//
// This thermodynamic database in ORCHESTRA format was created by converting the PHREEQC database: M:\phreeqcdatabases\minteq.v4.dat)
// This version provides  temperature depenent expressions for reaction "constants". 
// Hans Meeussen,  meeussen@nrg.eu 
// Thu Sep 23 16:42:59 CEST 2021
//

//#  $Id: minteq.v4.dat 11091 2016-04-21 15:20:05Z dlpark $
@entity(Alkalinity, tot, 0)
@species(CO3-2,-2)
@logKreaction(CO3-2, 0, 1, Alkalinity)
@entity(E, tot, 0)
@entity(e-, diss, 0)
@logKreaction(e-, 0, 1, E)
@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], "((38.0229 + 0.00799407 * @T() + -27655.0 / @T() + -14.506 * log10(@T()) + 199838.45 / (@T() * @T())))", 2.0, O, -4.0, H+, -4.0, e-)
@entity(Ag, tot, 0)
@species(Ag+,1)
@logKreaction(Ag+, 0, 1, Ag)
@entity(Al, tot, 0)
@species(Al+3,3)
@logKreaction(Al+3, 0, 1, Al)
@entity(As, tot, 0)
@entity(As[+3], tot, 0)
@species(H3AsO3,0)
@logKreaction(H3AsO3, 0, 1, As[+3])
@logKreaction((As[+3], "(( (1.0 / log(10)) * ((18.898 * log(10)) - (-125600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, As, 2.0, e-, 2.0, H+, -1.0, H2O)
@entity(As[+5], tot, 0)
@logKreaction(As[+5], 0, 1, As)
@logKreaction(H3AsO4, 0, 1, As[+5])
@entity(B, tot, 0)
@species(H3BO3,0)
@logKreaction(H3BO3, 0, 1, B)
@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)
@species(Br-,-1)
@logKreaction(Br-, 0, 1, Br)
@entity(C, tot, 0)
@species(CO3-2,-2)
@logKreaction(CO3-2, 0, 1, C)
@entity(C[+4], tot, 0)
@logKreaction(C[+4], 0, 1, C)
@logKreaction(CO3-2, 0, 1, C[+4])
@entity(Cyanide, tot, 0)
@species(Cyanide-,-1)
@logKreaction(Cyanide-, 0, 1, Cyanide)
@entity(Dom_a_, tot, 0)
@species(Dom_a,0)
@logKreaction(Dom_a, 0, 1, Dom_a_)
@entity(Dom_b_, tot, 0)
@species(Dom_b,0)
@logKreaction(Dom_b, 0, 1, Dom_b_)
@entity(Dom_c_, tot, 0)
@species(Dom_c,0)
@logKreaction(Dom_c, 0, 1, Dom_c_)
@entity(Ca, tot, 0)
@species(Ca+2,2)
@logKreaction(Ca+2, 0, 1, Ca)
@entity(Cd, tot, 0)
@species(Cd+2,2)
@logKreaction(Cd+2, 0, 1, Cd)
@entity(Cl, tot, 0)
@species(Cl-,-1)
@logKreaction(Cl-, 0, 1, Cl)
@entity(Co, tot, 0)
@entity(Co[+2], tot, 0)
@species(Co+2,2)
@logKreaction(Co+2, 0, 1, Co[+2])
@logKreaction((Co[+2], "(( (1.0 / log(10)) * ((32.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co, 1.0, e-)
@entity(Co[+3], tot, 0)
@logKreaction(Co[+3], 0, 1, Co)
@logKreaction(Co+3, 0, 1, Co[+3])
@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)) * ((2.947 * log(10)) - (6360.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 1.0 * ((( (1.0 / log(10)) * ((67.376 * log(10)) - (-103000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 8.0, H+, 4.0, e-, -4.0, H2O, 1.0, Cr)
@entity(Cr[+3], tot, 0)
@species(Cr[OH]2+,1)
@logKreaction(Cr[OH]2+, 0, 1, Cr[+3])
@logKreaction((Cr[+3], "(( (1.0 / log(10)) * ((67.376 * log(10)) - (-103000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr, 6.0, H+, 3.0, e-, -2.0, H2O)
@entity(Cr[+6], tot, 0)
@logKreaction(Cr[+6], 0, 1, Cr)
@logKreaction(CrO4-2, 0, 1, Cr[+6])
@entity(Cu, tot, 0)
@entity(Cu[+1], tot, 0)
@species(Cu+,1)
@logKreaction(Cu+, 0, 1, Cu[+1])
@logKreaction((Cu[+1], "(( (1.0 / log(10)) * ((2.69 * log(10)) - (6900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu, 1.0, e-)
@entity(Cu[+2], tot, 0)
@logKreaction(Cu[+2], 0, 1, Cu)
@logKreaction(Cu+2, 0, 1, Cu[+2])
@entity(F, tot, 0)
@species(F-,-1)
@logKreaction(F-, 0, 1, F)
@entity(Fe, tot, 0)
@entity(Fe[+2], tot, 0)
@species(Fe+2,2)
@logKreaction(Fe+2, 0, 1, Fe[+2])
@logKreaction((Fe[+2], "(( (1.0 / log(10)) * ((13.032 * log(10)) - (-42700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe, 1.0, e-)
@entity(Fe[+3], tot, 0)
@logKreaction(Fe[+3], 0, 1, Fe)
@logKreaction(Fe+3, 0, 1, Fe[+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)) * ((-3.15 * log(10)) - (-7359.656 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H, 2.0, e-)
@entity(H[+1], tot, 0)
@logKreaction(H[+1], 0, 1, H)
@logKreaction(H+, 0, 1, H[+1])
@entity(Hg, tot, 0)
@entity(Hg[+0], tot, 0)
@species(Hg,0)
@logKreaction(Hg, 0, 1, Hg[+0])
@logKreaction((Hg[+0], "(( (1.0 / log(10)) * ((6.5667 * log(10)) - (-45735.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 0.5 * ((( (1.0 / log(10)) * ((43.185 * log(10)) - (-63590.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 2.0, e-, 1.0, Hg, 2.0, H+, -2.0, H2O)
@entity(Hg[+1], tot, 0)
@species(Hg2+2,2)
@logKreaction(Hg2+2, 0, 1, Hg[+1])
@logKreaction((Hg[+1], "(( (1.0 / log(10)) * ((43.185 * log(10)) - (-63590.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Hg, 4.0, H+, 2.0, e-, -4.0, H2O)
@entity(Hg[+2], tot, 0)
@logKreaction(Hg[+2], 0, 1, Hg)
@logKreaction(Hg[OH]2, 0, 1, Hg[+2])
@entity(I, tot, 0)
@species(I-,-1)
@logKreaction(I-, 0, 1, I)
@entity(K, tot, 0)
@species(K+,1)
@logKreaction(K+, 0, 1, K)
@entity(Li, tot, 0)
@species(Li+,1)
@logKreaction(Li+, 0, 1, Li)
@entity(Mg, tot, 0)
@species(Mg+2,2)
@logKreaction(Mg+2, 0, 1, Mg)
@entity(Mn, tot, 0)
@entity(Mn[+2], tot, 0)
@species(Mn+2,2)
@logKreaction(Mn+2, 0, 1, Mn[+2])
@logKreaction((Mn[+2], "(( (1.0 / log(10)) * ((25.35 * log(10)) - (-107800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, e-, 1.0, Mn)
@entity(Mn[+3], tot, 0)
@logKreaction(Mn[+3], 0, 1, Mn)
@logKreaction(Mn+3, 0, 1, Mn[+3])
@entity(Mn[+6], tot, 0)
@species(MnO4-2,-2)
@logKreaction(MnO4-2, 0, 1, Mn[+6])
@logKreaction((Mn[+6], "(( (1.0 / log(10)) * ((-118.422 * log(10)) - (711070.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 1.0 * ((( (1.0 / log(10)) * ((25.35 * log(10)) - (-107800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 4.0, H2O, -8.0, H+, -3.0, e-, 1.0, Mn)
@entity(Mn[+7], tot, 0)
@species(MnO4-,-1)
@logKreaction(MnO4-, 0, 1, Mn[+7])
@logKreaction((Mn[+7], "(( (1.0 / log(10)) * ((-127.794 * log(10)) - (822670.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 1.0 * ((( (1.0 / log(10)) * ((25.35 * log(10)) - (-107800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 4.0, H2O, -8.0, H+, -4.0, e-, 1.0, Mn)
@entity(Mo, tot, 0)
@species(MoO4-2,-2)
@logKreaction(MoO4-2, 0, 1, Mo)
@entity(N, tot, 0)
@entity(N[-3], tot, 0)
@species(NH4+,1)
@logKreaction(NH4+, 0, 1, N[-3])
@logKreaction((N[-3], "(( (1.0 / log(10)) * ((119.077 * log(10)) - (-782638.1200000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, N, 10.0, H+, 8.0, e-, -3.0, H2O)
@entity(N[+3], tot, 0)
@species(NO2-,-1)
@logKreaction(NO2-, 0, 1, N[+3])
@logKreaction((N[+3], "(( (1.0 / log(10)) * ((28.57 * log(10)) - (-183091.84 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, N, 2.0, H+, 2.0, e-, -1.0, H2O)
@entity(N[+5], tot, 0)
@logKreaction(N[+5], 0, 1, N)
@logKreaction(NO3-, 0, 1, N[+5])
@entity(Na, tot, 0)
@species(Na+,1)
@logKreaction(Na+, 0, 1, Na)
@entity(Ni, tot, 0)
@species(Ni+2,2)
@logKreaction(Ni+2, 0, 1, Ni)
@entity(P, tot, 0)
@species(PO4-3,-3)
@logKreaction(PO4-3, 0, 1, P)
@entity(Pb, tot, 0)
@species(Pb+2,2)
@logKreaction(Pb+2, 0, 1, Pb)
@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)) * ((33.66 * log(10)) - (-60140.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, S, 9.0, H+, 8.0, e-, -4.0, H2O)
@entity(S[+6], tot, 0)
@logKreaction(S[+6], 0, 1, S)
@logKreaction(SO4-2, 0, 1, S[+6])
@entity(Sb, tot, 0)
@entity(Sb[+3], tot, 0)
@species(Sb[OH]3,0)
@logKreaction(Sb[OH]3, 0, 1, Sb[+3])
@logKreaction((Sb[+3], "(( (1.0 / log(10)) * ((24.31 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb, 2.0, e-, 3.0, H+, -3.0, H2O)
@entity(Sb[+5], tot, 0)
@logKreaction(Sb[+5], 0, 1, Sb)
@logKreaction(Sb[OH]6-, 0, 1, Sb[+5])
@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)) * ((44.86 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 1.0 * ((( (1.0 / log(10)) * ((36.308 * log(10)) - (-201200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 8.0, e-, 9.0, H+, -4.0, H2O, 1.0, Se)
@entity(Se[+4], tot, 0)
@species(HSeO3-,-1)
@logKreaction(HSeO3-, 0, 1, Se[+4])
@logKreaction((Se[+4], "(( (1.0 / log(10)) * ((36.308 * log(10)) - (-201200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Se, 2.0, e-, 3.0, H+, -1.0, H2O)
@entity(Se[+6], tot, 0)
@logKreaction(Se[+6], 0, 1, Se)
@logKreaction(SeO4-2, 0, 1, Se[+6])
@entity(Si, tot, 0)
@species(H4SiO4,0)
@logKreaction(H4SiO4, 0, 1, Si)
@entity(Sn, tot, 0)
@entity(Sn[+2], tot, 0)
@species(Sn[OH]2,0)
@logKreaction(Sn[OH]2, 0, 1, Sn[+2])
@logKreaction((Sn[+2], "(( (1.0 / log(10)) * ((19.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn, 2.0, e-, 4.0, H+, -4.0, H2O)
@entity(Sn[+4], tot, 0)
@logKreaction(Sn[+4], 0, 1, Sn)
@logKreaction(Sn[OH]6-2, 0, 1, Sn[+4])
@entity(Sr, tot, 0)
@species(Sr+2,2)
@logKreaction(Sr+2, 0, 1, Sr)
@entity(Tl, tot, 0)
@entity(Tl[+1], tot, 0)
@species(Tl+,1)
@logKreaction(Tl+, 0, 1, Tl[+1])
@logKreaction((Tl[+1], "(( (1.0 / log(10)) * ((45.55 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl, 2.0, e-, 3.0, H+, -3.0, H2O)
@entity(Tl[+3], tot, 0)
@logKreaction(Tl[+3], 0, 1, Tl)
@logKreaction(Tl[OH]3, 0, 1, Tl[+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)) * ((0.42 * log(10)) - (-42000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U, 3.0, e-, 4.0, H+, -2.0, H2O)
@entity(U[+4], tot, 0)
@species(U+4,4)
@logKreaction(U+4, 0, 1, U[+4])
@logKreaction((U[+4], "(( (1.0 / log(10)) * ((9.216 * log(10)) - (-144100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U, 2.0, e-, 4.0, H+, -2.0, H2O)
@entity(U[+5], tot, 0)
@species(UO2+,1)
@logKreaction(UO2+, 0, 1, U[+5])
@logKreaction((U[+5], "(( (1.0 / log(10)) * ((2.785 * log(10)) - (-13800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U, 1.0, e-)
@entity(U[+6], tot, 0)
@logKreaction(U[+6], 0, 1, U)
@logKreaction(UO2+2, 0, 1, U[+6])
@entity(V, tot, 0)
@entity(V[+2], tot, 0)
@species(V+2,2)
@logKreaction(V+2, 0, 1, V[+2])
@logKreaction((V[+2], "(( (1.0 / log(10)) * ((-4.31 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 1.0 * ((( (1.0 / log(10)) * ((5.696 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 1.0 * ((( (1.0 / log(10)) * ((16.903 * log(10)) - (-122700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))))", 3.0, e-, 4.0, H+, -2.0, H2O, 1.0, V)
@entity(V[+3], tot, 0)
@species(V+3,3)
@logKreaction(V+3, 0, 1, V[+3])
@logKreaction((V[+3], "(( (1.0 / log(10)) * ((5.696 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )) + 1.0 * ((( (1.0 / log(10)) * ((16.903 * log(10)) - (-122700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) )))", 2.0, e-, 4.0, H+, -2.0, H2O, 1.0, V)
@entity(V[+4], tot, 0)
@species(VO+2,2)
@logKreaction(VO+2, 0, 1, V[+4])
@logKreaction((V[+4], "(( (1.0 / log(10)) * ((16.903 * log(10)) - (-122700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V, 1.0, e-, 2.0, H+, -1.0, H2O)
@entity(V[+5], tot, 0)
@logKreaction(V[+5], 0, 1, V)
@logKreaction(VO2+, 0, 1, V[+5])
@entity(Zn, tot, 0)
@species(Zn+2,2)
@logKreaction(Zn+2, 0, 1, Zn)
@entity(Benzoate, tot, 0)
@species(Benzoate-,-1)
@logKreaction(Benzoate-, 0, 1, Benzoate)
@entity(Phenylacetate, tot, 0)
@species(Phenylacetate-,-1)
@logKreaction(Phenylacetate-, 0, 1, Phenylacetate)
@entity(Isophthalate, tot, 0)
@species(Isophthalate-2,-2)
@logKreaction(Isophthalate-2, 0, 1, Isophthalate)
@entity(Diethylamine_, tot, 0)
@species(Diethylamine,0)
@logKreaction(Diethylamine, 0, 1, Diethylamine_)
@entity(Butylamine_, tot, 0)
@species(Butylamine,0)
@logKreaction(Butylamine, 0, 1, Butylamine_)
@entity(Methylamine_, tot, 0)
@species(Methylamine,0)
@logKreaction(Methylamine, 0, 1, Methylamine_)
@entity(Dimethylamine_, tot, 0)
@species(Dimethylamine,0)
@logKreaction(Dimethylamine, 0, 1, Dimethylamine_)
@entity(Hexylamine_, tot, 0)
@species(Hexylamine,0)
@logKreaction(Hexylamine, 0, 1, Hexylamine_)
@entity(Ethylenediamine_, tot, 0)
@species(Ethylenediamine,0)
@logKreaction(Ethylenediamine, 0, 1, Ethylenediamine_)
@entity(Propylamine_, tot, 0)
@species(Propylamine,0)
@logKreaction(Propylamine, 0, 1, Propylamine_)
@entity(Isopropylamine_, tot, 0)
@species(Isopropylamine,0)
@logKreaction(Isopropylamine, 0, 1, Isopropylamine_)
@entity(Trimethylamine_, tot, 0)
@species(Trimethylamine,0)
@logKreaction(Trimethylamine, 0, 1, Trimethylamine_)
@entity(Citrate, tot, 0)
@species(Citrate-3,-3)
@logKreaction(Citrate-3, 0, 1, Citrate)
@entity(Nta, tot, 0)
@species(Nta-3,-3)
@logKreaction(Nta-3, 0, 1, Nta)
@entity(Edta, tot, 0)
@species(Edta-4,-4)
@logKreaction(Edta-4, 0, 1, Edta)
@entity(Propionate, tot, 0)
@species(Propionate-,-1)
@logKreaction(Propionate-, 0, 1, Propionate)
@entity(Butyrate, tot, 0)
@species(Butyrate-,-1)
@logKreaction(Butyrate-, 0, 1, Butyrate)
@entity(Isobutyrate, tot, 0)
@species(Isobutyrate-,-1)
@logKreaction(Isobutyrate-, 0, 1, Isobutyrate)
@entity(Two_picoline_, tot, 0)
@species(Two_picoline,0)
@logKreaction(Two_picoline, 0, 1, Two_picoline_)
@entity(Three_picoline_, tot, 0)
@species(Three_picoline,0)
@logKreaction(Three_picoline, 0, 1, Three_picoline_)
@entity(Four_picoline_, tot, 0)
@species(Four_picoline,0)
@logKreaction(Four_picoline, 0, 1, Four_picoline_)
@entity(Formate, tot, 0)
@species(Formate-,-1)
@logKreaction(Formate-, 0, 1, Formate)
@entity(Isovalerate, tot, 0)
@species(Isovalerate-,-1)
@logKreaction(Isovalerate-, 0, 1, Isovalerate)
@entity(Valerate, tot, 0)
@species(Valerate-,-1)
@logKreaction(Valerate-, 0, 1, Valerate)
@entity(Acetate, tot, 0)
@species(Acetate-,-1)
@logKreaction(Acetate-, 0, 1, Acetate)
@entity(Tartarate, tot, 0)
@species(Tartarate-2,-2)
@logKreaction(Tartarate-2, 0, 1, Tartarate)
@entity(Glycine, tot, 0)
@species(Glycine-,-1)
@logKreaction(Glycine-, 0, 1, Glycine)
@entity(Salicylate, tot, 0)
@species(Salicylate-2,-2)
@logKreaction(Salicylate-2, 0, 1, Salicylate)
@entity(Glutamate, tot, 0)
@species(Glutamate-2,-2)
@logKreaction(Glutamate-2, 0, 1, Glutamate)
@entity(Phthalate, tot, 0)
@species(Phthalate-2,-2)
@logKreaction(Phthalate-2, 0, 1, Phthalate)
@entity(e-, diss, 0)
@entity(H2O, liter, 55.6)
@species(Ag+,1)
@species(Al+3,3)
@species(H3AsO4,0)
@species(H3BO3,0)
@species(Ba+2,2)
@species(Be+2,2)
@species(Br-,-1)
@species(CO3-2,-2)
@species(Cyanide-,-1)
@species(Dom_a,0)
@species(Dom_b,0)
@species(Dom_c,0)
@species(Ca+2,2)
@species(Cd+2,2)
@species(Cl-,-1)
@species(Co+3,3)
@species(CrO4-2,-2)
@species(Cu+2,2)
@species(F-,-1)
@species(Fe+3,3)
@species(H+,1)
@species(Hg[OH]2,0)
@species(I-,-1)
@species(K+,1)
@species(Li+,1)
@species(Mg+2,2)
@species(Mn+3,3)
@species(MoO4-2,-2)
@species(NO3-,-1)
@species(Na+,1)
@species(Ni+2,2)
@species(PO4-3,-3)
@species(Pb+2,2)
@species(SO4-2,-2)
@species(Sb[OH]6-,-1)
@species(SeO4-2,-2)
@species(H4SiO4,0)
@species(Sn[OH]6-2,-2)
@species(Sr+2,2)
@species(Tl[OH]3,0)
@species(UO2+2,2)
@species(VO2+,1)
@species(Benzoate-,-1)
@species(Phenylacetate-,-1)
@species(Isophthalate-2,-2)
@species(Zn+2,2)
@species(Diethylamine,0)
@species(Butylamine,0)
@species(Methylamine,0)
@species(Dimethylamine,0)
@species(Hexylamine,0)
@species(Ethylenediamine,0)
@species(Propylamine,0)
@species(Isopropylamine,0)
@species(Trimethylamine,0)
@species(Citrate-3,-3)
@species(Nta-3,-3)
@species(Edta-4,-4)
@species(Propionate-,-1)
@species(Butyrate-,-1)
@species(Isobutyrate-,-1)
@species(Two_picoline,0)
@species(Three_picoline,0)
@species(Four_picoline,0)
@species(Formate-,-1)
@species(Isovalerate-,-1)
@species(Valerate-,-1)
@species(Acetate-,-1)
@species(Tartarate-2,-2)
@species(Glycine-,-1)
@species(Salicylate-2,-2)
@species(Glutamate-2,-2)
@species(Phthalate-2,-2)
@species(Fe+2,2, 0, 0)
@species(H3AsO3,0, 0, 0)
@species(Sb[OH]3,0, 0, 0)
@species(U+3,3, 0, 0)
@species(U+4,4, 0, 0)
@species(UO2+,1, 0, 0)
@species(Mn+2,2, 0, 0)
@species(Co+2,2, 0, 0)
@species(Cu+,1, 0, 0)
@species(V+2,2, 0, 0)
@species(V+3,3, 0, 0)
@species(VO+2,2, 0, 0)
@species(HS-,-1, 0, 0)
@species(Sn[OH]2,0, 0, 0)
@species(Tl+,1, 0, 0)
@species(HSe-,-1, 0, 0)
@species(HSeO3-,-1, 0, 0)
@species(Hg,0, 0, 0)
@species(Hg2+2,2, 0, 0)
@species(Cr+2,2, 0, 0)
@species(Cr[OH]2+,1, 0, 0)
@species(O2,0)
@species(H2,0)
@species(NO2-,-1, 3.0000, 0.0000)
@species(NH4+,1, 2.5000, 0.0000)
@species(MnO4-,-1, 3, 0)
@species(MnO4-2,-2, 5, 0)
@species(S-2,-2, 5, 0)
@logKreaction(S-2, "(( (1.0 / log(10)) * ((-17.3 * log(10)) - (49400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HS-, -1.0, H+)
@species(Se-2,-2, 0, 0)
@logKreaction(Se-2, "(( (1.0 / log(10)) * ((-15.0 * log(10)) - (48116.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HSe-, -1.0, H+)
@species(Tl+3,3, 0, 0)
@logKreaction(Tl+3, "(( (1.0 / log(10)) * ((3.291 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 3.0, H+, -3.0, H2O)
@species(Hg,0, 0, 0)
@species(Hg+2,2, 0, 0)
@logKreaction(Hg+2, "(( (1.0 / log(10)) * ((6.194 * log(10)) - (-39720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, -2.0, H2O)
@species(Cr+3,3, 0, 0)
@logKreaction(Cr+3, "(( (1.0 / log(10)) * ((9.5688 * log(10)) - (-129620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, -2.0, H2O)
@species(OH-,-1, 3.5, 0)
@logKreaction(OH-, "(( (1.0 / log(10)) * ((-13.997 * log(10)) - (55810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H2O, -1.0, H+)
@species(Sn+2,2, 0, 0)
@logKreaction(Sn+2, "(( (1.0 / log(10)) * ((7.094 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, -2.0, H2O)
@species(SnOH+,1, 0, 0)
@logKreaction(SnOH+, "(( (1.0 / log(10)) * ((3.697 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 1.0, H+, -1.0, H2O)
@species(Sn[OH]3-,-1, 0, 0)
@logKreaction(Sn[OH]3-, "(( (1.0 / log(10)) * ((-9.497 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 1.0, H2O, -1.0, H+)
@species(Sn2[OH]2+2,2, 0, 0)
@logKreaction(Sn2[OH]2+2, "(( (1.0 / log(10)) * ((9.394 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Sn[OH]2, 2.0, H+, -2.0, H2O)
@species(Sn3[OH]4+2,2, 0, 0)
@logKreaction(Sn3[OH]4+2, "(( (1.0 / log(10)) * ((14.394 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Sn[OH]2, 2.0, H+, -2.0, H2O)
@species(HSnO2-,-1, 0, 0)
@logKreaction(HSnO2-, "(( (1.0 / log(10)) * ((-8.9347 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, -1.0, H+)
@species(Sn+4,4, 0, 0)
@logKreaction(Sn+4, "(( (1.0 / log(10)) * ((21.2194 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]6-2, 6.0, H+, -6.0, H2O)
@species(SnO3-2,-2, 0, 0)
@logKreaction(SnO3-2, "(( (1.0 / log(10)) * ((-2.2099 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]6-2, -3.0, H2O)
@species(PbOH+,1, 0, 0)
@logKreaction(PbOH+, "(( (1.0 / log(10)) * ((-7.597 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, H2O, -1.0, H+)
@species(Pb[OH]2,0, 0, 0)
@logKreaction(Pb[OH]2, "(( (1.0 / log(10)) * ((-17.094 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, H2O, -2.0, H+)
@species(Pb[OH]3-,-1, 0, 0)
@logKreaction(Pb[OH]3-, "(( (1.0 / log(10)) * ((-28.091 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 3.0, H2O, -3.0, H+)
@species(Pb2OH+3,3, 0, 0)
@logKreaction(Pb2OH+3, "(( (1.0 / log(10)) * ((-6.397 * 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, 0, 0)
@logKreaction(Pb3[OH]4+2, "(( (1.0 / log(10)) * ((-23.888 * log(10)) - (115240.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Pb+2, 4.0, H2O, -4.0, H+)
@species(Pb[OH]4-2,-2, 0, 0)
@logKreaction(Pb[OH]4-2, "(( (1.0 / log(10)) * ((-39.699 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 4.0, H2O, -4.0, H+)
@species(Pb4[OH]4+4,4, 0, 0)
@logKreaction(Pb4[OH]4+4, "(( (1.0 / log(10)) * ((-19.988 * log(10)) - (88240.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Pb+2, 4.0, H2O, -4.0, H+)
@species(BF[OH]3-,-1, 2.5, 0)
@logKreaction(BF[OH]3-, "(( (1.0 / log(10)) * ((-0.399 * log(10)) - (7740.400000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3BO3, 1.0, F-)
@species(BF2[OH]2-,-1, 2.5, 0)
@logKreaction(BF2[OH]2-, "(( (1.0 / log(10)) * ((7.63 * log(10)) - (6840.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3BO3, 2.0, F-, 1.0, H+, -1.0, H2O)
@species(BF3OH-,-1, 2.5, 0)
@logKreaction(BF3OH-, "(( (1.0 / log(10)) * ((13.22 * log(10)) - (-20489.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3BO3, 3.0, F-, 2.0, H+, -2.0, H2O)
@species(AlOH+2,2, 5.4, 0)
@logKreaction(AlOH+2, "(( (1.0 / log(10)) * ((-4.997 * log(10)) - (47810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, H2O, -1.0, H+)
@species(Al[OH]2+,1, 5.4, 0)
@logKreaction(Al[OH]2+, "(( (1.0 / log(10)) * ((-10.094 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 2.0, H2O, -2.0, H+)
@species(Al[OH]3,0, 0, 0)
@logKreaction(Al[OH]3, "(( (1.0 / log(10)) * ((-16.791 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 3.0, H2O, -3.0, H+)
@species(Al[OH]4-,-1, 4.5, 0)
@logKreaction(Al[OH]4-, "(( (1.0 / log(10)) * ((-22.688 * log(10)) - (173240.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 4.0, H2O, -4.0, H+)
@species(TlOH,0, 0, 0)
@logKreaction(TlOH, "(( (1.0 / log(10)) * ((-13.207 * log(10)) - (56810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, H2O, -1.0, H+)
@species(TlOH+2,2, 0, 0)
@logKreaction(TlOH+2, "(( (1.0 / log(10)) * ((2.694 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 2.0, H+, -2.0, H2O)
@species(Tl[OH]2+,1, 0, 0)
@logKreaction(Tl[OH]2+, "(( (1.0 / log(10)) * ((1.897 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 1.0, H+, -1.0, H2O)
@species(Tl[OH]4-,-1, 0, 0)
@logKreaction(Tl[OH]4-, "(( (1.0 / log(10)) * ((-11.697 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 1.0, H2O, -1.0, H+)
@species(ZnOH+,1, 0, 0)
@logKreaction(ZnOH+, "(( (1.0 / log(10)) * ((-8.997 * log(10)) - (55810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, H2O, -1.0, H+)
@species(Zn[OH]2,0, 0, 0)
@logKreaction(Zn[OH]2, "(( (1.0 / log(10)) * ((-17.794 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, H2O, -2.0, H+)
@species(Zn[OH]3-,-1, 0, 0)
@logKreaction(Zn[OH]3-, "(( (1.0 / log(10)) * ((-28.091 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, H2O, -3.0, H+)
@species(Zn[OH]4-2,-2, 0, 0)
@logKreaction(Zn[OH]4-2, "(( (1.0 / log(10)) * ((-40.488 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 4.0, H2O, -4.0, H+)
@species(CdOH+,1, 0, 0)
@logKreaction(CdOH+, "(( (1.0 / log(10)) * ((-10.097 * log(10)) - (54810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, H2O, -1.0, H+)
@species(Cd[OH]2,0, 0, 0)
@logKreaction(Cd[OH]2, "(( (1.0 / log(10)) * ((-20.294 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, H2O, -2.0, H+)
@species(Cd[OH]3-,-1, 0, 0)
@logKreaction(Cd[OH]3-, "(( (1.0 / log(10)) * ((-32.505 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, H2O, -3.0, H+)
@species(Cd[OH]4-2,-2, 0, 0)
@logKreaction(Cd[OH]4-2, "(( (1.0 / log(10)) * ((-47.288 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 4.0, H2O, -4.0, H+)
@species(Cd2OH+3,3, 0, 0)
@logKreaction(Cd2OH+3, "(( (1.0 / log(10)) * ((-9.397 * log(10)) - (45810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cd+2, 1.0, H2O, -1.0, H+)
@species(HgOH+,1, 0, 0)
@logKreaction(HgOH+, "(( (1.0 / log(10)) * ((2.797 * log(10)) - (-18910.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, H+, -1.0, H2O)
@species(Hg[OH]3-,-1, 0, 0)
@logKreaction(Hg[OH]3-, "(( (1.0 / log(10)) * ((-14.897 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, H2O, -1.0, H+)
@species(CuOH+,1, 4, 0)
@logKreaction(CuOH+, "(( (1.0 / log(10)) * ((-7.497 * log(10)) - (35810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, H2O, -1.0, H+)
@species(Cu[OH]2,0, 0, 0)
@logKreaction(Cu[OH]2, "(( (1.0 / log(10)) * ((-16.194 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, H2O, -2.0, H+)
@species(Cu[OH]3-,-1, 0, 0)
@logKreaction(Cu[OH]3-, "(( (1.0 / log(10)) * ((-26.879 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 3.0, H2O, -3.0, H+)
@species(Cu[OH]4-2,-2, 0, 0)
@logKreaction(Cu[OH]4-2, "(( (1.0 / log(10)) * ((-39.98 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 4.0, H2O, -4.0, H+)
@species(Cu2[OH]2+2,2, 0, 0)
@logKreaction(Cu2[OH]2+2, "(( (1.0 / log(10)) * ((-10.594 * log(10)) - (76620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cu+2, 2.0, H2O, -2.0, H+)
@species(AgOH,0, 0, 0)
@logKreaction(AgOH, "(( (1.0 / log(10)) * ((-11.997 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, H2O, -1.0, H+)
@species(Ag[OH]2-,-1, 0, 0)
@logKreaction(Ag[OH]2-, "(( (1.0 / log(10)) * ((-24.004 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, H2O, -2.0, H+)
@species(NiOH+,1, 0, 0)
@logKreaction(NiOH+, "(( (1.0 / log(10)) * ((-9.897 * log(10)) - (51810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, H2O, -1.0, H+)
@species(Ni[OH]2,0, 0, 0)
@logKreaction(Ni[OH]2, "(( (1.0 / log(10)) * ((-18.994 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, H2O, -2.0, H+)
@species(Ni[OH]3-,-1, 0, 0)
@logKreaction(Ni[OH]3-, "(( (1.0 / log(10)) * ((-29.991 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 3.0, H2O, -3.0, H+)
@species(CoOH+,1, 0, 0)
@logKreaction(CoOH+, "(( (1.0 / log(10)) * ((-9.697 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, H2O, -1.0, H+)
@species(Co[OH]2,0, 0, 0)
@logKreaction(Co[OH]2, "(( (1.0 / log(10)) * ((-18.794 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, H2O, -2.0, H+)
@species(Co[OH]3-,-1, 0, 0)
@logKreaction(Co[OH]3-, "(( (1.0 / log(10)) * ((-31.491 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 3.0, H2O, -3.0, H+)
@species(Co[OH]4-2,-2, 0, 0)
@logKreaction(Co[OH]4-2, "(( (1.0 / log(10)) * ((-46.288 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 4.0, H2O, -4.0, H+)
@species(Co2OH+3,3, 0, 0)
@logKreaction(Co2OH+3, "(( (1.0 / log(10)) * ((-10.997 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Co+2, 1.0, H2O, -1.0, H+)
@species(Co4[OH]4+4,4, 0, 0)
@logKreaction(Co4[OH]4+4, "(( (1.0 / log(10)) * ((-30.488 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Co+2, 4.0, H2O, -4.0, H+)
@species(CoOOH-,-1, 0, 0)
@logKreaction(CoOOH-, "(( (1.0 / log(10)) * ((-32.0915 * log(10)) - (260454.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, H2O, -3.0, H+)
@species(CoOH+2,2, 0, 0)
@logKreaction(CoOH+2, "(( (1.0 / log(10)) * ((-1.291 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 1.0, H2O, -1.0, H+)
@species(FeOH+,1, 5, 0)
@logKreaction(FeOH+, "(( (1.0 / log(10)) * ((-9.397 * log(10)) - (55810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, H2O, -1.0, H+)
@species(Fe[OH]2,0, 0, 0)
@logKreaction(Fe[OH]2, "(( (1.0 / log(10)) * ((-20.494 * log(10)) - (119620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 2.0, H2O, -2.0, H+)
@species(Fe[OH]3-,-1, 5, 0)
@logKreaction(Fe[OH]3-, "(( (1.0 / log(10)) * ((-28.991 * log(10)) - (126430.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 3.0, H2O, -3.0, H+)
@species(FeOH+2,2, 5, 0)
@logKreaction(FeOH+2, "(( (1.0 / log(10)) * ((-2.187 * log(10)) - (41810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, H2O, -1.0, H+)
@species(Fe[OH]2+,1, 5.4, 0)
@logKreaction(Fe[OH]2+, "(( (1.0 / log(10)) * ((-4.594 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 2.0, H2O, -2.0, H+)
@species(Fe[OH]3,0, 0, 0)
@logKreaction(Fe[OH]3, "(( (1.0 / log(10)) * ((-12.56 * log(10)) - (103800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 3.0, H2O, -3.0, H+)
@species(Fe[OH]4-,-1, 5.4, 0)
@logKreaction(Fe[OH]4-, "(( (1.0 / log(10)) * ((-21.588 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 4.0, H2O, -4.0, H+)
@species(Fe2[OH]2+4,4, 0, 0)
@logKreaction(Fe2[OH]2+4, "(( (1.0 / log(10)) * ((-2.854 * log(10)) - (57620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Fe+3, 2.0, H2O, -2.0, H+)
@species(Fe3[OH]4+5,5, 0, 0)
@logKreaction(Fe3[OH]4+5, "(( (1.0 / log(10)) * ((-6.288 * log(10)) - (65239.99999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Fe+3, 4.0, H2O, -4.0, H+)
@species(MnOH+,1, 5, 0)
@logKreaction(MnOH+, "(( (1.0 / log(10)) * ((-10.597 * log(10)) - (55810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, H2O, -1.0, H+)
@species(Mn[OH]3-,-1, 5, 0)
@logKreaction(Mn[OH]3-, "(( (1.0 / log(10)) * ((-34.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 3.0, H2O, -3.0, H+)
@species(Mn[OH]4-2,-2, 5, 0)
@logKreaction(Mn[OH]4-2, "(( (1.0 / log(10)) * ((-48.288 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 4.0, H2O, -4.0, H+)
@species(MnO4-,-1, 3, 0)
@species(MnO4-2,-2, 5, 0)
@species(Cr[OH]+2,2, 0, 0)
@logKreaction(Cr[OH]+2, "(( (1.0 / log(10)) * ((5.9118 * log(10)) - (-77910.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, H+, -1.0, H2O)
@species(Cr[OH]3,0, 0, 0)
@logKreaction(Cr[OH]3, "(( (1.0 / log(10)) * ((-8.4222 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, H2O, -1.0, H+)
@species(Cr[OH]4-,-1, 0, 0)
@logKreaction(Cr[OH]4-, "(( (1.0 / log(10)) * ((-17.8192 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H2O, -2.0, H+)
@species(CrO2-,-1, 0, 0)
@logKreaction(CrO2-, "(( (1.0 / log(10)) * ((-17.7456 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, -2.0, H+)
@species(VOH+,1, 0, 0)
@logKreaction(VOH+, "(( (1.0 / log(10)) * ((-6.487 * log(10)) - (59810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+2, 1.0, H2O, -1.0, H+)
@species(VOH+2,2, 0, 0)
@logKreaction(VOH+2, "(( (1.0 / log(10)) * ((-2.297 * log(10)) - (43810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+3, 1.0, H2O, -1.0, H+)
@species(V[OH]2+,1, 0, 0)
@logKreaction(V[OH]2+, "(( (1.0 / log(10)) * ((-6.274 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+3, 2.0, H2O, -2.0, H+)
@species(V[OH]3,0, 0, 0)
@logKreaction(V[OH]3, "(( (1.0 / log(10)) * ((-3.0843 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+3, 3.0, H2O, -3.0, H+)
@species(V2[OH]2+4,4, 0, 0)
@logKreaction(V2[OH]2+4, "(( (1.0 / log(10)) * ((-3.794 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, V+3, 2.0, H2O, -2.0, H+)
@species(V2[OH]3+3,3, 0, 0)
@logKreaction(V2[OH]3+3, "(( (1.0 / log(10)) * ((-10.1191 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, V+3, 3.0, H2O, -3.0, H+)
@species(V[OH]3+,1, 0, 0)
@logKreaction(V[OH]3+, "(( (1.0 / log(10)) * ((-5.697 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 2.0, H2O, -1.0, H+)
@species(H2V2O4+2,2, 0, 0)
@logKreaction(H2V2O4+2, "(( (1.0 / log(10)) * ((-6.694 * log(10)) - (53620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, VO+2, 2.0, H2O, -2.0, H+)
@species(UOH+3,3, 0, 0)
@logKreaction(UOH+3, "(( (1.0 / log(10)) * ((-0.597 * log(10)) - (47810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, H2O, -1.0, H+)
@species(U[OH]2+2,2, 0, 0)
@logKreaction(U[OH]2+2, "(( (1.0 / log(10)) * ((-2.27 * log(10)) - (74182.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, H2O, -2.0, H+)
@species(U[OH]3+,1, 0, 0)
@logKreaction(U[OH]3+, "(( (1.0 / log(10)) * ((-4.935 * log(10)) - (94746.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 3.0, H2O, -3.0, H+)
@species(U[OH]4,0, 0, 0)
@logKreaction(U[OH]4, "(( (1.0 / log(10)) * ((-8.498 * log(10)) - (103596.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, H2O, -4.0, H+)
@species(U[OH]5-,-1, 0, 0)
@logKreaction(U[OH]5-, "(( (1.0 / log(10)) * ((-13.12 * log(10)) - (115374.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 5.0, H2O, -5.0, H+)
@species(U6[OH]15+9,9, 0, 0)
@logKreaction(U6[OH]15+9, "(( (1.0 / log(10)) * ((-17.155 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 6.0, U+4, 15.0, H2O, -15.0, H+)
@species(UO2OH+,1, 0, 0)
@logKreaction(UO2OH+, "(( (1.0 / log(10)) * ((-5.897 * log(10)) - (47810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, H2O, -1.0, H+)
@species([UO2]2[OH]2+2,2, 0, 0)
@logKreaction([UO2]2[OH]2+2, "(( (1.0 / log(10)) * ((-5.574 * log(10)) - (41820.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 2.0, H2O, -2.0, H+)
@species([UO2]3[OH]5+,1, 0, 0)
@logKreaction([UO2]3[OH]5+, "(( (1.0 / log(10)) * ((-15.585 * log(10)) - (108050.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, UO2+2, 5.0, H2O, -5.0, H+)
@species(BeOH+,1, 6.5, 0)
@logKreaction(BeOH+, "(( (1.0 / log(10)) * ((-5.397 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, H2O, -1.0, H+)
@species(Be[OH]2,0, 6.5, 0)
@logKreaction(Be[OH]2, "(( (1.0 / log(10)) * ((-13.594 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 2.0, H2O, -2.0, H+)
@species(Be[OH]3-,-1, 6.5, 0)
@logKreaction(Be[OH]3-, "(( (1.0 / log(10)) * ((-23.191 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 3.0, H2O, -3.0, H+)
@species(Be[OH]4-2,-2, 6.5, 0)
@logKreaction(Be[OH]4-2, "(( (1.0 / log(10)) * ((-37.388 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 4.0, H2O, -4.0, H+)
@species(Be2OH+3,3, 6.5, 0)
@logKreaction(Be2OH+3, "(( (1.0 / log(10)) * ((-3.177 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Be+2, 1.0, H2O, -1.0, H+)
@species(Be3[OH]3+3,3, 6.5, 0)
@logKreaction(Be3[OH]3+3, "(( (1.0 / log(10)) * ((-8.8076 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Be+2, 3.0, H2O, -3.0, H+)
@species(MgOH+,1, 6.5, 0)
@logKreaction(MgOH+, "(( (1.0 / log(10)) * ((-11.397 * log(10)) - (67810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, H2O, -1.0, H+)
@species(CaOH+,1, 6, 0)
@logKreaction(CaOH+, "(( (1.0 / log(10)) * ((-12.697 * log(10)) - (64110.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, H2O, -1.0, H+)
@species(SrOH+,1, 5, 0)
@logKreaction(SrOH+, "(( (1.0 / log(10)) * ((-13.177 * log(10)) - (60810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, H2O, -1.0, H+)
@species(BaOH+,1, 5, 0)
@logKreaction(BaOH+, "(( (1.0 / log(10)) * ((-13.357 * log(10)) - (60810.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, H2O, -1.0, H+)
@species(HF,0, 0, 0)
@logKreaction(HF, "(( (1.0 / log(10)) * ((3.17 * log(10)) - (13300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, F-)
@species(HF2-,-1, 3.5, 0)
@logKreaction(HF2-, "(( (1.0 / log(10)) * ((3.75 * log(10)) - (17400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 2.0, F-)
@species(H2F2,0, 0, 0)
@logKreaction(H2F2, "(( (1.0 / log(10)) * ((6.768 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, F-, 2.0, H+)
@species(SbOF,0, 0, 0)
@logKreaction(SbOF, "(( (1.0 / log(10)) * ((6.1864 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 1.0, F-, 1.0, H+, -2.0, H2O)
@species(Sb[OH]2F,0, 0, 0)
@logKreaction(Sb[OH]2F, "(( (1.0 / log(10)) * ((6.1937 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 1.0, F-, 1.0, H+, -1.0, H2O)
@species(SiF6-2,-2, 5, 0)
@logKreaction(SiF6-2, "(( (1.0 / log(10)) * ((30.18 * log(10)) - (-68000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H4SiO4, 4.0, H+, 6.0, F-, -4.0, H2O)
@species(SnF+,1, 0, 0)
@logKreaction(SnF+, "(( (1.0 / log(10)) * ((11.582 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 1.0, F-, -2.0, H2O)
@species(SnF2,0, 0, 0)
@logKreaction(SnF2, "(( (1.0 / log(10)) * ((14.386 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 2.0, F-, -2.0, H2O)
@species(SnF3-,-1, 0, 0)
@logKreaction(SnF3-, "(( (1.0 / log(10)) * ((17.206 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 3.0, F-, -2.0, H2O)
@species(SnF6-2,-2, 0, 0)
@logKreaction(SnF6-2, "(( (1.0 / log(10)) * ((33.5844 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]6-2, 6.0, H+, 6.0, F-, -6.0, H2O)
@species(PbF+,1, 0, 0)
@logKreaction(PbF+, "(( (1.0 / log(10)) * ((1.848 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, F-)
@species(PbF2,0, 0, 0)
@logKreaction(PbF2, "(( (1.0 / log(10)) * ((3.142 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, F-)
@species(PbF3-,-1, 0, 0)
@logKreaction(PbF3-, "(( (1.0 / log(10)) * ((3.42 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 3.0, F-)
@species(PbF4-2,-2, 0, 0)
@logKreaction(PbF4-2, "(( (1.0 / log(10)) * ((3.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 4.0, F-)
@species(BF4-,-1, 2.5, 0)
@logKreaction(BF4-, "(( (1.0 / log(10)) * ((19.912 * log(10)) - (-18670.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3BO3, 3.0, H+, 4.0, F-, -3.0, H2O)
@species(AlF+2,2, 5.4, 0)
@logKreaction(AlF+2, "(( (1.0 / log(10)) * ((7.0 * log(10)) - (4600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, F-)
@species(AlF2+,1, 5.4, 0)
@logKreaction(AlF2+, "(( (1.0 / log(10)) * ((12.6 * log(10)) - (8300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 2.0, F-)
@species(AlF3,0, 0, 0)
@logKreaction(AlF3, "(( (1.0 / log(10)) * ((16.7 * log(10)) - (8700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 3.0, F-)
@species(AlF4-,-1, 4.5, 0)
@logKreaction(AlF4-, "(( (1.0 / log(10)) * ((19.4 * log(10)) - (8700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 4.0, F-)
@species(TlF,0, 0, 0)
@logKreaction(TlF, "(( (1.0 / log(10)) * ((0.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, F-)
@species(ZnF+,1, 0, 0)
@logKreaction(ZnF+, "(( (1.0 / log(10)) * ((1.3 * log(10)) - (11000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, F-)
@species(CdF+,1, 0, 0)
@logKreaction(CdF+, "(( (1.0 / log(10)) * ((1.2 * log(10)) - (5000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, F-)
@species(CdF2,0, 0, 0)
@logKreaction(CdF2, "(( (1.0 / log(10)) * ((1.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, F-)
@species(HgF+,1, 0, 0)
@logKreaction(HgF+, "(( (1.0 / log(10)) * ((7.763 * log(10)) - (-35720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, F-, -2.0, H2O)
@species(CuF+,1, 0, 0)
@logKreaction(CuF+, "(( (1.0 / log(10)) * ((1.8 * log(10)) - (13000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, F-)
@species(AgF,0, 0, 0)
@logKreaction(AgF, "(( (1.0 / log(10)) * ((0.4 * log(10)) - (12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, F-)
@species(NiF+,1, 0, 0)
@logKreaction(NiF+, "(( (1.0 / log(10)) * ((1.4 * log(10)) - (7100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, F-)
@species(CoF+,1, 0, 0)
@logKreaction(CoF+, "(( (1.0 / log(10)) * ((1.5 * log(10)) - (9200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, F-)
@species(FeF+2,2, 5, 0)
@logKreaction(FeF+2, "(( (1.0 / log(10)) * ((6.04 * log(10)) - (10000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, F-)
@species(FeF2+,1, 5, 0)
@logKreaction(FeF2+, "(( (1.0 / log(10)) * ((10.4675 * log(10)) - (17000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 2.0, F-)
@species(FeF3,0, 0, 0)
@logKreaction(FeF3, "(( (1.0 / log(10)) * ((13.617 * log(10)) - (29000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 3.0, F-)
@species(MnF+,1, 5, 0)
@logKreaction(MnF+, "(( (1.0 / log(10)) * ((1.6 * log(10)) - (11000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, F-)
@species(CrF+2,2, 0, 0)
@logKreaction(CrF+2, "(( (1.0 / log(10)) * ((14.7688 * log(10)) - (-70245.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, 1.0, F-, -2.0, H2O)
@species(VOF+,1, 0, 0)
@logKreaction(VOF+, "(( (1.0 / log(10)) * ((3.778 * log(10)) - (7900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 1.0, F-)
@species(VOF2,0, 0, 0)
@logKreaction(VOF2, "(( (1.0 / log(10)) * ((6.352 * log(10)) - (14000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 2.0, F-)
@species(VOF3-,-1, 0, 0)
@logKreaction(VOF3-, "(( (1.0 / log(10)) * ((7.902 * log(10)) - (20000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 3.0, F-)
@species(VOF4-2,-2, 0, 0)
@logKreaction(VOF4-2, "(( (1.0 / log(10)) * ((8.508 * log(10)) - (26000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 4.0, F-)
@species(VO2F,0, 0, 0)
@logKreaction(VO2F, "(( (1.0 / log(10)) * ((3.244 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 1.0, F-)
@species(VO2F2-,-1, 0, 0)
@logKreaction(VO2F2-, "(( (1.0 / log(10)) * ((5.804 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 2.0, F-)
@species(VO2F3-2,-2, 0, 0)
@logKreaction(VO2F3-2, "(( (1.0 / log(10)) * ((6.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 3.0, F-)
@species(VO2F4-3,-3, 0, 0)
@logKreaction(VO2F4-3, "(( (1.0 / log(10)) * ((6.592 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 4.0, F-)
@species(UF+3,3, 0, 0)
@logKreaction(UF+3, "(( (1.0 / log(10)) * ((9.3 * log(10)) - (21129.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, F-)
@species(UF2+2,2, 0, 0)
@logKreaction(UF2+2, "(( (1.0 / log(10)) * ((16.4 * log(10)) - (30124.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, F-)
@species(UF3+,1, 0, 0)
@logKreaction(UF3+, "(( (1.0 / log(10)) * ((21.6 * log(10)) - (29915.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 3.0, F-)
@species(UF4,0, 0, 0)
@logKreaction(UF4, "(( (1.0 / log(10)) * ((23.64 * log(10)) - (19246.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, F-)
@species(UF5-,-1, 0, 0)
@logKreaction(UF5-, "(( (1.0 / log(10)) * ((25.238 * log(10)) - (20292.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 5.0, F-)
@species(UF6-2,-2, 0, 0)
@logKreaction(UF6-2, "(( (1.0 / log(10)) * ((27.718 * log(10)) - (13807.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 6.0, F-)
@species(UO2F+,1, 0, 0)
