---------------------------------------- Stable phases at: T(K) = 1000.00 P(bar) = 10000.0 Phase Compositions (molar proportions): wt % vol % mol % mol Na2O MgO Al2O3 K2O CaO TiO2 FeO O2 H2O SiO2 cAmph(G) 53.06 50.72 13.57 3.67 0.39834 2.02268 1.52898 0.02218 1.69477 0.13894 2.01048 0.10810 0.93053 5.92000 Augite(G) 0.79 0.71 0.78 0.212 0.05290 0.54913 0.02867 0.00000 0.85328 0.00000 0.45979 0.02478 0.00000 1.97467 Gt(W) 11.81 9.26 5.67 1.53 0.00000 0.37043 0.88794 0.00000 1.11886 0.00000 1.73484 0.05603 0.00000 3.00000 Fsp(C1) 14.69 17.03 12.48 3.38 0.31636 0.00000 0.67654 0.00710 0.35308 0.00000 0.00000 0.00000 0.00000 2.64692 sph 2.66 2.33 3.09 0.836 0.00000 0.00000 0.00000 0.00000 1.00000 1.00000 0.00000 0.00000 0.00000 1.00000 q 17.00 19.95 64.42 17.4 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 1.00000 Phase speciation (molar proportions): cAmph(G) mrbG: 0.21619, gl: -0.13861, ts: 0.28465, parg: 0.64152, kprg: 0.04436, tts: 0.06947, cumm: 0.01216 grun: 0.44349, tr: -0.19261, a: -0.37678, b: -0.00385 Augite(G) acm: 0.09911, jd: 0.00668, cats: 0.00104, cenjh: 0.00769, cfsg: 0.32744, di: 0.82795, ocats: 0.02429 fmc: -0.29421 Gt(W) alm: 0.50357, py: 0.01141, gr: 0.37295, kho1: 0.11206 Fsp(C1) an: 0.35308, san: 0.01421, abh: 0.63271 Structural formulae for 688 format solution models: Phase Site Multiplicity Molar Site Fractions cAmph(G) A 1.00 Na(.6415)K(.0444)Vac(.3141) M1 3.00 Fe(.4396)Mg(.5604) M2 2.00 Fe(.0667)Fe3(.2162)Al(.4890)Ti(.0695)Mg(.1586) M4 2.00 Mg(.0122)Na(.0776)Fe(.0629)Ca(.8474) T1 4.00 Al(.5200)Si(.4800) OH 2.00 O(.0695)OH(.9305) Non-mixing stoichiometry: [Si4O22] Augite(G) M1 1.00 Fe(.3274)Mg(.5414)Fe3(.0991)Al(.0320) M2 1.00 Na(.1058)Mg(.0077)Fe(.0332)Ca(.8533) T1 1.00 Al(.0005)Si(.9995) T2 1.00 Al(.0248)Si(.9752) Non-mixing stoichiometry: [O6] 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) cAmph(G) 890.69 -11803383 1776.0 27.712 1035.0 0.34930E-04 0.12444E-05 1.0270 3214.1 Augite(G) 228.66 -2995680 428.88 6.7372 250.84 0.36749E-04 0.92281E-06 1.0409 3393.9 Gt(W) 474.89 -5796655 861.98 12.112 504.47 0.29511E-04 0.59407E-06 1.0365 3920.9 Fsp(C1) 268.09 -3994455 547.08 10.115 314.36 0.24917E-04 0.16104E-05 1.0126 2650.4 sph 196.03 -2574976 335.76 5.5855 198.69 0.19824E-04 0.10140E-05 1.0110 3509.6 q 60.08 -891309 114.48 2.2956 78.017 0.95336E-04 0.35755E-05 1.0808 2617.3 System 6162.82 -84030182 12056. 200.57 7213.8 0.44438E-04 0.17040E-05 1.0333 3072.7 Seismic Properties: Gruneisen_T Ks(bar) Mu(bar) V0(km/s) Vp(km/s) Vs(km/s) Poisson ratio cAmph(G) 0.77181 0.82528E+06 0.27509E+06 5.0672 6.0900 2.9256 0.35000 Augite(G) 1.1134 0.11280E+07 0.37599E+06 5.7650 6.9287 3.3284 0.35000 Gt(W) 1.2362 0.17447E+07 0.58157E+06 6.6707 8.0171 3.8513 0.35000 Fsp(C1) 0.50412 0.62877E+06 0.20959E+06 4.8706 5.8538 2.8121 0.35000 sph 0.55563 0.99703E+06 0.33234E+06 5.3300 6.4059 3.0773 0.35000 q 0.84801 0.30229E+06 0.10076E+06 3.3985 4.0845 1.9621 0.35000 System 0.78183 0.69647E+06 0.23216E+06 4.7609 5.7219 2.7487 0.35000 Bulk Composition: mol g wt % mol/kg Na2O 2.542 157.526 2.556 0.412 MgO 8.110 326.865 5.304 1.316 Al2O3 9.265 944.628 15.328 1.503 K2O 0.105 9.928 0.161 0.017 CaO 10.146 568.957 9.232 1.646 TiO2 1.346 107.500 1.744 0.218 FeO 10.138 728.369 11.819 1.645 O2 0.488 15.616 0.253 0.079 H2O 3.416 61.543 0.999 0.554 SiO2 53.956 3241.886 52.604 8.755 Other Bulk Properties: Enthalpy (J/kg) = -.116788E+08 Specific Enthalpy (J/m3) = -.358851E+11 Entropy (J/K/kg) = 1956.23 Specific Entropy (J/K/m3) = 0.601086E+07 Heat Capacity (J/K/kg) = 1170.54 Specific Heat Capacity (J/K/m3) = 0.359669E+07 Chemical Potentials (J/mol): Na2O MgO Al2O3 K2O CaO TiO2 FeO O2 H2O SiO2 -777524. -641684. -0.165537E+07 -844479. -745815. -937853. -320446. -442311. -304209. -891309. Variance (c-p+2) = 6 ----------------------------------------