Microsoft Windows [Version 6.1.7601] Copyright (c) 2009 Microsoft Corporation. All rights reserved. C:\jamie\Perple_X>del *1d_*.tab Could Not Find C:\jamie\Perple_X\*1d_*.tab C:\jamie\Perple_X>werami Perple_X version 6.8.4, source updated Sept 15, 2018. Copyright (C) 1986-2018 James A D Connolly . Enter the project name (the name assigned in BUILD) [default = my_project]: gloss1d Reading Perple_X options from: gloss1d_perplex_option.dat Writing Perple_X option summary to file: not requested Perple_X version 6.8.4, source updated Sept 15, 2018. Copyright (C) 1986-2018 James A D Connolly . Perple_X computational option settings for WERAMI: Keyword: Value: Permitted values [default]: Input/Output options: aqueous_output T [F] T aqeuous_species 20 [20] 0-100 aq_solvent_composition m [y] m: y => mol fraction, m => molality aq_solute_composition m y [m]: y => mol fraction, m => molality spreadsheet T [F] T logarithmic_p F [F] T bad_number NaN [0.0] composition_constant F [F] T composition_phase mol [mol] wt composition_system wt [wt] mol proportions vol [vol] wt mol interpolation on [on] off melt_is_fluid F [F] T solution_names mod [model] abbreviation full species_output T [T] F species_Gibbs_energies F [F] T seismic_output som [some] none all pause_on_error T [T] F poisson_test F [F] T Information file output options: option_list_files F [F] T; echo computational options Thermodynamic options: approx_alpha T [T] F Anderson-Gruneisen F [F] T hybrid_EoS_H2O 0 [7] 0-2, 4-8 hybrid_EoS_CO2 5 [7] 0-4 hybrid_EoS_CH4 4 [1] 0-1 fd_expansion_factor 2.0 >0 [2.] finite_difference_p 0.1D+05 >0 [1d4]; fraction = 0.1D-02 [1d-2] Seismic velocity options: bounds VRH [VRH] HS vrh/hs_weighting 0.5 [0.5] 0->1 explicit_bulk_modulus T [F] T poisson_ratio on [on] all off; Poisson ratio = 0.35 To change these options see: www.perplex.ethz.ch/perplex_options.html **warning ver099** aq_output or aq_lagged_speciation is T, but dependent_potentials is off, dependent_potentials set = on (AQIDST) **warning ver099** aq_lagged_speciation is T, but refine_endmembers is F, refine_endmembers set = T (AQIDST) Select operational mode: 1 - properties at specified conditions 3 - properties along a 1d path 0 - EXIT 1 Console output will be echoed in file: gloss1d_7.txt Enter node # (999 to quit): 400 **warning ver178** at T(K)= 920.8 P(bar)= 0.3990E+05 the shear modulus of: Grt(JH) is missing or invalid and has been estimated from the default poisson ratio **warning ver178** at T(K)= 920.8 P(bar)= 0.3990E+05 the shear modulus of: Mica(CF) is missing or invalid and has been estimated from the default poisson ratio **warning ver178** at T(K)= 920.8 P(bar)= 0.3990E+05 the shear modulus of: Do(HP) is missing or invalid and has been estimated from the default poisson ratio **warning ver178** at T(K)= 920.8 P(bar)= 0.3990E+05 the shear modulus of: M(HP) is missing or invalid and has been estimated from the default poisson ratio **warning ver178** at T(K)= 920.8 P(bar)= 0.3990E+05 the shear modulus of: Omph(GHP) is missing or invalid and has been estimated from the default poisson ratio **warning ver178** at T(K)= 920.8 P(bar)= 0.3990E+05 the shear modulus of: law is missing or invalid and has been estimated from the default poisson ratio **warning ver178** at T(K)= 920.8 P(bar)= 0.3990E+05 the shear modulus of: coe is missing or invalid and has been estimated from the default poisson ratio **warning ver178** at T(K)= 920.8 P(bar)= 0.3990E+05 the shear modulus of: pyr is missing or invalid and has been estimated from the default poisson ratio **warning ver178** at T(K)= 920.8 P(bar)= 0.3990E+05 the shear modulus of: diam is missing or invalid and has been estimated from the default poisson ratio ---------------------------------------- Stable phases at: node # = 400.000 P(bar) = 39901.0 T(K) = 920.751 Phase Compositions (molar proportions): wt % vol % mol % mol H2 C Si Al Fe Mg Ca Na K O2 S2 Grt(JH) 8.68 6.54 1.72 0.183E-01 0.00000 0.00000 3.00000 1.98333 1.56042 0.27500 1.18125 0.00000 0.00000 6.00000 0.00000 Mica(CF) 17.07 17.04 3.97 0.421E-01 1.00000 0.00000 3.59653 1.80694 0.18542 0.41111 0.00000 0.07153 0.92847 6.00000 0.00000 Do(HP) 4.52 4.43 2.18 0.231E-01 0.00000 2.00000 0.00000 0.00000 0.31181 0.68819 1.00000 0.00000 0.00000 3.00000 0.00000 M(HP) 0.81 0.71 0.78 0.828E-02 0.00000 1.00000 0.00000 0.00000 0.38889 0.61111 0.00000 0.00000 0.00000 1.50000 0.00000 Omph(GHP) 20.83 18.15 9.23 0.978E-01 0.00000 0.00000 2.00000 0.64246 0.16627 0.19127 0.27421 0.72579 0.00000 3.00000 0.00000 COH-Fluid+ 7.72 13.47 31.28 0.331 0.91729 0.03450 0.05177 0.00004 0.00000 0.00004 0.01537 0.01205 0.01482 0.55937 0.00002 law 9.32 8.88 2.78 0.294E-01 2.00000 0.00000 2.00000 2.00000 0.00000 0.00000 1.00000 0.00000 0.00000 5.00000 0.00000 coe 30.13 30.04 46.91 0.497 0.00000 0.00000 1.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 1.00000 0.00000 pyr 0.89 0.72 0.94 0.999E-02 0.00000 0.00000 0.00000 0.00000 1.00000 0.00000 0.00000 0.00000 0.00000 0.00000 1.00000 diam 0.03 0.02 0.20 0.212E-02 0.00000 1.