@logKreaction(UO2F+, "(( (1.0 / log(10)) * ((5.14 * log(10)) - (1000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, F-)
@species(UO2F2,0, 0, 0)
@logKreaction(UO2F2, "(( (1.0 / log(10)) * ((8.6 * log(10)) - (2000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, F-)
@species(UO2F3-,-1, 0, 0)
@logKreaction(UO2F3-, "(( (1.0 / log(10)) * ((11.0 * log(10)) - (2000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 3.0, F-)
@species(UO2F4-2,-2, 0, 0)
@logKreaction(UO2F4-2, "(( (1.0 / log(10)) * ((11.9 * log(10)) - (400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 4.0, F-)
@species(BeF+,1, 0, 0)
@logKreaction(BeF+, "(( (1.0 / log(10)) * ((5.249 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, F-)
@species(BeF2,0, 0, 0)
@logKreaction(BeF2, "(( (1.0 / log(10)) * ((9.1285 * log(10)) - (-4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 2.0, F-)
@species(BeF3-,-1, 0, 0)
@logKreaction(BeF3-, "(( (1.0 / log(10)) * ((11.9085 * log(10)) - (-8000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 3.0, F-)
@species(MgF+,1, 4.5, 0)
@logKreaction(MgF+, "(( (1.0 / log(10)) * ((2.05 * log(10)) - (13000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, F-)
@species(CaF+,1, 5, 0)
@logKreaction(CaF+, "(( (1.0 / log(10)) * ((1.038 * log(10)) - (14000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, F-)
@species(SrF+,1, 0, 0)
@logKreaction(SrF+, "(( (1.0 / log(10)) * ((0.548 * log(10)) - (16000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, F-)
@species(NaF,0, 0, 0)
@logKreaction(NaF, "(( (1.0 / log(10)) * ((-0.2 * log(10)) - (12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, F-)
@species(SnCl+,1, 0, 0)
@logKreaction(SnCl+, "(( (1.0 / log(10)) * ((8.734 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 1.0, Cl-, -2.0, H2O)
@species(SnCl2,0, 0, 0)
@logKreaction(SnCl2, "(( (1.0 / log(10)) * ((9.524 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 2.0, Cl-, -2.0, H2O)
@species(SnCl3-,-1, 0, 0)
@logKreaction(SnCl3-, "(( (1.0 / log(10)) * ((8.3505 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 3.0, Cl-, -2.0, H2O)
@species(PbCl+,1, 0, 0)
@logKreaction(PbCl+, "(( (1.0 / log(10)) * ((1.55 * log(10)) - (8700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Cl-)
@species(PbCl2,0, 0, 0)
@logKreaction(PbCl2, "(( (1.0 / log(10)) * ((2.2 * log(10)) - (12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Cl-)
@species(PbCl3-,-1, 0, 0)
@logKreaction(PbCl3-, "(( (1.0 / log(10)) * ((1.8 * log(10)) - (4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 3.0, Cl-)
@species(PbCl4-2,-2, 0, 0)
@logKreaction(PbCl4-2, "(( (1.0 / log(10)) * ((1.46 * log(10)) - (14769.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 4.0, Cl-)
@species(TlCl,0, 0, 0)
@logKreaction(TlCl, "(( (1.0 / log(10)) * ((0.51 * log(10)) - (-6200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Cl-)
@species(TlCl2-,-1, 0, 0)
@logKreaction(TlCl2-, "(( (1.0 / log(10)) * ((0.28 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 2.0, Cl-)
@species(TlCl+2,2, 0, 0)
@logKreaction(TlCl+2, "(( (1.0 / log(10)) * ((11.011 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 3.0, H+, 1.0, Cl-, -3.0, H2O)
@species(TlCl2+,1, 0, 0)
@logKreaction(TlCl2+, "(( (1.0 / log(10)) * ((16.771 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 3.0, H+, 2.0, Cl-, -3.0, H2O)
@species(TlCl3,0, 0, 0)
@logKreaction(TlCl3, "(( (1.0 / log(10)) * ((19.791 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 3.0, H+, 3.0, Cl-, -3.0, H2O)
@species(TlCl4-,-1, 0, 0)
@logKreaction(TlCl4-, "(( (1.0 / log(10)) * ((21.591 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 3.0, H+, 4.0, Cl-, -3.0, H2O)
@species(TlOHCl+,1, 0, 0)
@logKreaction(TlOHCl+, "(( (1.0 / log(10)) * ((10.629 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 1.0, Cl-, 2.0, H+, -2.0, H2O)
@species(ZnCl+,1, 4, 0)
@logKreaction(ZnCl+, "(( (1.0 / log(10)) * ((0.4 * log(10)) - (5400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Cl-)
@species(ZnCl2,0, 0, 0)
@logKreaction(ZnCl2, "(( (1.0 / log(10)) * ((0.6 * log(10)) - (37000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Cl-)
@species(ZnCl3-,-1, 4, 0)
@logKreaction(ZnCl3-, "(( (1.0 / log(10)) * ((0.5 * log(10)) - (39999.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, Cl-)
@species(ZnCl4-2,-2, 5, 0)
@logKreaction(ZnCl4-2, "(( (1.0 / log(10)) * ((0.199 * log(10)) - (45856.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 4.0, Cl-)
@species(ZnOHCl,0, 0, 0)
@logKreaction(ZnOHCl, "(( (1.0 / log(10)) * ((-7.48 * 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(CdCl+,1, 0, 0)
@logKreaction(CdCl+, "(( (1.0 / log(10)) * ((1.98 * log(10)) - (1000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Cl-)
@species(CdCl2,0, 0, 0)
@logKreaction(CdCl2, "(( (1.0 / log(10)) * ((2.6 * log(10)) - (3000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Cl-)
@species(CdCl3-,-1, 0, 0)
@logKreaction(CdCl3-, "(( (1.0 / log(10)) * ((2.4 * log(10)) - (10000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Cl-)
@species(CdOHCl,0, 0, 0)
@logKreaction(CdOHCl, "(( (1.0 / log(10)) * ((-7.404 * log(10)) - (18221.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, H2O, 1.0, Cl-, -1.0, H+)
@species(HgCl+,1, 0, 0)
@logKreaction(HgCl+, "(( (1.0 / log(10)) * ((13.494 * log(10)) - (-62720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, Cl-, -2.0, H2O)
@species(HgCl2,0, 0, 0)
@logKreaction(HgCl2, "(( (1.0 / log(10)) * ((20.194 * log(10)) - (-92420.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 2.0, Cl-, -2.0, H2O)
@species(HgCl3-,-1, 0, 0)
@logKreaction(HgCl3-, "(( (1.0 / log(10)) * ((21.194 * log(10)) - (-94020.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 3.0, Cl-, -2.0, H2O)
@species(HgCl4-2,-2, 0, 0)
@logKreaction(HgCl4-2, "(( (1.0 / log(10)) * ((21.794 * log(10)) - (-100720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 4.0, Cl-, -2.0, H2O)
@species(HgClI,0, 0, 0)
@logKreaction(HgClI, "(( (1.0 / log(10)) * ((25.532 * log(10)) - (-135300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Cl-, 1.0, I-, 2.0, H+, -2.0, H2O)
@species(HgClOH,0, 0, 0)
@logKreaction(HgClOH, "(( (1.0 / log(10)) * ((10.444 * log(10)) - (-42720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, H+, 1.0, Cl-, -1.0, H2O)
@species(CuCl+,1, 4, 0)
@logKreaction(CuCl+, "(( (1.0 / log(10)) * ((0.2 * log(10)) - (8300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Cl-)
@species(CuCl2,0, 0, 0)
@logKreaction(CuCl2, "(( (1.0 / log(10)) * ((-0.26 * log(10)) - (44183.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Cl-)
@species(CuCl3-,-1, 4, 0)
@logKreaction(CuCl3-, "(( (1.0 / log(10)) * ((-2.29 * log(10)) - (57279.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 3.0, Cl-)
@species(CuCl4-2,-2, 5, 0)
@logKreaction(CuCl4-2, "(( (1.0 / log(10)) * ((-4.59 * log(10)) - (32551.499999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 4.0, Cl-)
@species(CuCl2-,-1, 4, 0)
@logKreaction(CuCl2-, "(( (1.0 / log(10)) * ((5.42 * log(10)) - (-1757.3000000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 2.0, Cl-)
@species(CuCl3-2,-2, 5, 0)
@logKreaction(CuCl3-2, "(( (1.0 / log(10)) * ((4.75 * log(10)) - (1087.8000000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 3.0, Cl-)
@species(CuCl,0, 0, 0)
@logKreaction(CuCl, "(( (1.0 / log(10)) * ((3.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, Cl-)
@species(AgCl,0, 0, 0)
@logKreaction(AgCl, "(( (1.0 / log(10)) * ((3.31 * log(10)) - (-12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Cl-)
@species(AgCl2-,-1, 0, 0)
@logKreaction(AgCl2-, "(( (1.0 / log(10)) * ((5.25 * log(10)) - (-16000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Cl-)
@species(AgCl3-2,-2, 0, 0)
@logKreaction(AgCl3-2, "(( (1.0 / log(10)) * ((5.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 3.0, Cl-)
@species(AgCl4-3,-3, 0, 0)
@logKreaction(AgCl4-3, "(( (1.0 / log(10)) * ((5.51 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 4.0, Cl-)
@species(NiCl+,1, 0, 0)
@logKreaction(NiCl+, "(( (1.0 / log(10)) * ((0.408 * log(10)) - (2000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Cl-)
@species(NiCl2,0, 0, 0)
@logKreaction(NiCl2, "(( (1.0 / log(10)) * ((-1.89 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Cl-)
@species(CoCl+,1, 0, 0)
@logKreaction(CoCl+, "(( (1.0 / log(10)) * ((0.539 * log(10)) - (2000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Cl-)
@species(CoCl+2,2, 0, 0)
@logKreaction(CoCl+2, "(( (1.0 / log(10)) * ((2.3085 * log(10)) - (16000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 1.0, Cl-)
@species(FeCl+2,2, 5, 0)
@logKreaction(FeCl+2, "(( (1.0 / log(10)) * ((1.48 * log(10)) - (23000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Cl-)
@species(FeCl2+,1, 5, 0)
@logKreaction(FeCl2+, "(( (1.0 / log(10)) * ((2.13 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 2.0, Cl-)
@species(FeCl3,0, 0, 0)
@logKreaction(FeCl3, "(( (1.0 / log(10)) * ((1.13 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 3.0, Cl-)
@species(MnCl+,1, 5, 0)
@logKreaction(MnCl+, "(( (1.0 / log(10)) * ((0.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Cl-)
@species(MnCl2,0, 0, 0)
@logKreaction(MnCl2, "(( (1.0 / log(10)) * ((0.25 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Cl-)
@species(MnCl3-,-1, 5, 0)
@logKreaction(MnCl3-, "(( (1.0 / log(10)) * ((-0.31 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 3.0, Cl-)
@species(CrCl+2,2, 0, 0)
@logKreaction(CrCl+2, "(( (1.0 / log(10)) * ((9.6808 * log(10)) - (-103620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, 1.0, Cl-, -2.0, H2O)
@species(CrCl2+,1, 0, 0)
@logKreaction(CrCl2+, "(( (1.0 / log(10)) * ((8.658 * log(10)) - (-39220.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, Cl-, 2.0, H+, -2.0, H2O)
@species(CrOHCl2,0, 0, 0)
@logKreaction(CrOHCl2, "(( (1.0 / log(10)) * ((2.9627 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, Cl-, 1.0, H+, -1.0, H2O)
@species(VOCl+,1, 0, 0)
@logKreaction(VOCl+, "(( (1.0 / log(10)) * ((0.448 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 1.0, Cl-)
@species(UCl+3,3, 0, 0)
@logKreaction(UCl+3, "(( (1.0 / log(10)) * ((1.7 * log(10)) - (-20000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, Cl-)
@species(UO2Cl+,1, 0, 0)
@logKreaction(UO2Cl+, "(( (1.0 / log(10)) * ((0.21 * log(10)) - (16000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, Cl-)
@species(BeCl+,1, 5, 0)
@logKreaction(BeCl+, "(( (1.0 / log(10)) * ((0.2009 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, Cl-)
@species(SnBr+,1, 0, 0)
@logKreaction(SnBr+, "(( (1.0 / log(10)) * ((8.254 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 1.0, Br-, -2.0, H2O)
@species(SnBr2,0, 0, 0)
@logKreaction(SnBr2, "(( (1.0 / log(10)) * ((8.794 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 2.0, Br-, -2.0, H2O)
@species(SnBr3-,-1, 0, 0)
@logKreaction(SnBr3-, "(( (1.0 / log(10)) * ((7.48 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 3.0, Br-, -2.0, H2O)
@species(PbBr+,1, 0, 0)
@logKreaction(PbBr+, "(( (1.0 / log(10)) * ((1.7 * log(10)) - (8000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Br-)
@species(PbBr2,0, 0, 0)
@logKreaction(PbBr2, "(( (1.0 / log(10)) * ((2.6 * log(10)) - (-4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Br-)
@species(TlBr,0, 0, 0)
@logKreaction(TlBr, "(( (1.0 / log(10)) * ((0.91 * log(10)) - (-12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Br-)
@species(TlBr2-,-1, 0, 0)
@logKreaction(TlBr2-, "(( (1.0 / log(10)) * ((-0.384 * log(10)) - (12360.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 2.0, Br-)
@species(TlBrCl-,-1, 0, 0)
@logKreaction(TlBrCl-, "(( (1.0 / log(10)) * ((0.8165 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Br-, 1.0, Cl-)
@species(TlIBr-,-1, 0, 0)
@logKreaction(TlIBr-, "(( (1.0 / log(10)) * ((2.185 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, I-, 1.0, Br-)
@species(TlBr+2,2, 0, 0)
@logKreaction(TlBr+2, "(( (1.0 / log(10)) * ((12.803 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 3.0, H+, 1.0, Br-, -3.0, H2O)
@species(TlBr2+,1, 0, 0)
@logKreaction(TlBr2+, "(( (1.0 / log(10)) * ((20.711 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 3.0, H+, 2.0, Br-, -3.0, H2O)
@species(TlBr3,0, 0, 0)
@logKreaction(TlBr3, "(( (1.0 / log(10)) * ((27.0244 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 3.0, Br-, 3.0, H+, -3.0, H2O)
@species(TlBr4-,-1, 0, 0)
@logKreaction(TlBr4-, "(( (1.0 / log(10)) * ((31.1533 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 4.0, Br-, 3.0, H+, -3.0, H2O)
@species(ZnBr+,1, 0, 0)
@logKreaction(ZnBr+, "(( (1.0 / log(10)) * ((-0.07 * log(10)) - (1000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Br-)
@species(ZnBr2,0, 0, 0)
@logKreaction(ZnBr2, "(( (1.0 / log(10)) * ((-0.98 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Br-)
@species(CdBr+,1, 0, 0)
@logKreaction(CdBr+, "(( (1.0 / log(10)) * ((2.15 * log(10)) - (-3000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Br-)
@species(CdBr2,0, 0, 0)
@logKreaction(CdBr2, "(( (1.0 / log(10)) * ((3.0 * log(10)) - (-3000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Br-)
@species(HgBr+,1, 0, 0)
@logKreaction(HgBr+, "(( (1.0 / log(10)) * ((15.803 * log(10)) - (-81920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, Br-, -2.0, H2O)
@species(HgBr2,0, 0, 0)
@logKreaction(HgBr2, "(( (1.0 / log(10)) * ((24.2725 * log(10)) - (-127120.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 2.0, Br-, -2.0, H2O)
@species(HgBr3-,-1, 0, 0)
@logKreaction(HgBr3-, "(( (1.0 / log(10)) * ((26.7025 * log(10)) - (-138820.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 3.0, Br-, -2.0, H2O)
@species(HgBr4-2,-2, 0, 0)
@logKreaction(HgBr4-2, "(( (1.0 / log(10)) * ((27.933 * log(10)) - (-153720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 4.0, Br-, -2.0, H2O)
@species(HgBrCl,0, 0, 0)
@logKreaction(HgBrCl, "(( (1.0 / log(10)) * ((22.1811 * log(10)) - (-113770.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Br-, 1.0, Cl-, 2.0, H+, -2.0, H2O)
@species(HgBrI,0, 0, 0)
@logKreaction(HgBrI, "(( (1.0 / log(10)) * ((27.3133 * log(10)) - (-151270.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Br-, 1.0, I-, 2.0, H+, -2.0, H2O)
@species(HgBrI3-2,-2, 0, 0)
@logKreaction(HgBrI3-2, "(( (1.0 / log(10)) * ((34.2135 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Br-, 3.0, I-, 2.0, H+, -2.0, H2O)
@species(HgBr2I2-2,-2, 0, 0)
@logKreaction(HgBr2I2-2, "(( (1.0 / log(10)) * ((32.3994 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, Br-, 2.0, I-, 2.0, H+, -2.0, H2O)
@species(HgBr3I-2,-2, 0, 0)
@logKreaction(HgBr3I-2, "(( (1.0 / log(10)) * ((30.1528 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 3.0, Br-, 1.0, I-, 2.0, H+, -2.0, H2O)
@species(HgBrOH,0, 0, 0)
@logKreaction(HgBrOH, "(( (1.0 / log(10)) * ((12.433 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, H+, 1.0, Br-, -1.0, H2O)
@species(AgBr,0, 0, 0)
@logKreaction(AgBr, "(( (1.0 / log(10)) * ((4.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Br-)
@species(AgBr2-,-1, 0, 0)
@logKreaction(AgBr2-, "(( (1.0 / log(10)) * ((7.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Br-)
@species(AgBr3-2,-2, 0, 0)
@logKreaction(AgBr3-2, "(( (1.0 / log(10)) * ((8.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 3.0, Br-)
@species(NiBr+,1, 0, 0)
@logKreaction(NiBr+, "(( (1.0 / log(10)) * ((0.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Br-)
@species(CrBr+2,2, 0, 0)
@logKreaction(CrBr+2, "(( (1.0 / log(10)) * ((7.5519 * log(10)) - (-46906.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, Br-, 2.0, H+, -2.0, H2O)
@species(BeBr+,1, 5, 0)
@logKreaction(BeBr+, "(( (1.0 / log(10)) * ((0.1009 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, Br-)
@species(PbI+,1, 0, 0)
@logKreaction(PbI+, "(( (1.0 / log(10)) * ((2.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, I-)
@species(PbI2,0, 0, 0)
@logKreaction(PbI2, "(( (1.0 / log(10)) * ((3.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, I-)
@species(TlI,0, 0, 0)
@logKreaction(TlI, "(( (1.0 / log(10)) * ((1.4279 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, I-)
@species(TlI2-,-1, 0, 0)
@logKreaction(TlI2-, "(( (1.0 / log(10)) * ((1.8588 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 2.0, I-)
@species(TlI4-,-1, 0, 0)
@logKreaction(TlI4-, "(( (1.0 / log(10)) * ((34.7596 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 4.0, I-, 3.0, H+, -3.0, H2O)
@species(ZnI+,1, 0, 0)
@logKreaction(ZnI+, "(( (1.0 / log(10)) * ((-2.0427 * log(10)) - (-4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, I-)
@species(ZnI2,0, 0, 0)
@logKreaction(ZnI2, "(( (1.0 / log(10)) * ((-1.69 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, I-)
@species(CdI+,1, 0, 0)
@logKreaction(CdI+, "(( (1.0 / log(10)) * ((2.28 * log(10)) - (-9600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, I-)
@species(CdI2,0, 0, 0)
@logKreaction(CdI2, "(( (1.0 / log(10)) * ((3.92 * log(10)) - (-12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, I-)
@species(HgI+,1, 0, 0)
@logKreaction(HgI+, "(( (1.0 / log(10)) * ((19.603 * log(10)) - (-111220.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, I-, -2.0, H2O)
@species(HgI2,0, 0, 0)
@logKreaction(HgI2, "(( (1.0 / log(10)) * ((30.8225 * log(10)) - (-182720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 2.0, I-, -2.0, H2O)
@species(HgI3-,-1, 0, 0)
@logKreaction(HgI3-, "(( (1.0 / log(10)) * ((34.6025 * log(10)) - (-194220.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 3.0, I-, -2.0, H2O)
@species(HgI4-2,-2, 0, 0)
@logKreaction(HgI4-2, "(( (1.0 / log(10)) * ((36.533 * log(10)) - (-220720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 4.0, I-, -2.0, H2O)
@species(AgI,0, 0, 0)
@logKreaction(AgI, "(( (1.0 / log(10)) * ((6.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, I-)
@species(AgI2-,-1, 0, 0)
@logKreaction(AgI2-, "(( (1.0 / log(10)) * ((11.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, I-)
@species(AgI3-2,-2, 0, 0)
@logKreaction(AgI3-2, "(( (1.0 / log(10)) * ((12.6 * log(10)) - (-122000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 3.0, I-)
@species(AgI4-3,-3, 0, 0)
@logKreaction(AgI4-3, "(( (1.0 / log(10)) * ((14.229 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 4.0, I-)
@species(CrI+2,2, 0, 0)
@logKreaction(CrI+2, "(( (1.0 / log(10)) * ((4.8289 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, I-, 2.0, H+, -2.0, H2O)
@species(H2S,0, 0, 0)
@logKreaction(H2S, "(( (1.0 / log(10)) * ((7.02 * log(10)) - (-22000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, HS-)
@species(Pb[HS]2,0, 0, 0)
@logKreaction(Pb[HS]2, "(( (1.0 / log(10)) * ((15.27 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, HS-)
@species(Pb[HS]3-,-1, 0, 0)
@logKreaction(Pb[HS]3-, "(( (1.0 / log(10)) * ((16.57 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 3.0, HS-)
@species(TlHS,0, 0, 0)
@logKreaction(TlHS, "(( (1.0 / log(10)) * ((2.474 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, HS-)
@species(Tl2HS+,1, 0, 0)
@logKreaction(Tl2HS+, "(( (1.0 / log(10)) * ((5.974 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Tl+, 1.0, HS-)
@species(Tl2OH[HS]3-2,-2, 0, 0)
@logKreaction(Tl2OH[HS]3-2, "(( (1.0 / log(10)) * ((1.0044 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Tl+, 3.0, HS-, 1.0, H2O, -1.0, H+)
@species(Tl2[OH]2[HS]2-2,-2, 0, 0)
@logKreaction(Tl2[OH]2[HS]2-2, "(( (1.0 / log(10)) * ((-11.0681 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Tl+, 2.0, HS-, 2.0, H2O, -2.0, H+)
@species(Zn[HS]2,0, 0, 0)
@logKreaction(Zn[HS]2, "(( (1.0 / log(10)) * ((12.82 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, HS-)
@species(Zn[HS]3-,-1, 0, 0)
@logKreaction(Zn[HS]3-, "(( (1.0 / log(10)) * ((16.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, HS-)
@species(ZnS[HS]2-2,-2, 0, 0)
@logKreaction(ZnS[HS]2-2, "(( (1.0 / log(10)) * ((6.12 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, HS-, -1.0, H+)
@species(HS-,-1, 0, 0)
@species(ZnS[HS]-,-1, 0, 0)
@logKreaction(ZnS[HS]-, "(( (1.0 / log(10)) * ((6.81 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, HS-, -1.0, H+)
@species(CdHS+,1, 0, 0)
@logKreaction(CdHS+, "(( (1.0 / log(10)) * ((8.008 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, HS-)
@species(Cd[HS]2,0, 0, 0)
@logKreaction(Cd[HS]2, "(( (1.0 / log(10)) * ((15.212 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, HS-)
@species(Cd[HS]3-,-1, 0, 0)
@logKreaction(Cd[HS]3-, "(( (1.0 / log(10)) * ((17.112 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, HS-)
@species(Cd[HS]4-2,-2, 0, 0)
@logKreaction(Cd[HS]4-2, "(( (1.0 / log(10)) * ((19.308 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 4.0, HS-)
@species(HgS2-2,-2, 0, 0)
@logKreaction(HgS2-2, "(( (1.0 / log(10)) * ((29.414 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, HS-, -2.0, H2O)
@species(Hg[HS]2,0, 0, 0)
@logKreaction(Hg[HS]2, "(( (1.0 / log(10)) * ((44.516 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 2.0, HS-, -2.0, H2O)
@species(HgHS2-,-1, 0, 0)
@logKreaction(HgHS2-, "(( (1.0 / log(10)) * ((38.122 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, H+, 2.0, HS-, -2.0, H2O)
@species(Cu[HS]3-,-1, 0, 0)
@logKreaction(Cu[HS]3-, "(( (1.0 / log(10)) * ((25.899 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 3.0, HS-)
@species(AgHS,0, 0, 0)
@logKreaction(AgHS, "(( (1.0 / log(10)) * ((13.8145 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, HS-)
@species(Ag[HS]2-,-1, 0, 0)
@logKreaction(Ag[HS]2-, "(( (1.0 / log(10)) * ((17.9145 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, HS-)
@species(Fe[HS]2,0, 0, 0)
@logKreaction(Fe[HS]2, "(( (1.0 / log(10)) * ((8.95 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 2.0, HS-)
@species(Fe[HS]3-,-1, 0, 0)
@logKreaction(Fe[HS]3-, "(( (1.0 / log(10)) * ((10.987 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 3.0, HS-)
@species(S2-2,-2, 0, 0)
@logKreaction(S2-2, "(( (1.0 / log(10)) * ((-11.7828 * log(10)) - (46400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HS-, -1.0, H+)
@species(S3-2,-2, 0, 0)
@logKreaction(S3-2, "(( (1.0 / log(10)) * ((-10.7667 * log(10)) - (42200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HS-, -1.0, H+)
@species(S4-2,-2, 0, 0)
@logKreaction(S4-2, "(( (1.0 / log(10)) * ((-9.9608 * log(10)) - (39300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HS-, -1.0, H+)
@species(S5-2,-2, 0, 0)
@logKreaction(S5-2, "(( (1.0 / log(10)) * ((-9.3651 * log(10)) - (37600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HS-, -1.0, H+)
@species(S6-2,-2, 0, 0)
@logKreaction(S6-2, "(( (1.0 / log(10)) * ((-9.881 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HS-, -1.0, H+)
@species(Sb2S4-2,-2, 0, 0)
@logKreaction(Sb2S4-2, "(( (1.0 / log(10)) * ((49.3886 * log(10)) - (-321780.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Sb[OH]3, 4.0, HS-, 2.0, H+, -6.0, H2O)
@species(Cu[S4]2-3,-3, 23, 0)
@logKreaction(Cu[S4]2-3, "(( (1.0 / log(10)) * ((3.39 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 2.0, HS-, -2.0, H+)
@species(CuS4S5-3,-3, 25, 0)
@logKreaction(CuS4S5-3, "(( (1.0 / log(10)) * ((2.66 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 2.0, HS-, -2.0, H+)
@species(Ag[S4]2-3,-3, 22, 0)
@logKreaction(Ag[S4]2-3, "(( (1.0 / log(10)) * ((0.991 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, HS-, -2.0, H+)
@species(AgS4S5-3,-3, 24, 0)
@logKreaction(AgS4S5-3, "(( (1.0 / log(10)) * ((0.68 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, HS-, -2.0, H+)
@species(Ag[HS]S4-2,-2, 15, 0)
@logKreaction(Ag[HS]S4-2, "(( (1.0 / log(10)) * ((10.431 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, HS-, -1.0, H+)
@species(HSO4-,-1, 4.5, 0)
@logKreaction(HSO4-, "(( (1.0 / log(10)) * ((1.99 * log(10)) - (22000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, SO4-2)
@species(NH4SO4-,-1, 5, 0)
@logKreaction(NH4SO4-, "(( (1.0 / log(10)) * ((1.03 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NH4+, 1.0, SO4-2)
@species(PbSO4,0, 0, 0)
@logKreaction(PbSO4, "(( (1.0 / log(10)) * ((2.69 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, SO4-2)
@species(Pb[SO4]2-2,-2, 0, 0)
@logKreaction(Pb[SO4]2-2, "(( (1.0 / log(10)) * ((3.47 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, SO4-2)
@species(AlSO4+,1, 4.5, 0)
@logKreaction(AlSO4+, "(( (1.0 / log(10)) * ((3.89 * log(10)) - (28000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, SO4-2)
@species(Al[SO4]2-,-1, 4.5, 0)
@logKreaction(Al[SO4]2-, "(( (1.0 / log(10)) * ((4.92 * log(10)) - (11900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 2.0, SO4-2)
@species(TlSO4-,-1, 0, 0)
@logKreaction(TlSO4-, "(( (1.0 / log(10)) * ((1.37 * log(10)) - (-800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, SO4-2)
@species(ZnSO4,0, 0, 0)
@logKreaction(ZnSO4, "(( (1.0 / log(10)) * ((2.34 * log(10)) - (6200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, SO4-2)
@species(Zn[SO4]2-2,-2, 0, 0)
@logKreaction(Zn[SO4]2-2, "(( (1.0 / log(10)) * ((3.28 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, SO4-2)
@species(CdSO4,0, 0, 0)
@logKreaction(CdSO4, "(( (1.0 / log(10)) * ((2.37 * log(10)) - (8700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SO4-2)
@species(Cd[SO4]2-2,-2, 0, 0)
@logKreaction(Cd[SO4]2-2, "(( (1.0 / log(10)) * ((3.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, SO4-2)
@species(HgSO4,0, 0, 0)
@logKreaction(HgSO4, "(( (1.0 / log(10)) * ((8.612 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, SO4-2, -2.0, H2O)
@species(CuSO4,0, 0, 0)
@logKreaction(CuSO4, "(( (1.0 / log(10)) * ((2.36 * log(10)) - (8700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, SO4-2)
@species(AgSO4-,-1, 0, 0)
@logKreaction(AgSO4-, "(( (1.0 / log(10)) * ((1.3 * log(10)) - (6200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, SO4-2)
@species(NiSO4,0, 0, 0)
@logKreaction(NiSO4, "(( (1.0 / log(10)) * ((2.3 * log(10)) - (5800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, SO4-2)
@species(Ni[SO4]2-2,-2, 0, 0)
@logKreaction(Ni[SO4]2-2, "(( (1.0 / log(10)) * ((0.82 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, SO4-2)
@species(CoSO4,0, 0, 0)
@logKreaction(CoSO4, "(( (1.0 / log(10)) * ((2.3 * log(10)) - (6200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, SO4-2)
@species(FeSO4,0, 0, 0)
@logKreaction(FeSO4, "(( (1.0 / log(10)) * ((2.39 * log(10)) - (8000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, SO4-2)
@species(FeSO4+,1, 5, 0)
@logKreaction(FeSO4+, "(( (1.0 / log(10)) * ((4.05 * log(10)) - (25000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, SO4-2)
@species(Fe[SO4]2-,-1, 0, 0)
@logKreaction(Fe[SO4]2-, "(( (1.0 / log(10)) * ((5.38 * log(10)) - (19200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 2.0, SO4-2)
@species(MnSO4,0, 0, 0)
@logKreaction(MnSO4, "(( (1.0 / log(10)) * ((2.25 * log(10)) - (8700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, SO4-2)
@species(CrSO4+,1, 0, 0)
@logKreaction(CrSO4+, "(( (1.0 / log(10)) * ((12.9371 * log(10)) - (-98620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, 1.0, SO4-2, -2.0, H2O)
@species(CrOHSO4,0, 0, 0)
@logKreaction(CrOHSO4, "(( (1.0 / log(10)) * ((8.2871 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, H+, 1.0, SO4-2, -1.0, H2O)
@species(Cr2[OH]2SO4+2,2, 0, 0)
@logKreaction(Cr2[OH]2SO4+2, "(( (1.0 / log(10)) * ((16.155 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cr[OH]2+, 1.0, SO4-2, 2.0, H+, -2.0, H2O)
@species(Cr2[OH]2[SO4]2,0, 0, 0)
@logKreaction(Cr2[OH]2[SO4]2, "(( (1.0 / log(10)) * ((17.9288 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cr[OH]2+, 2.0, SO4-2, 2.0, H+, -2.0, H2O)
@species(USO4+2,2, 0, 0)
@logKreaction(USO4+2, "(( (1.0 / log(10)) * ((6.6 * log(10)) - (8000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, SO4-2)
@species(U[SO4]2,0, 0, 0)
@logKreaction(U[SO4]2, "(( (1.0 / log(10)) * ((10.5 * log(10)) - (33000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, SO4-2)
@species(UO2SO4,0, 0, 0)
@logKreaction(UO2SO4, "(( (1.0 / log(10)) * ((3.18 * log(10)) - (20000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, SO4-2)
@species(UO2[SO4]2-2,-2, 0, 0)
@logKreaction(UO2[SO4]2-2, "(( (1.0 / log(10)) * ((4.3 * log(10)) - (38000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, SO4-2)
@species(VSO4+,1, 0, 0)
@logKreaction(VSO4+, "(( (1.0 / log(10)) * ((2.674 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+3, 1.0, SO4-2)
@species(VOSO4,0, 0, 0)
@logKreaction(VOSO4, "(( (1.0 / log(10)) * ((2.44 * log(10)) - (17000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 1.0, SO4-2)
@species(VO2SO4-,-1, 0, 0)
@logKreaction(VO2SO4-, "(( (1.0 / log(10)) * ((1.378 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 1.0, SO4-2)
@species(BeSO4,0, 0, 0)
@logKreaction(BeSO4, "(( (1.0 / log(10)) * ((2.19 * log(10)) - (29000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, SO4-2)
@species(Be[SO4]2-2,-2, 0, 0)
@logKreaction(Be[SO4]2-2, "(( (1.0 / log(10)) * ((2.596 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 2.0, SO4-2)
@species(MgSO4,0, 0, 0)
@logKreaction(MgSO4, "(( (1.0 / log(10)) * ((2.26 * log(10)) - (5800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SO4-2)
@species(CaSO4,0, 0, 0)
@logKreaction(CaSO4, "(( (1.0 / log(10)) * ((2.36 * log(10)) - (7100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, SO4-2)
@species(SrSO4,0, 0, 0)
@logKreaction(SrSO4, "(( (1.0 / log(10)) * ((2.3 * log(10)) - (8000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, SO4-2)
@species(LiSO4-,-1, 5, 0)
@logKreaction(LiSO4-, "(( (1.0 / log(10)) * ((0.64 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Li+, 1.0, SO4-2)
@species(NaSO4-,-1, 5.4, 0)
@logKreaction(NaSO4-, "(( (1.0 / log(10)) * ((0.73 * log(10)) - (1000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, SO4-2)
@species(KSO4-,-1, 5.4, 0)
@logKreaction(KSO4-, "(( (1.0 / log(10)) * ((0.85 * log(10)) - (4100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, SO4-2)
@species(H2Se,0, 0, 0)
@logKreaction(H2Se, "(( (1.0 / log(10)) * ((3.89 * log(10)) - (3300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HSe-, 1.0, H+)
@species(Ag2Se,0, 0, 0)
@logKreaction(Ag2Se, "(( (1.0 / log(10)) * ((34.911 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 1.0, HSe-, -1.0, H+)
@species(AgOH[Se]2-4,-4, 0, 0)
@logKreaction(AgOH[Se]2-4, "(( (1.0 / log(10)) * ((-20.509 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, H2O, 2.0, HSe-, -3.0, H+)
@species(MnSe,0, 0, 0)
@logKreaction(MnSe, "(( (1.0 / log(10)) * ((-5.385 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, HSe-, -1.0, H+)
@species(SeO3-2,-2, 0, 0)
@logKreaction(SeO3-2, "(( (1.0 / log(10)) * ((-8.4 * log(10)) - (5020.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HSeO3-, -1.0, H+)
@species(H2SeO3,0, 0, 0)
@logKreaction(H2SeO3, "(( (1.0 / log(10)) * ((2.63 * log(10)) - (6200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HSeO3-, 1.0, H+)
@species(Cd[SeO3]2-2,-2, 0, 0)
@logKreaction(Cd[SeO3]2-2, "(( (1.0 / log(10)) * ((-10.884 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, HSeO3-, -2.0, H+)
@species(AgSeO3-,-1, 0, 0)
@logKreaction(AgSeO3-, "(( (1.0 / log(10)) * ((-5.592 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, HSeO3-, -1.0, H+)
@species(Ag[SeO3]2-3,-3, 0, 0)
@logKreaction(Ag[SeO3]2-3, "(( (1.0 / log(10)) * ((-13.04 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, HSeO3-, -2.0, H+)
@species(FeHSeO3+2,2, 0, 0)
@logKreaction(FeHSeO3+2, "(( (1.0 / log(10)) * ((3.422 * log(10)) - (25000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, HSeO3-)
@species(HSeO4-,-1, 0, 0)
@logKreaction(HSeO4-, "(( (1.0 / log(10)) * ((1.7 * log(10)) - (23000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, SeO4-2, 1.0, H+)
@species(ZnSeO4,0, 0, 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(Zn[SeO4]2-2,-2, 0, 0)
@logKreaction(Zn[SeO4]2-2, "(( (1.0 / log(10)) * ((2.196 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, SeO4-2)
@species(CdSeO4,0, 0, 0)
@logKreaction(CdSeO4, "(( (1.0 / log(10)) * ((2.27 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SeO4-2)
@species(NiSeO4,0, 0, 0)
@logKreaction(NiSeO4, "(( (1.0 / log(10)) * ((2.67 * log(10)) - (14000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, SeO4-2)
@species(CoSeO4,0, 0, 0)
@logKreaction(CoSeO4, "(( (1.0 / log(10)) * ((2.7 * log(10)) - (12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, SeO4-2)
@species(MnSeO4,0, 0, 0)
@logKreaction(MnSeO4, "(( (1.0 / log(10)) * ((2.43 * log(10)) - (14000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, SeO4-2)
@species(NH3,0, 0, 0)
@logKreaction(NH3, "(( (1.0 / log(10)) * ((-9.244 * log(10)) - (52000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NH4+, -1.0, H+)
@species(AgNH3+,1, 0, 0)
@logKreaction(AgNH3+, "(( (1.0 / log(10)) * ((-5.934 * log(10)) - (-72000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, NH4+, -1.0, H+)
@species(Ag[NH3]2+,1, 0, 0)
@logKreaction(Ag[NH3]2+, "(( (1.0 / log(10)) * ((-11.268 * log(10)) - (-160000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, NH4+, -2.0, H+)
@species(HgNH3+2,2, 0, 0)
@logKreaction(HgNH3+2, "(( (1.0 / log(10)) * ((5.75 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, H+, 1.0, NH4+, -2.0, H2O)
@species(Hg[NH3]2+2,2, 0, 0)
@logKreaction(Hg[NH3]2+2, "(( (1.0 / log(10)) * ((5.506 * log(10)) - (-246720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, NH4+, -2.0, H2O)
@species(Hg[NH3]3+2,2, 0, 0)
@logKreaction(Hg[NH3]3+2, "(( (1.0 / log(10)) * ((-3.138 * log(10)) - (-312720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 3.0, NH4+, -2.0, H2O, -1.0, H+)
@species(Hg[NH3]4+2,2, 0, 0)
@logKreaction(Hg[NH3]4+2, "(( (1.0 / log(10)) * ((-11.482 * log(10)) - (-379720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 4.0, NH4+, -2.0, H2O, -2.0, H+)
@species(CuNH3+2,2, 0, 0)
@logKreaction(CuNH3+2, "(( (1.0 / log(10)) * ((-5.234 * log(10)) - (-72000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, NH4+, -1.0, H+)
@species(NiNH3+2,2, 0, 0)
@logKreaction(NiNH3+2, "(( (1.0 / log(10)) * ((-6.514 * log(10)) - (-67000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, NH4+, -1.0, H+)
@species(Ni[NH3]2+2,2, 0, 0)
@logKreaction(Ni[NH3]2+2, "(( (1.0 / log(10)) * ((-13.598 * log(10)) - (-111600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, NH4+, -2.0, H+)
@species(Co[NH3]+2,2, 0, 0)
@logKreaction(Co[NH3]+2, "(( (1.0 / log(10)) * ((-7.164 * log(10)) - (-65000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, NH4+, -1.0, H+)
@species(Co[NH3]2+2,2, 0, 0)
@logKreaction(Co[NH3]2+2, "(( (1.0 / log(10)) * ((-14.778 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, NH4+, -2.0, H+)
@species(Co[NH3]3+2,2, 0, 0)
@logKreaction(Co[NH3]3+2, "(( (1.0 / log(10)) * ((-22.922 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 3.0, NH4+, -3.0, H+)
@species(Co[NH3]4+2,2, 0, 0)
@logKreaction(Co[NH3]4+2, "(( (1.0 / log(10)) * ((-31.446 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 4.0, NH4+, -4.0, H+)
@species(Co[NH3]5+2,2, 0, 0)
@logKreaction(Co[NH3]5+2, "(( (1.0 / log(10)) * ((-40.47 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 5.0, NH4+, -5.0, H+)
@species(Co[NH3]6OH+2,2, 0, 0)
@logKreaction(Co[NH3]6OH+2, "(( (1.0 / log(10)) * ((-43.7148 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 6.0, NH4+, 1.0, H2O, -7.0, H+)
@species(Co[NH3]5Cl+2,2, 0, 0)
@logKreaction(Co[NH3]5Cl+2, "(( (1.0 / log(10)) * ((-17.9584 * log(10)) - (113380.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 5.0, NH4+, 1.0, Cl-, -5.0, H+)
@species(Co[NH3]6Cl+2,2, 0, 0)
@logKreaction(Co[NH3]6Cl+2, "(( (1.0 / log(10)) * ((-33.9179 * log(10)) - (104340.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 6.0, NH4+, 1.0, Cl-, -6.0, H+)
@species(Co[NH3]6Br+2,2, 0, 0)
@logKreaction(Co[NH3]6Br+2, "(( (1.0 / log(10)) * ((-33.8884 * log(10)) - (110570.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 6.0, NH4+, 1.0, Br-, -6.0, H+)
@species(Co[NH3]6I+2,2, 0, 0)
@logKreaction(Co[NH3]6I+2, "(( (1.0 / log(10)) * ((-33.4808 * log(10)) - (115440.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 6.0, NH4+, 1.0, I-, -6.0, H+)
@species(Co[NH3]6SO4+,1, 0, 0)
@logKreaction(Co[NH3]6SO4+, "(( (1.0 / log(10)) * ((-28.9926 * log(10)) - (124500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 6.0, NH4+, 1.0, SO4-2, -6.0, H+)
@species(Cr[NH3]6+3,3, 0, 0)
@logKreaction(Cr[NH3]6+3, "(( (1.0 / log(10)) * ((-32.8952 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 6.0, NH4+, -2.0, H2O, -4.0, H+)
@species(Cr[NH3]5OH+2,2, 0, 0)
@logKreaction(Cr[NH3]5OH+2, "(( (1.0 / log(10)) * ((-30.2759 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 5.0, NH4+, -4.0, H+, -1.0, H2O)
@species(Cr[NH3]6Cl+2,2, 0, 0)
@logKreaction(Cr[NH3]6Cl+2, "(( (1.0 / log(10)) * ((-31.7932 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 6.0, NH4+, 1.0, Cl-, -2.0, H2O, -4.0, H+)
@species(Cr[NH3]6Br+2,2, 0, 0)
@logKreaction(Cr[NH3]6Br+2, "(( (1.0 / log(10)) * ((-31.887 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 6.0, NH4+, 1.0, Br-, -4.0, H+, -2.0, H2O)
@species(Cr[NH3]6I+2,2, 0, 0)
@logKreaction(Cr[NH3]6I+2, "(( (1.0 / log(10)) * ((-32.008 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 6.0, NH4+, 1.0, I-, -4.0, H+, -2.0, H2O)
@species(CaNH3+2,2, 0, 0)
@logKreaction(CaNH3+2, "(( (1.0 / log(10)) * ((-9.144 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, NH4+, -1.0, H+)
@species(Ca[NH3]2+2,2, 0, 0)
@logKreaction(Ca[NH3]2+2, "(( (1.0 / log(10)) * ((-18.788 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, NH4+, -2.0, H+)
@species(SrNH3+2,2, 0, 0)
@logKreaction(SrNH3+2, "(( (1.0 / log(10)) * ((-9.344 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, NH4+, -1.0, H+)
@species(BaNH3+2,2, 0, 0)
@logKreaction(BaNH3+2, "(( (1.0 / log(10)) * ((-9.444 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, NH4+, -1.0, H+)
@species(TlNO2,0, 0, 0)
@logKreaction(TlNO2, "(( (1.0 / log(10)) * ((0.83 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, NO2-)
@species(AgNO2,0, 0, 0)
@logKreaction(AgNO2, "(( (1.0 / log(10)) * ((2.32 * log(10)) - (-29000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, NO2-)
@species(Ag[NO2]2-,-1, 0, 0)
@logKreaction(Ag[NO2]2-, "(( (1.0 / log(10)) * ((2.51 * log(10)) - (-46000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, NO2-)
@species(CuNO2+,1, 0, 0)
@logKreaction(CuNO2+, "(( (1.0 / log(10)) * ((2.02 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, NO2-)
@species(Cu[NO2]2,0, 0, 0)
@logKreaction(Cu[NO2]2, "(( (1.0 / log(10)) * ((3.03 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, NO2-)
@species(CoNO2+,1, 0, 0)
@logKreaction(CoNO2+, "(( (1.0 / log(10)) * ((0.848 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, NO2-)
@species(SnNO3+,1, 0, 0)
@logKreaction(SnNO3+, "(( (1.0 / log(10)) * ((7.942 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 1.0, NO3-, -2.0, H2O)
@species(PbNO3+,1, 0, 0)
@logKreaction(PbNO3+, "(( (1.0 / log(10)) * ((1.17 * log(10)) - (2000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, NO3-)
@species(Pb[NO3]2,0, 0, 0)
@logKreaction(Pb[NO3]2, "(( (1.0 / log(10)) * ((1.4 * log(10)) - (-6600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, NO3-)
@species(TlNO3,0, 0, 0)
@logKreaction(TlNO3, "(( (1.0 / log(10)) * ((0.33 * log(10)) - (-2000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, NO3-)
@species(TlNO3+2,2, 0, 0)
@logKreaction(TlNO3+2, "(( (1.0 / log(10)) * ((7.0073 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3, 1.0, NO3-, 3.0, H+, -3.0, H2O)
@species(CdNO3+,1, 0, 0)
@logKreaction(CdNO3+, "(( (1.0 / log(10)) * ((0.5 * log(10)) - (-21000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, NO3-)
@species(Cd[NO3]2,0, 0, 0)
@logKreaction(Cd[NO3]2, "(( (1.0 / log(10)) * ((0.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, NO3-)
@species(HgNO3+,1, 0, 0)
@logKreaction(HgNO3+, "(( (1.0 / log(10)) * ((5.7613 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, NO3-, -2.0, H2O)
@species(Hg[NO3]2,0, 0, 0)
@logKreaction(Hg[NO3]2, "(( (1.0 / log(10)) * ((5.38 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 2.0, NO3-, -2.0, H2O)
@species(CuNO3+,1, 0, 0)
@logKreaction(CuNO3+, "(( (1.0 / log(10)) * ((0.5 * log(10)) - (-4100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, NO3-)
