diff --git a/.readthedocs.yaml b/.readthedocs.yaml
new file mode 100644
index 0000000..fc96b04
--- /dev/null
+++ b/.readthedocs.yaml
@@ -0,0 +1,13 @@
+version: "2"
+
+build:
+  os: "ubuntu-22.04"
+  tools:
+    python: "3.10"
+
+python:
+  install:
+    - requirements: docs/requirements.txt
+
+sphinx:
+  configuration: docs/conf.py
\ No newline at end of file
diff --git a/docs/Examples/Integrating_with_PyMELTS/Bulk_comp_tbl.txt b/docs/Examples/Integrating_with_PyMELTS/Bulk_comp_tbl.txt
index 0ba6408..db7242f 100644
--- a/docs/Examples/Integrating_with_PyMELTS/Bulk_comp_tbl.txt
+++ b/docs/Examples/Integrating_with_PyMELTS/Bulk_comp_tbl.txt
@@ -1,155 +1,209 @@
 Bulk Composition:
 index Pressure Temperature mass SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2 
-1 1000.00 1400.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-2 1000.00 1397.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-3 1000.00 1394.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-4 1000.00 1391.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-5 1000.00 1388.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-6 1000.00 1385.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-7 1000.00 1382.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-8 1000.00 1379.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-9 1000.00 1376.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-10 1000.00 1373.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-11 1000.00 1370.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-12 1000.00 1367.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-13 1000.00 1364.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-14 1000.00 1361.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-15 1000.00 1358.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-16 1000.00 1355.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-17 1000.00 1352.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-18 1000.00 1349.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-19 1000.00 1346.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-20 1000.00 1343.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-21 1000.00 1340.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-22 1000.00 1337.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-23 1000.00 1334.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-24 1000.00 1331.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-25 1000.00 1328.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-26 1000.00 1325.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-27 1000.00 1322.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-28 1000.00 1319.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-29 1000.00 1316.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-30 1000.00 1313.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-31 1000.00 1310.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-32 1000.00 1307.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-33 1000.00 1304.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-34 1000.00 1301.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-35 1000.00 1298.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-36 1000.00 1295.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-37 1000.00 1292.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-38 1000.00 1289.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-39 1000.00 1286.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-40 1000.00 1283.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-41 1000.00 1280.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-42 1000.00 1277.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-43 1000.00 1274.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-44 1000.00 1271.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-45 1000.00 1268.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-46 1000.00 1265.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-47 1000.00 1262.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-48 1000.00 1259.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-49 1000.00 1256.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-50 1000.00 1253.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-51 1000.00 1250.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-52 1000.00 1247.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-53 1000.00 1244.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-54 1000.00 1241.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-55 1000.00 1238.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-56 1000.00 1235.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-57 1000.00 1232.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-58 1000.00 1229.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-59 1000.00 1226.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-60 1000.00 1223.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-61 1000.00 1220.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-62 1000.00 1217.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-63 1000.00 1214.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-64 1000.00 1211.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-65 1000.00 1208.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-66 1000.00 1205.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-67 1000.00 1202.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-68 1000.00 1199.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-69 1000.00 1196.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-70 1000.00 1193.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-71 1000.00 1190.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-72 1000.00 1187.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-73 1000.00 1184.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-74 1000.00 1181.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-75 1000.00 1178.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-76 1000.00 1179.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-77 1000.00 1180.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-78 1000.00 1179.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-79 1000.00 1179.10 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-80 1000.00 1179.20 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-81 1000.00 1179.30 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-82 1000.00 1179.40 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-83 1000.00 1179.30 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-84 1000.00 1184.30 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-85 1000.00 1179.40 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-86 1000.00 1184.40 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-87 1000.00 1179.50 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-88 1000.00 1184.50 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-89 1000.00 1179.60 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-90 1000.00 1184.60 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-91 1000.00 1179.70 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-92 1000.00 1184.70 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-93 1000.00 1179.80 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-94 1000.00 1184.80 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-95 1000.00 1179.90 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-96 1000.00 1184.90 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-97 1000.00 1180.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-98 1000.00 1185.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-99 1000.00 1180.10 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-100 1000.00 1185.10 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-101 1000.00 1180.20 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-102 1000.00 1185.20 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-103 1000.00 1180.30 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-104 1000.00 1185.30 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-105 1000.00 1180.40 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-106 1000.00 1185.40 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-107 1000.00 1180.50 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-108 1000.00 1185.50 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
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\ No newline at end of file
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+176 3000.00 904.72 44.067162 58.6013 0.193634 11.7114 0.277645 0 7.77263 0.401319 1.02255 0 0 6.37722 4.42479 0.520829 0.401528 8.29511 0
+177 3000.00 899.73 42.655344 59.1557 0.187421 11.4417 0.266628 0 7.52191 0.406979 0.944875 0 0 6.25646 4.50063 0.537669 0.414818 8.36516 0
+178 3000.00 894.74 41.325694 59.7031 0.181525 11.1721 0.256252 0 7.27216 0.412448 0.873125 0 0 6.14022 4.57258 0.554551 0.428165 8.43373 0
+179 3000.00 889.75 40.071839 60.2431 0.175925 10.9028 0.24647 0 7.02438 0.417745 0.80681 0 0 6.02833 4.64062 0.571464 0.441562 8.50081 0
+180 3000.00 884.76 38.888123 60.7752 0.170603 10.634 0.237239 0 6.77944 0.422885 0.745475 0 0 5.92064 4.70475 0.588399 0.455003 8.56638 0
+181 3000.00 879.77 37.771331 61.298 0.165794 10.3661 0.228878 0 6.53823 0.427854 0.688858 0 0 5.81752 4.76482 0.605315 0.468456 8.63014 0
+182 3000.00 874.78 36.715445 61.8122 0.160975 10.0994 0.221303 0 6.30123 0.432678 0.636417 0 0 5.71817 4.82105 0.622219 0.481928 8.69242 0
+183 3000.00 869.79 35.715066 62.3183 0.15604 9.83407 0.214099 0 6.06875 0.437396 0.587685 0 0 5.6221 4.87361 0.639122 0.495427 8.75339 0
+184 3000.00 864.80 34.767630 62.8153 0.151322 9.57058 0.207283 0 5.84128 0.442006 0.542445 0 0 5.52962 4.92247 0.655991 0.508928 8.8128 0
+185 3000.00 859.80 33.869847 63.3028 0.146808 9.3093 0.200827 0 5.61914 0.446517 0.500403 0 0 5.44062 4.96771 0.672809 0.522418 8.87063 0
+186 3000.00 854.81 33.018717 63.7808 0.142483 9.05055 0.194703 0 5.40257 0.450938 0.461296 0 0 5.35493 5.00944 0.68956 0.535884 8.92687 0
+187 3000.00 849.82 32.211484 64.249 0.138337 8.79466 0.188887 0 5.19174 0.455276 0.424884 0 0 5.27242 5.04779 0.706228 0.549314 8.9815 0
+188 3000.00 844.83 31.445601 64.7073 0.134358 8.54193 0.183358 0 4.98676 0.459537 0.390952 0 0 5.19294 5.08287 0.722794 0.562693 9.03449 0
+189 3000.00 839.84 30.718702 65.1557 0.130534 8.29265 0.178097 0 4.7877 0.463727 0.359306 0 0 5.11636 5.11484 0.739244 0.576008 9.08583 0
+190 3000.00 834.85 30.028579 65.5941 0.126856 8.04709 0.173086 0 4.59459 0.467851 0.329771 0 0 5.04254 5.14383 0.75556 0.589246 9.1355 0
+191 3000.00 829.86 29.373165 66.0224 0.123316 7.80549 0.168308 0 4.40743 0.471915 0.30219 0 0 4.97134 5.16999 0.771727 0.602394 9.18347 0
+192 3000.00 824.87 28.750520 66.4408 0.119906 7.56808 0.16375 0 4.22618 0.475922 0.276424 0 0 4.90262 5.19346 0.78773 0.61544 9.22971 0
+193 3000.00 819.88 28.158819 66.8491 0.116619 7.33506 0.159396 0 4.05078 0.479879 0.252345 0 0 4.83624 5.21441 0.803557 0.628372 9.2742 0
+194 3000.00 814.88 27.593527 67.2462 0.114414 7.10526 0.156246 0 3.88291 0.483869 0.229541 0 0 4.77083 5.23286 0.819271 0.641245 9.31736 0
+195 3000.00 809.89 27.057442 67.6344 0.109458 6.88086 0.154438 0 3.71913 0.487676 0.208455 0 0 4.70923 5.24901 0.834742 0.65395 9.35868 0
+196 3000.00 804.90 26.547351 68.0133 0.104629 6.66144 0.152372 0 3.56057 0.491458 0.188756 0 0 4.64963 5.26312 0.850007 0.666515 9.39822 0
+197 3000.00 799.91 26.061815 68.3831 0.099919 6.44712 0.150044 0 3.4071 0.495221 0.170362 0 0 4.5919 5.27532 0.865055 0.678932 9.43594 0
+198 3000.00 794.92 25.599581 68.7437 0.0954045 6.23791 0.147472 0 3.25875 0.498968 0.153224 0 0 4.53598 5.28573 0.879875 0.691191 9.47181 0
+199 3000.00 789.93 25.159999 69.094 0.0915465 6.0335 0.144803 0 3.11616 0.502693 0.137403 0 0 4.48216 5.29424 0.894437 0.703267 9.50577 0
+200 3000.00 784.94 24.741305 69.4353 0.0878686 5.83432 0.141923 0 2.97852 0.50641 0.122703 0 0 4.42999 5.30119 0.908752 0.715169 9.53782 0
+201 3000.00 779.95 24.342372 69.7678 0.0843614 5.64041 0.138837 0 2.84573 0.510125 0.109068 0 0 4.37937 5.3067 0.922814 0.726889 9.56791 0
+202 3000.00 774.96 23.962137 70.0916 0.0810162 5.45181 0.135553 0 2.71765 0.513842 0.0964464 0 0 4.33019 5.31089 0.936619 0.738424 9.59601 0
+203 3000.00 769.96 23.599600 70.4068 0.0778245 5.26852 0.132077 0 2.59417 0.517569 0.0847896 0 0 4.28236 5.31387 0.950162 0.749767 9.62208 0
+204 3000.00 764.97 23.253817 70.7137 0.0747787 5.09057 0.128418 0 2.47516 0.521311 0.0740538 0 0 4.2358 5.31575 0.96344 0.760916 9.64607 0
+205 3000.00 759.98 22.923901 71.0125 0.0718714 4.91795 0.124586 0 2.36051 0.525075 0.0641984 0 0 4.19042 5.31664 0.976448 0.771867 9.66793 0
+206 3000.00 754.99 22.609016 71.3033 0.0690957 4.75063 0.120592 0 2.25008 0.528866 0.0551854 0 0 4.14614 5.31662 0.989186 0.782617 9.68763 0
+207 3000.00 750.00 22.308373 71.5865 0.0664451 4.5886 0.116448 0 2.14376 0.532694 0.0469796 0 0 4.10287 5.31581 1.00165 0.793164 9.70512 0
\ No newline at end of file
diff --git a/docs/Examples/Integrating_with_PyMELTS/Liquid_comp_tbl.txt b/docs/Examples/Integrating_with_PyMELTS/Liquid_comp_tbl.txt
index 1245313..d953cbb 100644
--- a/docs/Examples/Integrating_with_PyMELTS/Liquid_comp_tbl.txt
+++ b/docs/Examples/Integrating_with_PyMELTS/Liquid_comp_tbl.txt
@@ -1,155 +1,209 @@
 Liquid Composition:
 index Pressure Temperature mass SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2 
-1 1000.00 1400.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-2 1000.00 1397.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-3 1000.00 1394.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-4 1000.00 1391.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-5 1000.00 1388.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-6 1000.00 1385.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-7 1000.00 1382.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-8 1000.00 1379.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-9 1000.00 1376.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-10 1000.00 1373.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-11 1000.00 1370.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-12 1000.00 1367.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-13 1000.00 1364.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-14 1000.00 1361.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-15 1000.00 1358.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-16 1000.00 1355.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-17 1000.00 1352.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-18 1000.00 1349.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-19 1000.00 1346.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-20 1000.00 1343.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-21 1000.00 1340.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-22 1000.00 1337.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-23 1000.00 1334.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-24 1000.00 1331.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-25 1000.00 1328.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-26 1000.00 1325.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-27 1000.00 1322.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-28 1000.00 1319.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-29 1000.00 1316.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-30 1000.00 1313.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-31 1000.00 1310.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-32 1000.00 1307.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-33 1000.00 1304.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-34 1000.00 1301.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-35 1000.00 1298.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-36 1000.00 1295.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-37 1000.00 1292.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-38 1000.00 1289.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-39 1000.00 1286.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-40 1000.00 1283.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-41 1000.00 1280.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-42 1000.00 1277.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-43 1000.00 1274.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-44 1000.00 1271.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-45 1000.00 1268.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-46 1000.00 1265.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-47 1000.00 1262.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-48 1000.00 1259.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-49 1000.00 1256.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-50 1000.00 1253.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-51 1000.00 1250.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-52 1000.00 1247.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-53 1000.00 1244.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-54 1000.00 1241.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-55 1000.00 1238.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-56 1000.00 1235.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-57 1000.00 1232.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-58 1000.00 1229.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-59 1000.00 1226.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-60 1000.00 1223.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-61 1000.00 1220.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-62 1000.00 1217.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-63 1000.00 1214.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-64 1000.00 1211.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-65 1000.00 1208.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-66 1000.00 1205.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-67 1000.00 1202.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-68 1000.00 1199.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-69 1000.00 1196.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-70 1000.00 1193.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-71 1000.00 1190.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-72 1000.00 1187.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-73 1000.00 1184.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-74 1000.00 1181.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-75 1000.00 1178.00 99.265535 50.3694 2.04969 13.1864 1.46965 0 11.9356 0.251638 6.50088 0 0 11.1965 2.48509 0.246646 0.188729 0.0998565 0.0199713
-76 1000.00 1179.00 99.792014 50.3743 2.04129 13.138 1.46886 0 11.91 0.250311 6.5525 0 0 11.2395 2.47293 0.245344 0.187733 0.0993297 0.0198659
-77 1000.00 1180.00 100.000000 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
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\ No newline at end of file
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+4 3000.00 1391.00 99.810215 47.6701 1.92849 12.4142 1.38964 0 11.2606 0.236371 6.21976 0 0 10.6517 2.33557 0.231681 0.177279 5.46232 0.0223179
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+144 3000.00 1064.44 97.326869 48.8615 1.37102 12.5639 0.836667 0 10.4841 0.242234 6.11538 0 0 10.9233 2.39517 0.237593 0.181802 5.74563 0.0417055
+145 3000.00 1059.45 96.185810 49.0516 1.29557 12.6087 0.817474 0 10.4265 0.243731 5.93916 0 0 10.9142 2.42267 0.240411 0.183959 5.81379 0.0422002
+146 3000.00 1054.46 94.562658 49.3077 1.17248 12.6339 0.803219 0 10.4116 0.246403 5.74062 0 0 10.8334 2.46248 0.244538 0.187116 5.91358 0.0429246
+147 3000.00 1049.47 93.054751 49.5502 1.05921 12.6637 0.789005 0 10.3885 0.248884 5.54823 0 0 10.7599 2.50071 0.248501 0.190148 6.00941 0.0436201
+148 3000.00 1044.47 91.645410 49.7794 0.955229 12.698 0.775067 0 10.3586 0.251202 5.36156 0 0 10.6919 2.53757 0.252322 0.193072 6.10182 0.0442909
+149 3000.00 1039.48 90.237796 50.0165 0.857336 12.7433 0.760802 0 10.3223 0.253525 5.17165 0 0 10.6288 2.57555 0.256258 0.196084 6.17789 0.0399363
+150 3000.00 1034.49 88.411664 50.1835 0.791359 12.8453 0.736572 0 10.3398 0.257802 4.9701 0 0 10.4656 2.62555 0.261551 0.200134 6.28647 0.0362667
+151 3000.00 1029.50 86.555670 50.3348 0.735292 12.9618 0.71062 0 10.3647 0.262509 4.76786 0 0 10.2818 2.6783 0.26716 0.204426 6.39839 0.0323075
+152 3000.00 1024.51 84.785035 50.4829 0.68332 13.0797 0.685328 0 10.3834 0.267166 4.56951 0 0 10.1009 2.73073 0.272739 0.208695 6.50712 0.0285082
+153 3000.00 1019.52 83.091388 50.6285 0.635151 13.1992 0.660621 0 10.3958 0.271779 4.37485 0 0 9.92256 2.78291 0.278298 0.212949 6.61248 0.0248764
+154 3000.00 1014.53 81.466904 50.7726 0.59051 13.3202 0.636427 0 10.4019 0.276354 4.18367 0 0 9.74669 2.83493 0.283847 0.217195 6.71421 0.0214232
+155 3000.00 1009.54 79.904173 50.916 0.549148 13.4429 0.612675 0 10.4017 0.2809 3.99573 0 0 9.57309 2.8869 0.289399 0.221443 6.81197 0.0181634
+156 3000.00 1004.55 78.396106 51.0596 0.510831 13.5675 0.589293 0 10.3949 0.285425 3.81079 0 0 9.40153 2.93896 0.294966 0.225703 6.90532 0.0151167
+157 3000.00 999.55 76.935875 51.2047 0.475348 13.6942 0.56621 0 10.3815 0.289939 3.62858 0 0 9.23178 2.99124 0.300564 0.229986 6.99369 0.0123076
+158 3000.00 994.56 75.516979 51.3522 0.442501 13.8233 0.543355 0 10.3612 0.294455 3.44883 0 0 9.06356 3.04391 0.306212 0.234308 7.0764 0.00976529
+159 3000.00 989.57 74.133488 51.5035 0.412109 13.9552 0.520659 0 10.3336 0.298982 3.27131 0 0 8.89663 3.09713 0.311926 0.23868 7.15272 0.00752163
+160 3000.00 984.58 72.780575 51.6597 0.383995 14.0903 0.49807 0 10.2983 0.303528 3.09585 0 0 8.73084 3.15105 0.317725 0.243117 7.22191 0.00560583
+161 3000.00 979.59 71.455284 51.8219 0.357986 14.2286 0.47556 0 10.2547 0.308095 2.92246 0 0 8.5662 3.20577 0.323617 0.247626 7.28347 0.00403605
+162 3000.00 974.60 70.157233 51.9908 0.333907 14.3699 0.453143 0 10.202 0.312671 2.75138 0 0 8.40304 3.26129 0.329605 0.252208 7.33728 0.00280976
+163 3000.00 969.61 68.889447 52.1667 0.311324 14.5136 0.43091 0 10.139 0.317226 2.58318 0 0 8.24223 3.31745 0.335671 0.256849 7.3839 0.00189988
+164 3000.00 964.62 67.417768 52.3923 0.291992 14.6027 0.412704 0 10.0637 0.322298 2.41639 0 0 8.0785 3.38055 0.342969 0.262456 7.43229 0.0011794
+165 3000.00 959.63 64.629599 52.8949 0.28039 14.3626 0.417241 0 9.95462 0.330541 2.24289 0 0 7.88416 3.48255 0.357552 0.273779 7.51822 0.000527107
+166 3000.00 954.63 61.967538 53.4193 0.269626 14.1169 0.422369 0 9.82274 0.338688 2.07648 0 0 7.69261 3.58561 0.372683 0.28554 7.59716 0.000230941
+167 3000.00 949.64 59.361992 54.0134 0.256435 13.8461 0.394335 0 9.62566 0.346853 1.92318 0 0 7.53068 3.69093 0.38878 0.298073 7.68541 0.000101208
+168 3000.00 944.65 56.959561 54.5917 0.247007 13.5834 0.376162 0 9.42729 0.354725 1.77813 0 0 7.36593 3.79348 0.404909 0.310645 7.76658 4.45905e-05
+169 3000.00 939.66 54.720192 55.1722 0.238013 13.319 0.359057 0 9.21443 0.362273 1.64328 0 0 7.20748 3.89351 0.421198 0.323358 7.84626 1.98785e-05
+170 3000.00 934.67 52.632343 55.7526 0.229452 13.0531 0.342979 0 8.98978 0.369499 1.51827 0 0 7.05517 3.99065 0.43761 0.336185 7.92462 8.97727e-06
+171 3000.00 929.68 50.683713 56.3314 0.221316 12.7862 0.327877 0 8.75582 0.376416 1.4026 0 0 6.90875 4.08463 0.454123 0.34911 8.0017 4.10771e-06
+172 3000.00 924.69 48.862687 56.9071 0.213591 12.5185 0.313695 0 8.51485 0.38304 1.29572 0 0 6.76794 4.17525 0.470721 0.362121 8.07751 0
+173 3000.00 919.70 47.157652 57.4789 0.206264 12.2499 0.300379 0 8.26887 0.389393 1.19699 0 0 6.63245 4.26235 0.487397 0.375214 8.15189 0
+174 3000.00 914.71 45.559067 58.0457 0.199314 11.9808 0.287867 0 8.01972 0.395495 1.10585 0 0 6.50207 4.34581 0.504139 0.388379 8.22488 0
+175 3000.00 909.72 44.057892 58.6067 0.192723 11.7113 0.276104 0 7.76898 0.401366 1.02171 0 0 6.37659 4.4255 0.520937 0.401613 8.29645 0
+176 3000.00 904.72 42.646062 59.1614 0.186468 11.4416 0.265033 0 7.51801 0.407027 0.944029 0 0 6.2558 4.50137 0.537785 0.414908 8.36655 0
+177 3000.00 899.73 41.316400 59.7091 0.180531 11.1719 0.254604 0 7.26801 0.412497 0.872271 0 0 6.13954 4.57335 0.554674 0.428261 8.43519 0
+178 3000.00 894.74 40.062534 60.2494 0.174891 10.9026 0.244768 0 7.01998 0.417794 0.805949 0 0 6.02763 4.64142 0.571596 0.441665 8.50233 0
+179 3000.00 889.75 38.878807 60.7818 0.169528 10.6337 0.235482 0 6.77478 0.422935 0.744609 0 0 5.91991 4.70557 0.588538 0.455112 8.56797 0
+180 3000.00 884.76 37.760698 61.3059 0.164249 10.3657 0.226998 0 6.53318 0.427919 0.687854 0 0 5.8162 4.76582 0.605483 0.468588 8.63209 0
+181 3000.00 879.77 36.703745 61.8214 0.159021 10.0987 0.219306 0 6.29577 0.432757 0.635301 0 0 5.71632 4.82221 0.622416 0.482082 8.6947 0
+182 3000.00 874.78 35.703355 62.3279 0.154025 9.83332 0.212035 0 6.06298 0.437476 0.586563 0 0 5.62019 4.87481 0.63933 0.495589 8.75575 0
+183 3000.00 869.79 34.755908 62.8253 0.149247 9.56977 0.205153 0 5.83521 0.442087 0.541318 0 0 5.52766 4.9237 0.656209 0.509099 8.81525 0
+184 3000.00 864.80 33.858114 63.3133 0.144672 9.30842 0.198628 0 5.61276 0.4466 0.499274 0 0 5.4386 4.96898 0.673039 0.522599 8.87317 0
+185 3000.00 859.80 33.006974 63.7916 0.140288 9.04961 0.192435 0 5.39587 0.451022 0.460167 0 0 5.35286 5.01074 0.689803 0.536075 8.9295 0
+186 3000.00 854.81 32.199731 64.2603 0.136082 8.79364 0.186549 0 5.18472 0.45536 0.423756 0 0 5.27029 5.04912 0.706482 0.549514 8.98422 0
+187 3000.00 849.82 31.433838 64.719 0.132043 8.54084 0.180949 0 4.97941 0.459622 0.389827 0 0 5.19077 5.08424 0.723062 0.562903 9.0373 0
+188 3000.00 844.83 30.706929 65.1679 0.128161 8.29148 0.175616 0 4.78003 0.463812 0.358186 0 0 5.11414 5.11623 0.739524 0.576228 9.08873 0
+189 3000.00 839.84 30.016796 65.6067 0.124426 8.04584 0.170532 0 4.5866 0.467936 0.328658 0 0 5.04026 5.14525 0.755852 0.589477 9.13849 0
+190 3000.00 834.85 29.361372 66.0355 0.12083 7.80416 0.165681 0 4.39911 0.472 0.301087 0 0 4.96901 5.17144 0.772033 0.602636 9.18654 0
+191 3000.00 829.86 28.738718 66.4543 0.117363 7.56667 0.161049 0 4.21753 0.476007 0.275332 0 0 4.90023 5.19494 0.788049 0.615692 9.23287 0
+192 3000.00 824.87 28.147007 66.8631 0.114021 7.33357 0.156621 0 4.0418 0.479963 0.251267 0 0 4.83381 5.21591 0.803889 0.628635 9.27745 0
+193 3000.00 819.88 27.582609 67.2611 0.110246 7.10465 0.153245 0 3.87238 0.483895 0.228666 0 0 4.77011 5.23425 0.81959 0.641499 9.3204 0
+194 3000.00 814.88 27.046901 67.6487 0.105487 6.88012 0.151765 0 3.7089 0.487692 0.207604 0 0 4.70844 5.25035 0.835062 0.654205 9.36166 0
+195 3000.00 809.89 26.537327 68.0267 0.100947 6.66056 0.150241 0 3.55087 0.49146 0.187931 0 0 4.64874 5.26437 0.850322 0.666767 9.40109 0
+196 3000.00 804.90 26.052441 68.3951 0.096614 6.44607 0.14868 0 3.39819 0.495207 0.169568 0 0 4.59088 5.27646 0.86536 0.679177 9.43865 0
+197 3000.00 799.91 25.590867 68.7543 0.092482 6.2367 0.146956 0 3.25068 0.498936 0.152462 0 0 4.53483 5.28674 0.880168 0.691427 9.47433 0
+198 3000.00 794.92 25.151278 69.1049 0.0885707 6.03223 0.144274 0 3.10782 0.502656 0.136662 0 0 4.481 5.29526 0.894739 0.703511 9.50835 0
+199 3000.00 789.93 24.732577 69.4465 0.0848401 5.833 0.141381 0 2.96992 0.506367 0.121986 0 0 4.42882 5.30222 0.909064 0.715421 9.54046 0
+200 3000.00 784.94 24.333636 69.7793 0.0812806 5.63904 0.138283 0 2.83686 0.510075 0.108376 0 0 4.37819 5.30773 0.923137 0.72715 9.57061 0
+201 3000.00 779.95 23.953394 70.1033 0.0778835 5.45038 0.134988 0 2.70852 0.513787 0.0957809 0 0 4.329 5.31193 0.936952 0.738693 9.59876 0
+202 3000.00 774.96 23.590849 70.4189 0.0746405 5.26705 0.131502 0 2.58478 0.517506 0.0841519 0 0 4.28117 5.31491 0.950505 0.750045 9.62488 0
+203 3000.00 769.96 23.245059 70.7261 0.0715438 5.08905 0.127834 0 2.46551 0.521241 0.0734455 0 0 4.2346 5.3168 0.963792 0.761203 9.64892 0
+204 3000.00 764.97 22.915137 71.0251 0.0685861 4.91637 0.123994 0 2.35059 0.524997 0.0636206 0 0 4.18921 5.31768 0.976811 0.772162 9.67084 0
+205 3000.00 759.98 22.600245 71.3162 0.0657606 4.74901 0.119994 0 2.23991 0.528781 0.0546395 0 0 4.14492 5.31767 0.989559 0.782921 9.6906 0
+206 3000.00 754.99 22.299594 71.5996 0.0630607 4.58693 0.115844 0 2.13333 0.5326 0.0464667 0 0 4.10165 5.31686 1.00204 0.793477 9.70813 0
+207 3000.00 750.00 22.012441 71.8755 0.0604804 4.43011 0.111558 0 2.03074 0.536461 0.0390689 0 0 4.05932 5.31534 1.01424 0.803828 9.7234 0
\ No newline at end of file
diff --git a/docs/Examples/Integrating_with_PyMELTS/Phase_main_tbl.txt b/docs/Examples/Integrating_with_PyMELTS/Phase_main_tbl.txt
index 928ebaf..751c0a1 100644
--- a/docs/Examples/Integrating_with_PyMELTS/Phase_main_tbl.txt
+++ b/docs/Examples/Integrating_with_PyMELTS/Phase_main_tbl.txt
@@ -1,481 +1,870 @@
