084.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 2.0, Cl-, 2.0, Pb+2)
@mineral(Picromerite[s])
@logKreaction(Picromerite[s], "-1 * (( (1.0 / log(10)) * ((-4.4396 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, K+, 2.0, SO4-2, 6.0, H2O)
@mineral(Pirssonite[s])
@logKreaction(Pirssonite[s], "-1 * (( (1.0 / log(10)) * ((11.323 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 2.0, H2O, 2.0, HCO3-, 2.0, Na+)
@mineral(Plattnerite[s])
@logKreaction(Plattnerite[s], "-1 * (( (1.0 / log(10)) * ((-7.9661 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Pb+4, 2.0, H2O)
@mineral(Plumbogummite[s])
@logKreaction(Plumbogummite[s], "-1 * (( (1.0 / log(10)) * ((-8.1463 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.0, H+, 1.0, Pb+2, 2.0, HPO4-2, 3.0, Al+3, 6.0, H2O)
@mineral(Pm[s])
@logKreaction(Pm[s], "-1 * (( (1.0 / log(10)) * ((180.6737 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Pm+3, 1.5, H2O)
@mineral(Pm[OH]3[s])
@logKreaction(Pm[OH]3[s], "-1 * (( (1.0 / log(10)) * ((17.4852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Pm+3, 3.0, H2O)
@mineral(Pm[OH]3[am][s])
@logKreaction(Pm[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((18.2852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Pm+3, 3.0, H2O)
@mineral(Pm2[CO3]3[s])
@logKreaction(Pm2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-3.5636 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Pm+3, 3.0, HCO3-)
@mineral(Pm2O3[s])
@logKreaction(Pm2O3[s], "-1 * (( (1.0 / log(10)) * ((48.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Pm+3, 3.0, H2O)
@mineral(PmF3:_5H2O[s])
@logKreaction(PmF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-18.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Pm+3, 3.0, F-)
@mineral(PmPO4:10H2O[s])
@logKreaction(PmPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-12.1782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, Pm+3, 10.0, H2O)
@mineral(Polydymite[s])
@logKreaction(Polydymite[s], "-1 * (( (1.0 / log(10)) * ((-48.9062 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, S2-2, 2.0, HS-, 3.0, Ni+2)
@mineral(Polyhalite[s])
@logKreaction(Polyhalite[s], "-1 * (( (1.0 / log(10)) * ((-14.3124 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, Ca+2, 2.0, H2O, 2.0, K+, 4.0, SO4-2)
@mineral(Portlandite[s])
@logKreaction(Portlandite[s], "-1 * (( (1.0 / log(10)) * ((22.5552 * log(10)) - (-128686.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 2.0, H2O)
@mineral(Pr[s])
@logKreaction(Pr[s], "-1 * (( (1.0 / log(10)) * ((183.6893 * log(10)) - (-1125920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Pr+3, 1.5, H2O)
@mineral(Pr[OH]3[s])
@logKreaction(Pr[OH]3[s], "-1 * (( (1.0 / log(10)) * ((19.5852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Pr+3, 3.0, H2O)
@mineral(Pr[OH]3[am][s])
@logKreaction(Pr[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((21.0852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Pr+3, 3.0, H2O)
@mineral(Pr2[CO3]3[s])
@logKreaction(Pr2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-3.8136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Pr+3, 3.0, HCO3-)
@mineral(Pr2O3[s])
@logKreaction(Pr2O3[s], "-1 * (( (1.0 / log(10)) * ((61.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Pr+3, 3.0, H2O)
@mineral(PrF3:_5H2O[s])
@logKreaction(PrF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-18.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Pr+3, 3.0, F-)
@mineral(PrPO4:10H2O[s])
@logKreaction(PrPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-12.2782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, Pr+3, 10.0, H2O)
@mineral(Prehnite[s])
@logKreaction(Prehnite[s], "-1 * (( (1.0 / log(10)) * ((32.9305 * log(10)) - (-311875.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 2.0, Al+3, 2.0, Ca+2, 3.0, SiO2, 6.0, H2O)
@mineral(Przhevalskite[s])
@logKreaction(Przhevalskite[s], "-1 * (( (1.0 / log(10)) * ((-20.0403 * log(10)) - (-71105.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Pb+2, 2.0, HPO4-2, 2.0, UO2+2)
@mineral(Pseudowollastonite[s])
@logKreaction(Pseudowollastonite[s], "-1 * (( (1.0 / log(10)) * ((13.9997 * log(10)) - (-79462.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 1.0, H2O, 1.0, SiO2)
@mineral(Pu[s])
@logKreaction(Pu[s], "-1 * (( (1.0 / log(10)) * ((170.3761 * log(10)) - (-1095440.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, O2, 1.0, Pu+4, 2.0, H2O)
@mineral(Pu[HPO4]2[s])
@logKreaction(Pu[HPO4]2[s], "-1 * (( (1.0 / log(10)) * ((-27.7025 * log(10)) - (-33444.899999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu+4, 2.0, HPO4-2)
@mineral(Pu[OH]3[s])
@logKreaction(Pu[OH]3[s], "-1 * (( (1.0 / log(10)) * ((22.4499 * log(10)) - (-148067.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Pu+3, 3.0, H2O)
@mineral(Pu[OH]4[s])
@logKreaction(Pu[OH]4[s], "-1 * (( (1.0 / log(10)) * ((0.7578 * log(10)) - (-68654.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Pu+4, 4.0, H2O)
@mineral(Pu2O3[s])
@logKreaction(Pu2O3[s], "-1 * (( (1.0 / log(10)) * ((48.1332 * log(10)) - (-360260.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Pu+3, 3.0, H2O)
@mineral(PuF3[s])
@logKreaction(PuF3[s], "-1 * (( (1.0 / log(10)) * ((-10.1872 * log(10)) - (-46260.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu+3, 3.0, F-)
@mineral(PuF4[s])
@logKreaction(PuF4[s], "-1 * (( (1.0 / log(10)) * ((-13.2091 * log(10)) - (-100039.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pu+4, 4.0, F-)
@mineral(PuO2[s])
@logKreaction(PuO2[s], "-1 * (( (1.0 / log(10)) * ((-7.3646 * log(10)) - (-51882.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Pu+4, 2.0, H2O)
@mineral(PuO2[OH]2[s])
@logKreaction(PuO2[OH]2[s], "-1 * (( (1.0 / log(10)) * ((3.5499 * log(10)) - (-35730.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, PuO2+2, 2.0, H2O)
@mineral(PuO2HPO4[s])
@logKreaction(PuO2HPO4[s], "-1 * (( (1.0 / log(10)) * ((-12.6074 * log(10)) - (-10108.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, PuO2+2)
@mineral(PuO2OH[am][s])
@logKreaction(PuO2OH[am][s], "-1 * (( (1.0 / log(10)) * ((5.4628 * log(10)) - (-42493.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, H2O, 1.0, PuO2+)
@mineral(Pyrite[s])
@logKreaction(Pyrite[s], "-1 * (( (1.0 / log(10)) * ((-24.6534 * log(10)) - (109535.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.25, H+, 0.25, SO4-2, 1.0, Fe+2, 1.75, HS-)
@mineral(Pyrolusite[s])
@logKreaction(Pyrolusite[s], "-1 * (( (1.0 / log(10)) * ((-17.6439 * log(10)) - (83380.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, Mn+2, 0.5, MnO4-2)
@mineral(Pyromorphite[s])
@logKreaction(Pyromorphite[s], "-1 * (( (1.0 / log(10)) * ((-47.8954 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Cl-, 3.0, HPO4-2, 5.0, Pb+2)
@mineral(Pyromorphite-OH[s])
@logKreaction(Pyromorphite-OH[s], "-1 * (( (1.0 / log(10)) * ((-26.2653 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, H2O, 3.0, HPO4-2, 5.0, Pb+2)
@mineral(Pyrophyllite[s])
@logKreaction(Pyrophyllite[s], "-1 * (( (1.0 / log(10)) * ((0.4397 * log(10)) - (-102161.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Al+3, 4.0, H2O, 4.0, SiO2)
@mineral(Pyrrhotite[s])
@logKreaction(Pyrrhotite[s], "-1 * (( (1.0 / log(10)) * ((-3.7193 * log(10)) - (-7949.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Fe+2, 1.0, HS-)
@mineral(Quartz[s])
@logKreaction(Quartz[s], "-1 * (( (1.0 / log(10)) * ((-3.9993 * log(10)) - (32949.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SiO2)
@mineral(Ra[s])
@logKreaction(Ra[s], "-1 * (( (1.0 / log(10)) * ((141.3711 * log(10)) - (-807374.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Ra+2)
@mineral(Ra[NO3]2[s])
@logKreaction(Ra[NO3]2[s], "-1 * (( (1.0 / log(10)) * ((-2.2419 * log(10)) - (50481.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ra+2, 2.0, NO3-)
@mineral(RaCl2:2H2O[s])
@logKreaction(RaCl2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-0.7647 * log(10)) - (32626.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ra+2, 2.0, Cl-, 2.0, H2O)
@mineral(RaSO4[s])
@logKreaction(RaSO4[s], "-1 * (( (1.0 / log(10)) * ((-10.4499 * log(10)) - (40309.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ra+2, 1.0, SO4-2)
@mineral(Rankinite[s])
@logKreaction(Rankinite[s], "-1 * (( (1.0 / log(10)) * ((51.9078 * log(10)) - (-302089.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, SiO2, 3.0, Ca+2, 3.0, H2O)
@mineral(Rb[s])
@logKreaction(Rb[s], "-1 * (( (1.0 / log(10)) * ((71.1987 * log(10)) - (-391009.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Rb+)
@mineral(Rb2UO4[s])
@logKreaction(Rb2UO4[s], "-1 * (( (1.0 / log(10)) * ((34.0089 * log(10)) - (-170224.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, UO2+2, 2.0, H2O, 2.0, Rb+)
@mineral(Re[s])
@logKreaction(Re[s], "-1 * (( (1.0 / log(10)) * ((105.9749 * log(10)) - (-623276.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.75, O2, -0.5, H2O, 1.0, H+, 1.0, ReO4-)
@mineral(Realgar[s])
@logKreaction(Realgar[s], "-1 * (( (1.0 / log(10)) * ((-60.2768 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 0.5, S2O4-2, 1.0, AsH3, 1.0, H+)
@mineral(Rhodochrosite[s])
@logKreaction(Rhodochrosite[s], "-1 * (( (1.0 / log(10)) * ((-0.1928 * log(10)) - (-21342.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, Mn+2)
@mineral(Rhodonite[s])
@logKreaction(Rhodonite[s], "-1 * (( (1.0 / log(10)) * ((9.7301 * log(10)) - (-64712.100000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Mn+2, 1.0, SiO2)
@mineral(Ripidolite-14A[s])
@logKreaction(Ripidolite-14A[s], "-1 * (( (1.0 / log(10)) * ((60.9638 * log(10)) - (-572472.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 2.0, Al+3, 2.0, Fe+2, 3.0, Mg+2, 3.0, SiO2, 12.0, H2O)
@mineral(Ripidolite-7A[s])
@logKreaction(Ripidolite-7A[s], "-1 * (( (1.0 / log(10)) * ((64.3371 * log(10)) - (-586325.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 2.0, Al+3, 2.0, Fe+2, 3.0, Mg+2, 3.0, SiO2, 12.0, H2O)
@mineral(Romarchite[s])
@logKreaction(Romarchite[s], "-1 * (( (1.0 / log(10)) * ((1.3625 * log(10)) - (-8690.17 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Sn+2)
@mineral(Ru[s])
@logKreaction(Ru[s], "-1 * (( (1.0 / log(10)) * ((16.6701 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Ru+2)
@mineral(Ru[OH]3:H2O[am][s])
@logKreaction(Ru[OH]3:H2O[am][s], "-1 * (( (1.0 / log(10)) * ((1.6338 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Ru+3, 4.0, H2O)
@mineral(RuBr3[s])
@logKreaction(RuBr3[s], "-1 * (( (1.0 / log(10)) * ((3.1479 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru+3, 3.0, Br-)
@mineral(RuCl3[s])
@logKreaction(RuCl3[s], "-1 * (( (1.0 / log(10)) * ((10.8215 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru+3, 3.0, Cl-)
@mineral(RuI3[s])
@logKreaction(RuI3[s], "-1 * (( (1.0 / log(10)) * ((-12.4614 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru+3, 3.0, I-)
@mineral(RuO2[s])
@logKreaction(RuO2[s], "-1 * (( (1.0 / log(10)) * ((-5.4835 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ru[OH]2+2)
@mineral(RuO2:2H2O[am][s])
@logKreaction(RuO2:2H2O[am][s], "-1 * (( (1.0 / log(10)) * ((0.9045 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ru[OH]2+2, 2.0, H2O)
@mineral(RuO4[s])
@logKreaction(RuO4[s], "-1 * (( (1.0 / log(10)) * ((-0.9636 * log(10)) - (6305.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, RuO4)
@mineral(RuSe2[s])
@logKreaction(RuSe2[s], "-1 * (( (1.0 / log(10)) * ((-113.7236 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Ru[OH]2+2, 2.0, H+, 2.0, Se-2)
@mineral(Rutherfordine[s])
@logKreaction(Rutherfordine[s], "-1 * (( (1.0 / log(10)) * ((-4.1064 * log(10)) - (-19403.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, UO2+2)
@mineral(Rutile[s])
@logKreaction(Rutile[s], "-1 * (( (1.0 / log(10)) * ((-9.6452 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Ti[OH]4)