@species(Cu[NO3]2,0, 0, 0)
@logKreaction(Cu[NO3]2, "(( (1.0 / log(10)) * ((-0.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, NO3-)
@species(ZnNO3+,1, 0, 0)
@logKreaction(ZnNO3+, "(( (1.0 / log(10)) * ((0.4 * log(10)) - (-4600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, NO3-)
@species(Zn[NO3]2,0, 0, 0)
@logKreaction(Zn[NO3]2, "(( (1.0 / log(10)) * ((-0.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, NO3-)
@species(AgNO3,0, 0, 0)
@logKreaction(AgNO3, "(( (1.0 / log(10)) * ((-0.1 * log(10)) - (22600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, NO3-)
@species(NiNO3+,1, 0, 0)
@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(CoNO3+,1, 0, 0)
@logKreaction(CoNO3+, "(( (1.0 / log(10)) * ((0.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, NO3-)
@species(Co[NO3]2,0, 0, 0)
@logKreaction(Co[NO3]2, "(( (1.0 / log(10)) * ((0.5085 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, NO3-)
@species(FeNO3+2,2, 0, 0)
@logKreaction(FeNO3+2, "(( (1.0 / log(10)) * ((1.0 * log(10)) - (-37000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, NO3-)
@species(MnNO3+,1, 0, 0)
@logKreaction(MnNO3+, "(( (1.0 / log(10)) * ((0.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, NO3-)
@species(Mn[NO3]2,0, 0, 0)
@logKreaction(Mn[NO3]2, "(( (1.0 / log(10)) * ((0.6 * log(10)) - (-1656.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, NO3-)
@species(CrNO3+2,2, 0, 0)
@logKreaction(CrNO3+2, "(( (1.0 / log(10)) * ((8.2094 * log(10)) - (-65437.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, NO3-, 2.0, H+, -2.0, H2O)
@species(UO2NO3+,1, 0, 0)
@logKreaction(UO2NO3+, "(( (1.0 / log(10)) * ((0.3 * log(10)) - (-12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, NO3-)
@species(VO2NO3,0, 0, 0)
@logKreaction(VO2NO3, "(( (1.0 / log(10)) * ((-0.296 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 1.0, NO3-)
@species(CaNO3+,1, 0, 0)
@logKreaction(CaNO3+, "(( (1.0 / log(10)) * ((0.5 * log(10)) - (-5400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, NO3-)
@species(SrNO3+,1, 0, 0)
@logKreaction(SrNO3+, "(( (1.0 / log(10)) * ((0.6 * log(10)) - (-10000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, NO3-)
@species(BaNO3+,1, 0, 0)
@logKreaction(BaNO3+, "(( (1.0 / log(10)) * ((0.7 * log(10)) - (-13000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, NO3-)
@species(HCyanide,0, 0, 0)
@logKreaction(HCyanide, "(( (1.0 / log(10)) * ((9.21 * log(10)) - (-43630.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Cyanide-)
@species(CdCyanide+,1, 0, 0)
@logKreaction(CdCyanide+, "(( (1.0 / log(10)) * ((6.01 * log(10)) - (-30000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Cyanide-)
@species(Cd[Cyanide]2,0, 0, 0)
@logKreaction(Cd[Cyanide]2, "(( (1.0 / log(10)) * ((11.12 * log(10)) - (-54300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Cyanide-)
@species(Cd[Cyanide]3-,-1, 0, 0)
@logKreaction(Cd[Cyanide]3-, "(( (1.0 / log(10)) * ((15.65 * log(10)) - (-90300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Cyanide-)
@species(Cd[Cyanide]4-2,-2, 0, 0)
@logKreaction(Cd[Cyanide]4-2, "(( (1.0 / log(10)) * ((17.92 * log(10)) - (-112000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 4.0, Cyanide-)
@species(HgCyanide+,1, 0, 0)
@logKreaction(HgCyanide+, "(( (1.0 / log(10)) * ((23.194 * log(10)) - (-136720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, Cyanide-, -2.0, H2O)
@species(Hg[Cyanide]2,0, 0, 0)
@logKreaction(Hg[Cyanide]2, "(( (1.0 / log(10)) * ((38.944 * log(10)) - (154280.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 2.0, Cyanide-, -2.0, H2O)
@species(Hg[Cyanide]3-,-1, 0, 0)
@logKreaction(Hg[Cyanide]3-, "(( (1.0 / log(10)) * ((42.504 * log(10)) - (-262720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 3.0, Cyanide-, -2.0, H2O)
@species(Hg[Cyanide]4-2,-2, 0, 0)
@logKreaction(Hg[Cyanide]4-2, "(( (1.0 / log(10)) * ((45.164 * log(10)) - (-288720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 4.0, Cyanide-, -2.0, H2O)
@species(Cu[Cyanide]2-,-1, 0, 0)
@logKreaction(Cu[Cyanide]2-, "(( (1.0 / log(10)) * ((21.9145 * log(10)) - (-121000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 2.0, Cyanide-)
@species(Cu[Cyanide]3-2,-2, 0, 0)
@logKreaction(Cu[Cyanide]3-2, "(( (1.0 / log(10)) * ((27.2145 * log(10)) - (-167400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 3.0, Cyanide-)
@species(Cu[Cyanide]4-3,-3, 0, 0)
@logKreaction(Cu[Cyanide]4-3, "(( (1.0 / log(10)) * ((28.7145 * log(10)) - (-214200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 4.0, Cyanide-)
@species(Ag[Cyanide]2-,-1, 0, 0)
@logKreaction(Ag[Cyanide]2-, "(( (1.0 / log(10)) * ((20.48 * log(10)) - (-137000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Cyanide-)
@species(Ag[Cyanide]3-2,-2, 0, 0)
@logKreaction(Ag[Cyanide]3-2, "(( (1.0 / log(10)) * ((21.7 * log(10)) - (-140000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 3.0, Cyanide-)
@species(Ag[Cyanide]OH-,-1, 0, 0)
@logKreaction(Ag[Cyanide]OH-, "(( (1.0 / log(10)) * ((-0.777 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, H2O, 1.0, Cyanide-, -1.0, H+)
@species(Ni[Cyanide]4-2,-2, 0, 0)
@logKreaction(Ni[Cyanide]4-2, "(( (1.0 / log(10)) * ((30.2 * log(10)) - (-180000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 4.0, Cyanide-)
@species(NiH[Cyanide]4-,-1, 0, 0)
@logKreaction(NiH[Cyanide]4-, "(( (1.0 / log(10)) * ((36.0289 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 4.0, Cyanide-, 1.0, H+)
@species(NiH2Cyanide4,0, 0, 0)
@logKreaction(NiH2Cyanide4, "(( (1.0 / log(10)) * ((40.7434 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 4.0, Cyanide-, 2.0, H+)
@species(NiH3[Cyanide]4+,1, 0, 0)
@logKreaction(NiH3[Cyanide]4+, "(( (1.0 / log(10)) * ((43.3434 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 4.0, Cyanide-, 3.0, H+)
@species(Co[Cyanide]3-,-1, 0, 0)
@logKreaction(Co[Cyanide]3-, "(( (1.0 / log(10)) * ((14.312 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 3.0, Cyanide-)
@species(Co[Cyanide]5-3,-3, 0, 0)
@logKreaction(Co[Cyanide]5-3, "(( (1.0 / log(10)) * ((23.0 * log(10)) - (-257000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 5.0, Cyanide-)
@species(Fe[Cyanide]6-4,-4, 0, 0)
@logKreaction(Fe[Cyanide]6-4, "(( (1.0 / log(10)) * ((35.4 * log(10)) - (-358000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 6.0, Cyanide-)
@species(HFe[Cyanide]6-3,-3, 0, 0)
@logKreaction(HFe[Cyanide]6-3, "(( (1.0 / log(10)) * ((39.71 * log(10)) - (-356000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Fe+2, 6.0, Cyanide-)
@species(H2Fe[Cyanide]6-2,-2, 0, 0)
@logKreaction(H2Fe[Cyanide]6-2, "(( (1.0 / log(10)) * ((42.11 * log(10)) - (-352000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Fe+2, 6.0, Cyanide-)
@species(Fe[Cyanide]6-3,-3, 0, 0)
@logKreaction(Fe[Cyanide]6-3, "(( (1.0 / log(10)) * ((43.6 * log(10)) - (-293000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 6.0, Cyanide-)
@species(Fe2[Cyanide]6,0, 0, 0)
@logKreaction(Fe2[Cyanide]6, "(( (1.0 / log(10)) * ((47.6355 * log(10)) - (-218000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Fe+3, 6.0, Cyanide-)
@species(SnFe[Cyanide]6-,-1, 0, 0)
@logKreaction(SnFe[Cyanide]6-, "(( (1.0 / log(10)) * ((53.54 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 1.0, Fe+3, 6.0, Cyanide-, 2.0, H+, -2.0, H2O)
@species(NH4Fe[Cyanide]6-3,-3, 0, 0)
@logKreaction(NH4Fe[Cyanide]6-3, "(( (1.0 / log(10)) * ((37.7 * log(10)) - (-354000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, NH4+, 1.0, Fe+2, 6.0, Cyanide-)
@species(TlFe[Cyanide]6-3,-3, 0, 0)
@logKreaction(TlFe[Cyanide]6-3, "(( (1.0 / log(10)) * ((38.4 * log(10)) - (-365500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Fe+2, 6.0, Cyanide-)
@species(MgFe[Cyanide]6-,-1, 0, 0)
@logKreaction(MgFe[Cyanide]6-, "(( (1.0 / log(10)) * ((46.39 * log(10)) - (-290000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Fe+3, 6.0, Cyanide-)
@species(MgFe[Cyanide]6-2,-2, 0, 0)
@logKreaction(MgFe[Cyanide]6-2, "(( (1.0 / log(10)) * ((39.21 * log(10)) - (-346000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Fe+2, 6.0, Cyanide-)
@species(CaFe[Cyanide]6-,-1, 0, 0)
@logKreaction(CaFe[Cyanide]6-, "(( (1.0 / log(10)) * ((46.43 * log(10)) - (-291000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Fe+3, 6.0, Cyanide-)
@species(CaFe[Cyanide]6-2,-2, 0, 0)
@logKreaction(CaFe[Cyanide]6-2, "(( (1.0 / log(10)) * ((39.1 * log(10)) - (-347000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Fe+2, 6.0, Cyanide-)
@species(Ca2Fe[Cyanide]6,0, 0, 0)
@logKreaction(Ca2Fe[Cyanide]6, "(( (1.0 / log(10)) * ((40.6 * log(10)) - (-350201.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ca+2, 1.0, Fe+2, 6.0, Cyanide-)
@species(SrFe[Cyanide]6-,-1, 0, 0)
@logKreaction(SrFe[Cyanide]6-, "(( (1.0 / log(10)) * ((46.45 * log(10)) - (-292000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Fe+3, 6.0, Cyanide-)
@species(SrFe[Cyanide]6-2,-2, 0, 0)
@logKreaction(SrFe[Cyanide]6-2, "(( (1.0 / log(10)) * ((39.1 * log(10)) - (-350000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Fe+2, 6.0, Cyanide-)
@species(BaFe[Cyanide]6-2,-2, 0, 0)
@logKreaction(BaFe[Cyanide]6-2, "(( (1.0 / log(10)) * ((39.19 * log(10)) - (-342000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Fe+2, 6.0, Cyanide-)
@species(BaFe[Cyanide]6-,-1, 0, 0)
@logKreaction(BaFe[Cyanide]6-, "(( (1.0 / log(10)) * ((46.48 * log(10)) - (-292000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Fe+3, 6.0, Cyanide-)
@species(NaFe[Cyanide]6-3,-3, 0, 0)
@logKreaction(NaFe[Cyanide]6-3, "(( (1.0 / log(10)) * ((37.6 * log(10)) - (-354000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Fe+2, 6.0, Cyanide-)
@species(KFe[Cyanide]6-3,-3, 0, 0)
@logKreaction(KFe[Cyanide]6-3, "(( (1.0 / log(10)) * ((37.75 * log(10)) - (-353900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Fe+2, 6.0, Cyanide-)
@species(KFe[Cyanide]6-2,-2, 0, 0)
@logKreaction(KFe[Cyanide]6-2, "(( (1.0 / log(10)) * ((45.04 * log(10)) - (-291000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Fe+3, 6.0, Cyanide-)
@species(HPO4-2,-2, 5, 0)
@logKreaction(HPO4-2, "(( (1.0 / log(10)) * ((12.375 * log(10)) - (-15000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, PO4-3)
@species(H2PO4-,-1, 5.4, 0)
@logKreaction(H2PO4-, "(( (1.0 / log(10)) * ((19.573 * log(10)) - (-18000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, PO4-3)
@species(H3PO4,0, 0, 0)
@logKreaction(H3PO4, "(( (1.0 / log(10)) * ((21.721 * log(10)) - (-10100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 1.0, PO4-3)
@species(CoHPO4,0, 0, 0)
@logKreaction(CoHPO4, "(( (1.0 / log(10)) * ((15.4128 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, H+, 1.0, PO4-3)
@species(FeH2PO4+,1, 5.4, 0)
@logKreaction(FeH2PO4+, "(( (1.0 / log(10)) * ((22.273 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 2.0, H+, 1.0, PO4-3)
@species(FeHPO4,0, 0, 0)
@logKreaction(FeHPO4, "(( (1.0 / log(10)) * ((15.975 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, H+, 1.0, PO4-3)
@species(FeH2PO4+2,2, 5.4, 0)
@logKreaction(FeH2PO4+2, "(( (1.0 / log(10)) * ((23.8515 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 2.0, H+, 1.0, PO4-3)
@species(FeHPO4+,1, 5.4, 0)
@logKreaction(FeHPO4+, "(( (1.0 / log(10)) * ((22.292 * log(10)) - (-30543.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, H+, 1.0, PO4-3)
@species(CrH2PO4+2,2, 0, 0)
@logKreaction(CrH2PO4+2, "(( (1.0 / log(10)) * ((31.9068 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 4.0, H+, 1.0, PO4-3, -2.0, H2O)
@species(UHPO4+2,2, 0, 0)
@logKreaction(UHPO4+2, "(( (1.0 / log(10)) * ((24.443 * log(10)) - (31380.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, PO4-3, 1.0, H+)
@species(U[HPO4]2,0, 0, 0)
@logKreaction(U[HPO4]2, "(( (1.0 / log(10)) * ((46.833 * log(10)) - (7112.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, PO4-3, 2.0, H+)
@species(U[HPO4]3-2,-2, 0, 0)
@logKreaction(U[HPO4]3-2, "(( (1.0 / log(10)) * ((67.564 * log(10)) - (-32635.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 3.0, PO4-3, 3.0, H+)
@species(U[HPO4]4-4,-4, 0, 0)
@logKreaction(U[HPO4]4-4, "(( (1.0 / log(10)) * ((88.483 * log(10)) - (-110876.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, PO4-3, 4.0, H+)
@species(UO2HPO4,0, 0, 0)
@logKreaction(UO2HPO4, "(( (1.0 / log(10)) * ((19.655 * log(10)) - (-8786.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, H+, 1.0, PO4-3)
@species(UO2[HPO4]2-2,-2, 0, 0)
@logKreaction(UO2[HPO4]2-2, "(( (1.0 / log(10)) * ((42.988 * log(10)) - (-47693.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, PO4-3, 2.0, H+)
@species(UO2H2PO4+,1, 0, 0)
@logKreaction(UO2H2PO4+, "(( (1.0 / log(10)) * ((22.833 * log(10)) - (-15480.800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, H+, 1.0, PO4-3)
@species(UO2[H2PO4]2,0, 0, 0)
@logKreaction(UO2[H2PO4]2, "(( (1.0 / log(10)) * ((44.7 * log(10)) - (-69036.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, PO4-3, 4.0, H+)
@species(UO2[H2PO4]3-,-1, 0, 0)
@logKreaction(UO2[H2PO4]3-, "(( (1.0 / log(10)) * ((66.245 * log(10)) - (-119662.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 3.0, PO4-3, 6.0, H+)
@species(UO2PO4-,-1, 0, 0)
@logKreaction(UO2PO4-, "(( (1.0 / log(10)) * ((13.25 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, PO4-3)
@species(MgPO4-,-1, 5.4, 0)
@logKreaction(MgPO4-, "(( (1.0 / log(10)) * ((4.654 * log(10)) - (12970.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, PO4-3)
@species(MgH2PO4+,1, 5.4, 0)
@logKreaction(MgH2PO4+, "(( (1.0 / log(10)) * ((21.2561 * log(10)) - (-4686.099999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, H+, 1.0, PO4-3)
@species(MgHPO4,0, 0, 0)
@logKreaction(MgHPO4, "(( (1.0 / log(10)) * ((15.175 * log(10)) - (-3000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, H+, 1.0, PO4-3)
@species(CaHPO4,0, 0, 0)
@logKreaction(CaHPO4, "(( (1.0 / log(10)) * ((15.035 * log(10)) - (-3000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, H+, 1.0, PO4-3)
@species(CaPO4-,-1, 5.4, 0)
@logKreaction(CaPO4-, "(( (1.0 / log(10)) * ((6.46 * log(10)) - (12970.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, PO4-3)
@species(CaH2PO4+,1, 5.4, 0)
@logKreaction(CaH2PO4+, "(( (1.0 / log(10)) * ((20.923 * log(10)) - (-6000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, H+, 1.0, PO4-3)
@species(SrHPO4,0, 0, 0)
@logKreaction(SrHPO4, "(( (1.0 / log(10)) * ((14.8728 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, H+, 1.0, PO4-3)
@species(SrH2PO4+,1, 0, 0)
@logKreaction(SrH2PO4+, "(( (1.0 / log(10)) * ((20.4019 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, H+, 1.0, PO4-3)
@species(NaHPO4-,-1, 5.4, 0)
@logKreaction(NaHPO4-, "(( (1.0 / log(10)) * ((13.445 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, H+, 1.0, PO4-3)
@species(KHPO4-,-1, 5.4, 0)
@logKreaction(KHPO4-, "(( (1.0 / log(10)) * ((13.255 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, H+, 1.0, PO4-3)
@species(AsO3-3,-3, 0, 0)
@logKreaction(AsO3-3, "(( (1.0 / log(10)) * ((-34.744 * log(10)) - (84726.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3AsO3, -3.0, H+)
@species(HAsO3-2,-2, 0, 0)
@logKreaction(HAsO3-2, "(( (1.0 / log(10)) * ((-21.33 * log(10)) - (59408.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3AsO3, -2.0, H+)
@species(H2AsO3-,-1, 0, 0)
@logKreaction(H2AsO3-, "(( (1.0 / log(10)) * ((-9.29 * log(10)) - (27410.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3AsO3, -1.0, H+)
@species(H4AsO3+,1, 0, 0)
@logKreaction(H4AsO3+, "(( (1.0 / log(10)) * ((-0.305 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3AsO3, 1.0, H+)
@species(AsO4-3,-3, 0, 0)
@logKreaction(AsO4-3, "(( (1.0 / log(10)) * ((-20.7 * log(10)) - (12900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3AsO4, -3.0, H+)
@species(HAsO4-2,-2, 0, 0)
@logKreaction(HAsO4-2, "(( (1.0 / log(10)) * ((-9.2 * log(10)) - (-4100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3AsO4, -2.0, H+)
@species(H2AsO4-,-1, 0, 0)
@logKreaction(H2AsO4-, "(( (1.0 / log(10)) * ((-2.24 * log(10)) - (-7100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3AsO4, -1.0, H+)
@species(Sb[OH]4-,-1, 0, 0)
@logKreaction(Sb[OH]4-, "(( (1.0 / log(10)) * ((-12.0429 * log(10)) - (69851.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 1.0, H2O, -1.0, H+)
@species(Sb[OH]2+,1, 0, 0)
@logKreaction(Sb[OH]2+, "(( (1.0 / log(10)) * ((1.3853 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 1.0, H+, -1.0, H2O)
@species(HSbO2,0, 0, 0)
@logKreaction(HSbO2, "(( (1.0 / log(10)) * ((-0.0105 * log(10)) - (-130.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, -1.0, H2O)
@species(SbO2-,-1, 0, 0)
@logKreaction(SbO2-, "(( (1.0 / log(10)) * ((-11.8011 * log(10)) - (70186.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, -1.0, H2O, -1.0, H+)
@species(SbO+,1, 0, 0)
@logKreaction(SbO+, "(( (1.0 / log(10)) * ((0.9228 * log(10)) - (8242.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 1.0, H+, -2.0, H2O)
@species(SbO3-,-1, 0, 0)
@logKreaction(SbO3-, "(( (1.0 / log(10)) * ((2.9319 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]6-, -3.0, H2O)
@species(SbO2+,1, 0, 0)
@logKreaction(SbO2+, "(( (1.0 / log(10)) * ((2.3895 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]6-, 2.0, H+, -4.0, H2O)
@species(HCO3-,-1, 5.4, 0)
@logKreaction(HCO3-, "(( (1.0 / log(10)) * ((10.329 * log(10)) - (-14600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, CO3-2)
@species(H2CO3,0, 0, 0)
@logKreaction(H2CO3, "(( (1.0 / log(10)) * ((16.681 * log(10)) - (-23760.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, CO3-2)
@species(Pb[CO3]2-2,-2, 0, 0)
@logKreaction(Pb[CO3]2-2, "(( (1.0 / log(10)) * ((9.938 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, CO3-2)
@species(PbCO3,0, 0, 0)
@logKreaction(PbCO3, "(( (1.0 / log(10)) * ((6.478 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, CO3-2)
@species(PbHCO3+,1, 0, 0)
@logKreaction(PbHCO3+, "(( (1.0 / log(10)) * ((13.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, CO3-2, 1.0, H+)
@species(ZnCO3,0, 0, 0)
@logKreaction(ZnCO3, "(( (1.0 / log(10)) * ((4.76 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, CO3-2)
@species(ZnHCO3+,1, 0, 0)
@logKreaction(ZnHCO3+, "(( (1.0 / log(10)) * ((11.829 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, H+, 1.0, CO3-2)
@species(HgCO3,0, 0, 0)
@logKreaction(HgCO3, "(( (1.0 / log(10)) * ((18.272 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, CO3-2, -2.0, H2O)
@species(Hg[CO3]2-2,-2, 0, 0)
@logKreaction(Hg[CO3]2-2, "(( (1.0 / log(10)) * ((21.772 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 2.0, CO3-2, -2.0, H2O)
@species(HgHCO3+,1, 0, 0)
@logKreaction(HgHCO3+, "(( (1.0 / log(10)) * ((22.542 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 3.0, H+, 1.0, CO3-2, -2.0, H2O)
@species(CdCO3,0, 0, 0)
@logKreaction(CdCO3, "(( (1.0 / log(10)) * ((4.3578 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, CO3-2)
@species(CdHCO3+,1, 0, 0)
@logKreaction(CdHCO3+, "(( (1.0 / log(10)) * ((10.6863 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, H+, 1.0, CO3-2)
@species(Cd[CO3]2-2,-2, 0, 0)
@logKreaction(Cd[CO3]2-2, "(( (1.0 / log(10)) * ((7.2278 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, CO3-2)
@species(CuCO3,0, 0, 0)
@logKreaction(CuCO3, "(( (1.0 / log(10)) * ((6.77 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, CO3-2)
@species(CuHCO3+,1, 0, 0)
@logKreaction(CuHCO3+, "(( (1.0 / log(10)) * ((12.129 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, H+, 1.0, CO3-2)
@species(Cu[CO3]2-2,-2, 0, 0)
@logKreaction(Cu[CO3]2-2, "(( (1.0 / log(10)) * ((10.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, CO3-2)
@species(NiCO3,0, 0, 0)
@logKreaction(NiCO3, "(( (1.0 / log(10)) * ((4.5718 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, CO3-2)
@species(NiHCO3+,1, 0, 0)
@logKreaction(NiHCO3+, "(( (1.0 / log(10)) * ((12.4199 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, H+, 1.0, CO3-2)
@species(CoCO3,0, 0, 0)
@logKreaction(CoCO3, "(( (1.0 / log(10)) * ((4.228 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, CO3-2)
@species(CoHCO3+,1, 0, 0)
@logKreaction(CoHCO3+, "(( (1.0 / log(10)) * ((12.2199 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, H+, 1.0, CO3-2)
@species(FeHCO3+,1, 6, 0)
@logKreaction(FeHCO3+, "(( (1.0 / log(10)) * ((11.429 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, H+, 1.0, CO3-2)
@species(MnHCO3+,1, 5, 0)
@logKreaction(MnHCO3+, "(( (1.0 / log(10)) * ((11.629 * log(10)) - (-10600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, H+, 1.0, CO3-2)
@species(UO2CO3,0, 0, 0)
@logKreaction(UO2CO3, "(( (1.0 / log(10)) * ((9.6 * log(10)) - (4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, CO3-2)
@species(UO2[CO3]2-2,-2, 0, 0)
@logKreaction(UO2[CO3]2-2, "(( (1.0 / log(10)) * ((16.9 * log(10)) - (16000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, CO3-2)
@species(UO2[CO3]3-4,-4, 0, 0)
@logKreaction(UO2[CO3]3-4, "(( (1.0 / log(10)) * ((21.6 * log(10)) - (-40000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 3.0, CO3-2)
@species(BeCO3,0, 0, 0)
@logKreaction(BeCO3, "(( (1.0 / log(10)) * ((6.2546 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, CO3-2)
@species(MgCO3,0, 0, 0)
@logKreaction(MgCO3, "(( (1.0 / log(10)) * ((2.92 * log(10)) - (12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, CO3-2)
@species(MgHCO3+,1, 4, 0)
@logKreaction(MgHCO3+, "(( (1.0 / log(10)) * ((11.339 * log(10)) - (-10600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, H+, 1.0, CO3-2)
@species(CaHCO3+,1, 6, 0)
@logKreaction(CaHCO3+, "(( (1.0 / log(10)) * ((11.599 * log(10)) - (5400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, H+, 1.0, CO3-2)
@species(CaCO3,0, 0, 0)
@logKreaction(CaCO3, "(( (1.0 / log(10)) * ((3.2 * log(10)) - (16000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CO3-2, 1.0, Ca+2)
@species(SrCO3,0, 0, 0)
@logKreaction(SrCO3, "(( (1.0 / log(10)) * ((2.81 * log(10)) - (20000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, CO3-2)
@species(SrHCO3+,1, 6, 0)
@logKreaction(SrHCO3+, "(( (1.0 / log(10)) * ((11.539 * log(10)) - (10400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, H+, 1.0, CO3-2)
@species(BaCO3,0, 0, 0)
@logKreaction(BaCO3, "(( (1.0 / log(10)) * ((2.71 * log(10)) - (16000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, CO3-2)
@species(BaHCO3+,1, 6, 0)
@logKreaction(BaHCO3+, "(( (1.0 / log(10)) * ((11.309 * log(10)) - (10400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, H+, 1.0, CO3-2)
@species(NaCO3-,-1, 5.4, 0)
@logKreaction(NaCO3-, "(( (1.0 / log(10)) * ((1.27 * log(10)) - (-20350.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, CO3-2)
@species(NaHCO3,0, 0, 0)
@logKreaction(NaHCO3, "(( (1.0 / log(10)) * ((10.079 * log(10)) - (-28330.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, H+, 1.0, CO3-2)
@species(H2SiO4-2,-2, 5.4, 0)
@logKreaction(H2SiO4-2, "(( (1.0 / log(10)) * ((-23.04 * log(10)) - (61000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H4SiO4, -2.0, H+)
@species(H3SiO4-,-1, 4, 0)
@logKreaction(H3SiO4-, "(( (1.0 / log(10)) * ((-9.84 * log(10)) - (20000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H4SiO4, -1.0, H+)
@species(UO2H3SiO4+,1, 0, 0)
@logKreaction(UO2H3SiO4+, "(( (1.0 / log(10)) * ((-1.9111 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, H4SiO4, -1.0, H+)
@species(H2BO3-,-1, 2.5, 0)
@logKreaction(H2BO3-, "(( (1.0 / log(10)) * ((-9.236 * log(10)) - (13000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H3BO3, -1.0, H+)
@species(H5[BO3]2-,-1, 2.5, 0)
@logKreaction(H5[BO3]2-, "(( (1.0 / log(10)) * ((-9.306 * log(10)) - (8400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H3BO3, -1.0, H+)
@species(H8[BO3]3-,-1, 2.5, 0)
@logKreaction(H8[BO3]3-, "(( (1.0 / log(10)) * ((-7.306 * log(10)) - (29400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H3BO3, -1.0, H+)
@species(AgH2BO3,0, 2.5, 0)
@logKreaction(AgH2BO3, "(( (1.0 / log(10)) * ((-8.036 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, H3BO3, -1.0, H+)
@species(MgH2BO3+,1, 2.5, 0)
@logKreaction(MgH2BO3+, "(( (1.0 / log(10)) * ((-7.696 * log(10)) - (13000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, H3BO3, -1.0, H+)
@species(CaH2BO3+,1, 2.5, 0)
@logKreaction(CaH2BO3+, "(( (1.0 / log(10)) * ((-7.476 * log(10)) - (17000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, H3BO3, -1.0, H+)
@species(SrH2BO3+,1, 2.5, 0)
@logKreaction(SrH2BO3+, "(( (1.0 / log(10)) * ((-7.686 * log(10)) - (17000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, H3BO3, -1.0, H+)
@species(BaH2BO3+,1, 2.5, 0)
@logKreaction(BaH2BO3+, "(( (1.0 / log(10)) * ((-7.746 * log(10)) - (17000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, H3BO3, -1.0, H+)
@species(NaH2BO3,0, 2.5, 0)
@logKreaction(NaH2BO3, "(( (1.0 / log(10)) * ((-9.036 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, H3BO3, -1.0, H+)
@species(HCrO4-,-1, 0, 0)
@logKreaction(HCrO4-, "(( (1.0 / log(10)) * ((6.51 * log(10)) - (2000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 1.0, H+)
@species(H2CrO4,0, 0, 0)
@logKreaction(H2CrO4, "(( (1.0 / log(10)) * ((6.4188 * log(10)) - (39000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 2.0, H+)
@species(Cr2O7-2,-2, 0, 0)
@logKreaction(Cr2O7-2, "(( (1.0 / log(10)) * ((14.56 * log(10)) - (-15000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, CrO4-2, 2.0, H+, -1.0, H2O)
@species(CrO3Cl-,-1, 0, 0)
@logKreaction(CrO3Cl-, "(( (1.0 / log(10)) * ((7.3086 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 1.0, Cl-, 2.0, H+, -1.0, H2O)
@species(CrO3SO4-2,-2, 0, 0)
@logKreaction(CrO3SO4-2, "(( (1.0 / log(10)) * ((8.9937 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 1.0, SO4-2, 2.0, H+, -1.0, H2O)
@species(CrO3H2PO4-,-1, 0, 0)
@logKreaction(CrO3H2PO4-, "(( (1.0 / log(10)) * ((29.3634 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 4.0, H+, 1.0, PO4-3, -1.0, H2O)
@species(CrO3HPO4-2,-2, 0, 0)
@logKreaction(CrO3HPO4-2, "(( (1.0 / log(10)) * ((26.6806 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 3.0, H+, 1.0, PO4-3, -1.0, H2O)
@species(NaCrO4-,-1, 0, 0)
@logKreaction(NaCrO4-, "(( (1.0 / log(10)) * ((0.6963 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 1.0, Na+)
@species(KCrO4-,-1, 0, 0)
@logKreaction(KCrO4-, "(( (1.0 / log(10)) * ((0.57 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, CrO4-2)
@species(HMoO4-,-1, 0, 0)
@logKreaction(HMoO4-, "(( (1.0 / log(10)) * ((4.2988 * log(10)) - (20000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 1.0, H+)
@species(H2MoO4,0, 0, 0)
@logKreaction(H2MoO4, "(( (1.0 / log(10)) * ((8.1636 * log(10)) - (-26000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 2.0, H+)
@species(Mo7O24-6,-6, 0, 0)
@logKreaction(Mo7O24-6, "(( (1.0 / log(10)) * ((52.99 * log(10)) - (-228000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 7.0, MoO4-2, 8.0, H+, -4.0, H2O)
@species(HMo7O24-5,-5, 0, 0)
@logKreaction(HMo7O24-5, "(( (1.0 / log(10)) * ((59.3768 * log(10)) - (-218000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 7.0, MoO4-2, 9.0, H+, -4.0, H2O)
@species(H2Mo7O24-4,-4, 0, 0)
@logKreaction(H2Mo7O24-4, "(( (1.0 / log(10)) * ((64.159 * log(10)) - (-215000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 7.0, MoO4-2, 10.0, H+, -4.0, H2O)
@species(H3Mo7O24-3,-3, 0, 0)
@logKreaction(H3Mo7O24-3, "(( (1.0 / log(10)) * ((67.405 * log(10)) - (-217000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 7.0, MoO4-2, 11.0, H+, -4.0, H2O)
@species(AlMo6O21-3,-3, 0, 0)
@logKreaction(AlMo6O21-3, "(( (1.0 / log(10)) * ((54.9925 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 6.0, MoO4-2, 1.0, Al+3, 6.0, H+, -3.0, H2O)
@species(Ag2MoO4,0, 0, 0)
@logKreaction(Ag2MoO4, "(( (1.0 / log(10)) * ((-0.4219 * log(10)) - (-1180.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 2.0, Ag+)
@species(VO4-3,-3, 0, 0)
@logKreaction(VO4-3, "(( (1.0 / log(10)) * ((-30.2 * log(10)) - (-25000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 2.0, H2O, -4.0, H+)
@species(HVO4-2,-2, 0, 0)
@logKreaction(HVO4-2, "(( (1.0 / log(10)) * ((-15.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 2.0, H2O, -3.0, H+)
@species(H2VO4-,-1, 0, 0)
@logKreaction(H2VO4-, "(( (1.0 / log(10)) * ((-7.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 2.0, H2O, -2.0, H+)
@species(H3VO4,0, 0, 0)
@logKreaction(H3VO4, "(( (1.0 / log(10)) * ((-3.3 * log(10)) - (44475.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 2.0, H2O, -1.0, H+)
@species(V2O7-4,-4, 0, 0)
@logKreaction(V2O7-4, "(( (1.0 / log(10)) * ((-31.24 * log(10)) - (-28000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, VO2+, 3.0, H2O, -6.0, H+)
@species(HV2O7-3,-3, 0, 0)
@logKreaction(HV2O7-3, "(( (1.0 / log(10)) * ((-20.67 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, VO2+, 3.0, H2O, -5.0, H+)
@species(H3V2O7-,-1, 0, 0)
@logKreaction(H3V2O7-, "(( (1.0 / log(10)) * ((-3.79 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, VO2+, 3.0, H2O, -3.0, H+)
@species(V3O9-3,-3, 0, 0)
@logKreaction(V3O9-3, "(( (1.0 / log(10)) * ((-15.88 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, VO2+, 3.0, H2O, -6.0, H+)
@species(V4O12-4,-4, 0, 0)
@logKreaction(V4O12-4, "(( (1.0 / log(10)) * ((-20.56 * log(10)) - (-87000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, VO2+, 4.0, H2O, -8.0, H+)
@species(V10O28-6,-6, 0, 0)
@logKreaction(V10O28-6, "(( (1.0 / log(10)) * ((-24.0943 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 10.0, VO2+, 8.0, H2O, -16.0, H+)
@species(HV10O28-5,-5, 0, 0)
@logKreaction(HV10O28-5, "(( (1.0 / log(10)) * ((-15.9076 * log(10)) - (90039.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 10.0, VO2+, 8.0, H2O, -15.0, H+)
@species(H2V10O28-4,-4, 0, 0)
@logKreaction(H2V10O28-4, "(( (1.0 / log(10)) * ((-10.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 10.0, VO2+, 8.0, H2O, -14.0, H+)
@species(H[Benzoate],0, 0, 0)
@logKreaction(H[Benzoate], "(( (1.0 / log(10)) * ((4.202 * log(10)) - (-460.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, H+)
@species(Pb[Benzoate]+,1, 0, 0)
@logKreaction(Pb[Benzoate]+, "(( (1.0 / log(10)) * ((2.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Pb+2)
@species(Al[Benzoate]+2,2, 0, 0)
@logKreaction(Al[Benzoate]+2, "(( (1.0 / log(10)) * ((2.05 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Al+3)
@species(AlOH[Benzoate]+,1, 0, 0)
@logKreaction(AlOH[Benzoate]+, "(( (1.0 / log(10)) * ((-0.56 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Al+3, 1.0, H2O, -1.0, H+)
@species(Zn[Benzoate]+,1, 0, 0)
@logKreaction(Zn[Benzoate]+, "(( (1.0 / log(10)) * ((1.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Zn+2)
@species(Cd[Benzoate]+,1, 0, 0)
@logKreaction(Cd[Benzoate]+, "(( (1.0 / log(10)) * ((1.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Cd+2)
@species(Cd[Benzoate]2,0, 0, 0)
@logKreaction(Cd[Benzoate]2, "(( (1.0 / log(10)) * ((1.82 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Benzoate-, 1.0, Cd+2)
@species(Cu[Benzoate]+,1, 0, 0)
@logKreaction(Cu[Benzoate]+, "(( (1.0 / log(10)) * ((2.19 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Cu+2)
@species(Ag[Benzoate],0, 0, 0)
@logKreaction(Ag[Benzoate], "(( (1.0 / log(10)) * ((0.91 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Ag+)
@species(Ni[Benzoate]+,1, 0, 0)
@logKreaction(Ni[Benzoate]+, "(( (1.0 / log(10)) * ((1.86 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Ni+2)
@species(Co[Benzoate]+,1, 0, 0)
@logKreaction(Co[Benzoate]+, "(( (1.0 / log(10)) * ((1.0537 * log(10)) - (12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Benzoate-)
@species(Mn[Benzoate]+,1, 0, 0)
@logKreaction(Mn[Benzoate]+, "(( (1.0 / log(10)) * ((2.06 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Mn+2)
@species(Mg[Benzoate]+,1, 0, 0)
@logKreaction(Mg[Benzoate]+, "(( (1.0 / log(10)) * ((1.26 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Mg+2)
@species(Ca[Benzoate]+,1, 0, 0)
@logKreaction(Ca[Benzoate]+, "(( (1.0 / log(10)) * ((1.55 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Benzoate-, 1.0, Ca+2)
@species(H[Phenylacetate],0, 0, 0)
@logKreaction(H[Phenylacetate], "(( (1.0 / log(10)) * ((4.31 * log(10)) - (2175.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Phenylacetate-, 1.0, H+)
@species(Zn[Phenylacetate]+,1, 0, 0)
@logKreaction(Zn[Phenylacetate]+, "(( (1.0 / log(10)) * ((1.57 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Phenylacetate-, 1.0, Zn+2)
@species(Cu[Phenylacetate]+,1, 0, 0)
@logKreaction(Cu[Phenylacetate]+, "(( (1.0 / log(10)) * ((1.97 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Phenylacetate-, 1.0, Cu+2)
@species(Co[Phenylacetate]+,1, 0, 0)
@logKreaction(Co[Phenylacetate]+, "(( (1.0 / log(10)) * ((0.591 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Phenylacetate-)
@species(Co[Phenylacetate]2,0, 0, 0)
@logKreaction(Co[Phenylacetate]2, "(( (1.0 / log(10)) * ((0.4765 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Phenylacetate-)
@species(H[Isophthalate]-,-1, 0, 0)
@logKreaction(H[Isophthalate]-, "(( (1.0 / log(10)) * ((4.5 * log(10)) - (1673.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Isophthalate-2, 1.0, H+)
@species(H2[Isophthalate],0, 0, 0)
@logKreaction(H2[Isophthalate], "(( (1.0 / log(10)) * ((8.0 * log(10)) - (1673.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Isophthalate-2, 2.0, H+)
@species(Pb[Isophthalate],0, 0, 0)
@logKreaction(Pb[Isophthalate], "(( (1.0 / log(10)) * ((2.99 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Isophthalate-2, 1.0, Pb+2)
@species(Pb[Isophthalate]2-2,-2, 0, 0)
@logKreaction(Pb[Isophthalate]2-2, "(( (1.0 / log(10)) * ((4.18 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Isophthalate-2, 1.0, Pb+2)
@species(PbH[Isophthalate]+,1, 0, 0)
@logKreaction(PbH[Isophthalate]+, "(( (1.0 / log(10)) * ((6.69 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Isophthalate-2, 1.0, Pb+2, 1.0, H+)
@species(Cd[Isophthalate],0, 0, 0)
@logKreaction(Cd[Isophthalate], "(( (1.0 / log(10)) * ((2.15 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Isophthalate-2, 1.0, Cd+2)
@species(Cd[Isophthalate]2-2,-2, 0, 0)
@logKreaction(Cd[Isophthalate]2-2, "(( (1.0 / log(10)) * ((2.99 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Isophthalate-2, 1.0, Cd+2)
@species(CdH[Isophthalate]+,1, 0, 0)
@logKreaction(CdH[Isophthalate]+, "(( (1.0 / log(10)) * ((5.73 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Isophthalate-2, 1.0, Cd+2, 1.0, H+)
@species(Ca[Isophthalate],0, 0, 0)
@logKreaction(Ca[Isophthalate], "(( (1.0 / log(10)) * ((2.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Isophthalate-2, 1.0, Ca+2)
@species(Ba[Isophthalate],0, 0, 0)
@logKreaction(Ba[Isophthalate], "(( (1.0 / log(10)) * ((1.55 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Isophthalate-2, 1.0, Ba+2)
@species(H[Diethylamine]+,1, 0, 0)
@logKreaction(H[Diethylamine]+, "(( (1.0 / log(10)) * ((10.933 * log(10)) - (-53136.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Diethylamine)
@species(Zn[Diethylamine]+2,2, 0, 0)
@logKreaction(Zn[Diethylamine]+2, "(( (1.0 / log(10)) * ((2.74 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Diethylamine)
@species(Zn[Diethylamine]2+2,2, 0, 0)
@logKreaction(Zn[Diethylamine]2+2, "(( (1.0 / log(10)) * ((5.27 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Diethylamine)
@species(Zn[Diethylamine]3+2,2, 0, 0)
@logKreaction(Zn[Diethylamine]3+2, "(( (1.0 / log(10)) * ((7.71 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, Diethylamine)
@species(Zn[Diethylamine]4+2,2, 0, 0)
@logKreaction(Zn[Diethylamine]4+2, "(( (1.0 / log(10)) * ((9.84 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 4.0, Diethylamine)
@species(Cd[Diethylamine]+2,2, 0, 0)
@logKreaction(Cd[Diethylamine]+2, "(( (1.0 / log(10)) * ((2.73 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Diethylamine)
@species(Cd[Diethylamine]2+2,2, 0, 0)
@logKreaction(Cd[Diethylamine]2+2, "(( (1.0 / log(10)) * ((4.86 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Diethylamine)
@species(Cd[Diethylamine]3+2,2, 0, 0)
@logKreaction(Cd[Diethylamine]3+2, "(( (1.0 / log(10)) * ((6.37 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Diethylamine)
@species(Cd[Diethylamine]4+2,2, 0, 0)
@logKreaction(Cd[Diethylamine]4+2, "(( (1.0 / log(10)) * ((7.32 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 4.0, Diethylamine)
@species(Ag[Diethylamine]+,1, 0, 0)
@logKreaction(Ag[Diethylamine]+, "(( (1.0 / log(10)) * ((2.98 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Diethylamine)
@species(Ag[Diethylamine]2+,1, 0, 0)
@logKreaction(Ag[Diethylamine]2+, "(( (1.0 / log(10)) * ((6.38 * log(10)) - (-44768.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Diethylamine)
@species(Ni[Diethylamine]+2,2, 0, 0)
@logKreaction(Ni[Diethylamine]+2, "(( (1.0 / log(10)) * ((2.78 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Diethylamine)
@species(Ni[Diethylamine]2+2,2, 0, 0)
@logKreaction(Ni[Diethylamine]2+2, "(( (1.0 / log(10)) * ((4.97 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Diethylamine)
@species(Ni[Diethylamine]3+2,2, 0, 0)
@logKreaction(Ni[Diethylamine]3+2, "(( (1.0 / log(10)) * ((6.72 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 3.0, Diethylamine)
@species(Ni[Diethylamine]4+2,2, 0, 0)
@logKreaction(Ni[Diethylamine]4+2, "(( (1.0 / log(10)) * ((7.93 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 4.0, Diethylamine)
@species(Ni[Diethylamine]5+2,2, 0, 0)
@logKreaction(Ni[Diethylamine]5+2, "(( (1.0 / log(10)) * ((8.87 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 5.0, Diethylamine)
@species(H[Butylamine]+,1, 0, 0)
@logKreaction(H[Butylamine]+, "(( (1.0 / log(10)) * ((10.64 * log(10)) - (-58283.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Butylamine)
@species(Hg[Butylamine]+2,2, 0, 0)
@logKreaction(Hg[Butylamine]+2, "(( (1.0 / log(10)) * ((14.84 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Butylamine, 2.0, H+, -2.0, H2O)
@species(Hg[Butylamine]2+2,2, 0, 0)
@logKreaction(Hg[Butylamine]2+2, "(( (1.0 / log(10)) * ((24.24 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, Butylamine, 2.0, H+, -2.0, H2O)
@species(Hg[Butylamine]3+2,2, 0, 0)
@logKreaction(Hg[Butylamine]3+2, "(( (1.0 / log(10)) * ((25.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 3.0, Butylamine, 2.0, H+, -2.0, H2O)
@species(Hg[Butylamine]4+2,2, 0, 0)
@logKreaction(Hg[Butylamine]4+2, "(( (1.0 / log(10)) * ((26.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 4.0, Butylamine, 2.0, H+, -2.0, H2O)
@species(Ag[Butylamine]+,1, 0, 0)
@logKreaction(Ag[Butylamine]+, "(( (1.0 / log(10)) * ((3.42 * log(10)) - (-16736.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Butylamine)
@species(Ag[Butylamine]2+,1, 0, 0)
@logKreaction(Ag[Butylamine]2+, "(( (1.0 / log(10)) * ((7.47 * log(10)) - (-52718.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Butylamine)
@species(H[Methylamine]+,1, 0, 0)
@logKreaction(H[Methylamine]+, "(( (1.0 / log(10)) * ((10.64 * log(10)) - (-55228.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Methylamine)
@species(Cd[Methylamine]+2,2, 0, 0)
@logKreaction(Cd[Methylamine]+2, "(( (1.0 / log(10)) * ((2.75 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Methylamine)
@species(Cd[Methylamine]2+2,2, 0, 0)
@logKreaction(Cd[Methylamine]2+2, "(( (1.0 / log(10)) * ((4.81 * log(10)) - (-29288.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Methylamine)
@species(Cd[Methylamine]3+2,2, 0, 0)
@logKreaction(Cd[Methylamine]3+2, "(( (1.0 / log(10)) * ((5.94 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Methylamine)
@species(Cd[Methylamine]4+2,2, 0, 0)
@logKreaction(Cd[Methylamine]4+2, "(( (1.0 / log(10)) * ((6.55 * log(10)) - (-58576.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 4.0, Methylamine)
@species(Hg[Methylamine]+2,2, 0, 0)
@logKreaction(Hg[Methylamine]+2, "(( (1.0 / log(10)) * ((14.76 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Methylamine, 2.0, H+, -2.0, H2O)
@species(Hg[Methylamine]2+2,2, 0, 0)
@logKreaction(Hg[Methylamine]2+2, "(( (1.0 / log(10)) * ((23.96 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, Methylamine, 2.0, H+, -2.0, H2O)
@species(Hg[Methylamine]3+2,2, 0, 0)
@logKreaction(Hg[Methylamine]3+2, "(( (1.0 / log(10)) * ((24.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 3.0, Methylamine, 2.0, H+, -2.0, H2O)