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 Phase speciation (molar proportions): Grt(JH) alm: 0.51458, py: 0.09167, gr: 0.38542, andr: 0.00833 Mica(CF) cel: 0.41111, fcel: 0.18542, mu: 0.33194, pa: 0.07153 Do(HP) dol: 0.68819, ank: 0.31181 M(HP) mag: 0.61111, sid: 0.38889 Omph(GHP) di: 0.05421, jd: 0.53993, acm_dqf: 0.07543, hed: 0.04050, om: 0.18925, cfm: 0.08487, jac: 0.01581 COH-Fluid+ CO2: 0.87838, CH4: 0.29934E-04, H2S: 0.26481E-03, H2O: 48.089, FeC4H6O4: 0.30148E-07 FeC2H3O2: 0.26881E-06, NaCO3-: 0.33045E-03, CO3-2: 0.50090E-02, Al+3: 0.17325E-13, AlO2-: 0.10665E-02 Ca(HCO3): 0.90246, Ca(OH)+: 0.11274E-02, Ca+2: 0.22070E-02, CaCO3,aq: 0.12417E-01, CaSO4,aq: 0.56462E-03 Fe+2: 0.18081E-05, Fe+3: 0.74363E-13, H+: 0.72929E-04, HAlO2,aq: 0.11512E-02, HCO3-: 0.15948 HO2-: 0.10042E-18, HS-: 0.11720E-02, HSiO3-: 2.2792, HSO3-: 0.23555E-03, HSO4-: 0.15885E-03 HSO5-: 0.37458E-20, K+: 0.87316, KOH,aq: 0.13059E-01, KSO4-: 0.43871E-05, Mg(HCO3): 0.69213E-03 Mg(HSiO3: 0.11979E-02, Mg+2: 0.51607E-04, MgCO3,aq: 0.31922E-09, MgOH+: 0.26481E-03, MgSO4,aq: 0.42280E-07 Na+: 0.69524, NaHCO3,a: 0.11513E-01, NaHSiO3,: 0.85321E-02, NaOH,aq: 0.48449E-02, OH-: 0.26995E-01 S2-2: 0.15473E-08, S2O3-2: 0.18862E-08, S2O4-2: 0.81362E-16, S2O5-2: 0.19033E-16, S2O6-2: 0.57916E-18 S2O8-2: 0.52575E-35, S3-2: 0.10493E-09, S3O6-2: 0.97830E-20, S4-2: 0.61266E-11, S4O6-2: 0.26312E-17 S5-2: 0.30003E-12, S5O6-2: 0.25326E-22, Si2O4,aq: 0.12832, SiO2,aq: 0.54982, SO3-2: 0.16721E-08 SO4-2: 0.34481E-04, ionic_st: 2.4860, tot_mola: 59.789, solv_mas: 0.18481E-01, err_lgKw: -0.51689E-01 pH: 4.2181, Delta_pH: 1.3100, solute_m: 5.6804, epsilon: 29.637* *molal concentrations. Molar Properties and Density: N(g) G(J) S(J/K) V(J/bar) Cp(J/K) Alpha(1/K) Beta(1/bar) Cp/Cv Density(kg/m3) Grt(JH) 470.93 -5449573 793.92 11.865 495.31 0.26166E-04 0.53838E-06 1.0289 3969.1 Mica(CF) 402.06 -5258018 773.35 13.427 500.10 0.32974E-04 0.13994E-05 1.0196 2994.4 Do(HP) 194.24 -1985495 393.98 6.3694 247.70 0.39118E-04 0.10017E-05 1.0375 3049.5 M(HP) 96.58 -871859 190.80 2.8322 118.55 0.44239E-04 0.87358E-06 1.0518 3410.1 Omph(GHP) 211.11 -2760895 384.10 6.1532 245.04 0.26348E-04 0.76229E-06 1.0215 3430.9 COH-Fluid+ 23.09 -300673 133.43 1.3481 61.088 0.47984E-04 0.56945E-05 1.0083 1712.9 law 314.24 -4393965 634.62 10.013 449.09 0.32512E-04 0.76311E-06 1.0293 3138.4 coe 60.08 -818302 104.94 2.0037 70.073 0.13820E-04 0.90370E-06 1.0056 2998.7 pyr 87.91 -126060 131.23 2.3780 80.371 0.35419E-04 0.69750E-06 1.0515 3696.8 diam 12.01 10031 18.183 0.34091 20.786 0.11694E-04 0.22282E-06 1.0094 3523.2 System 99.14 -1281024 211.73 3.3165 129.92 0.27920E-04 0.15742E-05 1.0118 2989.3 System - fluid 91.48 -1181353 167.50 2.8696 109.67 0.24795E-04 0.93255E-06 1.0161 3188.0 Seismic Properties: Gruneisen_T Ks(bar) Mu(bar) V0(km/s) Vp(km/s) Vs(km/s) Poisson ratio Grt(JH) 1.1978 0.19110E+07 0.63701E+06 6.9389 8.3395 4.0062 0.35000 Mica(CF) 0.64503 0.72857E+06 0.24286E+06 4.9327 5.9284 2.8479 0.35000 Do(HP) 1.0418 0.10357E+07 0.34524E+06 5.8278 7.0042 3.3647 0.35000 M(HP) 1.2725 0.12040E+07 0.40135E+06 5.9421 7.1415 3.4307 0.35000 Omph(GHP) 0.88663 0.13401E+07 0.44669E+06 6.2497 7.5112 3.6083 0.35000 COH-Fluid+ 0.18750 0.17706E+06 0.0000 3.2152 3.2152 0.0000 0.50000 law 0.97770 0.13488E+07 0.44959E+06 6.5557 7.8790 3.7849 0.35000 coe 0.43972 0.11128E+07 0.37092E+06 6.0916 7.3212 3.5170 0.35000 pyr 1.5799 0.15075E+07 0.50252E+06 6.3859 7.6749 3.6869 0.35000 diam 0.86878 0.45299E+07 0.15100E+07 11.339 13.628 6.5466 0.35000 System 0.66002 0.83998E+06 0.16876E+06 5.3009 5.9689 2.3760 0.40585 System - fluid 0.73361 0.11308E+07 0.37693E+06 5.9557 7.1578 3.4385 0.35000 Bulk Composition: Complete Assemblage Solid+Melt Only mol g wt % mol/kg mol g wt % mol/kg H2 0.405 0.816 0.823 4.085 0.101 0.203 0.222 1.103 C 0.068 0.817 0.824 0.686 0.057 0.679 0.743 0.618 Si 0.975 27.383 27.621 9.835 0.958 26.901 29.405 10.470 Al 0.234 6.314 6.369 2.360 0.234 6.313 6.901 2.558 Fe 0.073 4.077 4.112 0.736 0.073 4.077 4.456 0.798 Mg 0.062 1.507 1.520 0.625 0.062 1.507 1.647 0.678 Ca 0.106 4.248 4.285 1.069 0.101 4.044 4.421 1.103 Na 0.078 1.793 1.809 0.787 0.074 1.701 1.860 0.809 K 0.044 1.720 1.735 0.444 0.039 1.528 1.670 0.427 O2 1.567 50.142 50.578 15.806 1.382 44.209 48.325 15.102 S2 0.010 0.321 0.323 0.101 0.010 0.320 0.350 0.109 Other Bulk Properties: Enthalpy (J/kg) = -.109552E+08 Specific Enthalpy (J/m3) = -.327480E+11 Entropy (J/K/kg) = 2135.70 Specific Entropy (J/K/m3) = 0.638419E+07 Heat Capacity (J/K/kg) = 1310.46 Specific Heat Capacity (J/K/m3) = 0.391733E+07 Solid Enthalpy (J/kg) = -.112275E+08 Solid Secific Enthalpy (J/m3) (2) = -.357938E+11 Solid Entropy (J/K/kg) = 1830.93 Solid Specific Entropy (J/K/m3) = 0.583708E+07 Solid Heat Capacity (J/K/kg) (1) = 1278.47 Solid Specific Heat Capacity (J/K/m3) (1) = 0.382170E+07 N.B.: Aggregate properties represent the entire stable assemblage. Solid aggregate properties represent solid and melt properties, but do not include molecular fluid properties. Chemical Potentials (J/mol): H2 C Si Al Fe Mg Ca Na K O2 S2 -45371.4 10031.9 -419275. -484705. -85152.0 -409477. -500128. -253852. -250336. -399027. -40909.0 Variance (c-p+2) = 3 Back-calculated solute speciation in the solvent: pH = 4.218+/-0.000; Delta_pH = 1.284; ionic_strength = 2.486; gamma/q^2 = 0.8299 dielectric constant = 29.64; solvent molar mass, g/mol = 18.4813; solute molality = 5.680 Solute endmember properties: optimized charge molality mol_fraction mol_fraction g,J/mol* g0,J/mol** HSiO3- -1 2.27921 0.381208E-01 0.381207E-01 -988833 -993712 Ca(HCO3) 1 0.902414 0.150933E-01 0.150941E-01 -1162990 -1160776 K+ 1 0.873211 0.146049E-01 0.146040E-01 -302004 -299539 Na+ 1 0.695156 0.116268E-01 0.116281E-01 -305519 -301308 SiO2,aq 0 0.549817 0.919595E-02 0.919593E-02 -818302 -813722 HCO3- -1 0.159410 