@mineral(S[s])
@logKreaction(S[s], "-1 * (( (1.0 / log(10)) * ((-45.098 * log(10)) - (263663.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 1.0, H+, 1.0, HS-)
@mineral(Safflorite[s])
@logKreaction(Safflorite[s], "-1 * (( (1.0 / log(10)) * ((-3.6419 * log(10)) - (-52722.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -1.0, H+, -0.5, O2, 1.0, AsH3, 1.0, Co+2, 1.0, H2AsO3-)
@mineral(Saleeite[s])
@logKreaction(Saleeite[s], "-1 * (( (1.0 / log(10)) * ((-19.4575 * log(10)) - (-110816.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Mg+2, 2.0, HPO4-2, 2.0, UO2+2)
@mineral(Sanbornite[s])
@logKreaction(Sanbornite[s], "-1 * (( (1.0 / log(10)) * ((9.4753 * log(10)) - (-31084.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ba+2, 1.0, H2O, 2.0, SiO2)
@mineral(Sanidine_high[s])
@logKreaction(Sanidine_high[s], "-1 * (( (1.0 / log(10)) * ((0.9239 * log(10)) - (-35028.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, K+, 2.0, H2O, 3.0, SiO2)
@mineral(Saponite-Ca[s])
@logKreaction(Saponite-Ca[s], "-1 * (( (1.0 / log(10)) * ((26.29 * log(10)) - (-207971.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.165, Ca+2, 0.33, Al+3, 3.0, Mg+2, 3.67, SiO2, 4.66, H2O)
@mineral(Saponite-Cs[s])
@logKreaction(Saponite-Cs[s], "-1 * (( (1.0 / log(10)) * ((25.8528 * log(10)) - (-195407.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.33, Al+3, 0.33, Cs+, 3.0, Mg+2, 3.67, SiO2, 4.66, H2O)
@mineral(Saponite-H[s])
@logKreaction(Saponite-H[s], "-1 * (( (1.0 / log(10)) * ((25.3321 * log(10)) - (-200235.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.99, H+, 0.33, Al+3, 3.0, Mg+2, 3.67, SiO2, 4.66, H2O)
@mineral(Saponite-K[s])
@logKreaction(Saponite-K[s], "-1 * (( (1.0 / log(10)) * ((26.0075 * log(10)) - (-196402.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.33, Al+3, 0.33, K+, 3.0, Mg+2, 3.67, SiO2, 4.66, H2O)
@mineral(Saponite-Mg[s])
@logKreaction(Saponite-Mg[s], "-1 * (( (1.0 / log(10)) * ((26.2523 * log(10)) - (-210822.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.33, Al+3, 3.165, Mg+2, 3.67, SiO2, 4.66, H2O)
@mineral(Saponite-Na[s])
@logKreaction(Saponite-Na[s], "-1 * (( (1.0 / log(10)) * ((26.3459 * log(10)) - (-201401.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.32, H+, 0.33, Al+3, 0.33, Na+, 3.0, Mg+2, 3.67, SiO2, 4.66, H2O)
@mineral(Sb[s])
@logKreaction(Sb[s], "-1 * (( (1.0 / log(10)) * ((52.7918 * log(10)) - (-335931.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.5, H2O, -0.75, O2, 1.0, Sb[OH]3)
@mineral(Sb[OH]3[s])
@logKreaction(Sb[OH]3[s], "-1 * (( (1.0 / log(10)) * ((-7.0953 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3)
@mineral(Sb2O3[s])
@logKreaction(Sb2O3[s], "-1 * (( (1.0 / log(10)) * ((-8.96 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, Sb[OH]3)
@mineral(Sb2O4[s])
@logKreaction(Sb2O4[s], "-1 * (( (1.0 / log(10)) * ((-39.6139 * log(10)) - (211121.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 0.5, O2, 2.0, Sb[OH]3)
@mineral(Sb2O5[s])
@logKreaction(Sb2O5[s], "-1 * (( (1.0 / log(10)) * ((-46.932 * log(10)) - (269763.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, O2, 2.0, Sb[OH]3)
@mineral(Sb4O6[cubic][s])
@logKreaction(Sb4O6[cubic][s], "-1 * (( (1.0 / log(10)) * ((-19.6896 * log(10)) - (59898.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 4.0, Sb[OH]3)
@mineral(Sb4O6[orthorhombic][s])
@logKreaction(Sb4O6[orthorhombic][s], "-1 * (( (1.0 / log(10)) * ((-17.0442 * log(10)) - (37314.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 4.0, Sb[OH]3)
@mineral(SbBr3[s])
@logKreaction(SbBr3[s], "-1 * (( (1.0 / log(10)) * ((1.0554 * log(10)) - (-21587.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 3.0, Br-, 3.0, H+)
@mineral(SbCl3[s])
@logKreaction(SbCl3[s], "-1 * (( (1.0 / log(10)) * ((0.5878 * log(10)) - (-35393.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 3.0, Cl-, 3.0, H+)
@mineral(Sc[s])
@logKreaction(Sc[s], "-1 * (( (1.0 / log(10)) * ((167.27 * log(10)) - (-1033869.9999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Sc+3, 1.5, H2O)
@mineral(Scacchite[s])
@logKreaction(Scacchite[s], "-1 * (( (1.0 / log(10)) * ((8.7785 * log(10)) - (-73454.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Cl-)
@mineral(Schoepite[s])
@logKreaction(Schoepite[s], "-1 * (( (1.0 / log(10)) * ((4.8333 * log(10)) - (-50415.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 3.0, H2O)
@mineral(Schoepite-dehy[_393][s])
@logKreaction(Schoepite-dehy[_393][s], "-1 * (( (1.0 / log(10)) * ((6.7243 * log(10)) - (-69272.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 1.393, H2O)
@mineral(Schoepite-dehy[_648][s])
@logKreaction(Schoepite-dehy[_648][s], "-1 * (( (1.0 / log(10)) * ((6.2063 * log(10)) - (-65461.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 1.648, H2O)
@mineral(Schoepite-dehy[_85][s])
@logKreaction(Schoepite-dehy[_85][s], "-1 * (( (1.0 / log(10)) * ((5.097 * log(10)) - (-56400.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 1.85, H2O)
@mineral(Schoepite-dehy[_9][s])
@logKreaction(Schoepite-dehy[_9][s], "-1 * (( (1.0 / log(10)) * ((5.0167 * log(10)) - (-55792.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 1.9, H2O)
@mineral(Schoepite-dehy[1_0][s])
@logKreaction(Schoepite-dehy[1_0][s], "-1 * (( (1.0 / log(10)) * ((5.1031 * log(10)) - (-57476.700000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 2.0, H2O)
@mineral(Scolecite[s])
@logKreaction(Scolecite[s], "-1 * (( (1.0 / log(10)) * ((15.8767 * log(10)) - (-204930.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 2.0, Al+3, 3.0, SiO2, 7.0, H2O)
@mineral(Se[s])
@logKreaction(Se[s], "-1 * (( (1.0 / log(10)) * ((26.1436 * log(10)) - (-211221.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, -1.0, O2, 1.0, SeO3-2, 2.0, H+)
@mineral(Se2O5[s])
@logKreaction(Se2O5[s], "-1 * (( (1.0 / log(10)) * ((9.5047 * log(10)) - (-123286.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, SeO3-2, 1.0, SeO4-2, 4.0, H+)
@mineral(SeCl4[s])
@logKreaction(SeCl4[s], "-1 * (( (1.0 / log(10)) * ((14.4361 * log(10)) - (-131298.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, SeO3-2, 4.0, Cl-, 6.0, H+)
@mineral(SeO3[s])
@logKreaction(SeO3[s], "-1 * (( (1.0 / log(10)) * ((19.2015 * log(10)) - (-143022.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, SeO4-2, 2.0, H+)
@mineral(Sellaite[s])
@logKreaction(Sellaite[s], "-1 * (( (1.0 / log(10)) * ((-9.3843 * log(10)) - (-12454.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, F-)
@mineral(Sepiolite[s])
@logKreaction(Sepiolite[s], "-1 * (( (1.0 / log(10)) * ((30.4439 * log(10)) - (-157339.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 4.0, Mg+2, 6.0, SiO2, 11.0, H2O)
@mineral(Shcherbinaite[s])
@logKreaction(Shcherbinaite[s], "-1 * (( (1.0 / log(10)) * ((-1.452 * log(10)) - (-34791.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 2.0, VO2+)
@mineral(Si[s])
@logKreaction(Si[s], "-1 * (( (1.0 / log(10)) * ((148.9059 * log(10)) - (-865565.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, SiO2)
@mineral(SiO2[am][s])
@logKreaction(SiO2[am][s], "-1 * (( (1.0 / log(10)) * ((-2.7136 * log(10)) - (20053.899999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SiO2)
@mineral(Siderite[s])
@logKreaction(Siderite[s], "-1 * (( (1.0 / log(10)) * ((-0.192 * log(10)) - (-32530.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Fe+2, 1.0, HCO3-)
@mineral(Sillimanite[s])
@logKreaction(Sillimanite[s], "-1 * (( (1.0 / log(10)) * ((16.308 * log(10)) - (-238442.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, SiO2, 2.0, Al+3, 3.0, H2O)
@mineral(Sklodowskite[s])
@logKreaction(Sklodowskite[s], "-1 * (( (1.0 / log(10)) * ((13.7915 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Mg+2, 2.0, SiO2, 2.0, UO2+2, 10.0, H2O)
@mineral(Sm[s])
@logKreaction(Sm[s], "-1 * (( (1.0 / log(10)) * ((133.1614 * log(10)) - (-783944.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Sm+2)
@mineral(Sm[OH]3[s])
@logKreaction(Sm[OH]3[s], "-1 * (( (1.0 / log(10)) * ((16.4852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Sm+3, 3.0, H2O)
@mineral(Sm[OH]3[am][s])
@logKreaction(Sm[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((18.5852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Sm+3, 3.0, H2O)
@mineral(Sm2[CO3]3[s])
@logKreaction(Sm2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-3.5136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Sm+3, 3.0, HCO3-)
@mineral(Sm2[SO4]3[s])
@logKreaction(Sm2[SO4]3[s], "-1 * (( (1.0 / log(10)) * ((-9.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Sm+3, 3.0, SO4-2)
@mineral(Sm2O3[s])
@logKreaction(Sm2O3[s], "-1 * (( (1.0 / log(10)) * ((42.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Sm+3, 3.0, H2O)
@mineral(SmF3:_5H2O[s])
@logKreaction(SmF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-17.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Sm+3, 3.0, F-)
@mineral(SmPO4:10H2O[s])
@logKreaction(SmPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-12.1782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, Sm+3, 10.0, H2O)
@mineral(Smectite-high-Fe-Mg[s])
@logKreaction(Smectite-high-Fe-Mg[s], "-1 * (( (1.0 / log(10)) * ((17.42 * log(10)) - (-199841.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 0.025, Ca+2, 0.1, Na+, 0.2, Fe+3, 0.2, K+, 0.5, Fe+2, 1.15, Mg+2, 1.25, Al+3, 3.5, SiO2, 5.0, H2O)
@mineral(Smectite-low-Fe-Mg[s])
@logKreaction(Smectite-low-Fe-Mg[s], "-1 * (( (1.0 / log(10)) * ((11.0405 * log(10)) - (-144774.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.0, H+, 0.02, Ca+2, 0.15, Na+, 0.16, Fe+3, 0.2, K+, 0.29, Fe+2, 0.9, Mg+2, 1.25, Al+3, 3.75, SiO2, 4.5, H2O)
@mineral(Smithsonite[s])
@logKreaction(Smithsonite[s], "-1 * (( (1.0 / log(10)) * ((0.4633 * log(10)) - (-30534.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, Zn+2)
@mineral(Sn[s])
@logKreaction(Sn[s], "-1 * (( (1.0 / log(10)) * ((47.8615 * log(10)) - (-288558.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Sn+2)
@mineral(Sn[OH]2[s])
@logKreaction(Sn[OH]2[s], "-1 * (( (1.0 / log(10)) * ((1.84 * log(10)) - (-19689.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Sn+2, 2.0, H2O)
@mineral(Sn[SO4]2[s])
@logKreaction(Sn[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((16.0365 * log(10)) - (-159707.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+4, 2.0, SO4-2)
@mineral(Sn3S4[s])
@logKreaction(Sn3S4[s], "-1 * (( (1.0 / log(10)) * ((-61.979 * log(10)) - (318524.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Sn+4, 2.0, Sn+2, 4.0, HS-)
@mineral(SnBr2[s])
@logKreaction(SnBr2[s], "-1 * (( (1.0 / log(10)) * ((-1.4369 * log(10)) - (8242.48 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+2, 2.0, Br-)
@mineral(SnBr4[s])
@logKreaction(SnBr4[s], "-1 * (( (1.0 / log(10)) * ((11.1272 * log(10)) - (-78376.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+4, 4.0, Br-)
@mineral(SnCl2[s])
@logKreaction(SnCl2[s], "-1 * (( (1.0 / log(10)) * ((0.3225 * log(10)) - (-11991.300000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+2, 2.0, Cl-)
@mineral(SnSO4[s])
@logKreaction(SnSO4[s], "-1 * (( (1.0 / log(10)) * ((-23.9293 * log(10)) - (96232.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Sn+2)
@mineral(SnSe[s])
@logKreaction(SnSe[s], "-1 * (( (1.0 / log(10)) * ((-32.9506 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Se-2, 1.0, Sn+2)
@mineral(SnSe2[s])
@logKreaction(SnSe2[s], "-1 * (( (1.0 / log(10)) * ((-66.657 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn+4, 2.0, Se-2)
@mineral(Soddyite[s])
@logKreaction(Soddyite[s], "-1 * (( (1.0 / log(10)) * ((0.392 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, UO2+2, 4.0, H2O)
@mineral(Sphaerocobaltite[s])
@logKreaction(Sphaerocobaltite[s], "-1 * (( (1.0 / log(10)) * ((-0.2331 * log(10)) - (-30706.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Co+2, 1.0, HCO3-)