-index 1 Pressure 1000.00 Temperature 1400.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1148252.307302 284.972895 37.164014 147.213532 1.560 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 2 Pressure 1000.00 Temperature 1397.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1148693.946489 284.708702 37.156302 147.213413 1.570 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 3 Pressure 1000.00 Temperature 1394.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1149135.585320 284.444033 37.148591 147.213293 1.580 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 4 Pressure 1000.00 Temperature 1391.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1149577.223794 284.178889 37.140879 147.213174 1.591 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 5 Pressure 1000.00 Temperature 1388.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1150018.861910 283.913266 37.133168 147.213054 1.601 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 6 Pressure 1000.00 Temperature 1385.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1150460.499670 283.647163 37.125457 147.212935 1.612 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 7 Pressure 1000.00 Temperature 1382.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1150902.137072 283.380579 37.117746 147.212815 1.623 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 8 Pressure 1000.00 Temperature 1379.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1151343.774118 283.113511 37.110035 147.212696 1.633 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 9 Pressure 1000.00 Temperature 1376.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1151785.410807 282.845958 37.102325 147.212577 1.644 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 10 Pressure 1000.00 Temperature 1373.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1152227.047140 282.577918 37.094615 147.212457 1.655 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 11 Pressure 1000.00 Temperature 1370.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1152668.683115 282.309389 37.086904 147.212338 1.665 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 12 Pressure 1000.00 Temperature 1367.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1153110.318734 282.040370 37.079194 147.212218 1.676 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 13 Pressure 1000.00 Temperature 1364.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1153551.953996 281.770858 37.071484 147.212099 1.687 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 14 Pressure 1000.00 Temperature 1361.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1153993.588901 281.500853 37.063775 147.211979 1.698 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 15 Pressure 1000.00 Temperature 1358.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1154435.223450 281.230351 37.056065 147.211860 1.709 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 16 Pressure 1000.00 Temperature 1355.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1154876.857642 280.959352 37.048356 147.211741 1.720 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 17 Pressure 1000.00 Temperature 1352.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1155318.491477 280.687853 37.040647 147.211621 1.731 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 18 Pressure 1000.00 Temperature 1349.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1155760.124956 280.415853 37.032938 147.211502 1.742 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 19 Pressure 1000.00 Temperature 1346.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1156201.758078 280.143349 37.025229 147.211383 1.753 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 20 Pressure 1000.00 Temperature 1343.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1156643.390843 279.870340 37.017520 147.211263 1.764 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 21 Pressure 1000.00 Temperature 1340.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1157085.023252 279.596825 37.009812 147.211144 1.775 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 22 Pressure 1000.00 Temperature 1337.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1157526.655304 279.322800 37.002104 147.211024 1.786 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 23 Pressure 1000.00 Temperature 1334.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1157968.287000 279.048265 36.994396 147.210905 1.797 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 24 Pressure 1000.00 Temperature 1331.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1158409.918339 278.773217 36.986688 147.210786 1.809 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 25 Pressure 1000.00 Temperature 1328.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1158851.549322 278.497654 36.978980 147.210666 1.820 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 26 Pressure 1000.00 Temperature 1325.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1159293.179948 278.221574 36.971273 147.210547 1.831 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 27 Pressure 1000.00 Temperature 1322.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1159734.810217 277.944976 36.963565 147.210428 1.843 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 28 Pressure 1000.00 Temperature 1319.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1160176.440130 277.667858 36.955858 147.210308 1.854 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 29 Pressure 1000.00 Temperature 1316.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1160618.069686 277.390217 36.948152 147.210189 1.866 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 30 Pressure 1000.00 Temperature 1313.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1161059.698886 277.112052 36.940445 147.210069 1.877 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 31 Pressure 1000.00 Temperature 1310.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1161501.327729 276.833361 36.932739 147.209950 1.889 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 32 Pressure 1000.00 Temperature 1307.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1161942.956215 276.554141 36.925032 147.209830 1.900 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 33 Pressure 1000.00 Temperature 1304.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1162384.584345 276.274390 36.917326 147.209711 1.912 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 34 Pressure 1000.00 Temperature 1301.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1162826.212118 275.994108 36.909621 147.209592 1.924 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 35 Pressure 1000.00 Temperature 1298.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1163267.839534 275.713290 36.901915 147.209472 1.936 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 36 Pressure 1000.00 Temperature 1295.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1163709.466594 275.431937 36.894210 147.209353 1.947 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 37 Pressure 1000.00 Temperature 1292.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1164151.093297 275.150044 36.886505 147.209233 1.959 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 38 Pressure 1000.00 Temperature 1289.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1164592.719643 274.867612 36.878800 147.209114 1.971 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 39 Pressure 1000.00 Temperature 1286.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1165034.345633 274.584636 36.871095 147.208994 1.983 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 40 Pressure 1000.00 Temperature 1283.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1165475.971265 274.301116 36.863390 147.208875 1.995 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 41 Pressure 1000.00 Temperature 1280.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1165917.596541 274.017049 36.855686 147.208755 2.007 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 42 Pressure 1000.00 Temperature 1277.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1166359.221460 273.732433 36.847982 147.208636 2.019 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 43 Pressure 1000.00 Temperature 1274.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1166800.846022 273.447265 36.840278 147.208516 2.031 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 44 Pressure 1000.00 Temperature 1271.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1167242.470228 273.161545 36.832575 147.208397 2.043 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 45 Pressure 1000.00 Temperature 1268.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1167684.094076 272.875269 36.824872 147.208277 2.056 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 46 Pressure 1000.00 Temperature 1265.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1168125.717567 272.588435 36.817168 147.208158 2.068 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 47 Pressure 1000.00 Temperature 1262.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1168567.340701 272.301042 36.809466 147.208038 2.080 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 48 Pressure 1000.00 Temperature 1259.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1169008.963479 272.013087 36.801763 147.207918 2.093 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 49 Pressure 1000.00 Temperature 1256.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1169450.585899 271.724567 36.794061 147.207799 2.105 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 50 Pressure 1000.00 Temperature 1253.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1169892.207962 271.435482 36.786358 147.207679 2.117 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 51 Pressure 1000.00 Temperature 1250.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1170333.829668 271.145827 36.778657 147.207559 2.130 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 52 Pressure 1000.00 Temperature 1247.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1170775.451016 270.855602 36.770955 147.207440 2.143 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 53 Pressure 1000.00 Temperature 1244.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1171217.072008 270.564804 36.763254 147.207320 2.155 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 54 Pressure 1000.00 Temperature 1241.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1171658.692642 270.273430 36.755552 147.207200 2.168 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 55 Pressure 1000.00 Temperature 1238.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1172100.312919 269.981479 36.747851 147.207081 2.181 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 56 Pressure 1000.00 Temperature 1235.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1172541.932838 269.688948 36.740151 147.206961 2.193 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 57 Pressure 1000.00 Temperature 1232.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1172983.552400 269.395835 36.732450 147.206841 2.206 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 58 Pressure 1000.00 Temperature 1229.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1173425.171605 269.102137 36.724750 147.206721 2.219 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 59 Pressure 1000.00 Temperature 1226.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1173866.790452 268.807852 36.717050 147.206602 2.232 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 60 Pressure 1000.00 Temperature 1223.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1174308.408941 268.512978 36.709351 147.206482 2.245 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 61 Pressure 1000.00 Temperature 1220.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1174750.027073 268.217512 36.701651 147.206362 2.258 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 62 Pressure 1000.00 Temperature 1217.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1175191.644847 267.921452 36.693952 147.206242 2.271 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 63 Pressure 1000.00 Temperature 1214.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1175633.262264 267.624796 36.686253 147.206122 2.284 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 64 Pressure 1000.00 Temperature 1211.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1176074.879322 267.327541 36.678555 147.206002 2.297 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 65 Pressure 1000.00 Temperature 1208.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1176516.496023 267.029685 36.670857 147.205882 2.310 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 66 Pressure 1000.00 Temperature 1205.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1176951.758525 266.735521 36.663159 143.770526 2.324 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 67 Pressure 1000.00 Temperature 1202.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1177383.065222 266.443437 36.655461 143.768012 2.337 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 68 Pressure 1000.00 Temperature 1199.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1177814.364307 266.150763 36.647763 143.765449 2.350 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 69 Pressure 1000.00 Temperature 1196.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1178245.655632 265.857497 36.640066 143.762838 2.364 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 70 Pressure 1000.00 Temperature 1193.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1178676.939049 265.563638 36.632369 143.760177 2.377 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 71 Pressure 1000.00 Temperature 1190.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179108.214411 265.269182 36.624673 143.757466 2.391 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 72 Pressure 1000.00 Temperature 1187.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179539.481569 264.974127 36.616976 143.754706 2.405 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 73 Pressure 1000.00 Temperature 1184.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179970.740372 264.678471 36.609280 143.751895 2.418 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 74 Pressure 1000.00 Temperature 1181.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180401.990671 264.382212 36.601584 143.749034 2.432 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 75 Pressure 1000.00 Temperature 1178.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 99.265535 -1171810.581893 262.163441 36.329713 142.610528 2.451 50.3694 2.04969 13.1864 1.46965 0 11.9356 0.251638 6.50088 0 0 11.1965 2.48509 0.246646 0.188729 0.0998565 0.0199713
-clinopyroxene1 0.734465 -9318.887174 1.717856 0.226831 0.872480     Na0.01Ca0.76Fe''0.22Mg0.89Fe'''0.04Ti0.01Al0.17Si1.89O6 51.3173 0.454145 3.99935 1.31698 0 7.07073 0 16.3 0 0 19.36 0.181455 0 0 0 0
-index 76 Pressure 1000.00 Temperature 1179.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 99.792014 -1178133.770757 263.639897 36.521624 143.425440 2.443 50.3743 2.04129 13.138 1.46886 0 11.91 0.250311 6.5525 0 0 11.2395 2.47293 0.245344 0.187733 0.0993297 0.0198659
-clinopyroxene1 0.207986 -2639.687288 0.486651 0.064252 0.247138     Na0.01Ca0.76Fe''0.22Mg0.90Fe'''0.04Ti0.01Al0.17Si1.89O6 51.353 0.446945 3.96909 1.31079 0 7.03155 0 16.3387 0 0 19.3699 0.180126 0 0 0 0
-index 77 Pressure 1000.00 Temperature 1180.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180545.738854 264.283324 36.599019 143.748070 2.437 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 78 Pressure 1000.00 Temperature 1179.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 99.792014 -1178133.770762 263.639897 36.521624 143.425440 2.443 50.3743 2.04129 13.138 1.46886 0 11.91 0.250311 6.5525 0 0 11.2395 2.47293 0.245344 0.187733 0.0993297 0.0198659
-clinopyroxene1 0.207986 -2639.687283 0.486651 0.064252 0.247138     Na0.01Ca0.76Fe''0.22Mg0.90Fe'''0.04Ti0.01Al0.17Si1.89O6 51.353 0.446945 3.96909 1.31079 0 7.03155 0 16.3387 0 0 19.3699 0.180126 0 0 0 0
-index 79 Pressure 1000.00 Temperature 1179.10 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 99.844903 -1178769.239395 263.788233 36.540908 143.507327 2.442 50.3748 2.04044 13.1332 1.46878 0 11.9074 0.250178 6.55768 0 0 11.2438 2.47172 0.245214 0.187634 0.0992771 0.0198554
-clinopyroxene1 0.155097 -1968.496938 0.362914 0.047914 0.184298     Na0.01Ca0.76Fe''0.22Mg0.90Fe'''0.04Ti0.01Al0.17Si1.89O6 51.3565 0.446229 3.96606 1.31017 0 7.02764 0 16.3425 0 0 19.3708 0.179993 0 0 0 0
-index 80 Pressure 1000.00 Temperature 1179.20 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 99.897836 -1179405.285190 263.936695 36.560208 143.589285 2.441 50.3754 2.0396 13.1283 1.46869 0 11.9048 0.250046 6.56286 0 0 11.2481 2.47051 0.245085 0.187534 0.0992245 0.0198449
-clinopyroxene1 0.102164 -1296.707337 0.239065 0.031563 0.121403     Na0.01Ca0.76Fe''0.22Mg0.90Fe'''0.04Ti0.01Al0.17Si1.89O6 51.3601 0.445515 3.96304 1.30955 0 7.02373 0 16.3464 0 0 19.3718 0.17986 0 0 0 0
-index 81 Pressure 1000.00 Temperature 1179.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 99.950813 -1180041.909279 264.085283 36.579525 143.671316 2.440 50.3759 2.03876 13.1235 1.46861 0 11.9022 0.249913 6.56804 0 0 11.2524 2.46929 0.244955 0.187435 0.0991719 0.0198344
-clinopyroxene1 0.049187 -624.317306 0.115102 0.015196 0.058451     Na0.01Ca0.76Fe''0.22Mg0.90Fe'''0.04Ti0.01Al0.17Si1.89O6 51.3637 0.444801 3.96002 1.30893 0 7.01983 0 16.3503 0 0 19.3728 0.179728 0 0 0 0
-index 82 Pressure 1000.00 Temperature 1179.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180631.987301 264.223959 36.597480 143.747488 2.439 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 83 Pressure 1000.00 Temperature 1179.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 99.950813 -1180041.909288 264.085283 36.579525 143.671316 2.440 50.3759 2.03876 13.1235 1.46861 0 11.9022 0.249913 6.56804 0 0 11.2524 2.46929 0.244955 0.187435 0.0991719 0.0198344
-clinopyroxene1 0.049187 -624.317298 0.115102 0.015196 0.058451     Na0.01Ca0.76Fe''0.22Mg0.90Fe'''0.04Ti0.01Al0.17Si1.89O6 51.3637 0.444801 3.96002 1.30893 0 7.01983 0 16.3503 0 0 19.3728 0.179728 0 0 0 0
-index 84 Pressure 1000.00 Temperature 1184.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179927.614872 264.708064 36.610050 143.752178 2.417 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 85 Pressure 1000.00 Temperature 1179.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180631.987301 264.223959 36.597480 143.747488 2.439 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 86 Pressure 1000.00 Temperature 1184.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179913.239687 264.717927 36.610306 143.752273 2.416 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 87 Pressure 1000.00 Temperature 1179.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180617.612584 264.233855 36.597737 143.747585 2.439 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 88 Pressure 1000.00 Temperature 1184.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179898.864492 264.727789 36.610563 143.752367 2.416 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 89 Pressure 1000.00 Temperature 1179.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180603.237857 264.243750 36.597993 143.747682 2.438 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 90 Pressure 1000.00 Temperature 1184.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179884.489287 264.737650 36.610819 143.752461 2.415 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 91 Pressure 1000.00 Temperature 1179.70 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180588.863121 264.253644 36.598250 143.747779 2.438 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 92 Pressure 1000.00 Temperature 1184.70 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179870.114073 264.747511 36.611076 143.752555 2.415 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 93 Pressure 1000.00 Temperature 1179.80 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180574.488375 264.263538 36.598506 143.747876 2.437 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 94 Pressure 1000.00 Temperature 1184.80 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179855.738850 264.757371 36.611332 143.752649 2.415 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 95 Pressure 1000.00 Temperature 1179.90 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180560.113620 264.273431 36.598763 143.747973 2.437 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 96 Pressure 1000.00 Temperature 1184.90 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179841.363617 264.767231 36.611589 143.752744 2.414 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 97 Pressure 1000.00 Temperature 1180.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180545.738854 264.283324 36.599019 143.748070 2.437 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 98 Pressure 1000.00 Temperature 1185.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179826.988375 264.777090 36.611845 143.752838 2.414 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 99 Pressure 1000.00 Temperature 1180.10 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180531.364080 264.293216 36.599276 143.748166 2.436 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 100 Pressure 1000.00 Temperature 1185.10 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179812.613124 264.786948 36.612102 143.752931 2.413 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 101 Pressure 1000.00 Temperature 1180.20 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180516.989295 264.303107 36.599532 143.748263 2.436 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 102 Pressure 1000.00 Temperature 1185.20 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179798.237863 264.796806 36.612359 143.753025 2.413 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 103 Pressure 1000.00 Temperature 1180.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180502.614501 264.312997 36.599789 143.748360 2.435 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 104 Pressure 1000.00 Temperature 1185.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179783.862593 264.806662 36.612615 143.753119 2.412 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 105 Pressure 1000.00 Temperature 1180.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180488.239697 264.322887 36.600045 143.748456 2.435 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 106 Pressure 1000.00 Temperature 1185.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179769.487313 264.816519 36.612872 143.753213 2.412 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 107 Pressure 1000.00 Temperature 1180.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180473.864883 264.332776 36.600302 143.748553 2.434 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 108 Pressure 1000.00 Temperature 1185.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179755.112024 264.826374 36.613128 143.753307 2.411 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 109 Pressure 1000.00 Temperature 1180.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180459.490060 264.342665 36.600558 143.748649 2.434 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 110 Pressure 1000.00 Temperature 1185.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1179740.736726 264.836229 36.613385 143.753400 2.411 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 111 Pressure 1000.00 Temperature 1180.70 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180445.115227 264.352552 36.600815 143.748746 2.433 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 112 Pressure 1000.00 Temperature 1179.45 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 100.000000 -1180624.799943 264.228907 36.597608 143.747537 2.439 50.3764 2.03797 13.1189 1.46853 0 11.8998 0.24979 6.57286 0 0 11.2564 2.46817 0.244834 0.187343 0.0991231 0.0198246
-index 113 Pressure 1000.00 Temperature 1174.46 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 97.276169 -1147762.653316 256.610759 35.601801 139.545869 2.481 50.3544 2.08225 13.3353 1.47402 0 12.0402 0.256785 6.32513 0 0 11.0374 2.52798 0.251645 0.192589 0.101899 0.0203797
-clinopyroxene1 2.596312 -32905.737490 6.064516 0.801067 3.081328     Na0.01Ca0.76Fe''0.22Mg0.89Fe'''0.04Ti0.01Al0.18Si1.89O6 51.2002 0.478904 4.09545 1.33517 0 7.22463 0 16.1771 0 0 19.3026 0.18597 0 0 0 0
-plagioclase1 0.127519 -1758.243646 0.310983 0.047991 0.156997 K0.00Na0.29Ca0.71Al1.71Si2.29O8 50.3827 0 31.7991 0 0 0 0 0 0 0 14.4785 3.30558 0.0341158 0 0 0
-index 114 Pressure 1000.00 Temperature 1169.46 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 92.062682 -1081846.553980 242.418689 33.641035 131.692398 2.496 50.318 2.1846 13.1827 1.51603 0 12.4758 0.271326 6.1637 0 0 10.7104 2.57979 0.264974 0.203495 0.107669 0.0215338
-clinopyroxene1 2.944179 -37206.896841 6.869808 0.907112 3.493204     Na0.01Ca0.74Fe''0.24Mg0.89Fe'''0.04Ti0.01Al0.18Si1.89O6 51.2104 0.487357 4.0306 1.29734 0 7.70659 0 16.2603 0 0 18.8196 0.187778 0 0 0 0
-plagioclase1 2.274256 -31364.550176 5.542127 0.856667 2.799238 K0.00Na0.31Ca0.69Al1.69Si2.31O8 50.7186 0 31.5721 0 0 0 0 0 0 0 14.2129 3.45907 0.0373475 0 0 0
-index 115 Pressure 1000.00 Temperature 1164.47 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 87.266804 -1021288.476028 229.367012 31.837007 124.480261 2.510 50.2722 2.2896 13.0264 1.56066 0 12.9074 0.286237 5.99906 0 0 10.4007 2.62826 0.278547 0.214678 0.113586 0.0227173
-clinopyroxene1 2.684727 -33813.132156 6.258678 0.825881 3.184811     Na0.01Ca0.72Fe''0.25Mg0.90Fe'''0.03Ti0.01Al0.17Si1.89O6 51.2269 0.489814 3.95853 1.25864 0 8.26223 0 16.3758 0 0 18.2396 0.188513 0 0 0 0
-plagioclase1 2.116099 -29189.725314 5.152793 0.797801 2.603870 K0.00Na0.32Ca0.68Al1.68Si2.32O8 51.0561 0 31.344 0 0 0 0 0 0 0 13.9459 3.61315 0.0408256 0 0 0
-index 116 Pressure 1000.00 Temperature 1159.48 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 82.805139 -965033.677650 217.232058 30.158626 117.783219 2.522 50.2158 2.39856 12.8645 1.60845 0 13.3362 0.30166 5.82855 0 0 10.1102 2.67368 0.292484 0.226245 0.119707 0.0239413
-clinopyroxene1 2.472606 -31011.340151 5.760325 0.759265 2.933255     Na0.01Ca0.69Fe''0.28Mg0.91Fe'''0.03Ti0.01Al0.17Si1.89O6 51.2559 0.483009 3.87281 1.21687 0 8.93736 0 16.5497 0 0 17.4969 0.187415 0 0 0 0
-plagioclase1 1.994006 -27511.524629 4.851726 0.752439 2.452971 K0.00Na0.33Ca0.67Al1.67Si2.33O8 51.3942 0 31.1155 0 0 0 0 0 0 0 13.6784 3.76733 0.0445841 0 0 0
-index 117 Pressure 1000.00 Temperature 1154.48 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 78.581607 -911878.411096 205.757912 28.570125 111.457566 2.533 50.1465 2.51404 12.6921 1.66069 0 13.7634 0.317874 5.64681 0 0 9.84539 2.71637 0.307016 0.238405 0.12614 0.0252281
-clinopyroxene1 2.308321 -28782.374173 5.377161 0.707222 2.739879     Na0.01Ca0.65Fe''0.30Mg0.93Fe'''0.03Ti0.01Al0.16Si1.90O6 51.3175 0.457903 3.75438 1.16554 0 9.86715 0 16.8674 0 0 16.3879 0.182204 0 0 0 0
-plagioclase1 1.920158 -26498.389538 4.668316 0.725210 2.361479 K0.00Na0.34Ca0.65Al1.65Si2.35O8 51.7304 0 30.8881 0 0 0 0 0 0 0 13.4124 3.92043 0.0486772 0 0 0
-index 118 Pressure 1000.00 Temperature 1149.49 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 73.937079 -853676.359855 193.204986 26.825872 104.540447 2.539 50.0356 2.66246 12.4252 1.73399 0 14.1888 0.337842 5.38724 0 0 9.73386 2.75614 0.324624 0.253381 0.134064 0.0268128
-clinopyroxene1 1.691364 -20373.194631 3.986325 0.513042 2.036059     Na0.01Ca0.29Fe''0.48Mg1.14Fe'''0.03Ti0.01Al0.13Si1.92O6 52.0568 0.219775 3.02843 0.904087 0 15.5124 0 20.7221 0 0 7.46336 0.0931418 0 0 0 0
-clinopyroxene2 0.637424 -7944.608796 1.479405 0.195080 0.754122     Na0.01Ca0.67Fe''0.30Mg0.90Fe'''0.03Ti0.01Al0.17Si1.89O6 51.1249 0.520878 3.80961 1.20377 0 9.82026 0 16.3273 0 0 16.9999 0.193407 0 0 0 0
-plagioclase1 2.320687 -32033.505531 5.636816 0.877142 2.853197 K0.00Na0.36Ca0.64Al1.64Si2.36O8 52.0236 0 30.6895 0 0 0 0 0 0 0 13.1801 4.05325 0.0535111 0 0 0
-index 119 Pressure 1000.00 Temperature 1144.49 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 69.980800 -804144.652827 182.497474 25.339120 98.654390 2.545 49.929 2.80223 12.1849 1.80205 0 14.6051 0.356941 5.16005 0 0 9.58904 2.79158 0.341352 0.267706 0.141643 0.0283287
-clinopyroxene1 1.125499 -13499.855154 2.645445 0.340663 1.351440     Na0.01Ca0.29Fe''0.50Mg1.12Fe'''0.03Ti0.01Al0.13Si1.92O6 51.9399 0.226913 3.00528 0.903949 0 16.0329 0 20.3998 0 0 7.39687 0.094398 0 0 0 0
-clinopyroxene2 0.893008 -11105.578072 2.067230 0.272893 1.054260     Na0.01Ca0.68Fe''0.31Mg0.89Fe'''0.03Ti0.02Al0.17Si1.89O6 51.0087 0.557565 3.8105 1.2145 0 10.0871 0 16.0519 0 0 17.0702 0.199446 0 0 0 0
-plagioclase1 1.944936 -26853.158911 4.719806 0.735696 2.390513 K0.00Na0.37Ca0.63Al1.63Si2.37O8 52.3282 0 30.4832 0 0 0 0 0 0 0 12.9389 4.19117 0.0585284 0 0 0
-index 120 Pressure 1000.00 Temperature 1139.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 66.403726 -759431.801889 172.815686 23.994496 93.343185 2.550 49.8166 2.94248 11.9451 1.87063 0 15.0144 0.376169 4.94182 0 0 9.45057 2.82294 0.358041 0.282127 0.149273 0.0298547
-clinopyroxene1 1.018469 -12163.387066 2.387319 0.307596 1.219803     Na0.01Ca0.29Fe''0.51Mg1.11Fe'''0.03Ti0.01Al0.13Si1.92O6 51.8236 0.23337 2.98057 0.903114 0 16.563 0 20.0778 0 0 7.32308 0.095503 0 0 0 0
-clinopyroxene2 0.797624 -9897.498174 1.841602 0.243380 0.939639     Na0.01Ca0.68Fe''0.32Mg0.87Fe'''0.03Ti0.02Al0.17Si1.89O6 50.8911 0.595626 3.81171 1.22512 0 10.3526 0 15.7739 0 0 17.1444 0.205613 0 0 0 0
-plagioclase1 1.768152 -24418.094086 4.286796 0.669346 2.172576 K0.00Na0.38Ca0.62Al1.62Si2.38O8 52.632 0 30.2774 0 0 0 0 0 0 0 12.6982 4.32858 0.0638763 0 0 0
-index 121 Pressure 1000.00 Temperature 1134.51 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 63.151795 -718848.091645 164.013693 22.771754 88.524490 2.554 49.6985 3.08331 11.7056 1.93978 0 15.4171 0.39554 4.73194 0 0 9.31816 2.85041 0.3747 0.296655 0.15696 0.031392
-clinopyroxene1 0.926460 -11015.745391 2.165650 0.279190 1.106746     Na0.01Ca0.29Fe''0.53Mg1.09Fe'''0.03Ti0.01Al0.13Si1.92O6 51.7075 0.23913 2.95428 0.901624 0 17.1032 0 19.7549 0 0 7.24289 0.096462 0 0 0 0
-clinopyroxene2 0.716583 -8872.192148 1.650128 0.218323 0.842345     Na0.02Ca0.69Fe''0.33Mg0.86Fe'''0.03Ti0.02Al0.17Si1.89O6 50.7718 0.635117 3.81318 1.23565 0 10.6174 0 15.4935 0 0 17.2215 0.211912 0 0 0 0
-plagioclase1 1.616067 -22323.036650 3.914351 0.612248 1.985104 K0.00Na0.39Ca0.60Al1.60Si2.40O8 52.9352 0 30.0719 0 0 0 0 0 0 0 12.4579 4.46546 0.0695807 0 0 0
-index 122 Pressure 1000.00 Temperature 1129.51 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 60.180714 -681828.977372 155.971944 21.654310 84.130894 2.556 49.5746 3.22486 11.4663 2.00957 0 15.8138 0.415067 4.52987 0 0 9.19156 2.87414 0.391336 0.3113 0.164709 0.0329418
-clinopyroxene1 0.846840 -10023.584339 1.974012 0.254624 1.008994     Na0.01Ca0.29Fe''0.55Mg1.08Fe'''0.03Ti0.01Al0.13Si1.92O6 51.5913 0.244184 2.92641 0.899518 0 17.6542 0 19.43 0 0 7.15717 0.0972801 0 0 0 0
-clinopyroxene2 0.647209 -7995.377432 1.486409 0.196888 0.759134     Na0.02Ca0.69Fe''0.34Mg0.85Fe'''0.03Ti0.02Al0.17Si1.89O6 50.6508 0.676093 3.81486 1.24612 0 10.8826 0 15.2105 0 0 17.3007 0.218349 0 0 0 0
-plagioclase1 1.484217 -20506.570032 3.591518 0.562730 1.822590 K0.00Na0.40Ca0.59Al1.59Si2.41O8 53.2377 0 29.8668 0 0 0 0 0 0 0 12.2181 4.6018 0.0756697 0 0 0
-index 123 Pressure 1000.00 Temperature 1124.52 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 57.453853 -647907.987302 148.591562 20.628451 80.106689 2.558 49.4449 3.36724 11.2271 2.08004 0 16.2049 0.434767 4.33511 0 0 9.07054 2.89426 0.407955 0.326075 0.172527 0.0345053
-clinopyroxene1 0.777536 -9160.675972 1.807348 0.233253 0.923968     Na0.01Ca0.28Fe''0.57Mg1.06Fe'''0.03Ti0.01Al0.13Si1.92O6 51.4749 0.248527 2.89696 0.896832 0 18.2162 0 19.102 0 0 7.0667 0.0979621 0 0 0 0
-clinopyroxene2 0.587415 -7240.347350 1.345461 0.178425 0.687480     Na0.02Ca0.70Fe''0.35Mg0.83Fe'''0.04Ti0.02Al0.17Si1.89O6 50.5278 0.718605 3.8167 1.25654 0 11.149 0 14.9249 0 0 17.3815 0.224929 0 0 0 0
-plagioclase1 1.369102 -18920.508046 3.309708 0.519484 1.680713 K0.00Na0.42Ca0.58Al1.58Si2.42O8 53.5395 0 29.662 0 0 0 0 0 0 0 11.9787 4.73759 0.0821745 0 0 0
-index 124 Pressure 1000.00 Temperature 1119.53 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 54.940655 -616696.361752 141.790067 19.682740 76.405442 2.559 49.3095 3.51059 10.988 2.15127 0 16.5909 0.454655 4.14721 0 0 8.95491 2.9109 0.424563 0.340991 0.180419 0.0360837
-clinopyroxene1 0.716897 -8406.149499 1.661636 0.214564 0.849619     Na0.01Ca0.28Fe''0.59Mg1.05Fe'''0.03Ti0.01Al0.13Si1.92O6 51.3578 0.252156 2.86592 0.893601 0 18.7897 0 18.7701 0 0 6.97218 0.0985127 0 0 0 0
-clinopyroxene2 0.535557 -6586.070647 1.223356 0.162422 0.625389     Na0.02Ca0.70Fe''0.36Mg0.82Fe'''0.04Ti0.02Al0.17Si1.88O6 50.4029 0.7627 3.81866 1.26695 0 11.4173 0 14.6366 0 0 17.4632 0.231657 0 0 0 0
-plagioclase1 1.267944 -17526.615842 3.062106 0.481468 1.556049 K0.01Na0.43Ca0.57Al1.57Si2.43O8 53.8406 0 29.4576 0 0 0 0 0 0 0 11.7398 4.8728 0.0891295 0 0 0
-index 125 Pressure 1000.00 Temperature 1114.53 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 52.615427 -587867.555836 135.498110 18.807563 72.988140 2.558 49.1683 3.65502 10.7488 2.22331 0 16.9721 0.474747 3.96574 0 0 8.84449 2.92418 0.441168 0.35606 0.188392 0.0376784
-clinopyroxene1 0.663595 -7743.220825 1.533639 0.198142 0.784297     Na0.01Ca0.28Fe''0.61Mg1.03Fe'''0.03Ti0.01Al0.13Si1.92O6 51.2401 0.255073 2.83327 0.889857 0 19.3751 0 18.4335 0 0 6.87429 0.0989362 0 0 0 0
-clinopyroxene2 0.490325 -6015.820636 1.116971 0.148472 0.571277     Na0.02Ca0.70Fe''0.37Mg0.80Fe'''0.04Ti0.02Al0.17Si1.88O6 50.2759 0.808419 3.8207 1.27736 0 11.6884 0 14.3456 0 0 17.5451 0.238537 0 0 0 0
-plagioclase1 1.178516 -16294.240428 2.843249 0.447851 1.445848 K0.01Na0.44Ca0.56Al1.56Si2.44O8 54.1411 0 29.2535 0 0 0 0 0 0 0 11.5014 5.00742 0.0965725 0 0 0
-index 126 Pressure 1000.00 Temperature 1109.54 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 50.456410 -561145.304231 129.656963 17.994781 69.821772 2.557 49.0212 3.80068 10.5095 2.29621 0 17.3489 0.495062 3.79032 0 0 8.73911 2.93419 0.457773 0.371296 0.196453 0.0392906
-clinopyroxene1 0.616549 -7158.262268 1.420730 0.183653 0.726663     Na0.01Ca0.27Fe''0.63Mg1.01Fe'''0.03Ti0.01Al0.12Si1.92O6 51.1213 0.257282 2.799 0.885629 0 19.9726 0 18.0913 0 0 6.77363 0.0992368 0 0 0 0
-clinopyroxene2 0.450667 -5516.172222 1.023797 0.136247 0.523873     Na0.02Ca0.71Fe''0.38Mg0.79Fe'''0.04Ti0.02Al0.17Si1.88O6 50.1465 0.855799 3.82276 1.2878 0 11.9632 0 14.0516 0 0 17.6268 0.245575 0 0 0 0
-plagioclase1 1.099017 -15198.573735 2.648719 0.417956 1.347888 K0.01Na0.45Ca0.54Al1.54Si2.46O8 54.441 0 29.0498 0 0 0 0 0 0 0 11.2633 5.14144 0.104546 0 0 0
-index 127 Pressure 1000.00 Temperature 1104.55 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 48.445051 -536294.329907 124.216558 17.237456 66.878214 2.554 48.8683 3.94769 10.2701 2.37006 0 17.7213 0.515616 3.62061 0 0 8.63863 2.94104 0.474385 0.386712 0.204609 0.0409219
-clinopyroxene1 0.574877 -6640.111548 1.320757 0.170820 0.675621     Na0.01Ca0.27Fe''0.65Mg1.00Fe'''0.02Ti0.01Al0.12Si1.92O6 51.0015 0.258791 2.76309 0.880947 0 20.5827 0 17.7428 0 0 6.67078 0.0994188 0 0 0 0
-clinopyroxene2 0.415732 -5076.258858 0.941804 0.125483 0.482145     Na0.02Ca0.71Fe''0.38Mg0.77Fe'''0.04Ti0.03Al0.17Si1.88O6 50.0148 0.904867 3.82482 1.29829 0 12.2424 0 13.7544 0 0 17.7077 0.252776 0 0 0 0