0.266621E-02 0.266740E-02 -559525 -544040 Si2O4,aq 0 0.128321 0.214623E-02 0.214622E-02 -1636604 -1620885 OH- -1 0.269951E-01 0.451506E-03 0.451503E-03 -170531 -141451 KOH,aq 0 0.130596E-01 0.218428E-03 0.218419E-03 -472535 -439324 CaCO3,aq 0 0.124160E-01 0.207663E-03 0.207680E-03 -1088636 -1055038 NaHCO3,a 0 0.115063E-01 0.192449E-03 0.192561E-03 -865045 -830865 NaHSiO3, 0 0.853095E-02 0.142684E-03 0.142703E-03 -1294353 -1257881 CO3-2 -2 0.500677E-02 0.837407E-04 0.837769E-04 -485172 -438911 NaOH,aq 0 0.484423E-02 0.810221E-04 0.810327E-04 -476051 -435247 Ca+2 2 0.220799E-02 0.369297E-04 0.369134E-04 -603464 -550935 Mg(HSiO3 1 0.119892E-02 0.200525E-04 0.200347E-04 -1501646 -1448725 HS- -1 0.117222E-02 0.196060E-04 0.196019E-04 8527 61621 HAlO2,aq 0 0.115094E-02 0.192501E-04 0.192537E-04 -906417 -854611 Ca(OH)+ 1 0.112781E-02 0.188631E-04 0.188556E-04 -773995 -720606 HSO3- -1 0.235435E-03 0.393777E-05 0.393961E-05 -590012 -524630 Solvent endmember properties: molality mol_fraction opt_mol_frac vol_fraction# v,cm3/mol* g,J/mol* g0,J/mol*** CO2 0.9706 0.01623 0.01623 0.03456 24.978 -388994 -362183 CH4 0.0000 0.00000 0.00000 0.00000 31.987 -80710 12088 H2S 0.0003 0.00000 0.00000 0.00001 32.077 -65825 17567 H2O 53.1378 0.88876 0.88875 0.96543 12.745 -244884 -243976 #normalized, *partial molar, **molal ref. state, ***molar ref. state. Back-calculated vs optimized fluid bulk composition: optimized optimized mol % mol % wt % wt % H2 57.1429 57.1427 8.00647 8.00643 C 2.14885 2.14897 1.79424 1.79434 Si 3.22513 3.22511 6.29677 6.29672 Al 0.231018E-02 0.231062E-02 0.433314E-02 0.433396E-02 Fe 0.219515E-05 0.219541E-05 0.852200E-05 0.852296E-05 Mg 0.230063E-02 0.229892E-02 0.388714E-02 0.388423E-02 Ca 0.957237 0.957281 2.66696 2.66708 Na 0.750561 0.750649 1.19955 1.19969 K 0.923421 0.923361 2.50988 2.50972 O2 34.8460 34.8461 77.5150 77.5149 S2 0.128277E-02 0.128286E-02 0.285941E-02 0.285961E-02 ---------------------------------------- Enter node # (999 to quit): 999 Select operational mode: 1 - properties at specified conditions 3 - properties along a 1d path 0 - EXIT 3 Select a property [enter 0 to finish]: 1 - Specific Enthalpy (J/m3) 2 - Density (kg/m3) 3 - Specific heat capacity (J/K/m3) 4 - Expansivity (1/K, for volume) 5 - Compressibility (1/bar, for volume) 6 - Composition (Mol, Mass, or Wt%) of the system 7 - Mode (Vol, Mol, or Wt proportion) of a phase 8 - Composition (Mol, Mass, or Wt%) of a solution phase 9 - Grueneisen thermal ratio 10 - Adiabatic bulk modulus (bar) 11 - Adiabatic shear modulus (bar) 12 - Sound velocity (km/s) 13 - P-wave velocity (Vp, km/s) 14 - S-wave velocity (Vs, km/s) 15 - Vp/Vs 16 - Specific entropy (J/K/m3) 17 - Entropy (J/K/kg) 18 - Enthalpy (J/kg) 19 - Heat Capacity (J/K/kg) 20 - Specific mass of a phase (kg/m3-system) 21 - Poisson ratio 22 - Molar Volume (J/bar) 23 - Dependent potentials (J/mol, bar, K) 24 - Assemblage Index 25 - Modes of all phases 26 - Sound velocity T derivative (km/s/K) 27 - P-wave velocity T derivative (km/s/K) 28 - S-wave velocity T derivative (km/s/K) 29 - Adiabatic bulk modulus T derivative (bar/K) 30 - Shear modulus T derivative (bar/K) 31 - Sound velocity P derivative (km/s/bar) 32 - P-wave velocity P derivative (km/s/bar) 33 - S-wave velocity P derivative (km/s/bar) 34 - Adiabatic bulk modulus P derivative (unitless) 35 - Shear modulus P derivative (unitless) 36 - All phase &/or system properties 37 - Absolute amount (Vol, Mol, or Wt) of a phase 38 - Multiple property output 39 - Heat capacity ratio (Cp/Cv) 40 - Lagged or back-calculated aqueous solute chemistry 25 Output cumulative modes (y/n)? (see www.perplex.ethz.ch/perplex_options.html#cumulative_modes) y **warning ver210** the fancy_cumulative_modes option (perplex_option.dat) is T. This option may lead to inconsistent curves for coarsely sampled profiles. Include fluid in computation of aggregate (or modal) properties (y/n)? y **warning ver178** at T(K)= 277.1 P(bar)= 1.000 the shear modulus of: Stlp is missing or invalid and has been estimated from the default poisson ratio **warning ver178** at T(K)= 277.1 P(bar)= 1.000 the shear modulus of: Omph(GHP) is missing or invalid and has been estimated from the default poisson ratio **warning ver049** warning 178 will not be repeated for future instances of this problem. currently in routine: GETPHP **warning ver637** Immiscibility occurs in one or more phases interpolation will be turned off at all affected nodes. To overide this feature at the risk of computing inconsistent properties set solvus_tolerance = 1 and rerun VERTEX **warning ver177** at T(K)= 910.7 P(bar)= 0.3890E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ **warning ver177** at T(K)= 981.7 P(bar)= 0.4870E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ **warning ver177** at T(K)= 982.2 P(bar)= 0.4880E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ **warning ver179** at T(K)= 1014. P(bar)= 0.5520E+05 the effective expansivity of: COH-Fluid+ is negative. Most probably this is because of a Landau ordering model. The Gruneisen thermal parameter and seismic speeds for this phase should be considered with caution. **warning ver177** at T(K)= 1024. P(bar)= 0.5720E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ **warning ver177** at T(K)= 1049. P(bar)= 0.6330E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ **warning ver177** at T(K)= 1049. P(bar)= 0.6340E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ Missing data at node # = 668.00 , P(bar) = 66701. assigned NaN to all properties Missing data at node # = 671.00 , P(bar) = 67001. assigned NaN to all properties Missing data at node # = 673.00 , P(bar) = 67201. assigned NaN to all properties **warning ver177** at T(K)= 1062. P(bar)= 0.6730E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ Missing data at node # = 676.00 , P(bar) = 67501. assigned NaN to all properties Missing data at node # = 677.00 , P(bar) = 67601. assigned NaN to all properties Missing data at node # = 678.00 , P(bar) = 67701. assigned NaN to all properties Missing data at node # = 679.00 , P(bar) = 67801. assigned NaN to all properties Missing data at node # = 680.00 , P(bar) = 67901. assigned NaN to all properties Missing data at node # = 681.00 , P(bar) = 68001. assigned NaN to all properties Missing data at node # = 682.00 , P(bar) = 68101. assigned NaN to all properties Missing data at node # = 683.00 , P(bar) = 68201. assigned NaN to all properties Missing data at node # = 684.00 , P(bar) = 68301. assigned NaN to all properties Missing data at node # = 685.00 , P(bar) = 68401. assigned NaN to all properties Missing data at node # = 686.00 , P(bar) = 68501. assigned NaN to all properties Missing data at node # = 687.00 , P(bar) = 68601. assigned NaN to all properties Missing data at node # = 688.00 , P(bar) = 68701. assigned NaN to all properties Missing data at node # = 689.00 , P(bar) = 68801. assigned NaN to all properties Missing data at node # = 690.00 , P(bar) = 68901. assigned NaN to all properties Missing data at node # = 691.00 , P(bar) = 69001. assigned NaN to all properties Missing data at node # = 692.00 , P(bar) = 69101. assigned NaN to all properties Missing data at node # = 693.00 , P(bar) = 69201. assigned NaN to all properties Missing data at node # = 694.00 , P(bar) = 69301. assigned NaN to all properties Missing data at node # = 695.00 , P(bar) = 69401. assigned NaN to all properties Missing data at node # = 696.00 , P(bar) = 69501. assigned NaN to all properties Missing data at node # = 697.00 , P(bar) = 69601. assigned NaN to all properties Missing data at node # = 698.00 , P(bar) = 69701. assigned NaN to all properties Missing data at node # = 699.00 , P(bar) = 69801. assigned NaN to all properties Missing data at node # = 700.00 , P(bar) = 69901. assigned NaN to all properties Missing data at node # = 701.00 , P(bar) = 70001. assigned NaN to all properties Missing data at node # = 702.00 , P(bar) = 70101. assigned NaN to all properties Missing data at node # = 703.00 , P(bar) = 70201. assigned NaN to all properties Missing data at node # = 704.00 , P(bar) = 70301. assigned NaN to all properties Missing data at node # = 705.00 , P(bar) = 70401. assigned NaN to all properties Missing data at node # = 706.00 , P(bar) = 70501. assigned NaN to all properties Missing data at node # = 707.00 , P(bar) = 70601. assigned NaN to all properties Missing data at node # = 708.00 , P(bar) = 70701. assigned NaN to all properties Missing data at node # = 709.00 , P(bar) = 70801. assigned NaN to all properties Missing data at node # = 710.00 , P(bar) = 70901. assigned NaN to all properties Missing data at node # = 711.00 , P(bar) = 71001. assigned NaN to all properties Missing data at node # = 712.00 , P(bar) = 71101. assigned NaN to all properties Missing data at node # = 713.00 , P(bar) = 71201. assigned NaN to all properties Missing data at node # = 714.00 , P(bar) = 71301. assigned NaN to all properties Missing data at node # = 715.00 , P(bar) = 71401. assigned NaN to all properties Missing data at node # = 716.00 , P(bar) = 71501. assigned NaN to all properties Missing data at node # = 717.00 , P(bar) = 71601. assigned NaN to all properties Missing data at node # = 718.00 , P(bar) = 71701. assigned NaN to all properties Missing data at node # = 719.00 , P(bar) = 71801. assigned NaN to all properties Missing data at node # = 720.00 , P(bar) = 71901. assigned NaN to all properties Missing data at node # = 721.00 , P(bar) = 72001. assigned NaN to all properties Missing data at node # = 722.00 , P(bar) = 72101. assigned NaN to all properties Missing data at node # = 723.00 , P(bar) = 72201. assigned NaN to all properties Missing data at node # = 724.00 , P(bar) = 72301. assigned NaN to all properties Missing data at node # = 725.00 , P(bar) = 72401. assigned NaN to all properties Missing data at node # = 726.00 , P(bar) = 72501. assigned NaN to all properties Missing data at node # = 727.00 , P(bar) = 72601. assigned NaN to all properties Missing data at node # = 728.00 , P(bar) = 72701. assigned NaN to all properties Missing data at node # = 729.00 , P(bar) = 72801. assigned NaN to all properties Missing data at node # = 730.00 , P(bar) = 72901. assigned NaN to all properties Missing data at node # = 731.00 , P(bar) = 73001. assigned NaN to all properties Missing data at node # = 732.00 , P(bar) = 73101. assigned NaN to all properties Missing data at node # = 733.00 , P(bar) = 73201. assigned NaN to all properties Missing data at node # = 734.00 , P(bar) = 73301. assigned NaN to all properties Missing data at node # = 735.00 , P(bar) = 73401. assigned NaN to all properties Missing data at node # = 736.00 , P(bar) = 73501. assigned NaN to all properties Missing data at node # = 737.00 , P(bar) = 73601. assigned NaN to all properties Missing data at node # = 738.00 , P(bar) = 