@mineral(Sphalerite[s])
@logKreaction(Sphalerite[s], "-1 * (( (1.0 / log(10)) * ((-11.44 * log(10)) - (35522.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Zn+2)
@mineral(Spinel[s])
@logKreaction(Spinel[s], "-1 * (( (1.0 / log(10)) * ((37.6295 * log(10)) - (-398108.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Mg+2, 2.0, Al+3, 4.0, H2O)
@mineral(Spinel-Co[s])
@logKreaction(Spinel-Co[s], "-1 * (( (1.0 / log(10)) * ((-6.4852 * log(10)) - (-126415.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Co+2, 2.0, Co+3, 4.0, H2O)
@mineral(Spodumene[s])
@logKreaction(Spodumene[s], "-1 * (( (1.0 / log(10)) * ((6.9972 * log(10)) - (-89181.70000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Al+3, 1.0, Li+, 2.0, H2O, 2.0, SiO2)
@mineral(Sr[s])
@logKreaction(Sr[s], "-1 * (( (1.0 / log(10)) * ((141.7816 * log(10)) - (-830679.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Sr+2)
@mineral(Sr[NO3]2[s])
@logKreaction(Sr[NO3]2[s], "-1 * (( (1.0 / log(10)) * ((1.1493 * log(10)) - (13781.800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, NO3-)
@mineral(Sr[NO3]2:4H2O[s])
@logKreaction(Sr[NO3]2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((0.6976 * log(10)) - (47904.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, NO3-, 4.0, H2O)
@mineral(Sr[OH]2[s])
@logKreaction(Sr[OH]2[s], "-1 * (( (1.0 / log(10)) * ((27.5229 * log(10)) - (-153692.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Sr+2, 2.0, H2O)
@mineral(Sr2SiO4[s])
@logKreaction(Sr2SiO4[s], "-1 * (( (1.0 / log(10)) * ((42.8076 * log(10)) - (-244583.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, H2O, 2.0, Sr+2)
@mineral(Sr3[AsO4]2[s])
@logKreaction(Sr3[AsO4]2[s], "-1 * (( (1.0 / log(10)) * ((20.6256 * log(10)) - (-152354.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2AsO4-, 3.0, Sr+2)
@mineral(SrBr2[s])
@logKreaction(SrBr2[s], "-1 * (( (1.0 / log(10)) * ((13.1128 * log(10)) - (-75106.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, Br-)
@mineral(SrBr2:6H2O[s])
@logKreaction(SrBr2:6H2O[s], "-1 * (( (1.0 / log(10)) * ((3.6678 * log(10)) - (23367.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, Br-, 6.0, H2O)
@mineral(SrBr2:H2O[s])
@logKreaction(SrBr2:H2O[s], "-1 * (( (1.0 / log(10)) * ((9.6057 * log(10)) - (-47585.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Sr+2, 2.0, Br-)
@mineral(SrCl2[s])
@logKreaction(SrCl2[s], "-1 * (( (1.0 / log(10)) * ((7.9389 * log(10)) - (-55090.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, Cl-)
@mineral(SrCl2:2H2O[s])
@logKreaction(SrCl2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((3.3248 * log(10)) - (-17731.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, Cl-, 2.0, H2O)
@mineral(SrCl2:6H2O[s])
@logKreaction(SrCl2:6H2O[s], "-1 * (( (1.0 / log(10)) * ((1.5038 * log(10)) - (24696.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, Cl-, 6.0, H2O)
@mineral(SrCl2:H2O[s])
@logKreaction(SrCl2:H2O[s], "-1 * (( (1.0 / log(10)) * ((4.7822 * log(10)) - (-33223.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, Sr+2, 2.0, Cl-)
@mineral(SrCrO4[s])
@logKreaction(SrCrO4[s], "-1 * (( (1.0 / log(10)) * ((-3.8849 * log(10)) - (-1736.36 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 1.0, Sr+2)
@mineral(SrF2[s])
@logKreaction(SrF2[s], "-1 * (( (1.0 / log(10)) * ((-8.54 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, F-)
@mineral(SrHPO4[s])
@logKreaction(SrHPO4[s], "-1 * (( (1.0 / log(10)) * ((-6.2416 * log(10)) - (-19794.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, Sr+2)
@mineral(SrI2[s])
@logKreaction(SrI2[s], "-1 * (( (1.0 / log(10)) * ((19.2678 * log(10)) - (-103218.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, I-)
@mineral(SrO[s])
@logKreaction(SrO[s], "-1 * (( (1.0 / log(10)) * ((41.8916 * log(10)) - (-243875.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Sr+2)
@mineral(SrS[s])
@logKreaction(SrS[s], "-1 * (( (1.0 / log(10)) * ((14.7284 * log(10)) - (-93385.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Sr+2)
@mineral(SrSeO4[s])
@logKreaction(SrSeO4[s], "-1 * (( (1.0 / log(10)) * ((-4.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SeO4-2, 1.0, Sr+2)
@mineral(SrSiO3[s])
@logKreaction(SrSiO3[s], "-1 * (( (1.0 / log(10)) * ((14.8438 * log(10)) - (-79611.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, SiO2, 1.0, Sr+2)
@mineral(SrUO4[alpha][s])
@logKreaction(SrUO4[alpha][s], "-1 * (( (1.0 / log(10)) * ((19.165 * log(10)) - (-151984.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Sr+2, 1.0, UO2+2, 2.0, H2O)
@mineral(SrZrO3[s])
@logKreaction(SrZrO3[s], "-1 * (( (1.0 / log(10)) * ((-131.4664 * log(10)) - (706983.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, H2O, 1.0, Sr+2, 1.0, Zr[OH]2+2)
@mineral(Starkeyite[s])
@logKreaction(Starkeyite[s], "-1 * (( (1.0 / log(10)) * ((-0.9999 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SO4-2, 4.0, H2O)
@mineral(Stibnite[s])
@logKreaction(Stibnite[s], "-1 * (( (1.0 / log(10)) * ((-53.11 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 2.0, Sb[OH]3, 3.0, H+, 3.0, HS-)
@mineral(Stilbite[s])
@logKreaction(Stilbite[s], "-1 * (( (1.0 / log(10)) * ((1.0545 * log(10)) - (-83001.90000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.72, H+, 0.006, K+, 0.136, Na+, 1.019, Ca+2, 2.18, Al+3, 6.82, SiO2, 11.69, H2O)
@mineral(Stilleite[s])
@logKreaction(Stilleite[s], "-1 * (( (1.0 / log(10)) * ((-23.9693 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Se-2, 1.0, Zn+2)
@mineral(Strengite[s])
@logKreaction(Strengite[s], "-1 * (( (1.0 / log(10)) * ((-11.3429 * log(10)) - (-37107.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Fe+3, 1.0, HPO4-2, 2.0, H2O)
@mineral(Strontianite[s])
@logKreaction(Strontianite[s], "-1 * (( (1.0 / log(10)) * ((-0.3137 * log(10)) - (-8234.109999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, Sr+2)
@mineral(Sylvite[s])
@logKreaction(Sylvite[s], "-1 * (( (1.0 / log(10)) * ((0.8459 * log(10)) - (17434.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, K+)
@mineral(Syngenite[s])
@logKreaction(Syngenite[s], "-1 * (( (1.0 / log(10)) * ((-7.6001 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, H2O, 2.0, K+, 2.0, SO4-2)
@mineral(Tachyhydrite[s])
@logKreaction(Tachyhydrite[s], "-1 * (( (1.0 / log(10)) * ((17.1439 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, Mg+2, 6.0, Cl-, 12.0, H2O)
@mineral(Talc[s])
@logKreaction(Talc[s], "-1 * (( (1.0 / log(10)) * ((21.1383 * log(10)) - (-148737.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Mg+2, 4.0, H2O, 4.0, SiO2)
@mineral(Tarapacaite[s])
@logKreaction(Tarapacaite[s], "-1 * (( (1.0 / log(10)) * ((-0.4037 * log(10)) - (17823.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 2.0, K+)
@mineral(Tb[s])
@logKreaction(Tb[s], "-1 * (( (1.0 / log(10)) * ((181.417 * log(10)) - (-1117970.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Tb+3, 1.5, H2O)
@mineral(Tb[OH]3[s])
@logKreaction(Tb[OH]3[s], "-1 * (( (1.0 / log(10)) * ((15.6852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Tb+3, 3.0, H2O)
@mineral(Tb[OH]3[am][s])
@logKreaction(Tb[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((18.7852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Tb+3, 3.0, H2O)
@mineral(Tb2[CO3]3[s])
@logKreaction(Tb2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-3.2136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Tb+3, 3.0, HCO3-)
@mineral(Tb2O3[s])
@logKreaction(Tb2O3[s], "-1 * (( (1.0 / log(10)) * ((47.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Tb+3, 3.0, H2O)
@mineral(TbF3:_5H2O[s])
@logKreaction(TbF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-16.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Tb+3, 3.0, F-)
@mineral(TbPO4:10H2O[s])
@logKreaction(TbPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.9782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, Tb+3, 10.0, H2O)
@mineral(Tc[s])
@logKreaction(Tc[s], "-1 * (( (1.0 / log(10)) * ((93.5811 * log(10)) - (-552116.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.75, O2, -0.5, H2O, 1.0, H+, 1.0, TcO4-)
@mineral(Tc[OH]2[s])
@logKreaction(Tc[OH]2[s], "-1 * (( (1.0 / log(10)) * ((5.2714 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.25, O2, 1.0, Tc+3, 2.5, H2O)
@mineral(Tc[OH]3[s])
@logKreaction(Tc[OH]3[s], "-1 * (( (1.0 / log(10)) * ((-9.2425 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Tc+3, 3.0, H2O)
@mineral(Tc2O7[s])
@logKreaction(Tc2O7[s], "-1 * (( (1.0 / log(10)) * ((13.1077 * log(10)) - (-26535.699999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, H+, 2.0, TcO4-)
@mineral(Tc2S7[s])
@logKreaction(Tc2S7[s], "-1 * (( (1.0 / log(10)) * ((-230.241 * log(10)) - (1356410.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H2O, 2.0, TcO4-, 7.0, HS-, 9.0, H+)
@mineral(Tc3O4[s])
@logKreaction(Tc3O4[s], "-1 * (( (1.0 / log(10)) * ((-19.2271 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -9.0, H+, -0.25, O2, 3.0, Tc+3, 4.5, H2O)
@mineral(Tc4O7[s])
@logKreaction(Tc4O7[s], "-1 * (( (1.0 / log(10)) * ((-26.0149 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 2.0, Tc+3, 2.0, TcO+2, 5.0, H2O)
@mineral(TcO2:2H2O[am][s])
@logKreaction(TcO2:2H2O[am][s], "-1 * (( (1.0 / log(10)) * ((-4.2319 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, TcO+2, 3.0, H2O)
@mineral(TcO3[s])
@logKreaction(TcO3[s], "-1 * (( (1.0 / log(10)) * ((-23.1483 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, TcO4-2, 2.0, H+)
@mineral(TcOH[s])
@logKreaction(TcOH[s], "-1 * (( (1.0 / log(10)) * ((24.9009 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.5, O2, 1.0, Tc+3, 2.0, H2O)
@mineral(TcS2[s])
@logKreaction(TcS2[s], "-1 * (( (1.0 / log(10)) * ((-65.9742 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, TcO+2, 2.0, HS-)
@mineral(TcS3[s])
@logKreaction(TcS3[s], "-1 * (( (1.0 / log(10)) * ((-119.5008 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 1.0, TcO4-2, 3.0, HS-, 5.0, H+)
@mineral(Tenorite[s])
@logKreaction(Tenorite[s], "-1 * (( (1.0 / log(10)) * ((7.656 * log(10)) - (-64504.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cu+2, 1.0, H2O)
@mineral(Tephroite[s])
@logKreaction(Tephroite[s], "-1 * (( (1.0 / log(10)) * ((23.0781 * log(10)) - (-160100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, H2O, 2.0, Mn+2)
@mineral(Th[s])
@logKreaction(Th[s], "-1 * (( (1.0 / log(10)) * ((209.6028 * log(10)) - (-1328560.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, O2, 1.0, Th+4, 2.0, H2O)
@mineral(Th[NO3]4:5H2O[s])
@logKreaction(Th[NO3]4:5H2O[s], "-1 * (( (1.0 / log(10)) * ((1.7789 * log(10)) - (-18106.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 4.0, NO3-, 5.0, H2O)
@mineral(Th[OH]4[s])
@logKreaction(Th[OH]4[s], "-1 * (( (1.0 / log(10)) * ((9.6543 * log(10)) - (-140336.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Th+4, 4.0, H2O)
@mineral(Th[SO4]2[s])
@logKreaction(Th[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((-20.3006 * log(10)) - (-46106.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 2.0, SO4-2)
@mineral(Th2S3[s])
@logKreaction(Th2S3[s], "-1 * (( (1.0 / log(10)) * ((95.229 * log(10)) - (-783243.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, -0.5, O2, 1.0, H2O, 2.0, Th+4, 3.0, HS-)
@mineral(Th2Se3[s])
@logKreaction(Th2Se3[s], "-1 * (( (1.0 / log(10)) * ((59.1655 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 2.0, Th+4, 3.0, Se-2)
@mineral(Th7S12[s])
@logKreaction(Th7S12[s], "-1 * (( (1.0 / log(10)) * ((204.074 * log(10)) - (-1999400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, -1.0, O2, 2.0, H2O, 7.0, Th+4, 12.0, HS-)
@mineral(ThBr4[s])
@logKreaction(ThBr4[s], "-1 * (( (1.0 / log(10)) * ((34.0803 * log(10)) - (-290230.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 4.0, Br-)
@mineral(ThCl4[s])