-plagioclase1 1.027974 -14219.362234 2.474909 0.391233 1.260355 K0.01Na0.46Ca0.53Al1.53Si2.47O8 54.7402 0 28.8463 0 0 0 0 0 0 0 11.0256 5.27483 0.113096 0 0 0
-index 128 Pressure 1000.00 Temperature 1099.55 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 46.376727 -511125.667938 118.657017 16.470382 63.860012 2.558 48.7797 4.03454 10.0413 2.44393 0 18.0922 0.53644 3.43818 0 0 8.52657 2.95376 0.492943 0.403958 0.213735 0.0427469
-clinopyroxene1 0.500614 -5749.365709 1.146538 0.148358 0.586499     Na0.01Ca0.27Fe''0.67Mg0.98Fe'''0.03Ti0.01Al0.12Si1.92O6 50.8664 0.256984 2.72825 0.880776 0 21.2436 0 17.3489 0 0 6.57569 0.0993822 0 0 0 0
-clinopyroxene2 0.517429 -6299.813238 1.168859 0.155906 0.598614     Na0.02Ca0.72Fe''0.40Mg0.75Fe'''0.04Ti0.03Al0.17Si1.88O6 49.8849 0.942103 3.81878 1.31272 0 12.5739 0 13.4401 0 0 17.7684 0.2591 0 0 0 0
-plagioclase1 0.986717 -13651.972319 2.372909 0.375787 1.209360 K0.01Na0.47Ca0.52Al1.52Si2.48O8 55.0148 0 28.6592 0 0 0 0 0 0 0 10.8072 5.39632 0.12244 0 0 0
-rhm-oxide1 0.070797 -577.759589 0.146961 0.015822 0.068367 Mn0.03Fe''0.67Mg0.19Fe'''0.09Al0.13Ti0.89O3 0 49.7762 4.59559 5.09808 0 33.7265 1.42252 5.3811 0 0 0 0 0 0 0 0
-index 129 Pressure 1000.00 Temperature 1094.56 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 42.516724 -471413.926955 108.723593 15.221140 58.324676 2.715 49.9089 3.60563 10.1227 2.25625 0 17.7786 0.58519 3.0622 0 0 8.32571 3.09939 0.535087 0.440633 0.233139 0.0466278
-clinopyroxene1 0.066306 -754.630144 0.151255 0.019571 0.077298     Na0.01Ca0.27Fe''0.71Mg0.94Fe'''0.03Ti0.01Al0.12Si1.92O6 50.6141 0.238398 2.72543 0.919896 0 22.2056 0 16.6617 0 0 6.53664 0.0982405 0 0 0 0
-clinopyroxene2 1.786468 -21621.202863 4.023005 0.536852 2.059696     Na0.02Ca0.72Fe''0.42Mg0.73Fe'''0.04Ti0.03Al0.17Si1.88O6 49.756 0.893434 3.77742 1.36174 0 13.2522 0 13 0 0 17.7015 0.257808 0 0 0 0
-plagioclase1 0.879522 -12173.800733 2.111389 0.334954 1.077450 K0.01Na0.47Ca0.52Al1.52Si2.48O8 55.0491 0 28.6352 0 0 0 0 0 0 0 10.7794 5.40978 0.126553 0 0 0
-spinel1 1.136377 -7007.692694 2.395330 0.246426 1.060658 Fe''1.53Mg0.23Fe'''0.35Al0.12Cr0.00Ti0.76O4 0 28.3981 2.88968 13.1394 0 51.1681 0 4.40471 0 0 0 0 0 0 0 0
-index 130 Pressure 1000.00 Temperature 1089.57 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 39.107107 -436477.410453 99.954130 14.118497 53.451614 2.878 51.0962 3.16529 10.1928 2.04439 0 17.4281 0.636211 2.71164 0 0 8.11552 3.24754 0.579051 0.47905 0.253466 0.0506932
-clinopyroxene1 1.603943 -19273.908310 3.601179 0.480590 1.843034     Na0.02Ca0.71Fe''0.45Mg0.71Fe'''0.04Ti0.02Al0.17Si1.88O6 49.6687 0.813232 3.69837 1.38944 0 14.1051 0 12.5942 0 0 17.4773 0.253744 0 0 0 0
-plagioclase1 0.806623 -11169.164074 1.933059 0.307202 0.987673 K0.01Na0.47Ca0.52Al1.52Si2.48O8 55.1047 0 28.5968 0 0 0 0 0 0 0 10.7348 5.43299 0.130767 0 0 0
-spinel1 1.008458 -6150.829046 2.118810 0.217892 0.937574 Fe''1.54Mg0.21Fe'''0.37Al0.12Cr0.00Ti0.76O4 0 28.0363 2.84562 13.6675 0 51.4573 0 3.99328 0 0 0 0 0 0 0 0
-index 131 Pressure 1000.00 Temperature 1084.57 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 36.429384 -408630.813042 93.034877 13.239810 49.630273 3.013 52.0738 2.82457 10.1996 1.87078 0 17.1765 0.682975 2.42327 0 0 7.91969 3.36918 0.618919 0.514263 0.272097 0.0544193
-clinopyroxene1 1.239249 -14776.948450 2.774501 0.370171 1.419468     Na0.02Ca0.70Fe''0.48Mg0.69Fe'''0.04Ti0.02Al0.16Si1.89O6 49.6028 0.730328 3.60146 1.39457 0 15.055 0 12.2403 0 0 17.1268 0.248709 0 0 0 0
-plagioclase1 0.724409 -10034.298590 1.733305 0.275949 0.886613 K0.01Na0.48Ca0.51Al1.51Si2.49O8 55.2198 0 28.5181 0 0 0 0 0 0 0 10.6429 5.48317 0.135998 0 0 0
-spinel1 0.721204 -4360.476847 1.510661 0.155359 0.668294 Fe''1.56Mg0.20Fe'''0.38Al0.12Cr0.00Ti0.75O4 0 27.7939 2.79702 14.0088 0 51.7475 0 3.65283 0 0 0 0 0 0 0 0
-index 132 Pressure 1000.00 Temperature 1079.58 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 34.226825 -385463.326547 87.322208 12.508556 46.492356 3.130 52.9105 2.54956 10.1668 1.72478 0 16.9832 0.726926 2.17576 0 0 7.73865 3.47286 0.656036 0.547356 0.289607 0.0579213
-clinopyroxene1 1.008530 -11923.166257 2.251760 0.300239 1.151579     Na0.02Ca0.68Fe''0.51Mg0.68Fe'''0.04Ti0.02Al0.16Si1.89O6 49.5402 0.64731 3.49418 1.38596 0 16.1209 0 11.9139 0 0 16.6551 0.242397 0 0 0 0
-plagioclase1 0.656620 -9098.310637 1.568756 0.250203 0.803305 K0.01Na0.48Ca0.51Al1.51Si2.49O8 55.3683 0 28.4168 0 0 0 0 0 0 0 10.5247 5.54838 0.141885 0 0 0
-spinel1 0.544561 -3268.530461 1.137331 0.117003 0.503143 Fe''1.57Mg0.18Fe'''0.39Al0.12Cr0.00Ti0.75O4 0 27.6241 2.74612 14.2379 0 52.0327 0 3.35922 0 0 0 0 0 0 0 0
-index 133 Pressure 1000.00 Temperature 1074.58 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 32.322446 -365315.764975 82.371441 11.871444 43.786697 3.238 53.67 2.32262 10.1035 1.60077 0 16.7994 0.766138 1.95129 0 0 7.58276 3.56415 0.69186 0.579606 0.30667 0.0613339
-olivine1 0.038246 -324.510999 0.082709 0.009957 0.040300 (Ca0.01Mg0.35Fe''0.61Mn0.04Co0.00Ni0.00)2SiO4 33.0224 0 0 0 0 48.2728 3.05613 15.071 0 0 0.577618 0 0 0 0 0
-clinopyroxene1 0.825028 -9668.610596 1.836658 0.244751 0.938879     Na0.02Ca0.67Fe''0.55Mg0.66Fe'''0.04Ti0.02Al0.15Si1.90O6 49.4511 0.578982 3.39732 1.38163 0 17.1872 0 11.5529 0 0 16.214 0.236848 0 0 0 0
-plagioclase1 0.619791 -8590.753956 1.478587 0.236251 0.757932 K0.01Na0.49Ca0.50Al1.50Si2.50O8 55.5298 0 28.3066 0 0 0 0 0 0 0 10.3961 5.61943 0.1481 0 0 0
-spinel1 0.428478 -2554.733470 0.892339 0.091844 0.394828 Fe''1.58Mg0.17Fe'''0.39Al0.11Cr0.00Ti0.75O4 0 27.4788 2.69128 14.4394 0 52.297 0 3.09357 0 0 0 0 0 0 0 0
-index 134 Pressure 1000.00 Temperature 1069.59 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 30.369506 -345099.828798 77.316202 11.224730 41.040082 3.366 54.5788 2.14186 9.98767 1.50235 0 16.3854 0.776719 1.7008 0 0 7.53215 3.65305 0.732672 0.616878 0.32639 0.0652781
-olivine1 0.364727 -3031.771953 0.783798 0.094207 0.381164 (Ca0.01Mg0.32Fe''0.64Mn0.04Co0.00Ni0.00)2SiO4 32.7159 0 0 0 0 49.7191 3.23652 13.7335 0 0 0.594971 0 0 0 0 0
-clinopyroxene1 0.506135 -5925.394356 1.121338 0.149947 0.573268     Na0.02Ca0.70Fe''0.55Mg0.62Fe'''0.04Ti0.02Al0.16Si1.89O6 49.1858 0.63821 3.45596 1.4995 0 17.0751 0 10.7859 0 0 17.1073 0.252153 0 0 0 0
-plagioclase1 0.731581 -10143.797819 1.742494 0.278924 0.894239 K0.01Na0.49Ca0.50Al1.50Si2.50O8 55.6481 0 28.2257 0 0 0 0 0 0 0 10.3018 5.6711 0.153294 0 0 0
-spinel1 0.359495 -2124.135729 0.746429 0.076846 0.330294 Fe''1.59Mg0.15Fe'''0.41Al0.11Cr0.00Ti0.74O4 0 27.159 2.61331 14.9959 0 52.4206 0 2.81121 0 0 0 0 0 0 0 0
-index 135 Pressure 1000.00 Temperature 1064.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 28.642998 -327258.479396 72.844970 10.651953 38.620898 3.492 55.4661 1.98398 9.86033 1.40927 0 15.9562 0.782144 1.47689 0 0 7.48604 3.73655 0.773156 0.654061 0.346064 0.0692128
-olivine1 0.350760 -2860.571762 0.749240 0.089943 0.363792 (Ca0.01Mg0.30Fe''0.66Mn0.04Co0.00Ni0.00)2SiO4 32.4356 0 0 0 0 51.046 3.3971 12.5107 0 0 0.610548 0 0 0 0 0
-clinopyroxene1 0.419839 -4896.862072 0.926163 0.124115 0.473431     Na0.02Ca0.73Fe''0.56Mg0.58Fe'''0.05Ti0.02Al0.16Si1.89O6 48.9532 0.667099 3.46974 1.59995 0 17.3384 0 10.1384 0 0 17.5717 0.261632 0 0 0 0
-plagioclase1 0.667073 -9252.515754 1.586351 0.254394 0.815029 K0.01Na0.50Ca0.49Al1.49Si2.51O8 55.7795 0 28.136 0 0 0 0 0 0 0 10.1972 5.72877 0.158572 0 0 0
-spinel1 0.297863 -1745.349947 0.616649 0.063511 0.272937 Fe''1.60Mg0.14Fe'''0.42Al0.11Cr0.00Ti0.73O4 0 26.8605 2.53677 15.5249 0 52.5209 0 2.55698 0 0 0 0 0 0 0 0
-index 136 Pressure 1000.00 Temperature 1059.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 27.112345 -311458.621731 68.878298 10.143036 36.483715 3.614 56.3278 1.84609 9.72284 1.32163 0 15.5182 0.783442 1.27815 0 0 7.44449 3.8145 0.813138 0.690987 0.365601 0.0731203
-olivine1 0.330056 -2644.615592 0.700930 0.084069 0.339925 (Ca0.01Mg0.27Fe''0.68Mn0.05Co0.00Ni0.00)2SiO4 32.1802 0 0 0 0 52.2589 3.53969 11.3968 0 0 0.624434 0 0 0 0 0
-clinopyroxene1 0.352600 -4093.458902 0.774629 0.103986 0.395901     Na0.02Ca0.74Fe''0.57Mg0.55Fe'''0.05Ti0.02Al0.16Si1.89O6 48.7321 0.686405 3.46703 1.69536 0 17.7295 0 9.535 0 0 17.8852 0.269344 0 0 0 0
-plagioclase1 0.609043 -8450.452807 1.446100 0.232330 0.743804 K0.01Na0.50Ca0.49Al1.49Si2.51O8 55.9211 0 28.0394 0 0 0 0 0 0 0 10.0844 5.79113 0.163955 0 0 0
-spinel1 0.248009 -1442.140850 0.511969 0.052758 0.226700 Fe''1.60Mg0.13Fe'''0.44Al0.11Cr0.00Ti0.73O4 0 26.5861 2.46155 16.0193 0 52.6051 0 2.32798 0 0 0 0 0 0 0 0
-index 137 Pressure 1000.00 Temperature 1054.61 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 25.721963 -297150.216012 65.269258 9.679394 34.549378 3.738 57.1898 1.72161 9.57968 1.23665 0 15.0597 0.78111 1.09826 0 0 7.40832 3.88985 0.853399 0.728338 0.385255 0.068059
-olivine1 0.315111 -2483.166497 0.665417 0.079760 0.322400 (Ca0.01Mg0.25Fe''0.70Mn0.05Co0.00Ni0.00)2SiO4 31.9429 0 0 0 0 53.3905 3.66814 10.3613 0 0 0.637215 0 0 0 0 0
-clinopyroxene1 0.305930 -3532.656854 0.669354 0.089984 0.342016     Na0.02Ca0.75Fe''0.59Mg0.52Fe'''0.05Ti0.02Al0.16Si1.88O6 48.5127 0.70107 3.45437 1.79045 0 18.2045 0 8.94536 0 0 18.1153 0.276251 0 0 0 0
-plagioclase1 0.562875 -7812.439870 1.334422 0.214786 0.687124 K0.01Na0.51Ca0.48Al1.48Si2.52O8 56.0727 0 27.936 0 0 0 0 0 0 0 9.96371 5.85796 0.169555 0 0 0
-spinel1 0.213201 -1230.890532 0.438873 0.045256 0.194439 Fe''1.61Mg0.12Fe'''0.45Al0.10Cr0.00Ti0.72O4 0 26.3311 2.38668 16.4855 0 52.6798 0 2.11695 0 0 0 0 0 0 0 0
-fluid1 0.002346 -18.266051 0.012270 0.007544 0.003259 H2O0.03CO20.97 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1.19004 98.81
-index 138 Pressure 1000.00 Temperature 1049.62 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 24.495280 -284513.820291 62.083050 9.269338 32.847791 3.856 58.0086 1.61423 9.42835 1.15823 0 14.6101 0.776406 0.942119 0 0 7.37465 3.95846 0.892493 0.764812 0.40449 0.0671106
-olivine1 0.285680 -2217.283886 0.600020 0.071897 0.290532 (Ca0.01Mg0.23Fe''0.72Mn0.05Co0.00Ni0.00)2SiO4 31.7288 0 0 0 0 54.4136 3.78155 9.42784 0 0 0.648184 0 0 0 0 0
-clinopyroxene1 0.260425 -2990.248736 0.567503 0.076393 0.289914     Na0.02Ca0.76Fe''0.61Mg0.49Fe'''0.06Ti0.02Al0.16Si1.88O6 48.3005 0.713152 3.43497 1.88217 0 18.7194 0 8.38122 0 0 18.286 0.282566 0 0 0 0
-plagioclase1 0.511810 -7105.988768 1.211497 0.195365 0.624519 K0.01Na0.52Ca0.47Al1.47Si2.53O8 56.23 0 27.8288 0 0 0 0 0 0 0 9.83856 5.92737 0.175237 0 0 0
-spinel1 0.176795 -1014.152997 0.362928 0.037454 0.160902 Fe''1.61Mg0.11Fe'''0.46Al0.10Cr0.00Ti0.72O4 0 26.1078 2.31365 16.9004 0 52.7502 0 1.92797 0 0 0 0 0 0 0 0
-fluid1 0.001514 -11.801843 0.007919 0.004857 0.002104 H2O0.03CO20.97 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1.27922 98.7208
-index 139 Pressure 1000.00 Temperature 1044.62 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 23.396876 -273197.722403 59.226787 8.901180 31.328407 3.969 58.7975 1.51974 9.27203 1.08479 0 14.1643 0.769798 0.805171 0 0 7.34345 4.02203 0.930785 0.800717 0.423422 0.0662631
-olivine1 0.261288 -1999.707007 0.545947 0.065412 0.264249 (Ca0.01Mg0.21Fe''0.73Mn0.05Co0.00Ni0.00)2SiO4 31.5333 0 0 0 0 55.3507 3.88297 8.57539 0 0 0.657707 0 0 0 0 0
-clinopyroxene1 0.226886 -2589.816783 0.492443 0.066370 0.251523     Na0.02Ca0.77Fe''0.63Mg0.46Fe'''0.06Ti0.02Al0.16Si1.88O6 48.0926 0.723757 3.41046 1.97174 0 19.2654 0 7.83288 0 0 18.4147 0.288495 0 0 0 0
-plagioclase1 0.468729 -6509.935963 1.107817 0.178982 0.571705 K0.01Na0.52Ca0.47Al1.47Si2.53O8 56.392 0 27.7184 0 0 0 0 0 0 0 9.70966 5.99889 0.181041 0 0 0
-spinel1 0.149684 -853.644847 0.306444 0.031654 0.135966 Fe''1.62Mg0.10Fe'''0.48Al0.10Cr0.00Ti0.71O4 0 25.9129 2.24209 17.2679 0 52.8208 0 1.75627 0 0 0 0 0 0 0 0
-fluid1 0.001381 -10.778228 0.007224 0.004419 0.001921 H2O0.03CO20.97 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1.37018 98.6298
-index 140 Pressure 1000.00 Temperature 1039.63 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 22.409121 -263018.341566 56.655004 8.569216 29.965569 4.078 59.5572 1.43622 9.11224 1.016 0 13.7245 0.761787 0.685229 0 0 7.31413 4.0809 0.968246 0.836011 0.44203 0.0655034
-olivine1 0.238353 -1800.633874 0.495534 0.059379 0.239809 (Ca0.01Mg0.20Fe''0.75Mn0.05Co0.00Ni0.00)2SiO4 31.354 0 0 0 0 56.2115 3.9743 7.79422 0 0 0.665903 0 0 0 0 0
-clinopyroxene1 0.200028 -2269.394407 0.432419 0.058349 0.220832     Na0.02Ca0.78Fe''0.65Mg0.43Fe'''0.06Ti0.02Al0.16Si1.88O6 47.8887 0.733486 3.38186 2.05902 0 19.833 0 7.2984 0 0 18.5115 0.294117 0 0 0 0
-plagioclase1 0.430109 -5975.465568 1.014977 0.164293 0.524376 K0.01Na0.53Ca0.46Al1.46Si2.54O8 56.5574 0 27.6057 0 0 0 0 0 0 0 9.57808 6.07189 0.186962 0 0 0
-spinel1 0.127584 -723.795091 0.260506 0.026936 0.115685 Fe''1.62Mg0.09Fe'''0.49Al0.09Cr0.00Ti0.71O4 0 25.7463 2.17205 17.5872 0 52.8949 0 1.59953 0 0 0 0 0 0 0 0
-fluid1 0.001269 -9.917174 0.006639 0.004051 0.001766 H2O0.03CO20.97 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1.46266 98.5373
-index 141 Pressure 1000.00 Temperature 1034.64 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 21.517129 -253821.364007 54.329353 8.268625 28.737722 4.184 60.2886 1.36207 8.95025 0.951549 0 13.2921 0.752772 0.58032 0 0 7.28624 4.13542 1.00486 0.870668 0.460298 0.0648203
-olivine1 0.217169 -1620.951150 0.449310 0.053857 0.217445 (Ca0.01Mg0.18Fe''0.76Mn0.06Co0.00Ni0.00)2SiO4 31.1891 0 0 0 0 57.005 4.05724 7.07571 0 0 0.672888 0 0 0 0 0
-clinopyroxene1 0.178300 -2010.376257 0.383915 0.051863 0.196041     Na0.02Ca0.78Fe''0.67Mg0.40Fe'''0.06Ti0.02Al0.16Si1.88O6 47.6889 0.742685 3.34986 2.1437 0 20.4153 0 6.77684 0 0 18.5833 0.299475 0 0 0 0
-plagioclase1 0.395515 -5496.590054 0.931901 0.151132 0.481992 K0.01Na0.53Ca0.45Al1.45Si2.55O8 56.725 0 27.4914 0 0 0 0 0 0 0 9.44468 6.14589 0.192999 0 0 0
-spinel1 0.109443 -617.954519 0.222881 0.023071 0.099070 Fe''1.63Mg0.08Fe'''0.49Al0.09Cr0.00Ti0.71O4 0 25.6076 2.10356 17.8578 0 52.9752 0 1.45577 0 0 0 0 0 0 0 0
-fluid1 0.001174 -9.189172 0.006145 0.003740 0.001635 H2O0.04CO20.96 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1.55641 98.4436
-index 142 Pressure 1000.00 Temperature 1029.64 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 20.708325 -245476.913071 52.217466 7.995334 27.626748 4.285 60.9929 1.29597 8.78713 0.891148 0 12.8681 0.743067 0.488688 0 0 7.2594 4.18591 1.04063 0.904673 0.478221 0.0642037
-olivine1 0.197819 -1460.057228 0.407355 0.048851 0.197179 (Ca0.01Mg0.17Fe''0.78Mn0.06Co0.00Ni0.00)2SiO4 31.0368 0 0 0 0 57.7388 4.13327 6.41232 0 0 0.678766 0 0 0 0 0
-clinopyroxene1 0.160554 -1798.952147 0.344328 0.046568 0.175817     Na0.02Ca0.79Fe''0.70Mg0.37Fe'''0.07Ti0.02Al0.15Si1.88O6 47.4936 0.751558 3.31493 2.22544 0 21.0069 0 6.2679 0 0 18.635 0.304589 0 0 0 0
-plagioclase1 0.364520 -5067.448702 0.857540 0.139339 0.444030 K0.01Na0.54Ca0.45Al1.45Si2.55O8 56.8941 0 27.3761 0 0 0 0 0 0 0 9.31014 6.22048 0.199147 0 0 0
-spinel1 0.094447 -531.036215 0.191847 0.019882 0.085362 Fe''1.63Mg0.07Fe'''0.50Al0.09Cr0.00Ti0.71O4 0 25.4961 2.03664 18.0803 0 53.0637 0 1.32329 0 0 0 0 0 0 0 0
-fluid1 0.001094 -8.570359 0.005725 0.003475 0.001524 H2O0.04CO20.96 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1.65124 98.3488
-index 143 Pressure 1000.00 Temperature 1024.65 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 19.972072 -237875.463383 50.291983 7.745893 26.617387 4.383 61.6711 1.23682 8.62373 0.834512 0 12.4531 0.732919 0.408793 0 0 7.23327 4.2327 1.07555 0.938023 0.495796 0.0636454
-olivine1 0.180261 -1316.617617 0.369504 0.044339 0.178918 (Ca0.01Mg0.15Fe''0.79Mn0.06Co0.00Ni0.00)2SiO4 30.8957 0 0 0 0 58.4195 4.20367 5.79756 0 0 0.683634 0 0 0 0 0
-clinopyroxene1 0.145926 -1624.766006 0.311710 0.042205 0.159164     Na0.02Ca0.79Fe''0.72Mg0.34Fe'''0.07Ti0.02Al0.15Si1.88O6 47.3033 0.76022 3.27744 2.30382 0 21.6035 0 5.77163 0 0 18.6707 0.309471 0 0 0 0
-plagioclase1 0.336725 -4682.511301 0.790914 0.128761 0.409993 K0.01Na0.55Ca0.44Al1.44Si2.56O8 57.0639 0 27.2603 0 0 0 0 0 0 0 9.17497 6.29536 0.205406 0 0 0
-spinel1 0.081966 -459.132708 0.166071 0.017232 0.073972 Fe''1.64Mg0.07Fe'''0.51Al0.09Cr0.00Ti0.70O4 0 25.4109 1.97129 18.2553 0 53.1618 0 1.20063 0 0 0 0 0 0 0 0
-fluid1 0.001025 -8.041464 0.005365 0.003249 0.001429 H2O0.04CO20.96 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1.74696 98.253
-index 144 Pressure 1000.00 Temperature 1019.65 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 19.296953 -230896.951355 48.524182 7.516559 25.692759 4.479 62.3302 1.18361 8.4614 0.781273 0 12.048 0.722595 0.339172 0 0 7.20382 4.27652 1.10979 0.967412 0.513089 0.0631319
-olivine1 0.164430 -1189.280243 0.335552 0.040296 0.162554 (Ca0.01Mg0.14Fe''0.80Mn0.06Co0.00Ni0.00)2SiO4 30.7642 0 0 0 0 59.0525 4.27047 5.22522 0 0 0.687602 0 0 0 0 0
-clinopyroxene1 0.134296 -1485.863502 0.285722 0.038731 0.145906     Na0.02Ca0.80Fe''0.74Mg0.31Fe'''0.07Ti0.02Al0.15Si1.88O6 47.1181 0.768772 3.23767 2.37851 0 22.2017 0 5.28778 0 0 18.6933 0.314125 0 0 0 0
-plagioclase1 0.311994 -4339.961968 0.731672 0.119348 0.382378 K0.01Na0.55Ca0.43Al1.43Si2.57O8 57.2341 0 27.1443 0 0 0 0 0 0 0 9.0395 6.37031 0.211801 0 0 0
-spinel1 0.071653 -400.039013 0.144813 0.015046 0.064574 Fe''1.64Mg0.06Fe'''0.51Al0.08Cr0.00Ti0.70O4 0 25.3514 1.90741 18.3836 0 53.2711 0 1.08646 0 0 0 0 0 0 0 0
-whitlockite1 0.001446  0.003211 -17.528214 0.000455 0.001968 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000968 -7.608496 0.005070 0.003062 0.001352 H2O0.04CO20.96 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1.84377 98.1562
-index 145 Pressure 1000.00 Temperature 1014.66 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 18.663102 -224322.281695 46.866430 7.300683 24.821460 4.577 63.0034 1.13529 8.30404 0.730644 0 11.6549 0.712648 0.27816 0 0 7.14947 4.3201 1.1441 0.974147 0.53046 0.0626242
-olivine1 0.150239 -1076.645214 0.305255 0.036689 0.147962 (Ca0.01Mg0.13Fe''0.81Mn0.06Co0.00Ni0.00)2SiO4 30.6406 0 0 0 0 59.6415 4.33976 4.68725 0 0 0.690887 0 0 0 0 0
-clinopyroxene1 0.127218 -1398.679606 0.269578 0.036587 0.137683     Na0.02Ca0.80Fe''0.76Mg0.29Fe'''0.07Ti0.02Al0.15Si1.88O6 46.9374 0.777479 3.19561 2.44959 0 22.8017 0 4.81388 0 0 18.7058 0.318547 0 0 0 0
-plagioclase1 0.290858 -4047.225474 0.681016 0.111303 0.356358 K0.01Na0.56Ca0.43Al1.43Si2.57O8 57.4047 0 27.0278 0 0 0 0 0 0 0 8.90364 6.4453 0.218492 0 0 0
-spinel1 0.063635 -354.243700 0.128289 0.013348 0.057272 Fe''1.65Mg0.05Fe'''0.51Al0.08Cr0.00Ti0.70O4 0 25.3185 1.84439 18.4634 0 53.3946 0 0.979154 0 0 0 0 0 0 0 0
-whitlockite1 0.012099  0.026804 -146.742630 0.003808 0.016415 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000934 -7.346819 0.004891 0.002946 0.001304 H2O0.05CO20.95 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1.94359 98.0564
-index 146 Pressure 1000.00 Temperature 1009.67 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 18.081739 -218286.859346 45.343014 7.102163 24.023672 4.671 63.6512 1.09169 8.1476 0.683196 0 11.2716 0.70263 0.225591 0 0 7.09708 4.36049 1.17755 0.98177 0.547461 0.0621611
-olivine1 0.137085 -973.889725 0.277337 0.033366 0.134522 (Ca0.01Mg0.11Fe''0.82Mn0.06Co0.00Ni0.00)2SiO4 30.5249 0 0 0 0 60.1918 4.40571 4.18415 0 0 0.693385 0 0 0 0 0
-clinopyroxene1 0.117715 -1286.135332 0.248441 0.033760 0.126917     Na0.03Ca0.80Fe''0.79Mg0.26Fe'''0.08Ti0.02Al0.15Si1.88O6 46.7632 0.786087 3.15183 2.5159 0 23.3968 0 4.35389 0 0 18.7096 0.322737 0 0 0 0
-plagioclase1 0.270151 -3760.274608 0.631513 0.103416 0.330879 K0.01Na0.57Ca0.42Al1.42Si2.58O8 57.5748 0 26.9118 0 0 0 0 0 0 0 8.76821 6.51995 0.225285 0 0 0
-spinel1 0.055866 -310.211551 0.112348 0.011706 0.050214 Fe''1.66Mg0.05Fe'''0.51Al0.08Cr0.00Ti0.70O4 0 25.3097 1.78301 18.4981 0 53.5306 0 0.878553 0 0 0 0 0 0 0 0
-whitlockite1 0.012465  0.027550 -151.272065 0.003923 0.016864 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000886 -6.977341 0.004639 0.002787 0.001238 H2O0.05CO20.95 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2.04383 97.9562
-index 147 Pressure 1000.00 Temperature 1004.67 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 17.546626 -212726.758947 43.937991 6.918965 23.290511 4.763 64.2749 1.05221 7.99253 0.638685 0 10.898 0.692643 0.18051 0 0 7.04638 4.39796 1.21017 0.990214 0.564103 0.0617371
-olivine1 0.125283 -882.801758 0.252396 0.030398 0.122520 (Ca0.01Mg0.10Fe''0.83Mn0.06Co0.00Ni0.00)2SiO4 30.4164 0 0 0 0 60.707 4.46911 3.71234 0 0 0.695157 0 0 0 0 0
-clinopyroxene1 0.109692 -1191.111276 0.230576 0.031373 0.117829     Na0.03Ca0.81Fe''0.81Mg0.23Fe'''0.08Ti0.02Al0.15Si1.88O6 46.5958 0.794594 3.10657 2.57708 0 23.9848 0 3.90813 0 0 18.7063 0.326699 0 0 0 0
-plagioclase1 0.251497 -3501.730899 0.586952 0.096309 0.307931 K0.01Na0.57Ca0.41Al1.41Si2.59O8 57.744 0 26.7962 0 0 0 0 0 0 0 8.63339 6.59417 0.232185 0 0 0
-spinel1 0.049275 -273.026999 0.098851 0.010315 0.044235 Fe''1.66Mg0.04Fe'''0.52Al0.08Cr0.00Ti0.70O4 0 25.3241 1.72325 18.4896 0 53.6792 0 0.783851 0 0 0 0 0 0 0 0
-whitlockite1 0.011345  0.025013 -137.746744 0.003570 0.015304 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000844 -6.657079 0.004421 0.002649 0.001180 H2O0.05CO20.95 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2.14438 97.8556
-index 148 Pressure 1000.00 Temperature 999.68 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 17.052453 -207587.614281 42.637792 6.749356 22.614437 4.851 64.8759 1.01637 7.83918 0.596891 0 10.5337 0.682765 0.142094 0 0 6.99716 4.43275 1.24199 0.999426 0.580398 0.0613473
-olivine1 0.114678 -801.869622 0.230076 0.027743 0.111783 (Ca0.01Mg0.09Fe''0.84Mn0.06Co0.00Ni0.00)2SiO4 30.3144 0 0 0 0 61.1899 4.53065 3.26877 0 0 0.696256 0 0 0 0 0
-clinopyroxene1 0.102871 -1110.308072 0.215367 0.029343 0.110103     Na0.03Ca0.81Fe''0.83Mg0.21Fe'''0.08Ti0.02Al0.15Si1.88O6 46.4357 0.802993 3.06003 2.63275 0 24.5639 0 3.47688 0 0 18.6973 0.330436 0 0 0 0
-plagioclase1 0.234645 -3268.114402 0.546723 0.089888 0.287202 K0.01Na0.58Ca0.41Al1.41Si2.59O8 57.9123 0 26.6813 0 0 0 0 0 0 0 8.49927 6.66791 0.239192 0 0 0
-spinel1 0.043648 -241.415582 0.087350 0.009130 0.039137 Fe''1.67Mg0.04Fe'''0.51Al0.07Cr0.00Ti0.71O4 0 25.3605 1.66508 18.4394 0 53.8406 0 0.694371 0 0 0 0 0 0 0 0
-whitlockite1 0.010362  0.022793 -125.889515 0.003261 0.013939 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000807 -6.377880 0.004231 0.002528 0.001130 H2O0.05CO20.95 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2.24515 97.7548
-index 149 Pressure 1000.00 Temperature 994.69 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 16.594671 -202822.865828 41.430792 6.591847 21.989010 4.937 65.4555 0.983725 7.68784 0.55761 0 10.1786 0.673056 0.109623 0 0 6.94921 4.46509 1.27303 1.00937 0.596357 0.0609879
-olivine1 0.105131 -729.787080 0.210064 0.025362 0.102159 (Ca0.01Mg0.08Fe''0.85Mn0.06Co0.00Ni0.00)2SiO4 30.2183 0 0 0 0 61.6432 4.59095 2.85089 0 0 0.696727 0 0 0 0 0
-clinopyroxene1 0.097041 -1041.210412 0.202342 0.027608 0.103498     Na0.03Ca0.81Fe''0.85Mg0.18Fe'''0.08Ti0.02Al0.14Si1.88O6 46.2832 0.811275 3.01239 2.68259 0 25.1324 0 3.06036 0 0 18.6838 0.33395 0 0 0 0
-plagioclase1 0.219377 -3056.426593 0.510303 0.084068 0.268425 K0.01Na0.58Ca0.40Al1.40Si2.60O8 58.0797 0 26.567 0 0 0 0 0 0 0 8.36592 6.74113 0.24631 0 0 0
-spinel1 0.038815 -214.374423 0.077492 0.008112 0.034764 Fe''1.68Mg0.03Fe'''0.51Al0.07Cr0.00Ti0.71O4 0 25.418 1.60846 18.3492 0 54.0148 0 0.60954 0 0 0 0 0 0 0 0
-whitlockite1 0.009495  0.020835 -115.415414 0.002988 0.012737 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000775 -6.133219 0.004064 0.002422 0.001086 H2O0.06CO20.94 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2.34607 97.6539
-index 150 Pressure 1000.00 Temperature 989.69 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 16.169354 -198392.328125 40.306958 6.445153 21.408681 5.020 66.0148 0.953938 7.53874 0.520654 0 9.83227 0.663563 0.0824691 0 0 6.90238 4.49519 1.30334 1.02001 0.611992 0.0606554
-olivine1 0.096522 -665.432701 0.192085 0.023222 0.093514 (Ca0.01Mg0.07Fe''0.86Mn0.07Co0.00Ni0.00)2SiO4 30.1275 0 0 0 0 62.0688 4.65055 2.45657 0 0 0.696609 0 0 0 0 0
-clinopyroxene1 0.092044 -981.924576 0.191148 0.026120 0.097833     Na0.03Ca0.81Fe''0.87Mg0.16Fe'''0.08Ti0.03Al0.14Si1.88O6 46.1385 0.819429 2.96385 2.72629 0 25.689 0 2.65876 0 0 18.6669 0.337247 0 0 0 0
-plagioclase1 0.205507 -2864.084056 0.477240 0.078780 0.251369 K0.01Na0.59Ca0.39Al1.39Si2.61O8 58.246 0 26.4533 0 0 0 0 0 0 0 8.23334 6.81381 0.253543 0 0 0
-spinel1 0.034642 -191.106551 0.068994 0.007235 0.030991 Fe''1.68Mg0.03Fe'''0.51Al0.07Cr0.00Ti0.71O4 0 25.4958 1.55337 18.2202 0 54.2017 0 0.528879 0 0 0 0 0 0 0 0
-whitlockite1 0.008724  0.019096 -106.098261 0.002745 0.011669 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000747 -5.917862 0.003917 0.002328 0.001047 H2O0.06CO20.94 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2.44708 97.5529
-index 151 Pressure 1000.00 Temperature 984.70 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 15.773076 -194260.987261 39.257549 6.308150 20.868628 5.100 66.555 0.926701 7.39208 0.485851 0 9.49437 0.654323 0.06008 0 0 6.85647 4.52325 1.33293 1.03133 0.627317 0.0603466
-olivine1 0.088744 -607.848767 0.175904 0.021297 0.085733 (Ca0.01Mg0.06Fe''0.87Mn0.07Co0.00Ni0.00)2SiO4 30.0417 0 0 0 0 62.4683 4.70996 2.08408 0 0 0.69593 0 0 0 0 0
-clinopyroxene1 0.087767 -931.079788 0.181528 0.024845 0.092977     Na0.03Ca0.81Fe''0.89Mg0.14Fe'''0.08Ti0.03Al0.14Si1.88O6 46.0019 0.827448 2.91456 2.76356 0 26.2327 0 2.27225 0 0 18.6472 0.340332 0 0 0 0
-plagioclase1 0.192873 -2688.860367 0.447146 0.073962 0.235837 K0.01Na0.60Ca0.39Al1.39Si2.61O8 58.4113 0 26.3403 0 0 0 0 0 0 0 8.10151 6.88596 0.260898 0 0 0
-spinel1 0.031019 -170.971702 0.061630 0.006474 0.027719 Fe''1.69Mg0.03Fe'''0.50Al0.07Cr0.00Ti0.71O4 0 25.5931 1.49977 18.0539 0 54.4012 0 0.451994 0 0 0 0 0 0 0 0
-whitlockite1 0.008034  0.017543 -97.759168 0.002528 0.010716 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000722 -5.727622 0.003787 0.002245 0.001013 H2O0.06CO20.94 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2.54812 97.4519
-index 152 Pressure 1000.00 Temperature 979.71 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 15.402818 -190397.938377 38.274858 6.179847 20.364607 5.178 67.0771 0.90176 7.248 0.453039 0 9.16444 0.645362 0.0419642 0 0 6.81131 4.54945 1.36186 1.04331 0.642346 0.0600588
-olivine1 0.081707 -556.223039 0.161318 0.019561 0.078719 (Ca0.01Mg0.06Fe''0.88Mn0.07Co0.00Ni0.00)2SiO4 29.9606 0 0 0 0 62.843 4.76967 1.73207 0 0 0.69471 0 0 0 0 0
-clinopyroxene1 0.084140 -887.795391 0.173321 0.023761 0.088849     Na0.03Ca0.82Fe''0.92Mg0.12Fe'''0.09Ti0.03Al0.14Si1.88O6 45.8736 0.83532 2.86469 2.7941 0 26.7624 0 1.90105 0 0 18.6256 0.343211 0 0 0 0
-plagioclase1 0.181337 -2528.837116 0.419687 0.069562 0.221657 K0.02Na0.60Ca0.38Al1.38Si2.62O8 58.5758 0 26.2278 0 0 0 0 0 0 0 7.97037 6.95762 0.26838 0 0 0
-spinel1 0.027855 -153.448441 0.055213 0.005810 0.024865 Fe''1.70Mg0.02Fe'''0.50Al0.06Cr0.00Ti0.72O4 0 25.7093 1.44761 17.8514 0 54.6131 0 0.378583 0 0 0 0 0 0 0 0
-whitlockite1 0.007413  0.016149 -90.259266 0.002333 0.009860 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000700 -5.559199 0.003671 0.002170 0.000982 H2O0.06CO20.94 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2.64919 97.3508
-index 153 Pressure 1000.00 Temperature 974.71 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
-liquid1 15.033189 -186493.798197 37.298368 6.050980 19.860305 5.255 67.6028 0.875474 7.11341 0.414562 0 8.85015 0.644031 0.0303317 0 0 6.72379 4.58007 1.39223 1.05524 0.658088 0.0598321
-olivine1 0.057027 -379.655828 0.111670 0.013587 0.054401 (Ca0.03Mg0.03Fe''0.90Mn0.07Co0.00Ni0.00)2SiO4 29.6342 0 0 0 0 64.0833 4.7014 8.59849e-05 0 0 1.58103 0 0 0 0 0
-clinopyroxene1 0.121542 -1275.977363 0.249382 0.034248 0.127974     Na0.03Ca0.82Fe''0.94Mg0.10Fe'''0.09Ti0.03Al0.14Si1.88O6 45.7959 0.830674 2.79683 2.77755 0 27.3077 0 1.58027 0 0 18.5668 0.344255 0 0 0 0
-plagioclase1 0.169293 -2361.410517 0.391254 0.064987 0.206894 K0.02Na0.61Ca0.37Al1.37Si2.63O8 58.8613 0 26.0327 0 0 0 0 0 0 0 7.74273 7.0823 0.280957 0 0 0
-spinel1 0.026378 -145.359749 0.052144 0.005499 0.023513 Fe''1.71Mg0.02Fe'''0.48Al0.06Cr0.00Ti0.73O4 0 26.0443 1.36199 17.2506 0 55.0664 0 0.276768 0 0 0 0 0 0 0 0
-whitlockite1 0.007608  0.016534 -92.684984 0.002394 0.010092 Ca3(PO4)2 0 0 0 0 0 0 0 0 0 0 54.2384 0 0 45.7616 0 0
-fluid1 0.000688 -5.470610 0.003609 0.002127 0.000966 H2O0.07CO20.93 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2.77439 97.2256
+index 1 Pressure 3000.00 Temperature 1400.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.803985 -1134544.193964 327.232176 42.595339 154.379577 0.346 47.6731 1.92861 12.415 1.38973 0 11.2613 0.236386 6.22014 0 0 10.6524 2.33572 0.231696 0.17729 5.45686 0.0218849
+fluid1 0.196015 -1964.843389 1.920853 0.564920 0.550782 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.2622 12.7378
+index 2 Pressure 3000.00 Temperature 1397.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.806066 -1135029.208343 326.975695 42.581488 154.380585 0.353 47.6721 1.92857 12.4147 1.3897 0 11.261 0.236381 6.22001 0 0 10.6522 2.33567 0.231691 0.177286 5.45869 0.0220277
+fluid1 0.193934 -1945.189432 1.898948 0.557839 0.543897 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.1993 12.8007
+index 3 Pressure 3000.00 Temperature 1394.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.808142 -1135514.197957 326.718659 42.567622 154.381572 0.361 47.6711 1.92853 12.4144 1.38967 0 11.2608 0.236376 6.21988 0 0 10.6519 2.33562 0.231686 0.177282 5.46051 0.0221721
+fluid1 0.191858 -1925.540142 1.877109 0.550791 0.536952 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.136 12.864
+index 4 Pressure 3000.00 Temperature 1391.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.810215 -1135999.162953 326.461067 42.553743 154.382539 0.368 47.6701 1.92849 12.4142 1.38964 0 11.2606 0.236371 6.21976 0 0 10.6517 2.33557 0.231681 0.177279 5.46232 0.0223179
+fluid1 0.189785 -1905.895151 1.855337 0.543779 0.529936 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.0725 12.9275
+index 5 Pressure 3000.00 Temperature 1388.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.812284 -1136484.103539 326.202917 42.539849 154.383486 0.375 47.6691 1.92845 12.4139 1.38961 0 11.2603 0.236366 6.21963 0 0 10.6515 2.33553 0.231677 0.177275 5.46414 0.0224653
+fluid1 0.187716 -1886.253997 1.833631 0.536800 0.522839 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.0086 12.9914
+index 6 Pressure 3000.00 Temperature 1385.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.814350 -1136969.020135 325.944208 42.525943 154.384411 0.382 47.6681 1.92841 12.4137 1.38958 0 11.2601 0.236362 6.2195 0 0 10.6513 2.33548 0.231672 0.177271 5.46594 0.0226143
+fluid1 0.185650 -1866.615984 1.811991 0.529855 0.515647 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.9444 13.0556
+index 7 Pressure 3000.00 Temperature 1382.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.816412 -1137453.913250 325.684938 42.512023 154.385317 0.390 47.6671 1.92837 12.4134 1.38956 0 11.2599 0.236357 6.21937 0 0 10.6511 2.33543 0.231667 0.177268 5.46775 0.0227649
+fluid1 0.183588 -1846.980284 1.790417 0.522944 0.508343 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.8798 13.1202
+index 8 Pressure 3000.00 Temperature 1379.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.818471 -1137938.783546 325.425107 42.498089 154.386202 0.397 47.6662 1.92833 12.4132 1.38953 0 11.2596 0.236352 6.21924 0 0 10.6508 2.33538 0.231662 0.177264 5.46954 0.0229171
+fluid1 0.181529 -1827.345871 1.768907 0.516066 0.500907 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.815 13.185
+index 9 Pressure 3000.00 Temperature 1376.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.820527 -1138423.631959 325.164714 42.484142 154.387066 0.404 47.6652 1.92829 12.4129 1.3895 0 11.2594 0.236347 6.21911 0 0 10.6506 2.33533 0.231658 0.17726 5.47134 0.023071
+fluid1 0.179473 -1807.711388 1.747461 0.509220 0.493315 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.7498 13.2502
+index 10 Pressure 3000.00 Temperature 1373.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.822579 -1138908.459461 324.903758 42.470182 154.387912 0.412 47.6642 1.92825 12.4126 1.38947 0 11.2592 0.236342 6.21899 0 0 10.6504 2.33528 0.231653 0.177257 5.47312 0.0232266