@species(Hg[Methylamine]4+2,2, 0, 0)
@logKreaction(Hg[Methylamine]4+2, "(( (1.0 / log(10)) * ((24.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 4.0, Methylamine, 2.0, H+, -2.0, H2O)
@species(Cu[Methylamine]+2,2, 0, 0)
@logKreaction(Cu[Methylamine]+2, "(( (1.0 / log(10)) * ((4.11 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Methylamine)
@species(Cu[Methylamine]2+2,2, 0, 0)
@logKreaction(Cu[Methylamine]2+2, "(( (1.0 / log(10)) * ((7.51 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Methylamine)
@species(Cu[Methylamine]3+2,2, 0, 0)
@logKreaction(Cu[Methylamine]3+2, "(( (1.0 / log(10)) * ((10.21 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 3.0, Methylamine)
@species(Cu[Methylamine]4+2,2, 0, 0)
@logKreaction(Cu[Methylamine]4+2, "(( (1.0 / log(10)) * ((12.08 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 4.0, Methylamine)
@species(Ag[Methylamine]+,1, 0, 0)
@logKreaction(Ag[Methylamine]+, "(( (1.0 / log(10)) * ((3.07 * log(10)) - (-12552.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Methylamine)
@species(Ag[Methylamine]2+,1, 0, 0)
@logKreaction(Ag[Methylamine]2+, "(( (1.0 / log(10)) * ((6.89 * log(10)) - (-48952.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Methylamine)
@species(Ni[Methylamine]+2,2, 0, 0)
@logKreaction(Ni[Methylamine]+2, "(( (1.0 / log(10)) * ((2.23 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Methylamine)
@species(H[Dimethylamine]+,1, 0, 0)
@logKreaction(H[Dimethylamine]+, "(( (1.0 / log(10)) * ((10.774 * log(10)) - (-50208.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Dimethylamine)
@species(Ag[Dimethylamine]2+,1, 0, 0)
@logKreaction(Ag[Dimethylamine]2+, "(( (1.0 / log(10)) * ((5.37 * log(10)) - (-40584.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Dimethylamine)
@species(Ni[Dimethylamine]+2,2, 0, 0)
@logKreaction(Ni[Dimethylamine]+2, "(( (1.0 / log(10)) * ((1.47 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Dimethylamine)
@species(H[Hexylamine]+,1, 0, 0)
@logKreaction(H[Hexylamine]+, "(( (1.0 / log(10)) * ((10.63 * log(10)) - (-58576.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Hexylamine)
@species(Ag[Hexylamine]+,1, 0, 0)
@logKreaction(Ag[Hexylamine]+, "(( (1.0 / log(10)) * ((3.54 * log(10)) - (-25104.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Hexylamine)
@species(Ag[Hexylamine]2+,1, 0, 0)
@logKreaction(Ag[Hexylamine]2+, "(( (1.0 / log(10)) * ((7.55 * log(10)) - (-53136.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Hexylamine)
@species(H[Ethylenediamine]+,1, 0, 0)
@logKreaction(H[Ethylenediamine]+, "(( (1.0 / log(10)) * ((9.928 * log(10)) - (-49789.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Ethylenediamine)
@species(H2[Ethylenediamine]+2,2, 0, 0)
@logKreaction(H2[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((16.776 * log(10)) - (-95395.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Ethylenediamine)
@species(Pb[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Pb[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((5.04 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Ethylenediamine)
@species(Pb[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Pb[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((8.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Ethylenediamine)
@species(Zn[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Zn[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((5.66 * log(10)) - (-29288.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Ethylenediamine)
@species(Zn[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Zn[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((10.6 * log(10)) - (-48116.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Ethylenediamine)
@species(Zn[Ethylenediamine]3+2,2, 0, 0)
@logKreaction(Zn[Ethylenediamine]3+2, "(( (1.0 / log(10)) * ((13.9 * log(10)) - (-71546.40000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, Ethylenediamine)
@species(Cd[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Cd[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((5.41 * log(10)) - (-28451.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Ethylenediamine)
@species(Cd[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Cd[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((9.9 * log(10)) - (-55647.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Ethylenediamine)
@species(Cd[Ethylenediamine]3+2,2, 0, 0)
@logKreaction(Cd[Ethylenediamine]3+2, "(( (1.0 / log(10)) * ((11.6 * log(10)) - (-82424.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Ethylenediamine)
@species(Hg[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Hg[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((20.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Ethylenediamine, 2.0, H+, -2.0, H2O)
@species(Hg[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Hg[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((29.3 * log(10)) - (-173218.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, Ethylenediamine, 2.0, H+, -2.0, H2O)
@species(HgH[Ethylenediamine]2+3,3, 0, 0)
@logKreaction(HgH[Ethylenediamine]2+3, "(( (1.0 / log(10)) * ((34.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, Ethylenediamine, 3.0, H+, -2.0, H2O)
@species(Cu[Ethylenediamine]2+,1, 0, 0)
@logKreaction(Cu[Ethylenediamine]2+, "(( (1.0 / log(10)) * ((11.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 2.0, Ethylenediamine)
@species(Cu[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Cu[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((10.5 * log(10)) - (-52718.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Ethylenediamine)
@species(Cu[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Cu[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((19.6 * log(10)) - (-105437.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Ethylenediamine)
@species(Ag[Ethylenediamine]+,1, 0, 0)
@logKreaction(Ag[Ethylenediamine]+, "(( (1.0 / log(10)) * ((4.6 * log(10)) - (-48952.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Ethylenediamine)
@species(Ag[Ethylenediamine]2+,1, 0, 0)
@logKreaction(Ag[Ethylenediamine]2+, "(( (1.0 / log(10)) * ((7.5 * log(10)) - (-52300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Ethylenediamine)
@species(AgH[Ethylenediamine]+2,2, 0, 0)
@logKreaction(AgH[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((11.99 * log(10)) - (-75312.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Ethylenediamine, 1.0, H+)
@species(Ag2[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Ag2[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((6.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 1.0, Ethylenediamine)
@species(Ag2[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Ag2[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((12.7 * log(10)) - (-97068.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 2.0, Ethylenediamine)
@species(Ag[HEthylenediamine]2+3,3, 0, 0)
@logKreaction(Ag[HEthylenediamine]2+3, "(( (1.0 / log(10)) * ((24.0 * log(10)) - (-150206.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Ethylenediamine, 2.0, H+)
@species(AgH[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(AgH[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((8.4 * log(10)) - (-47697.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Ethylenediamine, 1.0, H+)
@species(Ni[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Ni[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((7.32 * log(10)) - (-37656.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Ethylenediamine)
@species(Ni[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Ni[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((13.5 * log(10)) - (-76567.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Ethylenediamine)
@species(Ni[Ethylenediamine]3+2,2, 0, 0)
@logKreaction(Ni[Ethylenediamine]3+2, "(( (1.0 / log(10)) * ((17.6 * log(10)) - (-117152.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 3.0, Ethylenediamine)
@species(Co[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Co[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((5.5 * log(10)) - (-28000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Ethylenediamine)
@species(Co[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Co[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((10.1 * log(10)) - (-58500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Ethylenediamine)
@species(Co[Ethylenediamine]3+2,2, 0, 0)
@logKreaction(Co[Ethylenediamine]3+2, "(( (1.0 / log(10)) * ((13.2 * log(10)) - (-92800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 3.0, Ethylenediamine)
@species(Co[Ethylenediamine]2+3,3, 0, 0)
@logKreaction(Co[Ethylenediamine]2+3, "(( (1.0 / log(10)) * ((34.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 2.0, Ethylenediamine)
@species(Co[Ethylenediamine]3+3,3, 0, 0)
@logKreaction(Co[Ethylenediamine]3+3, "(( (1.0 / log(10)) * ((48.69 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 3.0, Ethylenediamine)
@species(Fe[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Fe[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((4.26 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Ethylenediamine)
@species(Fe[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Fe[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((7.73 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 2.0, Ethylenediamine)
@species(Fe[Ethylenediamine]3+2,2, 0, 0)
@logKreaction(Fe[Ethylenediamine]3+2, "(( (1.0 / log(10)) * ((10.17 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 3.0, Ethylenediamine)
@species(Mn[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Mn[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((2.74 * log(10)) - (-11715.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Ethylenediamine)
@species(Mn[Ethylenediamine]2+2,2, 0, 0)
@logKreaction(Mn[Ethylenediamine]2+2, "(( (1.0 / log(10)) * ((4.8 * log(10)) - (-25104.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Ethylenediamine)
@species(Cr[Ethylenediamine]2+3,3, 0, 0)
@logKreaction(Cr[Ethylenediamine]2+3, "(( (1.0 / log(10)) * ((22.57 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, Ethylenediamine, 2.0, H+, -2.0, H2O)
@species(Cr[Ethylenediamine]3+3,3, 0, 0)
@logKreaction(Cr[Ethylenediamine]3+3, "(( (1.0 / log(10)) * ((29.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 3.0, Ethylenediamine, 2.0, H+, -2.0, H2O)
@species(Mg[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Mg[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((0.37 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Ethylenediamine)
@species(Ca[Ethylenediamine]+2,2, 0, 0)
@logKreaction(Ca[Ethylenediamine]+2, "(( (1.0 / log(10)) * ((0.11 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Ethylenediamine)
@species(H[Propylamine]+,1, 0, 0)
@logKreaction(H[Propylamine]+, "(( (1.0 / log(10)) * ((10.566 * log(10)) - (-57530.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Propylamine)
@species(Zn[Propylamine]+2,2, 0, 0)
@logKreaction(Zn[Propylamine]+2, "(( (1.0 / log(10)) * ((2.42 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Propylamine)
@species(Zn[Propylamine]2+2,2, 0, 0)
@logKreaction(Zn[Propylamine]2+2, "(( (1.0 / log(10)) * ((4.85 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Propylamine)
@species(Zn[Propylamine]3+2,2, 0, 0)
@logKreaction(Zn[Propylamine]3+2, "(( (1.0 / log(10)) * ((7.38 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, Propylamine)
@species(Zn[Propylamine]4+2,2, 0, 0)
@logKreaction(Zn[Propylamine]4+2, "(( (1.0 / log(10)) * ((9.49 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 4.0, Propylamine)
@species(Cd[Propylamine]+2,2, 0, 0)
@logKreaction(Cd[Propylamine]+2, "(( (1.0 / log(10)) * ((2.62 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Propylamine)
@species(Cd[Propylamine]2+2,2, 0, 0)
@logKreaction(Cd[Propylamine]2+2, "(( (1.0 / log(10)) * ((4.64 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Propylamine)
@species(Cd[Propylamine]3+2,2, 0, 0)
@logKreaction(Cd[Propylamine]3+2, "(( (1.0 / log(10)) * ((6.03 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Propylamine)
@species(Ag[Propylamine]+,1, 0, 0)
@logKreaction(Ag[Propylamine]+, "(( (1.0 / log(10)) * ((3.45 * log(10)) - (-12552.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Propylamine)
@species(Ag[Propylamine]2+,1, 0, 0)
@logKreaction(Ag[Propylamine]2+, "(( (1.0 / log(10)) * ((7.44 * log(10)) - (-53136.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Propylamine)
@species(Ni[Propylamine]+2,2, 0, 0)
@logKreaction(Ni[Propylamine]+2, "(( (1.0 / log(10)) * ((2.81 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Propylamine)
@species(Ni[Propylamine]2+2,2, 0, 0)
@logKreaction(Ni[Propylamine]2+2, "(( (1.0 / log(10)) * ((5.02 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Propylamine)
@species(Ni[Propylamine]3+2,2, 0, 0)
@logKreaction(Ni[Propylamine]3+2, "(( (1.0 / log(10)) * ((6.79 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 3.0, Propylamine)
@species(Ni[Propylamine]4+2,2, 0, 0)
@logKreaction(Ni[Propylamine]4+2, "(( (1.0 / log(10)) * ((8.31 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 4.0, Propylamine)
@species(H[Isopropylamine]+,1, 0, 0)
@logKreaction(H[Isopropylamine]+, "(( (1.0 / log(10)) * ((10.67 * log(10)) - (-58366.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Isopropylamine)
@species(Zn[Isopropylamine]+2,2, 0, 0)
@logKreaction(Zn[Isopropylamine]+2, "(( (1.0 / log(10)) * ((2.37 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Isopropylamine)
@species(Zn[Isopropylamine]2+2,2, 0, 0)
@logKreaction(Zn[Isopropylamine]2+2, "(( (1.0 / log(10)) * ((4.67 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Isopropylamine)
@species(Zn[Isopropylamine]3+2,2, 0, 0)
@logKreaction(Zn[Isopropylamine]3+2, "(( (1.0 / log(10)) * ((7.14 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, Isopropylamine)
@species(Zn[Isopropylamine]4+2,2, 0, 0)
@logKreaction(Zn[Isopropylamine]4+2, "(( (1.0 / log(10)) * ((9.44 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 4.0, Isopropylamine)
@species(Cd[Isopropylamine]+2,2, 0, 0)
@logKreaction(Cd[Isopropylamine]+2, "(( (1.0 / log(10)) * ((2.55 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Isopropylamine)
@species(Cd[Isopropylamine]2+2,2, 0, 0)
@logKreaction(Cd[Isopropylamine]2+2, "(( (1.0 / log(10)) * ((4.57 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Isopropylamine)
@species(Cd[Isopropylamine]3+2,2, 0, 0)
@logKreaction(Cd[Isopropylamine]3+2, "(( (1.0 / log(10)) * ((6.07 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Isopropylamine)
@species(Cd[Isopropylamine]4+2,2, 0, 0)
@logKreaction(Cd[Isopropylamine]4+2, "(( (1.0 / log(10)) * ((6.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 4.0, Isopropylamine)
@species(Hg[Isopropylamine]+2,2, 0, 0)
@logKreaction(Hg[Isopropylamine]+2, "(( (1.0 / log(10)) * ((14.85 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Isopropylamine, 2.0, H+, -2.0, H2O)
@species(Hg[Isopropylamine]2+2,2, 0, 0)
@logKreaction(Hg[Isopropylamine]2+2, "(( (1.0 / log(10)) * ((24.37 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, Isopropylamine, 2.0, H+, -2.0, H2O)
@species(Ag[Isopropylamine]+,1, 0, 0)
@logKreaction(Ag[Isopropylamine]+, "(( (1.0 / log(10)) * ((3.67 * log(10)) - (-23848.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Isopropylamine)
@species(Ag[Isopropylamine]2+,1, 0, 0)
@logKreaction(Ag[Isopropylamine]2+, "(( (1.0 / log(10)) * ((7.77 * log(10)) - (-59831.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Isopropylamine)
@species(Ni[Isopropylamine]+2,2, 0, 0)
@logKreaction(Ni[Isopropylamine]+2, "(( (1.0 / log(10)) * ((2.71 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Isopropylamine)
@species(Ni[Isopropylamine]2+2,2, 0, 0)
@logKreaction(Ni[Isopropylamine]2+2, "(( (1.0 / log(10)) * ((4.86 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Isopropylamine)
@species(Ni[Isopropylamine]3+2,2, 0, 0)
@logKreaction(Ni[Isopropylamine]3+2, "(( (1.0 / log(10)) * ((6.57 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 3.0, Isopropylamine)
@species(Ni[Isopropylamine]4+2,2, 0, 0)
@logKreaction(Ni[Isopropylamine]4+2, "(( (1.0 / log(10)) * ((7.83 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 4.0, Isopropylamine)
@species(Ni[Isopropylamine]5+2,2, 0, 0)
@logKreaction(Ni[Isopropylamine]5+2, "(( (1.0 / log(10)) * ((8.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 5.0, Isopropylamine)
@species(H[Trimethylamine]+,1, 0, 0)
@logKreaction(H[Trimethylamine]+, "(( (1.0 / log(10)) * ((9.8 * log(10)) - (-36819.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Trimethylamine)
@species(Ag[Trimethylamine]+,1, 0, 0)
@logKreaction(Ag[Trimethylamine]+, "(( (1.0 / log(10)) * ((1.701 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Trimethylamine)
@species(H[Citrate]-2,-2, 0, 0)
@logKreaction(H[Citrate]-2, "(( (1.0 / log(10)) * ((6.396 * log(10)) - (3347.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Citrate-3)
@species(H2[Citrate]-,-1, 0, 0)
@logKreaction(H2[Citrate]-, "(( (1.0 / log(10)) * ((11.157 * log(10)) - (1297.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Citrate-3)
@species(H3[Citrate],0, 0, 0)
@logKreaction(H3[Citrate], "(( (1.0 / log(10)) * ((14.285 * log(10)) - (-2761.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 1.0, Citrate-3)
@species(Pb[Citrate]-,-1, 0, 0)
@logKreaction(Pb[Citrate]-, "(( (1.0 / log(10)) * ((7.27 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Citrate-3)
@species(Pb[Citrate]2-4,-4, 0, 0)
@logKreaction(Pb[Citrate]2-4, "(( (1.0 / log(10)) * ((6.53 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Citrate-3)
@species(Al[Citrate],0, 0, 0)
@logKreaction(Al[Citrate], "(( (1.0 / log(10)) * ((9.97 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Citrate-3)
@species(Al[Citrate]2-3,-3, 0, 0)
@logKreaction(Al[Citrate]2-3, "(( (1.0 / log(10)) * ((14.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 2.0, Citrate-3)
@species(AlH[Citrate]+,1, 0, 0)
@logKreaction(AlH[Citrate]+, "(( (1.0 / log(10)) * ((12.85 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Citrate-3, 1.0, H+)
@species(Tl[Citrate]-2,-2, 0, 0)
@logKreaction(Tl[Citrate]-2, "(( (1.0 / log(10)) * ((1.48 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Citrate-3)
@species(Zn[Citrate]-,-1, 0, 0)
@logKreaction(Zn[Citrate]-, "(( (1.0 / log(10)) * ((6.21 * log(10)) - (8368.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Citrate-3)
@species(Zn[Citrate]2-4,-4, 0, 0)
@logKreaction(Zn[Citrate]2-4, "(( (1.0 / log(10)) * ((7.4 * log(10)) - (25104.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Citrate-3)
@species(ZnH[Citrate],0, 0, 0)
@logKreaction(ZnH[Citrate], "(( (1.0 / log(10)) * ((10.2 * log(10)) - (3347.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Citrate-3, 1.0, H+)
@species(ZnH2[Citrate]+,1, 0, 0)
@logKreaction(ZnH2[Citrate]+, "(( (1.0 / log(10)) * ((12.84 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Citrate-3, 2.0, H+)
@species(Cd[Citrate]-,-1, 0, 0)
@logKreaction(Cd[Citrate]-, "(( (1.0 / log(10)) * ((4.98 * log(10)) - (8368.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Citrate-3)
@species(CdH[Citrate],0, 0, 0)
@logKreaction(CdH[Citrate], "(( (1.0 / log(10)) * ((9.44 * log(10)) - (3347.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Citrate-3, 1.0, H+)
@species(CdH2[Citrate]+,1, 0, 0)
@logKreaction(CdH2[Citrate]+, "(( (1.0 / log(10)) * ((12.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Citrate-3, 2.0, H+)
@species(Cd[Citrate]2-4,-4, 0, 0)
@logKreaction(Cd[Citrate]2-4, "(( (1.0 / log(10)) * ((5.9 * log(10)) - (20920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Citrate-3)
@species(Hg[Citrate]-,-1, 0, 0)
@logKreaction(Hg[Citrate]-, "(( (1.0 / log(10)) * ((18.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Citrate-3, 2.0, H+, -2.0, H2O)
@species(Cu[Citrate]-,-1, 0, 0)
@logKreaction(Cu[Citrate]-, "(( (1.0 / log(10)) * ((7.57 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Citrate-3)
@species(Cu[Citrate]2-4,-4, 0, 0)
@logKreaction(Cu[Citrate]2-4, "(( (1.0 / log(10)) * ((8.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Citrate-3)
@species(CuH[Citrate],0, 0, 0)
@logKreaction(CuH[Citrate], "(( (1.0 / log(10)) * ((10.87 * log(10)) - (11715.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Citrate-3, 1.0, H+)
@species(CuH2[Citrate]+,1, 0, 0)
@logKreaction(CuH2[Citrate]+, "(( (1.0 / log(10)) * ((13.23 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Citrate-3, 2.0, H+)
@species(Cu2[Citrate]2-2,-2, 0, 0)
@logKreaction(Cu2[Citrate]2-2, "(( (1.0 / log(10)) * ((16.9 * log(10)) - (41840.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cu+2, 2.0, Citrate-3)
@species(Ni[Citrate]-,-1, 0, 0)
@logKreaction(Ni[Citrate]-, "(( (1.0 / log(10)) * ((6.59 * log(10)) - (16736.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Citrate-3)
@species(NiH[Citrate],0, 0, 0)
@logKreaction(NiH[Citrate], "(( (1.0 / log(10)) * ((10.5 * log(10)) - (15899.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Citrate-3, 1.0, H+)
@species(NiH2[Citrate]+,1, 0, 0)
@logKreaction(NiH2[Citrate]+, "(( (1.0 / log(10)) * ((13.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Citrate-3, 2.0, H+)
@species(Ni[Citrate]2-4,-4, 0, 0)
@logKreaction(Ni[Citrate]2-4, "(( (1.0 / log(10)) * ((8.77 * log(10)) - (12552.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Citrate-3)
@species(NiH[Citrate]2-3,-3, 0, 0)
@logKreaction(NiH[Citrate]2-3, "(( (1.0 / log(10)) * ((14.9 * log(10)) - (32635.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Citrate-3, 1.0, H+)
@species(Co[Citrate]-,-1, 0, 0)
@logKreaction(Co[Citrate]-, "(( (1.0 / log(10)) * ((6.1867 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Citrate-3)
@species(CoHCitrate,0, 0, 0)
@logKreaction(CoHCitrate, "(( (1.0 / log(10)) * ((10.4438 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, H+, 1.0, Citrate-3)
@species(CoH2Citrate+,1, 0, 0)
@logKreaction(CoH2Citrate+, "(( (1.0 / log(10)) * ((12.7859 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, H+, 1.0, Citrate-3)
@species(Fe[Citrate]-,-1, 0, 0)
@logKreaction(Fe[Citrate]-, "(( (1.0 / log(10)) * ((6.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Citrate-3)
@species(FeH[Citrate],0, 0, 0)
@logKreaction(FeH[Citrate], "(( (1.0 / log(10)) * ((10.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Citrate-3, 1.0, H+)
@species(Fe[Citrate],0, 0, 0)
@logKreaction(Fe[Citrate], "(( (1.0 / log(10)) * ((13.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Citrate-3)
@species(FeH[Citrate]+,1, 0, 0)
@logKreaction(FeH[Citrate]+, "(( (1.0 / log(10)) * ((14.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Citrate-3, 1.0, H+)
@species(Mn[Citrate]-,-1, 0, 0)
@logKreaction(Mn[Citrate]-, "(( (1.0 / log(10)) * ((4.28 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Citrate-3)
@species(MnH[Citrate],0, 0, 0)
@logKreaction(MnH[Citrate], "(( (1.0 / log(10)) * ((9.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Citrate-3, 1.0, H+)
@species(Be[Citrate]-,-1, 0, 0)
@logKreaction(Be[Citrate]-, "(( (1.0 / log(10)) * ((5.534 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, Citrate-3)
@species(BeH[Citrate],0, 0, 0)
@logKreaction(BeH[Citrate], "(( (1.0 / log(10)) * ((9.442 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, H+, 1.0, Citrate-3)
@species(Ca[Citrate]-,-1, 0, 0)
@logKreaction(Ca[Citrate]-, "(( (1.0 / log(10)) * ((4.87 * log(10)) - (-8368.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Citrate-3)
@species(CaH[Citrate],0, 0, 0)
@logKreaction(CaH[Citrate], "(( (1.0 / log(10)) * ((9.26 * log(10)) - (-836.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Citrate-3, 1.0, H+)
@species(CaH2[Citrate]+,1, 0, 0)
@logKreaction(CaH2[Citrate]+, "(( (1.0 / log(10)) * ((12.257 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Citrate-3, 2.0, H+)
@species(Mg[Citrate]-,-1, 0, 0)
@logKreaction(Mg[Citrate]-, "(( (1.0 / log(10)) * ((4.89 * log(10)) - (8368.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Citrate-3)
@species(MgH[Citrate],0, 0, 0)
@logKreaction(MgH[Citrate], "(( (1.0 / log(10)) * ((8.91 * log(10)) - (3347.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Citrate-3, 1.0, H+)
@species(MgH2[Citrate]+,1, 0, 0)
@logKreaction(MgH2[Citrate]+, "(( (1.0 / log(10)) * ((12.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Citrate-3, 2.0, H+)
@species(Sr[Citrate]-,-1, 0, 0)
@logKreaction(Sr[Citrate]-, "(( (1.0 / log(10)) * ((4.3367 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Citrate-3)
@species(SrH[Citrate],0, 0, 0)
@logKreaction(SrH[Citrate], "(( (1.0 / log(10)) * ((8.9738 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, H+, 1.0, Citrate-3)
@species(SrH2[Citrate]+,1, 0, 0)
@logKreaction(SrH2[Citrate]+, "(( (1.0 / log(10)) * ((12.4859 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, H+, 1.0, Citrate-3)
@species(Ba[Citrate]-,-1, 0, 0)
@logKreaction(Ba[Citrate]-, "(( (1.0 / log(10)) * ((4.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Citrate-3)
@species(BaH[Citrate],0, 0, 0)
@logKreaction(BaH[Citrate], "(( (1.0 / log(10)) * ((8.74 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Citrate-3, 1.0, H+)
@species(BaH2[Citrate]+,1, 0, 0)
@logKreaction(BaH2[Citrate]+, "(( (1.0 / log(10)) * ((12.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Citrate-3, 2.0, H+)
@species(Na[Citrate]-2,-2, 0, 0)
@logKreaction(Na[Citrate]-2, "(( (1.0 / log(10)) * ((1.03 * log(10)) - (-2803.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Citrate-3)
@species(Na2[Citrate]-,-1, 0, 0)
@logKreaction(Na2[Citrate]-, "(( (1.0 / log(10)) * ((1.5 * log(10)) - (-5104.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Na+, 1.0, Citrate-3)
@species(NaH[Citrate]-,-1, 0, 0)
@logKreaction(NaH[Citrate]-, "(( (1.0 / log(10)) * ((6.45 * log(10)) - (-3598.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Citrate-3, 1.0, H+)
@species(K[Citrate]-2,-2, 0, 0)
@logKreaction(K[Citrate]-2, "(( (1.0 / log(10)) * ((1.1 * log(10)) - (5439.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Citrate-3)
@species(H[Nta]-2,-2, 0, 0)
@logKreaction(H[Nta]-2, "(( (1.0 / log(10)) * ((10.278 * log(10)) - (-18828.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Nta-3)
@species(H2[Nta]-,-1, 0, 0)
@logKreaction(H2[Nta]-, "(( (1.0 / log(10)) * ((13.22 * log(10)) - (-17991.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Nta-3)
@species(H3[Nta],0, 0, 0)
@logKreaction(H3[Nta], "(( (1.0 / log(10)) * ((15.22 * log(10)) - (-16317.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 1.0, Nta-3)
@species(H4[Nta]+,1, 0, 0)
@logKreaction(H4[Nta]+, "(( (1.0 / log(10)) * ((16.22 * log(10)) - (-16317.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H+, 1.0, Nta-3)
@species(Pb[Nta]-,-1, 0, 0)
@logKreaction(Pb[Nta]-, "(( (1.0 / log(10)) * ((12.7 * log(10)) - (-15899.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Nta-3)
@species(PbH[Nta],0, 0, 0)
@logKreaction(PbH[Nta], "(( (1.0 / log(10)) * ((15.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Nta-3, 1.0, H+)
@species(Al[Nta],0, 0, 0)
@logKreaction(Al[Nta], "(( (1.0 / log(10)) * ((13.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Nta-3)
@species(AlH[Nta]+,1, 0, 0)
@logKreaction(AlH[Nta]+, "(( (1.0 / log(10)) * ((15.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Nta-3, 1.0, H+)
@species(AlOH[Nta]-,-1, 0, 0)
@logKreaction(AlOH[Nta]-, "(( (1.0 / log(10)) * ((8.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Nta-3, 1.0, H2O, -1.0, H+)
@species(Tl[Nta]-2,-2, 0, 0)
@logKreaction(Tl[Nta]-2, "(( (1.0 / log(10)) * ((5.39 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Nta-3)
@species(Zn[Nta]-,-1, 0, 0)
@logKreaction(Zn[Nta]-, "(( (1.0 / log(10)) * ((11.95 * log(10)) - (-3765.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Nta-3)
@species(Zn[Nta]2-4,-4, 0, 0)
@logKreaction(Zn[Nta]2-4, "(( (1.0 / log(10)) * ((14.88 * log(10)) - (-15062.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Nta-3)
@species(ZnOH[Nta]-2,-2, 0, 0)
@logKreaction(ZnOH[Nta]-2, "(( (1.0 / log(10)) * ((1.46 * log(10)) - (46442.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Nta-3, 1.0, H2O, -1.0, H+)
@species(Cd[Nta]-,-1, 0, 0)
@logKreaction(Cd[Nta]-, "(( (1.0 / log(10)) * ((11.07 * log(10)) - (-16736.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Nta-3)
@species(Cd[Nta]2-4,-4, 0, 0)
@logKreaction(Cd[Nta]2-4, "(( (1.0 / log(10)) * ((15.03 * log(10)) - (-38074.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Nta-3)
@species(CdOH[Nta]-2,-2, 0, 0)
@logKreaction(CdOH[Nta]-2, "(( (1.0 / log(10)) * ((-0.61 * log(10)) - (29288.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Nta-3, 1.0, H2O, -1.0, H+)
@species(Hg[Nta]-,-1, 0, 0)
@logKreaction(Hg[Nta]-, "(( (1.0 / log(10)) * ((21.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Nta-3, 2.0, H+, -2.0, H2O)
@species(Cu[Nta]-,-1, 0, 0)
@logKreaction(Cu[Nta]-, "(( (1.0 / log(10)) * ((14.4 * log(10)) - (-7949.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Nta-3)
@species(Cu[Nta]2-4,-4, 0, 0)
@logKreaction(Cu[Nta]2-4, "(( (1.0 / log(10)) * ((18.1 * log(10)) - (-37237.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Nta-3)
@species(CuH[Nta],0, 0, 0)
@logKreaction(CuH[Nta], "(( (1.0 / log(10)) * ((16.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Nta-3, 1.0, H+)
@species(CuOH[Nta]-2,-2, 0, 0)
@logKreaction(CuOH[Nta]-2, "(( (1.0 / log(10)) * ((4.8 * log(10)) - (25522.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Nta-3, 1.0, H2O, -1.0, H+)
@species(Ag[Nta]-2,-2, 0, 0)
@logKreaction(Ag[Nta]-2, "(( (1.0 / log(10)) * ((6.0 * log(10)) - (-26359.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Nta-3)
@species(Ni[Nta]-,-1, 0, 0)
@logKreaction(Ni[Nta]-, "(( (1.0 / log(10)) * ((12.79 * log(10)) - (-10041.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Nta-3)
@species(Ni[Nta]2-4,-4, 0, 0)
@logKreaction(Ni[Nta]2-4, "(( (1.0 / log(10)) * ((16.96 * log(10)) - (-32635.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Nta-3)
@species(NiOH[Nta]-2,-2, 0, 0)
@logKreaction(NiOH[Nta]-2, "(( (1.0 / log(10)) * ((1.5 * log(10)) - (15062.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Nta-3, 1.0, H2O, -1.0, H+)
@species(Co[Nta]-,-1, 0, 0)
@logKreaction(Co[Nta]-, "(( (1.0 / log(10)) * ((11.6667 * log(10)) - (-400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Nta-3)
@species(Co[Nta]2-4,-4, 0, 0)
@logKreaction(Co[Nta]2-4, "(( (1.0 / log(10)) * ((14.9734 * log(10)) - (-20000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Nta-3)
@species(CoOH[Nta]-2,-2, 0, 0)
@logKreaction(CoOH[Nta]-2, "(( (1.0 / log(10)) * ((0.4378 * log(10)) - (45600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Nta-3, 1.0, H2O, -1.0, H+)
@species(Fe[Nta]-,-1, 0, 0)
@logKreaction(Fe[Nta]-, "(( (1.0 / log(10)) * ((10.19 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Nta-3)
@species(Fe[Nta]2-4,-4, 0, 0)
@logKreaction(Fe[Nta]2-4, "(( (1.0 / log(10)) * ((12.62 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 2.0, Nta-3)
@species(FeH[Nta],0, 0, 0)
@logKreaction(FeH[Nta], "(( (1.0 / log(10)) * ((12.29 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Nta-3, 1.0, H+)
@species(FeOH[Nta]-2,-2, 0, 0)
@logKreaction(FeOH[Nta]-2, "(( (1.0 / log(10)) * ((-1.06 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Nta-3, 1.0, H2O, -1.0, H+)
@species(Fe[Nta],0, 0, 0)
@logKreaction(Fe[Nta], "(( (1.0 / log(10)) * ((17.8 * log(10)) - (13388.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Nta-3)
@species(Fe[Nta]2-3,-3, 0, 0)
@logKreaction(Fe[Nta]2-3, "(( (1.0 / log(10)) * ((25.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 2.0, Nta-3)
@species(FeOH[Nta]-,-1, 0, 0)
@logKreaction(FeOH[Nta]-, "(( (1.0 / log(10)) * ((13.23 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Nta-3, 1.0, H2O, -1.0, H+)
@species(Mn[Nta]-,-1, 0, 0)
@logKreaction(Mn[Nta]-, "(( (1.0 / log(10)) * ((8.573 * log(10)) - (5857.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Nta-3)
@species(Mn[Nta]2-4,-4, 0, 0)
@logKreaction(Mn[Nta]2-4, "(( (1.0 / log(10)) * ((11.58 * log(10)) - (-17154.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Nta-3)
@species(Cr[Nta],0, 0, 0)
@logKreaction(Cr[Nta], "(( (1.0 / log(10)) * ((21.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, Nta-3, 2.0, H+, -2.0, H2O)
@species(Cr[Nta]2-3,-3, 0, 0)
@logKreaction(Cr[Nta]2-3, "(( (1.0 / log(10)) * ((29.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, Nta-3, 2.0, H+, -2.0, H2O)
@species(MoO3[Nta]-3,-3, 0, 0)
@logKreaction(MoO3[Nta]-3, "(( (1.0 / log(10)) * ((19.5434 * log(10)) - (-69000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 2.0, H+, 1.0, Nta-3, -1.0, H2O)
@species(MoO3H[Nta]-2,-2, 0, 0)
@logKreaction(MoO3H[Nta]-2, "(( (1.0 / log(10)) * ((23.3954 * log(10)) - (-71000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 3.0, H+, 1.0, Nta-3, -1.0, H2O)
@species(MoO3H2[Nta]-,-1, 0, 0)
@logKreaction(MoO3H2[Nta]-, "(( (1.0 / log(10)) * ((25.3534 * log(10)) - (-71000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 4.0, H+, 1.0, Nta-3, -1.0, H2O)
@species(Be[Nta]-,-1, 0, 0)
@logKreaction(Be[Nta]-, "(( (1.0 / log(10)) * ((9.0767 * log(10)) - (25000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, Nta-3)
@species(Mg[Nta]-,-1, 0, 0)
@logKreaction(Mg[Nta]-, "(( (1.0 / log(10)) * ((6.5 * log(10)) - (17991.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Nta-3)
@species(Ca[Nta]-,-1, 0, 0)
@logKreaction(Ca[Nta]-, "(( (1.0 / log(10)) * ((7.608 * log(10)) - (-5690.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Nta-3)
@species(Ca[Nta]2-4,-4, 0, 0)
@logKreaction(Ca[Nta]2-4, "(( (1.0 / log(10)) * ((8.81 * log(10)) - (-32635.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, Nta-3)
@species(Sr[Nta]-,-1, 0, 0)
@logKreaction(Sr[Nta]-, "(( (1.0 / log(10)) * ((6.2767 * log(10)) - (-2200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Nta-3)
@species(Ba[Nta]-,-1, 0, 0)
@logKreaction(Ba[Nta]-, "(( (1.0 / log(10)) * ((5.875 * log(10)) - (-6025.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Nta-3)
@species(H[Edta]-3,-3, 0, 0)
@logKreaction(H[Edta]-3, "(( (1.0 / log(10)) * ((10.948 * log(10)) - (-23430.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Edta-4)
@species(H2[Edta]-2,-2, 0, 0)
@logKreaction(H2[Edta]-2, "(( (1.0 / log(10)) * ((17.221 * log(10)) - (-41003.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Edta-4)
@species(H3[Edta]-,-1, 0, 0)
@logKreaction(H3[Edta]-, "(( (1.0 / log(10)) * ((20.34 * log(10)) - (-35564.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 1.0, Edta-4)
@species(H4[Edta],0, 0, 0)
@logKreaction(H4[Edta], "(( (1.0 / log(10)) * ((22.5 * log(10)) - (-34308.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, H+, 1.0, Edta-4)
@species(H5[Edta]+,1, 0, 0)
@logKreaction(H5[Edta]+, "(( (1.0 / log(10)) * ((24.0 * log(10)) - (-32216.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, H+, 1.0, Edta-4)
@species(Sn[Edta]-2,-2, 0, 0)
@logKreaction(Sn[Edta]-2, "(( (1.0 / log(10)) * ((27.026 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 1.0, Edta-4, -2.0, H2O)
@species(SnH[Edta]-,-1, 0, 0)
@logKreaction(SnH[Edta]-, "(( (1.0 / log(10)) * ((29.934 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 3.0, H+, 1.0, Edta-4, -2.0, H2O)
@species(SnH2[Edta],0, 0, 0)
@logKreaction(SnH2[Edta], "(( (1.0 / log(10)) * ((31.638 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 4.0, H+, 1.0, Edta-4, -2.0, H2O)
@species(Pb[Edta]-2,-2, 0, 0)
@logKreaction(Pb[Edta]-2, "(( (1.0 / log(10)) * ((19.8 * log(10)) - (-54810.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Edta-4)
@species(PbH[Edta]-,-1, 0, 0)
@logKreaction(PbH[Edta]-, "(( (1.0 / log(10)) * ((23.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Edta-4, 1.0, H+)
@species(PbH2[Edta],0, 0, 0)
@logKreaction(PbH2[Edta], "(( (1.0 / log(10)) * ((24.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Edta-4, 2.0, H+)
@species(Al[Edta]-,-1, 0, 0)
@logKreaction(Al[Edta]-, "(( (1.0 / log(10)) * ((19.1 * log(10)) - (52718.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Edta-4)
@species(AlH[Edta],0, 0, 0)
@logKreaction(AlH[Edta], "(( (1.0 / log(10)) * ((21.8 * log(10)) - (36400.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Edta-4, 1.0, H+)
@species(AlOH[Edta]-2,-2, 0, 0)
@logKreaction(AlOH[Edta]-2, "(( (1.0 / log(10)) * ((12.8 * log(10)) - (73638.40000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Edta-4, 1.0, H2O, -1.0, H+)
@species(Tl[Edta]-3,-3, 0, 0)
@logKreaction(Tl[Edta]-3, "(( (1.0 / log(10)) * ((7.27 * log(10)) - (-43513.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Edta-4)
@species(TlH[Edta]-2,-2, 0, 0)
@logKreaction(TlH[Edta]-2, "(( (1.0 / log(10)) * ((13.68 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Edta-4, 1.0, H+)
@species(Zn[Edta]-2,-2, 0, 0)
@logKreaction(Zn[Edta]-2, "(( (1.0 / log(10)) * ((18.0 * log(10)) - (-19246.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Edta-4)
@species(ZnH[Edta]-,-1, 0, 0)
@logKreaction(ZnH[Edta]-, "(( (1.0 / log(10)) * ((21.4 * log(10)) - (-28451.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Edta-4, 1.0, H+)
@species(ZnOH[Edta]-3,-3, 0, 0)
@logKreaction(ZnOH[Edta]-3, "(( (1.0 / log(10)) * ((5.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Edta-4, 1.0, H2O, -1.0, H+)
@species(Cd[Edta]-2,-2, 0, 0)
@logKreaction(Cd[Edta]-2, "(( (1.0 / log(10)) * ((18.2 * log(10)) - (-38074.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Edta-4)
@species(CdH[Edta]-,-1, 0, 0)
@logKreaction(CdH[Edta]-, "(( (1.0 / log(10)) * ((21.5 * log(10)) - (-39748.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Edta-4, 1.0, H+)
@species(Hg[Edta]-2,-2, 0, 0)
@logKreaction(Hg[Edta]-2, "(( (1.0 / log(10)) * ((29.3 * log(10)) - (-125102.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Edta-4, 2.0, H+, -2.0, H2O)
@species(HgH[Edta]-,-1, 0, 0)
@logKreaction(HgH[Edta]-, "(( (1.0 / log(10)) * ((32.9 * log(10)) - (-128449.00000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Edta-4, 3.0, H+, -2.0, H2O)
@species(Cu[Edta]-2,-2, 0, 0)
@logKreaction(Cu[Edta]-2, "(( (1.0 / log(10)) * ((20.5 * log(10)) - (-34727.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Edta-4)
@species(CuH[Edta]-,-1, 0, 0)
@logKreaction(CuH[Edta]-, "(( (1.0 / log(10)) * ((24.0 * log(10)) - (-43095.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Edta-4, 1.0, H+)
@species(CuH2[Edta],0, 0, 0)
@logKreaction(CuH2[Edta], "(( (1.0 / log(10)) * ((26.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Edta-4, 2.0, H+)
@species(CuOH[Edta]-3,-3, 0, 0)
@logKreaction(CuOH[Edta]-3, "(( (1.0 / log(10)) * ((8.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Edta-4, 1.0, H2O, -1.0, H+)
@species(Ag[Edta]-3,-3, 0, 0)
@logKreaction(Ag[Edta]-3, "(( (1.0 / log(10)) * ((8.08 * log(10)) - (-31380.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Edta-4)
@species(AgH[Edta]-2,-2, 0, 0)
@logKreaction(AgH[Edta]-2, "(( (1.0 / log(10)) * ((15.21 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Edta-4, 1.0, H+)
@species(Ni[Edta]-2,-2, 0, 0)
@logKreaction(Ni[Edta]-2, "(( (1.0 / log(10)) * ((20.1 * log(10)) - (-30961.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Edta-4)
@species(NiH[Edta]-,-1, 0, 0)
@logKreaction(NiH[Edta]-, "(( (1.0 / log(10)) * ((23.6 * log(10)) - (-38492.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Edta-4, 1.0, H+)
@species(NiOH[Edta]-3,-3, 0, 0)
@logKreaction(NiOH[Edta]-3, "(( (1.0 / log(10)) * ((7.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Edta-4, 1.0, H2O, -1.0, H+)
@species(Co[Edta]-2,-2, 0, 0)
@logKreaction(Co[Edta]-2, "(( (1.0 / log(10)) * ((18.1657 * log(10)) - (-15000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Edta-4)
@species(CoH[Edta]-,-1, 0, 0)
@logKreaction(CoH[Edta]-, "(( (1.0 / log(10)) * ((21.5946 * log(10)) - (-22900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Edta-4, 1.0, H+)
@species(CoH2[Edta],0, 0, 0)
@logKreaction(CoH2[Edta], "(( (1.0 / log(10)) * ((23.4986 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Edta-4, 2.0, H+)
@species(Co[Edta]-,-1, 0, 0)