@logKreaction(ThCl4[s], "-1 * (( (1.0 / log(10)) * ((23.8491 * log(10)) - (-251094.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 4.0, Cl-)
@mineral(ThF4[s])
@logKreaction(ThF4[s], "-1 * (( (1.0 / log(10)) * ((-29.9946 * log(10)) - (-12673.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 4.0, F-)
@mineral(ThF4:2_5H2O[s])
@logKreaction(ThF4:2_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-31.8568 * log(10)) - (22669.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 2.5, H2O, 4.0, F-)
@mineral(ThI4[s])
@logKreaction(ThI4[s], "-1 * (( (1.0 / log(10)) * ((45.1997 * log(10)) - (-332818.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Th+4, 4.0, I-)
@mineral(ThS[s])
@logKreaction(ThS[s], "-1 * (( (1.0 / log(10)) * ((96.0395 * log(10)) - (-669906.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.5, O2, 1.0, H2O, 1.0, HS-, 1.0, Th+4)
@mineral(ThS2[s])
@logKreaction(ThS2[s], "-1 * (( (1.0 / log(10)) * ((10.7872 * log(10)) - (-175369.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Th+4, 2.0, HS-)
@mineral(Thenardite[s])
@logKreaction(Thenardite[s], "-1 * (( (1.0 / log(10)) * ((-0.3091 * log(10)) - (-2333.94 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 2.0, Na+)
@mineral(Thermonatrite[s])
@logKreaction(Thermonatrite[s], "-1 * (( (1.0 / log(10)) * ((10.9623 * log(10)) - (-27586.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, H2O, 1.0, HCO3-, 2.0, Na+)
@mineral(Thorianite[s])
@logKreaction(Thorianite[s], "-1 * (( (1.0 / log(10)) * ((1.8624 * log(10)) - (-114296.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Th+4, 2.0, H2O)
@mineral(Ti[s])
@logKreaction(Ti[s], "-1 * (( (1.0 / log(10)) * ((149.2978 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -1.0, O2, 1.0, Ti[OH]4)
@mineral(Ti2O3[s])
@logKreaction(Ti2O3[s], "-1 * (( (1.0 / log(10)) * ((42.9866 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, -0.5, O2, 2.0, Ti[OH]4)
@mineral(Ti3O5[s])
@logKreaction(Ti3O5[s], "-1 * (( (1.0 / log(10)) * ((34.6557 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, -0.5, O2, 3.0, Ti[OH]4)
@mineral(TiB2[s])
@logKreaction(TiB2[s], "-1 * (( (1.0 / log(10)) * ((312.4194 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H2O, -2.5, O2, 1.0, Ti[OH]4, 2.0, B[OH]3)
@mineral(TiBr3[s])
@logKreaction(TiBr3[s], "-1 * (( (1.0 / log(10)) * ((47.719 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.5, H2O, -0.25, O2, 1.0, Ti[OH]4, 3.0, Br-, 3.0, H+)
@mineral(TiBr4[s])
@logKreaction(TiBr4[s], "-1 * (( (1.0 / log(10)) * ((32.9379 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 1.0, Ti[OH]4, 4.0, Br-, 4.0, H+)
@mineral(TiC[s])
@logKreaction(TiC[s], "-1 * (( (1.0 / log(10)) * ((181.8139 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, -2.0, O2, 1.0, H+, 1.0, HCO3-, 1.0, Ti[OH]4)
@mineral(TiCl2[s])
@logKreaction(TiCl2[s], "-1 * (( (1.0 / log(10)) * ((70.9386 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, -0.5, O2, 1.0, Ti[OH]4, 2.0, Cl-, 2.0, H+)
@mineral(TiCl3[s])
@logKreaction(TiCl3[s], "-1 * (( (1.0 / log(10)) * ((39.3099 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.5, H2O, -0.25, O2, 1.0, Ti[OH]4, 3.0, Cl-, 3.0, H+)
@mineral(TiF4[am][s])
@logKreaction(TiF4[am][s], "-1 * (( (1.0 / log(10)) * ((-12.4409 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 1.0, Ti[OH]4, 4.0, F-, 4.0, H+)
@mineral(TiI4[s])
@logKreaction(TiI4[s], "-1 * (( (1.0 / log(10)) * ((34.5968 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 1.0, Ti[OH]4, 4.0, H+, 4.0, I-)
@mineral(TiN[s])
@logKreaction(TiN[s], "-1 * (( (1.0 / log(10)) * ((35.2344 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.5, H2O, -0.25, O2, 1.0, NH3, 1.0, Ti[OH]4)
@mineral(TiO[alpha][s])
@logKreaction(TiO[alpha][s], "-1 * (( (1.0 / log(10)) * ((61.1282 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -0.5, O2, 1.0, Ti[OH]4)
@mineral(Tiemannite[s])
@logKreaction(Tiemannite[s], "-1 * (( (1.0 / log(10)) * ((-58.2188 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg+2, 1.0, Se-2)
@mineral(Titanite[s])
@logKreaction(Titanite[s], "-1 * (( (1.0 / log(10)) * ((719.5839 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.0, H2O, 1.0, Ca+2, 1.0, SiO2, 1.0, Ti[OH]4)
@mineral(Tl[s])
@logKreaction(Tl[s], "-1 * (( (1.0 / log(10)) * ((27.1743 * log(10)) - (-134530.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Tl+)
@mineral(Tm[s])
@logKreaction(Tm[s], "-1 * (( (1.0 / log(10)) * ((181.7102 * log(10)) - (-1124660.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Tm+3, 1.5, H2O)
@mineral(Tm[OH]3[s])
@logKreaction(Tm[OH]3[s], "-1 * (( (1.0 / log(10)) * ((14.9852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Tm+3, 3.0, H2O)
@mineral(Tm[OH]3[am][s])
@logKreaction(Tm[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((17.2852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Tm+3, 3.0, H2O)
@mineral(Tm2[CO3]3[s])
@logKreaction(Tm2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-2.4136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Tm+3, 3.0, HCO3-)
@mineral(Tm2O3[s])
@logKreaction(Tm2O3[s], "-1 * (( (1.0 / log(10)) * ((44.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Tm+3, 3.0, H2O)
@mineral(TmF3:_5H2O[s])
@logKreaction(TmF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-16.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Tm+3, 3.0, F-)
@mineral(TmPO4:10H2O[s])
@logKreaction(TmPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.8782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, Tm+3, 10.0, H2O)
@mineral(Tobermorite-11A[s])
@logKreaction(Tobermorite-11A[s], "-1 * (( (1.0 / log(10)) * ((65.6121 * log(10)) - (-286861.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 5.0, Ca+2, 6.0, SiO2, 10.5, H2O)
@mineral(Tobermorite-14A[s])
@logKreaction(Tobermorite-14A[s], "-1 * (( (1.0 / log(10)) * ((63.8445 * log(10)) - (-230959.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 5.0, Ca+2, 6.0, SiO2, 15.5, H2O)
@mineral(Tobermorite-9A[s])
@logKreaction(Tobermorite-9A[s], "-1 * (( (1.0 / log(10)) * ((69.0798 * log(10)) - (-329557.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 5.0, Ca+2, 6.0, SiO2, 8.0, H2O)
@mineral(Todorokite[s])
@logKreaction(Todorokite[s], "-1 * (( (1.0 / log(10)) * ((-45.8241 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, 1.0, MnO4-2, 6.0, Mn+3, 11.0, H2O)
@mineral(Torbernite[s])
@logKreaction(Torbernite[s], "-1 * (( (1.0 / log(10)) * ((-20.3225 * log(10)) - (-97402.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cu+2, 2.0, HPO4-2, 2.0, UO2+2)
@mineral(Tremolite[s])
@logKreaction(Tremolite[s], "-1 * (( (1.0 / log(10)) * ((61.2367 * log(10)) - (-406404.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -14.0, H+, 2.0, Ca+2, 5.0, Mg+2, 8.0, H2O, 8.0, SiO2)
@mineral(Trevorite[s])
@logKreaction(Trevorite[s], "-1 * (( (1.0 / log(10)) * ((9.7876 * log(10)) - (-215338.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ni+2, 2.0, Fe+3, 4.0, H2O)
@mineral(Tridymite[s])
@logKreaction(Tridymite[s], "-1 * (( (1.0 / log(10)) * ((-3.8278 * log(10)) - (31366.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SiO2)
@mineral(Troilite[s])
@logKreaction(Troilite[s], "-1 * (( (1.0 / log(10)) * ((-3.8184 * log(10)) - (-7329.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Fe+2, 1.0, HS-)
@mineral(Trona-K[s])
@logKreaction(Trona-K[s], "-1 * (( (1.0 / log(10)) * ((11.5891 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Na+, 2.0, H2O, 2.0, HCO3-, 2.0, K+)
@mineral(Tsumebite[s])
@logKreaction(Tsumebite[s], "-1 * (( (1.0 / log(10)) * ((2.5318 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Cu+2, 1.0, HPO4-2, 2.0, Pb+2, 6.0, H2O)
@mineral(Tyuyamunite[s])
@logKreaction(Tyuyamunite[s], "-1 * (( (1.0 / log(10)) * ((-53.3757 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, UO2+2, 2.0, VO4-3)
@mineral(U[s])
@logKreaction(U[s], "-1 * (( (1.0 / log(10)) * ((212.78 * log(10)) - (-1286640.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.5, O2, 1.0, H2O, 1.0, UO2+2)
@mineral(U[CO3]2[s])
@logKreaction(U[CO3]2[s], "-1 * (( (1.0 / log(10)) * ((7.5227 * log(10)) - (-170691.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, U+4, 2.0, HCO3-)
@mineral(U[HPO4]2:4H2O[s])
@logKreaction(U[HPO4]2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-32.865 * log(10)) - (16100.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, HPO4-2, 4.0, H2O)
@mineral(U[OH]2SO4[s])
@logKreaction(U[OH]2SO4[s], "-1 * (( (1.0 / log(10)) * ((-3.0731 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, SO4-2, 1.0, U+4, 2.0, H2O)
@mineral(U[SO3]2[s])
@logKreaction(U[SO3]2[s], "-1 * (( (1.0 / log(10)) * ((-36.7499 * log(10)) - (20700.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, SO3-2)
@mineral(U[SO4]2[s])
@logKreaction(U[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((-11.5178 * log(10)) - (-100803.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, SO4-2)
@mineral(U[SO4]2:4H2O[s])
@logKreaction(U[SO4]2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.5287 * log(10)) - (-70556.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, SO4-2, 4.0, H2O)
@mineral(U[SO4]2:8H2O[s])
@logKreaction(U[SO4]2:8H2O[s], "-1 * (( (1.0 / log(10)) * ((-12.5558 * log(10)) - (-34509.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, SO4-2, 8.0, H2O)
@mineral(U2C3[s])
@logKreaction(U2C3[s], "-1 * (( (1.0 / log(10)) * ((455.3078 * log(10)) - (-2810100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.5, O2, -3.0, H+, 2.0, U+3, 3.0, HCO3-)
@mineral(U2F9[s])
@logKreaction(U2F9[s], "-1 * (( (1.0 / log(10)) * ((-45.5022 * log(10)) - (-46855.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, U+4, 1.0, UO2+, 4.0, H+, 9.0, F-)
@mineral(U2O2Cl5[s])
@logKreaction(U2O2Cl5[s], "-1 * (( (1.0 / log(10)) * ((19.2752 * log(10)) - (-254325.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, UO2+, 5.0, Cl-)
@mineral(U2O3F6[s])
@logKreaction(U2O3F6[s], "-1 * (( (1.0 / log(10)) * ((-2.5066 * log(10)) - (-185047.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, H+, 2.0, UO2+2, 6.0, F-)
@mineral(U2S3[s])
@logKreaction(U2S3[s], "-1 * (( (1.0 / log(10)) * ((6.5279 * log(10)) - (-147525.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, U+3, 3.0, HS-)
@mineral(U2Se3[s])
@logKreaction(U2Se3[s], "-1 * (( (1.0 / log(10)) * ((248.0372 * log(10)) - (-1740180.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.5, O2, 2.0, U+3, 3.0, SeO3-2)
@mineral(U3As4[s])
@logKreaction(U3As4[s], "-1 * (( (1.0 / log(10)) * ((487.6802 * log(10)) - (-3114020.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.25, O2, -5.0, H+, -1.5, H2O, 3.0, U+3, 4.0, H2AsO3-)
@mineral(U3O5F8[s])
@logKreaction(U3O5F8[s], "-1 * (( (1.0 / log(10)) * ((-2.7436 * log(10)) - (-260992.00000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, H+, 3.0, UO2+2, 8.0, F-)
@mineral(U3P4[s])
@logKreaction(U3P4[s], "-1 * (( (1.0 / log(10)) * ((827.5586 * log(10)) - (-5275900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.25, O2, -1.5, H2O, -1.0, H+, 3.0, U+3, 4.0, HPO4-2)
@mineral(U3S5[s])
@logKreaction(U3S5[s], "-1 * (( (1.0 / log(10)) * ((-0.368 * log(10)) - (-218942.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, 1.0, U+4, 2.0, U+3, 5.0, HS-)
@mineral(U3Sb4[s])
@logKreaction(U3Sb4[s], "-1 * (( (1.0 / log(10)) * ((575.0349 * log(10)) - (-3618100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -9.0, H+, -5.25, O2, -1.5, H2O, 3.0, U+3, 4.0, Sb[OH]3)
@mineral(U3Se4[s])
@logKreaction(U3Se4[s], "-1 * (( (1.0 / log(10)) * ((375.2823 * log(10)) - (-2588160.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.25, O2, -1.0, H+, 0.5, H2O, 3.0, U+3, 4.0, SeO3-2)
@mineral(U3Se5[s])
@logKreaction(U3Se5[s], "-1 * (( (1.0 / log(10)) * ((376.5747 * log(10)) - (-2652380.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.25, O2, -0.5, H2O, 1.0, H+, 3.0, U+3, 5.0, SeO3-2)
@mineral(U4F17[s])