+fluid1 0.177421 -1788.075366 1.726079 0.502408 0.485534 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.6844 13.3156
+index 11 Pressure 3000.00 Temperature 1370.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.824629 -1139393.267596 324.642239 42.456210 154.388737 0.419 47.6632 1.92821 12.4124 1.38944 0 11.2589 0.236337 6.21886 0 0 10.6502 2.33524 0.231648 0.177253 5.47491 0.023384
+fluid1 0.175371 -1768.435679 1.704759 0.495627 0.477525 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.6186 13.3814
+index 12 Pressure 3000.00 Temperature 1367.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.826676 -1139878.057884 324.380156 42.442224 154.389544 0.426 47.6622 1.92817 12.4121 1.38941 0 11.2587 0.236332 6.21873 0 0 10.65 2.33519 0.231643 0.177249 5.47668 0.0235432
+fluid1 0.173324 -1748.790094 1.683500 0.488878 0.469237 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.5526 13.4474
+index 13 Pressure 3000.00 Temperature 1364.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.828720 -1140362.832401 324.117510 42.428227 154.390333 0.434 47.6613 1.92813 12.4119 1.38938 0 11.2585 0.236328 6.2186 0 0 10.6497 2.33514 0.231638 0.177246 5.47846 0.0237042
+fluid1 0.171280 -1729.135681 1.662301 0.482160 0.460604 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.4862 13.5138
+index 14 Pressure 3000.00 Temperature 1361.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.830761 -1140847.593701 323.854301 42.414218 154.391103 0.441 47.6603 1.92809 12.4116 1.38936 0 11.2582 0.236323 6.21848 0 0 10.6495 2.33509 0.231634 0.177242 5.48023 0.0238672
+fluid1 0.169239 -1709.468823 1.641159 0.475471 0.451540 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.4196 13.5804
+index 15 Pressure 3000.00 Temperature 1358.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.832801 -1141332.344764 323.590530 42.400197 154.391856 0.449 47.6593 1.92805 12.4114 1.38933 0 11.258 0.236318 6.21835 0 0 10.6493 2.33505 0.231629 0.177238 5.48199 0.0240321
+fluid1 0.167199 -1689.785206 1.620073 0.468812 0.441928 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.3527 13.6473
+index 16 Pressure 3000.00 Temperature 1355.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.834839 -1141817.089338 323.326199 42.386165 154.392593 0.456 47.6583 1.92801 12.4111 1.3893 0 11.2578 0.236313 6.21822 0 0 10.6491 2.335 0.231624 0.177235 5.48376 0.0241991
+fluid1 0.165161 -1670.079380 1.599041 0.462181 0.431610 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.2855 13.7145
+index 17 Pressure 3000.00 Temperature 1352.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.836876 -1142301.832098 323.061311 42.372122 154.393316 0.464 47.6574 1.92798 12.4109 1.38927 0 11.2576 0.236308 6.21809 0 0 10.6489 2.33495 0.23162 0.177231 5.48551 0.0243682
+fluid1 0.163124 -1650.344448 1.578059 0.455577 0.420363 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.2181 13.7819
+index 18 Pressure 3000.00 Temperature 1349.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.838912 -1142786.578778 322.795868 42.358071 154.394024 0.472 47.6564 1.92794 12.4106 1.38924 0 11.2573 0.236303 6.21797 0 0 10.6487 2.3349 0.231615 0.177228 5.48727 0.0245396
+fluid1 0.161088 -1630.571717 1.557125 0.448997 0.407867 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.1504 13.8496
+index 19 Pressure 3000.00 Temperature 1346.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.840948 -1143271.336724 322.529875 42.344010 154.394721 0.479 47.6554 1.9279 12.4104 1.38921 0 11.2571 0.236299 6.21784 0 0 10.6484 2.33486 0.23161 0.177224 5.48902 0.0247134
+fluid1 0.159052 -1610.749788 1.536233 0.442441 0.393645 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.0825 13.9175
+index 20 Pressure 3000.00 Temperature 1343.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.842986 -1143756.115382 322.263340 42.329942 154.395408 0.487 47.6545 1.92786 12.4101 1.38919 0 11.2569 0.236294 6.21771 0 0 10.6482 2.33481 0.231605 0.17722 5.49077 0.0248898
+fluid1 0.157014 -1590.863493 1.515378 0.435905 0.376958 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.0144 13.9856
+index 21 Pressure 3000.00 Temperature 1340.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.845025 -1144240.927205 321.996271 42.315868 154.396089 0.495 47.6535 1.92782 12.4099 1.38916 0 11.2566 0.236289 6.21759 0 0 10.648 2.33476 0.231601 0.177217 5.49253 0.0250689
+fluid1 0.154975 -1570.891986 1.494556 0.429387 0.356607 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.9461 14.0539
+index 22 Pressure 3000.00 Temperature 1337.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.847069 -1144725.789197 321.728682 42.301791 154.396769 0.502 47.6525 1.92778 12.4096 1.38913 0 11.2564 0.236284 6.21746 0 0 10.6478 2.33471 0.231596 0.177213 5.49428 0.0252512
+fluid1 0.152931 -1550.805361 1.473758 0.422881 0.330521 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.8776 14.1224
+index 23 Pressure 3000.00 Temperature 1334.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.849119 -1145210.725248 321.460592 42.287713 154.397452 0.510 47.6515 1.92774 12.4093 1.3891 0 11.2562 0.236279 6.21733 0 0 10.6476 2.33466 0.231591 0.177209 5.49603 0.0254369
+fluid1 0.150881 -1530.558671 1.452976 0.416381 0.294844 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.809 14.191
+index 24 Pressure 3000.00 Temperature 1331.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.851178 -1145695.771145 321.192032 42.273638 154.398148 0.518 47.6505 1.9277 12.4091 1.38907 0 11.2559 0.236274 6.2172 0 0 10.6473 2.33462 0.231586 0.177206 5.49779 0.0256267
+fluid1 0.148822 -1510.078913 1.432202 0.409878 0.241604 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.7403 14.2597
+index 25 Pressure 3000.00 Temperature 1328.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.853253 -1146180.984572 320.923051 42.259575 154.398871 0.526 47.6496 1.92766 12.4088 1.38904 0 11.2557 0.236269 6.21707 0 0 10.6471 2.33457 0.231582 0.177202 5.49956 0.0258215
+fluid1 0.146747 -1489.234838 1.411429 0.403358 0.151737 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.6716 14.3284
+index 26 Pressure 3000.00 Temperature 1325.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.855353 -1146666.469920 320.653742 42.245536 154.399648 0.533 47.6485 1.92762 12.4086 1.38901 0 11.2555 0.236265 6.21694 0 0 10.6469 2.33452 0.231577 0.177198 5.50134 0.026023
+fluid1 0.144647 -1467.749678 1.390672 0.396791 -0.031822 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.6031 14.3969
+index 27 Pressure 3000.00 Temperature 1322.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.857501 -1147152.458677 320.384309 42.231551 154.400535 0.541 47.6475 1.92758 12.4083 1.38898 0 11.2552 0.236259 6.21681 0 0 10.6467 2.33447 0.231572 0.177195 5.50316 0.026235
+fluid1 0.142499 -1444.847962 1.370066 0.390120 -0.564532 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.535 14.465
+index 28 Pressure 3000.00 Temperature 1319.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.859775 -1147639.765584 320.115481 42.217721 154.401737 0.549 47.6464 1.92753 12.408 1.38895 0 11.255 0.236254 6.21667 0 0 10.6464 2.33441 0.231566 0.177191 5.50508 0.0264706
+fluid1 0.140225 -1416.128140 1.351133 0.383131 -4.789758 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.4687 14.5313
+index 29 Pressure 3000.00 Temperature 1316.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.863044 -1148137.409289 319.855352 42.205180 154.405508 0.557 47.6449 1.92747 12.4076 1.38891 0 11.2546 0.236246 6.21647 0 0 10.6461 2.33434 0.231559 0.177185 5.50777 0.0268748
+fluid1 0.136956 -1387.067801 1.316643 0.373474 5.598344 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.4171 14.5829
+index 30 Pressure 3000.00 Temperature 1313.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.865216 -1148623.686913 319.584416 42.191195 154.406417 0.565 47.6438 1.92743 12.4073 1.38888 0 11.2544 0.236241 6.21633 0 0 10.6459 2.33429 0.231554 0.177181 5.5096 0.0270988
+fluid1 0.134784 -1371.441501 1.291132 0.366817 1.098382 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.3486 14.6514
+index 31 Pressure 3000.00 Temperature 1310.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.867278 -1149108.832955 319.311880 42.177058 154.407029 0.573 47.6429 1.92739 12.4071 1.38885 0 11.2541 0.236236 6.2162 0 0 10.6456 2.33424 0.231549 0.177177 5.51134 0.0273071
+fluid1 0.132722 -1352.578080 1.269416 0.360480 0.669105 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.2781 14.7219
+index 32 Pressure 3000.00 Temperature 1307.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.869298 -1149593.550466 319.038375 42.162858 154.407519 0.581 47.6419 1.92735 12.4068 1.38882 0 11.2539 0.236232 6.21608 0 0 10.6454 2.33419 0.231544 0.177174 5.51305 0.027511
+fluid1 0.130702 -1333.396286 1.248583 0.354280 0.535659 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.2068 14.7932
+index 33 Pressure 3000.00 Temperature 1304.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.871292 -1150078.009920 318.764052 42.148615 154.407930 0.589 47.6409 1.92731 12.4066 1.38879 0 11.2537 0.236227 6.21595 0 0 10.6452 2.33415 0.23154 0.17717 5.51473 0.0277132
+fluid1 0.128708 -1314.187672 1.228189 0.348172 0.474138 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.1349 14.8651
+index 34 Pressure 3000.00 Temperature 1301.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.873267 -1150562.281400 318.488973 42.134340 154.408280 0.597 47.64 1.92727 12.4063 1.38876 0 11.2535 0.236222 6.21583 0 0 10.645 2.3341 0.231535 0.177167 5.5164 0.0279148
+fluid1 0.126733 -1295.018706 1.208084 0.342137 0.438919 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.0626 14.9374
+index 35 Pressure 3000.00 Temperature 1298.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.875227 -1151046.400611 318.213169 42.120036 154.408578 0.605 47.6391 1.92723 12.4061 1.38874 0 11.2532 0.236217 6.21571 0 0 10.6448 2.33405 0.231531 0.177163 5.51805 0.0281165
+fluid1 0.124773 -1275.909305 1.188201 0.336165 0.415665 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.9898 15.0102
+index 36 Pressure 3000.00 Temperature 1295.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.877174 -1151530.388328 317.936656 42.105706 154.408828 0.613 47.6381 1.9272 12.4059 1.38871 0 11.253 0.236213 6.21559 0 0 10.6446 2.33401 0.231526 0.17716 5.51969 0.0283186
+fluid1 0.122826 -1256.865829 1.168502 0.330251 0.398660 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.9166 15.0834
+index 37 Pressure 3000.00 Temperature 1292.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.879109 -1152014.257540 317.659445 42.091352 154.409035 0.621 47.6372 1.92716 12.4056 1.38868 0 11.2528 0.236208 6.21547 0 0 10.6444 2.33396 0.231522 0.177156 5.52132 0.0285212
+fluid1 0.120891 -1237.890182 1.148967 0.324391 0.385253 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.8431 15.1569
+index 38 Pressure 3000.00 Temperature 1289.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.881033 -1152498.016779 317.381541 42.076975 154.409199 0.629 47.6363 1.92712 12.4054 1.38866 0 11.2526 0.236204 6.21535 0 0 10.6442 2.33392 0.231517 0.177153 5.52293 0.0287247
+fluid1 0.118967 -1218.982710 1.129583 0.318582 0.374069 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.7693 15.2307
+index 39 Pressure 3000.00 Temperature 1286.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.882946 -1152981.672012 317.102947 42.062576 154.409324 0.638 47.6354 1.92709 12.4051 1.38863 0 11.2524 0.236199 6.21523 0 0 10.644 2.33387 0.231513 0.177149 5.52454 0.0289289
+fluid1 0.117054 -1200.143085 1.110339 0.312824 0.364341 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.6951 15.3049
+index 40 Pressure 3000.00 Temperature 1283.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.884849 -1153465.227348 316.823667 42.048156 154.409410 0.646 47.6345 1.92705 12.4049 1.3886 0 11.2521 0.236195 6.21511 0 0 10.6438 2.33383 0.231508 0.177146 5.52613 0.0291341
+fluid1 0.115151 -1181.370950 1.091230 0.307113 0.355608 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.6206 15.3794
+index 41 Pressure 3000.00 Temperature 1280.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.886742 -1153948.685896 316.543700 42.033715 154.409458 0.654 47.6336 1.92701 12.4047 1.38858 0 11.2519 0.23619 6.21499 0 0 10.6436 2.33378 0.231504 0.177143 5.52771 0.0293403
+fluid1 0.113258 -1162.665802 1.072250 0.301451 0.347584 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.5459 15.4541
+index 42 Pressure 3000.00 Temperature 1277.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.888626 -1154432.049786 316.263047 42.019253 154.409469 0.662 47.6327 1.92698 12.4044 1.38855 0 11.2517 0.236186 6.21487 0 0 10.6434 2.33374 0.2315 0.177139 5.52929 0.0295475
+fluid1 0.111374 -1144.027369 1.053396 0.295835 0.340080 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.4708 15.5292
+index 43 Pressure 3000.00 Temperature 1274.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.890500 -1154915.320677 315.981708 42.004771 154.409442 0.671 47.6318 1.92694 12.4042 1.38852 0 11.2515 0.236181 6.21476 0 0 10.6432 2.3337 0.231495 0.177136 5.53085 0.0297558
+fluid1 0.109500 -1125.455359 1.034666 0.290265 0.332971 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.3955 15.6045
+index 44 Pressure 3000.00 Temperature 1271.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.892366 -1155398.499773 315.699681 41.990269 154.409380 0.679 47.6309 1.9269 12.404 1.3885 0 11.2513 0.236177 6.21464 0 0 10.643 2.33365 0.231491 0.177133 5.53241 0.0299651
+fluid1 0.107634 -1106.949600 1.016057 0.284740 0.326167 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.3199 15.6801
+index 45 Pressure 3000.00 Temperature 1268.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.894222 -1155881.587954 315.416966 41.975747 154.409281 0.688 47.63 1.92687 12.4037 1.38847 0 11.2511 0.236173 6.21453 0 0 10.6428 2.33361 0.231487 0.177129 5.53395 0.0301756
+fluid1 0.105778 -1088.510000 0.997568 0.279260 0.319607 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.244 15.756
+index 46 Pressure 3000.00 Temperature 1265.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.896069 -1156364.585836 315.133562 41.961206 154.409145 0.696 47.6291 1.92683 12.4035 1.38845 0 11.2509 0.236168 6.21441 0 0 10.6426 2.33357 0.231482 0.177126 5.53548 0.0303872
+fluid1 0.103931 -1070.136559 0.979197 0.273825 0.313244 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.1679 15.8321
+index 47 Pressure 3000.00 Temperature 1262.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.897907 -1156847.493870 314.849466 41.946644 154.408974 0.705 47.6283 1.9268 12.4033 1.38842 0 11.2507 0.236164 6.2143 0 0 10.6424 2.33352 0.231478 0.177123 5.53701 0.0305999
+fluid1 0.102093 -1051.829319 0.960943 0.268434 0.307047 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.0916 15.9084
+index 48 Pressure 3000.00 Temperature 1259.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.899736 -1157330.312338 314.564678 41.932064 154.408767 0.713 47.6274 1.92676 12.4031 1.3884 0 11.2505 0.23616 6.21418 0 0 10.6422 2.33348 0.231474 0.17712 5.53852 0.0308137
+fluid1 0.100264 -1033.588393 0.942806 0.263087 0.300990 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.015 15.985
+index 49 Pressure 3000.00 Temperature 1256.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.901556 -1157813.041428 314.279195 41.917464 154.408524 0.722 47.6265 1.92673 12.4028 1.38837 0 11.2503 0.236155 6.21407 0 0 10.642 2.33344 0.23147 0.177116 5.54003 0.0310287
+fluid1 0.098444 -1015.413921 0.924785 0.257784 0.295054 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.9381 16.0619
+index 50 Pressure 3000.00 Temperature 1253.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.903368 -1158295.681176 313.993016 41.902844 154.408246 0.730 47.6256 1.92669 12.4026 1.38835 0 11.2501 0.236151 6.21396 0 0 10.6418 2.3334 0.231465 0.177113 5.54153 0.0312449
+fluid1 0.096632 -997.306136 0.906879 0.252524 0.289226 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.8611 16.1389
+index 51 Pressure 3000.00 Temperature 1250.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.905171 -1158778.231545 313.706138 41.888206 154.407932 0.739 47.6248 1.92666 12.4024 1.38832 0 11.2499 0.236147 6.21384 0 0 10.6416 2.33335 0.231461 0.17711 5.54301 0.0314622
+fluid1 0.094829 -979.265305 0.889088 0.247307 0.283494 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.7838 16.2162
+index 52 Pressure 3000.00 Temperature 1247.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.906965 -1159260.692462 313.418561 41.873548 154.407583 0.748 47.6239 1.92662 12.4022 1.3883 0 11.2497 0.236142 6.21373 0 0 10.6414 2.33331 0.231457 0.177107 5.54449 0.0316807
+fluid1 0.093035 -961.291704 0.871410 0.242133 0.277851 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.7063 16.2937
+index 53 Pressure 3000.00 Temperature 1244.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.908750 -1159743.063740 313.130280 41.858872 154.407199 0.756 47.6231 1.92659 12.4019 1.38827 0 11.2495 0.236138 6.21362 0 0 10.6412 2.33327 0.231453 0.177104 5.54596 0.0319003
+fluid1 0.091250 -943.385691 0.853847 0.237002 0.272291 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.6286 16.3714
+index 54 Pressure 3000.00 Temperature 1241.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.910526 -1160225.345136 312.841295 41.844176 154.406779 0.765 47.6222 1.92655 12.4017 1.38825 0 11.2493 0.236134 6.21351 0 0 10.641 2.33323 0.231449 0.177101 5.54742 0.0321211
+fluid1 0.089474 -925.547670 0.836398 0.231913 0.266811 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.5507 16.4493
+index 55 Pressure 3000.00 Temperature 1238.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.912294 -1160707.536285 312.551603 41.829462 154.406324 0.774 47.6214 1.92652 12.4015 1.38822 0 11.2491 0.23613 6.2134 0 0 10.6408 2.33319 0.231445 0.177097 5.54886 0.032343
+fluid1 0.087706 -907.778148 0.819062 0.226867 0.261408 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.4727 16.5273
+index 56 Pressure 3000.00 Temperature 1235.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.914053 -1161189.636842 312.261202 41.814728 154.405833 0.783 47.6206 1.92649 12.4013 1.3882 0 11.2489 0.236126 6.21329 0 0 10.6406 2.33315 0.231441 0.177094 5.5503 0.032566
+fluid1 0.085947 -890.077611 0.801839 0.221862 0.256082 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.3944 16.6056
+index 57 Pressure 3000.00 Temperature 1232.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.915803 -1161671.646295 311.970089 41.799976 154.405307 0.792 47.6197 1.92645 12.4011 1.38817 0 11.2487 0.236122 6.21318 0 0 10.6405 2.33311 0.231437 0.177091 5.55173 0.0327902
+fluid1 0.084197 -872.446705 0.784730 0.216900 0.250834 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.316 16.684
+index 58 Pressure 3000.00 Temperature 1229.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.917544 -1162153.564093 311.678262 41.785205 154.404746 0.801 47.6189 1.92642 12.4009 1.38815 0 11.2485 0.236117 6.21307 0 0 10.6403 2.33307 0.231433 0.177088 5.55315 0.0330155
+fluid1 0.082456 -854.886117 0.767735 0.211980 0.245667 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.2374 16.7626
+index 59 Pressure 3000.00 Temperature 1226.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.919276 -1162635.389556 311.385718 41.770414 154.404148 0.810 47.6181 1.92639 12.4006 1.38812 0 11.2483 0.236113 6.21297 0 0 10.6401 2.33302 0.231429 0.177085 5.55456 0.0332419
+fluid1 0.080724 -837.396673 0.750853 0.207102 0.240586 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.1586 16.8414
+index 60 Pressure 3000.00 Temperature 1223.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.921000 -1163117.121835 311.092455 41.755606 154.403516 0.819 47.6172 1.92635 12.4004 1.3881 0 11.2481 0.236109 6.21286 0 0 10.6399 2.33298 0.231425 0.177082 5.55596 0.0334694
+fluid1 0.079000 -819.979376 0.734085 0.202265 0.235599 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.0797 16.9203
+index 61 Pressure 3000.00 Temperature 1220.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.922714 -1163598.759941 310.798469 41.740778 154.402847 0.828 47.6164 1.92632 12.4002 1.38808 0 11.2479 0.236105 6.21275 0 0 10.6397 2.33294 0.231421 0.177079 5.55736 0.0336979
+fluid1 0.077286 -802.635391 0.717431 0.197471 0.230717 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.0006 16.9994
+index 62 Pressure 3000.00 Temperature 1217.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.924419 -1164080.302689 310.503757 41.725931 154.402142 0.837 47.6156 1.92629 12.4 1.38805 0 11.2477 0.236101 6.21265 0 0 10.6395 2.3329 0.231417 0.177076 5.55874 0.0339276
+fluid1 0.075581 -785.366109 0.700891 0.192718 0.225954 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.9214 17.0786
+index 63 Pressure 3000.00 Temperature 1214.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.926115 -1164561.748561 310.208316 41.711065 154.401401 0.846 47.6148 1.92625 12.3998 1.38803 0 11.2475 0.236097 6.21254 0 0 10.6394 2.33287 0.231413 0.177073 5.56011 0.0341582
+fluid1 0.073885 -768.173296 0.684468 0.188007 0.221333 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.842 17.158
+index 64 Pressure 3000.00 Temperature 1211.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.927802 -1165043.095675 309.912142 41.696180 154.400623 0.855 47.614 1.92622 12.3996 1.38801 0 11.2473 0.236093 6.21244 0 0 10.6392 2.33283 0.231409 0.17707 5.56147 0.0343898
+fluid1 0.072198 -751.059144 0.668161 0.183339 0.216883 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.7625 17.2375
+index 65 Pressure 3000.00 Temperature 1208.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.929479 -1165524.341829 309.615232 41.681276 154.399808 0.864 47.6132 1.92619 12.3994 1.38798 0 11.2471 0.236089 6.21233 0 0 10.639 2.33279 0.231405 0.177067 5.56282 0.0346223
+fluid1 0.070521 -734.026259 0.651971 0.178712 0.212651 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.6829 17.3171
+index 66 Pressure 3000.00 Temperature 1205.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.931146 -1165999.482807 309.321637 41.666352 151.154432 0.873 47.6124 1.92616 12.3992 1.38796 0 11.2469 0.236085 6.21223 0 0 10.6388 2.33275 0.231401 0.177064 5.56416 0.0348557
+fluid1 0.068854 -717.078295 0.635901 0.174129 0.208701 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.6032 17.3968
+index 67 Pressure 3000.00 Temperature 1202.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.932803 -1166470.780014 309.029833 41.651408 151.151280 0.882 47.6116 1.92612 12.399 1.38794 0 11.2467 0.236081 6.21213 0 0 10.6387 2.33271 0.231397 0.177061 5.5655 0.03509
+fluid1 0.067197 -700.219837 0.619954 0.169589 0.205134 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.5234 17.4766
+index 68 Pressure 3000.00 Temperature 1199.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.934450 -1166941.957158 308.737292 41.636443 151.148041 0.892 47.6108 1.92609 12.3988 1.38791 0 11.2466 0.236078 6.21202 0 0 10.6385 2.33267 0.231393 0.177058 5.56682 0.0353249
+fluid1 0.065550 -683.457254 0.604131 0.165093 0.202112 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.4435 17.5565
+index 69 Pressure 3000.00 Temperature 1196.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.936085 -1167413.006900 308.444008 41.621458 151.144715 0.901 47.6101 1.92606 12.3986 1.38789 0 11.2464 0.236074 6.21192 0 0 10.6383 2.33263 0.23139 0.177055 5.56812 0.0355604
+fluid1 0.063915 -666.799366 0.588439 0.160643 0.199901 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.3635 17.6365
+index 70 Pressure 3000.00 Temperature 1193.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.937708 -1167883.918973 308.149971 41.606450 151.141299 0.910 47.6093 1.92603 12.3983 1.38787 0 11.2462 0.23607 6.21182 0 0 10.6381 2.33259 0.231386 0.177052 5.56942 0.0357963
+fluid1 0.062292 -650.258885 0.572883 0.156241 0.198978 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.2833 17.7167
+index 71 Pressure 3000.00 Temperature 1190.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.939317 -1168354.677871 307.855164 41.591418 151.137789 0.920 47.6085 1.926 12.3981 1.38785 0 11.246 0.236066 6.21172 0 0 10.638 2.33256 0.231382 0.17705 5.57071 0.0360323
+fluid1 0.060683 -633.855559 0.557473 0.151890 0.200260 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.2031 17.7969
+index 72 Pressure 3000.00 Temperature 1187.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.940910 -1168825.259344 307.559565 41.576359 151.134178 0.929 47.6078 1.92597 12.398 1.38782 0 11.2458 0.236062 6.21162 0 0 10.6378 2.33252 0.231378 0.177047 5.57197 0.036268
+fluid1 0.059090 -617.621616 0.542223 0.147594 0.205710 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.1228 17.8772
+index 73 Pressure 3000.00 Temperature 1184.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.942484 -1169295.621962 307.263139 41.561270 151.130458 0.939 47.607 1.92594 12.3978 1.3878 0 11.2457 0.236059 6.21152 0 0 10.6376 2.33248 0.231375 0.177044 5.57323 0.0365026
+fluid1 0.057516 -601.615292 0.527155 0.143363 0.220226 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.0424 17.9576
+index 74 Pressure 3000.00 Temperature 1181.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.944031 -1169765.684750 306.965814 41.546140 151.126609 0.948 47.6063 1.92591 12.3976 1.38778 0 11.2455 0.236055 6.21143 0 0 10.6375 2.33245 0.231371 0.177041 5.57445 0.0367348
+fluid1 0.055969 -585.959794 0.512309 0.139214 0.259266 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.9619 18.0381
+index 75 Pressure 3000.00 Temperature 1178.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.945531 -1170235.252311 306.667426 41.530947 151.122585 0.958 47.6056 1.92588 12.3974 1.38776 0 11.2453 0.236051 6.21133 0 0 10.6373 2.33241 0.231368 0.177038 5.57565 0.0369612
+fluid1 0.054469 -570.995945 0.497747 0.135190 0.397324 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.8812 18.1188
+index 76 Pressure 3000.00 Temperature 1175.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.946913 -1170703.537027 306.367309 41.515603 151.118198 0.967 47.6049 1.92585 12.3972 1.38774 0 11.2452 0.236048 6.21125 0 0 10.6372 2.33238 0.231365 0.177036 5.57674 0.037168
+fluid1 0.053087 -558.628103 0.483359 0.131461 1.779608 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.8 18.2
+index 77 Pressure 3000.00 Temperature 1172.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.946617 -1171153.904056 306.051478 41.498219 151.109511 0.977 47.605 1.92586 12.3972 1.38774 0 11.2452 0.236049 6.21127 0 0 10.6372 2.33239 0.231365 0.177037 5.57657 0.0370667
+fluid1 0.053383 -566.868219 0.482193 0.131646 -2.568417 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.7111 18.2889
+index 78 Pressure 3000.00 Temperature 1169.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.947479 -1171616.610763 305.745401 41.482237 151.103696 0.987 47.6046 1.92584 12.3971 1.38773 0 11.2451 0.236047 6.21121 0 0 10.6371 2.33237 0.231363 0.177035 5.57727 0.0371806
+fluid1 0.052521 -554.837093 0.476090 0.129151 -0.292120 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.6282 18.3718
+index 79 Pressure 3000.00 Temperature 1166.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.948534 -1172081.361055 305.440400 41.466485 151.098309 0.997 47.6041 1.92582 12.397 1.38772 0 11.245 0.236044 6.21115 0 0 10.637 2.33234 0.231361 0.177033 5.57811 0.037332
+fluid1 0.051466 -543.127182 0.466620 0.126226 -0.038652 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.5464 18.4536
+index 80 Pressure 3000.00 Temperature 1163.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.949655 -1172546.801094 305.135330 41.450808 151.093029 1.007 47.6036 1.9258 12.3969 1.3877 0 11.2449 0.236042 6.21108 0 0 10.6369 2.33232 0.231358 0.177031 5.579 0.0374977
+fluid1 0.050345 -531.163079 0.456260 0.123164 0.041416 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.4652 18.5348
+index 81 Pressure 3000.00 Temperature 1160.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.950808 -1173012.565277 304.829881 41.435163 151.087768 1.017 47.603 1.92578 12.3967 1.38769 0 11.2447 0.236039 6.21101 0 0 10.6367 2.33229 0.231356 0.177029 5.57992 0.0376712
+fluid1 0.049192 -519.028380 0.445511 0.120044 0.076283 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.3843 18.6157
+index 82 Pressure 3000.00 Temperature 1157.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.951978 -1173478.493104 304.523915 41.419533 151.082489 1.027 47.6025 1.92575 12.3966 1.38767 0 11.2446 0.236036 6.21093 0 0 10.6366 2.33226 0.231353 0.177027 5.58084 0.0378499
+fluid1 0.048022 -506.794089 0.434572 0.116903 0.093817 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.3037 18.6963
+index 83 Pressure 3000.00 Temperature 1154.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.953156 -1173944.497782 304.217358 41.403909 151.077171 1.037 47.6019 1.92573 12.3964 1.38765 0 11.2445 0.236033 6.21086 0 0 10.6365 2.33223 0.23135 0.177025 5.58177 0.0380322
+fluid1 0.046844 -494.508481 0.423542 0.113757 0.103178 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.2234 18.7766
+index 84 Pressure 3000.00 Temperature 1151.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.954338 -1174410.526355 303.910161 41.388283 151.071801 1.047 47.6014 1.92571 12.3963 1.38764 0 11.2443 0.236031 6.21079 0 0 10.6364 2.33221 0.231347 0.177023 5.58271 0.0382171
+fluid1 0.045662 -482.204799 0.412479 0.110619 0.108147 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.1433 18.8567
+index 85 Pressure 3000.00 Temperature 1148.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.955520 -1174876.543907 303.602294 41.372653 151.066371 1.057 47.6008 1.92569 12.3961 1.38762 0 11.2442 0.236028 6.21071 0 0 10.6362 2.33218 0.231345 0.177021 5.58363 0.0384041
+fluid1 0.044480 -469.906651 0.401418 0.107496 0.110536 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 81.0635 18.9365
+index 86 Pressure 3000.00 Temperature 1145.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.956700 -1175342.525823 303.293733 41.357015 151.060875 1.067 47.6002 1.92566 12.396 1.3876 0 11.2441 0.236025 6.21064 0 0 10.6361 2.33215 0.231342 0.177019 5.58456 0.0385928
+fluid1 0.043300 -457.631608 0.390386 0.104392 0.111306 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.9839 19.0161
+index 87 Pressure 3000.00 Temperature 1142.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.957877 -1175808.454122 302.984461 41.341368 151.055308 1.077 47.5997 1.92564 12.3958 1.38759 0 11.2439 0.236022 6.21057 0 0 10.636 2.33212 0.231339 0.177017 5.58548 0.0387828
+fluid1 0.042123 -445.392986 0.379401 0.101312 0.111008 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.9045 19.0955
+index 88 Pressure 3000.00 Temperature 1139.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.959049 -1176274.315293 302.674464 41.325709 151.049667 1.087 47.5991 1.92562 12.3957 1.38757 0 11.2438 0.236019 6.21049 0 0 10.6359 2.3321 0.231336 0.177015 5.5864 0.0389738
+fluid1 0.040951 -433.201045 0.368475 0.098258 0.109982 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.8254 19.1746
+index 89 Pressure 3000.00 Temperature 1136.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.960215 -1176740.098635 302.363732 41.310039 151.043950 1.097 47.5986 1.9256 12.3956 1.38756 0 11.2437 0.236017 6.21042 0 0 10.6357 2.33207 0.231334 0.177012 5.58731 0.0391656
+fluid1 0.039785 -421.064128 0.357618 0.095232 0.108441 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.7465 19.2535
+index 90 Pressure 3000.00 Temperature 1133.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.961374 -1177205.795951 302.052256 41.294356 151.038154 1.108 47.598 1.92557 12.3954 1.38754 0 11.2435 0.236014 6.21035 0 0 10.6356 2.33204 0.231331 0.17701 5.58821 0.0393581
+fluid1 0.038626 -408.988664 0.346838 0.092236 0.106530 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.6679 19.3321
+index 91 Pressure 3000.00 Temperature 1130.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.962527 -1177671.400154 301.740026 41.278659 151.032277 1.118 47.5975 1.92555 12.3953 1.38752 0 11.2434 0.236011 6.21028 0 0 10.6355 2.33202 0.231328 0.177008 5.5891 0.0395512
+fluid1 0.037473 -396.980369 0.336141 0.089271 0.104347 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.5896 19.4104