@logKreaction(Co[Edta]-, "(( (1.0 / log(10)) * ((43.9735 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 1.0, Edta-4)
@species(CoH[Edta],0, 0, 0)
@logKreaction(CoH[Edta], "(( (1.0 / log(10)) * ((47.168 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 1.0, Edta-4, 1.0, H+)
@species(Fe[Edta]-2,-2, 0, 0)
@logKreaction(Fe[Edta]-2, "(( (1.0 / log(10)) * ((16.0 * log(10)) - (-16736.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Edta-4)
@species(FeH[Edta]-,-1, 0, 0)
@logKreaction(FeH[Edta]-, "(( (1.0 / log(10)) * ((19.06 * log(10)) - (-27614.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Edta-4, 1.0, H+)
@species(FeOH[Edta]-3,-3, 0, 0)
@logKreaction(FeOH[Edta]-3, "(( (1.0 / log(10)) * ((6.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Edta-4, 1.0, H2O, -1.0, H+)
@species(Fe[OH]2[Edta]-4,-4, 0, 0)
@logKreaction(Fe[OH]2[Edta]-4, "(( (1.0 / log(10)) * ((-4.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Edta-4, 2.0, H2O, -2.0, H+)
@species(Fe[Edta]-,-1, 0, 0)
@logKreaction(Fe[Edta]-, "(( (1.0 / log(10)) * ((27.7 * log(10)) - (-11296.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Edta-4)
@species(FeH[Edta],0, 0, 0)
@logKreaction(FeH[Edta], "(( (1.0 / log(10)) * ((29.2 * log(10)) - (-11715.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Edta-4, 1.0, H+)
@species(FeOH[Edta]-2,-2, 0, 0)
@logKreaction(FeOH[Edta]-2, "(( (1.0 / log(10)) * ((19.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Edta-4, 1.0, H2O, -1.0, H+)
@species(Fe[OH]2[Edta]-3,-3, 0, 0)
@logKreaction(Fe[OH]2[Edta]-3, "(( (1.0 / log(10)) * ((9.85 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Edta-4, 2.0, H2O, -2.0, H+)
@species(Mn[Edta]-2,-2, 0, 0)
@logKreaction(Mn[Edta]-2, "(( (1.0 / log(10)) * ((15.6 * log(10)) - (-19246.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Edta-4)
@species(MnH[Edta]-,-1, 0, 0)
@logKreaction(MnH[Edta]-, "(( (1.0 / log(10)) * ((19.1 * log(10)) - (-24267.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Edta-4, 1.0, H+)
@species(Cr[Edta]-2,-2, 0, 0)
@logKreaction(Cr[Edta]-2, "(( (1.0 / log(10)) * ((15.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+2, 1.0, Edta-4)
@species(CrH[Edta]-,-1, 0, 0)
@logKreaction(CrH[Edta]-, "(( (1.0 / log(10)) * ((19.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+2, 1.0, Edta-4, 1.0, H+)
@species(Cr[Edta]-,-1, 0, 0)
@logKreaction(Cr[Edta]-, "(( (1.0 / log(10)) * ((35.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, Edta-4, 2.0, H+, -2.0, H2O)
@species(CrH[Edta],0, 0, 0)
@logKreaction(CrH[Edta], "(( (1.0 / log(10)) * ((37.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, Edta-4, 3.0, H+, -2.0, H2O)
@species(CrOH[Edta]-2,-2, 0, 0)
@logKreaction(CrOH[Edta]-2, "(( (1.0 / log(10)) * ((27.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, Edta-4, 1.0, H+, -1.0, H2O)
@species(Be[Edta]-2,-2, 0, 0)
@logKreaction(Be[Edta]-2, "(( (1.0 / log(10)) * ((11.4157 * log(10)) - (41000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, Edta-4)
@species(Mg[Edta]-2,-2, 0, 0)
@logKreaction(Mg[Edta]-2, "(( (1.0 / log(10)) * ((10.57 * log(10)) - (13807.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Edta-4)
@species(MgH[Edta]-,-1, 0, 0)
@logKreaction(MgH[Edta]-, "(( (1.0 / log(10)) * ((14.97 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Edta-4, 1.0, H+)
@species(Ca[Edta]-2,-2, 0, 0)
@logKreaction(Ca[Edta]-2, "(( (1.0 / log(10)) * ((12.42 * log(10)) - (-25522.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Edta-4)
@species(CaH[Edta]-,-1, 0, 0)
@logKreaction(CaH[Edta]-, "(( (1.0 / log(10)) * ((15.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Edta-4, 1.0, H+)
@species(Sr[Edta]-2,-2, 0, 0)
@logKreaction(Sr[Edta]-2, "(( (1.0 / log(10)) * ((10.4357 * log(10)) - (-17000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Edta-4)
@species(SrH[Edta]-,-1, 0, 0)
@logKreaction(SrH[Edta]-, "(( (1.0 / log(10)) * ((14.7946 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Edta-4, 1.0, H+)
@species(Ba[Edta]-2,-2, 0, 0)
@logKreaction(Ba[Edta]-2, "(( (1.0 / log(10)) * ((7.72 * log(10)) - (-20501.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Edta-4)
@species(Na[Edta]-3,-3, 0, 0)
@logKreaction(Na[Edta]-3, "(( (1.0 / log(10)) * ((2.7 * log(10)) - (-5857.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Edta-4)
@species(K[Edta]-3,-3, 0, 0)
@logKreaction(K[Edta]-3, "(( (1.0 / log(10)) * ((1.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Edta-4)
@species(H[Propionate],0, 0, 0)
@logKreaction(H[Propionate], "(( (1.0 / log(10)) * ((4.874 * log(10)) - (660.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Propionate-)
@species(Pb[Propionate]+,1, 0, 0)
@logKreaction(Pb[Propionate]+, "(( (1.0 / log(10)) * ((2.64 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Propionate-)
@species(Pb[Propionate]2,0, 0, 0)
@logKreaction(Pb[Propionate]2, "(( (1.0 / log(10)) * ((3.1765 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Propionate-)
@species(Zn[Propionate]+,1, 0, 0)
@logKreaction(Zn[Propionate]+, "(( (1.0 / log(10)) * ((1.4389 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Propionate-)
@species(Zn[Propionate]2,0, 0, 0)
@logKreaction(Zn[Propionate]2, "(( (1.0 / log(10)) * ((1.842 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Propionate-)
@species(Cd[Propionate]+,1, 0, 0)
@logKreaction(Cd[Propionate]+, "(( (1.0 / log(10)) * ((1.598 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Propionate-)
@species(Cd[Propionate]2,0, 0, 0)
@logKreaction(Cd[Propionate]2, "(( (1.0 / log(10)) * ((2.472 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Propionate-)
@species(Hg[Propionate]+,1, 0, 0)
@logKreaction(Hg[Propionate]+, "(( (1.0 / log(10)) * ((10.594 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, Propionate-, -2.0, H2O)
@species(Cu[Propionate]+,1, 0, 0)
@logKreaction(Cu[Propionate]+, "(( (1.0 / log(10)) * ((2.22 * log(10)) - (4100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Propionate-)
@species(Cu[Propionate]2,0, 0, 0)
@logKreaction(Cu[Propionate]2, "(( (1.0 / log(10)) * ((3.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Propionate-)
@species(Ni[Propionate]+,1, 0, 0)
@logKreaction(Ni[Propionate]+, "(( (1.0 / log(10)) * ((0.908 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Propionate-)
@species(Co[Propionate]+,1, 0, 0)
@logKreaction(Co[Propionate]+, "(( (1.0 / log(10)) * ((0.671 * log(10)) - (4600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Propionate-)
@species(Co[Propionate]2,0, 0, 0)
@logKreaction(Co[Propionate]2, "(( (1.0 / log(10)) * ((0.5565 * log(10)) - (16000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Propionate-)
@species(Fe[Propionate]+2,2, 0, 0)
@logKreaction(Fe[Propionate]+2, "(( (1.0 / log(10)) * ((4.012 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Propionate-)
@species(Cr[Propionate]+2,2, 0, 0)
@logKreaction(Cr[Propionate]+2, "(( (1.0 / log(10)) * ((15.0773 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, 1.0, Propionate-, -2.0, H2O)
@species(Cr[Propionate]2+,1, 0, 0)
@logKreaction(Cr[Propionate]2+, "(( (1.0 / log(10)) * ((17.9563 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, 2.0, Propionate-, -2.0, H2O)
@species(Cr[Propionate]3,0, 0, 0)
@logKreaction(Cr[Propionate]3, "(( (1.0 / log(10)) * ((20.8858 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, 3.0, Propionate-, -2.0, H2O)
@species(Mg[Propionate]+,1, 0, 0)
@logKreaction(Mg[Propionate]+, "(( (1.0 / log(10)) * ((0.9689 * log(10)) - (4267.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Propionate-)
@species(Ca[Propionate]+,1, 0, 0)
@logKreaction(Ca[Propionate]+, "(( (1.0 / log(10)) * ((0.9289 * log(10)) - (3347.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Propionate-)
@species(Sr[Propionate]+,1, 0, 0)
@logKreaction(Sr[Propionate]+, "(( (1.0 / log(10)) * ((0.8589 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Propionate-)
@species(Ba[Propionate]+,1, 0, 0)
@logKreaction(Ba[Propionate]+, "(( (1.0 / log(10)) * ((0.7689 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Propionate-)
@species(Ba[Propionate]2,0, 0, 0)
@logKreaction(Ba[Propionate]2, "(( (1.0 / log(10)) * ((0.9834 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, Propionate-)
@species(H[Butyrate],0, 0, 0)
@logKreaction(H[Butyrate], "(( (1.0 / log(10)) * ((4.819 * log(10)) - (2800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Butyrate-)
@species(Pb[Butyrate]+,1, 0, 0)
@logKreaction(Pb[Butyrate]+, "(( (1.0 / log(10)) * ((2.101 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Butyrate-)
@species(Zn[Butyrate]+,1, 0, 0)
@logKreaction(Zn[Butyrate]+, "(( (1.0 / log(10)) * ((1.4289 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Butyrate-)
@species(Hg[Butyrate]+,1, 0, 0)
@logKreaction(Hg[Butyrate]+, "(( (1.0 / log(10)) * ((10.3529 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, Butyrate-, -2.0, H2O)
@species(Cu[Butyrate]+,1, 0, 0)
@logKreaction(Cu[Butyrate]+, "(( (1.0 / log(10)) * ((2.14 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Butyrate-)
@species(Ni[Butyrate]+,1, 0, 0)
@logKreaction(Ni[Butyrate]+, "(( (1.0 / log(10)) * ((0.691 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Butyrate-)
@species(Co[Butyrate]+,1, 0, 0)
@logKreaction(Co[Butyrate]+, "(( (1.0 / log(10)) * ((0.591 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Butyrate-)
@species(Co[Butyrate]2,0, 0, 0)
@logKreaction(Co[Butyrate]2, "(( (1.0 / log(10)) * ((0.7765 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Butyrate-)
@species(Mg[Butyrate]+,1, 0, 0)
@logKreaction(Mg[Butyrate]+, "(( (1.0 / log(10)) * ((0.9589 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Butyrate-)
@species(Ca[Butyrate]+,1, 0, 0)
@logKreaction(Ca[Butyrate]+, "(( (1.0 / log(10)) * ((0.9389 * log(10)) - (3347.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Butyrate-)
@species(Sr[Butyrate]+,1, 0, 0)
@logKreaction(Sr[Butyrate]+, "(( (1.0 / log(10)) * ((0.7889 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Butyrate-)
@species(Ba[Butyrate]+,1, 0, 0)
@logKreaction(Ba[Butyrate]+, "(( (1.0 / log(10)) * ((0.7389 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Butyrate-)
@species(Ba[Butyrate]2,0, 0, 0)
@logKreaction(Ba[Butyrate]2, "(( (1.0 / log(10)) * ((0.88 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, Butyrate-)
@species(H[Isobutyrate],0, 0, 0)
@logKreaction(H[Isobutyrate], "(( (1.0 / log(10)) * ((4.849 * log(10)) - (3221.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Isobutyrate-)
@species(Zn[Isobutyrate]+,1, 0, 0)
@logKreaction(Zn[Isobutyrate]+, "(( (1.0 / log(10)) * ((1.44 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Isobutyrate-)
@species(Cu[Isobutyrate]+,1, 0, 0)
@logKreaction(Cu[Isobutyrate]+, "(( (1.0 / log(10)) * ((2.17 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Isobutyrate-)
@species(Cu[Isobutyrate]2,0, 0, 0)
@logKreaction(Cu[Isobutyrate]2, "(( (1.0 / log(10)) * ((3.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Isobutyrate-)
@species(Fe[Isobutyrate]+2,2, 0, 0)
@logKreaction(Fe[Isobutyrate]+2, "(( (1.0 / log(10)) * ((4.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Isobutyrate-)
@species(Ca[Isobutyrate]+,1, 0, 0)
@logKreaction(Ca[Isobutyrate]+, "(( (1.0 / log(10)) * ((0.51 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Isobutyrate-)
@species(H[Two_picoline]+,1, 0, 0)
@logKreaction(H[Two_picoline]+, "(( (1.0 / log(10)) * ((5.95 * log(10)) - (-25522.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Two_picoline)
@species(Cu[Two_picoline]+2,2, 0, 0)
@logKreaction(Cu[Two_picoline]+2, "(( (1.0 / log(10)) * ((1.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Two_picoline)
@species(Cu[Two_picoline]2+2,2, 0, 0)
@logKreaction(Cu[Two_picoline]2+2, "(( (1.0 / log(10)) * ((2.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Two_picoline)
@species(Cu[Two_picoline]+,1, 0, 0)
@logKreaction(Cu[Two_picoline]+, "(( (1.0 / log(10)) * ((5.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, Two_picoline)
@species(Cu[Two_picoline]2+,1, 0, 0)
@logKreaction(Cu[Two_picoline]2+, "(( (1.0 / log(10)) * ((7.65 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 2.0, Two_picoline)
@species(Cu[Two_picoline]3+,1, 0, 0)
@logKreaction(Cu[Two_picoline]3+, "(( (1.0 / log(10)) * ((8.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 3.0, Two_picoline)
@species(Ag[Two_picoline]+,1, 0, 0)
@logKreaction(Ag[Two_picoline]+, "(( (1.0 / log(10)) * ((2.32 * log(10)) - (-24267.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Two_picoline)
@species(Ag[Two_picoline]2+,1, 0, 0)
@logKreaction(Ag[Two_picoline]2+, "(( (1.0 / log(10)) * ((4.68 * log(10)) - (-42676.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Two_picoline)
@species(Ni[Two_picoline]+2,2, 0, 0)
@logKreaction(Ni[Two_picoline]+2, "(( (1.0 / log(10)) * ((0.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Two_picoline)
@species(H[Three_picoline]+,1, 0, 0)
@logKreaction(H[Three_picoline]+, "(( (1.0 / log(10)) * ((5.7 * log(10)) - (-23848.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Three_picoline)
@species(Zn[Three_picoline]+2,2, 0, 0)
@logKreaction(Zn[Three_picoline]+2, "(( (1.0 / log(10)) * ((1.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Three_picoline)
@species(Zn[Three_picoline]2+2,2, 0, 0)
@logKreaction(Zn[Three_picoline]2+2, "(( (1.0 / log(10)) * ((2.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Three_picoline)
@species(Zn[Three_picoline]3+2,2, 0, 0)
@logKreaction(Zn[Three_picoline]3+2, "(( (1.0 / log(10)) * ((2.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, Three_picoline)
@species(Zn[Three_picoline]4+2,2, 0, 0)
@logKreaction(Zn[Three_picoline]4+2, "(( (1.0 / log(10)) * ((3.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 4.0, Three_picoline)
@species(Cd[Three_picoline]+2,2, 0, 0)
@logKreaction(Cd[Three_picoline]+2, "(( (1.0 / log(10)) * ((1.42 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Three_picoline)
@species(Cd[Three_picoline]2+2,2, 0, 0)
@logKreaction(Cd[Three_picoline]2+2, "(( (1.0 / log(10)) * ((2.27 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Three_picoline)
@species(Cd[Three_picoline]3+2,2, 0, 0)
@logKreaction(Cd[Three_picoline]3+2, "(( (1.0 / log(10)) * ((3.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Three_picoline)
@species(Cd[Three_picoline]4+2,2, 0, 0)
@logKreaction(Cd[Three_picoline]4+2, "(( (1.0 / log(10)) * ((4.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 4.0, Three_picoline)
@species(Cu[Three_picoline]+,1, 0, 0)
@logKreaction(Cu[Three_picoline]+, "(( (1.0 / log(10)) * ((5.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, Three_picoline)
@species(Cu[Three_picoline]2+,1, 0, 0)
@logKreaction(Cu[Three_picoline]2+, "(( (1.0 / log(10)) * ((7.78 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 2.0, Three_picoline)
@species(Cu[Three_picoline]3+,1, 0, 0)
@logKreaction(Cu[Three_picoline]3+, "(( (1.0 / log(10)) * ((8.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 3.0, Three_picoline)
@species(Cu[Three_picoline]4+,1, 0, 0)
@logKreaction(Cu[Three_picoline]4+, "(( (1.0 / log(10)) * ((9.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 4.0, Three_picoline)
@species(Cu[Three_picoline]+2,2, 0, 0)
@logKreaction(Cu[Three_picoline]+2, "(( (1.0 / log(10)) * ((2.77 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Three_picoline)
@species(Cu[Three_picoline]2+2,2, 0, 0)
@logKreaction(Cu[Three_picoline]2+2, "(( (1.0 / log(10)) * ((4.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Three_picoline)
@species(Cu[Three_picoline]3+2,2, 0, 0)
@logKreaction(Cu[Three_picoline]3+2, "(( (1.0 / log(10)) * ((6.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 3.0, Three_picoline)
@species(Cu[Three_picoline]4+2,2, 0, 0)
@logKreaction(Cu[Three_picoline]4+2, "(( (1.0 / log(10)) * ((7.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 4.0, Three_picoline)
@species(Ag[Three_picoline]+,1, 0, 0)
@logKreaction(Ag[Three_picoline]+, "(( (1.0 / log(10)) * ((2.2 * log(10)) - (-21756.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Three_picoline)
@species(Ag[Three_picoline]2+,1, 0, 0)
@logKreaction(Ag[Three_picoline]2+, "(( (1.0 / log(10)) * ((4.46 * log(10)) - (-49789.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Three_picoline)
@species(Ni[Three_picoline]+2,2, 0, 0)
@logKreaction(Ni[Three_picoline]+2, "(( (1.0 / log(10)) * ((1.87 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Three_picoline)
@species(Ni[Three_picoline]2+2,2, 0, 0)
@logKreaction(Ni[Three_picoline]2+2, "(( (1.0 / log(10)) * ((3.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Three_picoline)
@species(Ni[Three_picoline]3+2,2, 0, 0)
@logKreaction(Ni[Three_picoline]3+2, "(( (1.0 / log(10)) * ((4.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 3.0, Three_picoline)
@species(Ni[Three_picoline]4+2,2, 0, 0)
@logKreaction(Ni[Three_picoline]4+2, "(( (1.0 / log(10)) * ((4.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 4.0, Three_picoline)
@species(Co[Three_picoline]+2,2, 0, 0)
@logKreaction(Co[Three_picoline]+2, "(( (1.0 / log(10)) * ((1.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Three_picoline)
@species(Co[Three_picoline]2+2,2, 0, 0)
@logKreaction(Co[Three_picoline]2+2, "(( (1.0 / log(10)) * ((2.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Three_picoline)
@species(Co[Three_picoline]3+2,2, 0, 0)
@logKreaction(Co[Three_picoline]3+2, "(( (1.0 / log(10)) * ((2.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 3.0, Three_picoline)
@species(H[Four_picoline]+,1, 0, 0)
@logKreaction(H[Four_picoline]+, "(( (1.0 / log(10)) * ((6.03 * log(10)) - (-25313.199999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Four_picoline)
@species(Zn[Four_picoline]+2,2, 0, 0)
@logKreaction(Zn[Four_picoline]+2, "(( (1.0 / log(10)) * ((1.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Four_picoline)
@species(Zn[Four_picoline]2+2,2, 0, 0)
@logKreaction(Zn[Four_picoline]2+2, "(( (1.0 / log(10)) * ((2.11 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Four_picoline)
@species(Zn[Four_picoline]3+2,2, 0, 0)
@logKreaction(Zn[Four_picoline]3+2, "(( (1.0 / log(10)) * ((2.85 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, Four_picoline)
@species(Cd[Four_picoline]+2,2, 0, 0)
@logKreaction(Cd[Four_picoline]+2, "(( (1.0 / log(10)) * ((1.59 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Four_picoline)
@species(Cd[Four_picoline]2+2,2, 0, 0)
@logKreaction(Cd[Four_picoline]2+2, "(( (1.0 / log(10)) * ((2.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Four_picoline)
@species(Cd[Four_picoline]3+2,2, 0, 0)
@logKreaction(Cd[Four_picoline]3+2, "(( (1.0 / log(10)) * ((3.18 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Four_picoline)
@species(Cd[Four_picoline]4+2,2, 0, 0)
@logKreaction(Cd[Four_picoline]4+2, "(( (1.0 / log(10)) * ((4.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 4.0, Four_picoline)
@species(Cu[Four_picoline]+,1, 0, 0)
@logKreaction(Cu[Four_picoline]+, "(( (1.0 / log(10)) * ((5.65 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, Four_picoline)
@species(Cu[Four_picoline]2+,1, 0, 0)
@logKreaction(Cu[Four_picoline]2+, "(( (1.0 / log(10)) * ((8.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 2.0, Four_picoline)
@species(Cu[Four_picoline]3+,1, 0, 0)
@logKreaction(Cu[Four_picoline]3+, "(( (1.0 / log(10)) * ((8.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 3.0, Four_picoline)
@species(Cu[Four_picoline]4+,1, 0, 0)
@logKreaction(Cu[Four_picoline]4+, "(( (1.0 / log(10)) * ((9.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 4.0, Four_picoline)
@species(Cu[Four_picoline]+2,2, 0, 0)
@logKreaction(Cu[Four_picoline]+2, "(( (1.0 / log(10)) * ((2.88 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Four_picoline)
@species(Cu[Four_picoline]2+2,2, 0, 0)
@logKreaction(Cu[Four_picoline]2+2, "(( (1.0 / log(10)) * ((5.16 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Four_picoline)
@species(Cu[Four_picoline]3+2,2, 0, 0)
@logKreaction(Cu[Four_picoline]3+2, "(( (1.0 / log(10)) * ((6.77 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 3.0, Four_picoline)
@species(Cu[Four_picoline]4+2,2, 0, 0)
@logKreaction(Cu[Four_picoline]4+2, "(( (1.0 / log(10)) * ((8.08 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 4.0, Four_picoline)
@species(Cu[Four_picoline]5+2,2, 0, 0)
@logKreaction(Cu[Four_picoline]5+2, "(( (1.0 / log(10)) * ((8.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 5.0, Four_picoline)
@species(Ag[Four_picoline]+,1, 0, 0)
@logKreaction(Ag[Four_picoline]+, "(( (1.0 / log(10)) * ((2.03 * log(10)) - (-25522.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Four_picoline)
@species(Ag[Four_picoline]2+,1, 0, 0)
@logKreaction(Ag[Four_picoline]2+, "(( (1.0 / log(10)) * ((4.39 * log(10)) - (-53555.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Four_picoline)
@species(Ni[Four_picoline]+2,2, 0, 0)
@logKreaction(Ni[Four_picoline]+2, "(( (1.0 / log(10)) * ((2.11 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Four_picoline)
@species(Ni[Four_picoline]2+2,2, 0, 0)
@logKreaction(Ni[Four_picoline]2+2, "(( (1.0 / log(10)) * ((3.59 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Four_picoline)
@species(Ni[Four_picoline]3+2,2, 0, 0)
@logKreaction(Ni[Four_picoline]3+2, "(( (1.0 / log(10)) * ((4.34 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 3.0, Four_picoline)
@species(Ni[Four_picoline]4+2,2, 0, 0)
@logKreaction(Ni[Four_picoline]4+2, "(( (1.0 / log(10)) * ((4.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 4.0, Four_picoline)
@species(Co[Four_picoline]+2,2, 0, 0)
@logKreaction(Co[Four_picoline]+2, "(( (1.0 / log(10)) * ((1.56 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Four_picoline)
@species(Co[Four_picoline]2+2,2, 0, 0)
@logKreaction(Co[Four_picoline]2+2, "(( (1.0 / log(10)) * ((2.51 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Four_picoline)
@species(Co[Four_picoline]3+2,2, 0, 0)
@logKreaction(Co[Four_picoline]3+2, "(( (1.0 / log(10)) * ((2.94 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 3.0, Four_picoline)
@species(Co[Four_picoline]4+2,2, 0, 0)
@logKreaction(Co[Four_picoline]4+2, "(( (1.0 / log(10)) * ((3.17 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 4.0, Four_picoline)
@species(H[Formate],0, 0, 0)
@logKreaction(H[Formate], "(( (1.0 / log(10)) * ((3.745 * log(10)) - (167.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Formate-)
@species(Pb[Formate]+,1, 0, 0)
@logKreaction(Pb[Formate]+, "(( (1.0 / log(10)) * ((2.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Formate-)
@species(Zn[Formate]+,1, 0, 0)
@logKreaction(Zn[Formate]+, "(( (1.0 / log(10)) * ((1.44 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Formate-)
@species(Cd[Formate]+,1, 0, 0)
@logKreaction(Cd[Formate]+, "(( (1.0 / log(10)) * ((1.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Formate-)
@species(Hg[Formate]+,1, 0, 0)
@logKreaction(Hg[Formate]+, "(( (1.0 / log(10)) * ((9.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Formate-, 2.0, H+, -2.0, H2O)
@species(Cu[Formate]+,1, 0, 0)
@logKreaction(Cu[Formate]+, "(( (1.0 / log(10)) * ((2.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Formate-)
@species(Ni[Formate]+,1, 0, 0)
@logKreaction(Ni[Formate]+, "(( (1.0 / log(10)) * ((1.22 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Formate-)
@species(Co[Formate]+,1, 0, 0)
@logKreaction(Co[Formate]+, "(( (1.0 / log(10)) * ((1.209 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Formate-)
@species(Co[Formate]2,0, 0, 0)
@logKreaction(Co[Formate]2, "(( (1.0 / log(10)) * ((1.1365 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Formate-)
@species(Cr[Formate]+,1, 0, 0)
@logKreaction(Cr[Formate]+, "(( (1.0 / log(10)) * ((1.07 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+2, 1.0, Formate-)
@species(Mg[Formate]+,1, 0, 0)
@logKreaction(Mg[Formate]+, "(( (1.0 / log(10)) * ((1.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Formate-)
@species(Ca[Formate]+,1, 0, 0)
@logKreaction(Ca[Formate]+, "(( (1.0 / log(10)) * ((1.43 * log(10)) - (4184.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Formate-)
@species(Sr[Formate]+,1, 0, 0)
@logKreaction(Sr[Formate]+, "(( (1.0 / log(10)) * ((1.39 * log(10)) - (4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Formate-)
@species(Ba[Formate]+,1, 0, 0)
@logKreaction(Ba[Formate]+, "(( (1.0 / log(10)) * ((1.38 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Formate-)
@species(H[Isovalerate],0, 0, 0)
@logKreaction(H[Isovalerate], "(( (1.0 / log(10)) * ((4.781 * log(10)) - (4560.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Isovalerate-)
@species(Zn[Isovalerate]+,1, 0, 0)
@logKreaction(Zn[Isovalerate]+, "(( (1.0 / log(10)) * ((1.39 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Isovalerate-)
@species(Cu[Isovalerate]+,1, 0, 0)
@logKreaction(Cu[Isovalerate]+, "(( (1.0 / log(10)) * ((2.08 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Isovalerate-)
@species(Ca[Isovalerate]+,1, 0, 0)
@logKreaction(Ca[Isovalerate]+, "(( (1.0 / log(10)) * ((0.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Isovalerate-)
@species(H[Valerate],0, 0, 0)
@logKreaction(H[Valerate], "(( (1.0 / log(10)) * ((4.843 * log(10)) - (2887.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Valerate-)
@species(Cu[Valerate]+,1, 0, 0)
@logKreaction(Cu[Valerate]+, "(( (1.0 / log(10)) * ((2.12 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Valerate-)
@species(Ca[Valerate]+,1, 0, 0)
@logKreaction(Ca[Valerate]+, "(( (1.0 / log(10)) * ((0.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Valerate-)
@species(Ba[Valerate]+,1, 0, 0)
@logKreaction(Ba[Valerate]+, "(( (1.0 / log(10)) * ((-0.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Valerate-)
@species(H[Acetate],0, 0, 0)
@logKreaction(H[Acetate], "(( (1.0 / log(10)) * ((4.757 * log(10)) - (410.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Acetate-)
@species(Sn[Acetate]+,1, 0, 0)
@logKreaction(Sn[Acetate]+, "(( (1.0 / log(10)) * ((10.0213 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 1.0, Acetate-, -2.0, H2O)
@species(Sn[Acetate]2,0, 0, 0)
@logKreaction(Sn[Acetate]2, "(( (1.0 / log(10)) * ((12.32 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 2.0, Acetate-, -2.0, H2O)
@species(Sn[Acetate]3-,-1, 0, 0)
@logKreaction(Sn[Acetate]3-, "(( (1.0 / log(10)) * ((13.55 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 3.0, Acetate-, -2.0, H2O)
@species(Pb[Acetate]+,1, 0, 0)
@logKreaction(Pb[Acetate]+, "(( (1.0 / log(10)) * ((2.68 * log(10)) - (-400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Acetate-)
@species(Pb[Acetate]2,0, 0, 0)
@logKreaction(Pb[Acetate]2, "(( (1.0 / log(10)) * ((4.08 * log(10)) - (-800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Acetate-)
@species(Tl[Acetate],0, 0, 0)
@logKreaction(Tl[Acetate], "(( (1.0 / log(10)) * ((-0.11 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Acetate-)
@species(Zn[Acetate]+,1, 0, 0)
@logKreaction(Zn[Acetate]+, "(( (1.0 / log(10)) * ((1.58 * log(10)) - (8300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Acetate-)
@species(Zn[Acetate]2,0, 0, 0)
@logKreaction(Zn[Acetate]2, "(( (1.0 / log(10)) * ((2.6434 * log(10)) - (22000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Acetate-)
@species(Cd[Acetate]+,1, 0, 0)
@logKreaction(Cd[Acetate]+, "(( (1.0 / log(10)) * ((1.93 * log(10)) - (9600.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Acetate-)
@species(Cd[Acetate]2,0, 0, 0)
@logKreaction(Cd[Acetate]2, "(( (1.0 / log(10)) * ((2.86 * log(10)) - (15000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Acetate-)
@species(Hg[Acetate]+,1, 0, 0)
@logKreaction(Hg[Acetate]+, "(( (1.0 / log(10)) * ((10.494 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 1.0, Acetate-, -2.0, H2O)
@species(Hg[Acetate]2,0, 0, 0)
@logKreaction(Hg[Acetate]2, "(( (1.0 / log(10)) * ((13.83 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, H+, 2.0, Acetate-, -2.0, H2O)
@species(Cu[Acetate]+,1, 0, 0)
@logKreaction(Cu[Acetate]+, "(( (1.0 / log(10)) * ((2.21 * log(10)) - (7100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Acetate-)
@species(Cu[Acetate]2,0, 0, 0)
@logKreaction(Cu[Acetate]2, "(( (1.0 / log(10)) * ((3.4 * log(10)) - (12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Acetate-)
@species(Cu[Acetate]3-,-1, 0, 0)
@logKreaction(Cu[Acetate]3-, "(( (1.0 / log(10)) * ((3.9434 * log(10)) - (6200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 3.0, Acetate-)
@species(Ag[Acetate],0, 0, 0)
@logKreaction(Ag[Acetate], "(( (1.0 / log(10)) * ((0.73 * log(10)) - (3000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Acetate-)
@species(Ag[Acetate]2-,-1, 0, 0)
@logKreaction(Ag[Acetate]2-, "(( (1.0 / log(10)) * ((0.64 * log(10)) - (3000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Acetate-)
@species(Ni[Acetate]+,1, 0, 0)
@logKreaction(Ni[Acetate]+, "(( (1.0 / log(10)) * ((1.37 * log(10)) - (8700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Acetate-)
@species(Ni[Acetate]2,0, 0, 0)
@logKreaction(Ni[Acetate]2, "(( (1.0 / log(10)) * ((2.1 * log(10)) - (10000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Acetate-)
@species(Co[Acetate]+,1, 0, 0)
@logKreaction(Co[Acetate]+, "(( (1.0 / log(10)) * ((1.38 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Acetate-)
@species(Co[Acetate]2,0, 0, 0)
@logKreaction(Co[Acetate]2, "(( (1.0 / log(10)) * ((0.7565 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Acetate-)
@species(Fe[Acetate]+,1, 0, 0)
@logKreaction(Fe[Acetate]+, "(( (1.0 / log(10)) * ((1.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Acetate-)
@species(Fe[Acetate]+2,2, 0, 0)
@logKreaction(Fe[Acetate]+2, "(( (1.0 / log(10)) * ((4.0234 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Acetate-)
@species(Fe[Acetate]2+,1, 0, 0)
@logKreaction(Fe[Acetate]2+, "(( (1.0 / log(10)) * ((7.5723 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 2.0, Acetate-)
@species(Fe[Acetate]3,0, 0, 0)
@logKreaction(Fe[Acetate]3, "(( (1.0 / log(10)) * ((9.5867 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 3.0, Acetate-)
@species(Mn[Acetate]+,1, 0, 0)
@logKreaction(Mn[Acetate]+, "(( (1.0 / log(10)) * ((1.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Acetate-)
@species(Cr[Acetate]+,1, 0, 0)
@logKreaction(Cr[Acetate]+, "(( (1.0 / log(10)) * ((1.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+2, 1.0, Acetate-)
@species(Cr[Acetate]2,0, 0, 0)
@logKreaction(Cr[Acetate]2, "(( (1.0 / log(10)) * ((2.92 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+2, 2.0, Acetate-)
@species(Cr[Acetate]+2,2, 0, 0)
@logKreaction(Cr[Acetate]+2, "(( (1.0 / log(10)) * ((15.0073 * log(10)) - (-125620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, 1.0, Acetate-, -2.0, H2O)
@species(Cr[Acetate]2+,1, 0, 0)
@logKreaction(Cr[Acetate]2+, "(( (1.0 / log(10)) * ((17.9963 * log(10)) - (-117620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, 2.0, Acetate-, -2.0, H2O)
@species(Cr[Acetate]3,0, 0, 0)
@logKreaction(Cr[Acetate]3, "(( (1.0 / log(10)) * ((20.7858 * log(10)) - (-96620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, H+, 3.0, Acetate-, -2.0, H2O)
@species(Be[Acetate]+,1, 0, 0)
@logKreaction(Be[Acetate]+, "(( (1.0 / log(10)) * ((2.0489 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, Acetate-)
@species(Be[Acetate]2,0, 0, 0)
@logKreaction(Be[Acetate]2, "(( (1.0 / log(10)) * ((3.0034 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 2.0, Acetate-)
@species(Mg[Acetate]+,1, 0, 0)
@logKreaction(Mg[Acetate]+, "(( (1.0 / log(10)) * ((1.27 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Acetate-)
@species(Ca[Acetate]+,1, 0, 0)
@logKreaction(Ca[Acetate]+, "(( (1.0 / log(10)) * ((1.18 * log(10)) - (4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Acetate-)
@species(Sr[Acetate]+,1, 0, 0)
@logKreaction(Sr[Acetate]+, "(( (1.0 / log(10)) * ((1.14 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Acetate-)
@species(Ba[Acetate]+,1, 0, 0)
@logKreaction(Ba[Acetate]+, "(( (1.0 / log(10)) * ((1.07 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Acetate-)
@species(Na[Acetate],0, 0, 0)
@logKreaction(Na[Acetate], "(( (1.0 / log(10)) * ((-0.18 * log(10)) - (12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Acetate-)
@species(K[Acetate],0, 0, 0)
@logKreaction(K[Acetate], "(( (1.0 / log(10)) * ((-0.1955 * log(10)) - (4184.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Acetate-)
@species(H[Tartarate]-,-1, 0, 0)
@logKreaction(H[Tartarate]-, "(( (1.0 / log(10)) * ((4.366 * log(10)) - (-753.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Tartarate-2)
@species(H2[Tartarate],0, 0, 0)
@logKreaction(H2[Tartarate], "(( (1.0 / log(10)) * ((7.402 * log(10)) - (-3681.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Tartarate-2)
@species(Sn[Tartarate],0, 0, 0)
@logKreaction(Sn[Tartarate], "(( (1.0 / log(10)) * ((13.1518 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2, 2.0, H+, 1.0, Tartarate-2, -2.0, H2O)
@species(Pb[Tartarate],0, 0, 0)
@logKreaction(Pb[Tartarate], "(( (1.0 / log(10)) * ((3.98 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Tartarate-2)
@species(Al[Tartarate]2-,-1, 0, 0)
@logKreaction(Al[Tartarate]2-, "(( (1.0 / log(10)) * ((9.37 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 2.0, Tartarate-2)
@species(Tl[Tartarate]-,-1, 0, 0)
@logKreaction(Tl[Tartarate]-, "(( (1.0 / log(10)) * ((1.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Tartarate-2)
@species(TlH[Tartarate],0, 0, 0)
@logKreaction(TlH[Tartarate], "(( (1.0 / log(10)) * ((4.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Tartarate-2, 1.0, H+)
@species(Zn[Tartarate],0, 0, 0)
@logKreaction(Zn[Tartarate], "(( (1.0 / log(10)) * ((3.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Tartarate-2)
@species(Zn[Tartarate]2-2,-2, 0, 0)
@logKreaction(Zn[Tartarate]2-2, "(( (1.0 / log(10)) * ((5.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Tartarate-2)
@species(ZnH[Tartarate]+,1, 0, 0)
@logKreaction(ZnH[Tartarate]+, "(( (1.0 / log(10)) * ((5.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Tartarate-2, 1.0, H+)
@species(Cd[Tartarate],0, 0, 0)
@logKreaction(Cd[Tartarate], "(( (1.0 / log(10)) * ((2.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Tartarate-2)
@species(Cd[Tartarate]2-2,-2, 0, 0)
@logKreaction(Cd[Tartarate]2-2, "(( (1.0 / log(10)) * ((4.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Tartarate-2)
@species(Hg[Tartarate],0, 0, 0)
@logKreaction(Hg[Tartarate], "(( (1.0 / log(10)) * ((14.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Tartarate-2, 2.0, H+, -2.0, H2O)
@species(Cu[Tartarate],0, 0, 0)
@logKreaction(Cu[Tartarate], "(( (1.0 / log(10)) * ((3.97 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Tartarate-2)
@species(CuH[Tartarate]+,1, 0, 0)
@logKreaction(CuH[Tartarate]+, "(( (1.0 / log(10)) * ((6.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Tartarate-2, 1.0, H+)
@species(Ni[Tartarate],0, 0, 0)
@logKreaction(Ni[Tartarate], "(( (1.0 / log(10)) * ((3.46 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Tartarate-2)
@species(NiH[Tartarate]+,1, 0, 0)
@logKreaction(NiH[Tartarate]+, "(( (1.0 / log(10)) * ((5.89 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Tartarate-2, 1.0, H+)
@species(Co[Tartarate],0, 0, 0)
@logKreaction(Co[Tartarate], "(( (1.0 / log(10)) * ((3.05 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Tartarate-2)
@species(Co[Tartarate]2-2,-2, 0, 0)
@logKreaction(Co[Tartarate]2-2, "(( (1.0 / log(10)) * ((4.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Tartarate-2)
@species(CoH[Tartarate]+,1, 0, 0)
@logKreaction(CoH[Tartarate]+, "(( (1.0 / log(10)) * ((5.754 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, H+, 1.0, Tartarate-2)
@species(Fe[Tartarate],0, 0, 0)
@logKreaction(Fe[Tartarate], "(( (1.0 / log(10)) * ((3.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Tartarate-2)
@species(Fe[Tartarate]+,1, 0, 0)
@logKreaction(Fe[Tartarate]+, "(( (1.0 / log(10)) * ((7.78 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Tartarate-2)
@species(Mn[Tartarate],0, 0, 0)
@logKreaction(Mn[Tartarate], "(( (1.0 / log(10)) * ((3.38 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Tartarate-2)
@species(MnH[Tartarate]+,1, 0, 0)
@logKreaction(MnH[Tartarate]+, "(( (1.0 / log(10)) * ((6.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Tartarate-2, 1.0, H+)
@species(Mg[Tartarate],0, 0, 0)
@logKreaction(Mg[Tartarate], "(( (1.0 / log(10)) * ((2.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Tartarate-2)
@species(MgH[Tartarate]+,1, 0, 0)
@logKreaction(MgH[Tartarate]+, "(( (1.0 / log(10)) * ((5.75 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Tartarate-2, 1.0, H+)
@species(Be[Tartarate],0, 0, 0)
@logKreaction(Be[Tartarate], "(( (1.0 / log(10)) * ((2.768 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, Tartarate-2)
@species(Be[Tartarate]2-2,-2, 0, 0)
@logKreaction(Be[Tartarate]2-2, "(( (1.0 / log(10)) * ((4.008 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 2.0, Tartarate-2)
@species(Ca[Tartarate],0, 0, 0)
@logKreaction(Ca[Tartarate], "(( (1.0 / log(10)) * ((2.8 * log(10)) - (-8368.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Tartarate-2)
@species(CaH[Tartarate]+,1, 0, 0)
@logKreaction(CaH[Tartarate]+, "(( (1.0 / log(10)) * ((5.86 * log(10)) - (-9121.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Tartarate-2, 1.0, H+)
@species(Sr[Tartarate],0, 0, 0)
@logKreaction(Sr[Tartarate], "(( (1.0 / log(10)) * ((2.55 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Tartarate-2)
@species(SrH[Tartarate]+,1, 0, 0)
@logKreaction(SrH[Tartarate]+, "(( (1.0 / log(10)) * ((5.8949 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, H+, 1.0, Tartarate-2)
@species(Ba[Tartarate],0, 0, 0)
@logKreaction(Ba[Tartarate], "(( (1.0 / log(10)) * ((2.54 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Tartarate-2)
@species(BaH[Tartarate]+,1, 0, 0)
@logKreaction(BaH[Tartarate]+, "(( (1.0 / log(10)) * ((5.77 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Tartarate-2, 1.0, H+)
@species(Na[Tartarate]-,-1, 0, 0)
@logKreaction(Na[Tartarate]-, "(( (1.0 / log(10)) * ((0.9 * log(10)) - (-836.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Tartarate-2)
@species(NaH[Tartarate],0, 0, 0)
@logKreaction(NaH[Tartarate], "(( (1.0 / log(10)) * ((4.58 * log(10)) - (-2845.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Tartarate-2, 1.0, H+)
@species(K[Tartarate]-,-1, 0, 0)
@logKreaction(K[Tartarate]-, "(( (1.0 / log(10)) * ((0.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Tartarate-2)
@species(H[Glycine],0, 0, 0)
@logKreaction(H[Glycine], "(( (1.0 / log(10)) * ((9.778 * log(10)) - (-44350.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Glycine-)
@species(H2[Glycine]+,1, 0, 0)
@logKreaction(H2[Glycine]+, "(( (1.0 / log(10)) * ((12.128 * log(10)) - (-48450.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Glycine-)
@species(Pb[Glycine]+,1, 0, 0)
@logKreaction(Pb[Glycine]+, "(( (1.0 / log(10)) * ((5.47 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Glycine-)
@species(Pb[Glycine]2,0, 0, 0)
@logKreaction(Pb[Glycine]2, "(( (1.0 / log(10)) * ((8.86 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Glycine-)
@species(Tl[Glycine],0, 0, 0)
@logKreaction(Tl[Glycine], "(( (1.0 / log(10)) * ((1.72 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Glycine-)
@species(Zn[Glycine]+,1, 0, 0)
@logKreaction(Zn[Glycine]+, "(( (1.0 / log(10)) * ((5.38 * log(10)) - (-11715.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Glycine-)
@species(Zn[Glycine]2,0, 0, 0)
@logKreaction(Zn[Glycine]2, "(( (1.0 / log(10)) * ((9.81 * log(10)) - (-24267.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Glycine-)
@species(Zn[Glycine]3-,-1, 0, 0)
@logKreaction(Zn[Glycine]3-, "(( (1.0 / log(10)) * ((12.3 * log(10)) - (-39748.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, Glycine-)
@species(Cd[Glycine]+,1, 0, 0)
@logKreaction(Cd[Glycine]+, "(( (1.0 / log(10)) * ((4.69 * log(10)) - (-8786.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Glycine-)
@species(Cd[Glycine]2,0, 0, 0)
@logKreaction(Cd[Glycine]2, "(( (1.0 / log(10)) * ((8.4 * log(10)) - (-22593.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Glycine-)
@species(Cd[Glycine]3-,-1, 0, 0)