@logKreaction(U4F17[s], "-1 * (( (1.0 / log(10)) * ((-104.7657 * log(10)) - (-78295.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+, 3.0, U+4, 4.0, H+, 17.0, F-)
@mineral(U5O12Cl[s])
@logKreaction(U5O12Cl[s], "-1 * (( (1.0 / log(10)) * ((-18.7797 * log(10)) - (-9991.33 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Cl-, 2.0, H2O, 5.0, UO2+)
@mineral(UAs[s])
@logKreaction(UAs[s], "-1 * (( (1.0 / log(10)) * ((149.0053 * log(10)) - (-951394.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.5, O2, 1.0, H2AsO3-, 1.0, U+3)
@mineral(UAs2[s])
@logKreaction(UAs2[s], "-1 * (( (1.0 / log(10)) * ((189.1058 * log(10)) - (-1210630.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.25, O2, -1.5, H2O, -1.0, H+, 1.0, U+3, 2.0, H2AsO3-)
@mineral(UBr2Cl[s])
@logKreaction(UBr2Cl[s], "-1 * (( (1.0 / log(10)) * ((17.7796 * log(10)) - (-148586.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, U+3, 2.0, Br-)
@mineral(UBr2Cl2[s])
@logKreaction(UBr2Cl2[s], "-1 * (( (1.0 / log(10)) * ((26.2185 * log(10)) - (-260466.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, Br-, 2.0, Cl-)
@mineral(UBr3[s])
@logKreaction(UBr3[s], "-1 * (( (1.0 / log(10)) * ((20.2249 * log(10)) - (-154910.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+3, 3.0, Br-)
@mineral(UBr3Cl[s])
@logKreaction(UBr3Cl[s], "-1 * (( (1.0 / log(10)) * ((29.1178 * log(10)) - (-270490.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, U+4, 3.0, Br-)
@mineral(UBr4[s])
@logKreaction(UBr4[s], "-1 * (( (1.0 / log(10)) * ((31.2904 * log(10)) - (-275113.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, Br-)
@mineral(UBr5[s])
@logKreaction(UBr5[s], "-1 * (( (1.0 / log(10)) * ((41.6312 * log(10)) - (-250567.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+, 4.0, H+, 5.0, Br-)
@mineral(UBrCl2[s])
@logKreaction(UBrCl2[s], "-1 * (( (1.0 / log(10)) * ((14.5048 * log(10)) - (-132663.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Br-, 1.0, U+3, 2.0, Cl-)
@mineral(UBrCl3[s])
@logKreaction(UBrCl3[s], "-1 * (( (1.0 / log(10)) * ((23.5258 * log(10)) - (-246642.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Br-, 1.0, U+4, 3.0, Cl-)
@mineral(UC[s])
@logKreaction(UC[s], "-1 * (( (1.0 / log(10)) * ((194.8241 * log(10)) - (-1202820.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.75, O2, 0.5, H2O, 1.0, HCO3-, 1.0, U+3)
@mineral(UC1_94[alpha][s])
@logKreaction(UC1_94[alpha][s], "-1 * (( (1.0 / log(10)) * ((257.1619 * log(10)) - (-1583840.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.69, O2, -1.06, H+, -0.44, H2O, 1.0, U+3, 1.94, HCO3-)
@mineral(UCl2F2[s])
@logKreaction(UCl2F2[s], "-1 * (( (1.0 / log(10)) * ((-3.5085 * log(10)) - (-130055.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, Cl-, 2.0, F-)
@mineral(UCl2I2[s])
@logKreaction(UCl2I2[s], "-1 * (( (1.0 / log(10)) * ((30.2962 * log(10)) - (-270364.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, Cl-, 2.0, I-)
@mineral(UCl3[s])
@logKreaction(UCl3[s], "-1 * (( (1.0 / log(10)) * ((13.0062 * log(10)) - (-126639.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+3, 3.0, Cl-)
@mineral(UCl3F[s])
@logKreaction(UCl3F[s], "-1 * (( (1.0 / log(10)) * ((10.32 * log(10)) - (-184787.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, U+4, 3.0, Cl-)
@mineral(UCl3I[s])
@logKreaction(UCl3I[s], "-1 * (( (1.0 / log(10)) * ((25.5388 * log(10)) - (-251041.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, I-, 1.0, U+4, 3.0, Cl-)
@mineral(UCl4[s])
@logKreaction(UCl4[s], "-1 * (( (1.0 / log(10)) * ((21.9769 * log(10)) - (-240719.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, Cl-)
@mineral(UCl5[s])
@logKreaction(UCl5[s], "-1 * (( (1.0 / log(10)) * ((37.3147 * log(10)) - (-249849.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+, 4.0, H+, 5.0, Cl-)
@mineral(UCl6[s])
@logKreaction(UCl6[s], "-1 * (( (1.0 / log(10)) * ((57.5888 * log(10)) - (-383301.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+2, 4.0, H+, 6.0, Cl-)
@mineral(UClF3[s])
@logKreaction(UClF3[s], "-1 * (( (1.0 / log(10)) * ((-17.5122 * log(10)) - (-74322.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, U+4, 3.0, F-)
@mineral(UClI3[s])
@logKreaction(UClI3[s], "-1 * (( (1.0 / log(10)) * ((35.2367 * log(10)) - (-285187.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, U+4, 3.0, I-)
@mineral(UF3[s])
@logKreaction(UF3[s], "-1 * (( (1.0 / log(10)) * ((-19.4125 * log(10)) - (6257.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+3, 3.0, F-)
@mineral(UF4[s])
@logKreaction(UF4[s], "-1 * (( (1.0 / log(10)) * ((-29.2004 * log(10)) - (-18390.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, F-)
@mineral(UF4:2_5H2O[s])
@logKreaction(UF4:2_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-33.3685 * log(10)) - (24288.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.5, H2O, 4.0, F-)
@mineral(UF5[alpha][s])
@logKreaction(UF5[alpha][s], "-1 * (( (1.0 / log(10)) * ((-12.8376 * log(10)) - (-54888.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+, 4.0, H+, 5.0, F-)
@mineral(UF5[beta][s])
@logKreaction(UF5[beta][s], "-1 * (( (1.0 / log(10)) * ((-13.1718 * log(10)) - (-46988.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+, 4.0, H+, 5.0, F-)
@mineral(UF6[s])
@logKreaction(UF6[s], "-1 * (( (1.0 / log(10)) * ((17.4292 * log(10)) - (-261709.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+2, 4.0, H+, 6.0, F-)
@mineral(UH3[beta][s])
@logKreaction(UH3[beta][s], "-1 * (( (1.0 / log(10)) * ((199.7683 * log(10)) - (-1201430.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -1.5, O2, 1.0, U+3, 3.0, H2O)
@mineral(UI3[s])
@logKreaction(UI3[s], "-1 * (( (1.0 / log(10)) * ((29.0157 * log(10)) - (-192407.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+3, 3.0, I-)
@mineral(UI4[s])
@logKreaction(UI4[s], "-1 * (( (1.0 / log(10)) * ((39.3102 * log(10)) - (-300010.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, I-)
@mineral(UN[s])
@logKreaction(UN[s], "-1 * (( (1.0 / log(10)) * ((41.713 * log(10)) - (-280437.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, NH3, 1.0, U+3)
@mineral(UN1_59[alpha][s])
@logKreaction(UN1_59[alpha][s], "-1 * (( (1.0 / log(10)) * ((38.393 * log(10)) - (-235750.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.885, H2O, -1.0, H+, -0.0575, O2, 1.0, UO2+, 1.59, NH3)
@mineral(UN1_73[alpha][s])
@logKreaction(UN1_73[alpha][s], "-1 * (( (1.0 / log(10)) * ((27.2932 * log(10)) - (-169085.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.095, H2O, -1.0, H+, 0.0475, O2, 1.0, UO2+, 1.73, NH3)
@mineral(UO2[AsO3]2[s])
@logKreaction(UO2[AsO3]2[s], "-1 * (( (1.0 / log(10)) * ((6.9377 * log(10)) - (-109843.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+2, 2.0, H2AsO4-)
@mineral(UO2[IO3]2[s])
@logKreaction(UO2[IO3]2[s], "-1 * (( (1.0 / log(10)) * ((-7.2871 * log(10)) - (-386.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, IO3-)
@mineral(UO2[NO3]2[s])
@logKreaction(UO2[NO3]2[s], "-1 * (( (1.0 / log(10)) * ((11.9598 * log(10)) - (-81621.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, NO3-)
@mineral(UO2[NO3]2:2H2O[s])
@logKreaction(UO2[NO3]2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((4.9446 * log(10)) - (-25599.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, H2O, 2.0, NO3-)
@mineral(UO2[NO3]2:3H2O[s])
@logKreaction(UO2[NO3]2:3H2O[s], "-1 * (( (1.0 / log(10)) * ((3.7161 * log(10)) - (-9736.86 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, NO3-, 3.0, H2O)
@mineral(UO2[NO3]2:6H2O[s])
@logKreaction(UO2[NO3]2:6H2O[s], "-1 * (( (1.0 / log(10)) * ((2.3189 * log(10)) - (19848.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, NO3-, 6.0, H2O)
@mineral(UO2[NO3]2:H2O[s])
@logKreaction(UO2[NO3]2:H2O[s], "-1 * (( (1.0 / log(10)) * ((8.5103 * log(10)) - (-54460.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, UO2+2, 2.0, NO3-)
@mineral(UO2[OH]2[beta][s])
@logKreaction(UO2[OH]2[beta][s], "-1 * (( (1.0 / log(10)) * ((4.9457 * log(10)) - (-56876.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 2.0, H2O)
@mineral(UO2[PO3]2[s])
@logKreaction(UO2[PO3]2[s], "-1 * (( (1.0 / log(10)) * ((-16.2805 * log(10)) - (-58487.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+2, 2.0, H+, 2.0, HPO4-2)
@mineral(UO2[am][s])
@logKreaction(UO2[am][s], "-1 * (( (1.0 / log(10)) * ((0.1091 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, U+4, 2.0, H2O)
@mineral(UO2_25[s])
@logKreaction(UO2_25[s], "-1 * (( (1.0 / log(10)) * ((-4.8193 * log(10)) - (-37161.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.5, H+, 0.5, U+4, 0.5, UO2+, 1.25, H2O)
@mineral(UO2_25[beta][s])
@logKreaction(UO2_25[beta][s], "-1 * (( (1.0 / log(10)) * ((-4.7593 * log(10)) - (-38061.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.5, H+, 0.5, U+4, 0.5, UO2+, 1.25, H2O)
@mineral(UO2_3333[beta][s])
@logKreaction(UO2_3333[beta][s], "-1 * (( (1.0 / log(10)) * ((-27.7177 * log(10)) - (-1187800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 0.3333, O2, 2.0, U+4, 4.0, H2O)
@mineral(UO2_6667[s])
@logKreaction(UO2_6667[s], "-1 * (( (1.0 / log(10)) * ((-43.6051 * log(10)) - (-1142240.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 0.6667, O2, 2.0, U+4, 4.0, H2O)
@mineral(UO2Br2[s])
@logKreaction(UO2Br2[s], "-1 * (( (1.0 / log(10)) * ((16.5103 * log(10)) - (-124607.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, Br-)
@mineral(UO2Br2:3H2O[s])
@logKreaction(UO2Br2:3H2O[s], "-1 * (( (1.0 / log(10)) * ((9.4113 * log(10)) - (-61521.700000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, Br-, 3.0, H2O)
@mineral(UO2Br2:H2O[s])
@logKreaction(UO2Br2:H2O[s], "-1 * (( (1.0 / log(10)) * ((12.1233 * log(10)) - (-91945.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, UO2+2, 2.0, Br-)
@mineral(UO2BrOH:2H2O[s])
@logKreaction(UO2BrOH:2H2O[s], "-1 * (( (1.0 / log(10)) * ((4.2026 * log(10)) - (-39818.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Br-, 1.0, UO2+2, 3.0, H2O)
@mineral(UO2CO3[s])
@logKreaction(UO2CO3[s], "-1 * (( (1.0 / log(10)) * ((-4.1267 * log(10)) - (-19287.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HCO3-, 1.0, UO2+2)
@mineral(UO2Cl[s])
@logKreaction(UO2Cl[s], "-1 * (( (1.0 / log(10)) * ((-0.5154 * log(10)) - (-21106.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, UO2+)
@mineral(UO2Cl2[s])
@logKreaction(UO2Cl2[s], "-1 * (( (1.0 / log(10)) * ((12.1394 * log(10)) - (-109559.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, Cl-)
@mineral(UO2Cl2:3H2O[s])
@logKreaction(UO2Cl2:3H2O[s], "-1 * (( (1.0 / log(10)) * ((5.6163 * log(10)) - (-45874.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, Cl-, 3.0, H2O)
@mineral(UO2Cl2:H2O[s])
@logKreaction(UO2Cl2:H2O[s], "-1 * (( (1.0 / log(10)) * ((8.288 * log(10)) - (-79197.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, UO2+2, 2.0, Cl-)
@mineral(UO2ClOH:2H2O[s])
@logKreaction(UO2ClOH:2H2O[s], "-1 * (( (1.0 / log(10)) * ((2.3064 * log(10)) - (-33194.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cl-, 1.0, UO2+2, 3.0, H2O)
@mineral(UO2F2[s])
@logKreaction(UO2F2[s], "-1 * (( (1.0 / log(10)) * ((-7.2302 * log(10)) - (-36195.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, F-)
@mineral(UO2F2:3H2O[s])
@logKreaction(UO2F2:3H2O[s], "-1 * (( (1.0 / log(10)) * ((-7.3692 * log(10)) - (-12820.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, F-, 3.0, H2O)
@mineral(UO2FOH[s])
@logKreaction(UO2FOH[s], "-1 * (( (1.0 / log(10)) * ((-1.8426 * log(10)) - (-41709.899999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, F-, 1.0, H2O, 1.0, UO2+2)
@mineral(UO2FOH:2H2O[s])
@logKreaction(UO2FOH:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.6606 * log(10)) - (-21853.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, F-, 1.0, UO2+2, 3.0, H2O)
@mineral(UO2FOH:H2O[s])
@logKreaction(UO2FOH:H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.2838 * log(10)) - (-31524.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, F-, 1.0, UO2+2, 2.0, H2O)