+index 92 Pressure 3000.00 Temperature 1127.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.963672 -1178136.905698 301.427036 41.262948 151.026319 1.128 47.5969 1.92553 12.3951 1.38751 0 11.2433 0.236008 6.21021 0 0 10.6354 2.33199 0.231326 0.177006 5.58999 0.0397447
+fluid1 0.036328 -385.043705 0.325532 0.086338 0.101963 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.5115 19.4885
+index 93 Pressure 3000.00 Temperature 1124.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.964809 -1178602.307755 301.113281 41.247222 151.020277 1.139 47.5964 1.92551 12.395 1.38749 0 11.2431 0.236006 6.21014 0 0 10.6352 2.33196 0.231323 0.177004 5.59087 0.0399385
+fluid1 0.035191 -373.182614 0.315015 0.083437 0.099429 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.4338 19.5662
+index 94 Pressure 3000.00 Temperature 1121.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.965937 -1179067.602374 300.798753 41.231482 151.014151 1.149 47.5958 1.92549 12.3948 1.38748 0 11.243 0.236003 6.21007 0 0 10.6351 2.33194 0.231321 0.177002 5.59174 0.0401325
+fluid1 0.034063 -361.400318 0.304593 0.080570 0.096782 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3563 19.6437
+index 95 Pressure 3000.00 Temperature 1118.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.967057 -1179532.786044 300.483449 41.215726 151.007940 1.160 47.5953 1.92546 12.3947 1.38746 0 11.2429 0.236 6.21 0 0 10.635 2.33191 0.231318 0.177 5.5926 0.0403267
+fluid1 0.032943 -349.699706 0.294269 0.077736 0.094050 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2792 19.7208
+index 96 Pressure 3000.00 Temperature 1115.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968168 -1179997.855739 300.167363 41.199955 151.001642 1.170 47.5948 1.92544 12.3946 1.38745 0 11.2428 0.235998 6.20993 0 0 10.6349 2.33188 0.231315 0.176998 5.59346 0.0405209
+fluid1 0.031832 -338.083271 0.284046 0.074937 0.091256 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2024 19.7976
+index 97 Pressure 3000.00 Temperature 1112.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.823080 -1179556.770164 299.496268 41.151992 150.786566 1.185 47.664 1.89478 12.4035 1.35541 0 11.2014 0.236341 6.2054 0 0 10.6503 2.33527 0.231652 0.177256 5.60365 0.0409966
+spinel1 0.147562 -986.270146 0.319468 0.033183 0.143844 Fe''1.11Mg0.47Fe'''0.59Al0.25Cr0.00Ti0.58O4 0 22.6345 6.12096 23.0377 0 39.035 0 9.17182 0 0 0 0 0 0 0 0
+fluid1 0.029358 -311.759957 0.261469 0.068913 0.084336 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 79.951 20.049
+index 98 Pressure 3000.00 Temperature 1113.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.886419 -1179796.796943 299.756315 41.171279 150.879643 1.180 47.6337 1.90816 12.3996 1.36935 0 11.2194 0.236191 6.20736 0 0 10.6436 2.33379 0.231505 0.177143 5.5993 0.0408092
+spinel1 0.083265 -556.403885 0.180325 0.018725 0.081176 Fe''1.11Mg0.47Fe'''0.59Al0.25Cr0.00Ti0.58O4 0 22.6255 6.11316 23.0682 0 39.0141 0 9.17909 0 0 0 0 0 0 0 0
+fluid1 0.030316 -321.975431 0.270200 0.071235 0.087048 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.0528 19.9472
+index 99 Pressure 3000.00 Temperature 1114.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.950402 -1180040.539303 300.017876 41.190704 150.973636 1.174 47.6032 1.92164 12.3957 1.38346 0 11.2376 0.23604 6.20935 0 0 10.6368 2.3323 0.231356 0.17703 5.5949 0.0406205
+spinel1 0.018307 -122.307880 0.039660 0.004117 0.017850 Fe''1.11Mg0.47Fe'''0.59Al0.25Cr0.00Ti0.58O4 0 22.6166 6.1054 23.0985 0 38.9931 0 9.18639 0 0 0 0 0 0 0 0
+fluid1 0.031291 -332.366563 0.279090 0.073600 0.089800 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1552 19.8448
+index 100 Pressure 3000.00 Temperature 1115.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968168 -1179997.855833 300.167363 41.199955 151.001642 1.170 47.5948 1.92544 12.3946 1.38745 0 11.2428 0.235998 6.20993 0 0 10.6349 2.33188 0.231315 0.176998 5.59346 0.0405209
+fluid1 0.031832 -338.083178 0.284046 0.074936 0.091256 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2024 19.7976
+index 101 Pressure 3000.00 Temperature 1114.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.950402 -1180040.539285 300.017876 41.190704 150.973636 1.174 47.6032 1.92164 12.3957 1.38346 0 11.2376 0.23604 6.20935 0 0 10.6368 2.3323 0.231356 0.17703 5.5949 0.0406205
+spinel1 0.018307 -122.307874 0.039660 0.004117 0.017850 Fe''1.11Mg0.47Fe'''0.59Al0.25Cr0.00Ti0.58O4 0 22.6166 6.1054 23.0985 0 38.9931 0 9.18639 0 0 0 0 0 0 0 0
+fluid1 0.031291 -332.366586 0.279090 0.073600 0.089800 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1552 19.8448
+index 102 Pressure 3000.00 Temperature 1114.10 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.956836 -1180065.120271 300.044116 41.192654 150.983086 1.174 47.6002 1.923 12.3953 1.38488 0 11.2395 0.236025 6.20955 0 0 10.6361 2.33215 0.231342 0.177018 5.59446 0.0406016
+spinel1 0.011775 -78.662882 0.025509 0.002648 0.011481 Fe''1.11Mg0.47Fe'''0.59Al0.25Cr0.00Ti0.58O4 0 22.6157 6.10462 23.1015 0 38.9911 0 9.18712 0 0 0 0 0 0 0 0
+fluid1 0.031390 -333.415519 0.279987 0.073839 0.090077 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1655 19.8345
+index 103 Pressure 3000.00 Temperature 1114.20 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.963277 -1180089.739097 300.070372 41.194606 150.992546 1.173 47.5971 1.92435 12.3949 1.3863 0 11.2413 0.236009 6.20975 0 0 10.6354 2.332 0.231327 0.177007 5.59402 0.0405827
+spinel1 0.005235 -34.974799 0.011342 0.001177 0.005105 Fe''1.11Mg0.47Fe'''0.59Al0.25Cr0.00Ti0.58O4 0 22.6148 6.10385 23.1045 0 38.989 0 9.18785 0 0 0 0 0 0 0 0
+fluid1 0.031488 -334.466259 0.280887 0.074078 0.090355 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1758 19.8242
+index 104 Pressure 3000.00 Temperature 1114.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968426 -1180106.355357 300.093496 41.196273 151.000161 1.173 47.5947 1.92544 12.3945 1.38744 0 11.2427 0.235997 6.20991 0 0 10.6349 2.33188 0.231315 0.176998 5.59366 0.0405662
+fluid1 0.031574 -335.385076 0.281675 0.074288 0.090596 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1845 19.8155
+index 105 Pressure 3000.00 Temperature 1114.20 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.963277 -1180089.739090 300.070372 41.194606 150.992546 1.173 47.5971 1.92435 12.3949 1.3863 0 11.2413 0.236009 6.20975 0 0 10.6354 2.332 0.231327 0.177007 5.59402 0.0405827
+spinel1 0.005235 -34.974797 0.011342 0.001177 0.005105 Fe''1.11Mg0.47Fe'''0.59Al0.25Cr0.00Ti0.58O4 0 22.6148 6.10385 23.1045 0 38.989 0 9.18785 0 0 0 0 0 0 0 0
+fluid1 0.031488 -334.466267 0.280887 0.074078 0.090355 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1758 19.8242
+index 106 Pressure 3000.00 Temperature 1119.20 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966610 -1179346.726102 300.609664 41.222030 151.010435 1.155 47.5955 1.92547 12.3948 1.38747 0 11.2429 0.236002 6.21003 0 0 10.6351 2.33192 0.231319 0.177001 5.59226 0.040249
+fluid1 0.033390 -354.369972 0.298387 0.078866 0.095151 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.31 19.69
+index 107 Pressure 3000.00 Temperature 1114.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968426 -1180106.355322 300.093496 41.196273 151.000161 1.173 47.5947 1.92544 12.3945 1.38744 0 11.2427 0.235997 6.20991 0 0 10.6349 2.33188 0.231315 0.176998 5.59366 0.0405662
+fluid1 0.031574 -335.385110 0.281675 0.074288 0.090596 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1845 19.8155
+index 108 Pressure 3000.00 Temperature 1119.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966573 -1179331.220339 300.620176 41.222556 151.010642 1.155 47.5955 1.92547 12.3948 1.38747 0 11.2429 0.236002 6.21003 0 0 10.6351 2.33192 0.231319 0.177001 5.59223 0.0402425
+fluid1 0.033427 -354.759715 0.298731 0.078960 0.095243 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3126 19.6874
+index 109 Pressure 3000.00 Temperature 1114.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968389 -1180090.855807 300.104051 41.196799 151.000373 1.172 47.5947 1.92544 12.3945 1.38744 0 11.2427 0.235997 6.20991 0 0 10.6349 2.33188 0.231315 0.176998 5.59363 0.0405598
+fluid1 0.031611 -335.770237 0.282013 0.074381 0.090691 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1871 19.8129
+index 110 Pressure 3000.00 Temperature 1119.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966535 -1179315.714365 300.630688 41.223081 151.010849 1.155 47.5956 1.92547 12.3948 1.38747 0 11.243 0.236002 6.21003 0 0 10.6351 2.33192 0.231319 0.177001 5.5922 0.0402361
+fluid1 0.033465 -355.149635 0.299075 0.079054 0.095334 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3152 19.6848
+index 111 Pressure 3000.00 Temperature 1114.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968352 -1180075.356075 300.114605 41.197325 151.000585 1.172 47.5947 1.92544 12.3945 1.38744 0 11.2427 0.235997 6.20992 0 0 10.6349 2.33188 0.231315 0.176998 5.5936 0.0405533
+fluid1 0.031648 -336.155547 0.282352 0.074473 0.090785 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1896 19.8104
+index 112 Pressure 3000.00 Temperature 1119.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966498 -1179300.208301 300.641198 41.223606 151.011056 1.154 47.5956 1.92548 12.3948 1.38747 0 11.243 0.236002 6.21003 0 0 10.6351 2.33192 0.231319 0.177001 5.59217 0.0402296
+fluid1 0.033502 -355.539613 0.299419 0.079149 0.095425 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3177 19.6823
+index 113 Pressure 3000.00 Temperature 1114.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968315 -1180059.856198 300.125159 41.197851 151.000796 1.172 47.5947 1.92544 12.3946 1.38744 0 11.2428 0.235998 6.20992 0 0 10.6349 2.33188 0.231315 0.176998 5.59357 0.0405468
+fluid1 0.031685 -336.540969 0.282690 0.074566 0.090879 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1922 19.8078
+index 114 Pressure 3000.00 Temperature 1119.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966461 -1179284.702168 300.651708 41.224131 151.011263 1.154 47.5956 1.92548 12.3948 1.38747 0 11.243 0.236002 6.21003 0 0 10.6351 2.33192 0.231319 0.177001 5.59215 0.0402231
+fluid1 0.033539 -355.929627 0.299763 0.079243 0.095516 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3203 19.6797
+index 115 Pressure 3000.00 Temperature 1114.70 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968278 -1180044.356376 300.135711 41.198377 151.001008 1.171 47.5947 1.92544 12.3946 1.38744 0 11.2428 0.235998 6.20992 0 0 10.6349 2.33188 0.231315 0.176998 5.59354 0.0405403
+fluid1 0.031722 -336.926303 0.283029 0.074658 0.090973 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1947 19.8053
+index 116 Pressure 3000.00 Temperature 1119.70 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966423 -1179269.195853 300.662217 41.224656 151.011470 1.154 47.5956 1.92548 12.3948 1.38747 0 11.243 0.236002 6.21004 0 0 10.6351 2.33192 0.231319 0.177001 5.59212 0.0402167
+fluid1 0.033577 -356.319791 0.300107 0.079338 0.095607 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3229 19.6771
+index 117 Pressure 3000.00 Temperature 1114.80 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968241 -1180028.856235 300.146262 41.198903 151.001220 1.171 47.5947 1.92544 12.3946 1.38744 0 11.2428 0.235998 6.20992 0 0 10.6349 2.33188 0.231315 0.176998 5.59352 0.0405339
+fluid1 0.031759 -337.311921 0.283368 0.074751 0.091068 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1973 19.8027
+index 118 Pressure 3000.00 Temperature 1119.80 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966386 -1179253.689374 300.672725 41.225182 151.011677 1.153 47.5956 1.92548 12.3948 1.38747 0 11.243 0.236002 6.21004 0 0 10.6351 2.33193 0.23132 0.177002 5.59209 0.0402102
+fluid1 0.033614 -356.710085 0.300452 0.079432 0.095698 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3254 19.6746
+index 119 Pressure 3000.00 Temperature 1114.90 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968205 -1180013.356100 300.156813 41.199429 151.001431 1.171 47.5948 1.92544 12.3946 1.38745 0 11.2428 0.235998 6.20993 0 0 10.6349 2.33188 0.231315 0.176998 5.59349 0.0405274
+fluid1 0.031795 -337.697500 0.283707 0.074844 0.091162 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1998 19.8002
+index 120 Pressure 3000.00 Temperature 1119.90 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966349 -1179238.182806 300.683232 41.225707 151.011884 1.153 47.5956 1.92548 12.3948 1.38747 0 11.243 0.236002 6.21004 0 0 10.6351 2.33193 0.23132 0.177002 5.59206 0.0402037
+fluid1 0.033651 -357.100435 0.300796 0.079527 0.095789 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.328 19.672
+index 121 Pressure 3000.00 Temperature 1115.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968168 -1179997.855772 300.167363 41.199955 151.001642 1.170 47.5948 1.92544 12.3946 1.38745 0 11.2428 0.235998 6.20993 0 0 10.6349 2.33188 0.231315 0.176998 5.59346 0.0405209
+fluid1 0.031832 -338.083238 0.284046 0.074937 0.091256 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2024 19.7976
+index 122 Pressure 3000.00 Temperature 1120.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966311 -1179222.676111 300.693738 41.226232 151.012090 1.153 47.5957 1.92548 12.3948 1.38747 0 11.243 0.236002 6.21004 0 0 10.6351 2.33193 0.23132 0.177002 5.59203 0.0401972
+fluid1 0.033689 -357.490880 0.301141 0.079621 0.095880 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3306 19.6694
+index 123 Pressure 3000.00 Temperature 1115.10 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968131 -1179982.362573 300.177918 41.200482 151.001855 1.170 47.5948 1.92544 12.3946 1.38745 0 11.2428 0.235998 6.20993 0 0 10.6349 2.33188 0.231315 0.176998 5.59343 0.0405146
+fluid1 0.031869 -338.461911 0.284379 0.075028 0.091348 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2049 19.7951
+index 124 Pressure 3000.00 Temperature 1120.10 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966274 -1179207.169302 300.704244 41.226757 151.012297 1.152 47.5957 1.92548 12.3948 1.38747 0 11.243 0.236002 6.21005 0 0 10.6351 2.33193 0.23132 0.177002 5.592 0.0401908
+fluid1 0.033726 -357.881406 0.301486 0.079716 0.095970 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3332 19.6668
+index 125 Pressure 3000.00 Temperature 1115.20 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968094 -1179966.854727 300.188460 41.201007 151.002065 1.170 47.5948 1.92544 12.3946 1.38745 0 11.2428 0.235998 6.20993 0 0 10.6349 2.33189 0.231316 0.176999 5.5934 0.040508
+fluid1 0.031906 -338.855003 0.284724 0.075122 0.091444 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2075 19.7925
+index 126 Pressure 3000.00 Temperature 1120.20 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966237 -1179191.662360 300.714748 41.227282 151.012503 1.152 47.5957 1.92548 12.3948 1.38747 0 11.243 0.236002 6.21005 0 0 10.6351 2.33193 0.23132 0.177002 5.59197 0.0401843
+fluid1 0.033763 -358.272032 0.301831 0.079811 0.096061 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3357 19.6643
+index 127 Pressure 3000.00 Temperature 1115.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968057 -1179951.353950 300.199007 41.201533 151.002276 1.169 47.5948 1.92545 12.3946 1.38745 0 11.2428 0.235998 6.20994 0 0 10.6349 2.33189 0.231316 0.176999 5.59337 0.0405015
+fluid1 0.031943 -339.241088 0.285064 0.075215 0.091537 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.21 19.79
+index 128 Pressure 3000.00 Temperature 1120.30 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966199 -1179176.155292 300.725252 41.227807 151.012709 1.152 47.5957 1.92548 12.3948 1.38747 0 11.243 0.236003 6.21005 0 0 10.6351 2.33193 0.23132 0.177002 5.59194 0.0401778
+fluid1 0.033801 -358.662752 0.302176 0.079906 0.096151 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3383 19.6617
+index 129 Pressure 3000.00 Temperature 1115.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968020 -1179935.853102 300.209553 41.202059 151.002487 1.169 47.5948 1.92545 12.3946 1.38745 0 11.2428 0.235998 6.20994 0 0 10.6349 2.33189 0.231316 0.176999 5.59335 0.040495
+fluid1 0.031980 -339.627212 0.285403 0.075308 0.091631 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2126 19.7874
+index 130 Pressure 3000.00 Temperature 1120.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966162 -1179160.648116 300.735755 41.228332 151.012916 1.151 47.5957 1.92548 12.3948 1.38747 0 11.243 0.236003 6.21005 0 0 10.6351 2.33193 0.23132 0.177002 5.59191 0.0401714
+fluid1 0.033838 -359.053547 0.302521 0.080000 0.096242 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3409 19.6591
+index 131 Pressure 3000.00 Temperature 1115.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.967983 -1179920.352109 300.220098 41.202585 151.002698 1.168 47.5949 1.92545 12.3946 1.38745 0 11.2428 0.235998 6.20994 0 0 10.6349 2.33189 0.231316 0.176999 5.59332 0.0404885
+fluid1 0.032017 -340.013447 0.285743 0.075401 0.091725 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2152 19.7848
+index 132 Pressure 3000.00 Temperature 1120.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.966124 -1179145.140812 300.746257 41.228857 151.013122 1.151 47.5958 1.92548 12.3948 1.38747 0 11.243 0.236003 6.21006 0 0 10.6351 2.33193 0.23132 0.177002 5.59189 0.0401649
+fluid1 0.033876 -359.444437 0.302866 0.080095 0.096332 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3435 19.6565
+index 133 Pressure 3000.00 Temperature 1115.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.967946 -1179904.851024 300.230643 41.203111 151.002909 1.168 47.5949 1.92545 12.3946 1.38745 0 11.2428 0.235998 6.20994 0 0 10.6349 2.33189 0.231316 0.176999 5.59329 0.0404821
+fluid1 0.032054 -340.399740 0.286082 0.075494 0.091819 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2177 19.7823
+index 134 Pressure 3000.00 Temperature 1114.35 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.968407 -1180098.605556 300.098774 41.196536 151.000267 1.173 47.5947 1.92544 12.3945 1.38744 0 11.2427 0.235997 6.20991 0 0 10.6349 2.33188 0.231315 0.176998 5.59364 0.040563
+fluid1 0.031593 -335.577686 0.281844 0.074334 0.090644 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.1858 19.8142
+index 135 Pressure 3000.00 Temperature 1109.36 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.656791 -1178906.707360 298.782595 41.096924 150.537202 1.200 47.7435 1.86056 12.4141 1.31995 0 11.1556 0.236735 6.20069 0 0 10.6681 2.33917 0.232038 0.177551 5.6113 0.0407304
+spinel1 0.311820 -2085.296591 0.674506 0.070111 0.303871 Fe''1.12Mg0.47Fe'''0.59Al0.25Cr0.00Ti0.58O4 0 22.6577 6.14173 22.9579 0 39.0903 0 9.15225 0 0 0 0 0 0 0 0
+index 136 Pressure 3000.00 Temperature 1104.37 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.355836 -1177775.588859 297.492233 40.999737 150.089262 1.227 47.8881 1.79742 12.433 1.25489 0 11.0706 0.237452 6.19186 0 0 10.7004 2.34626 0.232741 0.178089 5.62829 0.0408538
+spinel1 0.303006 -2028.613954 0.654380 0.068113 0.295112 Fe''1.12Mg0.46Fe'''0.59Al0.25Cr0.00Ti0.58O4 0 22.7069 6.18096 22.7976 0 39.1981 0 9.11646 0 0 0 0 0 0 0 0
+index 137 Pressure 3000.00 Temperature 1099.38 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 99.069170 -1176729.052447 296.237839 40.905989 149.661860 1.254 48.0267 1.73676 12.4509 1.19305 0 10.9889 0.238139 6.1835 0 0 10.7314 2.35304 0.233414 0.178605 5.64458 0.040972
+spinel1 0.288717 -1935.207357 0.622510 0.064885 0.281035 Fe''1.12Mg0.46Fe'''0.58Al0.25Cr0.00Ti0.58O4 0 22.7607 6.22035 22.6286 0 39.3089 0 9.08148 0 0 0 0 0 0 0 0
+index 138 Pressure 3000.00 Temperature 1094.39 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 98.795851 -1175761.444615 295.016918 40.815451 149.253622 1.281 48.1595 1.67843 12.4681 1.13424 0 10.9103 0.238798 6.17558 0 0 10.7611 2.35955 0.23406 0.179099 5.6602 0.0410853
+spinel1 0.275370 -1847.995022 0.592769 0.061872 0.267892 Fe''1.13Mg0.46Fe'''0.58Al0.25Cr0.00Ti0.59O4 0 22.8188 6.25991 22.4514 0 39.4227 0 9.04717 0 0 0 0 0 0 0 0
+index 139 Pressure 3000.00 Temperature 1089.39 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 98.535020 -1174867.637808 293.827202 40.727916 148.863303 1.308 48.287 1.62231 12.4844 1.07831 0 10.8345 0.23943 6.16807 0 0 10.7896 2.3658 0.23468 0.179573 5.67518 0.0411941
+spinel1 0.262882 -1766.405128 0.564963 0.059053 0.255598 Fe''1.13Mg0.46Fe'''0.57Al0.25Cr0.00Ti0.59O4 0 22.881 6.29964 22.2665 0 39.5395 0 9.01341 0 0 0 0 0 0 0 0
+index 140 Pressure 3000.00 Temperature 1084.40 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 98.285896 -1174042.969365 292.666618 40.643196 148.489764 1.335 48.4094 1.56825 12.5 1.02509 0 10.7614 0.240037 6.16094 0 0 10.8169 2.3718 0.235275 0.180028 5.68956 0.0412985
+spinel1 0.251175 -1689.931889 0.538920 0.056412 0.244078 Fe''1.13Mg0.46Fe'''0.57Al0.26Cr0.00Ti0.59O4 0 22.9468 6.33954 22.0745 0 39.6591 0 8.98009 0 0 0 0 0 0 0 0
+index 141 Pressure 3000.00 Temperature 1079.41 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 98.047765 -1173283.188776 291.533270 40.561118 148.131966 1.362 48.527 1.51616 12.5148 0.974455 0 10.6909 0.24062 6.15418 0 0 10.8432 2.37756 0.235846 0.180465 5.70338 0.0413988
+spinel1 0.240182 -1618.126584 0.514489 0.053933 0.233264 Fe''1.14Mg0.46Fe'''0.56Al0.26Cr0.00Ti0.59O4 0 23.0161 6.3796 21.8758 0 39.7814 0 8.94709 0 0 0 0 0 0 0 0
+index 142 Pressure 3000.00 Temperature 1074.42 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 97.819971 -1172584.412009 290.425419 40.481524 147.788955 1.388 48.64 1.46593 12.529 0.926264 0 10.6229 0.241181 6.14775 0 0 10.8684 2.38309 0.236395 0.180885 5.71666 0.0414952
+spinel1 0.229845 -1550.589943 0.491533 0.051602 0.223097 Fe''1.14Mg0.45Fe'''0.56Al0.26Cr0.00Ti0.59O4 0 23.0886 6.41984 21.671 0 39.9063 0 8.91433 0 0 0 0 0 0 0 0
+index 143 Pressure 3000.00 Temperature 1069.43 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 97.601913 -1171943.081800 289.341465 40.404268 147.459859 1.415 48.7487 1.41745 12.5426 0.880392 0 10.5572 0.241719 6.14164 0 0 10.8927 2.38842 0.236923 0.18129 5.72944 0.0415879
+spinel1 0.220108 -1486.965715 0.469931 0.049407 0.213525 Fe''1.14Mg0.45Fe'''0.55Al0.26Cr0.00Ti0.59O4 0 23.164 6.46024 21.4604 0 40.0337 0 8.8817 0 0 0 0 0 0 0 0
+index 144 Pressure 3000.00 Temperature 1064.44 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 97.326869 -1170636.794929 288.111530 40.308905 147.034129 1.442 48.8615 1.37102 12.5639 0.836667 0 10.4841 0.242234 6.11538 0 0 10.9233 2.39517 0.237593 0.181802 5.74563 0.0417055
+olivine1 0.063659 -727.538914 0.144873 0.018633 0.075491 (Ca0.00Mg0.73Fe''0.26Mn0.00Co0.00Ni0.00)2SiO4 38.1378 0 0 0 0 23.9229 0.258076 37.3873 0 0 0.293914 0 0 0 0 0
+spinel1 0.213436 -1442.911970 0.454887 0.047891 0.206888 Fe''1.15Mg0.45Fe'''0.55Al0.26Cr0.00Ti0.60O4 0 23.2202 6.49543 21.2789 0 40.1822 0 8.82327 0 0 0 0 0 0 0 0
+index 145 Pressure 3000.00 Temperature 1059.45 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 96.185810 -1158470.580296 284.670246 39.920682 145.200517 1.471 49.0516 1.29557 12.6087 0.817474 0 10.4265 0.243731 5.93916 0 0 10.9142 2.42267 0.240411 0.183959 5.81379 0.0422002
+olivine1 0.503103 -5723.349615 1.141728 0.146904 0.595009 (Ca0.00Mg0.73Fe''0.27Mn0.00Co0.00Ni0.00)2SiO4 38.0396 0 0 0 0 24.4399 0.263965 36.961 0 0 0.295581 0 0 0 0 0
+clinopyroxene1 0.575383 -7264.724086 1.242507 0.165554 0.645902     Na0.01Ca0.94Fe''0.15Mg0.48Fe'''0.07Ti0.37Al0.75Si1.22O6 31.9607 12.7894 16.6958 2.43064 0 4.61504 0 8.42878 0 0 22.928 0.151694 0 0 0 0
+spinel1 0.066199 -443.783069 0.140690 0.014807 0.063952 Fe''1.16Mg0.43Fe'''0.56Al0.26Cr0.00Ti0.59O4 0 22.8108 6.52304 21.8419 0 40.3615 0 8.4627 0 0 0 0 0 0 0 0
+index 146 Pressure 3000.00 Temperature 1054.46 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 94.562658 -1140131.799987 280.013288 39.366752 142.614543 1.498 49.3077 1.17248 12.6339 0.803219 0 10.4116 0.246403 5.74062 0 0 10.8334 2.46248 0.244538 0.187116 5.91358 0.0429246
+olivine1 0.527927 -5969.549481 1.194373 0.153686 0.622322 (Ca0.00Mg0.72Fe''0.28Mn0.00Co0.00Ni0.00)2SiO4 37.9148 0 0 0 0 25.0976 0.271548 36.4202 0 0 0.295832 0 0 0 0 0
+clinopyroxene1 1.101164 -13894.565147 2.374442 0.316998 1.235682     Na0.01Ca0.94Fe''0.15Mg0.48Fe'''0.07Ti0.36Al0.74Si1.24O6 32.2525 12.5494 16.4743 2.47499 0 4.73281 0 8.42968 0 0 22.9332 0.153218 0 0 0 0
+index 147 Pressure 3000.00 Temperature 1049.47 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 93.054751 -1123200.636917 275.663834 38.851356 140.214248 1.525 49.5502 1.05921 12.6637 0.789005 0 10.3885 0.248884 5.54823 0 0 10.7599 2.50071 0.248501 0.190148 6.00941 0.0436201
+olivine1 0.505461 -5680.625222 1.139995 0.146697 0.593870 (Ca0.00Mg0.71Fe''0.29Mn0.00Co0.00Ni0.00)2SiO4 37.7893 0 0 0 0 25.7593 0.279109 35.876 0 0 0.296332 0 0 0 0 0
+clinopyroxene1 1.006334 -12690.070551 2.167090 0.289913 1.128987     Na0.01Ca0.94Fe''0.16Mg0.48Fe'''0.07Ti0.35Al0.73Si1.25O6 32.6127 12.2599 16.2076 2.52365 0 4.85532 0 8.44916 0 0 22.9366 0.155077 0 0 0 0
+index 148 Pressure 3000.00 Temperature 1044.47 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 91.645410 -1107461.548599 271.578143 38.368622 137.973039 1.552 49.7794 0.955229 12.698 0.775067 0 10.3586 0.251202 5.36156 0 0 10.6919 2.53757 0.252322 0.193072 6.10182 0.0442909
+olivine1 0.484334 -5409.403496 1.088917 0.140132 0.567147 (Ca0.00Mg0.70Fe''0.29Mn0.00Co0.00Ni0.00)2SiO4 37.6626 0 0 0 0 26.4271 0.286659 35.3266 0 0 0.297032 0 0 0 0 0
+clinopyroxene1 0.928900 -11706.204543 1.998104 0.267897 1.042025     Na0.01Ca0.94Fe''0.16Mg0.49Fe'''0.07Ti0.34Al0.72Si1.27O6 33.076 11.8963 15.8723 2.57841 0 4.98585 0 8.49707 0 0 22.9366 0.15748 0 0 0 0
+index 149 Pressure 3000.00 Temperature 1039.48 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 90.237796 -1091801.029558 267.379051 37.869417 135.719102 1.584 50.0165 0.857336 12.7433 0.760802 0 10.3223 0.253525 5.17165 0 0 10.6288 2.57555 0.256258 0.196084 6.17789 0.0399363
+olivine1 0.489197 -5427.393829 1.096302 0.141078 0.570827 (Ca0.00Mg0.69Fe''0.30Mn0.00Co0.00Ni0.00)2SiO4 37.5283 0 0 0 0 27.1341 0.295198 34.7439 0 0 0.298431 0 0 0 0 0
+clinopyroxene1 0.900519 -11340.714427 1.935973 0.260237 1.010530     Na0.01Ca0.94Fe''0.16Mg0.49Fe'''0.08Ti0.33Al0.69Si1.30O6 33.8207 11.3331 15.3464 2.64761 0 5.1431 0 8.62096 0 0 22.9265 0.161571 0 0 0 0
+fluid1 0.021796 -235.356928 0.189896 0.048398 0.065146 H2O0.90CO20.10 0 0 0 0 0 0 0 0 0 0 0 0 0 0 79.1106 20.8894
+index 150 Pressure 3000.00 Temperature 1034.49 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 88.411664 -1070600.329480 262.164641 37.209006 132.850155 1.606 50.1835 0.791359 12.8453 0.736572 0 10.3398 0.257802 4.9701 0 0 10.4656 2.62555 0.261551 0.200134 6.28647 0.0362667
+olivine1 0.280108 -3082.591922 0.625530 0.080467 0.325513 (Ca0.00Mg0.68Fe''0.31Mn0.00Co0.00Ni0.00)2SiO4 37.3688 0 0 0 0 27.9771 0.304548 34.0533 0 0 0.296246 0 0 0 0 0
+clinopyroxene1 1.185875 -15033.622622 2.597824 0.357006 1.361454     Na0.01Ca0.88Fe''0.20Mg0.70Fe'''0.06Ti0.08Al0.34Si1.72O6 46.0612 2.99652 7.6097 2.22009 0 6.50512 0 12.5378 0 0 21.878 0.191667 0 0 0 0
+clinopyroxene2 0.343255 -4320.652504 0.736409 0.099155 0.384888     Na0.01Ca0.94Fe''0.17Mg0.49Fe'''0.08Ti0.32Al0.69Si1.30O6 33.8526 11.2783 15.3334 2.636 0 5.27289 0 8.54234 0 0 22.9217 0.162743 0 0 0 0
+fluid1 0.021001 -228.651082 0.184266 0.046658 0.063777 H2O0.91CO20.09 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.8749 19.1251
+index 151 Pressure 3000.00 Temperature 1029.50 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 86.555670 -1048945.110406 256.875785 36.532039 129.942039 1.627 50.3348 0.735292 12.9618 0.71062 0 10.3647 0.262509 4.76786 0 0 10.2818 2.6783 0.26716 0.204426 6.39839 0.0323075
+olivine1 0.227477 -2481.554195 0.506147 0.065078 0.263202 (Ca0.00Mg0.67Fe''0.32Mn0.00Co0.00Ni0.00)2SiO4 37.1985 0 0 0 0 28.8774 0.314474 33.3161 0 0 0.293514 0 0 0 0 0
+clinopyroxene1 1.411809 -17882.646841 3.086627 0.424830 1.619511     Na0.01Ca0.88Fe''0.21Mg0.70Fe'''0.06Ti0.08Al0.34Si1.73O6 46.1245 2.89856 7.60511 2.20023 0 6.70534 0 12.4536 0 0 21.8179 0.194747 0 0 0 0
+clinopyroxene2 0.198958 -2503.165405 0.425758 0.057409 0.222840     Na0.01Ca0.94Fe''0.17Mg0.48Fe'''0.08Ti0.33Al0.70Si1.29O6 33.6781 11.3701 15.466 2.60425 0 5.39483 0 8.40348 0 0 22.9202 0.163049 0 0 0 0
+fluid1 0.024112 -264.874884 0.213207 0.053607 0.074503 H2O0.92CO20.08 0 0 0 0 0 0 0 0 0 0 0 0 0 0 82.8347 17.1653
+index 152 Pressure 3000.00 Temperature 1024.51 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 84.785035 -1028333.058625 251.810456 35.883686 127.168982 1.649 50.4829 0.68332 13.0797 0.685328 0 10.3834 0.267166 4.56951 0 0 10.1009 2.73073 0.272739 0.208695 6.50712 0.0285082
+olivine1 0.217033 -2346.117525 0.481111 0.061826 0.249995 (Ca0.00Mg0.66Fe''0.34Mn0.00Co0.00Ni0.00)2SiO4 37.023 0 0 0 0 29.8052 0.324737 32.5561 0 0 0.291028 0 0 0 0 0
+clinopyroxene1 1.368827 -17322.500505 2.986640 0.411691 1.568850     Na0.01Ca0.87Fe''0.22Mg0.69Fe'''0.06Ti0.08Al0.34Si1.73O6 46.1787 2.80416 7.60752 2.18175 0 6.91035 0 12.3626 0 0 21.7569 0.198059 0 0 0 0
+clinopyroxene2 0.166047 -2088.084153 0.354428 0.047859 0.185770     Na0.01Ca0.94Fe''0.18Mg0.47Fe'''0.07Ti0.33Al0.71Si1.29O6 33.5084 11.4584 15.5949 2.57259 0 5.51896 0 8.26474 0 0 22.9186 0.16339 0 0 0 0
+fluid1 0.025096 -278.119179 0.223557 0.055817 0.078870 H2O0.93CO20.07 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.7479 15.2521
+index 153 Pressure 3000.00 Temperature 1019.52 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 83.091388 -1008664.081719 246.944806 35.260883 124.517440 1.671 50.6285 0.635151 13.1992 0.660621 0 10.3958 0.271779 4.37485 0 0 9.92256 2.78291 0.278298 0.212949 6.61248 0.0248764
+olivine1 0.207930 -2226.418679 0.459173 0.058972 0.238403 (Ca0.00Mg0.65Fe''0.35Mn0.00Co0.00Ni0.00)2SiO4 36.8419 0 0 0 0 30.762 0.335376 31.7719 0 0 0.288789 0 0 0 0 0
+clinopyroxene1 1.328040 -16790.119019 2.891748 0.399207 1.520724     Na0.01Ca0.87Fe''0.22Mg0.69Fe'''0.06Ti0.08Al0.34Si1.73O6 46.2241 2.71306 7.61672 2.16455 0 7.12052 0 12.2645 0 0 21.6949 0.201621 0 0 0 0
+clinopyroxene2 0.137694 -1730.663474 0.293158 0.039644 0.153876     Na0.01Ca0.94Fe''0.18Mg0.47Fe'''0.07Ti0.33Al0.71Si1.28O6 33.3431 11.5434 15.7203 2.54096 0 5.64553 0 8.1259 0 0 22.9171 0.163772 0 0 0 0
+fluid1 0.026359 -294.621701 0.236446 0.058624 0.084214 H2O0.94CO20.06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.6054 13.3946
+index 154 Pressure 3000.00 Temperature 1014.53 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 81.466904 -989844.829601 242.256139 34.660704 121.974711 1.694 50.7726 0.59051 13.3202 0.636427 0 10.4019 0.276354 4.18367 0 0 9.74669 2.83493 0.283847 0.217195 6.71421 0.0214232
+olivine1 0.200065 -2121.019845 0.440077 0.056483 0.228292 (Ca0.00Mg0.63Fe''0.36Mn0.00Co0.00Ni0.00)2SiO4 36.655 0 0 0 0 31.7493 0.346434 30.9625 0 0 0.286799 0 0 0 0 0
+clinopyroxene1 1.289668 -16288.217255 2.802401 0.387444 1.475380     Na0.01Ca0.87Fe''0.23Mg0.68Fe'''0.06Ti0.07Al0.34Si1.73O6 46.261 2.62505 7.63261 2.14853 0 7.33629 0 12.1592 0 0 21.6318 0.205454 0 0 0 0
+clinopyroxene2 0.113184 -1421.857741 0.240358 0.032552 0.126343     Na0.01Ca0.94Fe''0.19Mg0.46Fe'''0.07Ti0.34Al0.72Si1.28O6 33.1819 11.6254 15.8423 2.50934 0 5.77481 0 7.98667 0 0 22.9154 0.1642 0 0 0 0
+fluid1 0.027953 -315.034335 0.252376 0.062143 0.090738 H2O0.95CO20.05 0 0 0 0 0 0 0 0 0 0 0 0 0 0 88.3965 11.6035
+index 155 Pressure 3000.00 Temperature 1009.54 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 79.904173 -971787.156697 237.722496 34.080309 119.528717 1.718 50.916 0.549148 13.4429 0.612675 0 10.4017 0.2809 3.99573 0 0 9.57309 2.8869 0.289399 0.221443 6.81197 0.0181634
+olivine1 0.193348 -2028.630560 0.423594 0.054329 0.219541 (Ca0.00Mg0.62Fe''0.38Mn0.00Co0.00Ni0.00)2SiO4 36.462 0 0 0 0 32.7686 0.357965 30.1264 0 0 0.285062 0 0 0 0 0
+clinopyroxene1 1.253924 -15819.451692 2.719037 0.376467 1.433057     Na0.02Ca0.87Fe''0.24Mg0.67Fe'''0.06Ti0.07Al0.34Si1.74O6 46.2897 2.53991 7.65507 2.13359 0 7.55815 0 12.0465 0 0 21.5675 0.20958 0 0 0 0
+clinopyroxene2 0.091910 -1153.973478 0.194677 0.026405 0.102479     Na0.01Ca0.94Fe''0.19Mg0.45Fe'''0.07Ti0.34Al0.72Si1.27O6 33.0244 11.7046 15.9613 2.47766 0 5.90711 0 7.84681 0 0 22.9135 0.16468 0 0 0 0
+fluid1 0.029943 -340.159242 0.271962 0.066512 0.098693 H2O0.96CO20.04 0 0 0 0 0 0 0 0 0 0 0 0 0 0 90.1082 9.89183