73701. assigned NaN to all properties Missing data at node # = 739.00 , P(bar) = 73801. assigned NaN to all properties Missing data at node # = 740.00 , P(bar) = 73901. assigned NaN to all properties Missing data at node # = 741.00 , P(bar) = 74001. assigned NaN to all properties Missing data at node # = 742.00 , P(bar) = 74101. assigned NaN to all properties Missing data at node # = 743.00 , P(bar) = 74201. assigned NaN to all properties Missing data at node # = 744.00 , P(bar) = 74301. assigned NaN to all properties Missing data at node # = 745.00 , P(bar) = 74401. assigned NaN to all properties Missing data at node # = 746.00 , P(bar) = 74501. assigned NaN to all properties Missing data at node # = 747.00 , P(bar) = 74601. assigned NaN to all properties Missing data at node # = 748.00 , P(bar) = 74701. assigned NaN to all properties Missing data at node # = 749.00 , P(bar) = 74801. assigned NaN to all properties Missing data at node # = 750.00 , P(bar) = 74901. assigned NaN to all properties Missing data at node # = 751.00 , P(bar) = 75001. assigned NaN to all properties Missing data at node # = 752.00 , P(bar) = 75101. assigned NaN to all properties Missing data at node # = 753.00 , P(bar) = 75201. assigned NaN to all properties Missing data at node # = 754.00 , P(bar) = 75301. assigned NaN to all properties Missing data at node # = 755.00 , P(bar) = 75401. assigned NaN to all properties Missing data at node # = 756.00 , P(bar) = 75501. assigned NaN to all properties Missing data at node # = 757.00 , P(bar) = 75601. assigned NaN to all properties Missing data at node # = 758.00 , P(bar) = 75701. assigned NaN to all properties Missing data at node # = 759.00 , P(bar) = 75801. assigned NaN to all properties Missing data at node # = 760.00 , P(bar) = 75901. assigned NaN to all properties Missing data at node # = 761.00 , P(bar) = 76001. assigned NaN to all properties Missing data at node # = 762.00 , P(bar) = 76101. assigned NaN to all properties Missing data at node # = 763.00 , P(bar) = 76201. assigned NaN to all properties Missing data at node # = 764.00 , P(bar) = 76301. assigned NaN to all properties Missing data at node # = 765.00 , P(bar) = 76401. assigned NaN to all properties Missing data at node # = 766.00 , P(bar) = 76501. assigned NaN to all properties Missing data at node # = 767.00 , P(bar) = 76601. assigned NaN to all properties Missing data at node # = 768.00 , P(bar) = 76701. assigned NaN to all properties Missing data at node # = 769.00 , P(bar) = 76801. assigned NaN to all properties Missing data at node # = 770.00 , P(bar) = 76901. assigned NaN to all properties Missing data at node # = 771.00 , P(bar) = 77001. assigned NaN to all properties Missing data at node # = 772.00 , P(bar) = 77101. assigned NaN to all properties Missing data at node # = 773.00 , P(bar) = 77201. assigned NaN to all properties Missing data at node # = 774.00 , P(bar) = 77301. assigned NaN to all properties Missing data at node # = 775.00 , P(bar) = 77401. assigned NaN to all properties Missing data at node # = 776.00 , P(bar) = 77501. assigned NaN to all properties Missing data at node # = 777.00 , P(bar) = 77601. assigned NaN to all properties Missing data at node # = 778.00 , P(bar) = 77701. assigned NaN to all properties Missing data at node # = 779.00 , P(bar) = 77801. assigned NaN to all properties Missing data at node # = 780.00 , P(bar) = 77901. assigned NaN to all properties Missing data at node # = 781.00 , P(bar) = 78001. assigned NaN to all properties Missing data at node # = 782.00 , P(bar) = 78101. assigned NaN to all properties Missing data at node # = 783.00 , P(bar) = 78201. assigned NaN to all properties Missing data at node # = 784.00 , P(bar) = 78301. assigned NaN to all properties Missing data at node # = 785.00 , P(bar) = 78401. assigned NaN to all properties Missing data at node # = 786.00 , P(bar) = 78501. assigned NaN to all properties Missing data at node # = 787.00 , P(bar) = 78601. assigned NaN to all properties Missing data at node # = 788.00 , P(bar) = 78701. assigned NaN to all properties Missing data at node # = 789.00 , P(bar) = 78801. assigned NaN to all properties Missing data at node # = 790.00 , P(bar) = 78901. assigned NaN to all properties Missing data at node # = 791.00 , P(bar) = 79001. assigned NaN to all properties Missing data at node # = 792.00 , P(bar) = 79101. assigned NaN to all properties Missing data at node # = 793.00 , P(bar) = 79201. assigned NaN to all properties Missing data at node # = 794.00 , P(bar) = 79301. assigned NaN to all properties Missing data at node # = 795.00 , P(bar) = 79401. assigned NaN to all properties Missing data at node # = 796.00 , P(bar) = 79501. assigned NaN to all properties Missing data at node # = 797.00 , P(bar) = 79601. assigned NaN to all properties Missing data at node # = 798.00 , P(bar) = 79701. assigned NaN to all properties Missing data at node # = 799.00 , P(bar) = 79801. assigned NaN to all properties Missing data at node # = 800.00 , P(bar) = 79901. assigned NaN to all properties Missing data at node # = 801.00 , P(bar) = 80001. assigned NaN to all properties Data ranges excluding values equal to bad_number ( NaN) specified in perplex_option.dat: Stlp Omph(GHP) Omph(GHP) clin ab san q stlb cc pyr gph Mica(CF) Pu law arag COH-Fluid+ COH-Fluid+ Do(HP) M(HP) M(HP) diam coe Grt(JH) Grt(JH) ky min 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 