@logKreaction(Cd[Glycine]3-, "(( (1.0 / log(10)) * ((10.7 * log(10)) - (-35982.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 3.0, Glycine-)
@species(Hg[Glycine]+,1, 0, 0)
@logKreaction(Hg[Glycine]+, "(( (1.0 / log(10)) * ((17.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Glycine-, 2.0, H+, -2.0, H2O)
@species(Hg[Glycine]2,0, 0, 0)
@logKreaction(Hg[Glycine]2, "(( (1.0 / log(10)) * ((25.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, Glycine-, 2.0, H+, -2.0, H2O)
@species(Cu[Glycine]2-,-1, 0, 0)
@logKreaction(Cu[Glycine]2-, "(( (1.0 / log(10)) * ((10.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 2.0, Glycine-)
@species(Cu[Glycine]+,1, 0, 0)
@logKreaction(Cu[Glycine]+, "(( (1.0 / log(10)) * ((8.57 * log(10)) - (-25104.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Glycine-)
@species(Cu[Glycine]2,0, 0, 0)
@logKreaction(Cu[Glycine]2, "(( (1.0 / log(10)) * ((15.7 * log(10)) - (-54810.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Glycine-)
@species(Ag[Glycine],0, 0, 0)
@logKreaction(Ag[Glycine], "(( (1.0 / log(10)) * ((3.51 * log(10)) - (-19246.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Glycine-)
@species(Ag[Glycine]2-,-1, 0, 0)
@logKreaction(Ag[Glycine]2-, "(( (1.0 / log(10)) * ((6.89 * log(10)) - (-48116.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Glycine-)
@species(Ni[Glycine]+,1, 0, 0)
@logKreaction(Ni[Glycine]+, "(( (1.0 / log(10)) * ((6.15 * log(10)) - (-18828.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Glycine-)
@species(Ni[Glycine]2,0, 0, 0)
@logKreaction(Ni[Glycine]2, "(( (1.0 / log(10)) * ((11.12 * log(10)) - (-38074.399999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Glycine-)
@species(Ni[Glycine]3-,-1, 0, 0)
@logKreaction(Ni[Glycine]3-, "(( (1.0 / log(10)) * ((14.63 * log(10)) - (-62341.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 3.0, Glycine-)
@species(Co[Glycine]+,1, 0, 0)
@logKreaction(Co[Glycine]+, "(( (1.0 / log(10)) * ((5.07 * log(10)) - (-12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Glycine-)
@species(Co[Glycine]2,0, 0, 0)
@logKreaction(Co[Glycine]2, "(( (1.0 / log(10)) * ((9.07 * log(10)) - (-26000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Glycine-)
@species(Co[Glycine]3-,-1, 0, 0)
@logKreaction(Co[Glycine]3-, "(( (1.0 / log(10)) * ((11.6 * log(10)) - (-41000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 3.0, Glycine-)
@species(CoOH[Glycine],0, 0, 0)
@logKreaction(CoOH[Glycine], "(( (1.0 / log(10)) * ((-5.02 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Glycine-, 1.0, H2O, -1.0, H+)
@species(Fe[Glycine]+,1, 0, 0)
@logKreaction(Fe[Glycine]+, "(( (1.0 / log(10)) * ((4.31 * log(10)) - (-15062.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Glycine-)
@species(Fe[Glycine]2,0, 0, 0)
@logKreaction(Fe[Glycine]2, "(( (1.0 / log(10)) * ((8.29 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 2.0, Glycine-)
@species(Fe[Glycine]+2,2, 0, 0)
@logKreaction(Fe[Glycine]+2, "(( (1.0 / log(10)) * ((9.38 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Glycine-)
@species(FeH[Glycine]+3,3, 0, 0)
@logKreaction(FeH[Glycine]+3, "(( (1.0 / log(10)) * ((11.55 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Glycine-, 1.0, H+)
@species(Mn[Glycine]+,1, 0, 0)
@logKreaction(Mn[Glycine]+, "(( (1.0 / log(10)) * ((3.19 * log(10)) - (-1255.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Glycine-)
@species(Mn[Glycine]2,0, 0, 0)
@logKreaction(Mn[Glycine]2, "(( (1.0 / log(10)) * ((5.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Glycine-)
@species(Cr[Glycine]+2,2, 0, 0)
@logKreaction(Cr[Glycine]+2, "(( (1.0 / log(10)) * ((18.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, Glycine-, 2.0, H+, -2.0, H2O)
@species(Cr[Glycine]2+,1, 0, 0)
@logKreaction(Cr[Glycine]2+, "(( (1.0 / log(10)) * ((25.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, Glycine-, 2.0, H+, -2.0, H2O)
@species(Cr[Glycine]3,0, 0, 0)
@logKreaction(Cr[Glycine]3, "(( (1.0 / log(10)) * ((31.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 3.0, Glycine-, 2.0, H+, -2.0, H2O)
@species(Mg[Glycine]+,1, 0, 0)
@logKreaction(Mg[Glycine]+, "(( (1.0 / log(10)) * ((2.08 * log(10)) - (4184.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Glycine-)
@species(Ca[Glycine]+,1, 0, 0)
@logKreaction(Ca[Glycine]+, "(( (1.0 / log(10)) * ((1.39 * log(10)) - (-4184.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Glycine-)
@species(CaH[Glycine]+2,2, 0, 0)
@logKreaction(CaH[Glycine]+2, "(( (1.0 / log(10)) * ((10.1 * log(10)) - (-35982.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Glycine-, 1.0, H+)
@species(Sr[Glycine]+,1, 0, 0)
@logKreaction(Sr[Glycine]+, "(( (1.0 / log(10)) * ((0.91 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Glycine-)
@species(Ba[Glycine]+,1, 0, 0)
@logKreaction(Ba[Glycine]+, "(( (1.0 / log(10)) * ((0.77 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Glycine-)
@species(H[Salicylate]-,-1, 0, 0)
@logKreaction(H[Salicylate]-, "(( (1.0 / log(10)) * ((13.7 * log(10)) - (-35773.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Salicylate-2)
@species(H2[Salicylate],0, 0, 0)
@logKreaction(H2[Salicylate], "(( (1.0 / log(10)) * ((16.8 * log(10)) - (-38785.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Salicylate-2)
@species(Zn[Salicylate],0, 0, 0)
@logKreaction(Zn[Salicylate], "(( (1.0 / log(10)) * ((7.71 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Salicylate-2)
@species(ZnH[Salicylate]+,1, 0, 0)
@logKreaction(ZnH[Salicylate]+, "(( (1.0 / log(10)) * ((15.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Salicylate-2, 1.0, H+)
@species(Cd[Salicylate],0, 0, 0)
@logKreaction(Cd[Salicylate], "(( (1.0 / log(10)) * ((6.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Salicylate-2)
@species(CdH[Salicylate]+,1, 0, 0)
@logKreaction(CdH[Salicylate]+, "(( (1.0 / log(10)) * ((16.0 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Salicylate-2, 1.0, H+)
@species(Cu[Salicylate],0, 0, 0)
@logKreaction(Cu[Salicylate], "(( (1.0 / log(10)) * ((11.3 * log(10)) - (-17991.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Salicylate-2)
@species(Cu[Salicylate]2-2,-2, 0, 0)
@logKreaction(Cu[Salicylate]2-2, "(( (1.0 / log(10)) * ((19.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Salicylate-2)
@species(CuH[Salicylate]+,1, 0, 0)
@logKreaction(CuH[Salicylate]+, "(( (1.0 / log(10)) * ((14.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Salicylate-2, 1.0, H+)
@species(Ni[Salicylate],0, 0, 0)
@logKreaction(Ni[Salicylate], "(( (1.0 / log(10)) * ((8.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Salicylate-2)
@species(Ni[Salicylate]2-2,-2, 0, 0)
@logKreaction(Ni[Salicylate]2-2, "(( (1.0 / log(10)) * ((12.64 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Salicylate-2)
@species(Co[Salicylate],0, 0, 0)
@logKreaction(Co[Salicylate], "(( (1.0 / log(10)) * ((7.4289 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Salicylate-2)
@species(Co[Salicylate]2-2,-2, 0, 0)
@logKreaction(Co[Salicylate]2-2, "(( (1.0 / log(10)) * ((11.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Salicylate-2)
@species(Fe[Salicylate],0, 0, 0)
@logKreaction(Fe[Salicylate], "(( (1.0 / log(10)) * ((7.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, Salicylate-2)
@species(Fe[Salicylate]2-2,-2, 0, 0)
@logKreaction(Fe[Salicylate]2-2, "(( (1.0 / log(10)) * ((11.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 2.0, Salicylate-2)
@species(Fe[Salicylate]+,1, 0, 0)
@logKreaction(Fe[Salicylate]+, "(( (1.0 / log(10)) * ((17.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, Salicylate-2)
@species(Fe[Salicylate]2-,-1, 0, 0)
@logKreaction(Fe[Salicylate]2-, "(( (1.0 / log(10)) * ((29.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 2.0, Salicylate-2)
@species(Mn[Salicylate],0, 0, 0)
@logKreaction(Mn[Salicylate], "(( (1.0 / log(10)) * ((6.5 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Salicylate-2)
@species(Mn[Salicylate]2-2,-2, 0, 0)
@logKreaction(Mn[Salicylate]2-2, "(( (1.0 / log(10)) * ((10.1 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Salicylate-2)
@species(Be[Salicylate],0, 0, 0)
@logKreaction(Be[Salicylate], "(( (1.0 / log(10)) * ((13.3889 * log(10)) - (-31773.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, Salicylate-2)
@species(Be[Salicylate]2-2,-2, 0, 0)
@logKreaction(Be[Salicylate]2-2, "(( (1.0 / log(10)) * ((23.25 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 2.0, Salicylate-2)
@species(Mg[Salicylate],0, 0, 0)
@logKreaction(Mg[Salicylate], "(( (1.0 / log(10)) * ((5.76 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Salicylate-2)
@species(MgH[Salicylate]+,1, 0, 0)
@logKreaction(MgH[Salicylate]+, "(( (1.0 / log(10)) * ((15.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Salicylate-2, 1.0, H+)
@species(Ca[Salicylate],0, 0, 0)
@logKreaction(Ca[Salicylate], "(( (1.0 / log(10)) * ((4.05 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Salicylate-2)
@species(CaH[Salicylate]+,1, 0, 0)
@logKreaction(CaH[Salicylate]+, "(( (1.0 / log(10)) * ((14.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Salicylate-2, 1.0, H+)
@species(BaH[Salicylate]+,1, 0, 0)
@logKreaction(BaH[Salicylate]+, "(( (1.0 / log(10)) * ((13.9 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Salicylate-2, 1.0, H+)
@species(H[Glutamate]-,-1, 0, 0)
@logKreaction(H[Glutamate]-, "(( (1.0 / log(10)) * ((9.96 * log(10)) - (-41003.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Glutamate-2)
@species(H2[Glutamate],0, 0, 0)
@logKreaction(H2[Glutamate], "(( (1.0 / log(10)) * ((14.26 * log(10)) - (-43513.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Glutamate-2)
@species(H3[Glutamate]+,1, 0, 0)
@logKreaction(H3[Glutamate]+, "(( (1.0 / log(10)) * ((16.42 * log(10)) - (-46860.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, H+, 1.0, Glutamate-2)
@species(Pb[Glutamate],0, 0, 0)
@logKreaction(Pb[Glutamate], "(( (1.0 / log(10)) * ((6.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Glutamate-2)
@species(Pb[Glutamate]2-2,-2, 0, 0)
@logKreaction(Pb[Glutamate]2-2, "(( (1.0 / log(10)) * ((8.61 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Glutamate-2)
@species(PbH[Glutamate]+,1, 0, 0)
@logKreaction(PbH[Glutamate]+, "(( (1.0 / log(10)) * ((14.08 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Glutamate-2, 1.0, H+)
@species(AlH[Glutamate]+2,2, 0, 0)
@logKreaction(AlH[Glutamate]+2, "(( (1.0 / log(10)) * ((13.07 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Glutamate-2, 1.0, H+)
@species(Zn[Glutamate],0, 0, 0)
@logKreaction(Zn[Glutamate], "(( (1.0 / log(10)) * ((6.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Glutamate-2)
@species(Zn[Glutamate]2-2,-2, 0, 0)
@logKreaction(Zn[Glutamate]2-2, "(( (1.0 / log(10)) * ((9.13 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Glutamate-2)
@species(Zn[Glutamate]3-4,-4, 0, 0)
@logKreaction(Zn[Glutamate]3-4, "(( (1.0 / log(10)) * ((9.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 3.0, Glutamate-2)
@species(Cd[Glutamate],0, 0, 0)
@logKreaction(Cd[Glutamate], "(( (1.0 / log(10)) * ((4.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Glutamate-2)
@species(Cd[Glutamate]2-2,-2, 0, 0)
@logKreaction(Cd[Glutamate]2-2, "(( (1.0 / log(10)) * ((7.59 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Glutamate-2)
@species(Hg[Glutamate],0, 0, 0)
@logKreaction(Hg[Glutamate], "(( (1.0 / log(10)) * ((19.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 1.0, Glutamate-2, 2.0, H+, -2.0, H2O)
@species(Hg[Glutamate]2-2,-2, 0, 0)
@logKreaction(Hg[Glutamate]2-2, "(( (1.0 / log(10)) * ((26.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2, 2.0, Glutamate-2, 2.0, H+, -2.0, H2O)
@species(Cu[Glutamate],0, 0, 0)
@logKreaction(Cu[Glutamate], "(( (1.0 / log(10)) * ((9.17 * log(10)) - (-20920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Glutamate-2)
@species(Cu[Glutamate]2-2,-2, 0, 0)
@logKreaction(Cu[Glutamate]2-2, "(( (1.0 / log(10)) * ((15.78 * log(10)) - (-48116.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Glutamate-2)
@species(CuH[Glutamate]+,1, 0, 0)
@logKreaction(CuH[Glutamate]+, "(( (1.0 / log(10)) * ((13.3 * log(10)) - (-28032.800000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Glutamate-2, 1.0, H+)
@species(Ag[Glutamate]-,-1, 0, 0)
@logKreaction(Ag[Glutamate]-, "(( (1.0 / log(10)) * ((4.22 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Glutamate-2)
@species(Ag[Glutamate]2-3,-3, 0, 0)
@logKreaction(Ag[Glutamate]2-3, "(( (1.0 / log(10)) * ((7.36 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 2.0, Glutamate-2)
@species(Ag2[Glutamate],0, 0, 0)
@logKreaction(Ag2[Glutamate], "(( (1.0 / log(10)) * ((3.4 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 1.0, Glutamate-2)
@species(Ni[Glutamate],0, 0, 0)
@logKreaction(Ni[Glutamate], "(( (1.0 / log(10)) * ((6.47 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Glutamate-2)
@species(Ni[Glutamate]2-2,-2, 0, 0)
@logKreaction(Ni[Glutamate]2-2, "(( (1.0 / log(10)) * ((10.7 * log(10)) - (-30961.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 2.0, Glutamate-2)
@species(Co[Glutamate],0, 0, 0)
@logKreaction(Co[Glutamate], "(( (1.0 / log(10)) * ((5.4178 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Glutamate-2)
@species(Co[Glutamate]2-2,-2, 0, 0)
@logKreaction(Co[Glutamate]2-2, "(( (1.0 / log(10)) * ((8.7178 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Glutamate-2)
@species(Mn[Glutamate],0, 0, 0)
@logKreaction(Mn[Glutamate], "(( (1.0 / log(10)) * ((4.95 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Glutamate-2)
@species(Mn[Glutamate]2-2,-2, 0, 0)
@logKreaction(Mn[Glutamate]2-2, "(( (1.0 / log(10)) * ((8.48 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Glutamate-2)
@species(Cr[Glutamate]+,1, 0, 0)
@logKreaction(Cr[Glutamate]+, "(( (1.0 / log(10)) * ((22.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, Glutamate-2, 2.0, H+, -2.0, H2O)
@species(Cr[Glutamate]2-,-1, 0, 0)
@logKreaction(Cr[Glutamate]2-, "(( (1.0 / log(10)) * ((30.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, Glutamate-2, 2.0, H+, -2.0, H2O)
@species(CrH[Glutamate]+2,2, 0, 0)
@logKreaction(CrH[Glutamate]+2, "(( (1.0 / log(10)) * ((25.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, Glutamate-2, 3.0, H+, -2.0, H2O)
@species(Mg[Glutamate],0, 0, 0)
@logKreaction(Mg[Glutamate], "(( (1.0 / log(10)) * ((2.8 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Glutamate-2)
@species(Ca[Glutamate],0, 0, 0)
@logKreaction(Ca[Glutamate], "(( (1.0 / log(10)) * ((2.06 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Glutamate-2)
@species(CaH[Glutamate]+,1, 0, 0)
@logKreaction(CaH[Glutamate]+, "(( (1.0 / log(10)) * ((11.13 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Glutamate-2, 1.0, H+)
@species(Sr[Glutamate],0, 0, 0)
@logKreaction(Sr[Glutamate], "(( (1.0 / log(10)) * ((2.2278 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, Glutamate-2)
@species(Ba[Glutamate],0, 0, 0)
@logKreaction(Ba[Glutamate], "(( (1.0 / log(10)) * ((2.14 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Glutamate-2)
@species(H[Phthalate]-,-1, 0, 0)
@logKreaction(H[Phthalate]-, "(( (1.0 / log(10)) * ((5.408 * log(10)) - (2175.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, Phthalate-2)
@species(H2[Phthalate],0, 0, 0)
@logKreaction(H2[Phthalate], "(( (1.0 / log(10)) * ((8.358 * log(10)) - (4853.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, H+, 1.0, Phthalate-2)
@species(Pb[Phthalate],0, 0, 0)
@logKreaction(Pb[Phthalate], "(( (1.0 / log(10)) * ((4.26 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Phthalate-2)
@species(Pb[Phthalate]2-2,-2, 0, 0)
@logKreaction(Pb[Phthalate]2-2, "(( (1.0 / log(10)) * ((4.83 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Phthalate-2)
@species(PbH[Phthalate]+,1, 0, 0)
@logKreaction(PbH[Phthalate]+, "(( (1.0 / log(10)) * ((6.98 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Phthalate-2, 1.0, H+)
@species(Al[Phthalate]+,1, 0, 0)
@logKreaction(Al[Phthalate]+, "(( (1.0 / log(10)) * ((4.56 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 1.0, Phthalate-2)
@species(Al[Phthalate]2-,-1, 0, 0)
@logKreaction(Al[Phthalate]2-, "(( (1.0 / log(10)) * ((7.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Al+3, 2.0, Phthalate-2)
@species(Zn[Phthalate],0, 0, 0)
@logKreaction(Zn[Phthalate], "(( (1.0 / log(10)) * ((2.91 * log(10)) - (13388.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, Phthalate-2)
@species(Zn[Phthalate]2-2,-2, 0, 0)
@logKreaction(Zn[Phthalate]2-2, "(( (1.0 / log(10)) * ((4.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Phthalate-2)
@species(Cd[Phthalate],0, 0, 0)
@logKreaction(Cd[Phthalate], "(( (1.0 / log(10)) * ((3.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Phthalate-2)
@species(CdH[Phthalate]+,1, 0, 0)
@logKreaction(CdH[Phthalate]+, "(( (1.0 / log(10)) * ((6.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, Phthalate-2, 1.0, H+)
@species(Cd[Phthalate]2-2,-2, 0, 0)
@logKreaction(Cd[Phthalate]2-2, "(( (1.0 / log(10)) * ((3.7 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Phthalate-2)
@species(Cu[Phthalate],0, 0, 0)
@logKreaction(Cu[Phthalate], "(( (1.0 / log(10)) * ((4.02 * log(10)) - (8368.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Phthalate-2)
@species(CuH[Phthalate]+,1, 0, 0)
@logKreaction(CuH[Phthalate]+, "(( (1.0 / log(10)) * ((7.1 * log(10)) - (3849.2999999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, Phthalate-2, 1.0, H+)
@species(Cu[Phthalate]2-2,-2, 0, 0)
@logKreaction(Cu[Phthalate]2-2, "(( (1.0 / log(10)) * ((5.3 * log(10)) - (15899.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Phthalate-2)
@species(Ni[Phthalate],0, 0, 0)
@logKreaction(Ni[Phthalate], "(( (1.0 / log(10)) * ((2.95 * log(10)) - (7531.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Phthalate-2)
@species(NiH[Phthalate]+,1, 0, 0)
@logKreaction(NiH[Phthalate]+, "(( (1.0 / log(10)) * ((6.6 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, Phthalate-2, 1.0, H+)
@species(Co[Phthalate],0, 0, 0)
@logKreaction(Co[Phthalate], "(( (1.0 / log(10)) * ((2.83 * log(10)) - (7900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, Phthalate-2)
@species(CoH[Phthalate]+,1, 0, 0)
@logKreaction(CoH[Phthalate]+, "(( (1.0 / log(10)) * ((7.227 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, H+, 1.0, Phthalate-2)
@species(Mn[Phthalate],0, 0, 0)
@logKreaction(Mn[Phthalate], "(( (1.0 / log(10)) * ((2.74 * log(10)) - (10041.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, Phthalate-2)
@species(Cr[Phthalate]+,1, 0, 0)
@logKreaction(Cr[Phthalate]+, "(( (1.0 / log(10)) * ((16.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 1.0, Phthalate-2, 2.0, H+, -2.0, H2O)
@species(Cr[Phthalate]2-,-1, 0, 0)
@logKreaction(Cr[Phthalate]2-, "(( (1.0 / log(10)) * ((21.2 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 2.0, Phthalate-2, 2.0, H+, -2.0, H2O)
@species(Cr[Phthalate]3-3,-3, 0, 0)
@logKreaction(Cr[Phthalate]3-3, "(( (1.0 / log(10)) * ((23.3 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr[OH]2+, 3.0, Phthalate-2, 2.0, H+, -2.0, H2O)
@species(Be[Phthalate],0, 0, 0)
@logKreaction(Be[Phthalate], "(( (1.0 / log(10)) * ((4.8278 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, Phthalate-2)
@species(Be[Phthalate]2-2,-2, 0, 0)
@logKreaction(Be[Phthalate]2-2, "(( (1.0 / log(10)) * ((6.5478 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 2.0, Phthalate-2)
@species(Mg[Phthalate],0, 0, 0)
@logKreaction(Mg[Phthalate], "(( (1.0 / log(10)) * ((2.49 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, Phthalate-2)
@species(Ca[Phthalate],0, 0, 0)
@logKreaction(Ca[Phthalate], "(( (1.0 / log(10)) * ((2.45 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Phthalate-2)
@species(CaH[Phthalate]+,1, 0, 0)
@logKreaction(CaH[Phthalate]+, "(( (1.0 / log(10)) * ((6.43 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Phthalate-2, 1.0, H+)
@species(Ba[Phthalate],0, 0, 0)
@logKreaction(Ba[Phthalate], "(( (1.0 / log(10)) * ((2.33 * log(10)) - (0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, Phthalate-2)
@species(Na[Phthalate]-,-1, 0, 0)
@logKreaction(Na[Phthalate]-, "(( (1.0 / log(10)) * ((0.8 * log(10)) - (4184.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Phthalate-2)
@species(K[Phthalate]-,-1, 0, 0)
@logKreaction(K[Phthalate]-, "(( (1.0 / log(10)) * ((0.7 * log(10)) - (3765.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Phthalate-2)
@mineral(Sulfur[s])
@logKreaction(Sulfur[s], "-1 * (( (1.0 / log(10)) * ((-2.1449 * log(10)) - (-16300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -2.0, e-, 1.0, HS-)
@mineral(Semetal[hex[s])
@logKreaction(Semetal[hex[s], "-1 * (( (1.0 / log(10)) * ((-7.7084 * log(10)) - (15900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -2.0, e-, 1.0, HSe-)
@mineral(Semetal[am][s])
@logKreaction(Semetal[am][s], "-1 * (( (1.0 / log(10)) * ((-7.1099 * log(10)) - (10878.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, -2.0, e-, 1.0, HSe-)
@mineral(Sbmetal[s])
@logKreaction(Sbmetal[s], "-1 * (( (1.0 / log(10)) * ((-11.6889 * log(10)) - (83890.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 3.0, H+, 3.0, e-)
@mineral(Snmetal[wht][s])
@logKreaction(Snmetal[wht][s], "-1 * (( (1.0 / log(10)) * ((-2.3266 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Sn[OH]2, 2.0, H+, 2.0, e-)
@mineral(Pbmetal[s])
@logKreaction(Pbmetal[s], "-1 * (( (1.0 / log(10)) * ((4.2462 * log(10)) - (920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, e-)
@mineral(Tlmetal[s])
@logKreaction(Tlmetal[s], "-1 * (( (1.0 / log(10)) * ((5.6762 * log(10)) - (5360.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, e-)
@mineral(Znmetal[s])
@logKreaction(Znmetal[s], "-1 * (( (1.0 / log(10)) * ((25.7886 * log(10)) - (-153390.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, e-)
@mineral(Cdmetal[alpha][s])
@logKreaction(Cdmetal[alpha][s], "-1 * (( (1.0 / log(10)) * ((13.5147 * log(10)) - (-75330.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, e-)
@mineral(Cdmetal[gamma][s])
@logKreaction(Cdmetal[gamma][s], "-1 * (( (1.0 / log(10)) * ((13.618 * log(10)) - (-75920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, e-)
@mineral(Hgmetal[l][s])
@logKreaction(Hgmetal[l][s], "-1 * (( (1.0 / log(10)) * ((-13.4517 * log(10)) - (83435.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, Hg2+2, 1.0, e-)
@mineral(Cumetal[s])
@logKreaction(Cumetal[s], "-1 * (( (1.0 / log(10)) * ((-8.756 * log(10)) - (71670.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, e-)
@mineral(Agmetal[s])
@logKreaction(Agmetal[s], "-1 * (( (1.0 / log(10)) * ((-13.5065 * log(10)) - (105790.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, e-)
@mineral(Crmetal[s])
@logKreaction(Crmetal[s], "-1 * (( (1.0 / log(10)) * ((30.4831 * log(10)) - (-172000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+2, 2.0, e-)
@mineral(Vmetal[s])
@logKreaction(Vmetal[s], "-1 * (( (1.0 / log(10)) * ((44.0253 * log(10)) - (-259000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+3, 3.0, e-)
@mineral(Stibnite[s])
@logKreaction(Stibnite[s], "-1 * (( (1.0 / log(10)) * ((-50.46 * log(10)) - (293780.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 2.0, Sb[OH]3, 3.0, H+, 3.0, HS-)
@mineral(Orpiment[s])
@logKreaction(Orpiment[s], "-1 * (( (1.0 / log(10)) * ((-61.0663 * log(10)) - (350680.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 2.0, H3AsO3, 3.0, HS-, 3.0, H+)
@mineral(Realgar[s])
@logKreaction(Realgar[s], "-1 * (( (1.0 / log(10)) * ((-19.747 * log(10)) - (127800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, H3AsO3, 1.0, HS-, 2.0, H+, 1.0, e-)
@mineral(SnS[s])
@logKreaction(SnS[s], "-1 * (( (1.0 / log(10)) * ((-19.114 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Sn[OH]2, 1.0, H+, 1.0, HS-)
@mineral(SnS2[s])
@logKreaction(SnS2[s], "-1 * (( (1.0 / log(10)) * ((-57.4538 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 1.0, Sn[OH]6-2, 4.0, H+, 2.0, HS-)
@mineral(Galena[s])
@logKreaction(Galena[s], "-1 * (( (1.0 / log(10)) * ((-13.97 * log(10)) - (80000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Pb+2, 1.0, HS-)
@mineral(Tl2S[s])
@logKreaction(Tl2S[s], "-1 * (( (1.0 / log(10)) * ((-7.19 * log(10)) - (91520.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 2.0, Tl+, 1.0, HS-)
@mineral(ZnS[am][s])
@logKreaction(ZnS[am][s], "-1 * (( (1.0 / log(10)) * ((-9.052 * log(10)) - (15355.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Zn+2, 1.0, HS-)
@mineral(Sphalerite[s])
@logKreaction(Sphalerite[s], "-1 * (( (1.0 / log(10)) * ((-11.45 * log(10)) - (30000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Zn+2, 1.0, HS-)
@mineral(Wurtzite[s])
@logKreaction(Wurtzite[s], "-1 * (( (1.0 / log(10)) * ((-8.95 * log(10)) - (21171.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Zn+2, 1.0, HS-)
@mineral(Greenockite[s])
@logKreaction(Greenockite[s], "-1 * (( (1.0 / log(10)) * ((-14.36 * log(10)) - (55000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cd+2, 1.0, HS-)
@mineral(Hg2S[s])
@logKreaction(Hg2S[s], "-1 * (( (1.0 / log(10)) * ((-11.6765 * log(10)) - (69747.29999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Hg2+2, 1.0, HS-)
@mineral(Cinnabar[s])
@logKreaction(Cinnabar[s], "-1 * (( (1.0 / log(10)) * ((-45.694 * log(10)) - (253760.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 1.0, H+, 1.0, HS-)
@mineral(Metacinnabar[s])
@logKreaction(Metacinnabar[s], "-1 * (( (1.0 / log(10)) * ((-45.094 * log(10)) - (253720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 1.0, H+, 1.0, HS-)
@mineral(Chalcocite[s])
@logKreaction(Chalcocite[s], "-1 * (( (1.0 / log(10)) * ((-34.92 * log(10)) - (168000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 2.0, Cu+, 1.0, HS-)
@mineral(Djurleite[s])
@logKreaction(Djurleite[s], "-1 * (( (1.0 / log(10)) * ((-33.92 * log(10)) - (200334.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 0.066, Cu+2, 1.868, Cu+, 1.0, HS-)
@mineral(Anilite[s])
@logKreaction(Anilite[s], "-1 * (( (1.0 / log(10)) * ((-31.878 * log(10)) - (182150.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 0.25, Cu+2, 1.5, Cu+, 1.0, HS-)
@mineral(BlaubleiII[s])
@logKreaction(BlaubleiII[s], "-1 * (( (1.0 / log(10)) * ((-27.279 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 0.6, Cu+2, 0.8, Cu+, 1.0, HS-)
@mineral(BlaubleiI[s])
@logKreaction(BlaubleiI[s], "-1 * (( (1.0 / log(10)) * ((-24.162 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 0.9, Cu+2, 0.2, Cu+, 1.0, HS-)
@mineral(Covellite[s])
@logKreaction(Covellite[s], "-1 * (( (1.0 / log(10)) * ((-22.3 * log(10)) - (97000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cu+2, 1.0, HS-)
@mineral(Chalcopyrite[s])
@logKreaction(Chalcopyrite[s], "-1 * (( (1.0 / log(10)) * ((-35.27 * log(10)) - (148448.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cu+2, 1.0, Fe+2, 2.0, HS-)
@mineral(Acanthite[s])
@logKreaction(Acanthite[s], "-1 * (( (1.0 / log(10)) * ((-36.22 * log(10)) - (227000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 2.0, Ag+, 1.0, HS-)
@mineral(NiS[alpha][s])
@logKreaction(NiS[alpha][s], "-1 * (( (1.0 / log(10)) * ((-5.6 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ni+2, 1.0, HS-)
@mineral(NiS[beta][s])
@logKreaction(NiS[beta][s], "-1 * (( (1.0 / log(10)) * ((-11.1 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ni+2, 1.0, HS-)
@mineral(NiS[gamma][s])
@logKreaction(NiS[gamma][s], "-1 * (( (1.0 / log(10)) * ((-12.8 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ni+2, 1.0, HS-)
@mineral(CoS[alpha][s])
@logKreaction(CoS[alpha][s], "-1 * (( (1.0 / log(10)) * ((-7.44 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Co+2, 1.0, HS-)
@mineral(CoS[beta][s])
@logKreaction(CoS[beta][s], "-1 * (( (1.0 / log(10)) * ((-11.07 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Co+2, 1.0, HS-)
@mineral(FeS[ppt][s])
@logKreaction(FeS[ppt][s], "-1 * (( (1.0 / log(10)) * ((-2.95 * log(10)) - (-11000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Fe+2, 1.0, HS-)
@mineral(Greigite[s])
@logKreaction(Greigite[s], "-1 * (( (1.0 / log(10)) * ((-45.035 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, Fe+3, 1.0, Fe+2, 4.0, HS-)
@mineral(Mackinawite[s])
@logKreaction(Mackinawite[s], "-1 * (( (1.0 / log(10)) * ((-3.6 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Fe+2, 1.0, HS-)
@mineral(Pyrite[s])
@logKreaction(Pyrite[s], "-1 * (( (1.0 / log(10)) * ((-18.5082 * log(10)) - (49844.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -2.0, e-, 1.0, Fe+2, 2.0, HS-)
@mineral(MnS[grn][s])
@logKreaction(MnS[grn][s], "-1 * (( (1.0 / log(10)) * ((0.17 * log(10)) - (-32000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Mn+2, 1.0, HS-)
@mineral(MnS[pnk][s])
@logKreaction(MnS[pnk][s], "-1 * (( (1.0 / log(10)) * ((3.34 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Mn+2, 1.0, HS-)
@mineral(MoS2[s])
@logKreaction(MoS2[s], "-1 * (( (1.0 / log(10)) * ((-70.2596 * log(10)) - (389020.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 1.0, MoO4-2, 6.0, H+, 2.0, HS-, 2.0, e-)
@mineral(BeS[s])
@logKreaction(BeS[s], "-1 * (( (1.0 / log(10)) * ((19.38 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Be+2, 1.0, HS-)
@mineral(BaS[s])
@logKreaction(BaS[s], "-1 * (( (1.0 / log(10)) * ((16.18 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ba+2, 1.0, HS-)
@mineral(Hg2[Cyanide]2[s])
@logKreaction(Hg2[Cyanide]2[s], "-1 * (( (1.0 / log(10)) * ((-39.3 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 2.0, Cyanide-)
@mineral(CuCyanide[s])
@logKreaction(CuCyanide[s], "-1 * (( (1.0 / log(10)) * ((-19.5 * log(10)) - (-19000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, Cyanide-)
@mineral(AgCyanide[s])
@logKreaction(AgCyanide[s], "-1 * (( (1.0 / log(10)) * ((-15.74 * log(10)) - (110395.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Cyanide-)
@mineral(Ag2[Cyanide]2[s])
@logKreaction(Ag2[Cyanide]2[s], "-1 * (( (1.0 / log(10)) * ((-11.3289 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 2.0, Cyanide-)
@mineral(NaCyanide[cubic][s])
@logKreaction(NaCyanide[cubic][s], "-1 * (( (1.0 / log(10)) * ((1.6012 * log(10)) - (969.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cyanide-, 1.0, Na+)
@mineral(KCyanide[cubic][s])
@logKreaction(KCyanide[cubic][s], "-1 * (( (1.0 / log(10)) * ((1.4188 * log(10)) - (11930.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cyanide-, 1.0, K+)
@mineral(Pb2Fe[Cyanide]6[s])
@logKreaction(Pb2Fe[Cyanide]6[s], "-1 * (( (1.0 / log(10)) * ((-53.42 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Pb+2, 1.0, Fe+2, 6.0, Cyanide-)
@mineral(Zn2Fe[Cyanide]6[s])
@logKreaction(Zn2Fe[Cyanide]6[s], "-1 * (( (1.0 / log(10)) * ((-51.08 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Zn+2, 1.0, Fe+2, 6.0, Cyanide-)
@mineral(Cd2Fe[Cyanide]6[s])
@logKreaction(Cd2Fe[Cyanide]6[s], "-1 * (( (1.0 / log(10)) * ((-52.78 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cd+2, 1.0, Fe+2, 6.0, Cyanide-)
@mineral(Ag4Fe[Cyanide]6[s])
@logKreaction(Ag4Fe[Cyanide]6[s], "-1 * (( (1.0 / log(10)) * ((-79.47 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Ag+, 1.0, Fe+2, 6.0, Cyanide-)
@mineral(Ag3Fe[Cyanide]6[s])
@logKreaction(Ag3Fe[Cyanide]6[s], "-1 * (( (1.0 / log(10)) * ((-72.7867 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Ag+, 1.0, Fe+3, 6.0, Cyanide-)
@mineral(Mn3[Fe[Cyanide]6]2[s])
@logKreaction(Mn3[Fe[Cyanide]6]2[s], "-1 * (( (1.0 / log(10)) * ((-105.4 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Mn+2, 2.0, Fe+3, 12.0, Cyanide-)
@mineral(Sb2Se3[s])
@logKreaction(Sb2Se3[s], "-1 * (( (1.0 / log(10)) * ((-67.7571 * log(10)) - (343046.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 2.0, Sb[OH]3, 3.0, HSe-, 3.0, H+)
@mineral(SnSe[s])
@logKreaction(SnSe[s], "-1 * (( (1.0 / log(10)) * ((-30.494 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Sn[OH]2, 1.0, H+, 1.0, HSe-)
@mineral(SnSe2[s])
@logKreaction(SnSe2[s], "-1 * (( (1.0 / log(10)) * ((-65.1189 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 1.0, Sn[OH]6-2, 4.0, H+, 2.0, HSe-)
@mineral(Clausthalite[s])
@logKreaction(Clausthalite[s], "-1 * (( (1.0 / log(10)) * ((-27.1 * log(10)) - (119720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Pb+2, 1.0, HSe-)
@mineral(Tl2Se[s])
@logKreaction(Tl2Se[s], "-1 * (( (1.0 / log(10)) * ((-18.1 * log(10)) - (85620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 2.0, Tl+, 1.0, HSe-)
@mineral(ZnSe[s])
@logKreaction(ZnSe[s], "-1 * (( (1.0 / log(10)) * ((-14.4 * log(10)) - (25510.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Zn+2, 1.0, HSe-)
@mineral(CdSe[s])
@logKreaction(CdSe[s], "-1 * (( (1.0 / log(10)) * ((-20.2 * log(10)) - (75981.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cd+2, 1.0, HSe-)
@mineral(HgSe[s])
@logKreaction(HgSe[s], "-1 * (( (1.0 / log(10)) * ((-55.694 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 1.0, H+, 1.0, HSe-)
@mineral(Cu2Se[alpha][s])
@logKreaction(Cu2Se[alpha][s], "-1 * (( (1.0 / log(10)) * ((-45.8 * log(10)) - (214263.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 2.0, Cu+, 1.0, HSe-)
@mineral(Cu3Se2[s])
@logKreaction(Cu3Se2[s], "-1 * (( (1.0 / log(10)) * ((-63.4911 * log(10)) - (340327.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, HSe-, 2.0, Cu+, 1.0, Cu+2)
@mineral(CuSe[s])
@logKreaction(CuSe[s], "-1 * (( (1.0 / log(10)) * ((-33.1 * log(10)) - (121127.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cu+2, 1.0, HSe-)
@mineral(CuSe2[s])
@logKreaction(CuSe2[s], "-1 * (( (1.0 / log(10)) * ((-33.3655 * log(10)) - (140582.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -2.0, e-, 2.0, HSe-, 1.0, Cu+2)
@mineral(Ag2Se[s])
@logKreaction(Ag2Se[s], "-1 * (( (1.0 / log(10)) * ((-48.7 * log(10)) - (265480.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 2.0, Ag+, 1.0, HSe-)
@mineral(NiSe[s])
@logKreaction(NiSe[s], "-1 * (( (1.0 / log(10)) * ((-17.7 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ni+2, 1.0, HSe-)
@mineral(CoSe[s])
@logKreaction(CoSe[s], "-1 * (( (1.0 / log(10)) * ((-16.2 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Co+2, 1.0, HSe-)
@mineral(FeSe[s])
@logKreaction(FeSe[s], "-1 * (( (1.0 / log(10)) * ((-11.0 * log(10)) - (2092.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Fe+2, 1.0, HSe-)
@mineral(Ferroselite[s])
@logKreaction(Ferroselite[s], "-1 * (( (1.0 / log(10)) * ((-18.5959 * log(10)) - (47279.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, -2.0, e-, 2.0, HSe-, 1.0, Fe+2)
@mineral(MnSe[s])
@logKreaction(MnSe[s], "-1 * (( (1.0 / log(10)) * ((3.5 * log(10)) - (-98150.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Mn+2, 1.0, HSe-)
@mineral(AlSb[s])
@logKreaction(AlSb[s], "-1 * (( (1.0 / log(10)) * ((65.6241 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 6.0, e-, 1.0, Al+3, 3.0, H+)
@mineral(ZnSb[s])
@logKreaction(ZnSb[s], "-1 * (( (1.0 / log(10)) * ((11.0138 * log(10)) - (-54877.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 5.0, e-, 1.0, Zn+2, 3.0, H+)
@mineral(CdSb[s])
@logKreaction(CdSb[s], "-1 * (( (1.0 / log(10)) * ((-0.3501 * log(10)) - (22360.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 5.0, e-, 3.0, H+, 1.0, Cd+2)
@mineral(Cu2Sb:3H2O[s])
@logKreaction(Cu2Sb:3H2O[s], "-1 * (( (1.0 / log(10)) * ((-34.8827 * log(10)) - (233237.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3, 6.0, e-, 3.0, H+, 1.0, Cu+, 1.0, Cu+2)
@mineral(Cu3Sb[s])
@logKreaction(Cu3Sb[s], "-1 * (( (1.0 / log(10)) * ((-42.5937 * log(10)) - (308131.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 6.0, e-, 3.0, H+, 3.0, Cu+)
@mineral(Breithauptite[s])
@logKreaction(Breithauptite[s], "-1 * (( (1.0 / log(10)) * ((-18.5225 * log(10)) - (96001.90000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 5.0, e-, 3.0, H+, 1.0, Ni+2)
@mineral(MnSb[s])
@logKreaction(MnSb[s], "-1 * (( (1.0 / log(10)) * ((-2.9099 * log(10)) - (21108.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Mn+3, 1.0, Sb[OH]3, 6.0, e-, 3.0, H+)
@mineral(Mn2Sb[s])
@logKreaction(Mn2Sb[s], "-1 * (( (1.0 / log(10)) * ((61.0796 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, Mn+2, 1.0, Sb[OH]3, 7.0, e-, 3.0, H+)
@mineral(USb2[s])
@logKreaction(USb2[s], "-1 * (( (1.0 / log(10)) * ((29.5771 * log(10)) - (-103560.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H2O, 1.0, UO2+2, 2.0, Sb[OH]3, 12.0, e-, 10.0, H+)
@mineral(U3Sb4[s])
@logKreaction(U3Sb4[s], "-1 * (( (1.0 / log(10)) * ((152.383 * log(10)) - (-986040.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -12.0, H2O, 3.0, U+4, 4.0, Sb[OH]3, 24.0, e-, 12.0, H+)
@mineral(Mg2Sb3[s])
@logKreaction(Mg2Sb3[s], "-1 * (( (1.0 / log(10)) * ((74.6838 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -9.0, H2O, 2.0, Mg+2, 3.0, Sb[OH]3, 9.0, H+, 13.0, e-)
@mineral(Ca3Sb2[s])
@logKreaction(Ca3Sb2[s], "-1 * (( (1.0 / log(10)) * ((142.974 * log(10)) - (-732744.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 3.0, Ca+2, 2.0, Sb[OH]3, 6.0, H+, 12.0, e-)
@mineral(NaSb[s])
@logKreaction(NaSb[s], "-1 * (( (1.0 / log(10)) * ((23.1658 * log(10)) - (-93450.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Na+, 1.0, Sb[OH]3, 3.0, H+, 4.0, e-)
@mineral(Na3Sb[s])
@logKreaction(Na3Sb[s], "-1 * (( (1.0 / log(10)) * ((94.4517 * log(10)) - (-432130.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 3.0, Na+, 1.0, Sb[OH]3, 3.0, H+, 6.0, e-)
@mineral(SeO2[s])
@logKreaction(SeO2[s], "-1 * (( (1.0 / log(10)) * ((0.1246 * log(10)) - (1401.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, HSeO3-, 1.0, H+)
@mineral(SeO3[s])
@logKreaction(SeO3[s], "-1 * (( (1.0 / log(10)) * ((21.044 * log(10)) - (-146377.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, SeO4-2, 2.0, H+)
@mineral(Sb2O5[s])
@logKreaction(Sb2O5[s], "-1 * (( (1.0 / log(10)) * ((-9.6674 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -7.0, H2O, 2.0, Sb[OH]6-, 2.0, H+)
@mineral(SbO2[s])
@logKreaction(SbO2[s], "-1 * (( (1.0 / log(10)) * ((-27.8241 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 1.0, Sb[OH]6-, 1.0, e-, 2.0, H+)
@mineral(Sb2O4[s])
@logKreaction(Sb2O4[s], "-1 * (( (1.0 / log(10)) * ((3.4021 * log(10)) - (-68040.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -2.0, H+, -2.0, e-, 2.0, Sb[OH]3)
@mineral(Sb4O6[cubic][s])
@logKreaction(Sb4O6[cubic][s], "-1 * (( (1.0 / log(10)) * ((-18.2612 * log(10)) - (61180.100000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 4.0, Sb[OH]3)
@mineral(Sb4O6[orth][s])
@logKreaction(Sb4O6[orth][s], "-1 * (( (1.0 / log(10)) * ((-17.9012 * log(10)) - (37680.100000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 4.0, Sb[OH]3)
@mineral(Sb[OH]3[s])
@logKreaction(Sb[OH]3[s], "-1 * (( (1.0 / log(10)) * ((-7.1099 * log(10)) - (30124.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sb[OH]3)
@mineral(Senarmontite[s])
@logKreaction(Senarmontite[s], "-1 * (( (1.0 / log(10)) * ((-12.3654 * log(10)) - (30647.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, Sb[OH]3)
@mineral(Valentinite[s])
@logKreaction(Valentinite[s], "-1 * (( (1.0 / log(10)) * ((-8.4806 * log(10)) - (19016.300000000003 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, Sb[OH]3)
@mineral(Chalcedony[s])
@logKreaction(Chalcedony[s], "-1 * (( (1.0 / log(10)) * ((-3.55 * log(10)) - (19700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, H4SiO4)
@mineral(Cristobalite[s])
@logKreaction(Cristobalite[s], "-1 * (( (1.0 / log(10)) * ((-3.35 * log(10)) - (20006.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, H4SiO4)
@mineral(Quartz[s])
@logKreaction(Quartz[s], "-1 * (( (1.0 / log(10)) * ((-4.0 * log(10)) - (22360.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, H4SiO4)
@mineral(SiO2[am-gel][s])
@logKreaction(SiO2[am-gel][s], "-1 * (( (1.0 / log(10)) * ((-2.71 * log(10)) - (14000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, H4SiO4)
@mineral(SiO2[am-ppt][s])
@logKreaction(SiO2[am-ppt][s], "-1 * (( (1.0 / log(10)) * ((-2.74 * log(10)) - (15150.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, H4SiO4)
@mineral(SnO[s])
@logKreaction(SnO[s], "-1 * (( (1.0 / log(10)) * ((-4.9141 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, Sn[OH]2)
@mineral(SnO2[s])
@logKreaction(SnO2[s], "-1 * (( (1.0 / log(10)) * ((-28.9749 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 1.0, Sn[OH]6-2, 2.0, H+)
@mineral(Sn[OH]2[s])