@mineral(UO2HPO4[s])
@logKreaction(UO2HPO4[s], "-1 * (( (1.0 / log(10)) * ((-12.6782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, UO2+2)
@mineral(UO2HPO4:4H2O[s])
@logKreaction(UO2HPO4:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-13.0231 * log(10)) - (15532.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HPO4-2, 1.0, UO2+2, 4.0, H2O)
@mineral(UO2SO3[s])
@logKreaction(UO2SO3[s], "-1 * (( (1.0 / log(10)) * ((-15.9812 * log(10)) - (6450.400000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO3-2, 1.0, UO2+2)
@mineral(UO2SO4[s])
@logKreaction(UO2SO4[s], "-1 * (( (1.0 / log(10)) * ((1.9681 * log(10)) - (-83461.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, UO2+2)
@mineral(UO2SO4:2_5H2O[s])
@logKreaction(UO2SO4:2_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.4912 * log(10)) - (-36198.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, UO2+2, 2.5, H2O)
@mineral(UO2SO4:3_5H2O[s])
@logKreaction(UO2SO4:3_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.4805 * log(10)) - (-27436.699999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, UO2+2, 3.5, H2O)
@mineral(UO2SO4:3H2O[s])
@logKreaction(UO2SO4:3H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.4028 * log(10)) - (-34617.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, UO2+2, 3.0, H2O)
@mineral(UO2SO4:H2O[s])
@logKreaction(UO2SO4:H2O[s], "-1 * (( (1.0 / log(10)) * ((-6.0233 * log(10)) - (-39178.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, SO4-2, 1.0, UO2+2)
@mineral(UO3[alpha][s])
@logKreaction(UO3[alpha][s], "-1 * (( (1.0 / log(10)) * ((8.6391 * log(10)) - (-87338.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, UO2+2)
@mineral(UO3[beta][s])
@logKreaction(UO3[beta][s], "-1 * (( (1.0 / log(10)) * ((8.3095 * log(10)) - (-84538.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, UO2+2)
@mineral(UO3[gamma][s])
@logKreaction(UO3[gamma][s], "-1 * (( (1.0 / log(10)) * ((7.7073 * log(10)) - (-81038.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, UO2+2)
@mineral(UO3:_9H2O[alpha][s])
@logKreaction(UO3:_9H2O[alpha][s], "-1 * (( (1.0 / log(10)) * ((5.0167 * log(10)) - (-55792.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 1.9, H2O)
@mineral(UO3:2H2O[s])
@logKreaction(UO3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((4.8333 * log(10)) - (-50415.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 3.0, H2O)
@mineral(UOBr2[s])
@logKreaction(UOBr2[s], "-1 * (( (1.0 / log(10)) * ((7.9722 * log(10)) - (-146445.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, U+4, 2.0, Br-)
@mineral(UOBr3[s])
@logKreaction(UOBr3[s], "-1 * (( (1.0 / log(10)) * ((23.5651 * log(10)) - (-149799.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, UO2+, 2.0, H+, 3.0, Br-)
@mineral(UOCl[s])
@logKreaction(UOCl[s], "-1 * (( (1.0 / log(10)) * ((10.3872 * log(10)) - (-108118.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cl-, 1.0, H2O, 1.0, U+3)
@mineral(UOCl2[s])
@logKreaction(UOCl2[s], "-1 * (( (1.0 / log(10)) * ((5.4559 * log(10)) - (-141898.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, U+4, 2.0, Cl-)
@mineral(UOCl3[s])
@logKreaction(UOCl3[s], "-1 * (( (1.0 / log(10)) * ((12.637 * log(10)) - (-100528.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, UO2+, 2.0, H+, 3.0, Cl-)
@mineral(UOF2[s])
@logKreaction(UOF2[s], "-1 * (( (1.0 / log(10)) * ((-18.1473 * log(10)) - (-43133.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, U+4, 2.0, F-)
@mineral(UOF2:H2O[s])
@logKreaction(UOF2:H2O[s], "-1 * (( (1.0 / log(10)) * ((-18.7019 * log(10)) - (-31571.899999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, U+4, 2.0, F-, 2.0, H2O)
@mineral(UOF4[s])
@logKreaction(UOF4[s], "-1 * (( (1.0 / log(10)) * ((4.5737 * log(10)) - (-149952.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, UO2+2, 2.0, H+, 4.0, F-)
@mineral(UOFOH[s])
@logKreaction(UOFOH[s], "-1 * (( (1.0 / log(10)) * ((-8.9274 * log(10)) - (-71524.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, F-, 1.0, U+4, 2.0, H2O)
@mineral(UOFOH:_5H2O[s])
@logKreaction(UOFOH:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((24.5669 * log(10)) - (-200938.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.5, O2, 1.0, F-, 1.0, UO2+2, 1.5, H2O)
@mineral(UP[s])
@logKreaction(UP[s], "-1 * (( (1.0 / log(10)) * ((233.4928 * log(10)) - (-1487110.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, O2, -1.0, H+, 1.0, HPO4-2, 1.0, U+3)
@mineral(UP2[s])
@logKreaction(UP2[s], "-1 * (( (1.0 / log(10)) * ((360.5796 * log(10)) - (-2301070.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.25, O2, -1.5, H2O, 1.0, H+, 1.0, U+3, 2.0, HPO4-2)
@mineral(UP2O7[s])
@logKreaction(UP2O7[s], "-1 * (( (1.0 / log(10)) * ((-32.9922 * log(10)) - (-37525.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, U+4, 2.0, HPO4-2)
@mineral(UP2O7:20H2O[s])
@logKreaction(UP2O7:20H2O[s], "-1 * (( (1.0 / log(10)) * ((-28.63 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, HPO4-2, 19.0, H2O)
@mineral(UPO5[s])
@logKreaction(UPO5[s], "-1 * (( (1.0 / log(10)) * ((-19.5754 * log(10)) - (32629.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, H+, 1.0, HPO4-2, 1.0, UO2+)
@mineral(US[s])
@logKreaction(US[s], "-1 * (( (1.0 / log(10)) * ((46.6547 * log(10)) - (-322894.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.25, O2, 0.5, H2O, 1.0, HS-, 1.0, U+3)
@mineral(US1_9[s])
@logKreaction(US1_9[s], "-1 * (( (1.0 / log(10)) * ((-2.2816 * log(10)) - (-91486.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.9, H+, 0.2, U+3, 0.8, U+4, 1.9, HS-)
@mineral(US2[s])
@logKreaction(US2[s], "-1 * (( (1.0 / log(10)) * ((-2.3324 * log(10)) - (-103017.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, U+4, 2.0, HS-)
@mineral(US3[s])
@logKreaction(US3[s], "-1 * (( (1.0 / log(10)) * ((-16.637 * log(10)) - (43951.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, H+, 1.0, UO2+2, 3.0, HS-)
@mineral(USb[s])
@logKreaction(USb[s], "-1 * (( (1.0 / log(10)) * ((176.0723 * log(10)) - (-1106190.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -1.5, O2, 1.0, Sb[OH]3, 1.0, U+3)
@mineral(USb2[s])
@logKreaction(USb2[s], "-1 * (( (1.0 / log(10)) * ((223.1358 * log(10)) - (-1407020.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -2.25, O2, -1.5, H2O, 1.0, U+3, 2.0, Sb[OH]3)
@mineral(Uranium-selenide[s])
@logKreaction(Uranium-selenide[s], "-1 * (( (1.0 / log(10)) * ((125.6086 * log(10)) - (-844278.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.75, O2, -1.0, H+, 0.5, H2O, 1.0, SeO3-2, 1.0, U+3)
@mineral(USe2[alpha][s])
@logKreaction(USe2[alpha][s], "-1 * (( (1.0 / log(10)) * ((125.4445 * log(10)) - (-904199.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.75, O2, -0.5, H2O, 1.0, H+, 1.0, U+3, 2.0, SeO3-2)
@mineral(USe2[beta][s])
@logKreaction(USe2[beta][s], "-1 * (( (1.0 / log(10)) * ((125.2868 * log(10)) - (-904199.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.75, O2, -0.5, H2O, 1.0, H+, 1.0, U+3, 2.0, SeO3-2)
@mineral(USe3[s])
@logKreaction(USe3[s], "-1 * (( (1.0 / log(10)) * ((147.2214 * log(10)) - (-1090420.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.75, O2, -1.5, H2O, 1.0, U+3, 3.0, H+, 3.0, SeO3-2)
@mineral(Umangite[s])
@logKreaction(Umangite[s], "-1 * (( (1.0 / log(10)) * ((-93.8412 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Cu+, 2.0, Se-2)
@mineral(Uraninite[s])
@logKreaction(Uraninite[s], "-1 * (( (1.0 / log(10)) * ((-4.8372 * log(10)) - (-77876.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, U+4, 2.0, H2O)
@mineral(Uranocircite[s])
@logKreaction(Uranocircite[s], "-1 * (( (1.0 / log(10)) * ((-19.8057 * log(10)) - (-72331.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ba+2, 2.0, HPO4-2, 2.0, UO2+2)
@mineral(Uranophane[s])
@logKreaction(Uranophane[s], "-1 * (( (1.0 / log(10)) * ((17.285 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Ca+2, 2.0, SiO2, 2.0, UO2+2, 4.0, H2O)
@mineral(V[s])
@logKreaction(V[s], "-1 * (( (1.0 / log(10)) * ((106.9435 * log(10)) - (-680697.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, V+3, 1.5, H2O)
@mineral(V2O4[s])
@logKreaction(V2O4[s], "-1 * (( (1.0 / log(10)) * ((8.5719 * log(10)) - (-117564.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2O, 2.0, VO+2)
@mineral(V3O5[s])
@logKreaction(V3O5[s], "-1 * (( (1.0 / log(10)) * ((13.4312 * log(10)) - (-218857.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, VO+2, 2.0, V+3, 4.0, H2O)
@mineral(V4O7[s])
@logKreaction(V4O7[s], "-1 * (( (1.0 / log(10)) * ((18.7946 * log(10)) - (-284907.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 2.0, V+3, 2.0, VO+2, 5.0, H2O)
@mineral(Vaesite[s])
@logKreaction(Vaesite[s], "-1 * (( (1.0 / log(10)) * ((-26.7622 * log(10)) - (110443.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.25, H+, 0.25, SO4-2, 1.0, Ni+2, 1.75, HS-)
@mineral(Vivianite[s])
@logKreaction(Vivianite[s], "-1 * (( (1.0 / log(10)) * ((-4.7237 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Fe+2, 8.0, H2O)
@mineral(W[s])
@logKreaction(W[s], "-1 * (( (1.0 / log(10)) * ((123.4334 * log(10)) - (-771668.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.5, O2, -1.0, H2O, 1.0, WO4-2, 2.0, H+)
@mineral(Wairakite[s])
@logKreaction(Wairakite[s], "-1 * (( (1.0 / log(10)) * ((18.0762 * log(10)) - (-237781.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 2.0, Al+3, 4.0, SiO2, 6.0, H2O)
@mineral(Weeksite[s])
@logKreaction(Weeksite[s], "-1 * (( (1.0 / log(10)) * ((15.375 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, K+, 2.0, UO2+2, 6.0, SiO2, 7.0, H2O)
@mineral(Whitlockite[s])
@logKreaction(Whitlockite[s], "-1 * (( (1.0 / log(10)) * ((-4.2249 * log(10)) - (-116645.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HPO4-2, 3.0, Ca+2)
@mineral(Wilkmanite[s])
@logKreaction(Wilkmanite[s], "-1 * (( (1.0 / log(10)) * ((-152.8793 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 2.0, H+, 3.0, Ni+2, 4.0, Se-2)
@mineral(Witherite[s])
@logKreaction(Witherite[s], "-1 * (( (1.0 / log(10)) * ((-2.9965 * log(10)) - (17162.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ba+2, 1.0, HCO3-)
@mineral(Wollastonite[s])
@logKreaction(Wollastonite[s], "-1 * (( (1.0 / log(10)) * ((13.7605 * log(10)) - (-76575.59999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 1.0, H2O, 1.0, SiO2)
@mineral(Wurtzite[s])
@logKreaction(Wurtzite[s], "-1 * (( (1.0 / log(10)) * ((-9.1406 * log(10)) - (22342.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HS-, 1.0, Zn+2)
@mineral(Wustite[s])
@logKreaction(Wustite[s], "-1 * (( (1.0 / log(10)) * ((12.4113 * log(10)) - (-102417.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 0.106, Fe+3, 0.841, Fe+2, 1.0, H2O)
@mineral(Xonotlite[s])
@logKreaction(Xonotlite[s], "-1 * (( (1.0 / log(10)) * ((91.8267 * log(10)) - (-495457.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -12.0, H+, 6.0, Ca+2, 6.0, SiO2, 7.0, H2O)
@mineral(Y[s])
@logKreaction(Y[s], "-1 * (( (1.0 / log(10)) * ((184.5689 * log(10)) - (-1134700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Y+3, 1.5, H2O)
@mineral(Yb[s])
@logKreaction(Yb[s], "-1 * (( (1.0 / log(10)) * ((137.193 * log(10)) - (-810303.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Yb+2)
@mineral(Yb[OH]3[s])
@logKreaction(Yb[OH]3[s], "-1 * (( (1.0 / log(10)) * ((14.6852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Yb+3, 3.0, H2O)
@mineral(Yb[OH]3[am][s])
@logKreaction(Yb[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((18.9852 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Yb+3, 3.0, H2O)
@mineral(Yb2[CO3]3[s])
@logKreaction(Yb2[CO3]3[s], "-1 * (( (1.0 / log(10)) * ((-2.3136 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Yb+3, 3.0, HCO3-)
@mineral(Yb2O3[s])