+index 156 Pressure 3000.00 Temperature 1004.55 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 78.396106 -954406.899189 233.322329 33.516899 117.167833 1.743 51.0596 0.510831 13.5675 0.589293 0 10.3949 0.285425 3.81079 0 0 9.40153 2.93896 0.294966 0.225703 6.90532 0.0151167
+olivine1 0.187699 -1948.098088 0.409524 0.052484 0.212042 (Ca0.00Mg0.61Fe''0.39Mn0.00Co0.00Ni0.00)2SiO4 36.2625 0 0 0 0 33.8214 0.370028 29.2625 0 0 0.283578 0 0 0 0 0
+clinopyroxene1 1.221011 -15386.291878 2.642060 0.366335 1.393983     Na0.02Ca0.86Fe''0.24Mg0.67Fe'''0.06Ti0.07Al0.34Si1.74O6 46.3102 2.45745 7.68408 2.11963 0 7.78667 0 11.926 0 0 21.502 0.214025 0 0 0 0
+clinopyroxene2 0.073356 -920.496214 0.154976 0.021052 0.081698     Na0.01Ca0.94Fe''0.19Mg0.44Fe'''0.07Ti0.34Al0.73Si1.27O6 32.8703 11.7811 16.0772 2.44582 0 6.04278 0 7.706 0 0 22.9115 0.165222 0 0 0 0
+fluid1 0.032405 -370.934656 0.295919 0.071891 0.108368 H2O0.96CO20.04 0 0 0 0 0 0 0 0 0 0 0 0 0 0 91.7254 8.27457
+index 157 Pressure 3000.00 Temperature 999.55 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 76.935875 -937623.304052 229.034339 32.967702 114.880805 1.770 51.2047 0.475348 13.6942 0.56621 0 10.3815 0.289939 3.62858 0 0 9.23178 2.99124 0.300564 0.229986 6.99369 0.0123076
+olivine1 0.183054 -1878.412591 0.397695 0.050926 0.205705 (Ca0.00Mg0.59Fe''0.40Mn0.00Co0.00Ni0.00)2SiO4 36.0565 0 0 0 0 34.9089 0.382698 28.3696 0 0 0.282351 0 0 0 0 0
+clinopyroxene1 1.191076 -14990.494192 2.571754 0.357093 1.358318     Na0.02Ca0.86Fe''0.25Mg0.66Fe'''0.06Ti0.07Al0.34Si1.74O6 46.3226 2.37748 7.71963 2.10652 0 8.02251 0 11.7973 0 0 21.4351 0.21882 0 0 0 0
+clinopyroxene2 0.057096 -716.025926 0.120309 0.016368 0.063515     Na0.01Ca0.95Fe''0.20Mg0.43Fe'''0.07Ti0.34Al0.73Si1.26O6 32.7193 11.8553 16.1903 2.41373 0 6.18223 0 7.56393 0 0 22.9093 0.165833 0 0 0 0
+fluid1 0.035419 -408.351970 0.324997 0.078446 0.120072 H2O0.97CO20.03 0 0 0 0 0 0 0 0 0 0 0 0 0 0 93.2306 6.7694
+index 158 Pressure 3000.00 Temperature 994.56 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 75.516979 -921359.780078 224.837729 32.430001 112.656853 1.798 51.3522 0.442501 13.8233 0.543355 0 10.3612 0.294455 3.44883 0 0 9.06356 3.04391 0.306212 0.234308 7.0764 0.00976529
+olivine1 0.179360 -1818.733146 0.387969 0.049637 0.200456 (Ca0.00Mg0.57Fe''0.42Mn0.00Co0.00Ni0.00)2SiO4 35.8435 0 0 0 0 36.0324 0.396058 27.4467 0 0 0.281382 0 0 0 0 0
+clinopyroxene1 1.164115 -14631.872296 2.508071 0.348737 1.326048     Na0.02Ca0.86Fe''0.26Mg0.65Fe'''0.06Ti0.07Al0.34Si1.74O6 46.3271 2.29984 7.76179 2.09414 0 8.2664 0 11.66 0 0 21.3667 0.224003 0 0 0 0
+clinopyroxene2 0.042797 -536.357200 0.089941 0.012255 0.047551     Na0.01Ca0.95Fe''0.20Mg0.43Fe'''0.07Ti0.35Al0.74Si1.26O6 32.5712 11.9272 16.3008 2.38125 0 6.32594 0 7.42024 0 0 22.9068 0.166524 0 0 0 0
+fluid1 0.039050 -453.228017 0.359793 0.086307 0.134060 H2O0.98CO20.02 0 0 0 0 0 0 0 0 0 0 0 0 0 0 94.6039 5.39615
+index 159 Pressure 3000.00 Temperature 989.57 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 74.133488 -905547.007156 220.713183 31.901283 110.486120 1.827 51.5035 0.412109 13.9552 0.520659 0 10.3336 0.298982 3.27131 0 0 8.89663 3.09713 0.311926 0.23868 7.15272 0.00752163
+olivine1 0.176586 -1768.432685 0.380252 0.048604 0.196244 (Ca0.00Mg0.56Fe''0.44Mn0.00Co0.00Ni0.00)2SiO4 35.6234 0 0 0 0 37.1925 0.410203 26.4932 0 0 0.280671 0 0 0 0 0
+clinopyroxene1 1.139794 -14306.073269 2.450250 0.341166 1.296780     Na0.02Ca0.86Fe''0.27Mg0.65Fe'''0.06Ti0.06Al0.35Si1.74O6 46.3236 2.22439 7.81065 2.08237 0 8.51913 0 11.5135 0 0 21.2967 0.229612 0 0 0 0
+clinopyroxene2 0.030239 -378.723874 0.063382 0.008650 0.033559     Na0.01Ca0.95Fe''0.21Mg0.42Fe'''0.07Ti0.35Al0.75Si1.25O6 32.4257 11.9971 16.4087 2.34825 0 6.47441 0 7.27457 0 0 22.904 0.167305 0 0 0 0
+fluid1 0.043309 -505.733581 0.400384 0.095480 0.150389 H2O0.98CO20.02 0 0 0 0 0 0 0 0 0 0 0 0 0 0 95.8243 4.17567
+index 160 Pressure 3000.00 Temperature 984.58 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 72.780575 -890129.410771 216.644947 31.379521 108.360612 1.860 51.6597 0.383995 14.0903 0.49807 0 10.2983 0.303528 3.09585 0 0 8.73084 3.15105 0.317725 0.243117 7.22191 0.00560583
+olivine1 0.174725 -1727.131926 0.374502 0.047821 0.193045 (Ca0.00Mg0.54Fe''0.45Mn0.01Co0.00Ni0.00)2SiO4 35.3964 0 0 0 0 38.389 0.425223 25.5092 0 0 0.280214 0 0 0 0 0
+clinopyroxene1 1.117202 -14001.544146 2.396300 0.334107 1.269470     Na0.02Ca0.86Fe''0.28Mg0.64Fe'''0.06Ti0.06Al0.35Si1.74O6 46.312 2.15103 7.86638 2.0711 0 8.78141 0 11.3572 0 0 21.2252 0.235691 0 0 0 0
+clinopyroxene2 0.019346 -242.126466 0.040442 0.005528 0.021444     Na0.01Ca0.95Fe''0.21Mg0.41Fe'''0.07Ti0.35Al0.75Si1.25O6 32.2825 12.065 16.5142 2.31462 0 6.62813 0 7.12657 0 0 22.9008 0.168186 0 0 0 0
+fluid1 0.048091 -564.637099 0.445739 0.105709 0.168687 H2O0.99CO20.01 0 0 0 0 0 0 0 0 0 0 0 0 0 0 96.873 3.12702
+index 161 Pressure 3000.00 Temperature 979.59 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 71.455284 -875074.537387 212.623936 30.863609 106.275580 1.894 51.8219 0.357986 14.2286 0.47556 0 10.2547 0.308095 2.92246 0 0 8.5662 3.20577 0.323617 0.247626 7.28347 0.00403605
+olivine1 0.173787 -1694.639245 0.370716 0.047288 0.190855 (Ca0.00Mg0.52Fe''0.47Mn0.01Co0.00Ni0.00)2SiO4 35.1627 0 0 0 0 39.6197 0.44119 24.4964 0 0 0.279999 0 0 0 0 0
+clinopyroxene1 1.094672 -13697.363594 2.342630 0.327059 1.242221     Na0.02Ca0.85Fe''0.29Mg0.63Fe'''0.06Ti0.06Al0.35Si1.74O6 46.2922 2.07974 7.92918 2.0603 0 9.05373 0 11.1906 0 0 21.1521 0.24228 0 0 0 0
+clinopyroxene2 0.010188 -127.406723 0.021239 0.002908 0.011278     Na0.01Ca0.95Fe''0.22Mg0.40Fe'''0.07Ti0.35Al0.76Si1.24O6 32.1416 12.131 16.6172 2.28033 0 6.7875 0 6.97593 0 0 22.8972 0.169172 0 0 0 0
+fluid1 0.053107 -626.510125 0.493110 0.116345 0.187910 H2O0.99CO20.01 0 0 0 0 0 0 0 0 0 0 0 0 0 0 97.7372 2.26283
+index 162 Pressure 3000.00 Temperature 974.60 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 70.157233 -860381.357911 208.650661 30.353763 104.230789 1.931 51.9908 0.333907 14.3699 0.453143 0 10.202 0.312671 2.75138 0 0 8.40304 3.26129 0.329605 0.252208 7.33728 0.00280976
+olivine1 0.173773 -1670.688167 0.368867 0.047001 0.189661 (Ca0.00Mg0.50Fe''0.49Mn0.01Co0.00Ni0.00)2SiO4 34.9233 0 0 0 0 40.8801 0.458125 23.4585 0 0 0.280004 0 0 0 0 0
+clinopyroxene1 1.069952 -13365.453863 2.284431 0.319352 1.212481     Na0.02Ca0.85Fe''0.29Mg0.62Fe'''0.06Ti0.06Al0.36Si1.75O6 46.2638 2.01058 7.99927 2.05003 0 9.33607 0 11.013 0 0 21.0779 0.24941 0 0 0 0
+clinopyroxene2 0.002921 -36.503565 0.006074 0.000833 0.003230     Na0.01Ca0.95Fe''0.22Mg0.39Fe'''0.07Ti0.35Al0.76Si1.24O6 32.0029 12.1951 16.7177 2.24544 0 6.95271 0 6.82253 0 0 22.8933 0.17026 0 0 0 0
+fluid1 0.057883 -685.629930 0.537988 0.126336 0.206305 H2O0.99CO20.01 0 0 0 0 0 0 0 0 0 0 0 0 0 0 98.416 1.58396
+index 163 Pressure 3000.00 Temperature 969.61 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 68.889447 -846092.152810 204.738433 29.852032 102.231969 1.971 52.1667 0.311324 14.5136 0.43091 0 10.139 0.317226 2.58318 0 0 8.24223 3.31745 0.335671 0.256849 7.3839 0.00189988
+olivine1 0.175278 -1660.713058 0.370192 0.047117 0.190097 (Ca0.00Mg0.49Fe''0.51Mn0.01Co0.00Ni0.00)2SiO4 34.6797 0 0 0 0 42.1616 0.475974 22.4025 0 0 0.280198 0 0 0 0 0
+clinopyroxene1 1.037249 -12933.854105 2.209415 0.309268 1.173725     Na0.02Ca0.85Fe''0.30Mg0.61Fe'''0.06Ti0.06Al0.36Si1.75O6 46.2321 1.93975 8.07373 2.03994 0 9.62938 0 10.8264 0 0 21.0016 0.257089 0 0 0 0
+fluid1 0.061752 -733.951966 0.574107 0.134234 0.221414 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 98.9226 1.07741
+index 164 Pressure 3000.00 Temperature 964.62 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 67.417768 -829243.987870 200.238210 29.265487 99.923919 2.012 52.3923 0.291992 14.6027 0.412704 0 10.0637 0.322298 2.41639 0 0 8.0785 3.38055 0.342969 0.262456 7.43229 0.0011794
+olivine1 0.253397 -2364.780754 0.532419 0.067689 0.273045 (Ca0.00Mg0.47Fe''0.53Mn0.01Co0.00Ni0.00)2SiO4 34.4311 0 0 0 0 43.4678 0.496124 21.3246 0 0 0.280472 0 0 0 0 0
+clinopyroxene1 0.910681 -11332.582589 1.935126 0.271213 1.028876     Na0.02Ca0.85Fe''0.31Mg0.60Fe'''0.06Ti0.05Al0.36Si1.75O6 46.1871 1.88376 8.13391 2.03942 0 9.93545 0 10.6283 0 0 20.9265 0.265487 0 0 0 0
+clinopyroxene2 0.004090 -51.015034 0.008458 0.001163 0.004511     Na0.01Ca0.95Fe''0.24Mg0.38Fe'''0.06Ti0.36Al0.77Si1.23O6 31.7453 12.3088 16.89 2.18605 0 7.30597 0 6.50913 0 0 22.8812 0.173521 0 0 0 0
+plagioclase1 0.230957 -3234.478172 0.512555 0.085376 0.277594 K0.00Na0.15Ca0.85Al1.85Si2.15O8 46.8197 0 34.2048 0 0 0 0 0 0 0 17.2946 1.67252 0.00838957 0 0 0
+fluid1 0.076737 -914.840416 0.713335 0.166103 0.276590 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 99.328 0.671957
+index 165 Pressure 3000.00 Temperature 959.63 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 64.629599 -795845.151144 192.023250 28.147182 95.615740 2.051 52.8949 0.28039 14.3626 0.417241 0 9.95462 0.330541 2.24289 0 0 7.88416 3.48255 0.357552 0.273779 7.51822 0.000527107
+olivine1 0.696622 -6397.386568 1.455836 0.184861 0.745559 (Ca0.00Mg0.44Fe''0.55Mn0.01Co0.00Ni0.00)2SiO4 34.1712 0 0 0 0 44.8238 0.526507 20.1981 0 0 0.280398 0 0 0 0 0
+clinopyroxene1 0.330145 -4095.714571 0.699751 0.098182 0.372290     Na0.02Ca0.85Fe''0.33Mg0.59Fe'''0.06Ti0.05Al0.36Si1.75O6 46.179 1.85207 8.03137 2.08609 0 10.2969 0 10.4442 0 0 20.835 0.275376 0 0 0 0
+clinopyroxene2 0.080061 -996.641004 0.165123 0.022747 0.088157     Na0.01Ca0.95Fe''0.24Mg0.37Fe'''0.07Ti0.36Al0.77Si1.23O6 31.702 12.3092 16.8406 2.22971 0 7.52787 0 6.35777 0 0 22.8521 0.180817 0 0 0 0
+plagioclase1 1.538301 -21549.414231 3.409232 0.568964 1.848359 K0.00Na0.16Ca0.84Al1.84Si2.16O8 47.0457 0 34.0525 0 0 0 0 0 0 0 17.1162 1.77671 0.00897308 0 0 0
+fluid1 0.152324 -1821.262318 1.415525 0.328281 0.551774 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 99.7009 0.299148
+index 166 Pressure 3000.00 Temperature 954.63 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 61.967538 -764070.388601 184.149458 27.075317 91.507804 2.092 53.4193 0.269626 14.1169 0.422369 0 9.82274 0.338688 2.07648 0 0 7.69261 3.58561 0.372683 0.28554 7.59716 0.000230941
+olivine1 0.672996 -6082.959159 1.398912 0.177437 0.715487 (Ca0.00Mg0.42Fe''0.57Mn0.01Co0.00Ni0.00)2SiO4 33.9182 0 0 0 0 46.1421 0.558687 19.1009 0 0 0.2801 0 0 0 0 0
+clinopyroxene1 0.297126 -3674.305587 0.628138 0.088232 0.334398     Na0.02Ca0.84Fe''0.34Mg0.58Fe'''0.06Ti0.05Al0.35Si1.75O6 46.1622 1.82419 7.9298 2.13867 0 10.6635 0 10.25 0 0 20.7458 0.285864 0 0 0 0
+clinopyroxene2 0.073496 -913.104163 0.151193 0.020859 0.080807     Na0.01Ca0.95Fe''0.25Mg0.36Fe'''0.07Ti0.36Al0.77Si1.23O6 31.6644 12.3043 16.7846 2.27826 0 7.75291 0 6.20531 0 0 22.8216 0.188665 0 0 0 0
+plagioclase1 1.476143 -20684.111491 3.267196 0.546304 1.773177 K0.00Na0.17Ca0.83Al1.83Si2.17O8 47.294 0 33.8851 0 0 0 0 0 0 0 16.9202 1.89116 0.00962295 0 0 0
+fluid1 0.151602 -1816.535324 1.407346 0.325210 0.551073 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 99.8693 0.13067
+index 167 Pressure 3000.00 Temperature 949.64 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 59.361992 -733467.869109 176.486654 26.036521 87.514711 2.136 54.0134 0.256435 13.8461 0.394335 0 9.62566 0.346853 1.92318 0 0 7.53068 3.69093 0.38878 0.298073 7.68541 0.000101208
+olivine1 0.673089 -5996.246827 1.391947 0.176417 0.711226 (Ca0.00Mg0.41Fe''0.59Mn0.01Co0.00Ni0.00)2SiO4 33.6898 0 0 0 0 47.3274 0.592386 18.1105 0 0 0.279992 0 0 0 0 0
+clinopyroxene1 0.216262 -2668.251539 0.456046 0.064170 0.243070     Na0.02Ca0.84Fe''0.35Mg0.57Fe'''0.06Ti0.05Al0.35Si1.76O6 46.3231 1.72901 7.73335 2.08587 0 11.0375 0 10.1488 0 0 20.6482 0.294103 0 0 0 0
+plagioclase1 1.505282 -21097.666295 3.327505 0.557457 1.807726 K0.00Na0.18Ca0.82Al1.82Si2.18O8 47.563 0 33.7037 0 0 0 0 0 0 0 16.7077 2.01522 0.0103336 0 0 0
+spinel1 0.074409 -438.598620 0.148852 0.015823 0.068489 Fe''1.27Mg0.14Fe'''0.84Al0.34Cr0.00Ti0.41O4 0 15.3812 8.07147 31.2288 0 42.6591 0 2.6594 0 0 0 0 0 0 0 0
+fluid1 0.145825 -1750.445282 1.351852 0.311320 0.531550 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 99.9429 0.0570996
+index 168 Pressure 3000.00 Temperature 944.65 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 56.959561 -705214.044866 169.389415 25.072829 83.834790 2.178 54.5917 0.247007 13.5834 0.376162 0 9.42729 0.354725 1.77813 0 0 7.36593 3.79348 0.404909 0.310645 7.76658 4.45905e-05
+olivine1 0.615681 -5407.168246 1.266731 0.160441 0.646684 (Ca0.00Mg0.39Fe''0.61Mn0.01Co0.00Ni0.00)2SiO4 33.4679 0 0 0 0 48.4769 0.626956 17.1489 0 0 0.279354 0 0 0 0 0
+clinopyroxene1 0.225817 -2779.107879 0.474935 0.066928 0.253386     Na0.02Ca0.84Fe''0.36Mg0.57Fe'''0.06Ti0.05Al0.34Si1.76O6 46.3711 1.69599 7.59888 2.07094 0 11.3867 0 9.99482 0 0 20.5783 0.303326 0 0 0 0
+plagioclase1 1.380319 -19350.845870 3.047547 0.511541 1.657281 K0.00Na0.19Ca0.81Al1.81Si2.19O8 47.8488 0 33.5111 0 0 0 0 0 0 0 16.4821 2.14696 0.0110987 0 0 0
+spinel1 0.051138 -298.892281 0.101964 0.010850 0.046935 Fe''1.29Mg0.13Fe'''0.83Al0.32Cr0.00Ti0.42O4 0 15.7802 7.52097 31.0231 0 43.1699 0 2.50579 0 0 0 0 0 0 0 0
+fluid1 0.138615 -1666.624869 1.283060 0.294489 0.506528 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 99.9749 0.0250937
+index 169 Pressure 3000.00 Temperature 939.66 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 54.720192 -678944.591187 162.765056 24.173347 80.412508 2.221 55.1722 0.238013 13.319 0.359057 0 9.21443 0.362273 1.64328 0 0 7.20748 3.89351 0.421198 0.323358 7.84626 1.98785e-05
+olivine1 0.577548 -5003.981868 1.182344 0.149683 0.603188 (Ca0.00Mg0.37Fe''0.62Mn0.01Co0.00Ni0.00)2SiO4 33.2594 0 0 0 0 49.5553 0.662218 16.2448 0 0 0.27835 0 0 0 0 0
+clinopyroxene1 0.195867 -2404.452460 0.410839 0.057984 0.219407     Na0.02Ca0.84Fe''0.37Mg0.56Fe'''0.06Ti0.05Al0.34Si1.77O6 46.4127 1.66665 7.46813 2.05877 0 11.7295 0 9.83715 0 0 20.5144 0.312688 0 0 0 0
+plagioclase1 1.297687 -18196.590057 2.861706 0.481280 1.557755 K0.00Na0.20Ca0.80Al1.80Si2.20O8 48.1506 0 33.3076 0 0 0 0 0 0 0 16.2438 2.28611 0.0119219 0 0 0
+spinel1 0.046907 -272.144244 0.093233 0.009932 0.042942 Fe''1.31Mg0.13Fe'''0.83Al0.30Cr0.00Ti0.44O4 0 16.13 7.04131 30.8366 0 43.6256 0 2.36641 0 0 0 0 0 0 0 0
+fluid1 0.130519 -1571.758502 1.206211 0.275929 0.478079 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 99.9888 0.0111602
+index 170 Pressure 3000.00 Temperature 934.67 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 52.632343 -654504.557695 156.580761 23.333503 77.228803 2.262 55.7526 0.229452 13.0531 0.342979 0 8.98978 0.369499 1.51827 0 0 7.05517 3.99065 0.43761 0.336185 7.92462 8.97727e-06
+olivine1 0.540368 -4622.160779 1.100841 0.139325 0.561319 (Ca0.00Mg0.35Fe''0.64Mn0.01Co0.00Ni0.00)2SiO4 33.0639 0 0 0 0 50.5637 0.698097 15.3974 0 0 0.276982 0 0 0 0 0
+clinopyroxene1 0.170595 -2088.993147 0.356860 0.050443 0.190770     Na0.02Ca0.84Fe''0.38Mg0.55Fe'''0.06Ti0.05Al0.33Si1.77O6 46.4481 1.64109 7.34116 2.04912 0 12.0653 0 9.67647 0 0 20.4566 0.322171 0 0 0 0
+plagioclase1 1.220348 -17115.884398 2.688041 0.452956 1.464657 K0.00Na0.22Ca0.78Al1.78Si2.22O8 48.4682 0 33.0935 0 0 0 0 0 0 0 15.9931 2.43248 0.0128062 0 0 0
+spinel1 0.042957 -247.588278 0.085118 0.009079 0.039234 Fe''1.32Mg0.12Fe'''0.83Al0.28Cr0.00Ti0.44O4 0 16.4387 6.61718 30.6708 0 44.0343 0 2.23907 0 0 0 0 0 0 0 0
+fluid1 0.122760 -1480.594711 1.132660 0.258241 0.450703 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 99.995 0.0050283
+index 171 Pressure 3000.00 Temperature 929.68 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 50.683713 -631732.615230 150.800794 22.548337 74.263491 2.303 56.3314 0.221316 12.7862 0.327877 0 8.75582 0.376416 1.4026 0 0 6.90875 4.08463 0.454123 0.34911 8.0017 4.10771e-06
+olivine1 0.504665 -4264.784206 1.023220 0.129487 0.521557 (Ca0.00Mg0.34Fe''0.65Mn0.01Co0.00Ni0.00)2SiO4 32.8809 0 0 0 0 51.5048 0.734565 14.6045 0 0 0.275267 0 0 0 0 0
+clinopyroxene1 0.149487 -1825.999371 0.311848 0.044150 0.166877     Na0.02Ca0.83Fe''0.40Mg0.54Fe'''0.06Ti0.05Al0.32Si1.77O6 46.4777 1.61913 7.21775 2.04171 0 12.394 0 9.51339 0 0 20.4045 0.331762 0 0 0 0
+plagioclase1 1.148840 -16116.352384 2.527668 0.426770 1.378623 K0.00Na0.23Ca0.77Al1.77Si2.23O8 48.8009 0 32.8691 0 0 0 0 0 0 0 15.7304 2.58585 0.0137554 0 0 0
+spinel1 0.039296 -225.155563 0.077632 0.008292 0.035815 Fe''1.34Mg0.11Fe'''0.83Al0.27Cr0.00Ti0.45O4 0 16.7125 6.23763 30.5253 0 44.4025 0 2.12205 0 0 0 0 0 0 0 0
+fluid1 0.115538 -1395.628291 1.064276 0.241841 0.425171 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 99.9977 0.00229541
+index 172 Pressure 3000.00 Temperature 924.69 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 48.862687 -610478.543234 145.391367 21.813172 71.497625 2.343 56.9071 0.213591 12.5185 0.313695 0 8.51485 0.38304 1.29572 0 0 6.76794 4.17525 0.470721 0.362121 8.07751 0
+olivine1 0.470639 -3932.072616 0.949808 0.120204 0.484041 (Ca0.00Mg0.32Fe''0.67Mn0.01Co0.00Ni0.00)2SiO4 32.7098 0 0 0 0 52.3824 0.771612 13.863 0 0 0.273228 0 0 0 0 0
+clinopyroxene1 0.131905 -1607.296861 0.274408 0.038912 0.146993     Na0.03Ca0.83Fe''0.41Mg0.53Fe'''0.06Ti0.05Al0.32Si1.78O6 46.5022 1.60056 7.09762 2.03628 0 12.7158 0 9.34843 0 0 20.3576 0.341448 0 0 0 0
+plagioclase1 1.082909 -15194.522993 2.379966 0.402629 1.299339 K0.00Na0.24Ca0.76Al1.76Si2.24O8 49.1482 0 32.635 0 0 0 0 0 0 0 15.4562 2.74589 0.0147732 0 0 0
+spinel1 0.035931 -204.766835 0.070773 0.007570 0.032684 Fe''1.35Mg0.11Fe'''0.83Al0.25Cr0.00Ti0.46O4 0 16.9567 5.89463 30.399 0 44.7357 0 2.01401 0 0 0 0 0 0 0 0
+fluid1 0.108853 -1316.890250 1.001034 0.226708 0.401502 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 173 Pressure 3000.00 Temperature 919.70 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 47.157652 -590594.422809 140.318184 21.123276 68.912337 2.381 57.4789 0.206264 12.2499 0.300379 0 8.26887 0.389393 1.19699 0 0 6.63245 4.26235 0.487397 0.375214 8.15189 0
+olivine1 0.438541 -3624.674308 0.881026 0.111522 0.448961 (Ca0.00Mg0.31Fe''0.68Mn0.01Co0.00Ni0.00)2SiO4 32.5496 0 0 0 0 53.201 0.809276 13.1692 0 0 0.270894 0 0 0 0 0
+clinopyroxene1 0.117429 -1427.431460 0.243609 0.034600 0.130631     Na0.03Ca0.83Fe''0.42Mg0.52Fe'''0.06Ti0.05Al0.31Si1.78O6 46.5222 1.58504 6.9803 2.03261 0 13.0312 0 9.18198 0 0 20.3154 0.351223 0 0 0 0
+plagioclase1 1.022623 -14351.433600 2.245024 0.380560 1.226877 K0.00Na0.26Ca0.74Al1.74Si2.26O8 49.5092 0 32.3916 0 0 0 0 0 0 0 15.1711 2.91227 0.0158643 0 0 0
+spinel1 0.032843 -186.250002 0.064504 0.006910 0.029821 Fe''1.36Mg0.10Fe'''0.83Al0.24Cr0.00Ti0.47O4 0 17.1754 5.58198 30.2904 0 45.0384 0 1.91379 0 0 0 0 0 0 0 0
+fluid1 0.102828 -1245.897875 0.944043 0.213083 0.380159 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 174 Pressure 3000.00 Temperature 914.71 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 45.559067 -571959.689970 135.553649 20.474859 66.492231 2.419 58.0457 0.199314 11.9808 0.287867 0 8.01972 0.395495 1.10585 0 0 6.50207 4.34581 0.504139 0.388379 8.22488 0
+olivine1 0.408208 -3339.924927 0.816465 0.103385 0.416090 (Ca0.00Mg0.29Fe''0.70Mn0.01Co0.00Ni0.00)2SiO4 32.3997 0 0 0 0 53.9648 0.847563 12.5197 0 0 0.268294 0 0 0 0 0
+clinopyroxene1 0.105402 -1278.163629 0.218042 0.031020 0.117045     Na0.03Ca0.83Fe''0.43Mg0.52Fe'''0.06Ti0.05Al0.31Si1.78O6 46.5382 1.57232 6.86553 2.03046 0 13.3407 0 9.01437 0 0 20.2774 0.361073 0 0 0 0
+plagioclase1 0.966949 -13572.663966 2.120517 0.360180 1.159991 K0.00Na0.27Ca0.73Al1.73Si2.27O8 49.8827 0 32.1397 0 0 0 0 0 0 0 14.8761 3.08438 0.0170318 0 0 0
+spinel1 0.030028 -169.515634 0.058807 0.006309 0.027218 Fe''1.38Mg0.10Fe'''0.82Al0.23Cr0.00Ti0.47O4 0 17.3721 5.29506 30.1978 0 45.3146 0 1.8205 0 0 0 0 0 0 0 0
+fluid1 0.097240 -1179.991655 0.891234 0.200485 0.360337 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 175 Pressure 3000.00 Temperature 909.72 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 44.057892 -554461.491558 131.071402 19.864315 64.222766 2.455 58.6067 0.192723 11.7113 0.276104 0 7.76898 0.401366 1.02171 0 0 6.37659 4.4255 0.520937 0.401613 8.29645 0
+olivine1 0.379703 -3077.146272 0.756173 0.095796 0.385435 (Ca0.00Mg0.28Fe''0.71Mn0.01Co0.00Ni0.00)2SiO4 32.2591 0 0 0 0 54.6782 0.886503 11.9108 0 0 0.265458 0 0 0 0 0
+clinopyroxene1 0.095496 -1155.282612 0.196988 0.028071 0.105857     Na0.03Ca0.83Fe''0.44Mg0.51Fe'''0.06Ti0.05Al0.31Si1.79O6 46.5506 1.56213 6.75298 2.02965 0 13.6449 0 8.84581 0 0 20.243 0.370987 0 0 0 0
+plagioclase1 0.915650 -12854.941114 2.005873 0.341402 1.098388 K0.00Na0.29Ca0.71Al1.71Si2.29O8 50.2673 0 31.8804 0 0 0 0 0 0 0 14.5725 3.26153 0.018279 0 0 0
+spinel1 0.027462 -154.379908 0.053629 0.005763 0.024853 Fe''1.39Mg0.09Fe'''0.82Al0.22Cr0.00Ti0.48O4 0 17.5497 5.03016 30.1193 0 45.5675 0 1.73336 0 0 0 0 0 0 0 0
+fluid1 0.092120 -1119.563595 0.842866 0.188963 0.342160 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 176 Pressure 3000.00 Temperature 904.72 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 42.646062 -538000.202554 126.847982 19.288447 62.091024 2.491 59.1614 0.186468 11.4416 0.265033 0 7.51801 0.407027 0.944029 0 0 6.2558 4.50137 0.537785 0.414908 8.36655 0
+olivine1 0.352967 -2834.798441 0.699959 0.088727 0.356885 (Ca0.00Mg0.27Fe''0.72Mn0.01Co0.00Ni0.00)2SiO4 32.1271 0 0 0 0 55.3453 0.926132 11.3391 0 0 0.262415 0 0 0 0 0
+clinopyroxene1 0.087365 -1054.421129 0.179698 0.025651 0.096672     Na0.03Ca0.83Fe''0.45Mg0.50Fe'''0.06Ti0.04Al0.30Si1.79O6 46.5597 1.55424 6.6424 2.03003 0 13.9445 0 8.67644 0 0 20.2117 0.380955 0 0 0 0
+plagioclase1 0.868230 -12191.368507 1.899963 0.324042 1.041466 K0.00Na0.30Ca0.70Al1.70Si2.30O8 50.6611 0 31.6149 0 0 0 0 0 0 0 14.2615 3.44293 0.0196084 0 0 0
+spinel1 0.025125 -140.687244 0.048927 0.005266 0.022703 Fe''1.40Mg0.09Fe'''0.82Al0.21Cr0.00Ti0.49O4 0 17.7107 4.78434 30.0534 0 45.7998 0 1.65169 0 0 0 0 0 0 0 0
+fluid1 0.087413 -1063.979788 0.798424 0.178392 0.325437 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 177 Pressure 3000.00 Temperature 899.73 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 41.316400 -522488.133304 122.862566 18.744433 60.085556 2.525 59.7091 0.180531 11.1719 0.254604 0 7.26801 0.412497 0.872271 0 0 6.13954 4.57335 0.554674 0.428261 8.43519 0
+olivine1 0.327926 -2611.351206 0.647609 0.082148 0.330322 (Ca0.00Mg0.26Fe''0.73Mn0.01Co0.00Ni0.00)2SiO4 32.0028 0 0 0 0 55.9702 0.966482 10.8013 0 0 0.259194 0 0 0 0 0
+clinopyroxene1 0.080722 -971.953042 0.165554 0.023672 0.089161     Na0.03Ca0.83Fe''0.46Mg0.49Fe'''0.06Ti0.04Al0.30Si1.79O6 46.5659 1.54843 6.53358 2.03147 0 14.2401 0 8.50631 0 0 20.1832 0.390967 0 0 0 0
+plagioclase1 0.824231 -11575.562173 1.801744 0.307931 0.988672 K0.00Na0.32Ca0.68Al1.68Si2.32O8 51.0623 0 31.3443 0 0 0 0 0 0 0 13.9447 3.62768 0.0210222 0 0 0
+spinel1 0.022994 -128.288727 0.044654 0.004814 0.020748 Fe''1.40Mg0.09Fe'''0.82Al0.20Cr0.00Ti0.49O4 0 17.8573 4.55524 29.9986 0 46.014 0 1.57492 0 0 0 0 0 0 0 0
+fluid1 0.083070 -1012.663867 0.757441 0.168659 0.309994 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 178 Pressure 3000.00 Temperature 894.74 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 40.062534 -507848.244293 119.096701 18.229782 58.196232 2.557 60.2494 0.174891 10.9026 0.244768 0 7.01998 0.417794 0.805949 0 0 6.02763 4.64142 0.571596 0.441665 8.50233 0
+olivine1 0.304498 -2405.331531 0.598898 0.076030 0.305622 (Ca0.00Mg0.24Fe''0.74Mn0.01Co0.00Ni0.00)2SiO4 31.8858 0 0 0 0 56.5564 1.00759 10.2944 0 0 0.255822 0 0 0 0 0
+clinopyroxene1 0.075325 -904.843178 0.154034 0.022063 0.083050     Na0.03Ca0.83Fe''0.47Mg0.48Fe'''0.06Ti0.04Al0.29Si1.79O6 46.5694 1.54451 6.42636 2.03386 0 14.5324 0 8.33538 0 0 20.157 0.401016 0 0 0 0
+plagioclase1 0.783238 -11001.739292 1.710276 0.292914 0.939501 K0.00Na0.34Ca0.66Al1.66Si2.34O8 51.4687 0 31.0702 0 0 0 0 0 0 0 13.6237 3.81481 0.0225214 0 0 0
+spinel1 0.021051 -117.046700 0.040768 0.004403 0.018969 Fe''1.41Mg0.08Fe'''0.82Al0.19Cr0.00Ti0.49O4 0 17.991 4.34091 29.9534 0 46.2121 0 1.50256 0 0 0 0 0 0 0 0
+fluid1 0.079047 -965.098070 0.719502 0.159663 0.295675 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 179 Pressure 3000.00 Temperature 889.75 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 38.878807 -494012.882365 115.534032 17.742304 56.414086 2.589 60.7818 0.169528 10.6337 0.235482 0 6.77478 0.422935 0.744609 0 0 5.91991 4.70557 0.588538 0.455112 8.56797 0
+olivine1 0.282596 -2215.354407 0.553603 0.070342 0.282665 (Ca0.00Mg0.23Fe''0.75Mn0.01Co0.00Ni0.00)2SiO4 31.7751 0 0 0 0 57.1074 1.0495 9.81563 0 0 0.252322 0 0 0 0 0
+clinopyroxene1 0.070969 -850.531051 0.144701 0.020763 0.078107     Na0.03Ca0.83Fe''0.48Mg0.47Fe'''0.06Ti0.04Al0.29Si1.80O6 46.5704 1.54232 6.32061 2.03714 0 14.8221 0 8.16357 0 0 20.1328 0.411094 0 0 0 0
+plagioclase1 0.744884 -10464.777870 1.624728 0.278856 0.893510 K0.00Na0.35Ca0.65Al1.65Si2.35O8 51.8783 0 30.794 0 0 0 0 0 0 0 13.3002 4.00337 0.0241068 0 0 0
+spinel1 0.019277 -106.836897 0.037229 0.004028 0.017348 Fe''1.42Mg0.08Fe'''0.82Al0.18Cr0.00Ti0.50O4 0 18.1134 4.13976 29.9168 0 46.3959 0 1.43416 0 0 0 0 0 0 0 0
+fluid1 0.075306 -920.824294 0.684237 0.151316 0.282342 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 180 Pressure 3000.00 Temperature 884.76 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 37.760698 -480928.068844 112.161519 17.280288 54.731920 2.619 61.3059 0.164249 10.3657 0.226998 0 6.53318 0.427919 0.687854 0 0 5.8162 4.76582 0.605483 0.468588 8.63209 0
+olivine1 0.262466 -2042.711665 0.512149 0.065138 0.261663 (Ca0.00Mg0.22Fe''0.76Mn0.01Co0.00Ni0.00)2SiO4 31.6705 0 0 0 0 57.626 1.0922 9.36261 0 0 0.248717 0 0 0 0 0
+clinopyroxene1 0.066250 -792.100411 0.134680 0.019359 0.072781     Na0.03Ca0.83Fe''0.49Mg0.46Fe'''0.06Ti0.04Al0.28Si1.80O6 46.5722 1.53843 6.21409 2.04213 0 15.1123 0 7.99147 0 0 20.1082 0.421201 0 0 0 0
+clinopyroxene2 0.001308 -15.976042 0.002590 0.000366 0.001412     Na0.02Ca0.95Fe''0.34Mg0.26Fe'''0.06Ti0.37Al0.76Si1.23O6 31.2895 12.5726 16.3209 2.10094 0 10.3692 0 4.49737 0 0 22.5335 0.315998 0 0 0 0
+plagioclase1 0.708390 -9953.784792 1.543382 0.265466 0.849761 K0.00Na0.37Ca0.63Al1.63Si2.37O8 52.289 0 30.517 0 0 0 0 0 0 0 12.9759 4.19237 0.0257784 0 0 0
+spinel1 0.017246 -95.273454 0.033215 0.003600 0.015501 Fe''1.43Mg0.07Fe'''0.83Al0.17Cr0.00Ti0.50O4 0 18.2026 3.95293 29.9287 0 46.5473 0 1.36849 0 0 0 0 0 0 0 0
+fluid1 0.071765 -878.870944 0.650905 0.143450 0.269700 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 181 Pressure 3000.00 Temperature 879.77 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 36.703745 -468541.741811 108.966301 16.842036 53.142703 2.648 61.8214 0.159021 10.0987 0.219306 0 6.29577 0.432757 0.635301 0 0 5.71632 4.82221 0.622416 0.482082 8.6947 0
+olivine1 0.243722 -1883.838328 0.473735 0.060316 0.242206 (Ca0.00Mg0.22Fe''0.77Mn0.02Co0.00Ni0.00)2SiO4 31.5712 0 0 0 0 58.1149 1.13573 8.93308 0 0 0.245026 0 0 0 0 0
+clinopyroxene1 0.062201 -741.908147 0.126072 0.018154 0.068208     Na0.03Ca0.83Fe''0.50Mg0.45Fe'''0.06Ti0.04Al0.28Si1.80O6 46.5756 1.53211 6.10634 2.04898 0 15.4043 0 7.81898 0 0 20.0823 0.43133 0 0 0 0
+clinopyroxene2 0.004014 -48.972596 0.007926 0.001124 0.004328     Na0.02Ca0.95Fe''0.35Mg0.26Fe'''0.06Ti0.37Al0.76Si1.23O6 31.2812 12.579 16.2775 2.09892 0 10.5371 0 4.38933 0 0 22.5101 0.326872 0 0 0 0
+plagioclase1 0.673882 -9470.541308 1.466494 0.252792 0.808402 K0.00Na0.38Ca0.61Al1.61Si2.39O8 52.6989 0 30.2405 0 0 0 0 0 0 0 12.6522 4.38093 0.0275361 0 0 0
+spinel1 0.015328 -84.401691 0.029440 0.003196 0.013761 Fe''1.43Mg0.07Fe'''0.83Al0.16Cr0.00Ti0.50O4 0 18.2553 3.77936 29.997 0 46.6633 0 1.30514 0 0 0 0 0 0 0 0
+fluid1 0.068440 -839.436637 0.619635 0.136087 0.257809 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 182 Pressure 3000.00 Temperature 874.78 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 35.703355 -456801.234053 105.935144 16.425772 51.639279 2.676 62.3279 0.154025 9.83332 0.212035 0 6.06298 0.437476 0.586563 0 0 5.62019 4.87481 0.63933 0.495589 8.75575 0
+olivine1 0.225900 -1734.690119 0.437418 0.055754 0.223808 (Ca0.00Mg0.21Fe''0.78Mn0.02Co0.00Ni0.00)2SiO4 31.4768 0 0 0 0 58.5772 1.18015 8.52459 0 0 0.241269 0 0 0 0 0
+clinopyroxene1 0.060094 -715.052968 0.121436 0.017518 0.065777     Na0.03Ca0.83Fe''0.51Mg0.44Fe'''0.06Ti0.04Al0.27Si1.81O6 46.5767 1.52693 5.99978 2.05672 0 15.6959 0 7.64504 0 0 20.0574 0.441473 0 0 0 0
+clinopyroxene2 0.005032 -61.336553 0.009911 0.001408 0.005421     Na0.03Ca0.95Fe''0.35Mg0.25Fe'''0.06Ti0.37Al0.75Si1.23O6 31.2745 12.5845 16.2333 2.09736 0 10.7038 0 4.28233 0 0 22.4863 0.337983 0 0 0 0
+plagioclase1 0.641714 -9020.032258 1.394817 0.240967 0.769855 K0.00Na0.40Ca0.60Al1.60Si2.40O8 53.1062 0 29.9657 0 0 0 0 0 0 0 12.3304 4.56828 0.0293788 0 0 0
+spinel1 0.013988 -76.783032 0.026793 0.002914 0.012544 Fe''1.44Mg0.07Fe'''0.83Al0.16Cr0.00Ti0.51O4 0 18.2975 3.61524 30.0759 0 46.7666 0 1.24477 0 0 0 0 0 0 0 0
+fluid1 0.065362 -802.911954 0.590697 0.129282 0.246792 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 183 Pressure 3000.00 Temperature 869.79 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 34.755908 -445665.029125 103.057624 16.030130 50.215982 2.703 62.8253 0.149247 9.56977 0.205153 0 5.83521 0.442087 0.541318 0 0 5.52766 4.9237 0.656209 0.509099 8.81525 0
+olivine1 0.209280 -1597.063896 0.403710 0.051519 0.206729 (Ca0.00Mg0.20Fe''0.79Mn0.02Co0.00Ni0.00)2SiO4 31.3868 0 0 0 0 59.015 1.22549 8.13522 0 0 0.237463 0 0 0 0 0
+clinopyroxene1 0.058467 -694.001493 0.117791 0.017023 0.063877     Na0.03Ca0.83Fe''0.52Mg0.43Fe'''0.06Ti0.04Al0.27Si1.81O6 46.5755 1.52282 5.89442 2.06533 0 15.9877 0 7.46941 0 0 20.0333 0.451628 0 0 0 0
+clinopyroxene2 0.004983 -60.663123 0.009786 0.001393 0.005361     Na0.03Ca0.95Fe''0.36Mg0.25Fe'''0.06Ti0.37Al0.75Si1.23O6 31.2693 12.5892 16.1883 2.09623 0 10.8697 0 4.17615 0 0 22.4619 0.349331 0 0 0 0
+plagioclase1 0.611205 -8592.727161 1.326859 0.229739 0.733303 K0.00Na0.42Ca0.58Al1.58Si2.42O8 53.5096 0 29.6936 0 0 0 0 0 0 0 12.0118 4.75374 0.0313058 0 0 0
+spinel1 0.012766 -69.862699 0.024385 0.002657 0.011436 Fe''1.44Mg0.07Fe'''0.84Al0.15Cr0.00Ti0.51O4 0 18.3302 3.45976 30.1643 0 46.8586 0 1.18712 0 0 0 0 0 0 0 0
+fluid1 0.062458 -768.416513 0.563423 0.122885 0.236380 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 184 Pressure 3000.00 Temperature 864.80 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 33.858114 -435095.774319 100.324275 15.653876 48.867678 2.729 63.3133 0.144672 9.30842 0.198628 0 5.61276 0.4466 0.499274 0 0 5.4386 4.96898 0.673039 0.522599 8.87317 0
+olivine1 0.193792 -1470.071218 0.372440 0.047588 0.190882 (Ca0.00Mg0.19Fe''0.79Mn0.02Co0.00Ni0.00)2SiO4 31.3009 0 0 0 0 59.4305 1.2718 7.76325 0 0 0.233623 0 0 0 0 0
+clinopyroxene1 0.057233 -677.697439 0.114954 0.016643 0.062413     Na0.03Ca0.83Fe''0.53Mg0.42Fe'''0.06Ti0.04Al0.27Si1.81O6 46.5718 1.51972 5.79031 2.07483 0 16.2801 0 7.29186 0 0 20.0096 0.461795 0 0 0 0
+clinopyroxene2 0.004924 -59.878412 0.009643 0.001375 0.005291     Na0.03Ca0.95Fe''0.36Mg0.24Fe'''0.06Ti0.37Al0.75Si1.23O6 31.2655 12.5931 16.1426 2.09551 0 11.035 0 4.0706 0 0 22.4369 0.360919 0 0 0 0
+plagioclase1 0.582205 -8186.511659 1.262284 0.219052 0.698564 K0.00Na0.43Ca0.57Al1.57Si2.43O8 53.9076 0 29.425 0 0 0 0 0 0 0 11.6973 4.9367 0.0333159 0 0 0
+spinel1 0.011649 -63.563358 0.022190 0.002422 0.010425 Fe''1.45Mg0.06Fe'''0.84Al0.14Cr0.00Ti0.51O4 0 18.3544 3.31222 30.2614 0 46.9401 0 1.13195 0 0 0 0 0 0 0 0
+fluid1 0.059712 -735.765403 0.537664 0.116858 0.226517 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 185 Pressure 3000.00 Temperature 859.80 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 33.006974 -425059.652683 97.726459 15.295888 47.589701 2.754 63.7916 0.140288 9.04961 0.192435 0 5.39587 0.451022 0.460167 0 0 5.35286 5.01074 0.689803 0.536075 8.9295 0
+olivine1 0.179370 -1352.906496 0.343450 0.043941 0.176185 (Ca0.00Mg0.18Fe''0.80Mn0.02Co0.00Ni0.00)2SiO4 31.2185 0 0 0 0 59.8255 1.31911 7.40714 0 0 0.229762 0 0 0 0 0
+clinopyroxene1 0.056314 -665.154913 0.112759 0.016356 0.061294     Na0.04Ca0.83Fe''0.54Mg0.41Fe'''0.06Ti0.04Al0.26Si1.81O6 46.5655 1.51761 5.68747 2.08521 0 16.5737 0 7.11216 0 0 19.9864 0.471975 0 0 0 0
+clinopyroxene2 0.004859 -59.024554 0.009490 0.001356 0.005215     Na0.03Ca0.95Fe''0.37Mg0.23Fe'''0.06Ti0.37Al0.75Si1.23O6 31.263 12.5962 16.096 2.09517 0 11.2001 0 3.9655 0 0 22.4114 0.372749 0 0 0 0
+plagioclase1 0.554593 -7799.703511 1.200822 0.208863 0.665492 K0.00Na0.45Ca0.55Al1.55Si2.45O8 54.2994 0 29.1607 0 0 0 0 0 0 0 11.3878 5.1167 0.0354081 0 0 0