@logKreaction(Sn[OH]2[s], "-1 * (( (1.0 / log(10)) * ((-5.4309 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]2)
@mineral(Sn[OH]4[s])
@logKreaction(Sn[OH]4[s], "-1 * (( (1.0 / log(10)) * ((-22.2808 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Sn[OH]6-2, 2.0, H+)
@mineral(H2Sn[OH]6[s])
@logKreaction(H2Sn[OH]6[s], "-1 * (( (1.0 / log(10)) * ((-23.5281 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sn[OH]6-2, 2.0, H+)
@mineral(Massicot[s])
@logKreaction(Massicot[s], "-1 * (( (1.0 / log(10)) * ((12.894 * log(10)) - (-66848.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Pb+2, 1.0, H2O)
@mineral(Litharge[s])
@logKreaction(Litharge[s], "-1 * (( (1.0 / log(10)) * ((12.694 * log(10)) - (-65501.00000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Pb+2, 1.0, H2O)
@mineral(PbO:0_3H2O[s])
@logKreaction(PbO:0_3H2O[s], "-1 * (( (1.0 / log(10)) * ((12.98 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Pb+2, 1.33, H2O)
@mineral(Plattnerite[s])
@logKreaction(Plattnerite[s], "-1 * (( (1.0 / log(10)) * ((49.6001 * log(10)) - (-296270.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -2.0, e-, 1.0, Pb+2, 2.0, H2O)
@mineral(Pb[OH]2[s])
@logKreaction(Pb[OH]2[s], "-1 * (( (1.0 / log(10)) * ((8.15 * log(10)) - (-58534.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Pb+2, 2.0, H2O)
@mineral(Pb2O[OH]2[s])
@logKreaction(Pb2O[OH]2[s], "-1 * (( (1.0 / log(10)) * ((26.188 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, Pb+2, 3.0, H2O)
@mineral(Al[OH]3[am][s])
@logKreaction(Al[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((10.8 * log(10)) - (-111000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Al+3, 3.0, H2O)
@mineral(Boehmite[s])
@logKreaction(Boehmite[s], "-1 * (( (1.0 / log(10)) * ((8.578 * log(10)) - (-117696.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Al+3, 2.0, H2O)
@mineral(Diaspore[s])
@logKreaction(Diaspore[s], "-1 * (( (1.0 / log(10)) * ((6.873 * log(10)) - (-103052.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Al+3, 2.0, H2O)
@mineral(Gibbsite[s])
@logKreaction(Gibbsite[s], "-1 * (( (1.0 / log(10)) * ((8.291 * log(10)) - (-95395.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Al+3, 3.0, H2O)
@mineral(Tl2O[s])
@logKreaction(Tl2O[s], "-1 * (( (1.0 / log(10)) * ((27.0915 * log(10)) - (-96410.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Tl+, 1.0, H2O)
@mineral(TlOH[s])
@logKreaction(TlOH[s], "-1 * (( (1.0 / log(10)) * ((12.9186 * log(10)) - (-41570.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Tl+, 1.0, H2O)
@mineral(Avicennite[s])
@logKreaction(Avicennite[s], "-1 * (( (1.0 / log(10)) * ((-13.0 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, Tl[OH]3)
@mineral(Tl[OH]3[s])
@logKreaction(Tl[OH]3[s], "-1 * (( (1.0 / log(10)) * ((-5.441 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl[OH]3)
@mineral(Zn[OH]2[am][s])
@logKreaction(Zn[OH]2[am][s], "-1 * (( (1.0 / log(10)) * ((12.474 * log(10)) - (-80620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Zn+2, 2.0, H2O)
@mineral(Zn[OH]2[s])
@logKreaction(Zn[OH]2[s], "-1 * (( (1.0 / log(10)) * ((12.2 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Zn+2, 2.0, H2O)
@mineral(Zn[OH]2[beta][s])
@logKreaction(Zn[OH]2[beta][s], "-1 * (( (1.0 / log(10)) * ((11.754 * log(10)) - (-83140.0 / 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)) * ((11.734 * log(10)) - (-0.0 / 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)) * ((11.534 * log(10)) - (-81800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Zn+2, 2.0, H2O)
@mineral(ZnO[active][s])
@logKreaction(ZnO[active][s], "-1 * (( (1.0 / log(10)) * ((11.1884 * log(10)) - (-88760.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Zn+2, 1.0, H2O)
@mineral(Zincite[s])
@logKreaction(Zincite[s], "-1 * (( (1.0 / log(10)) * ((11.334 * log(10)) - (-89620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Zn+2, 1.0, H2O)
@mineral(Cd[OH]2[am][s])
@logKreaction(Cd[OH]2[am][s], "-1 * (( (1.0 / log(10)) * ((13.73 * log(10)) - (-86901.70000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cd+2, 2.0, H2O)
@mineral(Cd[OH]2[s])
@logKreaction(Cd[OH]2[s], "-1 * (( (1.0 / log(10)) * ((13.644 * log(10)) - (-94620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cd+2, 2.0, H2O)
@mineral(Monteponite[s])
@logKreaction(Monteponite[s], "-1 * (( (1.0 / log(10)) * ((15.1034 * log(10)) - (-103400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cd+2, 1.0, H2O)
@mineral(Hg2[OH]2[s])
@logKreaction(Hg2[OH]2[s], "-1 * (( (1.0 / log(10)) * ((5.2603 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Hg2+2, 2.0, H2O)
@mineral(Montroydite[s])
@logKreaction(Montroydite[s], "-1 * (( (1.0 / log(10)) * ((-3.64 * log(10)) - (-38900.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, Hg[OH]2)
@mineral(Hg[OH]2[s])
@logKreaction(Hg[OH]2[s], "-1 * (( (1.0 / log(10)) * ((-3.4963 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg[OH]2)
@mineral(Cuprite[s])
@logKreaction(Cuprite[s], "-1 * (( (1.0 / log(10)) * ((-1.406 * log(10)) - (-124020.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Cu+, 1.0, H2O)
@mineral(Cu[OH]2[s])
@logKreaction(Cu[OH]2[s], "-1 * (( (1.0 / log(10)) * ((8.674 * log(10)) - (-56420.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cu+2, 2.0, H2O)
@mineral(Tenorite[s])
@logKreaction(Tenorite[s], "-1 * (( (1.0 / log(10)) * ((7.644 * log(10)) - (-64867.00000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cu+2, 1.0, H2O)
@mineral(Ag2O[s])
@logKreaction(Ag2O[s], "-1 * (( (1.0 / log(10)) * ((12.574 * log(10)) - (-45620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Ag+, 1.0, H2O)
@mineral(Ni[OH]2[s])
@logKreaction(Ni[OH]2[s], "-1 * (( (1.0 / log(10)) * ((12.794 * log(10)) - (-95960.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ni+2, 2.0, H2O)
@mineral(Bunsenite[s])
@logKreaction(Bunsenite[s], "-1 * (( (1.0 / log(10)) * ((12.4456 * log(10)) - (-100130.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ni+2, 1.0, H2O)
@mineral(CoO[s])
@logKreaction(CoO[s], "-1 * (( (1.0 / log(10)) * ((13.5864 * log(10)) - (-106295.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Co+2, 1.0, H2O)
@mineral(Co[OH]2[s])
@logKreaction(Co[OH]2[s], "-1 * (( (1.0 / log(10)) * ((13.094 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Co+2, 2.0, H2O)
@mineral(Co[OH]3[s])
@logKreaction(Co[OH]3[s], "-1 * (( (1.0 / log(10)) * ((-2.309 * log(10)) - (-92430.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Co+3, 3.0, H2O)
@mineral(Fe[OH]2[s])
@logKreaction(Fe[OH]2[s], "-1 * (( (1.0 / log(10)) * ((13.564 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Fe+2, 2.0, H2O)
@mineral(Ferrihydrite[s])
@logKreaction(Ferrihydrite[s], "-1 * (( (1.0 / log(10)) * ((3.191 * log(10)) - (-73374.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Fe+3, 3.0, H2O)
@mineral(Fe3[OH]8[s])
@logKreaction(Fe3[OH]8[s], "-1 * (( (1.0 / log(10)) * ((20.222 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 2.0, Fe+3, 1.0, Fe+2, 8.0, H2O)
@mineral(Goethite[s])
@logKreaction(Goethite[s], "-1 * (( (1.0 / log(10)) * ((0.491 * log(10)) - (-60584.299999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Fe+3, 2.0, H2O)
@mineral(Pyrolusite[s])
@logKreaction(Pyrolusite[s], "-1 * (( (1.0 / log(10)) * ((41.38 * log(10)) - (-272000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -2.0, e-, 1.0, Mn+2, 2.0, H2O)
@mineral(Birnessite[s])
@logKreaction(Birnessite[s], "-1 * (( (1.0 / log(10)) * ((18.091 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, e-, 1.0, Mn+3, 2.0, H2O)
@mineral(Nsutite[s])
@logKreaction(Nsutite[s], "-1 * (( (1.0 / log(10)) * ((17.504 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -1.0, e-, 1.0, Mn+3, 2.0, H2O)
@mineral(Pyrochroite[s])
@logKreaction(Pyrochroite[s], "-1 * (( (1.0 / log(10)) * ((15.194 * log(10)) - (-97009.90000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Mn+2, 2.0, H2O)
@mineral(Manganite[s])
@logKreaction(Manganite[s], "-1 * (( (1.0 / log(10)) * ((25.34 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, -1.0, e-, 1.0, Mn+2, 2.0, H2O)
@mineral(Cr[OH]2[s])
@logKreaction(Cr[OH]2[s], "-1 * (( (1.0 / log(10)) * ((10.8189 * log(10)) - (-35605.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Cr+2, 2.0, H2O)
@mineral(Cr[OH]3[am][s])
@logKreaction(Cr[OH]3[am][s], "-1 * (( (1.0 / log(10)) * ((-0.75 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cr[OH]2+, 1.0, H2O)
@mineral(Cr[OH]3[s])
@logKreaction(Cr[OH]3[s], "-1 * (( (1.0 / log(10)) * ((1.3355 * log(10)) - (-29769.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cr[OH]2+, 1.0, H2O)
@mineral(CrO3[s])
@logKreaction(CrO3[s], "-1 * (( (1.0 / log(10)) * ((-3.2105 * log(10)) - (-5209.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, CrO4-2, 2.0, H+)
@mineral(MoO3[s])
@logKreaction(MoO3[s], "-1 * (( (1.0 / log(10)) * ((-8.0 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, MoO4-2, 2.0, H+)
@mineral(VO[s])
@logKreaction(VO[s], "-1 * (( (1.0 / log(10)) * ((14.7563 * log(10)) - (-113041.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, V+3, 1.0, H2O, 1.0, e-)
@mineral(V[OH]3[s])
@logKreaction(V[OH]3[s], "-1 * (( (1.0 / log(10)) * ((7.591 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, V+3, 3.0, H2O)
@mineral(VO[OH]2[s])
@logKreaction(VO[OH]2[s], "-1 * (( (1.0 / log(10)) * ((5.1506 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, VO+2, 2.0, H2O)
@mineral(Uraninite[s])
@logKreaction(Uraninite[s], "-1 * (( (1.0 / log(10)) * ((-4.6693 * log(10)) - (-77860.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, U+4, 2.0, H2O)
@mineral(UO2[am][s])
@logKreaction(UO2[am][s], "-1 * (( (1.0 / log(10)) * ((0.934 * log(10)) - (-109746.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, U+4, 2.0, H2O)
@mineral(UO3[s])
@logKreaction(UO3[s], "-1 * (( (1.0 / log(10)) * ((7.7 * log(10)) - (-81029.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 1.0, H2O)
@mineral(Gummite[s])
@logKreaction(Gummite[s], "-1 * (( (1.0 / log(10)) * ((7.6718 * log(10)) - (-81029.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 1.0, H2O)
@mineral(UO2[OH]2[beta][s])
@logKreaction(UO2[OH]2[beta][s], "-1 * (( (1.0 / log(10)) * ((5.6116 * log(10)) - (-56759.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 2.0, H2O)
@mineral(Schoepite[s])
@logKreaction(Schoepite[s], "-1 * (( (1.0 / log(10)) * ((5.994 * log(10)) - (-49790.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, UO2+2, 3.0, H2O)
@mineral(Be[OH]2[am][s])
@logKreaction(Be[OH]2[am][s], "-1 * (( (1.0 / log(10)) * ((7.194 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Be+2, 2.0, H2O)
@mineral(Be[OH]2[alpha][s])
@logKreaction(Be[OH]2[alpha][s], "-1 * (( (1.0 / log(10)) * ((6.894 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Be+2, 2.0, H2O)
@mineral(Be[OH]2[beta][s])
@logKreaction(Be[OH]2[beta][s], "-1 * (( (1.0 / log(10)) * ((6.494 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Be+2, 2.0, H2O)
@mineral(Brucite[s])
@logKreaction(Brucite[s], "-1 * (( (1.0 / log(10)) * ((16.844 * log(10)) - (-113996.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Mg+2, 2.0, H2O)
@mineral(Periclase[s])
@logKreaction(Periclase[s], "-1 * (( (1.0 / log(10)) * ((21.5841 * log(10)) - (-151230.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Mg+2, 1.0, H2O)
@mineral(Mg[OH]2[active][s])
@logKreaction(Mg[OH]2[active][s], "-1 * (( (1.0 / log(10)) * ((18.794 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Mg+2, 2.0, H2O)
@mineral(Lime[s])
@logKreaction(Lime[s], "-1 * (( (1.0 / log(10)) * ((32.6993 * log(10)) - (-193910.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 1.0, H2O)
@mineral(Portlandite[s])
@logKreaction(Portlandite[s], "-1 * (( (1.0 / log(10)) * ((22.804 * log(10)) - (-128620.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ca+2, 2.0, H2O)
@mineral(Ba[OH]2:8H2O[s])
@logKreaction(Ba[OH]2:8H2O[s], "-1 * (( (1.0 / log(10)) * ((24.394 * log(10)) - (-54320.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ba+2, 10.0, H2O)
@mineral(Cu[SbO3]2[s])
@logKreaction(Cu[SbO3]2[s], "-1 * (( (1.0 / log(10)) * ((45.2105 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, -4.0, e-, 2.0, Sb[OH]3, 1.0, Cu+2)
@mineral(Arsenolite[s])
@logKreaction(Arsenolite[s], "-1 * (( (1.0 / log(10)) * ((-2.76 * log(10)) - (59956.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 4.0, H3AsO3)
@mineral(Claudetite[s])
@logKreaction(Claudetite[s], "-1 * (( (1.0 / log(10)) * ((-3.065 * log(10)) - (55605.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 4.0, H3AsO3)
@mineral(As2O5[s])
@logKreaction(As2O5[s], "-1 * (( (1.0 / log(10)) * ((6.7061 * log(10)) - (-22640.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 2.0, H3AsO4)
@mineral(Pb2O3[s])
@logKreaction(Pb2O3[s], "-1 * (( (1.0 / log(10)) * ((61.04 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, -2.0, e-, 2.0, Pb+2, 3.0, H2O)
@mineral(Minium[s])
@logKreaction(Minium[s], "-1 * (( (1.0 / log(10)) * ((73.5219 * log(10)) - (-421874.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, -2.0, e-, 3.0, Pb+2, 4.0, H2O)
@mineral(Al2O3[s])
@logKreaction(Al2O3[s], "-1 * (( (1.0 / log(10)) * ((19.6524 * log(10)) - (-258589.99999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Al+3, 3.0, H2O)
@mineral(Co3O4[s])
@logKreaction(Co3O4[s], "-1 * (( (1.0 / log(10)) * ((-10.4956 * log(10)) - (-107500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Co+2, 2.0, Co+3, 4.0, H2O)
@mineral(CoFe2O4[s])
@logKreaction(CoFe2O4[s], "-1 * (( (1.0 / log(10)) * ((-3.5281 * log(10)) - (-158820.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Co+2, 2.0, Fe+3, 4.0, H2O)
@mineral(Magnetite[s])
@logKreaction(Magnetite[s], "-1 * (( (1.0 / log(10)) * ((3.4028 * log(10)) - (-208526.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 2.0, Fe+3, 1.0, Fe+2, 4.0, H2O)
@mineral(Hercynite[s])
@logKreaction(Hercynite[s], "-1 * (( (1.0 / log(10)) * ((22.893 * log(10)) - (-313920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Fe+2, 2.0, Al+3, 4.0, H2O)
@mineral(Hematite[s])
@logKreaction(Hematite[s], "-1 * (( (1.0 / log(10)) * ((-1.418 * log(10)) - (-128987.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Fe+3, 3.0, H2O)
@mineral(Maghemite[s])
@logKreaction(Maghemite[s], "-1 * (( (1.0 / log(10)) * ((6.386 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Fe+3, 3.0, H2O)
@mineral(Lepidocrocite[s])
@logKreaction(Lepidocrocite[s], "-1 * (( (1.0 / log(10)) * ((1.371 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Fe+3, 2.0, H2O)
@mineral(Hausmannite[s])
@logKreaction(Hausmannite[s], "-1 * (( (1.0 / log(10)) * ((61.03 * log(10)) - (-421000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, -2.0, e-, 3.0, Mn+2, 4.0, H2O)
@mineral(Bixbyite[s])
@logKreaction(Bixbyite[s], "-1 * (( (1.0 / log(10)) * ((-0.6445 * log(10)) - (-124490.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Mn+3, 3.0, H2O)
@mineral(Cr2O3[s])
@logKreaction(Cr2O3[s], "-1 * (( (1.0 / log(10)) * ((-2.3576 * log(10)) - (-50731.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, -2.0, H+, 2.0, Cr[OH]2+)
@mineral(V3O5[s])
@logKreaction(V3O5[s], "-1 * (( (1.0 / log(10)) * ((1.8361 * log(10)) - (-98460.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 3.0, VO+2, 2.0, H2O, 2.0, e-)
@mineral(V4O7[s])
@logKreaction(V4O7[s], "-1 * (( (1.0 / log(10)) * ((7.1865 * log(10)) - (-163890.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, VO+2, 3.0, H2O, 2.0, e-)
@mineral(V6O13[s])
@logKreaction(V6O13[s], "-1 * (( (1.0 / log(10)) * ((-60.86 * log(10)) - (271500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 6.0, VO2+, 1.0, H2O, 4.0, e-)
@mineral(V2O5[s])
@logKreaction(V2O5[s], "-1 * (( (1.0 / log(10)) * ((-1.36 * log(10)) - (34000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, VO2+, 1.0, H2O)
@mineral(U4O9[s])
@logKreaction(U4O9[s], "-1 * (( (1.0 / log(10)) * ((-3.0198 * log(10)) - (-426870.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -18.0, H+, -2.0, e-, 4.0, U+4, 9.0, H2O)
@mineral(U3O8[s])
@logKreaction(U3O8[s], "-1 * (( (1.0 / log(10)) * ((21.0834 * log(10)) - (-485440.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -16.0, H+, -4.0, e-, 3.0, U+4, 8.0, H2O)
@mineral(Spinel[s])
@logKreaction(Spinel[s], "-1 * (( (1.0 / log(10)) * ((36.8476 * log(10)) - (-388012.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Mg+2, 2.0, Al+3, 4.0, H2O)
@mineral(Magnesioferrite[s])
@logKreaction(Magnesioferrite[s], "-1 * (( (1.0 / log(10)) * ((16.8597 * log(10)) - (-278920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Mg+2, 2.0, Fe+3, 4.0, H2O)
@mineral(Natron[s])
@logKreaction(Natron[s], "-1 * (( (1.0 / log(10)) * ((-1.311 * log(10)) - (65877.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Na+, 1.0, CO3-2, 10.0, H2O)
@mineral(Cuprousferrite[s])
@logKreaction(Cuprousferrite[s], "-1 * (( (1.0 / log(10)) * ((-8.9171 * log(10)) - (-15890.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Cu+, 1.0, Fe+3, 2.0, H2O)
@mineral(Cupricferrite[s])
@logKreaction(Cupricferrite[s], "-1 * (( (1.0 / log(10)) * ((5.9882 * log(10)) - (-210210.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Cu+2, 2.0, Fe+3, 4.0, H2O)
@mineral(FeCr2O4[s])
@logKreaction(FeCr2O4[s], "-1 * (( (1.0 / log(10)) * ((7.2003 * log(10)) - (-140400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, Cr[OH]2+, 1.0, Fe+2)
@mineral(MgCr2O4[s])
@logKreaction(MgCr2O4[s], "-1 * (( (1.0 / log(10)) * ((16.2007 * log(10)) - (-179400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 2.0, Cr[OH]2+, 1.0, Mg+2)
@mineral(SbF3[s])
@logKreaction(SbF3[s], "-1 * (( (1.0 / log(10)) * ((-10.2251 * log(10)) - (-6727.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 3.0, H+, 3.0, F-)
@mineral(PbF2[s])
@logKreaction(PbF2[s], "-1 * (( (1.0 / log(10)) * ((-7.44 * log(10)) - (20000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, F-)
@mineral(ZnF2[s])
@logKreaction(ZnF2[s], "-1 * (( (1.0 / log(10)) * ((-0.5343 * log(10)) - (-59690.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, F-)
@mineral(CdF2[s])
@logKreaction(CdF2[s], "-1 * (( (1.0 / log(10)) * ((-1.2124 * log(10)) - (-46220.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, F-)
@mineral(Hg2F2[s])
@logKreaction(Hg2F2[s], "-1 * (( (1.0 / log(10)) * ((-10.3623 * log(10)) - (-18486.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 2.0, F-)
@mineral(CuF[s])
@logKreaction(CuF[s], "-1 * (( (1.0 / log(10)) * ((-4.9056 * log(10)) - (16648.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, F-)
@mineral(CuF2[s])
@logKreaction(CuF2[s], "-1 * (( (1.0 / log(10)) * ((1.115 * log(10)) - (-66901.0 / 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)) - (-15271.599999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, F-, 2.0, H2O)
@mineral(AgF:4H2O[s])
@logKreaction(AgF:4H2O[s], "-1 * (( (1.0 / log(10)) * ((1.0491 * log(10)) - (15420.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, F-, 4.0, H2O)
@mineral(CoF2[s])
@logKreaction(CoF2[s], "-1 * (( (1.0 / log(10)) * ((-1.5969 * log(10)) - (-57368.0 / 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)) * ((-1.4581 * log(10)) - (-123692.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+3, 3.0, F-)
@mineral(CrF3[s])
@logKreaction(CrF3[s], "-1 * (( (1.0 / log(10)) * ((-11.3367 * log(10)) - (-23390.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Cr[OH]2+, 3.0, F-, 2.0, H+)
@mineral(VF4[s])
@logKreaction(VF4[s], "-1 * (( (1.0 / log(10)) * ((14.93 * log(10)) - (-199117.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 1.0, VO+2, 4.0, F-, 2.0, H+)
@mineral(UF4[s])
@logKreaction(UF4[s], "-1 * (( (1.0 / log(10)) * ((-29.5371 * log(10)) - (-79077.6 / 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)) * ((-32.7179 * log(10)) - (24325.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 4.0, F-, 2.5, H2O)
@mineral(MgF2[s])
@logKreaction(MgF2[s], "-1 * (( (1.0 / log(10)) * ((-8.13 * log(10)) - (-8000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 2.0, F-)
@mineral(Fluorite[s])
@logKreaction(Fluorite[s], "-1 * (( (1.0 / log(10)) * ((-10.5 * log(10)) - (8000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 2.0, F-)
@mineral(SrF2[s])
@logKreaction(SrF2[s], "-1 * (( (1.0 / log(10)) * ((-8.58 * log(10)) - (4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 2.0, F-)
@mineral(BaF2[s])
@logKreaction(BaF2[s], "-1 * (( (1.0 / log(10)) * ((-5.82 * log(10)) - (4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 2.0, F-)
@mineral(Cryolite[s])
@logKreaction(Cryolite[s], "-1 * (( (1.0 / log(10)) * ((-33.84 * log(10)) - (38000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Na+, 1.0, Al+3, 6.0, F-)
@mineral(SbCl3[s])
@logKreaction(SbCl3[s], "-1 * (( (1.0 / log(10)) * ((0.5719 * log(10)) - (-35180.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 3.0, Cl-, 3.0, H+)
@mineral(SnCl2[s])
@logKreaction(SnCl2[s], "-1 * (( (1.0 / log(10)) * ((-9.2752 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Sn[OH]2, 2.0, H+, 2.0, Cl-)
@mineral(Cotunnite[s])
@logKreaction(Cotunnite[s], "-1 * (( (1.0 / log(10)) * ((-4.78 * log(10)) - (26166.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, Cl-)
@mineral(Matlockite[s])
@logKreaction(Matlockite[s], "-1 * (( (1.0 / log(10)) * ((-8.9733 * log(10)) - (33190.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Cl-, 1.0, F-)
@mineral(Phosgenite[s])
@logKreaction(Phosgenite[s], "-1 * (( (1.0 / log(10)) * ((-19.81 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Pb+2, 2.0, Cl-, 1.0, CO3-2)
@mineral(Laurionite[s])
@logKreaction(Laurionite[s], "-1 * (( (1.0 / log(10)) * ((0.623 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Pb+2, 1.0, Cl-, 1.0, H2O)
@mineral(Pb2[OH]3Cl[s])
@logKreaction(Pb2[OH]3Cl[s], "-1 * (( (1.0 / log(10)) * ((8.793 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Pb+2, 3.0, H2O, 1.0, Cl-)
@mineral(TlCl[s])
@logKreaction(TlCl[s], "-1 * (( (1.0 / log(10)) * ((-3.74 * log(10)) - (41000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Cl-)
@mineral(ZnCl2[s])
@logKreaction(ZnCl2[s], "-1 * (( (1.0 / log(10)) * ((7.05 * log(10)) - (-72500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Cl-)
@mineral(Zn2[OH]3Cl[s])
@logKreaction(Zn2[OH]3Cl[s], "-1 * (( (1.0 / log(10)) * ((15.191 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Zn+2, 3.0, H2O, 1.0, Cl-)
@mineral(Zn5[OH]8Cl2[s])
@logKreaction(Zn5[OH]8Cl2[s], "-1 * (( (1.0 / log(10)) * ((38.5 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 5.0, Zn+2, 8.0, H2O, 2.0, Cl-)
@mineral(CdCl2[s])
@logKreaction(CdCl2[s], "-1 * (( (1.0 / log(10)) * ((-0.6588 * log(10)) - (-18580.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Cl-)
@mineral(CdCl2:1H2O[s])
@logKreaction(CdCl2:1H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.6932 * log(10)) - (-7470.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Cl-, 1.0, H2O)
@mineral(CdCl2:2_5H2O[s])
@logKreaction(CdCl2:2_5H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.913 * log(10)) - (7284.900000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Cl-, 2.5, H2O)
@mineral(CdOHCl[s])
@logKreaction(CdOHCl[s], "-1 * (( (1.0 / log(10)) * ((3.5373 * log(10)) - (-30930.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cd+2, 1.0, H2O, 1.0, Cl-)
@mineral(Calomel[s])
@logKreaction(Calomel[s], "-1 * (( (1.0 / log(10)) * ((-17.91 * log(10)) - (92000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 2.0, Cl-)
@mineral(HgCl2[s])
@logKreaction(HgCl2[s], "-1 * (( (1.0 / log(10)) * ((-21.2621 * log(10)) - (107820.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 2.0, Cl-, 2.0, H+)
@mineral(Nantokite[s])
@logKreaction(Nantokite[s], "-1 * (( (1.0 / log(10)) * ((-6.73 * log(10)) - (42662.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, Cl-)
@mineral(Melanothallite[s])
@logKreaction(Melanothallite[s], "-1 * (( (1.0 / log(10)) * ((6.2572 * log(10)) - (-63407.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 2.0, Cl-)
@mineral(Atacamite[s])
@logKreaction(Atacamite[s], "-1 * (( (1.0 / log(10)) * ((7.391 * log(10)) - (-93430.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Cu+2, 3.0, H2O, 1.0, Cl-)
@mineral(Cerargyrite[s])
@logKreaction(Cerargyrite[s], "-1 * (( (1.0 / log(10)) * ((-9.75 * log(10)) - (65200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Cl-)
@mineral(CoCl2[s])
@logKreaction(CoCl2[s], "-1 * (( (1.0 / log(10)) * ((8.2672 * log(10)) - (-79815.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Cl-)
@mineral(CoCl2:6H2O[s])
@logKreaction(CoCl2:6H2O[s], "-1 * (( (1.0 / log(10)) * ((2.5365 * log(10)) - (8059.799999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 2.0, Cl-, 6.0, H2O)
@mineral([Co[NH3]6]Cl3[s])
@logKreaction([Co[NH3]6]Cl3[s], "-1 * (( (1.0 / log(10)) * ((20.0317 * log(10)) - (-33100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Co+3, 6.0, NH4+, 3.0, Cl-)
@mineral([Co[NH3]5OH2]Cl3[s])
@logKreaction([Co[NH3]5OH2]Cl3[s], "-1 * (( (1.0 / log(10)) * ((11.7351 * log(10)) - (-25370.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, 1.0, Co+3, 5.0, NH4+, 3.0, Cl-, 1.0, H2O)
@mineral([Co[NH3]5Cl]Cl2[s])
@logKreaction([Co[NH3]5Cl]Cl2[s], "-1 * (( (1.0 / log(10)) * ((4.5102 * log(10)) - (-10740.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, 1.0, Co+3, 5.0, NH4+, 3.0, Cl-)
@mineral(Fe[OH]2_7Cl_3[s])
@logKreaction(Fe[OH]2_7Cl_3[s], "-1 * (( (1.0 / log(10)) * ((-3.04 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.7, H+, 1.0, Fe+3, 2.7, H2O, 0.3, Cl-)
@mineral(MnCl2:4H2O[s])
@logKreaction(MnCl2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((2.7151 * log(10)) - (-10830.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 2.0, Cl-, 4.0, H2O)
@mineral(CrCl2[s])
@logKreaction(CrCl2[s], "-1 * (( (1.0 / log(10)) * ((14.0917 * log(10)) - (-110760.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cr+2, 2.0, Cl-)
@mineral(CrCl3[s])
@logKreaction(CrCl3[s], "-1 * (( (1.0 / log(10)) * ((15.1145 * log(10)) - (-121080.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Cr[OH]2+, 3.0, Cl-, 2.0, H+)
@mineral(VCl2[s])
@logKreaction(VCl2[s], "-1 * (( (1.0 / log(10)) * ((18.8744 * log(10)) - (-141160.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+3, 2.0, Cl-, 1.0, e-)
@mineral(VCl3[s])
@logKreaction(VCl3[s], "-1 * (( (1.0 / log(10)) * ((23.4326 * log(10)) - (-179540.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, V+3, 3.0, Cl-)
@mineral(VOCl[s])
@logKreaction(VOCl[s], "-1 * (( (1.0 / log(10)) * ((11.1524 * log(10)) - (-104910.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, V+3, 1.0, Cl-, 1.0, H2O)
@mineral(VOCl2[s])
@logKreaction(VOCl2[s], "-1 * (( (1.0 / log(10)) * ((12.7603 * log(10)) - (-117760.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 2.0, Cl-)
@mineral(VO2Cl[s])
@logKreaction(VO2Cl[s], "-1 * (( (1.0 / log(10)) * ((2.8413 * log(10)) - (-40280.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO2+, 1.0, Cl-)
@mineral(Halite[s])
@logKreaction(Halite[s], "-1 * (( (1.0 / log(10)) * ((1.6025 * log(10)) - (3700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Na+, 1.0, Cl-)
@mineral(SbBr3[s])
@logKreaction(SbBr3[s], "-1 * (( (1.0 / log(10)) * ((0.9689 * log(10)) - (-20940.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 3.0, Br-, 3.0, H+)
@mineral(SnBr2[s])
@logKreaction(SnBr2[s], "-1 * (( (1.0 / log(10)) * ((-9.5443 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Sn[OH]2, 2.0, H+, 2.0, Br-)
@mineral(SnBr4[s])
@logKreaction(SnBr4[s], "-1 * (( (1.0 / log(10)) * ((-28.8468 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 1.0, Sn[OH]6-2, 6.0, H+, 4.0, Br-)
@mineral(PbBr2[s])
@logKreaction(PbBr2[s], "-1 * (( (1.0 / log(10)) * ((-5.3 * log(10)) - (35499.0 / 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)) * ((-8.49 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, Br-, 1.0, F-)
@mineral(TlBr[s])
@logKreaction(TlBr[s], "-1 * (( (1.0 / log(10)) * ((-5.44 * log(10)) - (54000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, Br-)
@mineral(ZnBr2:2H2O[s])
@logKreaction(ZnBr2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((5.2005 * log(10)) - (-30670.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, Br-, 2.0, H2O)
@mineral(CdBr2:4H2O[s])
@logKreaction(CdBr2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.425 * log(10)) - (30500.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, Br-, 4.0, H2O)
@mineral(Hg2Br2[s])
@logKreaction(Hg2Br2[s], "-1 * (( (1.0 / log(10)) * ((-22.25 * log(10)) - (133000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 2.0, Br-)
@mineral(HgBr2[s])
@logKreaction(HgBr2[s], "-1 * (( (1.0 / log(10)) * ((-25.2734 * log(10)) - (138492.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 2.0, Br-, 2.0, H+)
@mineral(CuBr[s])
@logKreaction(CuBr[s], "-1 * (( (1.0 / log(10)) * ((-8.3 * log(10)) - (54860.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, Br-)
@mineral(Cu2[OH]3Br[s])
@logKreaction(Cu2[OH]3Br[s], "-1 * (( (1.0 / log(10)) * ((7.9085 * log(10)) - (-93430.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Cu+2, 3.0, H2O, 1.0, Br-)
@mineral(Bromyrite[s])
@logKreaction(Bromyrite[s], "-1 * (( (1.0 / log(10)) * ((-12.3 * log(10)) - (84500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, Br-)
@mineral([Co[NH3]6]Br3[s])
@logKreaction([Co[NH3]6]Br3[s], "-1 * (( (1.0 / log(10)) * ((18.3142 * log(10)) - (-21189.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Co+3, 6.0, NH4+, 3.0, Br-)
@mineral([Co[NH3]5Cl]Br2[s])
@logKreaction([Co[NH3]5Cl]Br2[s], "-1 * (( (1.0 / log(10)) * ((5.0295 * log(10)) - (-6400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, 1.0, Co+3, 5.0, NH4+, 1.0, Cl-, 2.0, Br-)
@mineral(CrBr3[s])
@logKreaction(CrBr3[s], "-1 * (( (1.0 / log(10)) * ((19.9086 * log(10)) - (-141323.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Cr[OH]2+, 3.0, Br-, 2.0, H+)
@mineral(AsI3[s])
@logKreaction(AsI3[s], "-1 * (( (1.0 / log(10)) * ((4.2307 * log(10)) - (3150.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, H3AsO3, 3.0, I-, 3.0, H+)
@mineral(SbI3[s])
@logKreaction(SbI3[s], "-1 * (( (1.0 / log(10)) * ((-0.538 * log(10)) - (13589.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, Sb[OH]3, 3.0, H+, 3.0, I-)
@mineral(PbI2[s])
@logKreaction(PbI2[s], "-1 * (( (1.0 / log(10)) * ((-8.1 * log(10)) - (62000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 2.0, I-)
@mineral(TlI[s])
@logKreaction(TlI[s], "-1 * (( (1.0 / log(10)) * ((-7.23 * log(10)) - (75000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, I-)
@mineral(ZnI2[s])
@logKreaction(ZnI2[s], "-1 * (( (1.0 / log(10)) * ((7.3055 * log(10)) - (-58920.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, I-)
@mineral(CdI2[s])
@logKreaction(CdI2[s], "-1 * (( (1.0 / log(10)) * ((-3.5389 * log(10)) - (13820.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 2.0, I-)
@mineral(Hg2I2[s])
@logKreaction(Hg2I2[s], "-1 * (( (1.0 / log(10)) * ((-28.34 * log(10)) - (163000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 2.0, I-)
@mineral(Coccinite[s])
@logKreaction(Coccinite[s], "-1 * (( (1.0 / log(10)) * ((-34.9525 * log(10)) - (210720.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 2.0, H+, 2.0, I-)
@mineral(HgI2:2NH3[s])
@logKreaction(HgI2:2NH3[s], "-1 * (( (1.0 / log(10)) * ((-16.2293 * log(10)) - (132180.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 2.0, I-, 2.0, NH4+)
@mineral(HgI2:6NH3[s])
@logKreaction(HgI2:6NH3[s], "-1 * (( (1.0 / log(10)) * ((33.7335 * log(10)) - (-90359.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -4.0, H+, 1.0, Hg[OH]2, 2.0, I-, 6.0, NH4+)
@mineral(CuI[s])
@logKreaction(CuI[s], "-1 * (( (1.0 / log(10)) * ((-12.0 * log(10)) - (82690.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+, 1.0, I-)
@mineral(Iodyrite[s])
@logKreaction(Iodyrite[s], "-1 * (( (1.0 / log(10)) * ((-16.08 * log(10)) - (110000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ag+, 1.0, I-)
@mineral([Co[NH3]6]I3[s])
@logKreaction([Co[NH3]6]I3[s], "-1 * (( (1.0 / log(10)) * ((16.5831 * log(10)) - (-9699.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Co+3, 6.0, NH4+, 3.0, I-)
@mineral([Co[NH3]5Cl]I2[s])
@logKreaction([Co[NH3]5Cl]I2[s], "-1 * (( (1.0 / log(10)) * ((5.5981 * log(10)) - (660.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, 1.0, Co+3, 5.0, NH4+, 1.0, Cl-, 2.0, I-)
@mineral(CrI3[s])
@logKreaction(CrI3[s], "-1 * (( (1.0 / log(10)) * ((20.4767 * log(10)) - (-134419.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Cr[OH]2+, 3.0, I-, 2.0, H+)
@mineral(Cerussite[s])
@logKreaction(Cerussite[s], "-1 * (( (1.0 / log(10)) * ((-13.13 * log(10)) - (24790.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, CO3-2)
@mineral(Pb2OCO3[s])
@logKreaction(Pb2OCO3[s], "-1 * (( (1.0 / log(10)) * ((-0.5578 * log(10)) - (-40819.899999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Pb+2, 1.0, H2O, 1.0, CO3-2)
@mineral(Pb3O2CO3[s])
@logKreaction(Pb3O2CO3[s], "-1 * (( (1.0 / log(10)) * ((11.02 * log(10)) - (-110583.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 3.0, Pb+2, 1.0, CO3-2, 2.0, H2O)
@mineral(Hydrocerussite[s])
@logKreaction(Hydrocerussite[s], "-1 * (( (1.0 / log(10)) * ((-18.7705 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 3.0, Pb+2, 2.0, H2O, 2.0, CO3-2)
@mineral(Pb10[OH]6O[CO3]6[s])
@logKreaction(Pb10[OH]6O[CO3]6[s], "-1 * (( (1.0 / log(10)) * ((-8.76 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 10.0, Pb+2, 6.0, CO3-2, 7.0, H2O)
@mineral(Tl2CO3[s])
@logKreaction(Tl2CO3[s], "-1 * (( (1.0 / log(10)) * ((-3.8367 * log(10)) - (35490.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Tl+, 1.0, CO3-2)
@mineral(Smithsonite[s])
@logKreaction(Smithsonite[s], "-1 * (( (1.0 / log(10)) * ((-10.0 * log(10)) - (-15840.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, CO3-2)
@mineral(ZnCO3:1H2O[s])
@logKreaction(ZnCO3:1H2O[s], "-1 * (( (1.0 / log(10)) * ((-10.26 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, CO3-2, 1.0, H2O)
@mineral(Otavite[s])
@logKreaction(Otavite[s], "-1 * (( (1.0 / log(10)) * ((-12.0 * log(10)) - (-550.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, CO3-2)
@mineral(Hg2CO3[s])
@logKreaction(Hg2CO3[s], "-1 * (( (1.0 / log(10)) * ((-16.05 * log(10)) - (45140.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 1.0, CO3-2)
@mineral(Hg3O2CO3[s])
@logKreaction(Hg3O2CO3[s], "-1 * (( (1.0 / log(10)) * ((-29.682 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H2O, 3.0, Hg[OH]2, 2.0, H+, 1.0, CO3-2)
@mineral(CuCO3[s])
@logKreaction(CuCO3[s], "-1 * (( (1.0 / log(10)) * ((-11.5 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, CO3-2)
@mineral(Malachite[s])
@logKreaction(Malachite[s], "-1 * (( (1.0 / log(10)) * ((-5.306 * log(10)) - (76380.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Cu+2, 2.0, H2O, 1.0, CO3-2)
@mineral(Azurite[s])
@logKreaction(Azurite[s], "-1 * (( (1.0 / log(10)) * ((-16.906 * log(10)) - (-95220.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 3.0, Cu+2, 2.0, H2O, 2.0, CO3-2)
@mineral(Ag2CO3[s])
@logKreaction(Ag2CO3[s], "-1 * (( (1.0 / log(10)) * ((-11.09 * log(10)) - (42150.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 1.0, CO3-2)
@mineral(NiCO3[s])
@logKreaction(NiCO3[s], "-1 * (( (1.0 / log(10)) * ((-6.87 * log(10)) - (-41589.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, CO3-2)
@mineral(CoCO3[s])
@logKreaction(CoCO3[s], "-1 * (( (1.0 / log(10)) * ((-9.98 * log(10)) - (-12761.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, CO3-2)
@mineral(Siderite[s])
@logKreaction(Siderite[s], "-1 * (( (1.0 / log(10)) * ((-10.24 * log(10)) - (-16000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, CO3-2)
@mineral(Rhodochrosite[s])
@logKreaction(Rhodochrosite[s], "-1 * (( (1.0 / log(10)) * ((-10.58 * log(10)) - (-1880.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, CO3-2)
@mineral(Rutherfordine[s])
@logKreaction(Rutherfordine[s], "-1 * (( (1.0 / log(10)) * ((-14.5 * log(10)) - (-3030.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, CO3-2)
@mineral(Artinite[s])
@logKreaction(Artinite[s], "-1 * (( (1.0 / log(10)) * ((9.6 * log(10)) - (-120257.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Mg+2, 1.0, CO3-2, 5.0, H2O)
@mineral(Hydromagnesite[s])
@logKreaction(Hydromagnesite[s], "-1 * (( (1.0 / log(10)) * ((-8.766 * log(10)) - (-218447.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 5.0, Mg+2, 4.0, CO3-2, 6.0, H2O)
@mineral(Magnesite[s])
@logKreaction(Magnesite[s], "-1 * (( (1.0 / log(10)) * ((-7.46 * log(10)) - (20000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, CO3-2)
@mineral(Nesquehonite[s])
@logKreaction(Nesquehonite[s], "-1 * (( (1.0 / log(10)) * ((-4.67 * log(10)) - (-24221.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, CO3-2, 3.0, H2O)
@mineral(Aragonite[s])
@logKreaction(Aragonite[s], "-1 * (( (1.0 / log(10)) * ((-8.3 * log(10)) - (-12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, CO3-2)
@mineral(Calcite[s])
@logKreaction(Calcite[s], "-1 * (( (1.0 / log(10)) * ((-8.48 * log(10)) - (-8000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, CO3-2)
@mineral(Dolomite[ordered][s])
@logKreaction(Dolomite[ordered][s], "-1 * (( (1.0 / log(10)) * ((-17.09 * log(10)) - (-39500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Mg+2, 2.0, CO3-2)
@mineral(Dolomite[disordered][s])
@logKreaction(Dolomite[disordered][s], "-1 * (( (1.0 / log(10)) * ((-16.54 * log(10)) - (-46400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, Mg+2, 2.0, CO3-2)
@mineral(Huntite[s])
@logKreaction(Huntite[s], "-1 * (( (1.0 / log(10)) * ((-29.968 * log(10)) - (-107780.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Mg+2, 1.0, Ca+2, 4.0, CO3-2)
@mineral(Strontianite[s])
@logKreaction(Strontianite[s], "-1 * (( (1.0 / log(10)) * ((-9.27 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, CO3-2)
@mineral(Witherite[s])
@logKreaction(Witherite[s], "-1 * (( (1.0 / log(10)) * ((-8.57 * log(10)) - (4000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, CO3-2)
@mineral(Thermonatrite[s])
@logKreaction(Thermonatrite[s], "-1 * (( (1.0 / log(10)) * ((0.637 * log(10)) - (-10479.900000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Na+, 1.0, CO3-2, 1.0, H2O)
@mineral(TlNO3[s])
@logKreaction(TlNO3[s], "-1 * (( (1.0 / log(10)) * ((-1.6127 * log(10)) - (42440.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Tl+, 1.0, NO3-)
@mineral(Zn[NO3]2:6H2O[s])
@logKreaction(Zn[NO3]2:6H2O[s], "-1 * (( (1.0 / log(10)) * ((3.3153 * log(10)) - (24569.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 2.0, NO3-, 6.0, H2O)
@mineral(Cu2[OH]3NO3[s])
@logKreaction(Cu2[OH]3NO3[s], "-1 * (( (1.0 / log(10)) * ((9.251 * log(10)) - (-72592.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Cu+2, 3.0, H2O, 1.0, NO3-)
@mineral([Co[NH3]6][NO3]3[s])
@logKreaction([Co[NH3]6][NO3]3[s], "-1 * (( (1.0 / log(10)) * ((17.9343 * log(10)) - (1590.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Co+3, 6.0, NH4+, 3.0, NO3-)
@mineral([Co[NH3]5Cl][NO3]2[s])
@logKreaction([Co[NH3]5Cl][NO3]2[s], "-1 * (( (1.0 / log(10)) * ((6.2887 * log(10)) - (6419.900000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, 1.0, Co+3, 5.0, NH4+, 1.0, Cl-, 2.0, NO3-)
@mineral(UO2[NO3]2[s])
@logKreaction(UO2[NO3]2[s], "-1 * (( (1.0 / log(10)) * ((12.1476 * log(10)) - (-83399.90000000001 / 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)) * ((4.851 * log(10)) - (-25355.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, NO3-, 2.0, H2O)
@mineral(UO2[NO3]2:3H2O[s])
@logKreaction(UO2[NO3]2:3H2O[s], "-1 * (( (1.0 / log(10)) * ((3.39 * log(10)) - (-9159.9 / 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)) * ((2.0464 * log(10)) - (20820.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 2.0, NO3-, 6.0, H2O)
@mineral(Pb[BO2]2[s])
@logKreaction(Pb[BO2]2[s], "-1 * (( (1.0 / log(10)) * ((6.5192 * log(10)) - (-15611.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -2.0, H+, 1.0, Pb+2, 2.0, H3BO3)
@mineral(Zn[BO2]2[s])
@logKreaction(Zn[BO2]2[s], "-1 * (( (1.0 / log(10)) * ((8.29 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -2.0, H+, 1.0, Zn+2, 2.0, H3BO3)
@mineral(Cd[BO2]2[s])
@logKreaction(Cd[BO2]2[s], "-1 * (( (1.0 / log(10)) * ((9.84 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -2.0, H+, 1.0, Cd+2, 2.0, H3BO3)
@mineral(Co[BO2]2[s])
@logKreaction(Co[BO2]2[s], "-1 * (( (1.0 / log(10)) * ((27.0703 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, -2.0, H+, 1.0, Co+2, 2.0, H3BO3)