@logKreaction(Yb2O3[s], "-1 * (( (1.0 / log(10)) * ((47.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Yb+3, 3.0, H2O)
@mineral(YbF3:_5H2O[s])
@logKreaction(YbF3:_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-16.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, H2O, 1.0, Yb+3, 3.0, F-)
@mineral(YbPO4:10H2O[s])
@logKreaction(YbPO4:10H2O[s], "-1 * (( (1.0 / log(10)) * ((-11.7782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HPO4-2, 1.0, Yb+3, 10.0, H2O)
@mineral(Zincite[s])
@logKreaction(Zincite[s], "-1 * (( (1.0 / log(10)) * ((11.2087 * log(10)) - (-88763.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, Zn+2)
@mineral(Zircon[s])
@logKreaction(Zircon[s], "-1 * (( (1.0 / log(10)) * ((-15.4193 * log(10)) - (64863.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, SiO2, 1.0, Zr[OH]2+2)
@mineral(Zn[s])
@logKreaction(Zn[s], "-1 * (( (1.0 / log(10)) * ((68.8035 * log(10)) - (-433157.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Zn+2)
@mineral(Zn[BO2]2[s])
@logKreaction(Zn[BO2]2[s], "-1 * (( (1.0 / log(10)) * ((8.313 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -2.0, H2O, 1.0, Zn+2, 2.0, B[OH]3)
@mineral(Zn[ClO4]2:6H2O[s])
@logKreaction(Zn[ClO4]2:6H2O[s], "-1 * (( (1.0 / log(10)) * ((5.6474 * log(10)) - (6318.71 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, ClO4-, 6.0, H2O)
@mineral(Zn[IO3]2[s])
@logKreaction(Zn[IO3]2[s], "-1 * (( (1.0 / log(10)) * ((-5.3193 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, IO3-)
@mineral(Zn[NO3]2:6H2O[s])
@logKreaction(Zn[NO3]2:6H2O[s], "-1 * (( (1.0 / log(10)) * ((3.4102 * log(10)) - (24757.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, NO3-, 6.0, H2O)
@mineral(Zn[OH]2[beta][s])
@logKreaction(Zn[OH]2[beta][s], "-1 * (( (1.0 / log(10)) * ((11.9341 * log(10)) - (-83211.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Zn+2, 2.0, H2O)
@mineral(Zn[OH]2[epsilon][s])
@logKreaction(Zn[OH]2[epsilon][s], "-1 * (( (1.0 / log(10)) * ((11.6625 * log(10)) - (-81781.09999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Zn+2, 2.0, H2O)
@mineral(Zn[OH]2[gamma][s])
@logKreaction(Zn[OH]2[gamma][s], "-1 * (( (1.0 / log(10)) * ((11.8832 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Zn+2, 2.0, H2O)
@mineral(Zn2[OH]3Cl[s])
@logKreaction(Zn2[OH]3Cl[s], "-1 * (( (1.0 / log(10)) * ((15.2921 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Cl-, 2.0, Zn+2, 3.0, H2O)
@mineral(Zn2SO4[OH]2[s])
@logKreaction(Zn2SO4[OH]2[s], "-1 * (( (1.0 / log(10)) * ((7.5816 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, SO4-2, 2.0, H2O, 2.0, Zn+2)
@mineral(Zn2SiO4[s])
@logKreaction(Zn2SiO4[s], "-1 * (( (1.0 / log(10)) * ((13.8695 * log(10)) - (-119399.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, SiO2, 2.0, H2O, 2.0, Zn+2)
@mineral(Zn2TiO4[s])
@logKreaction(Zn2TiO4[s], "-1 * (( (1.0 / log(10)) * ((12.3273 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ti[OH]4, 2.0, Zn+2)
@mineral(Zn3[AsO4]2[s])
@logKreaction(Zn3[AsO4]2[s], "-1 * (( (1.0 / log(10)) * ((9.3122 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, H2AsO4-, 3.0, Zn+2)
@mineral(Zn3O[SO4]2[s])
@logKreaction(Zn3O[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((19.1188 * log(10)) - (-258253.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 2.0, SO4-2, 3.0, Zn+2)
@mineral(Zn5[NO3]2[OH]8[s])
@logKreaction(Zn5[NO3]2[OH]8[s], "-1 * (( (1.0 / log(10)) * ((42.6674 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 2.0, NO3-, 5.0, Zn+2, 8.0, H2O)
@mineral(ZnBr2[s])
@logKreaction(ZnBr2[s], "-1 * (( (1.0 / log(10)) * ((7.5787 * log(10)) - (-67762.20000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Br-)
@mineral(ZnBr2:2H2O[s])
@logKreaction(ZnBr2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((5.2999 * log(10)) - (-30926.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Br-, 2.0, H2O)
@mineral(ZnCO3:H2O[s])
@logKreaction(ZnCO3:H2O[s], "-1 * (( (1.0 / log(10)) * ((0.1398 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, H2O, 1.0, HCO3-, 1.0, Zn+2)
@mineral(ZnCl2[s])
@logKreaction(ZnCl2[s], "-1 * (( (1.0 / log(10)) * ((7.088 * log(10)) - (-72454.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Cl-)
@mineral(ZnCl2[NH3]2[s])
@logKreaction(ZnCl2[NH3]2[s], "-1 * (( (1.0 / log(10)) * ((-6.9956 * log(10)) - (27208.300000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Cl-, 2.0, NH3)
@mineral(ZnCl2[NH3]4[s])
@logKreaction(ZnCl2[NH3]4[s], "-1 * (( (1.0 / log(10)) * ((-6.6955 * log(10)) - (56200.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Cl-, 4.0, NH3)
@mineral(ZnCl2[NH3]6[s])
@logKreaction(ZnCl2[NH3]6[s], "-1 * (( (1.0 / log(10)) * ((-4.7311 * log(10)) - (77422.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Cl-, 6.0, NH3)
@mineral(ZnCr2O4[s])
@logKreaction(ZnCr2O4[s], "-1 * (( (1.0 / log(10)) * ((7.9161 * log(10)) - (-221953.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Zn+2, 2.0, Cr+3, 4.0, H2O)
@mineral(ZnF2[s])
@logKreaction(ZnF2[s], "-1 * (( (1.0 / log(10)) * ((-0.4418 * log(10)) - (-59874.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, F-)
@mineral(ZnI2[s])
@logKreaction(ZnI2[s], "-1 * (( (1.0 / log(10)) * ((7.3885 * log(10)) - (-59233.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, I-)
@mineral(ZnSO4[s])
@logKreaction(ZnSO4[s], "-1 * (( (1.0 / log(10)) * ((3.5452 * log(10)) - (-80132.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Zn+2)
@mineral(ZnSO4:6H2O[s])
@logKreaction(ZnSO4:6H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.6846 * log(10)) - (-412.008 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Zn+2, 6.0, H2O)
@mineral(ZnSO4:7H2O[s])
@logKreaction(ZnSO4:7H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.8683 * log(10)) - (14041.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO4-2, 1.0, Zn+2, 7.0, H2O)
@mineral(ZnSO4:H2O[s])
@logKreaction(ZnSO4:H2O[s], "-1 * (( (1.0 / log(10)) * ((-0.5383 * log(10)) - (-44282.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, SO4-2, 1.0, Zn+2)
@mineral(ZnSeO3:H2O[s])
@logKreaction(ZnSeO3:H2O[s], "-1 * (( (1.0 / log(10)) * ((-6.7408 * log(10)) - (-17905.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, 1.0, SeO3-2, 1.0, Zn+2)
@mineral(Zoisite[s])
@logKreaction(Zoisite[s], "-1 * (( (1.0 / log(10)) * ((43.3017 * log(10)) - (-458131.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -13.0, H+, 2.0, Ca+2, 3.0, Al+3, 3.0, SiO2, 7.0, H2O)
@mineral(Zr[s])
@logKreaction(Zr[s], "-1 * (( (1.0 / log(10)) * ((177.6471 * log(10)) - (-1078710.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.0, O2, 1.0, Zr[OH]2+2)
@mineral(ZrB2[s])
@logKreaction(ZrB2[s], "-1 * (( (1.0 / log(10)) * ((103.4666 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -2.0, H2O, -0.5, O2, 1.0, B[OH]3, 1.0, BH4-, 1.0, Zr+4)
@mineral(ZrC[s])
@logKreaction(ZrC[s], "-1 * (( (1.0 / log(10)) * ((207.0906 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -2.0, O2, 1.0, H2O, 1.0, HCO3-, 1.0, Zr+4)
@mineral(ZrCl[s])
@logKreaction(ZrCl[s], "-1 * (( (1.0 / log(10)) * ((130.945 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Cl-, 1.0, Zr+4, 1.5, H2O)
@mineral(ZrCl2[s])
@logKreaction(ZrCl2[s], "-1 * (( (1.0 / log(10)) * ((96.3205 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Zr+4, 2.0, Cl-)
@mineral(ZrCl3[s])
@logKreaction(ZrCl3[s], "-1 * (( (1.0 / log(10)) * ((62.4492 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Zr+4, 3.0, Cl-)
@mineral(ZrCl4[s])
@logKreaction(ZrCl4[s], "-1 * (( (1.0 / log(10)) * ((27.9824 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zr+4, 4.0, Cl-)
@mineral(ZrF4[beta][s])
@logKreaction(ZrF4[beta][s], "-1 * (( (1.0 / log(10)) * ((-27.7564 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zr+4, 4.0, F-)
@mineral(ZrH2[s])
@logKreaction(ZrH2[s], "-1 * (( (1.0 / log(10)) * ((198.3224 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.5, O2, 1.0, Zr+4, 3.0, H2O)
@mineral(ZrN[s])
@logKreaction(ZrN[s], "-1 * (( (1.0 / log(10)) * ((59.1271 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -0.25, O2, 0.5, H2O, 1.0, NH3, 1.0, Zr+4)
@mineral(O-phthalic_acid[s])
@logKreaction(O-phthalic_acid[s], "-1 * (( (1.0 / log(10)) * ((-9.7755 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, O_phthalate-2, 2.0, H+)
@mineral(Br2[l][s])
@logKreaction(Br2[l][s], "-1 * (( (1.0 / log(10)) * ((-6.5419 * log(10)) - (36764.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 2.0, Br-, 2.0, H+)
@mineral(Hg[l][s])
@logKreaction(Hg[l][s], "-1 * (( (1.0 / log(10)) * ((14.1505 * log(10)) - (-109608.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Hg+2)
@gas(Ag[g])
@logKreaction(Ag[g], "-1 * (( (1.0 / log(10)) * ((51.0924 * log(10)) - (-319035.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Ag+)
@gas(Al[g])
@logKreaction(Al[g], "-1 * (( (1.0 / log(10)) * ((200.6258 * log(10)) - (-1288060.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Al+3, 1.5, H2O)
@gas(Am[g])
@logKreaction(Am[g], "-1 * (( (1.0 / log(10)) * ((211.7865 * log(10)) - (-1320160.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -0.75, O2, 1.0, Am+3, 1.5, H2O)
@gas(AmF3[g])
@logKreaction(AmF3[g], "-1 * (( (1.0 / log(10)) * ((49.8631 * log(10)) - (-455843.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Am+3, 3.0, F-)
@gas(Ar[g])
@logKreaction(Ar[g], "-1 * (( (1.0 / log(10)) * ((-2.8587 * log(10)) - (-12008.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ar)
@gas(B[g])
@logKreaction(B[g], "-1 * (( (1.0 / log(10)) * ((200.843 * log(10)) - (-1201680.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.5, H2O, -0.75, O2, 1.0, B[OH]3)
@gas(BF3[g])
@logKreaction(BF3[g], "-1 * (( (1.0 / log(10)) * ((-2.9664 * log(10)) - (-87062.70000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, B[OH]3, 3.0, F-, 3.0, H+)
@gas(Be[g])
@logKreaction(Be[g], "-1 * (( (1.0 / log(10)) * ((361.9343 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Be+2, 1.0, H2O)
@gas(Br2[g])
@logKreaction(Br2[g], "-1 * (( (1.0 / log(10)) * ((-5.9979 * log(10)) - (5854.8099999999995 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 2.0, Br-, 2.0, H+)
@gas(C[g])
@logKreaction(C[g], "-1 * (( (1.0 / log(10)) * ((181.7723 * log(10)) - (-1108640.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, -1.0, O2, 1.0, H+, 1.0, HCO3-)
@gas(Ethylene[g])
@logKreaction(Ethylene[g], "-1 * (( (1.0 / log(10)) * ((-2.3236 * log(10)) - (-16443.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ethylene)
@gas(CH4[g])
@logKreaction(CH4[g], "-1 * (( (1.0 / log(10)) * ((-2.8502 * log(10)) - (-13095.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CH4)
@gas(CO[g])
@logKreaction(CO[g], "-1 * (( (1.0 / log(10)) * ((-3.0068 * log(10)) - (-10434.900000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CO)
@gas(CO2[g])
@logKreaction(CO2[g], "-1 * (( (1.0 / log(10)) * ((-7.8136 * log(10)) - (-10585.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, H+, 1.0, HCO3-)
@gas(Ca[g])
@logKreaction(Ca[g], "-1 * (( (1.0 / log(10)) * ((165.0778 * log(10)) - (-1000650.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Ca+2, 1.0, H2O)
@gas(Cd[g])
@logKreaction(Cd[g], "-1 * (( (1.0 / log(10)) * ((70.1363 * log(10)) - (-467469.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Cd+2, 1.0, H2O)
@gas(Cl2[g])
@logKreaction(Cl2[g], "-1 * (( (1.0 / log(10)) * ((3.0004 * log(10)) - (-54387.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 2.0, Cl-, 2.0, H+)
@gas(Cs[g])
@logKreaction(Cs[g], "-1 * (( (1.0 / log(10)) * ((81.2805 * log(10)) - (-474413.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Cs+)
@gas(Cu[g])
@logKreaction(Cu[g], "-1 * (( (1.0 / log(10)) * ((83.6618 * log(10)) - (-551483.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, Cu+2, 1.0, H2O)
@gas(F2[g])
@logKreaction(F2[g], "-1 * (( (1.0 / log(10)) * ((55.7197 * log(10)) - (-390924.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 2.0, F-, 2.0, H+)
@gas(H2[g])