+spinel1 0.010626 -57.820990 0.020187 0.002208 0.009500 Fe''1.45Mg0.06Fe'''0.84Al0.14Cr0.00Ti0.51O4 0 18.3706 3.17201 30.3664 0 47.0119 0 1.07906 0 0 0 0 0 0 0 0
+fluid1 0.057111 -704.801731 0.513293 0.111172 0.217156 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 186 Pressure 3000.00 Temperature 854.81 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 32.199731 -415525.803958 95.256230 14.955139 46.377775 2.778 64.2603 0.136082 8.79364 0.186549 0 5.18472 0.45536 0.423756 0 0 5.27029 5.04912 0.706482 0.549514 8.98422 0
+olivine1 0.165948 -1244.827557 0.316589 0.040559 0.162562 (Ca0.00Mg0.17Fe''0.81Mn0.02Co0.00Ni0.00)2SiO4 31.1396 0 0 0 0 60.2016 1.36744 7.06551 0 0 0.225892 0 0 0 0 0
+clinopyroxene1 0.055641 -655.559983 0.111066 0.016140 0.060447     Na0.04Ca0.83Fe''0.55Mg0.40Fe'''0.06Ti0.04Al0.26Si1.81O6 46.5567 1.51642 5.58594 2.09651 0 16.869 0 6.93005 0 0 19.9632 0.482173 0 0 0 0
+clinopyroxene2 0.004791 -58.128604 0.009330 0.001336 0.005135     Na0.03Ca0.95Fe''0.38Mg0.23Fe'''0.06Ti0.37Al0.75Si1.24O6 31.2618 12.5985 16.0487 2.09521 0 11.3652 0 3.86064 0 0 22.3852 0.384823 0 0 0 0
+plagioclase1 0.528272 -7430.953985 1.142260 0.199136 0.633973 K0.00Na0.46Ca0.54Al1.54Si2.46O8 54.6841 0 28.9011 0 0 0 0 0 0 0 11.0839 5.29336 0.0375814 0 0 0
+spinel1 0.009690 -52.580197 0.018357 0.002011 0.008655 Fe''1.45Mg0.06Fe'''0.85Al0.13Cr0.00Ti0.51O4 0 18.3794 3.03861 30.4788 0 47.0749 0 1.02827 0 0 0 0 0 0 0 0
+fluid1 0.054644 -675.399664 0.490205 0.105799 0.208259 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 187 Pressure 3000.00 Temperature 849.82 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 31.433838 -406465.854274 92.906241 14.630677 45.227962 2.800 64.719 0.132043 8.54084 0.180949 0 4.97941 0.459622 0.389827 0 0 5.19077 5.08424 0.723062 0.562903 9.0373 0
+olivine1 0.153467 -1145.147289 0.291714 0.037425 0.149939 (Ca0.00Mg0.17Fe''0.82Mn0.02Co0.00Ni0.00)2SiO4 31.0637 0 0 0 0 60.5604 1.41686 6.73711 0 0 0.222021 0 0 0 0 0
+clinopyroxene1 0.055161 -648.248275 0.109763 0.015980 0.059810     Na0.04Ca0.83Fe''0.56Mg0.39Fe'''0.06Ti0.04Al0.25Si1.82O6 46.5451 1.51613 5.48576 2.10875 0 17.1664 0 6.74533 0 0 19.9401 0.492392 0 0 0 0
+clinopyroxene2 0.004720 -57.205906 0.009166 0.001315 0.005053     Na0.03Ca0.95Fe''0.38Mg0.22Fe'''0.06Ti0.37Al0.75Si1.24O6 31.2617 12.6001 16.0006 2.09562 0 11.5306 0 3.75586 0 0 22.3583 0.397143 0 0 0 0
+plagioclase1 0.503165 -7079.171743 1.086425 0.189844 0.603912 K0.00Na0.48Ca0.52Al1.52Si2.48O8 55.061 0 28.6467 0 0 0 0 0 0 0 10.786 5.46643 0.0398349 0 0 0
+spinel1 0.008831 -47.792656 0.016684 0.001831 0.007880 Fe''1.46Mg0.05Fe'''0.85Al0.13Cr0.00Ti0.51O4 0 18.3814 2.91155 30.598 0 47.1296 0 0.979403 0 0 0 0 0 0 0 0
+fluid1 0.052303 -647.458226 0.468317 0.100721 0.199796 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 188 Pressure 3000.00 Temperature 844.83 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 30.706929 -397853.540140 90.669653 14.321619 44.136612 2.822 65.1679 0.128161 8.29148 0.175616 0 4.78003 0.463812 0.358186 0 0 5.11414 5.11623 0.739524 0.576228 9.08873 0
+olivine1 0.141866 -1053.227073 0.268691 0.034522 0.138249 (Ca0.00Mg0.16Fe''0.82Mn0.02Co0.00Ni0.00)2SiO4 30.9905 0 0 0 0 60.9031 1.46738 6.42085 0 0 0.218159 0 0 0 0 0
+clinopyroxene1 0.054830 -642.684210 0.108758 0.015864 0.059334     Na0.04Ca0.83Fe''0.57Mg0.38Fe'''0.06Ti0.04Al0.25Si1.82O6 46.5308 1.5167 5.38696 2.12195 0 17.4663 0 6.55778 0 0 19.9169 0.502639 0 0 0 0
+clinopyroxene2 0.004647 -56.263154 0.009000 0.001294 0.004969     Na0.03Ca0.95Fe''0.39Mg0.22Fe'''0.06Ti0.38Al0.74Si1.24O6 31.2628 12.6009 15.9518 2.0964 0 11.6966 0 3.65097 0 0 22.3308 0.409714 0 0 0 0
+plagioclase1 0.479207 -6743.457492 1.033172 0.180965 0.575232 K0.00Na0.49Ca0.51Al1.51Si2.49O8 55.4299 0 28.3977 0 0 0 0 0 0 0 10.4945 5.63571 0.0421679 0 0 0
+spinel1 0.008042 -43.415839 0.015153 0.001666 0.007171 Fe''1.46Mg0.05Fe'''0.86Al0.12Cr0.00Ti0.51O4 0 18.3769 2.7904 30.7238 0 47.1767 0 0.932317 0 0 0 0 0 0 0 0
+fluid1 0.050080 -620.895788 0.447560 0.095918 0.191743 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 189 Pressure 3000.00 Temperature 839.84 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 30.016796 -389664.412169 88.540075 14.027139 43.100330 2.843 65.6067 0.124426 8.04584 0.170532 0 4.5866 0.467936 0.328658 0 0 5.04026 5.14525 0.755852 0.589477 9.13849 0
+olivine1 0.131090 -968.471718 0.247390 0.031833 0.127427 (Ca0.00Mg0.15Fe''0.83Mn0.02Co0.00Ni0.00)2SiO4 30.92 0 0 0 0 61.2309 1.51907 6.11573 0 0 0.214312 0 0 0 0 0
+clinopyroxene1 0.054612 -638.441960 0.107980 0.015780 0.058982     Na0.04Ca0.83Fe''0.58Mg0.37Fe'''0.06Ti0.04Al0.24Si1.82O6 46.5135 1.5181 5.28956 2.13615 0 17.7692 0 6.36724 0 0 19.8933 0.512918 0 0 0 0
+clinopyroxene2 0.004573 -55.301065 0.008831 0.001272 0.004883     Na0.03Ca0.95Fe''0.39Mg0.21Fe'''0.06Ti0.38Al0.74Si1.24O6 31.2649 12.6011 15.9022 2.09754 0 11.8634 0 3.54582 0 0 22.3026 0.422539 0 0 0 0
+plagioclase1 0.456343 -6423.049713 0.982383 0.172479 0.547869 K0.00Na0.51Ca0.49Al1.49Si2.51O8 55.7905 0 28.1542 0 0 0 0 0 0 0 10.2096 5.80109 0.04458 0 0 0
+spinel1 0.007319 -39.411962 0.013752 0.001515 0.006520 Fe''1.46Mg0.05Fe'''0.86Al0.12Cr0.00Ti0.51O4 0 18.3663 2.67479 30.8556 0 47.2165 0 0.886878 0 0 0 0 0 0 0 0
+fluid1 0.047970 -595.645354 0.427874 0.091376 0.184080 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 190 Pressure 3000.00 Temperature 834.85 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 29.361372 -381875.602920 86.511511 13.746461 42.115945 2.864 66.0355 0.12083 7.80416 0.165681 0 4.39911 0.472 0.301087 0 0 4.96901 5.17144 0.772033 0.602636 9.18654 0
+olivine1 0.121082 -890.325755 0.227690 0.029343 0.117410 (Ca0.00Mg0.14Fe''0.83Mn0.02Co0.00Ni0.00)2SiO4 30.8519 0 0 0 0 61.5448 1.57197 5.82089 0 0 0.210487 0 0 0 0 0
+clinopyroxene1 0.004497 -54.316524 0.008659 0.001250 0.004796     Na0.03Ca0.95Fe''0.40Mg0.20Fe'''0.06Ti0.38Al0.74Si1.24O6 31.268 12.6005 15.8518 2.09907 0 12.0313 0 3.44024 0 0 22.2736 0.435624 0 0 0 0
+clinopyroxene2 0.054480 -635.187923 0.107371 0.015721 0.058721     Na0.04Ca0.83Fe''0.59Mg0.36Fe'''0.06Ti0.04Al0.24Si1.82O6 46.4934 1.5203 5.19359 2.15138 0 18.0753 0 6.17355 0 0 19.8693 0.523238 0 0 0 0
+plagioclase1 0.434527 -6117.282846 0.933951 0.164370 0.521767 K0.00Na0.52Ca0.48Al1.48Si2.52O8 56.1427 0 27.9165 0 0 0 0 0 0 0 9.93126 5.96252 0.0470707 0 0 0
+spinel1 0.006654 -35.747175 0.012469 0.001377 0.005923 Fe''1.47Mg0.05Fe'''0.86Al0.11Cr0.00Ti0.51O4 0 18.35 2.56436 30.9932 0 47.2495 0 0.842968 0 0 0 0 0 0 0 0
+fluid1 0.045966 -571.650757 0.409211 0.087081 0.176790 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 191 Pressure 3000.00 Temperature 829.86 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 28.738718 -374465.646035 84.578318 13.478853 41.180487 2.884 66.4543 0.117363 7.56667 0.161049 0 4.21753 0.476007 0.275332 0 0 4.90023 5.19494 0.788049 0.615692 9.23287 0
+olivine1 0.111792 -818.270619 0.209474 0.027039 0.108141 (Ca0.00Mg0.14Fe''0.84Mn0.02Co0.00Ni0.00)2SiO4 30.7859 0 0 0 0 61.8457 1.62612 5.53553 0 0 0.20669 0 0 0 0 0
+clinopyroxene1 0.004418 -53.304297 0.008483 0.001227 0.004706     Na0.03Ca0.95Fe''0.40Mg0.20Fe'''0.06Ti0.38Al0.74Si1.24O6 31.272 12.5992 15.8006 2.10096 0 12.2004 0 3.33408 0 0 22.2437 0.448973 0 0 0 0
+clinopyroxene2 0.054412 -632.665076 0.106888 0.015680 0.058529     Na0.04Ca0.84Fe''0.60Mg0.35Fe'''0.06Ti0.04Al0.24Si1.83O6 46.4703 1.52326 5.09903 2.16766 0 18.3848 0 5.97659 0 0 19.8447 0.533607 0 0 0 0
+plagioclase1 0.413715 -5825.555323 0.887780 0.156623 0.496875 K0.00Na0.53Ca0.46Al1.46Si2.54O8 56.4864 0 27.6844 0 0 0 0 0 0 0 9.65958 6.12001 0.0496401 0 0 0
+spinel1 0.006044 -32.390916 0.011294 0.001249 0.005375 Fe''1.47Mg0.04Fe'''0.87Al0.11Cr0.00Ti0.51O4 0 18.3283 2.4588 31.1362 0 47.2762 0 0.800484 0 0 0 0 0 0 0 0
+fluid1 0.044066 -548.863619 0.391527 0.083023 0.169859 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 192 Pressure 3000.00 Temperature 824.87 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 28.147007 -367414.334702 82.735178 13.223624 40.291167 2.903 66.8631 0.114021 7.33357 0.156621 0 4.0418 0.479963 0.251267 0 0 4.83381 5.21591 0.803889 0.628635 9.27745 0
+olivine1 0.103169 -751.822560 0.192632 0.024906 0.099564 (Ca0.00Mg0.13Fe''0.85Mn0.02Co0.00Ni0.00)2SiO4 30.722 0 0 0 0 62.1345 1.6816 5.25898 0 0 0.202923 0 0 0 0 0
+clinopyroxene1 0.004337 -52.258324 0.008302 0.001204 0.004613     Na0.04Ca0.94Fe''0.41Mg0.19Fe'''0.06Ti0.38Al0.74Si1.24O6 31.2769 12.5972 15.7486 2.10323 0 12.3711 0 3.22722 0 0 22.2131 0.462594 0 0 0 0
+clinopyroxene2 0.054393 -630.678961 0.106499 0.015652 0.058388     Na0.04Ca0.84Fe''0.62Mg0.34Fe'''0.06Ti0.05Al0.23Si1.83O6 46.4443 1.52696 5.00591 2.18499 0 18.698 0 5.7763 0 0 19.8195 0.544032 0 0 0 0
+plagioclase1 0.393867 -5547.306983 0.843781 0.149226 0.473146 K0.00Na0.55Ca0.45Al1.45Si2.55O8 56.8218 0 27.4579 0 0 0 0 0 0 0 9.39446 6.2736 0.0522884 0 0 0
+spinel1 0.005482 -29.315431 0.010216 0.001132 0.004872 Fe''1.47Mg0.04Fe'''0.87Al0.10Cr0.00Ti0.51O4 0 18.3016 2.35782 31.2842 0 47.2971 0 0.759333 0 0 0 0 0 0 0 0
+fluid1 0.042264 -527.241055 0.374783 0.079191 0.163276 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 193 Pressure 3000.00 Temperature 819.88 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 27.582609 -360673.774499 80.971493 12.979183 39.442705 2.921 67.2611 0.110246 7.10465 0.153245 0 3.87238 0.483895 0.228666 0 0 4.77011 5.23425 0.81959 0.641499 9.3204 0
+olivine1 0.094550 -686.045394 0.175915 0.022782 0.091033 (Ca0.00Mg0.12Fe''0.85Mn0.02Co0.00Ni0.00)2SiO4 30.6595 0 0 0 0 62.414 1.73849 4.98876 0 0 0.199226 0 0 0 0 0
+clinopyroxene1 0.057721 -667.263217 0.112640 0.016587 0.061830     Na0.04Ca0.84Fe''0.63Mg0.33Fe'''0.07Ti0.04Al0.23Si1.83O6 46.4289 1.51661 4.90437 2.20797 0 19.0313 0 5.57205 0 0 19.7844 0.554409 0 0 0 0
+plagioclase1 0.377588 -5319.242552 0.807519 0.143166 0.453709 K0.00Na0.56Ca0.44Al1.44Si2.56O8 57.1479 0 27.2376 0 0 0 0 0 0 0 9.13665 6.42284 0.055018 0 0 0
+spinel1 0.003921 -20.898187 0.007285 0.000809 0.003482 Fe''1.47Mg0.04Fe'''0.88Al0.10Cr0.00Ti0.51O4 0 18.1654 2.26701 31.631 0 47.2197 0 0.716868 0 0 0 0 0 0 0 0
+rhm-oxide1 0.001734 -13.284808 0.003148 0.000373 0.001593 Mn0.02Fe''0.83Mg0.05Fe'''0.11Al0.09Ti0.90O3 0 48.5769 3.03881 5.80204 0 40.4025 0.788354 1.39136 0 0 0 0 0 0 0 0
+fluid1 0.040696 -508.463768 0.360159 0.075831 0.157560 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 194 Pressure 3000.00 Temperature 814.88 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 27.046901 -354265.015837 79.291289 12.746339 38.636952 2.939 67.6487 0.105487 6.88012 0.151765 0 3.7089 0.487692 0.207604 0 0 4.70844 5.25035 0.835062 0.654205 9.36166 0
+olivine1 0.087932 -635.366644 0.163025 0.021149 0.084467 (Ca0.00Mg0.12Fe''0.86Mn0.02Co0.00Ni0.00)2SiO4 30.5991 0 0 0 0 62.6818 1.79655 4.72699 0 0 0.195572 0 0 0 0 0
+clinopyroxene1 0.055285 -636.986986 0.107530 0.015865 0.059094     Na0.04Ca0.83Fe''0.64Mg0.32Fe'''0.07Ti0.04Al0.22Si1.83O6 46.4415 1.47573 4.78313 2.2405 0 19.3978 0 5.3673 0 0 19.7294 0.564588 0 0 0 0
+plagioclase1 0.358710 -5054.484520 0.765795 0.136108 0.431158 K0.00Na0.57Ca0.43Al1.43Si2.57O8 57.4654 0 27.0231 0 0 0 0 0 0 0 8.88555 6.5681 0.0578306 0 0 0
+spinel1 0.001849 -9.806871 0.003426 0.000381 0.001642 Fe''1.46Mg0.04Fe'''0.91Al0.10Cr0.00Ti0.50O4 0 17.8051 2.19188 32.3901 0 46.9415 0 0.671361 0 0 0 0 0 0 0 0
+rhm-oxide1 0.003901 -29.833959 0.007061 0.000838 0.003577 Mn0.02Fe''0.84Mg0.05Fe'''0.11Al0.09Ti0.90O3 0 48.5796 2.93404 5.85218 0 40.5033 0.803084 1.32783 0 0 0 0 0 0 0 0
+fluid1 0.038949 -487.387260 0.344006 0.072172 0.151120 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 195 Pressure 3000.00 Temperature 809.89 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 26.537327 -348162.593403 77.687094 12.524047 37.870013 2.957 68.0267 0.100947 6.66056 0.150241 0 3.55087 0.49146 0.187931 0 0 4.64874 5.26437 0.850322 0.666767 9.40109 0
+olivine1 0.080913 -582.286045 0.149484 0.019426 0.077550 (Ca0.00Mg0.11Fe''0.86Mn0.03Co0.00Ni0.00)2SiO4 30.5402 0 0 0 0 62.9392 1.85616 4.47243 0 0 0.191956 0 0 0 0 0
+clinopyroxene1 0.055379 -635.923051 0.107351 0.015869 0.059065     Na0.04Ca0.83Fe''0.65Mg0.30Fe'''0.07Ti0.04Al0.22Si1.84O6 46.4491 1.43728 4.66452 2.27371 0 19.7676 0 5.15846 0 0 19.6746 0.57478 0 0 0 0
+plagioclase1 0.341369 -4811.283899 0.727458 0.129619 0.410461 K0.00Na0.58Ca0.41Al1.41Si2.59O8 57.7754 0 26.8137 0 0 0 0 0 0 0 8.64045 6.70978 0.0607244 0 0 0
+spinel1 0.001325 -6.990305 0.002447 0.000273 0.001176 Fe''1.45Mg0.03Fe'''0.93Al0.09Cr0.00Ti0.49O4 0 17.4504 2.11896 33.1371 0 46.6656 0 0.627986 0 0 0 0 0 0 0 0
+rhm-oxide1 0.003707 -28.300624 0.006691 0.000796 0.003394 Mn0.02Fe''0.84Mg0.05Fe'''0.11Al0.08Ti0.90O3 0 48.5825 2.83239 5.89934 0 40.6029 0.817782 1.26506 0 0 0 0 0 0 0 0
+fluid1 0.037422 -468.998922 0.329847 0.068955 0.145501 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 196 Pressure 3000.00 Temperature 804.90 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 26.052441 -342350.198150 76.154643 12.311748 37.139690 2.974 68.3951 0.096614 6.44607 0.14868 0 3.39819 0.495207 0.169568 0 0 4.59088 5.27646 0.86536 0.679177 9.43865 0
+olivine1 0.074389 -533.233727 0.136948 0.017829 0.071139 (Ca0.00Mg0.11Fe''0.87Mn0.03Co0.00Ni0.00)2SiO4 30.483 0 0 0 0 63.1866 1.9174 4.22465 0 0 0.188378 0 0 0 0 0
+clinopyroxene1 0.055480 -634.904345 0.107182 0.015875 0.059041     Na0.04Ca0.83Fe''0.67Mg0.29Fe'''0.07Ti0.04Al0.21Si1.84O6 46.4521 1.40091 4.54828 2.30758 0 20.1407 0 4.94576 0 0 19.6197 0.584991 0 0 0 0
+plagioclase1 0.324864 -4579.765180 0.691003 0.123436 0.390777 K0.00Na0.59Ca0.40Al1.40Si2.60O8 58.078 0 26.6092 0 0 0 0 0 0 0 8.40115 6.848 0.0637005 0 0 0
+spinel1 0.000668 -3.504533 0.001229 0.000137 0.000592 Fe''1.45Mg0.03Fe'''0.95Al0.09Cr0.00Ti0.48O4 0 17.1016 2.04821 33.871 0 46.3925 0 0.586615 0 0 0 0 0 0 0 0
+rhm-oxide1 0.003529 -26.895253 0.006350 0.000757 0.003225 Mn0.02Fe''0.84Mg0.04Fe'''0.11Al0.08Ti0.90O3 0 48.5857 2.73379 5.94358 0 40.7015 0.832452 1.20301 0 0 0 0 0 0 0 0
+fluid1 0.035980 -451.636267 0.316497 0.065929 0.140189 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 197 Pressure 3000.00 Temperature 799.91 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 25.590867 -336812.722846 74.689938 12.108915 36.443913 2.991 68.7543 0.092482 6.2367 0.146956 0 3.25068 0.498936 0.152462 0 0 4.53483 5.28674 0.880168 0.691427 9.47433 0
+olivine1 0.068336 -487.981846 0.125364 0.016351 0.065208 (Ca0.00Mg0.10Fe''0.87Mn0.03Co0.00Ni0.00)2SiO4 30.4273 0 0 0 0 63.4238 1.98038 3.98364 0 0 0.184842 0 0 0 0 0
+clinopyroxene1 0.055448 -632.337204 0.106752 0.015842 0.058874     Na0.05Ca0.83Fe''0.68Mg0.28Fe'''0.07Ti0.04Al0.21Si1.84O6 46.4521 1.36626 4.43386 2.34078 0 20.5168 0 4.73026 0 0 19.5648 0.595145 0 0 0 0
+plagioclase1 0.309224 -4360.353028 0.656488 0.117572 0.372144 K0.00Na0.61Ca0.39Al1.39Si2.61O8 58.3734 0 26.4095 0 0 0 0 0 0 0 8.16747 6.98286 0.0667601 0 0 0
+rhm-oxide1 0.003326 -25.310479 0.005968 0.000713 0.003035 Mn0.02Fe''0.85Mg0.04Fe'''0.11Al0.08Ti0.91O3 0 48.5911 2.63821 5.98117 0 40.8007 0.84712 1.14172 0 0 0 0 0 0 0 0
+fluid1 0.034614 -435.155430 0.303849 0.063069 0.135140 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 198 Pressure 3000.00 Temperature 794.92 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 25.151278 -331537.735015 73.289457 11.915113 35.780773 3.008 69.1049 0.0885707 6.03223 0.144274 0 3.10782 0.502656 0.136662 0 0 4.481 5.29526 0.894739 0.703511 9.50835 0
+olivine1 0.062800 -446.811717 0.114807 0.015002 0.059797 (Ca0.00Mg0.10Fe''0.88Mn0.03Co0.00Ni0.00)2SiO4 30.3736 0 0 0 0 63.6487 2.04517 3.7511 0 0 0.181365 0 0 0 0 0
+clinopyroxene1 0.054575 -620.254401 0.104706 0.015570 0.057818     Na0.05Ca0.83Fe''0.69Mg0.27Fe'''0.07Ti0.04Al0.20Si1.85O6 46.4556 1.3324 4.3189 2.36506 0 20.8953 0 4.51706 0 0 19.511 0.604714 0 0 0 0
+plagioclase1 0.294736 -4157.109407 0.624517 0.112135 0.354909 K0.00Na0.62Ca0.38Al1.38Si2.62O8 58.6615 0 26.2147 0 0 0 0 0 0 0 7.93958 7.11428 0.0698995 0 0 0
+rhm-oxide1 0.002920 -22.186083 0.005224 0.000625 0.002660 Mn0.02Fe''0.85Mg0.04Fe'''0.11Al0.07Ti0.91O3 0 48.6113 2.54602 5.98817 0 40.9109 0.861879 1.08171 0 0 0 0 0 0 0 0
+fluid1 0.033272 -418.931724 0.291461 0.060282 0.130160 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 199 Pressure 3000.00 Temperature 789.93 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 24.732577 -326510.192007 71.949547 11.729828 35.148501 3.024 69.4465 0.0848401 5.833 0.141381 0 2.96992 0.506367 0.121986 0 0 4.42882 5.30222 0.909064 0.715421 9.54046 0
+olivine1 0.057572 -408.158982 0.104881 0.013731 0.054703 (Ca0.00Mg0.09Fe''0.88Mn0.03Co0.00Ni0.00)2SiO4 30.3214 0 0 0 0 63.864 2.1119 3.52475 0 0 0.177935 0 0 0 0 0
+clinopyroxene1 0.054458 -616.792712 0.104114 0.015513 0.057565     Na0.05Ca0.83Fe''0.71Mg0.26Fe'''0.07Ti0.04Al0.20Si1.85O6 46.4574 1.29978 4.20523 2.38734 0 21.2771 0 4.30195 0 0 19.4571 0.614109 0 0 0 0
+plagioclase1 0.280581 -3958.459657 0.593344 0.106816 0.338086 K0.00Na0.63Ca0.37Al1.37Si2.63O8 58.9429 0 26.0245 0 0 0 0 0 0 0 7.71692 7.24257 0.0731246 0 0 0
+rhm-oxide1 0.002760 -20.939854 0.004922 0.000590 0.002510 Mn0.02Fe''0.85Mg0.04Fe'''0.11Al0.07Ti0.91O3 0 48.6355 2.4567 5.9853 0 41.0235 0.876636 1.02241 0 0 0 0 0 0 0 0
+fluid1 0.032052 -404.197037 0.280186 0.057743 0.125632 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 200 Pressure 3000.00 Temperature 784.94 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 24.333636 -321717.232052 70.666848 11.552612 34.545390 3.041 69.7793 0.0812806 5.63904 0.138283 0 2.83686 0.510075 0.108376 0 0 4.37819 5.30773 0.923137 0.72715 9.57061 0
+olivine1 0.052705 -372.366439 0.095680 0.012550 0.049974 (Ca0.00Mg0.08Fe''0.89Mn0.03Co0.00Ni0.00)2SiO4 30.2705 0 0 0 0 64.0699 2.18069 3.30433 0 0 0.174552 0 0 0 0 0
+clinopyroxene1 0.054335 -613.257581 0.103509 0.015455 0.057304     Na0.05Ca0.83Fe''0.72Mg0.24Fe'''0.07Ti0.04Al0.19Si1.85O6 46.458 1.26822 4.09272 2.40736 0 21.6621 0 4.08525 0 0 19.4031 0.623304 0 0 0 0
+plagioclase1 0.267110 -3769.394582 0.563715 0.101749 0.322103 K0.00Na0.64Ca0.36Al1.36Si2.64O8 59.218 0 25.8384 0 0 0 0 0 0 0 7.49927 7.36786 0.0764376 0 0 0
+rhm-oxide1 0.002614 -19.812150 0.004649 0.000559 0.002373 Mn0.02Fe''0.85Mg0.04Fe'''0.11Al0.07Ti0.91O3 0 48.6639 2.37018 5.97225 0 41.1385 0.891394 0.963823 0 0 0 0 0 0 0 0
+fluid1 0.030905 -390.335969 0.269588 0.055360 0.121367 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 201 Pressure 3000.00 Temperature 779.95 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 23.953394 -317146.705908 69.438184 11.383041 33.969829 3.058 70.1033 0.0778835 5.45038 0.134988 0 2.70852 0.513787 0.0957809 0 0 4.329 5.31193 0.936952 0.738693 9.59876 0
+olivine1 0.048170 -339.195980 0.087144 0.011453 0.045581 (Ca0.00Mg0.08Fe''0.89Mn0.03Co0.00Ni0.00)2SiO4 30.2209 0 0 0 0 64.2666 2.25167 3.0896 0 0 0.171217 0 0 0 0 0
+clinopyroxene1 0.054205 -609.654190 0.102889 0.015395 0.057037     Na0.05Ca0.83Fe''0.74Mg0.23Fe'''0.07Ti0.04Al0.19Si1.86O6 46.4575 1.23756 3.98122 2.42488 0 22.0504 0 3.86728 0 0 19.3489 0.632276 0 0 0 0
+plagioclase1 0.254292 -3589.445301 0.535553 0.096922 0.306922 K0.00Na0.65Ca0.35Al1.35Si2.65O8 59.487 0 25.6565 0 0 0 0 0 0 0 7.28642 7.49028 0.0798408 0 0 0
+rhm-oxide1 0.002483 -18.792373 0.004402 0.000530 0.002250 Mn0.02Fe''0.86Mg0.03Fe'''0.11Al0.07Ti0.91O3 0 48.6966 2.28635 5.94879 0 41.2562 0.906156 0.905918 0 0 0 0 0 0 0 0
+fluid1 0.029828 -377.318022 0.259638 0.053127 0.117355 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 202 Pressure 3000.00 Temperature 774.96 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 23.590849 -312787.137386 68.260558 11.220714 33.420303 3.074 70.4189 0.0746405 5.26705 0.131502 0 2.58478 0.517506 0.0841519 0 0 4.28117 5.31491 0.950505 0.750045 9.62488 0
+olivine1 0.043943 -308.429628 0.079220 0.010433 0.041497 (Ca0.00Mg0.07Fe''0.89Mn0.03Co0.00Ni0.00)2SiO4 30.1727 0 0 0 0 64.4541 2.32497 2.88036 0 0 0.167929 0 0 0 0 0
+clinopyroxene1 0.054070 -605.990109 0.102258 0.015333 0.056763     Na0.05Ca0.83Fe''0.75Mg0.22Fe'''0.07Ti0.04Al0.18Si1.86O6 46.4565 1.20765 3.87063 2.43966 0 22.4418 0 3.64837 0 0 19.2945 0.640997 0 0 0 0
+plagioclase1 0.242093 -3418.159919 0.508787 0.092325 0.292506 K0.00Na0.66Ca0.34Al1.34Si2.66O8 59.7501 0 25.4785 0 0 0 0 0 0 0 7.07812 7.60996 0.0833369 0 0 0
+rhm-oxide1 0.002364 -17.870944 0.004178 0.000505 0.002139 Mn0.02Fe''0.86Mg0.03Fe'''0.11Al0.06Ti0.91O3 0 48.7338 2.20514 5.91471 0 41.3767 0.920928 0.848693 0 0 0 0 0 0 0 0
+fluid1 0.028818 -365.113621 0.250311 0.051036 0.113587 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 203 Pressure 3000.00 Temperature 769.96 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 23.245059 -308627.685468 67.131138 11.065249 32.895383 3.092 70.7261 0.0715438 5.08905 0.127834 0 2.46551 0.521241 0.0734455 0 0 4.2346 5.3168 0.963792 0.761203 9.64892 0
+olivine1 0.040000 -279.867969 0.071859 0.009483 0.037697 (Ca0.00Mg0.07Fe''0.90Mn0.03Co0.00Ni0.00)2SiO4 30.1256 0 0 0 0 64.6325 2.40077 2.67641 0 0 0.16469 0 0 0 0 0
+clinopyroxene1 0.053929 -602.274688 0.101615 0.015270 0.056484     Na0.05Ca0.83Fe''0.77Mg0.21Fe'''0.07Ti0.04Al0.18Si1.86O6 46.4551 1.17839 3.76086 2.45143 0 22.8361 0 3.42883 0 0 19.2398 0.649437 0 0 0 0
+plagioclase1 0.230482 -3255.104027 0.483345 0.087945 0.278821 K0.00Na0.67Ca0.33Al1.33Si2.67O8 60.0077 0 25.3041 0 0 0 0 0 0 0 6.87419 7.72702 0.0869288 0 0 0
+rhm-oxide1 0.002256 -17.039189 0.003975 0.000481 0.002038 Mn0.02Fe''0.86Mg0.03Fe'''0.11Al0.06Ti0.91O3 0 48.7757 2.12646 5.86987 0 41.5001 0.935717 0.792148 0 0 0 0 0 0 0 0
+fluid1 0.027873 -353.694206 0.241581 0.049080 0.110056 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 204 Pressure 3000.00 Temperature 764.97 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 22.915137 -304658.107716 66.047248 10.916289 32.393726 3.109 71.0251 0.0685861 4.91637 0.123994 0 2.35059 0.524997 0.0636206 0 0 4.18921 5.31768 0.976811 0.772162 9.67084 0
+olivine1 0.036317 -253.328632 0.065016 0.008597 0.034159 (Ca0.00Mg0.06Fe''0.90Mn0.03Co0.00Ni0.00)2SiO4 30.0798 0 0 0 0 64.8019 2.47923 2.4776 0 0 0.161497 0 0 0 0 0
+clinopyroxene1 0.053783 -598.518795 0.100962 0.015205 0.056201     Na0.05Ca0.83Fe''0.78Mg0.19Fe'''0.07Ti0.03Al0.17Si1.87O6 46.4539 1.14966 3.65186 2.45995 0 23.2331 0 3.20899 0 0 19.185 0.657567 0 0 0 0
+plagioclase1 0.219430 -3099.861109 0.459159 0.083772 0.265834 K0.01Na0.68Ca0.32Al1.32Si2.68O8 60.2601 0 25.1333 0 0 0 0 0 0 0 6.6744 7.84157 0.0906198 0 0 0
+rhm-oxide1 0.002159 -16.289241 0.003792 0.000460 0.001946 Mn0.02Fe''0.87Mg0.03Fe'''0.11Al0.06Ti0.92O3 0 48.8222 2.05021 5.81422 0 41.6266 0.950529 0.73629 0 0 0 0 0 0 0 0
+fluid1 0.026991 -343.032317 0.233424 0.047254 0.106752 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 205 Pressure 3000.00 Temperature 759.98 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 22.600245 -300868.724704 65.006361 10.773492 31.914063 3.126 71.3162 0.0657606 4.74901 0.119994 0 2.23991 0.528781 0.0546395 0 0 4.14492 5.31767 0.989559 0.782921 9.6906 0
+olivine1 0.032875 -228.644816 0.058649 0.007772 0.030861 (Ca0.00Mg0.06Fe''0.90Mn0.04Co0.00Ni0.00)2SiO4 30.0351 0 0 0 0 64.9622 2.56054 2.28378 0 0 0.158352 0 0 0 0 0
+clinopyroxene1 0.053633 -594.734885 0.100300 0.015140 0.055914     Na0.05Ca0.83Fe''0.80Mg0.18Fe'''0.07Ti0.03Al0.17Si1.87O6 46.4529 1.12137 3.54356 2.46498 0 23.6326 0 2.98919 0 0 19.1301 0.665352 0 0 0 0
+plagioclase1 0.208908 -2952.032832 0.436166 0.079797 0.253516 K0.01Na0.69Ca0.31Al1.31Si2.69O8 60.5074 0 24.9659 0 0 0 0 0 0 0 6.47855 7.95375 0.0944134 0 0 0
+rhm-oxide1 0.002071 -15.613943 0.003627 0.000441 0.001864 Mn0.02Fe''0.87Mg0.03Fe'''0.11Al0.06Ti0.92O3 0 48.8735 1.97633 5.74775 0 41.7559 0.965373 0.681133 0 0 0 0 0 0 0 0
+fluid1 0.026169 -333.101695 0.225815 0.045551 0.103669 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 206 Pressure 3000.00 Temperature 754.99 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 22.299594 -297250.385239 64.006087 10.636535 31.455200 3.144 71.5996 0.0630607 4.58693 0.115844 0 2.13333 0.5326 0.0464667 0 0 4.10165 5.31686 1.00204 0.793477 9.70813 0
+olivine1 0.029656 -205.663861 0.052720 0.007001 0.027785 (Ca0.00Mg0.05Fe''0.91Mn0.04Co0.00Ni0.00)2SiO4 29.9916 0 0 0 0 65.1135 2.6449 2.09483 0 0 0.155253 0 0 0 0 0
+clinopyroxene1 0.053481 -590.937409 0.099632 0.015074 0.055625     Na0.05Ca0.82Fe''0.81Mg0.17Fe'''0.07Ti0.03Al0.16Si1.87O6 46.4524 1.09346 3.43594 2.46628 0 24.0344 0 2.76975 0 0 19.075 0.672758 0 0 0 0
+plagioclase1 0.198889 -2811.239171 0.414303 0.076008 0.241838 K0.01Na0.70Ca0.30Al1.30Si2.70O8 60.7499 0 24.8017 0 0 0 0 0 0 0 6.28647 8.06364 0.0983135 0 0 0
+rhm-oxide1 0.001992 -15.006759 0.003478 0.000424 0.001790 Mn0.02Fe''0.87Mg0.02Fe'''0.11Al0.06Ti0.92O3 0 48.9295 1.90472 5.67052 0 41.8883 0.980261 0.626698 0 0 0 0 0 0 0 0
+fluid1 0.025405 -323.877396 0.218734 0.043965 0.100798 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
+index 207 Pressure 3000.00 Temperature 750.00 SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2
+liquid1 22.012441 -293794.432069 63.044166 10.505113 31.016009 3.163 71.8755 0.0604804 4.43011 0.111558 0 2.03074 0.536461 0.0390689 0 0 4.05932 5.31534 1.01424 0.803828 9.7234 0
+olivine1 0.026641 -184.245831 0.047195 0.006281 0.024912 (Ca0.00Mg0.05Fe''0.91Mn0.04Co0.00Ni0.00)2SiO4 29.9491 0 0 0 0 65.2555 2.73253 1.91066 0 0 0.1522 0 0 0 0 0
+clinopyroxene1 0.053326 -587.143666 0.098960 0.015007 0.055335     Na0.05Ca0.82Fe''0.83Mg0.15Fe'''0.07Ti0.03Al0.16Si1.88O6 46.4528 1.06587 3.32897 2.46362 0 24.4382 0 2.55099 0 0 19.0198 0.679748 0 0 0 0
+plagioclase1 0.189347 -2677.118373 0.393512 0.072396 0.230774 K0.01Na0.70Ca0.29Al1.29Si2.71O8 60.9879 0 24.6405 0 0 0 0 0 0 0 6.09796 8.17136 0.102324 0 0 0
+rhm-oxide1 0.001921 -14.461688 0.003343 0.000409 0.001723 Mn0.02Fe''0.88Mg0.02Fe'''0.10Al0.05Ti0.92O3 0 48.9903 1.83529 5.58266 0 42.0235 0.995206 0.573016 0 0 0 0 0 0 0 0
+fluid1 0.024697 -315.335919 0.212157 0.042492 0.098133 H2O1.00CO20.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0
diff --git a/docs/Examples/Integrating_with_PyMELTS/Single_FC_Model_morewaterrich.ipynb b/docs/Examples/Integrating_with_PyMELTS/Single_FC_Model_morewaterrich.ipynb
new file mode 100644
index 0000000..cd3e667
--- /dev/null
+++ b/docs/Examples/Integrating_with_PyMELTS/Single_FC_Model_morewaterrich.ipynb
@@ -0,0 +1,1453 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "id": "4415c7c1-2939-47db-b93f-0870a07acce3",
+   "metadata": {
+    "tags": []
+   },
+   "source": [
+    "# Integrating PySulfSat with PyMELTScalc\n",
+    "- This notebook can perform MELTS calculations, and then go onto calculate the SCSS and SCAS within a single notebook!\n",
+    "- It relies on the python MELTS architecture developed by Paula Antoshechkin at Caltech, and fractional crystallization functions written by Matthew Gleeson at UC Berkeley\n",
+    "- In addition to installing PySulfSat you will need to first download the MELTS python infrastructure from this website (https://magmasource.caltech.edu/gitlist/MELTS_Matlab.git/), and then the PyMELTScalc code by uncommenting below\n",
+    "- More information can be found here: https://github.com/gleesonm1/pyMELTScalc\n",
+    "You can download the excel spreadsheet with the compositions here:\n",
+    "- https://github.com/PennyWieser/PySulfSat/blob/main/docs/Examples/Integrating_with_PyMELTS/Glass_input_example.xlsx"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "c2cb28dc-6c70-4c2b-ac20-896475b1cb0f",
+   "metadata": {},
+   "source": [
+    "## If you havent done so already, you need to pip install PySulfSat\n",
+    "- Do this by removing the #. You only need to do this once per computer. After your initial installation, you will want to upgrade instead using the second command\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 1,
+   "id": "5a409b70-70c7-4cbf-b4fb-1d3e15911ae1",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "#!pip install PySulfSat\n",
+    "#!pip install PySulfSat --upgrade"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "96061177-bbfa-487b-a5d1-0de57b9e3f53",
+   "metadata": {},
+   "source": [
+    "## Now you need to append the path to your local MELTS installation"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 2,
+   "id": "158cf30d-8a3a-4d47-953f-d18d36c69484",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "import sys\n",
+    "sys.path.append(r'G:\\My Drive\\Berkeley_NEW\\MELTS_python_Paula\\melts_matlab_git_master\\package')"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "d186d713-6500-4134-bcf6-3057bcde4b24",
+   "metadata": {},
+   "source": [
+    "## And now you need to download the PyMELTScalc code by uncommenting this line\n",
+    "- you will need to be on at least 0.1.3 to get the logfo2 output needed here"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 3,
+   "id": "971bbab3-362c-400d-a91f-d91872a56cc1",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "#!pip install \"https://github.com/gleesonm1/pyMELTScalc/archive/refs/tags/v0.1.5.zip\""
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 4,
+   "id": "ef1cef0c-cdd2-43a3-b4b8-6e1febecdade",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "import numpy as np\n",
+    "import pandas as pd\n",
+    "import matplotlib.pyplot as plt\n",
+    "import PySulfSat as ss\n",
+    "import pyMELTScalc as M"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 5,
+   "id": "dc58e7ba-fcd0-4c8b-ad2e-a6b44596113f",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "### Use these version numbers when communicating problems to Penny (ss) and Matt (M.)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 6,
+   "id": "175e078f-460b-4582-978e-0da465d5ca42",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "'1.0.3'"
+      ]
+     },
+     "execution_count": 6,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "ss.__version__"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 7,
+   "id": "4128d3bb-fede-463c-a6d3-dd44e0a38dfe",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "'0.1.22'"
+      ]
+     },
+     "execution_count": 7,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "M.__version__"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "fd12f034-fc88-4f5c-bf12-8fc84e0a487c",
+   "metadata": {},
+   "source": [
+    "## Import data\n",
+    "- Here, we load in some glass EPMA data, and then start a MELTS model from the first row in the loaded spreadsheet"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 8,
+   "id": "2542acaf-7427-4220-8ff1-da7ac6b0aeec",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "We have replaced all missing liquid oxides and strings with zeros. \n"
+     ]
+    }
+   ],
+   "source": [
+    "df_out2=ss.import_data('Glass_input_example.xlsx', sheet_name='Glass_input', \n",
+    "                       suffix=\"_Liq\")\n",
+    "df_out2.head()\n",
+    "# Selecting a single composition to start the model from\n",
+    "sample=df_out2.iloc[0]"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 28,
+   "id": "166c7a46",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "C:\\Users\\penny\\AppData\\Local\\Temp\\ipykernel_35280\\1013426354.py:1: SettingWithCopyWarning: \n",
+      "A value is trying to be set on a copy of a slice from a DataFrame\n",
+      "\n",
+      "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
+      "  sample['CO2_Liq']=0.05\n",
+      "C:\\Users\\penny\\AppData\\Local\\Temp\\ipykernel_35280\\1013426354.py:2: SettingWithCopyWarning: \n",
+      "A value is trying to be set on a copy of a slice from a DataFrame\n",
+      "\n",
+      "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
+      "  sample['H2O_Liq']=4\n"
+     ]
+    }
+   ],
+   "source": [
+    "sample['CO2_Liq']=0.05\n",
+    "sample['H2O_Liq']=4"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "7520ed5c-150e-4aeb-a0ab-70cc8486948e",
+   "metadata": {},
+   "source": [
+    "## Using PyMELTScalc\n",
+    "- Here we initiate a melts fractional crystallizatoin model, see the documentation for that package for more information"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 29,
+   "id": "6a353cd4-137f-4c15-9a23-25cbd61f7968",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Running MELTSv1.2.0 calculation... Complete (time taken = 25.41 seconds)"