max 92.0406 50.4777 44.0658 51.2018 92.0406 51.2018 91.6333 100.000 51.2018 51.2018 33.1869 33.1869 50.4777 61.7850 51.2018 100.000 100.000 25.0386 25.0386 24.1485 91.6080 91.1064 23.1843 23.0124 4.21547 Output has been written to two files: plt format is in file: gloss1d_1.plt 1d tab format is in file: gloss1d_1.tab plt format files can be plotted with: PSVDRAW 1d tab format files can be processed with: PSTABLE - a Perple_X plotting program PERPLE_X_PLOT - a Matlab plotting script spread-sheet programs, e.g., EXCEL for details on tab format refer to: perplex.ethz.ch/perplex/faq/Perple_X_tab_file_format.txt Select operational mode: 1 - properties at specified conditions 3 - properties along a 1d path 0 - EXIT 3 Select a property [enter 0 to finish]: 1 - Specific Enthalpy (J/m3) 2 - Density (kg/m3) 3 - Specific heat capacity (J/K/m3) 4 - Expansivity (1/K, for volume) 5 - Compressibility (1/bar, for volume) 6 - Composition (Mol, Mass, or Wt%) of the system 7 - Mode (Vol, Mol, or Wt proportion) of a phase 8 - Composition (Mol, Mass, or Wt%) of a solution phase 9 - Grueneisen thermal ratio 10 - Adiabatic bulk modulus (bar) 11 - Adiabatic shear modulus (bar) 12 - Sound velocity (km/s) 13 - P-wave velocity (Vp, km/s) 14 - S-wave velocity (Vs, km/s) 15 - Vp/Vs 16 - Specific entropy (J/K/m3) 17 - Entropy (J/K/kg) 18 - Enthalpy (J/kg) 19 - Heat Capacity (J/K/kg) 20 - Specific mass of a phase (kg/m3-system) 21 - Poisson ratio 22 - Molar Volume (J/bar) 23 - Dependent potentials (J/mol, bar, K) 24 - Assemblage Index 25 - Modes of all phases 26 - Sound velocity T derivative (km/s/K) 27 - P-wave velocity T derivative (km/s/K) 28 - S-wave velocity T derivative (km/s/K) 29 - Adiabatic bulk modulus T derivative (bar/K) 30 - Shear modulus T derivative (bar/K) 31 - Sound velocity P derivative (km/s/bar) 32 - P-wave velocity P derivative (km/s/bar) 33 - S-wave velocity P derivative (km/s/bar) 34 - Adiabatic bulk modulus P derivative (unitless) 35 - Shear modulus P derivative (unitless) 36 - All phase &/or system properties 37 - Absolute amount (Vol, Mol, or Wt) of a phase 38 - Multiple property output 39 - Heat capacity ratio (Cp/Cv) 40 - Lagged or back-calculated aqueous solute chemistry 40 This calculation was done with lagged speciation, but back-calculated speciation calculations are also enabled. Output the back-calculated results (y/n)? **warning ver177** at T(K)= 910.7 P(bar)= 0.3890E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ **warning ver177** at T(K)= 981.7 P(bar)= 0.4870E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ **warning ver177** at T(K)= 982.2 P(bar)= 0.4880E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ **warning ver177** at T(K)= 1024. P(bar)= 0.5720E+05 aggregate seismic properties cannot be computed because of missing/invalid properties for: COH-Fluid+ **warning ver049** warning 177 will not be repeated for future instances of this problem. currently in routine: GETSYP 2 immiscible phases of COH-Fluid+ coexist with the following molar compositions: H2 C Si Al Fe Mg Ca Na K O2 S2 0.799 0.073 0.125 0.000 0.000 0.001 0.047 0.008 0.062 0.653 0.004 0.837 0.043 0.123 0.000 0.000 0.001 0.050 0.007 0.058 0.638 0.004 Identify the phase of interest by: 1 - the maximum value of a composition [default]. 2 - the minimum value of a composition. 3 - the range of one or more compositions. 4 - a combination of the above. 5 - average the compositions of immiscible phases. 5 **warning ver099** averaging is molar weighted, this is incorrect for volumetric properties, e.g., density and moduli **warning ver099** phase speciation is averaged incorrectly except in the case of lagged-aqueous phase speciation Missing data at node # = 668.00 , P(bar) = 66701. assigned NaN to all properties Missing data at node # = 671.00 , P(bar) = 67001. assigned NaN to all properties Missing data at node # = 673.00 , P(bar) = 67201. assigned NaN to all properties Missing data at node # = 676.00 , P(bar) = 67501. assigned NaN to all properties Missing data at node # = 677.00 , P(bar) = 67601. assigned NaN to all properties Missing data at node # = 678.00 , P(bar) = 67701. assigned NaN to all properties Missing data at node # = 679.00 , P(bar) = 67801. assigned NaN to all properties Missing data at node # = 680.00 , P(bar) = 67901. assigned NaN to all properties Missing data at node # = 681.00 , P(bar) = 68001. assigned NaN to all properties Missing data at node # = 682.00 , P(bar) = 68101. assigned NaN to all properties Missing data at node # = 683.00 , P(bar) = 68201. assigned NaN to all properties Missing data at node # = 684.00 , P(bar) = 68301. assigned NaN to all properties Missing data at node # = 685.00 , P(bar) = 68401. assigned NaN to all properties Missing data at node # = 686.00 , P(bar) = 68501. assigned NaN to all properties Missing data at node # = 687.00 , P(bar) = 68601. assigned NaN to all properties Missing data at node # = 688.00 , P(bar) = 68701. assigned NaN to all properties Missing data at node # = 689.00 , P(bar) = 68801. assigned NaN to all properties Missing data at node # = 690.00 , P(bar) = 68901. assigned NaN to all properties Missing data at node # = 691.00 , P(bar) = 69001. assigned NaN to all properties Missing data at node # = 692.00 , P(bar) = 69101. assigned NaN to all properties Missing data at node # = 693.00 , P(bar) = 69201. assigned NaN to all properties Missing data at node # = 694.00 , P(bar) = 