@logKreaction(H2[g], "-1 * (( (1.0 / log(10)) * ((-3.105 * log(10)) - (-4184.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2)
@gas(H2O[g])
@logKreaction(H2O[g], "-1 * (( (1.0 / log(10)) * ((1.5854 * log(10)) - (-43438.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O)
@gas(H2S[g])
@logKreaction(H2S[g], "-1 * (( (1.0 / log(10)) * ((-7.9759 * log(10)) - (4522.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, HS-)
@gas(HBr[g])
@logKreaction(HBr[g], "-1 * (( (1.0 / log(10)) * ((8.8815 * log(10)) - (-85213.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Br-, 1.0, H+)
@gas(HCl[g])
@logKreaction(HCl[g], "-1 * (( (1.0 / log(10)) * ((6.3055 * log(10)) - (-74769.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cl-, 1.0, H+)
@gas(HF[g])
@logKreaction(HF[g], "-1 * (( (1.0 / log(10)) * ((1.1126 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, F-, 1.0, H+)
@gas(HI[g])
@logKreaction(HI[g], "-1 * (( (1.0 / log(10)) * ((9.3944 * log(10)) - (-83402.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, I-)
@gas(He[g])
@logKreaction(He[g], "-1 * (( (1.0 / log(10)) * ((-3.4143 * log(10)) - (-627.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, He)
@gas(Hf[g])
@logKreaction(Hf[g], "-1 * (( (1.0 / log(10)) * ((290.9782 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, O2, 1.0, Hf+4, 2.0, H2O)
@gas(Hg[g])
@logKreaction(Hg[g], "-1 * (( (1.0 / log(10)) * ((19.729 * log(10)) - (-170988.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Hg+2)
@gas(I2[g])
@logKreaction(I2[g], "-1 * (( (1.0 / log(10)) * ((-21.4231 * log(10)) - (103547.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 0.5, O2, 2.0, H+, 2.0, I-)
@gas(K[g])
@logKreaction(K[g], "-1 * (( (1.0 / log(10)) * ((81.5815 * log(10)) - (-481055.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, K+)
@gas(Kr[g])
@logKreaction(Kr[g], "-1 * (( (1.0 / log(10)) * ((-2.6051 * log(10)) - (-15271.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Kr)
@gas(Li[g])
@logKreaction(Li[g], "-1 * (( (1.0 / log(10)) * ((94.9423 * log(10)) - (-577639.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Li+)
@gas(Mg[g])
@logKreaction(Mg[g], "-1 * (( (1.0 / log(10)) * ((142.2494 * log(10)) - (-892831.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Mg+2)
@gas(N2[g])
@logKreaction(N2[g], "-1 * (( (1.0 / log(10)) * ((-3.1864 * log(10)) - (-10439.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, N2)
@gas(NH3[g])
@logKreaction(NH3[g], "-1 * (( (1.0 / log(10)) * ((1.7966 * log(10)) - (-35225.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NH3)
@gas(NO[g])
@logKreaction(NO[g], "-1 * (( (1.0 / log(10)) * ((0.7554 * log(10)) - (-48888.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -0.5, H2O, -0.25, O2, 1.0, H+, 1.0, NO2-)
@gas(NO2[g])
@logKreaction(NO2[g], "-1 * (( (1.0 / log(10)) * ((8.3673 * log(10)) - (-94012.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -0.5, H2O, -0.25, O2, 1.0, H+, 1.0, NO3-)
@gas(Na[g])
@logKreaction(Na[g], "-1 * (( (1.0 / log(10)) * ((80.864 * log(10)) - (-487685.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Na+)
@gas(Ne[g])
@logKreaction(Ne[g], "-1 * (( (1.0 / log(10)) * ((-3.3462 * log(10)) - (-3640.0800000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ne)
@gas(O2[g])
@logKreaction(O2[g], "-1 * (( (1.0 / log(10)) * ((-2.8983 * log(10)) - (-12133.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, O2)
@gas(Pb[g])
@logKreaction(Pb[g], "-1 * (( (1.0 / log(10)) * ((75.609 * log(10)) - (-474051.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Pb+2)
@gas(Rb[g])
@logKreaction(Rb[g], "-1 * (( (1.0 / log(10)) * ((80.4976 * log(10)) - (-471909.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -0.25, O2, 0.5, H2O, 1.0, Rb+)
@gas(Rn[g])
@logKreaction(Rn[g], "-1 * (( (1.0 / log(10)) * ((-2.0451 * log(10)) - (-20920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Rn)
@gas(RuCl3[g])
@logKreaction(RuCl3[g], "-1 * (( (1.0 / log(10)) * ((41.5503 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ru+3, 3.0, Cl-)
@gas(RuO3[g])
@logKreaction(RuO3[g], "-1 * (( (1.0 / log(10)) * ((2.3859 * log(10)) - (-100369.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, RuO4-2, 2.0, H+)
@gas(S2[g])
@logKreaction(S2[g], "-1 * (( (1.0 / log(10)) * ((-7.1449 * log(10)) - (-35656.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 0.5, SO4-2, 1.5, HS-, 2.5, H+)
@gas(SO2[g])
@logKreaction(SO2[g], "-1 * (( (1.0 / log(10)) * ((0.17 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SO2)
@gas(Si[g])
@logKreaction(Si[g], "-1 * (( (1.0 / log(10)) * ((219.9509 * log(10)) - (-1315570.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, SiO2)
@gas(SiF4[g])
@logKreaction(SiF4[g], "-1 * (( (1.0 / log(10)) * ((-15.1931 * log(10)) - (-32412.300000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, SiO2, 4.0, F-, 4.0, H+)
@gas(Sn[g])
@logKreaction(Sn[g], "-1 * (( (1.0 / log(10)) * ((94.5019 * log(10)) - (-589758.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Sn+2)
@gas(Tc2O7[g])
@logKreaction(Tc2O7[g], "-1 * (( (1.0 / log(10)) * ((21.3593 * log(10)) - (-158131.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, H+, 2.0, TcO4-)
@gas(Th[g])
@logKreaction(Th[g], "-1 * (( (1.0 / log(10)) * ((307.8413 * log(10)) - (-1930560.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, O2, 1.0, Th+4, 2.0, H2O)
@gas(Ti[g])
@logKreaction(Ti[g], "-1 * (( (1.0 / log(10)) * ((224.351 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -1.0, O2, 1.0, Ti[OH]4)
@gas(TiBr4[g])
@logKreaction(TiBr4[g], "-1 * (( (1.0 / log(10)) * ((36.6695 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 1.0, Ti[OH]4, 4.0, Br-, 4.0, H+)
@gas(TiCl4[g])
@logKreaction(TiCl4[g], "-1 * (( (1.0 / log(10)) * ((28.0518 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 1.0, Ti[OH]4, 4.0, Cl-, 4.0, H+)
@gas(TiO[g])
@logKreaction(TiO[g], "-1 * (( (1.0 / log(10)) * ((145.5711 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -0.5, O2, 1.0, Ti[OH]4)
@gas(U[g])
@logKreaction(U[g], "-1 * (( (1.0 / log(10)) * ((298.3441 * log(10)) - (-1819640.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.5, O2, 1.0, H2O, 1.0, UO2+2)
@gas(U2Cl10[g])
@logKreaction(U2Cl10[g], "-1 * (( (1.0 / log(10)) * ((82.7621 * log(10)) - (-609798.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 2.0, UO2+, 8.0, H+, 10.0, Cl-)
@gas(U2Cl8[g])
@logKreaction(U2Cl8[g], "-1 * (( (1.0 / log(10)) * ((82.4059 * log(10)) - (-769437.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, U+4, 8.0, Cl-)
@gas(U2F10[g])
@logKreaction(U2F10[g], "-1 * (( (1.0 / log(10)) * ((-12.2888 * log(10)) - (-239377.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 2.0, UO2+, 8.0, H+, 10.0, F-)
@gas(UBr[g])
@logKreaction(UBr[g], "-1 * (( (1.0 / log(10)) * ((224.8412 * log(10)) - (-1381500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, Br-, 1.0, UO2+)
@gas(UBr2[g])
@logKreaction(UBr2[g], "-1 * (( (1.0 / log(10)) * ((192.6278 * log(10)) - (-1218870.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, UO2+2, 2.0, Br-)
@gas(UBr3[g])
@logKreaction(UBr3[g], "-1 * (( (1.0 / log(10)) * ((67.8918 * log(10)) - (-489610.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+3, 3.0, Br-)
@gas(UBr4[g])
@logKreaction(UBr4[g], "-1 * (( (1.0 / log(10)) * ((54.2926 * log(10)) - (-467113.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, Br-)
@gas(UBr5[g])
@logKreaction(UBr5[g], "-1 * (( (1.0 / log(10)) * ((61.4272 * log(10)) - (-423222.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+, 4.0, H+, 5.0, Br-)
@gas(UCl[g])
@logKreaction(UCl[g], "-1 * (( (1.0 / log(10)) * ((221.7887 * log(10)) - (-1368270.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, Cl-, 1.0, UO2+)
@gas(UCl2[g])
@logKreaction(UCl2[g], "-1 * (( (1.0 / log(10)) * ((183.7912 * log(10)) - (-1178030.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, UO2+2, 2.0, Cl-)
@gas(UCl3[g])
@logKreaction(UCl3[g], "-1 * (( (1.0 / log(10)) * ((58.6335 * log(10)) - (-453239.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+3, 3.0, Cl-)
@gas(UCl4[g])
@logKreaction(UCl4[g], "-1 * (( (1.0 / log(10)) * ((46.3988 * log(10)) - (-441419.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, Cl-)
@gas(UCl5[g])
@logKreaction(UCl5[g], "-1 * (( (1.0 / log(10)) * ((54.5311 * log(10)) - (-406349.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+, 4.0, H+, 5.0, Cl-)
@gas(UCl6[g])
@logKreaction(UCl6[g], "-1 * (( (1.0 / log(10)) * ((63.4791 * log(10)) - (-462301.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+2, 4.0, H+, 6.0, Cl-)
@gas(UF[g])
@logKreaction(UF[g], "-1 * (( (1.0 / log(10)) * ((206.2684 * log(10)) - (-1296340.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, F-, 1.0, UO2+)
@gas(UF2[g])
@logKreaction(UF2[g], "-1 * (( (1.0 / log(10)) * ((172.3563 * log(10)) - (-1147560.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, UO2+2, 2.0, F-)
@gas(UF3[g])
@logKreaction(UF3[g], "-1 * (( (1.0 / log(10)) * ((47.2334 * log(10)) - (-440943.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+3, 3.0, F-)
@gas(UF4[g])
@logKreaction(UF4[g], "-1 * (( (1.0 / log(10)) * ((14.598 * log(10)) - (-331390.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, F-)
@gas(UF5[g])
@logKreaction(UF5[g], "-1 * (( (1.0 / log(10)) * ((6.3801 * log(10)) - (-220188.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+, 4.0, H+, 5.0, F-)
@gas(UF6[g])
@logKreaction(UF6[g], "-1 * (( (1.0 / log(10)) * ((18.2536 * log(10)) - (-310809.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, UO2+2, 4.0, H+, 6.0, F-)
@gas(UI[g])
@logKreaction(UI[g], "-1 * (( (1.0 / log(10)) * ((230.8161 * log(10)) - (-1410900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, I-, 1.0, UO2+)
@gas(UI2[g])
@logKreaction(UI2[g], "-1 * (( (1.0 / log(10)) * ((194.5395 * log(10)) - (-1220670.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, O2, 1.0, UO2+2, 2.0, I-)
@gas(UI3[g])
@logKreaction(UI3[g], "-1 * (( (1.0 / log(10)) * ((75.6033 * log(10)) - (-519807.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+3, 3.0, I-)
@gas(UI4[g])
@logKreaction(UI4[g], "-1 * (( (1.0 / log(10)) * ((64.3272 * log(10)) - (-510010.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, I-)
@gas(UO[g])
@logKreaction(UO[g], "-1 * (( (1.0 / log(10)) * ((211.6585 * log(10)) - (-1323200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -1.0, O2, 1.0, H2O, 1.0, UO2+2)
@gas(UO2[g])
@logKreaction(UO2[g], "-1 * (( (1.0 / log(10)) * ((125.6027 * log(10)) - (-820972.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, UO2+2)
@gas(UO2Cl2[g])
@logKreaction(UO2Cl2[g], "-1 * (( (1.0 / log(10)) * ((47.963 * log(10)) - (-381559.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, Cl-)
@gas(UO2F2[g])
@logKreaction(UO2F2[g], "-1 * (( (1.0 / log(10)) * ((34.6675 * log(10)) - (-337195.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, F-)
@gas(UO3[g])
@logKreaction(UO3[g], "-1 * (( (1.0 / log(10)) * ((70.948 * log(10)) - (-505638.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, H2O, 1.0, UO2+2)
@gas(UOF4[g])
@logKreaction(UOF4[g], "-1 * (( (1.0 / log(10)) * ((24.2848 * log(10)) - (-312552.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, UO2+2, 2.0, H+, 4.0, F-)
@gas(Xe[g])
@logKreaction(Xe[g], "-1 * (( (1.0 / log(10)) * ((-2.364 * log(10)) - (-18869.800000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Xe)
@gas(Zn[g])
@logKreaction(Zn[g], "-1 * (( (1.0 / log(10)) * ((85.414 * log(10)) - (-563557.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -0.5, O2, 1.0, H2O, 1.0, Zn+2)
@gas(Zr[g])
@logKreaction(Zr[g], "-1 * (( (1.0 / log(10)) * ((277.1324 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, O2, 1.0, Zr+4, 2.0, H2O)
@gas(ZrF4[g])
@logKreaction(ZrF4[g], "-1 * (( (1.0 / log(10)) * ((142.9515 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zr+4, 4.0, F-)