@mineral(SnSO4[s])
@logKreaction(SnSO4[s], "-1 * (( (1.0 / log(10)) * ((-56.9747 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Sn[OH]2, 2.0, H+, 1.0, SO4-2)
@mineral(Sn[SO4]2[s])
@logKreaction(Sn[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((-15.2123 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H2O, 1.0, Sn[OH]6-2, 6.0, H+, 2.0, SO4-2)
@mineral(Larnakite[s])
@logKreaction(Larnakite[s], "-1 * (( (1.0 / log(10)) * ((-0.4344 * log(10)) - (-21830.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Pb+2, 1.0, SO4-2, 1.0, H2O)
@mineral(Pb3O2SO4[s])
@logKreaction(Pb3O2SO4[s], "-1 * (( (1.0 / log(10)) * ((10.6864 * log(10)) - (-79140.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 3.0, Pb+2, 1.0, SO4-2, 2.0, H2O)
@mineral(Pb4O3SO4[s])
@logKreaction(Pb4O3SO4[s], "-1 * (( (1.0 / log(10)) * ((21.8772 * log(10)) - (-136450.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, Pb+2, 1.0, SO4-2, 3.0, H2O)
@mineral(Anglesite[s])
@logKreaction(Anglesite[s], "-1 * (( (1.0 / log(10)) * ((-7.79 * log(10)) - (12000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, SO4-2)
@mineral(Pb4[OH]6SO4[s])
@logKreaction(Pb4[OH]6SO4[s], "-1 * (( (1.0 / log(10)) * ((21.1 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, Pb+2, 1.0, SO4-2, 6.0, H2O)
@mineral(AlOHSO4[s])
@logKreaction(AlOHSO4[s], "-1 * (( (1.0 / log(10)) * ((-3.23 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Al+3, 1.0, SO4-2, 1.0, H2O)
@mineral(Al4[OH]10SO4[s])
@logKreaction(Al4[OH]10SO4[s], "-1 * (( (1.0 / log(10)) * ((22.7 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -10.0, H+, 4.0, Al+3, 1.0, SO4-2, 10.0, H2O)
@mineral(Tl2SO4[s])
@logKreaction(Tl2SO4[s], "-1 * (( (1.0 / log(10)) * ((-3.7868 * log(10)) - (33179.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Tl+, 1.0, SO4-2)
@mineral(Zn2[OH]2SO4[s])
@logKreaction(Zn2[OH]2SO4[s], "-1 * (( (1.0 / log(10)) * ((7.5 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Zn+2, 2.0, H2O, 1.0, SO4-2)
@mineral(Zn4[OH]6SO4[s])
@logKreaction(Zn4[OH]6SO4[s], "-1 * (( (1.0 / log(10)) * ((28.4 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, Zn+2, 6.0, H2O, 1.0, SO4-2)
@mineral(Zn3O[SO4]2[s])
@logKreaction(Zn3O[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((18.9135 * log(10)) - (-258079.99999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 3.0, Zn+2, 2.0, SO4-2, 1.0, H2O)
@mineral(Zincosite[s])
@logKreaction(Zincosite[s], "-1 * (( (1.0 / log(10)) * ((3.9297 * log(10)) - (-82586.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, SO4-2)
@mineral(ZnSO4:1H2O[s])
@logKreaction(ZnSO4:1H2O[s], "-1 * (( (1.0 / log(10)) * ((-0.638 * log(10)) - (-44069.899999999994 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, SO4-2, 1.0, H2O)
@mineral(Bianchite[s])
@logKreaction(Bianchite[s], "-1 * (( (1.0 / log(10)) * ((-1.765 * log(10)) - (-669.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, SO4-2, 6.0, H2O)
@mineral(Goslarite[s])
@logKreaction(Goslarite[s], "-1 * (( (1.0 / log(10)) * ((-2.0112 * log(10)) - (14210.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, SO4-2, 7.0, H2O)
@mineral(Cd3[OH]4SO4[s])
@logKreaction(Cd3[OH]4SO4[s], "-1 * (( (1.0 / log(10)) * ((22.56 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 3.0, Cd+2, 4.0, H2O, 1.0, SO4-2)
@mineral(Cd3[OH]2[SO4]2[s])
@logKreaction(Cd3[OH]2[SO4]2[s], "-1 * (( (1.0 / log(10)) * ((6.71 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 3.0, Cd+2, 2.0, H2O, 2.0, SO4-2)
@mineral(Cd4[OH]6SO4[s])
@logKreaction(Cd4[OH]6SO4[s], "-1 * (( (1.0 / log(10)) * ((28.4 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, Cd+2, 6.0, H2O, 1.0, SO4-2)
@mineral(CdSO4[s])
@logKreaction(CdSO4[s], "-1 * (( (1.0 / log(10)) * ((-0.1722 * log(10)) - (-51980.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SO4-2)
@mineral(CdSO4:1H2O[s])
@logKreaction(CdSO4:1H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.7261 * log(10)) - (-31539.899999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SO4-2, 1.0, H2O)
@mineral(CdSO4:2_67H2O[s])
@logKreaction(CdSO4:2_67H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.873 * log(10)) - (-17991.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SO4-2, 2.67, H2O)
@mineral(Hg2SO4[s])
@logKreaction(Hg2SO4[s], "-1 * (( (1.0 / log(10)) * ((-6.13 * log(10)) - (5400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 1.0, SO4-2)
@mineral(HgSO4[s])
@logKreaction(HgSO4[s], "-1 * (( (1.0 / log(10)) * ((-9.4189 * log(10)) - (14685.800000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 1.0, SO4-2, 2.0, H+)
@mineral(Cu2SO4[s])
@logKreaction(Cu2SO4[s], "-1 * (( (1.0 / log(10)) * ((-1.95 * log(10)) - (-19079.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Cu+, 1.0, SO4-2)
@mineral(Antlerite[s])
@logKreaction(Antlerite[s], "-1 * (( (1.0 / log(10)) * ((8.788 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 3.0, Cu+2, 4.0, H2O, 1.0, SO4-2)
@mineral(Brochantite[s])
@logKreaction(Brochantite[s], "-1 * (( (1.0 / log(10)) * ((15.222 * log(10)) - (-202860.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, Cu+2, 6.0, H2O, 1.0, SO4-2)
@mineral(Langite[s])
@logKreaction(Langite[s], "-1 * (( (1.0 / log(10)) * ((17.4886 * log(10)) - (-165550.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, Cu+2, 7.0, H2O, 1.0, SO4-2)
@mineral(CuOCuSO4[s])
@logKreaction(CuOCuSO4[s], "-1 * (( (1.0 / log(10)) * ((10.3032 * log(10)) - (-137777.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 2.0, Cu+2, 1.0, H2O, 1.0, SO4-2)
@mineral(CuSO4[s])
@logKreaction(CuSO4[s], "-1 * (( (1.0 / log(10)) * ((2.9395 * log(10)) - (-73040.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, SO4-2)
@mineral(Chalcanthite[s])
@logKreaction(Chalcanthite[s], "-1 * (( (1.0 / log(10)) * ((-2.64 * log(10)) - (6025.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, SO4-2, 5.0, H2O)
@mineral(Ag2SO4[s])
@logKreaction(Ag2SO4[s], "-1 * (( (1.0 / log(10)) * ((-4.82 * log(10)) - (17000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 1.0, SO4-2)
@mineral(Ni4[OH]6SO4[s])
@logKreaction(Ni4[OH]6SO4[s], "-1 * (( (1.0 / log(10)) * ((32.0 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, Ni+2, 1.0, SO4-2, 6.0, H2O)
@mineral(Retgersite[s])
@logKreaction(Retgersite[s], "-1 * (( (1.0 / log(10)) * ((-2.04 * log(10)) - (4602.400000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, SO4-2, 6.0, H2O)
@mineral(Morenosite[s])
@logKreaction(Morenosite[s], "-1 * (( (1.0 / log(10)) * ((-2.1449 * log(10)) - (12180.199999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, SO4-2, 7.0, H2O)
@mineral(CoSO4[s])
@logKreaction(CoSO4[s], "-1 * (( (1.0 / log(10)) * ((2.8024 * log(10)) - (-79277.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, SO4-2)
@mineral(CoSO4:6H2O[s])
@logKreaction(CoSO4:6H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.4726 * log(10)) - (1080.1000000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, SO4-2, 6.0, H2O)
@mineral(Melanterite[s])
@logKreaction(Melanterite[s], "-1 * (( (1.0 / log(10)) * ((-2.209 * log(10)) - (20500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+2, 1.0, SO4-2, 7.0, H2O)
@mineral(Fe2[SO4]3[s])
@logKreaction(Fe2[SO4]3[s], "-1 * (( (1.0 / log(10)) * ((-3.7343 * log(10)) - (-242028.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Fe+3, 3.0, SO4-2)
@mineral(H-Jarosite[s])
@logKreaction(H-Jarosite[s], "-1 * (( (1.0 / log(10)) * ((-12.1 * log(10)) - (-230748.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, 3.0, Fe+3, 2.0, SO4-2, 7.0, H2O)
@mineral(Na-Jarosite[s])
@logKreaction(Na-Jarosite[s], "-1 * (( (1.0 / log(10)) * ((-11.2 * log(10)) - (-151377.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Na+, 3.0, Fe+3, 2.0, SO4-2, 6.0, H2O)
@mineral(K-Jarosite[s])
@logKreaction(K-Jarosite[s], "-1 * (( (1.0 / log(10)) * ((-14.8 * log(10)) - (-130875.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, K+, 3.0, Fe+3, 2.0, SO4-2, 6.0, H2O)
@mineral(MnSO4[s])
@logKreaction(MnSO4[s], "-1 * (( (1.0 / log(10)) * ((2.5831 * log(10)) - (-64840.100000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, SO4-2)
@mineral(Mn2[SO4]3[s])
@logKreaction(Mn2[SO4]3[s], "-1 * (( (1.0 / log(10)) * ((-5.711 * log(10)) - (-163427.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Mn+3, 3.0, SO4-2)
@mineral(VOSO4[s])
@logKreaction(VOSO4[s], "-1 * (( (1.0 / log(10)) * ((3.6097 * log(10)) - (-86740.09999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, VO+2, 1.0, SO4-2)
@mineral(Epsomite[s])
@logKreaction(Epsomite[s], "-1 * (( (1.0 / log(10)) * ((-2.1265 * log(10)) - (11560.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SO4-2, 7.0, H2O)
@mineral(Anhydrite[s])
@logKreaction(Anhydrite[s], "-1 * (( (1.0 / log(10)) * ((-4.36 * log(10)) - (-7200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, SO4-2)
@mineral(Gypsum[s])
@logKreaction(Gypsum[s], "-1 * (( (1.0 / log(10)) * ((-4.61 * log(10)) - (1000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, SO4-2, 2.0, H2O)
@mineral(Celestite[s])
@logKreaction(Celestite[s], "-1 * (( (1.0 / log(10)) * ((-6.62 * log(10)) - (2000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, SO4-2)
@mineral(Barite[s])
@logKreaction(Barite[s], "-1 * (( (1.0 / log(10)) * ((-9.98 * log(10)) - (23000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, SO4-2)
@mineral(Mirabilite[s])
@logKreaction(Mirabilite[s], "-1 * (( (1.0 / log(10)) * ((-1.114 * log(10)) - (79441.59999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Na+, 1.0, SO4-2, 10.0, H2O)
@mineral(Thenardite[s])
@logKreaction(Thenardite[s], "-1 * (( (1.0 / log(10)) * ((0.3217 * log(10)) - (-9121.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Na+, 1.0, SO4-2)
@mineral(K-Alum[s])
@logKreaction(K-Alum[s], "-1 * (( (1.0 / log(10)) * ((-5.17 * log(10)) - (30208.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, K+, 1.0, Al+3, 2.0, SO4-2, 12.0, H2O)
@mineral(Alunite[s])
@logKreaction(Alunite[s], "-1 * (( (1.0 / log(10)) * ((-1.4 * log(10)) - (-210000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, K+, 3.0, Al+3, 2.0, SO4-2, 6.0, H2O)
@mineral([NH4]2CrO4[s])
@logKreaction([NH4]2CrO4[s], "-1 * (( (1.0 / log(10)) * ((0.4046 * log(10)) - (9163.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 2.0, NH4+)
@mineral(PbCrO4[s])
@logKreaction(PbCrO4[s], "-1 * (( (1.0 / log(10)) * ((-12.6 * log(10)) - (44180.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, CrO4-2)
@mineral(Tl2CrO4[s])
@logKreaction(Tl2CrO4[s], "-1 * (( (1.0 / log(10)) * ((-12.01 * log(10)) - (74270.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Tl+, 1.0, CrO4-2)
@mineral(Hg2CrO4[s])
@logKreaction(Hg2CrO4[s], "-1 * (( (1.0 / log(10)) * ((-8.7 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 1.0, CrO4-2)
@mineral(CuCrO4[s])
@logKreaction(CuCrO4[s], "-1 * (( (1.0 / log(10)) * ((-5.44 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, CrO4-2)
@mineral(Ag2CrO4[s])
@logKreaction(Ag2CrO4[s], "-1 * (( (1.0 / log(10)) * ((-11.59 * log(10)) - (62000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 1.0, CrO4-2)
@mineral(MgCrO4[s])
@logKreaction(MgCrO4[s], "-1 * (( (1.0 / log(10)) * ((5.3801 * log(10)) - (-88951.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 1.0, Mg+2)
@mineral(CaCrO4[s])
@logKreaction(CaCrO4[s], "-1 * (( (1.0 / log(10)) * ((-2.2657 * log(10)) - (-26945.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, CrO4-2)
@mineral(SrCrO4[s])
@logKreaction(SrCrO4[s], "-1 * (( (1.0 / log(10)) * ((-4.65 * log(10)) - (-10125.3 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, CrO4-2)
@mineral(BaCrO4[s])
@logKreaction(BaCrO4[s], "-1 * (( (1.0 / log(10)) * ((-9.67 * log(10)) - (33000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, CrO4-2)
@mineral(Li2CrO4[s])
@logKreaction(Li2CrO4[s], "-1 * (( (1.0 / log(10)) * ((4.8568 * log(10)) - (-45279.200000000004 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 2.0, Li+)
@mineral(Na2CrO4[s])
@logKreaction(Na2CrO4[s], "-1 * (( (1.0 / log(10)) * ((2.9302 * log(10)) - (-19630.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 2.0, Na+)
@mineral(Na2Cr2O7[s])
@logKreaction(Na2Cr2O7[s], "-1 * (( (1.0 / log(10)) * ((-9.8953 * log(10)) - (22196.100000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, CrO4-2, 2.0, Na+, 2.0, H+)
@mineral(K2CrO4[s])
@logKreaction(K2CrO4[s], "-1 * (( (1.0 / log(10)) * ((-0.5134 * log(10)) - (18269.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, CrO4-2, 2.0, K+)
@mineral(K2Cr2O7[s])
@logKreaction(K2Cr2O7[s], "-1 * (( (1.0 / log(10)) * ((-17.2424 * log(10)) - (80749.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, CrO4-2, 2.0, K+, 2.0, H+)
@mineral(Hg2SeO3[s])
@logKreaction(Hg2SeO3[s], "-1 * (( (1.0 / log(10)) * ((-4.657 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Hg2+2, 1.0, HSeO3-)
@mineral(HgSeO3[s])
@logKreaction(HgSeO3[s], "-1 * (( (1.0 / log(10)) * ((-12.43 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 1.0, H+, 1.0, HSeO3-)
@mineral(Ag2SeO3[s])
@logKreaction(Ag2SeO3[s], "-1 * (( (1.0 / log(10)) * ((-7.15 * log(10)) - (39680.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 2.0, Ag+, 1.0, HSeO3-)
@mineral(CuSeO3:2H2O[s])
@logKreaction(CuSeO3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((0.5116 * log(10)) - (-36861.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Cu+2, 1.0, HSeO3-, 2.0, H2O)
@mineral(NiSeO3:2H2O[s])
@logKreaction(NiSeO3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((2.8147 * log(10)) - (-31003.399999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HSeO3-, 1.0, Ni+2, 2.0, H2O)
@mineral(CoSeO3[s])
@logKreaction(CoSeO3[s], "-1 * (( (1.0 / log(10)) * ((1.32 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Co+2, 1.0, HSeO3-)
@mineral(Fe2[SeO3]3:2H2O[s])
@logKreaction(Fe2[SeO3]3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-20.6262 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 3.0, HSeO3-, 2.0, Fe+3, 2.0, H2O)
@mineral(Fe2[OH]4SeO3[s])
@logKreaction(Fe2[OH]4SeO3[s], "-1 * (( (1.0 / log(10)) * ((1.5539 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, 1.0, HSeO3-, 2.0, Fe+3, 4.0, H2O)
@mineral(MnSeO3[s])
@logKreaction(MnSeO3[s], "-1 * (( (1.0 / log(10)) * ((1.13 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Mn+2, 1.0, HSeO3-)
@mineral(MnSeO3:2H2O[s])
@logKreaction(MnSeO3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((0.9822 * log(10)) - (8493.5 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HSeO3-, 1.0, Mn+2, 2.0, H2O)
@mineral(MgSeO3:6H2O[s])
@logKreaction(MgSeO3:6H2O[s], "-1 * (( (1.0 / log(10)) * ((3.0554 * log(10)) - (5230.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Mg+2, 1.0, HSeO3-, 6.0, H2O)
@mineral(CaSeO3:2H2O[s])
@logKreaction(CaSeO3:2H2O[s], "-1 * (( (1.0 / log(10)) * ((2.8139 * log(10)) - (-19455.600000000002 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, HSeO3-, 1.0, Ca+2, 2.0, H2O)
@mineral(SrSeO3[s])
@logKreaction(SrSeO3[s], "-1 * (( (1.0 / log(10)) * ((2.3 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Sr+2, 1.0, HSeO3-)
@mineral(BaSeO3[s])
@logKreaction(BaSeO3[s], "-1 * (( (1.0 / log(10)) * ((1.83 * log(10)) - (11980.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 1.0, Ba+2, 1.0, HSeO3-)
@mineral(Na2SeO3:5H2O[s])
@logKreaction(Na2SeO3:5H2O[s], "-1 * (( (1.0 / log(10)) * ((10.3 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 2.0, Na+, 1.0, HSeO3-, 5.0, H2O)
@mineral(PbSeO4[s])
@logKreaction(PbSeO4[s], "-1 * (( (1.0 / log(10)) * ((-6.84 * log(10)) - (15000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, SeO4-2)
@mineral(Tl2SeO4[s])
@logKreaction(Tl2SeO4[s], "-1 * (( (1.0 / log(10)) * ((-4.1 * log(10)) - (43000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Tl+, 1.0, SeO4-2)
@mineral(ZnSeO4:6H2O[s])
@logKreaction(ZnSeO4:6H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.52 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Zn+2, 1.0, SeO4-2, 6.0, H2O)
@mineral(CdSeO4:2H2O[s])
@logKreaction(CdSeO4:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.85 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cd+2, 1.0, SeO4-2, 2.0, H2O)
@mineral(Ag2SeO4[s])
@logKreaction(Ag2SeO4[s], "-1 * (( (1.0 / log(10)) * ((-8.91 * log(10)) - (-43500.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 1.0, SeO4-2)
@mineral(CuSeO4:5H2O[s])
@logKreaction(CuSeO4:5H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.44 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Cu+2, 1.0, SeO4-2, 5.0, H2O)
@mineral(NiSeO4:6H2O[s])
@logKreaction(NiSeO4:6H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.52 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ni+2, 1.0, SeO4-2, 6.0, H2O)
@mineral(CoSeO4:6H2O[s])
@logKreaction(CoSeO4:6H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.53 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, SeO4-2, 6.0, H2O)
@mineral(MnSeO4:5H2O[s])
@logKreaction(MnSeO4:5H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.05 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, SeO4-2, 5.0, H2O)
@mineral(UO2SeO4:4H2O[s])
@logKreaction(UO2SeO4:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.25 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, SeO4-2, 4.0, H2O)
@mineral(MgSeO4:6H2O[s])
@logKreaction(MgSeO4:6H2O[s], "-1 * (( (1.0 / log(10)) * ((-1.2 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, SeO4-2, 6.0, H2O)
@mineral(CaSeO4:2H2O[s])
@logKreaction(CaSeO4:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-3.02 * log(10)) - (-8300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, SeO4-2, 2.0, H2O)
@mineral(SrSeO4[s])
@logKreaction(SrSeO4[s], "-1 * (( (1.0 / log(10)) * ((-4.4 * log(10)) - (400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, SeO4-2)
@mineral(BaSeO4[s])
@logKreaction(BaSeO4[s], "-1 * (( (1.0 / log(10)) * ((-7.46 * log(10)) - (22000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, SeO4-2)
@mineral(BeSeO4:4H2O[s])
@logKreaction(BeSeO4:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-2.94 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Be+2, 1.0, SeO4-2, 4.0, H2O)
@mineral(Na2SeO4[s])
@logKreaction(Na2SeO4[s], "-1 * (( (1.0 / log(10)) * ((1.28 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Na+, 1.0, SeO4-2)
@mineral(K2SeO4[s])
@logKreaction(K2SeO4[s], "-1 * (( (1.0 / log(10)) * ((-0.73 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, K+, 1.0, SeO4-2)
@mineral([NH4]2SeO4[s])
@logKreaction([NH4]2SeO4[s], "-1 * (( (1.0 / log(10)) * ((0.45 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, NH4+, 1.0, SeO4-2)
@mineral(H2MoO4[s])
@logKreaction(H2MoO4[s], "-1 * (( (1.0 / log(10)) * ((-12.8765 * log(10)) - (49000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 2.0, H+)
@mineral(PbMoO4[s])
@logKreaction(PbMoO4[s], "-1 * (( (1.0 / log(10)) * ((-15.62 * log(10)) - (53930.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, MoO4-2)
@mineral(Al2[MoO4]3[s])
@logKreaction(Al2[MoO4]3[s], "-1 * (( (1.0 / log(10)) * ((2.3675 * log(10)) - (-260800.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, MoO4-2, 2.0, Al+3)
@mineral(Tl2MoO4[s])
@logKreaction(Tl2MoO4[s], "-1 * (( (1.0 / log(10)) * ((-7.9887 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 2.0, Tl+)
@mineral(ZnMoO4[s])
@logKreaction(ZnMoO4[s], "-1 * (( (1.0 / log(10)) * ((-10.1254 * log(10)) - (-10690.099999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 1.0, Zn+2)
@mineral(CdMoO4[s])
@logKreaction(CdMoO4[s], "-1 * (( (1.0 / log(10)) * ((-14.1497 * log(10)) - (19480.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 1.0, Cd+2)
@mineral(CuMoO4[s])
@logKreaction(CuMoO4[s], "-1 * (( (1.0 / log(10)) * ((-13.0762 * log(10)) - (12200.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 1.0, Cu+2)
@mineral(Ag2MoO4[s])
@logKreaction(Ag2MoO4[s], "-1 * (( (1.0 / log(10)) * ((-11.55 * log(10)) - (52700.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, Ag+, 1.0, MoO4-2)
@mineral(NiMoO4[s])
@logKreaction(NiMoO4[s], "-1 * (( (1.0 / log(10)) * ((-11.1421 * log(10)) - (1300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 1.0, Ni+2)
@mineral(CoMoO4[s])
@logKreaction(CoMoO4[s], "-1 * (( (1.0 / log(10)) * ((-7.7609 * log(10)) - (-23399.899999999998 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 1.0, Co+2)
@mineral(FeMoO4[s])
@logKreaction(FeMoO4[s], "-1 * (( (1.0 / log(10)) * ((-10.091 * log(10)) - (-11100.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 1.0, Fe+2)
@mineral(BeMoO4[s])
@logKreaction(BeMoO4[s], "-1 * (( (1.0 / log(10)) * ((-1.7817 * log(10)) - (-56400.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 1.0, Be+2)
@mineral(MgMoO4[s])
@logKreaction(MgMoO4[s], "-1 * (( (1.0 / log(10)) * ((-1.85 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, MoO4-2)
@mineral(CaMoO4[s])
@logKreaction(CaMoO4[s], "-1 * (( (1.0 / log(10)) * ((-7.95 * log(10)) - (-2000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, MoO4-2)
@mineral(BaMoO4[s])
@logKreaction(BaMoO4[s], "-1 * (( (1.0 / log(10)) * ((-6.9603 * log(10)) - (10960.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 1.0, Ba+2)
@mineral(Li2MoO4[s])
@logKreaction(Li2MoO4[s], "-1 * (( (1.0 / log(10)) * ((2.4416 * log(10)) - (-33939.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 2.0, Li+)
@mineral(Na2MoO4[s])
@logKreaction(Na2MoO4[s], "-1 * (( (1.0 / log(10)) * ((1.4901 * log(10)) - (-9980.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 2.0, Na+)
@mineral(Na2MoO4:2H2O[s])
@logKreaction(Na2MoO4:2H2O[s], "-1 * (( (1.0 / log(10)) * ((1.224 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 2.0, Na+, 2.0, H2O)
@mineral(Na2Mo2O7[s])
@logKreaction(Na2Mo2O7[s], "-1 * (( (1.0 / log(10)) * ((-16.5966 * log(10)) - (56250.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, MoO4-2, 2.0, Na+, 2.0, H+)
@mineral(K2MoO4[s])
@logKreaction(K2MoO4[s], "-1 * (( (1.0 / log(10)) * ((3.2619 * log(10)) - (-3380.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, MoO4-2, 2.0, K+)
@mineral(PbHPO4[s])
@logKreaction(PbHPO4[s], "-1 * (( (1.0 / log(10)) * ((-23.805 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Pb+2, 1.0, H+, 1.0, PO4-3)
@mineral(Pb3[PO4]2[s])
@logKreaction(Pb3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-43.53 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Pb+2, 2.0, PO4-3)
@mineral(Pyromorphite[s])
@logKreaction(Pyromorphite[s], "-1 * (( (1.0 / log(10)) * ((-84.43 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 5.0, Pb+2, 3.0, PO4-3, 1.0, Cl-)
@mineral(Hydroxylpyromorphite[s])
@logKreaction(Hydroxylpyromorphite[s], "-1 * (( (1.0 / log(10)) * ((-62.79 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 5.0, Pb+2, 3.0, PO4-3, 1.0, H2O)
@mineral(Plumbgummite[s])
@logKreaction(Plumbgummite[s], "-1 * (( (1.0 / log(10)) * ((-32.79 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -5.0, H+, 1.0, Pb+2, 3.0, Al+3, 2.0, PO4-3, 6.0, H2O)
@mineral(Hinsdalite[s])
@logKreaction(Hinsdalite[s], "-1 * (( (1.0 / log(10)) * ((-2.5 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 1.0, Pb+2, 3.0, Al+3, 1.0, PO4-3, 1.0, SO4-2, 6.0, H2O)
@mineral(Tsumebite[s])
@logKreaction(Tsumebite[s], "-1 * (( (1.0 / log(10)) * ((-9.79 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Pb+2, 1.0, Cu+2, 1.0, PO4-3, 6.0, H2O)
@mineral(Zn3[PO4]2:4H2O[s])
@logKreaction(Zn3[PO4]2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-35.42 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Zn+2, 2.0, PO4-3, 4.0, H2O)
@mineral(Cd3[PO4]2[s])
@logKreaction(Cd3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-32.6 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cd+2, 2.0, PO4-3)
@mineral(Hg2HPO4[s])
@logKreaction(Hg2HPO4[s], "-1 * (( (1.0 / log(10)) * ((-24.775 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 1.0, H+, 1.0, PO4-3)
@mineral(Cu3[PO4]2[s])
@logKreaction(Cu3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-36.85 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cu+2, 2.0, PO4-3)
@mineral(Cu3[PO4]2:3H2O[s])
@logKreaction(Cu3[PO4]2:3H2O[s], "-1 * (( (1.0 / log(10)) * ((-35.12 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Cu+2, 2.0, PO4-3, 3.0, H2O)
@mineral(Ag3PO4[s])
@logKreaction(Ag3PO4[s], "-1 * (( (1.0 / log(10)) * ((-17.59 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Ag+, 1.0, PO4-3)
@mineral(Ni3[PO4]2[s])
@logKreaction(Ni3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-31.3 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Ni+2, 2.0, PO4-3)
@mineral(CoHPO4[s])
@logKreaction(CoHPO4[s], "-1 * (( (1.0 / log(10)) * ((-19.0607 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Co+2, 1.0, PO4-3, 1.0, H+)
@mineral(Co3[PO4]2[s])
@logKreaction(Co3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-34.6877 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Co+2, 2.0, PO4-3)
@mineral(Vivianite[s])
@logKreaction(Vivianite[s], "-1 * (( (1.0 / log(10)) * ((-36.0 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Fe+2, 2.0, PO4-3, 8.0, H2O)
@mineral(Strengite[s])
@logKreaction(Strengite[s], "-1 * (( (1.0 / log(10)) * ((-26.4 * log(10)) - (-9360.099999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Fe+3, 1.0, PO4-3, 2.0, H2O)
@mineral(Mn3[PO4]2[s])
@logKreaction(Mn3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-23.827 * log(10)) - (8870.1 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Mn+2, 2.0, PO4-3)
@mineral(MnHPO4[s])
@logKreaction(MnHPO4[s], "-1 * (( (1.0 / log(10)) * ((-25.4 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mn+2, 1.0, PO4-3, 1.0, H+)
@mineral([VO]3[PO4]2[s])
@logKreaction([VO]3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-25.1 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, VO+2, 2.0, PO4-3)
@mineral(Mg3[PO4]2[s])
@logKreaction(Mg3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-23.28 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Mg+2, 2.0, PO4-3)
@mineral(MgHPO4:3H2O[s])
@logKreaction(MgHPO4:3H2O[s], "-1 * (( (1.0 / log(10)) * ((-18.175 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Mg+2, 1.0, H+, 1.0, PO4-3, 3.0, H2O)
@mineral(FCO3Apatite[s])
@logKreaction(FCO3Apatite[s], "-1 * (( (1.0 / log(10)) * ((-114.4 * log(10)) - (164808.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 9.316, Ca+2, 0.36, Na+, 0.144, Mg+2, 4.8, PO4-3, 1.2, CO3-2, 2.48, F-)
@mineral(Hydroxylapatite[s])
@logKreaction(Hydroxylapatite[s], "-1 * (( (1.0 / log(10)) * ((-44.333 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H+, 5.0, Ca+2, 3.0, PO4-3, 1.0, H2O)
@mineral(CaHPO4:2H2O[s])
@logKreaction(CaHPO4:2H2O[s], "-1 * (( (1.0 / log(10)) * ((-18.995 * log(10)) - (23000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, H+, 1.0, PO4-3, 2.0, H2O)
@mineral(CaHPO4[s])
@logKreaction(CaHPO4[s], "-1 * (( (1.0 / log(10)) * ((-19.275 * log(10)) - (31000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ca+2, 1.0, H+, 1.0, PO4-3)
@mineral(Ca3[PO4]2[beta][s])
@logKreaction(Ca3[PO4]2[beta][s], "-1 * (( (1.0 / log(10)) * ((-28.92 * log(10)) - (54000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, Ca+2, 2.0, PO4-3)
@mineral(Ca4H[PO4]3:3H2O[s])
@logKreaction(Ca4H[PO4]3:3H2O[s], "-1 * (( (1.0 / log(10)) * ((-47.08 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 4.0, Ca+2, 1.0, H+, 3.0, PO4-3, 3.0, H2O)
@mineral(SrHPO4[s])
@logKreaction(SrHPO4[s], "-1 * (( (1.0 / log(10)) * ((-19.295 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Sr+2, 1.0, H+, 1.0, PO4-3)
@mineral(BaHPO4[s])
@logKreaction(BaHPO4[s], "-1 * (( (1.0 / log(10)) * ((-19.775 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Ba+2, 1.0, H+, 1.0, PO4-3)
@mineral(U[HPO4]2:4H2O[s])
@logKreaction(U[HPO4]2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((-51.584 * log(10)) - (16066.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 2.0, PO4-3, 2.0, H+, 4.0, H2O)
@mineral([UO2]3[PO4]2[s])
@logKreaction([UO2]3[PO4]2[s], "-1 * (( (1.0 / log(10)) * ((-49.4 * log(10)) - (397062.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 3.0, UO2+2, 2.0, PO4-3)
@mineral(UO2HPO4[s])
@logKreaction(UO2HPO4[s], "-1 * (( (1.0 / log(10)) * ((-24.225 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, UO2+2, 1.0, H+, 1.0, PO4-3)
@mineral(Uramphite[s])
@logKreaction(Uramphite[s], "-1 * (( (1.0 / log(10)) * ((-51.749 * log(10)) - (40584.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 2.0, NH4+, 2.0, PO4-3)
@mineral(Przhevalskite[s])
@logKreaction(Przhevalskite[s], "-1 * (( (1.0 / log(10)) * ((-44.365 * log(10)) - (-46024.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 1.0, Pb+2, 2.0, PO4-3)
@mineral(Torbernite[s])
@logKreaction(Torbernite[s], "-1 * (( (1.0 / log(10)) * ((-45.279 * log(10)) - (-66525.59999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 1.0, Cu+2, 2.0, PO4-3)
@mineral(Bassetite[s])
@logKreaction(Bassetite[s], "-1 * (( (1.0 / log(10)) * ((-44.485 * log(10)) - (-83261.6 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 1.0, Fe+2, 2.0, PO4-3)
@mineral(Saleeite[s])
@logKreaction(Saleeite[s], "-1 * (( (1.0 / log(10)) * ((-43.646 * log(10)) - (-84433.09999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 1.0, Mg+2, 2.0, PO4-3)
@mineral(Ningyoite[s])
@logKreaction(Ningyoite[s], "-1 * (( (1.0 / log(10)) * ((-53.906 * log(10)) - (-9497.7 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, U+4, 1.0, Ca+2, 2.0, PO4-3, 2.0, H2O)
@mineral(H-Autunite[s])
@logKreaction(H-Autunite[s], "-1 * (( (1.0 / log(10)) * ((-47.931 * log(10)) - (-15062.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 2.0, H+, 2.0, PO4-3)
@mineral(Autunite[s])
@logKreaction(Autunite[s], "-1 * (( (1.0 / log(10)) * ((-43.927 * log(10)) - (-59998.600000000006 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 1.0, Ca+2, 2.0, PO4-3)
@mineral(Sr-Autunite[s])
@logKreaction(Sr-Autunite[s], "-1 * (( (1.0 / log(10)) * ((-44.457 * log(10)) - (-54601.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 1.0, Sr+2, 2.0, PO4-3)
@mineral(Na-Autunite[s])
@logKreaction(Na-Autunite[s], "-1 * (( (1.0 / log(10)) * ((-47.409 * log(10)) - (-1924.6000000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 2.0, Na+, 2.0, PO4-3)
@mineral(K-Autunite[s])
@logKreaction(K-Autunite[s], "-1 * (( (1.0 / log(10)) * ((-48.244 * log(10)) - (24518.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 2.0, K+, 2.0, PO4-3)
@mineral(Uranocircite[s])
@logKreaction(Uranocircite[s], "-1 * (( (1.0 / log(10)) * ((-44.631 * log(10)) - (-42258.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 2.0, UO2+2, 1.0, Ba+2, 2.0, PO4-3)
@mineral(Pb3[AsO4]2[s])
@logKreaction(Pb3[AsO4]2[s], "-1 * (( (1.0 / log(10)) * ((5.8 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Pb+2, 2.0, H3AsO4)
@mineral(AlAsO4:2H2O[s])
@logKreaction(AlAsO4:2H2O[s], "-1 * (( (1.0 / log(10)) * ((4.8 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Al+3, 1.0, H3AsO4, 2.0, H2O)
@mineral(Zn3[AsO4]2:2_5H2O[s])
@logKreaction(Zn3[AsO4]2:2_5H2O[s], "-1 * (( (1.0 / log(10)) * ((13.65 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Zn+2, 2.0, H3AsO4, 2.5, H2O)
@mineral(Cu3[AsO4]2:2H2O[s])
@logKreaction(Cu3[AsO4]2:2H2O[s], "-1 * (( (1.0 / log(10)) * ((6.1 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Cu+2, 2.0, H3AsO4, 2.0, H2O)
@mineral(Ag3AsO3[s])
@logKreaction(Ag3AsO3[s], "-1 * (( (1.0 / log(10)) * ((2.1573 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 3.0, Ag+, 1.0, H3AsO3)
@mineral(Ag3AsO4[s])
@logKreaction(Ag3AsO4[s], "-1 * (( (1.0 / log(10)) * ((-2.7867 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 3.0, Ag+, 1.0, H3AsO4)
@mineral(Ni3[AsO4]2:8H2O[s])
@logKreaction(Ni3[AsO4]2:8H2O[s], "-1 * (( (1.0 / log(10)) * ((15.7 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Ni+2, 2.0, H3AsO4, 8.0, H2O)
@mineral(Co3[AsO4]2[s])
@logKreaction(Co3[AsO4]2[s], "-1 * (( (1.0 / log(10)) * ((13.0341 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Co+2, 2.0, H3AsO4)
@mineral(FeAsO4:2H2O[s])
@logKreaction(FeAsO4:2H2O[s], "-1 * (( (1.0 / log(10)) * ((0.4 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 1.0, Fe+3, 1.0, H3AsO4, 2.0, H2O)
@mineral(Mn3[AsO4]2:8H2O[s])
@logKreaction(Mn3[AsO4]2:8H2O[s], "-1 * (( (1.0 / log(10)) * ((12.5 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Mn+2, 2.0, H3AsO4, 8.0, H2O)
@mineral(Ca3[AsO4]2:4H2O[s])
@logKreaction(Ca3[AsO4]2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((22.3 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Ca+2, 2.0, H3AsO4, 4.0, H2O)
@mineral(Ba3[AsO4]2[s])
@logKreaction(Ba3[AsO4]2[s], "-1 * (( (1.0 / log(10)) * ((-8.91 * log(10)) - (11045.8 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Ba+2, 2.0, H3AsO4)
@mineral(Pb3[VO4]2[s])
@logKreaction(Pb3[VO4]2[s], "-1 * (( (1.0 / log(10)) * ((6.14 * log(10)) - (-72634.20000000001 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 3.0, Pb+2, 2.0, VO2+, 4.0, H2O)
@mineral(Pb2V2O7[s])
@logKreaction(Pb2V2O7[s], "-1 * (( (1.0 / log(10)) * ((-1.9 * log(10)) - (-26945.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Pb+2, 2.0, VO2+, 3.0, H2O)
@mineral(AgVO3[s])
@logKreaction(AgVO3[s], "-1 * (( (1.0 / log(10)) * ((0.77 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Ag+, 1.0, VO2+, 1.0, H2O)
@mineral(Ag2HVO4[s])
@logKreaction(Ag2HVO4[s], "-1 * (( (1.0 / log(10)) * ((1.48 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H+, 2.0, Ag+, 1.0, VO2+, 2.0, H2O)
@mineral(Ag3H2VO5[s])
@logKreaction(Ag3H2VO5[s], "-1 * (( (1.0 / log(10)) * ((5.18 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 3.0, Ag+, 1.0, VO2+, 3.0, H2O)
@mineral(Fe[VO3]2[s])
@logKreaction(Fe[VO3]2[s], "-1 * (( (1.0 / log(10)) * ((-3.72 * log(10)) - (-61672.2 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Fe+2, 2.0, VO2+, 2.0, H2O)
@mineral(Mn[VO3]2[s])
@logKreaction(Mn[VO3]2[s], "-1 * (( (1.0 / log(10)) * ((4.9 * log(10)) - (-92466.4 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Mn+2, 2.0, VO2+, 2.0, H2O)
@mineral(Mg[VO3]2[s])
@logKreaction(Mg[VO3]2[s], "-1 * (( (1.0 / log(10)) * ((11.28 * log(10)) - (-136649.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Mg+2, 2.0, VO2+, 2.0, H2O)
@mineral(Mg2V2O7[s])
@logKreaction(Mg2V2O7[s], "-1 * (( (1.0 / log(10)) * ((26.36 * log(10)) - (-255224.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Mg+2, 2.0, VO2+, 3.0, H2O)
@mineral(Carnotite[s])
@logKreaction(Carnotite[s], "-1 * (( (1.0 / log(10)) * ((0.23 * log(10)) - (-36400.799999999996 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, K+, 1.0, UO2+2, 1.0, VO2+, 2.0, H2O)
@mineral(Tyuyamunite[s])
@logKreaction(Tyuyamunite[s], "-1 * (( (1.0 / log(10)) * ((4.08 * log(10)) - (-153134.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 1.0, Ca+2, 2.0, UO2+2, 2.0, VO2+, 4.0, H2O)
@mineral(Ca[VO3]2[s])
@logKreaction(Ca[VO3]2[s], "-1 * (( (1.0 / log(10)) * ((5.66 * log(10)) - (-84767.79999999999 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 1.0, Ca+2, 2.0, VO2+, 2.0, H2O)
@mineral(Ca3[VO4]2[s])
@logKreaction(Ca3[VO4]2[s], "-1 * (( (1.0 / log(10)) * ((38.96 * log(10)) - (-293466.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 3.0, Ca+2, 2.0, VO2+, 4.0, H2O)
@mineral(Ca2V2O7[s])
@logKreaction(Ca2V2O7[s], "-1 * (( (1.0 / log(10)) * ((17.5 * log(10)) - (-159494.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Ca+2, 2.0, VO2+, 3.0, H2O)
@mineral(Ca3[VO4]2:4H2O[s])
@logKreaction(Ca3[VO4]2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((39.86 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 3.0, Ca+2, 2.0, VO2+, 8.0, H2O)
@mineral(Ca2V2O7:2H2O[s])
@logKreaction(Ca2V2O7:2H2O[s], "-1 * (( (1.0 / log(10)) * ((21.552 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Ca+2, 2.0, VO2+, 5.0, H2O)
@mineral(Ba3[VO4]2:4H2O[s])
@logKreaction(Ba3[VO4]2:4H2O[s], "-1 * (( (1.0 / log(10)) * ((32.94 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H+, 3.0, Ba+2, 2.0, VO2+, 8.0, H2O)
@mineral(Ba2V2O7:2H2O[s])
@logKreaction(Ba2V2O7:2H2O[s], "-1 * (( (1.0 / log(10)) * ((15.872 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Ba+2, 2.0, VO2+, 5.0, H2O)
@mineral(NaVO3[s])
@logKreaction(NaVO3[s], "-1 * (( (1.0 / log(10)) * ((3.8582 * log(10)) - (-30179.9 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H+, 1.0, Na+, 1.0, VO2+, 1.0, H2O)
@mineral(Na3VO4[s])
@logKreaction(Na3VO4[s], "-1 * (( (1.0 / log(10)) * ((36.6812 * log(10)) - (-184610.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, 3.0, Na+, 1.0, VO2+, 2.0, H2O)
@mineral(Na4V2O7[s])
@logKreaction(Na4V2O7[s], "-1 * (( (1.0 / log(10)) * ((37.4 * log(10)) - (-201083.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 4.0, Na+, 2.0, VO2+, 3.0, H2O)
@mineral(Halloysite[s])
@logKreaction(Halloysite[s], "-1 * (( (1.0 / log(10)) * ((9.5749 * log(10)) - (-181430.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Al+3, 2.0, H4SiO4, 1.0, H2O)
@mineral(Kaolinite[s])
@logKreaction(Kaolinite[s], "-1 * (( (1.0 / log(10)) * ((7.435 * log(10)) - (-148000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 2.0, Al+3, 2.0, H4SiO4, 1.0, H2O)
@mineral(Greenalite[s])
@logKreaction(Greenalite[s], "-1 * (( (1.0 / log(10)) * ((20.81 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Fe+2, 2.0, H4SiO4, 1.0, H2O)
@mineral(Chrysotile[s])
@logKreaction(Chrysotile[s], "-1 * (( (1.0 / log(10)) * ((32.2 * log(10)) - (-196000.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -6.0, H+, 3.0, Mg+2, 2.0, H4SiO4, 1.0, H2O)
@mineral(Sepiolite[s])
@logKreaction(Sepiolite[s], "-1 * (( (1.0 / log(10)) * ((15.76 * log(10)) - (-114089.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -0.5, H2O, 2.0, Mg+2, 3.0, H4SiO4)
@mineral(Sepiolite[A][s])
@logKreaction(Sepiolite[A][s], "-1 * (( (1.0 / log(10)) * ((18.78 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -0.5, H2O, -4.0, H+, 2.0, Mg+2, 3.0, H4SiO4)
@gas(O2[g])
@logKreaction(O2[g], "-1 * (( (1.0 / log(10)) * ((83.0894 * log(10)) - (-571660.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -4.0, H+, -4.0, e-, 2.0, H2O)
@gas(CH4[g])
@logKreaction(CH4[g], "-1 * (( (1.0 / log(10)) * ((-41.0452 * log(10)) - (257132.99999999997 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -3.0, H2O, 1.0, CO3-2, 8.0, e-, 10.0, H+)
@gas(CO2[g])
@logKreaction(CO2[g], "-1 * (( (1.0 / log(10)) * ((-18.147 * log(10)) - (4059.9999999999995 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -1.0, H2O, 2.0, H+, 1.0, CO3-2)
@gas(H2S[g])
@logKreaction(H2S[g], "-1 * (( (1.0 / log(10)) * ((-8.01 * log(10)) - (-0.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, H+, 1.0, HS-)
@gas(H2Se[g])
@logKreaction(H2Se[g], "-1 * (( (1.0 / log(10)) * ((-4.96 * log(10)) - (-15300.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, HSe-, 1.0, H+)
@gas(Hg[g])
@logKreaction(Hg[g], "-1 * (( (1.0 / log(10)) * ((-7.8733 * log(10)) - (22055.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, Hg2+2, 1.0, e-)
@gas(Hg2[g])
@logKreaction(Hg2[g], "-1 * (( (1.0 / log(10)) * ((-14.9554 * log(10)) - (58070.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 1.0, Hg2+2, 2.0, e-)
@gas(Hg[CH3]2[g])
@logKreaction(Hg[CH3]2[g], "-1 * (( (1.0 / log(10)) * ((-73.7066 * log(10)) - (481990.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -8.0, H2O, 1.0, Hg[OH]2, 2.0, CO3-2, 16.0, e-, 20.0, H+)
@gas(HgF[g])
@logKreaction(HgF[g], "-1 * (( (1.0 / log(10)) * ((32.6756 * log(10)) - (-254844.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, Hg2+2, 1.0, F-)
@gas(HgF2[g])
@logKreaction(HgF2[g], "-1 * (( (1.0 / log(10)) * ((12.5652 * log(10)) - (-165186.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 2.0, F-, 2.0, H+)
@gas(HgCl[g])
@logKreaction(HgCl[g], "-1 * (( (1.0 / log(10)) * ((19.4966 * log(10)) - (-162095.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, Hg2+2, 1.0, Cl-)
@gas(HgBr[g])
@logKreaction(HgBr[g], "-1 * (( (1.0 / log(10)) * ((16.7566 * log(10)) - (-142157.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, Hg2+2, 1.0, Br-)
@gas(HgBr2[g])
@logKreaction(HgBr2[g], "-1 * (( (1.0 / log(10)) * ((-18.3881 * log(10)) - (54494.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 2.0, Br-, 2.0, H+)
@gas(HgI[g])
@logKreaction(HgI[g], "-1 * (( (1.0 / log(10)) * ((11.3322 * log(10)) - (-106815.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", 0.5, Hg2+2, 1.0, I-)
@gas(HgI2[g])
@logKreaction(HgI2[g], "-1 * (( (1.0 / log(10)) * ((-27.2259 * log(10)) - (114429.0 / 8.3144598) * ((1 / @T()) - (1 / 298.15))) ))", -2.0, H2O, 1.0, Hg[OH]2, 2.0, I-, 2.0, H+)