69301. assigned NaN to all properties Missing data at node # = 695.00 , P(bar) = 69401. assigned NaN to all properties Missing data at node # = 696.00 , P(bar) = 69501. assigned NaN to all properties Missing data at node # = 697.00 , P(bar) = 69601. assigned NaN to all properties Missing data at node # = 698.00 , P(bar) = 69701. assigned NaN to all properties Missing data at node # = 699.00 , P(bar) = 69801. assigned NaN to all properties Missing data at node # = 700.00 , P(bar) = 69901. assigned NaN to all properties Missing data at node # = 701.00 , P(bar) = 70001. assigned NaN to all properties Missing data at node # = 702.00 , P(bar) = 70101. assigned NaN to all properties Missing data at node # = 703.00 , P(bar) = 70201. assigned NaN to all properties Missing data at node # = 704.00 , P(bar) = 70301. assigned NaN to all properties Missing data at node # = 705.00 , P(bar) = 70401. assigned NaN to all properties Missing data at node # = 706.00 , P(bar) = 70501. assigned NaN to all properties Missing data at node # = 707.00 , P(bar) = 70601. assigned NaN to all properties Missing data at node # = 708.00 , P(bar) = 70701. assigned NaN to all properties Missing data at node # = 709.00 , P(bar) = 70801. assigned NaN to all properties Missing data at node # = 710.00 , P(bar) = 70901. assigned NaN to all properties Missing data at node # = 711.00 , P(bar) = 71001. assigned NaN to all properties Missing data at node # = 712.00 , P(bar) = 71101. assigned NaN to all properties Missing data at node # = 713.00 , P(bar) = 71201. assigned NaN to all properties Missing data at node # = 714.00 , P(bar) = 71301. assigned NaN to all properties Missing data at node # = 715.00 , P(bar) = 71401. assigned NaN to all properties Missing data at node # = 716.00 , P(bar) = 71501. assigned NaN to all properties Missing data at node # = 717.00 , P(bar) = 71601. assigned NaN to all properties Missing data at node # = 718.00 , P(bar) = 71701. assigned NaN to all properties Missing data at node # = 719.00 , P(bar) = 71801. assigned NaN to all properties Missing data at node # = 720.00 , P(bar) = 71901. assigned NaN to all properties Missing data at node # = 721.00 , P(bar) = 72001. assigned NaN to all properties Missing data at node # = 722.00 , P(bar) = 72101. assigned NaN to all properties Missing data at node # = 723.00 , P(bar) = 72201. assigned NaN to all properties Missing data at node # = 724.00 , P(bar) = 72301. assigned NaN to all properties Missing data at node # = 725.00 , P(bar) = 72401. assigned NaN to all properties Missing data at node # = 726.00 , P(bar) = 72501. assigned NaN to all properties Missing data at node # = 727.00 , P(bar) = 72601. assigned NaN to all properties Missing data at node # = 728.00 , P(bar) = 72701. assigned NaN to all properties Missing data at node # = 729.00 , P(bar) = 72801. assigned NaN to all properties Missing data at node # = 730.00 , P(bar) = 72901. assigned NaN to all properties Missing data at node # = 731.00 , P(bar) = 73001. assigned NaN to all properties Missing data at node # = 732.00 , P(bar) = 73101. assigned NaN to all properties Missing data at node # = 733.00 , P(bar) = 73201. assigned NaN to all properties Missing data at node # = 734.00 , P(bar) = 73301. assigned NaN to all properties Missing data at node # = 735.00 , P(bar) = 73401. assigned NaN to all properties Missing data at node # = 736.00 , P(bar) = 73501. assigned NaN to all properties Missing data at node # = 737.00 , P(bar) = 73601. assigned NaN to all properties Missing data at node # = 738.00 , P(bar) = 73701. assigned NaN to all properties Missing data at node # = 739.00 , P(bar) = 73801. assigned NaN to all properties Missing data at node # = 740.00 , P(bar) = 73901. assigned NaN to all properties Missing data at node # = 741.00 , P(bar) = 74001. assigned NaN to all properties Missing data at node # = 742.00 , P(bar) = 74101. assigned NaN to all properties Missing data at node # = 743.00 , P(bar) = 74201. assigned NaN to all properties Missing data at node # = 744.00 , P(bar) = 74301. assigned NaN to all properties Missing data at node # = 745.00 , P(bar) = 74401. assigned NaN to all properties Missing data at node # = 746.00 , P(bar) = 74501. assigned NaN to all properties Missing data at node # = 747.00 , P(bar) = 74601. assigned NaN to all properties Missing data at node # = 748.00 , P(bar) = 74701. assigned NaN to all properties Missing data at node # = 749.00 , P(bar) = 74801. assigned NaN to all properties Missing data at node # = 750.00 , P(bar) = 74901. assigned NaN to all properties Missing data at node # = 751.00 , P(bar) = 75001. assigned NaN to all properties Missing data at node # = 752.00 , P(bar) = 75101. assigned NaN to all properties Missing data at node # = 753.00 , P(bar) = 75201. assigned NaN to all properties Missing data at node # = 754.00 , P(bar) = 75301. assigned NaN to all properties Missing data at node # = 755.00 , P(bar) = 75401. assigned NaN to all properties Missing data at node # = 756.00 , P(bar) = 75501. assigned NaN to all properties Missing data at node # = 757.00 , P(bar) = 75601. assigned NaN to all properties Missing data at node # = 758.00 , P(bar) = 75701. assigned NaN to all properties Missing data at node # = 759.00 , P(bar) = 75801. assigned NaN to all properties Missing data at node # = 760.00 , P(bar) = 75901. assigned NaN to all properties Missing data at node # = 761.00 , P(bar) = 76001. assigned NaN to all properties Missing data at node # = 762.00 , P(bar) = 76101. assigned NaN to all properties Missing data at node # = 763.00 , P(bar) = 76201. assigned NaN to all properties Missing data at node # = 764.00 , P(bar) = 76301. assigned NaN to all properties Missing data at node # = 765.00 , P(bar) = 76401. assigned NaN to all properties Missing data at node # = 766.00 , P(bar) = 76501. assigned NaN to all properties Missing data at node # = 767.00 , P(bar) = 76601. assigned NaN to all properties Missing data at node # = 768.00 , P(bar) = 76701. assigned NaN to all properties Missing data at node # = 769.00 , P(bar) = 76801. assigned NaN to all properties Missing data at node # = 770.00 , P(bar) = 76901. assigned NaN to all properties Missing data at node # = 771.00 , P(bar) = 77001. assigned NaN to all properties Missing data at node # = 772.00 , P(bar) = 77101. assigned NaN to all properties Missing data at node # = 773.00 , P(bar) = 77201. assigned NaN to all properties Missing data at node # = 774.00 , P(bar) = 77301. assigned NaN to all properties Missing data at node # = 775.00 , P(bar) = 77401. assigned NaN to all properties Missing data at node # = 776.00 , P(bar) = 77501. assigned NaN to all properties Missing data at node # = 777.00 , P(bar) = 77601. assigned NaN to all properties Missing data at node # = 778.00 , P(bar) = 77701. assigned NaN to all properties Missing data at node # = 779.00 , P(bar) = 77801. assigned NaN to all properties Missing data at node # = 780.00 , P(bar) = 77901. assigned NaN to all properties Missing data at node # = 781.00 , P(bar) = 78001. assigned NaN to all properties Missing data at node # = 782.00 , P(bar) = 78101. assigned NaN to all properties Missing data at node # = 783.00 , P(bar) = 78201. assigned NaN to all properties Missing data at node # = 784.00 , P(bar) = 78301. assigned NaN to all properties Missing data at node # = 785.00 , P(bar) = 78401. assigned NaN to all properties Missing data at node # = 786.00 , P(bar) = 78501. assigned NaN to all properties Missing data at node # = 787.00 , P(bar) = 78601. assigned NaN to all properties Missing data at node # = 788.00 , P(bar) = 78701. assigned NaN to all properties Missing data at node # = 789.00 , P(bar) = 78801. assigned NaN to all properties Missing data at node # = 790.00 , P(bar) = 78901. assigned NaN to all properties Missing data at node # = 791.00 , P(bar) = 79001. assigned NaN to all properties Missing data at node # = 792.00 , P(bar) = 79101. assigned NaN to all properties Missing data at node # = 793.00 , P(bar) = 79201. assigned NaN to all properties Missing data at node # = 794.00 , P(bar) = 79301. assigned NaN to all properties Missing data at node # = 795.00 , P(bar) = 79401. assigned NaN to all properties Missing data at node # = 796.00 , P(bar) = 79501. assigned NaN to all properties Missing data at node # = 797.00 , P(bar) = 79601. assigned NaN to all properties Missing data at node # = 798.00 , P(bar) = 79701. assigned NaN to all properties Missing data at node # = 799.00 , P(bar) = 79801. assigned NaN to all properties Missing data at node # = 800.00 , P(bar) = 79901. assigned NaN to all properties Missing data at node # = 801.00 , P(bar) = 80001. assigned NaN to all properties Data ranges excluding values equal to bad_number ( NaN) specified in perplex_option.dat: H2,mol_abs C,mol_abs Si,mol_abs Al,mol_abs Fe,mol_abs Mg,mol_abs Ca,mol_abs Na,mol_abs K,mol_abs O2,mol_abs S2,mol_abs m_{CO2} m_{CH4} m_{H2S} m_{H2O} m_{FeC4H6O4} m_{FeC2H3O2} m_{NaCO3-} m_{CO3-2} m_{Al+3} m_{AlO2-} m_{Ca(HCO3)} m_{Ca(OH)+} m_{Ca+2} m_{CaCO3,aq} m_{CaSO4,aq} m_{Fe+2} m_{Fe+3} m_{H+} m_{HAlO2,aq} m_{HCO3-} m_{HO2-} m_{HS-} m_{HSiO3-} m_{HSO3-} m_{HSO4-} m_{HSO5-} m_{K+} m_{KOH,aq} m_{KSO4-} m_{Mg(HCO3)} m_{Mg(HSiO3} m_{Mg+2} m_{MgCO3,aq} m_{MgOH+} m_{MgSO4,aq} m_{Na+} m_{NaHCO3,a} m_{NaHSiO3,} m_{NaOH,aq} m_{OH-} m_{S2-2} m_{S2O3-2} m_{S2O4-2} m_{S2O5-2} m_{S2O6-2} m_{S2O8-2} m_{S3-2} m_{S3O6-2} m_{S4-2} m_{S4O6-2} m_{S5-2} m_{S5O6-2} m_{Si2O4,aq} m_{SiO2,aq} m_{SO3-2} m_{SO4-2} pH-pH_0 pH error_pH permittivity I,m tot_solute_m min 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 -0.217970 0.00000 0.00000 0.00000 max 92.0406 50.4777 44.0658 51.2018 92.0406 51.2018 91.6333 100.000 51.2018 51.2018 33.1869 33.1869 50.4777 61.7850 54.6042 100.000 100.000 25.0386 25.0386 24.1485 91.6080 91.1064 23.1843 23.0124 4.21547 2.73030 0.102362E-003 0.261261E-012 0.118406E-003 0.497133E-002 0.165872 0.606145E-017 0.118636E-002 8.82358 0.307934E-002 0.101090E-002 0.552007E-017 5.69180 0.199856 0.539626E -004 0.183060E-002 0.134751 0.121785E-001 0.660580E-005 0.192534E-002 0.587803E-006 1.67513 0.116918E-001 1.92472 0.827890E-002 0.275350E-001 0.157157E-008 0.209749E-008 0.192108E-015 0.728139E-016 0.372887E-017 0.103417E-033 0.110552E-009 0.398221E-018 0.846489E -011 0.239157E-016 0.688495E-012 0.113188E-018 0.163811 1.03801 0.185582E-008 0.374241E-004 2.91907 8.60590 0.00000 79.8211 8.84964 21.9194 Output has been written to the 1d tab format file: gloss1d_2.tab 1d tab format files can be processed with: PSTABLE - a Perple_X plotting program PERPLE_X_PLOT - a Matlab plotting script spread-sheet programs, e.g., EXCEL for details on tab format refer to: perplex.ethz.ch/perplex/faq/Perple_X_tab_file_format.txt Select operational mode: 1 - properties at specified conditions 3 - properties along a 1d path 0 - EXIT 0 C:\jamie\Perple_X>