+     ]
+    }
+   ],
+   "source": [
+    "P=3000\n",
+    "MELTS_FC=M.multi_path(Model = \"MELTSv1.2.0\", \n",
+    "                        Fe3Fet_Liq=0.1,\n",
+    "                          H2O_Liq=6,\n",
+    "                        bulk = sample.to_dict(), \n",
+    "                        Frac_solid = True, \n",
+    "                        Frac_fluid = True, \n",
+    "                        find_liquidus = True,\n",
+    "                        T_end_C = 750, \n",
+    "                        dt_C = 5, \n",
+    "                        P_bar = P, \n",
+    "                        )"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "45b06228-ab78-4605-a4a5-3fb5c9b8b00e",
+   "metadata": {},
+   "source": [
+    "### Inspecting the outputs from this function"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 30,
+   "id": "10687e94-9ba5-4a7d-aec9-b128e9aa6828",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/html": [
+       "<div>\n",
+       "<style scoped>\n",
+       "    .dataframe tbody tr th:only-of-type {\n",
+       "        vertical-align: middle;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe tbody tr th {\n",
+       "        vertical-align: top;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe thead th {\n",
+       "        text-align: right;\n",
+       "    }\n",
+       "</style>\n",
+       "<table border=\"1\" class=\"dataframe\">\n",
+       "  <thead>\n",
+       "    <tr style=\"text-align: right;\">\n",
+       "      <th></th>\n",
+       "      <th>T_C</th>\n",
+       "      <th>P_bar</th>\n",
+       "      <th>h</th>\n",
+       "      <th>s</th>\n",
+       "      <th>v</th>\n",
+       "      <th>dvdp</th>\n",
+       "      <th>logfO2</th>\n",
+       "      <th>SiO2_Liq</th>\n",
+       "      <th>TiO2_Liq</th>\n",
+       "      <th>Al2O3_Liq</th>\n",
+       "      <th>...</th>\n",
+       "      <th>Na2O_Rhm</th>\n",
+       "      <th>K2O_Rhm</th>\n",
+       "      <th>P2O5_Rhm</th>\n",
+       "      <th>H2O_Rhm</th>\n",
+       "      <th>CO2_Rhm</th>\n",
+       "      <th>Fe3Fet_Rhm</th>\n",
+       "      <th>h_Rhm</th>\n",
+       "      <th>mass_Rhm</th>\n",
+       "      <th>v_Rhm</th>\n",
+       "      <th>rho_Rhm</th>\n",
+       "    </tr>\n",
+       "  </thead>\n",
+       "  <tbody>\n",
+       "    <tr>\n",
+       "      <th>0</th>\n",
+       "      <td>1114.350000</td>\n",
+       "      <td>3000.0</td>\n",
+       "      <td>-1.180434e+06</td>\n",
+       "      <td>300.380618</td>\n",
+       "      <td>41.270871</td>\n",
+       "      <td>-0.000247</td>\n",
+       "      <td>-10.105988</td>\n",
+       "      <td>47.594664</td>\n",
+       "      <td>1.925438</td>\n",
+       "      <td>12.394541</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>1</th>\n",
+       "      <td>1109.358904</td>\n",
+       "      <td>3000.0</td>\n",
+       "      <td>-1.180992e+06</td>\n",
+       "      <td>299.457100</td>\n",
+       "      <td>41.167035</td>\n",
+       "      <td>-0.000298</td>\n",
+       "      <td>-10.277419</td>\n",
+       "      <td>47.743488</td>\n",
+       "      <td>1.860564</td>\n",
+       "      <td>12.414081</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>2</th>\n",
+       "      <td>1104.367808</td>\n",
+       "      <td>3000.0</td>\n",
+       "      <td>-1.179804e+06</td>\n",
+       "      <td>298.146613</td>\n",
+       "      <td>41.067850</td>\n",
+       "      <td>-0.000297</td>\n",
+       "      <td>-10.451044</td>\n",
+       "      <td>47.888106</td>\n",
+       "      <td>1.797419</td>\n",
+       "      <td>12.432960</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>3</th>\n",
+       "      <td>1099.376712</td>\n",
+       "      <td>3000.0</td>\n",
+       "      <td>-1.178664e+06</td>\n",
+       "      <td>296.860348</td>\n",
+       "      <td>40.970874</td>\n",
+       "      <td>-0.000297</td>\n",
+       "      <td>-10.625504</td>\n",
+       "      <td>48.026674</td>\n",
+       "      <td>1.736758</td>\n",
+       "      <td>12.450936</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>4</th>\n",
+       "      <td>1094.385616</td>\n",
+       "      <td>3000.0</td>\n",
+       "      <td>-1.177609e+06</td>\n",
+       "      <td>295.609687</td>\n",
+       "      <td>40.877323</td>\n",
+       "      <td>-0.000297</td>\n",
+       "      <td>-10.800832</td>\n",
+       "      <td>48.159540</td>\n",
+       "      <td>1.678433</td>\n",
+       "      <td>12.468063</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "    </tr>\n",
+       "  </tbody>\n",
+       "</table>\n",
+       "<p>5 rows × 167 columns</p>\n",
+       "</div>"
+      ],
+      "text/plain": [
+       "           T_C   P_bar             h           s          v      dvdp  \\\n",
+       "0  1114.350000  3000.0 -1.180434e+06  300.380618  41.270871 -0.000247   \n",
+       "1  1109.358904  3000.0 -1.180992e+06  299.457100  41.167035 -0.000298   \n",
+       "2  1104.367808  3000.0 -1.179804e+06  298.146613  41.067850 -0.000297   \n",
+       "3  1099.376712  3000.0 -1.178664e+06  296.860348  40.970874 -0.000297   \n",
+       "4  1094.385616  3000.0 -1.177609e+06  295.609687  40.877323 -0.000297   \n",
+       "\n",
+       "      logfO2   SiO2_Liq  TiO2_Liq  Al2O3_Liq  ...  Na2O_Rhm  K2O_Rhm  \\\n",
+       "0 -10.105988  47.594664  1.925438  12.394541  ...       NaN      NaN   \n",
+       "1 -10.277419  47.743488  1.860564  12.414081  ...       NaN      NaN   \n",
+       "2 -10.451044  47.888106  1.797419  12.432960  ...       NaN      NaN   \n",
+       "3 -10.625504  48.026674  1.736758  12.450936  ...       NaN      NaN   \n",
+       "4 -10.800832  48.159540  1.678433  12.468063  ...       NaN      NaN   \n",
+       "\n",
+       "   P2O5_Rhm  H2O_Rhm  CO2_Rhm  Fe3Fet_Rhm  h_Rhm  mass_Rhm  v_Rhm  rho_Rhm  \n",
+       "0       NaN      NaN      NaN         NaN    0.0       0.0    0.0      0.0  \n",
+       "1       NaN      NaN      NaN         NaN    0.0       0.0    0.0      0.0  \n",
+       "2       NaN      NaN      NaN         NaN    0.0       0.0    0.0      0.0  \n",
+       "3       NaN      NaN      NaN         NaN    0.0       0.0    0.0      0.0  \n",
+       "4       NaN      NaN      NaN         NaN    0.0       0.0    0.0      0.0  \n",
+       "\n",
+       "[5 rows x 167 columns]"
+      ]
+     },
+     "execution_count": 30,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "MELTS=MELTS_FC['All']\n",
+    "MELTS.head()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 31,
+   "id": "cce34efe",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "Text(0, 0.5, 'Mass Frac XH2O')"
+      ]
+     },
+     "execution_count": 31,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 640x480 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "plt.plot(MELTS['SiO2_Liq'], MELTS['H2O_fluid1']/ (MELTS['H2O_fluid1']+MELTS['CO2_fluid1']), 'ok')\n",
+    "plt.xlabel('SiO2')\n",
+    "plt.ylabel('Mass Frac XH2O')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 26,
+   "id": "5a3f507b",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "Text(0.5, 0, 'SiO2')"
+      ]
+     },
+     "execution_count": 26,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 640x480 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "plt.plot(MELTS['SiO2_Liq'], MELTS['H2O_Liq'], 'ok')\n",
+    "plt.xlabel('SiO2')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 27,
+   "id": "11d7f76f",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "Text(0.5, 0, 'SiO2')"
+      ]
+     },
+     "execution_count": 27,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 640x480 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "plt.plot(MELTS['SiO2_Liq'], MELTS['CO2_Liq'], 'ok')\n",
+    "plt.xlabel('SiO2')"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "482e8982-fdb1-40c8-8b75-3bbb5168fd6c",
+   "metadata": {},
+   "source": [
+    "## Lets see what phases it crystallized.."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 15,
+   "id": "389963be-fe73-41b1-a2f1-444ccd0e706e",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "Index(['SiO2_Liq', 'SiO2_Cpx', 'SiO2_Plag', 'SiO2_Cpx2', 'SiO2_clinopyroxene3',\n",
+       "       'SiO2_Rhm', 'SiO2_Sp', 'SiO2_Ol', 'SiO2_whitlockite1'],\n",
+       "      dtype='object')"
+      ]
+     },
+     "execution_count": 15,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "# Lets see what phases we have!\n",
+    "MELTS.columns[MELTS.columns.str.contains('SiO2')]"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "91db853b-d5b8-4cd1-8fde-7274252472f3",
+   "metadata": {},
+   "source": [
+    "## Calculate SCSS using Li and Zhang 2022"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 16,
+   "id": "44a69904-92a4-4126-8cbe-4c8bf73ddf7c",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Using inputted Fe_FeNiCu_Sulf ratio for calculations.\n",
+      "replacing Fe3Fet_Liq in the original dataframe with that input into the function\n"
+     ]
+    },
+    {
+     "data": {
+      "text/html": [
+       "<div>\n",
+       "<style scoped>\n",
+       "    .dataframe tbody tr th:only-of-type {\n",
+       "        vertical-align: middle;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe tbody tr th {\n",
+       "        vertical-align: top;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe thead th {\n",
+       "        text-align: right;\n",
+       "    }\n",
+       "</style>\n",
+       "<table border=\"1\" class=\"dataframe\">\n",
+       "  <thead>\n",
+       "    <tr style=\"text-align: right;\">\n",
+       "      <th></th>\n",
+       "      <th>SCSS_Tot</th>\n",
+       "      <th>T_C</th>\n",
+       "      <th>P_bar</th>\n",
+       "      <th>h</th>\n",
+       "      <th>s</th>\n",
+       "      <th>v</th>\n",
+       "      <th>dvdp</th>\n",
+       "      <th>logfO2</th>\n",
+       "      <th>SiO2_Liq</th>\n",
+       "      <th>TiO2_Liq</th>\n",
+       "      <th>...</th>\n",
+       "      <th>Al_cat</th>\n",
+       "      <th>Fe_cat</th>\n",
+       "      <th>Mn_cat</th>\n",
+       "      <th>Mg_cat</th>\n",
+       "      <th>Ca_cat</th>\n",
+       "      <th>Na_cat</th>\n",
+       "      <th>K_cat</th>\n",
+       "      <th>P_cat</th>\n",
+       "      <th>H_cat</th>\n",
+       "      <th>Fe3_cat</th>\n",
+       "    </tr>\n",
+       "  </thead>\n",
+       "  <tbody>\n",
+       "    <tr>\n",
+       "      <th>0</th>\n",
+       "      <td>1104.020071</td>\n",
+       "      <td>1179.700000</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.180676e+06</td>\n",
+       "      <td>264.191326</td>\n",
+       "      <td>36.590693</td>\n",
+       "      <td>-0.000215</td>\n",
+       "      <td>-9.490050</td>\n",
+       "      <td>50.386348</td>\n",
+       "      <td>2.038376</td>\n",
+       "      <td>...</td>\n",
+       "      <td>0.146193</td>\n",
+       "      <td>0.094161</td>\n",
+       "      <td>0.002000</td>\n",
+       "      <td>0.092647</td>\n",
+       "      <td>0.114037</td>\n",
+       "      <td>0.045247</td>\n",
+       "      <td>0.002953</td>\n",
+       "      <td>0.001500</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.010448</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>1</th>\n",
+       "      <td>1075.573818</td>\n",
+       "      <td>1174.703488</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.182433e+06</td>\n",
+       "      <td>262.979871</td>\n",
+       "      <td>36.447230</td>\n",
+       "      <td>-0.000177</td>\n",
+       "      <td>-9.552640</td>\n",
+       "      <td>50.364941</td>\n",
+       "      <td>2.079988</td>\n",
+       "      <td>...</td>\n",
+       "      <td>0.148888</td>\n",
+       "      <td>0.095228</td>\n",
+       "      <td>0.002055</td>\n",
+       "      <td>0.089173</td>\n",
+       "      <td>0.111965</td>\n",
+       "      <td>0.046377</td>\n",
+       "      <td>0.003034</td>\n",
+       "      <td>0.001541</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.010484</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>2</th>\n",
+       "      <td>1090.295125</td>\n",
+       "      <td>1169.706977</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.152237e+06</td>\n",
+       "      <td>255.137742</td>\n",
+       "      <td>35.448118</td>\n",
+       "      <td>-0.000142</td>\n",
+       "      <td>-9.604277</td>\n",
+       "      <td>50.329109</td>\n",
+       "      <td>2.182603</td>\n",
+       "      <td>...</td>\n",
+       "      <td>0.147465</td>\n",
+       "      <td>0.098863</td>\n",
+       "      <td>0.002176</td>\n",
+       "      <td>0.087043</td>\n",
+       "      <td>0.108845</td>\n",
+       "      <td>0.047420</td>\n",
+       "      <td>0.003201</td>\n",
+       "      <td>0.001631</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.010803</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>3</th>\n",
+       "      <td>1105.971498</td>\n",
+       "      <td>1164.710465</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.085778e+06</td>\n",
+       "      <td>241.015439</td>\n",
+       "      <td>33.494277</td>\n",
+       "      <td>-0.000138</td>\n",
+       "      <td>-9.652070</td>\n",
+       "      <td>50.283779</td>\n",
+       "      <td>2.287906</td>\n",
+       "      <td>...</td>\n",
+       "      <td>0.146002</td>\n",
+       "      <td>0.102486</td>\n",
+       "      <td>0.002300</td>\n",
+       "      <td>0.084862</td>\n",
+       "      <td>0.105896</td>\n",
+       "      <td>0.048407</td>\n",
+       "      <td>0.003372</td>\n",
+       "      <td>0.001724</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.011143</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>4</th>\n",
+       "      <td>1122.831947</td>\n",
+       "      <td>1159.713953</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.024749e+06</td>\n",
+       "      <td>228.018965</td>\n",
+       "      <td>31.695317</td>\n",
+       "      <td>-0.000133</td>\n",
+       "      <td>-9.696135</td>\n",
+       "      <td>50.227892</td>\n",
+       "      <td>2.397216</td>\n",
+       "      <td>...</td>\n",
+       "      <td>0.144479</td>\n",
+       "      <td>0.106107</td>\n",
+       "      <td>0.002430</td>\n",
+       "      <td>0.082593</td>\n",
+       "      <td>0.103140</td>\n",
+       "      <td>0.049345</td>\n",
+       "      <td>0.003548</td>\n",
+       "      <td>0.001821</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.011508</td>\n",
+       "    </tr>\n",
+       "  </tbody>\n",
+       "</table>\n",
+       "<p>5 rows × 223 columns</p>\n",
+       "</div>"
+      ],
+      "text/plain": [
+       "      SCSS_Tot          T_C   P_bar             h           s          v  \\\n",
+       "0  1104.020071  1179.700000  1000.0 -1.180676e+06  264.191326  36.590693   \n",
+       "1  1075.573818  1174.703488  1000.0 -1.182433e+06  262.979871  36.447230   \n",
+       "2  1090.295125  1169.706977  1000.0 -1.152237e+06  255.137742  35.448118   \n",
+       "3  1105.971498  1164.710465  1000.0 -1.085778e+06  241.015439  33.494277   \n",
+       "4  1122.831947  1159.713953  1000.0 -1.024749e+06  228.018965  31.695317   \n",
+       "\n",
+       "       dvdp    logfO2   SiO2_Liq  TiO2_Liq  ...    Al_cat    Fe_cat    Mn_cat  \\\n",
+       "0 -0.000215 -9.490050  50.386348  2.038376  ...  0.146193  0.094161  0.002000   \n",
+       "1 -0.000177 -9.552640  50.364941  2.079988  ...  0.148888  0.095228  0.002055   \n",
+       "2 -0.000142 -9.604277  50.329109  2.182603  ...  0.147465  0.098863  0.002176   \n",
+       "3 -0.000138 -9.652070  50.283779  2.287906  ...  0.146002  0.102486  0.002300   \n",
+       "4 -0.000133 -9.696135  50.227892  2.397216  ...  0.144479  0.106107  0.002430   \n",
+       "\n",
+       "     Mg_cat    Ca_cat    Na_cat     K_cat     P_cat  H_cat   Fe3_cat  \n",
+       "0  0.092647  0.114037  0.045247  0.002953  0.001500    0.0  0.010448  \n",
+       "1  0.089173  0.111965  0.046377  0.003034  0.001541    0.0  0.010484  \n",
+       "2  0.087043  0.108845  0.047420  0.003201  0.001631    0.0  0.010803  \n",
+       "3  0.084862  0.105896  0.048407  0.003372  0.001724    0.0  0.011143  \n",
+       "4  0.082593  0.103140  0.049345  0.003548  0.001821    0.0  0.011508  \n",
+       "\n",
+       "[5 rows x 223 columns]"
+      ]
+     },
+     "execution_count": 16,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "LiZhang22=ss.calculate_LiZhang2022_SCSS(df=MELTS, T_K=MELTS['T_C']+273.15, \n",
+    "P_kbar=P/1000, \n",
+    "H2O_Liq=MELTS['H2O_Liq'], Fe_FeNiCu_Sulf=0.6, Fe3Fet_Liq=MELTS['Fe3Fet_Liq'])\n",
+    "LiZhang22.head()"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "6cb41036-6563-48be-bc00-3a3314c10607",
+   "metadata": {},
+   "source": [
+    "## Smythe sulfide saturation model"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 17,
+   "id": "a7342125-5ddc-4c2b-992c-9b76cfa770ad",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Using inputted Fe_FeNiCu_Sulf ratio for calculations.\n",
+      "no non ideal SCSS as no Cu/CuFeNiCu\n"
+     ]
+    },
+    {
+     "data": {
+      "text/html": [
+       "<div>\n",
+       "<style scoped>\n",
+       "    .dataframe tbody tr th:only-of-type {\n",
+       "        vertical-align: middle;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe tbody tr th {\n",
+       "        vertical-align: top;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe thead th {\n",
+       "        text-align: right;\n",
+       "    }\n",
+       "</style>\n",
+       "<table border=\"1\" class=\"dataframe\">\n",
+       "  <thead>\n",
+       "    <tr style=\"text-align: right;\">\n",
+       "      <th></th>\n",
+       "      <th>SCSS2_ppm_ideal_Smythe2017</th>\n",
+       "      <th>SCSS2_ppm_ideal_Smythe2017_1sigma</th>\n",
+       "      <th>T_Input_K</th>\n",
+       "      <th>P_Input_kbar</th>\n",
+       "      <th>Fe_FeNiCu_Sulf</th>\n",
+       "      <th>Fe3Fet_Liq_input</th>\n",
+       "      <th>Si_wt_atom</th>\n",
+       "      <th>Ti_wt_atom</th>\n",
+       "      <th>Al_wt_atom</th>\n",
+       "      <th>Mg_wt_atom</th>\n",
+       "      <th>...</th>\n",
+       "      <th>K2O_whitlockite1</th>\n",
+       "      <th>P2O5_whitlockite1</th>\n",
+       "      <th>H2O_whitlockite1</th>\n",
+       "      <th>CO2_whitlockite1</th>\n",
+       "      <th>Fe3Fet_whitlockite1</th>\n",
+       "      <th>h_whitlockite1</th>\n",
+       "      <th>mass_whitlockite1</th>\n",
+       "      <th>v_whitlockite1</th>\n",
+       "      <th>rho_whitlockite1</th>\n",
+       "      <th>Fe_FeNiCu_Sulf_calc</th>\n",
+       "    </tr>\n",
+       "  </thead>\n",
+       "  <tbody>\n",
+       "    <tr>\n",
+       "      <th>0</th>\n",
+       "      <td>1418.668555</td>\n",
+       "      <td>387.537370</td>\n",
+       "      <td>1452.850000</td>\n",
+       "      <td>1.0</td>\n",
+       "      <td>0.65</td>\n",
+       "      <td>0.099881</td>\n",
+       "      <td>0.473365</td>\n",
+       "      <td>0.014401</td>\n",
+       "      <td>0.145286</td>\n",
+       "      <td>0.092073</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.65</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>1</th>\n",
+       "      <td>1403.504696</td>\n",
+       "      <td>383.395062</td>\n",
+       "      <td>1447.853488</td>\n",
+       "      <td>1.0</td>\n",
+       "      <td>0.65</td>\n",
+       "      <td>0.099173</td>\n",
+       "      <td>0.473420</td>\n",
+       "      <td>0.014703</td>\n",
+       "      <td>0.147939</td>\n",
+       "      <td>0.088606</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.65</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>2</th>\n",
+       "      <td>1454.310353</td>\n",
+       "      <td>397.273632</td>\n",
+       "      <td>1442.856977</td>\n",
+       "      <td>1.0</td>\n",
+       "      <td>0.65</td>\n",
+       "      <td>0.098508</td>\n",
+       "      <td>0.473777</td>\n",
+       "      <td>0.015451</td>\n",
+       "      <td>0.146469</td>\n",
+       "      <td>0.086456</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.65</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>3</th>\n",
+       "      <td>1511.400867</td>\n",
+       "      <td>412.869035</td>\n",
+       "      <td>1437.860465</td>\n",
+       "      <td>1.0</td>\n",
+       "      <td>0.65</td>\n",
+       "      <td>0.098064</td>\n",
+       "      <td>0.474064</td>\n",
+       "      <td>0.016221</td>\n",
+       "      <td>0.144961</td>\n",
+       "      <td>0.084258</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.65</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>4</th>\n",
+       "      <td>1575.725176</td>\n",
+       "      <td>430.440492</td>\n",
+       "      <td>1432.863953</td>\n",
+       "      <td>1.0</td>\n",
+       "      <td>0.65</td>\n",
+       "      <td>0.097842</td>\n",
+       "      <td>0.474277</td>\n",
+       "      <td>0.017022</td>\n",
+       "      <td>0.143391</td>\n",
+       "      <td>0.081972</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.65</td>\n",
+       "    </tr>\n",
+       "  </tbody>\n",
+       "</table>\n",
+       "<p>5 rows × 228 columns</p>\n",
+       "</div>"
+      ],
+      "text/plain": [
+       "   SCSS2_ppm_ideal_Smythe2017  SCSS2_ppm_ideal_Smythe2017_1sigma    T_Input_K  \\\n",
+       "0                 1418.668555                         387.537370  1452.850000   \n",
+       "1                 1403.504696                         383.395062  1447.853488   \n",
+       "2                 1454.310353                         397.273632  1442.856977   \n",
+       "3                 1511.400867                         412.869035  1437.860465   \n",
+       "4                 1575.725176                         430.440492  1432.863953   \n",
+       "\n",
+       "   P_Input_kbar  Fe_FeNiCu_Sulf  Fe3Fet_Liq_input  Si_wt_atom  Ti_wt_atom  \\\n",
+       "0           1.0            0.65          0.099881    0.473365    0.014401   \n",
+       "1           1.0            0.65          0.099173    0.473420    0.014703   \n",
+       "2           1.0            0.65          0.098508    0.473777    0.015451   \n",
+       "3           1.0            0.65          0.098064    0.474064    0.016221   \n",
+       "4           1.0            0.65          0.097842    0.474277    0.017022   \n",
+       "\n",
+       "   Al_wt_atom  Mg_wt_atom  ...  K2O_whitlockite1  P2O5_whitlockite1  \\\n",
+       "0    0.145286    0.092073  ...               NaN                NaN   \n",
+       "1    0.147939    0.088606  ...               NaN                NaN   \n",
+       "2    0.146469    0.086456  ...               NaN                NaN   \n",
+       "3    0.144961    0.084258  ...               NaN                NaN   \n",
+       "4    0.143391    0.081972  ...               NaN                NaN   \n",
+       "\n",
+       "   H2O_whitlockite1  CO2_whitlockite1  Fe3Fet_whitlockite1  h_whitlockite1  \\\n",
+       "0               NaN               NaN                  NaN             0.0   \n",
+       "1               NaN               NaN                  NaN             0.0   \n",
+       "2               NaN               NaN                  NaN             0.0   \n",
+       "3               NaN               NaN                  NaN             0.0   \n",
+       "4               NaN               NaN                  NaN             0.0   \n",
+       "\n",
+       "   mass_whitlockite1  v_whitlockite1  rho_whitlockite1  Fe_FeNiCu_Sulf_calc  \n",
+       "0                0.0             0.0               0.0                 0.65  \n",
+       "1                0.0             0.0               0.0                 0.65  \n",
+       "2                0.0             0.0               0.0                 0.65  \n",
+       "3                0.0             0.0               0.0                 0.65  \n",
+       "4                0.0             0.0               0.0                 0.65  \n",
+       "\n",
+       "[5 rows x 228 columns]"
+      ]
+     },
+     "execution_count": 17,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "Smythe_CalcSulf=ss.calculate_S2017_SCSS(df=MELTS, \n",
+    "T_K=MELTS['T_C']+273.15, \n",
+    "P_kbar=P/1000, Fe_FeNiCu_Sulf=0.65,\n",
+    "Fe3Fet_Liq=MELTS['Fe3Fet_Liq'])\n",
+    "\n",
+    "Smythe_CalcSulf.head()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 18,
+   "id": "0e921099-8edf-4866-a20f-f3d12a6ce811",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "Text(0, 0.5, 'SCSS (Smythe, ppm)')"
+      ]
+     },
+     "execution_count": 18,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 640x480 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "plt.plot(MELTS['MgO_Liq'], Smythe_CalcSulf['SCSS2_ppm_ideal_Smythe2017'],\n",
+    "         '-r')\n",
+    "plt.xlabel('Liq MgO (wt%)')\n",
+    "plt.ylabel('SCSS (Smythe, ppm)')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 17,
+   "id": "63059fc1",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "Text(0, 0.5, 'Liq FeO (wt%)')"
+      ]
+     },
+     "execution_count": 17,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 640x480 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "plt.plot( MELTS['MgO_Liq'],MELTS['FeOt_Liq'],\n",
+    "         '-r')\n",
+    "plt.xlabel('Liq MgO (wt%)')\n",
+    "plt.ylabel('Liq FeO (wt%)')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 19,
+   "id": "c7fd54af-4d57-4967-adf9-31ab632f1482",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "Text(0, 0.5, 'Liq FeO (wt%)')"
+      ]
+     },
+     "execution_count": 19,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 640x480 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "plt.plot( MELTS['MgO_Liq'],MELTS['FeOt_Liq'],\n",
+    "         '-r')\n",
+    "plt.xlabel('Liq MgO (wt%)')\n",
+    "plt.ylabel('Liq FeO (wt%)')"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "e4d51d2d-e1df-4e5c-a982-c3c18900b99a",
+   "metadata": {},
+   "source": [
+    "## Using Oneill"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 20,
+   "id": "67503197-023b-4c02-8226-cfff3d56c941",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Using inputted Fe_FeNiCu_Sulf ratio for calculations.\n"
+     ]
+    },
+    {
+     "data": {
+      "text/html": [
+       "<div>\n",
+       "<style scoped>\n",
+       "    .dataframe tbody tr th:only-of-type {\n",
+       "        vertical-align: middle;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe tbody tr th {\n",
+       "        vertical-align: top;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe thead th {\n",
+       "        text-align: right;\n",
+       "    }\n",
+       "</style>\n",
+       "<table border=\"1\" class=\"dataframe\">\n",
+       "  <thead>\n",
+       "    <tr style=\"text-align: right;\">\n",
+       "      <th></th>\n",
+       "      <th>SCSS2_ppm</th>\n",
+       "      <th>LnS</th>\n",
+       "      <th>Ln_a_FeO</th>\n",
+       "      <th>Ln_a_FeS</th>\n",
+       "      <th>DeltaG</th>\n",
+       "      <th>LnCS2_calc</th>\n",
+       "      <th>T_C</th>\n",
+       "      <th>P_bar</th>\n",
+       "      <th>h</th>\n",
+       "      <th>s</th>\n",
+       "      <th>...</th>\n",
+       "      <th>K2O_whitlockite1</th>\n",
+       "      <th>P2O5_whitlockite1</th>\n",
+       "      <th>H2O_whitlockite1</th>\n",
+       "      <th>CO2_whitlockite1</th>\n",
+       "      <th>Fe3Fet_whitlockite1</th>\n",
+       "      <th>h_whitlockite1</th>\n",
+       "      <th>mass_whitlockite1</th>\n",
+       "      <th>v_whitlockite1</th>\n",
+       "      <th>rho_whitlockite1</th>\n",
+       "      <th>Fe_FeNiCu_Sulf_calc</th>\n",
+       "    </tr>\n",
+       "  </thead>\n",
+       "  <tbody>\n",
+       "    <tr>\n",
+       "      <th>0</th>\n",
+       "      <td>1369.766307</td>\n",
+       "      <td>7.222395</td>\n",
+       "      <td>-2.088187</td>\n",
+       "      <td>-0.514565</td>\n",
+       "      <td>7.809078</td>\n",
+       "      <td>-2.160304</td>\n",
+       "      <td>1179.700000</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.180676e+06</td>\n",
+       "      <td>264.191326</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.66</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>1</th>\n",
+       "      <td>1343.739977</td>\n",
+       "      <td>7.203212</td>\n",
+       "      <td>-2.073514</td>\n",
+       "      <td>-0.515750</td>\n",
+       "      <td>7.844952</td>\n",
+       "      <td>-2.199505</td>\n",
+       "      <td>1174.703488</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.182433e+06</td>\n",
+       "      <td>262.979871</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.66</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>2</th>\n",
+       "      <td>1370.825448</td>\n",
+       "      <td>7.223168</td>\n",
+       "      <td>-2.043557</td>\n",
+       "      <td>-0.519793</td>\n",
+       "      <td>7.881088</td>\n",
+       "      <td>-2.181683</td>\n",
+       "      <td>1169.706977</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.152237e+06</td>\n",
+       "      <td>255.137742</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.66</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>3</th>\n",
+       "      <td>1399.694219</td>\n",
+       "      <td>7.244009</td>\n",
+       "      <td>-2.015081</td>\n",
+       "      <td>-0.523839</td>\n",
+       "      <td>7.917487</td>\n",
+       "      <td>-2.164719</td>\n",
+       "      <td>1164.710465</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.085778e+06</td>\n",
+       "      <td>241.015439</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.66</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>4</th>\n",
+       "      <td>1430.732150</td>\n",
+       "      <td>7.265942</td>\n",
+       "      <td>-1.987881</td>\n",
+       "      <td>-0.527901</td>\n",
+       "      <td>7.954152</td>\n",
+       "      <td>-2.148190</td>\n",
+       "      <td>1159.713953</td>\n",
+       "      <td>1000.0</td>\n",
+       "      <td>-1.024749e+06</td>\n",
+       "      <td>228.018965</td>\n",
+       "      <td>...</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>NaN</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.0</td>\n",
+       "      <td>0.66</td>\n",
+       "    </tr>\n",
+       "  </tbody>\n",
+       "</table>\n",
+       "<p>5 rows × 194 columns</p>\n",
+       "</div>"
+      ],
+      "text/plain": [
+       "     SCSS2_ppm       LnS  Ln_a_FeO  Ln_a_FeS    DeltaG  LnCS2_calc  \\\n",
+       "0  1369.766307  7.222395 -2.088187 -0.514565  7.809078   -2.160304   \n",
+       "1  1343.739977  7.203212 -2.073514 -0.515750  7.844952   -2.199505   \n",
+       "2  1370.825448  7.223168 -2.043557 -0.519793  7.881088   -2.181683   \n",
+       "3  1399.694219  7.244009 -2.015081 -0.523839  7.917487   -2.164719   \n",
+       "4  1430.732150  7.265942 -1.987881 -0.527901  7.954152   -2.148190   \n",
+       "\n",
+       "           T_C   P_bar             h           s  ...  K2O_whitlockite1  \\\n",
+       "0  1179.700000  1000.0 -1.180676e+06  264.191326  ...               NaN   \n",
+       "1  1174.703488  1000.0 -1.182433e+06  262.979871  ...               NaN   \n",
+       "2  1169.706977  1000.0 -1.152237e+06  255.137742  ...               NaN   \n",
+       "3  1164.710465  1000.0 -1.085778e+06  241.015439  ...               NaN   \n",
+       "4  1159.713953  1000.0 -1.024749e+06  228.018965  ...               NaN   \n",
+       "\n",
+       "   P2O5_whitlockite1  H2O_whitlockite1  CO2_whitlockite1  Fe3Fet_whitlockite1  \\\n",
+       "0                NaN               NaN               NaN                  NaN   \n",
+       "1                NaN               NaN               NaN                  NaN   \n",
+       "2                NaN               NaN               NaN                  NaN   \n",
+       "3                NaN               NaN               NaN                  NaN   \n",
+       "4                NaN               NaN               NaN                  NaN   \n",
+       "\n",
+       "   h_whitlockite1  mass_whitlockite1  v_whitlockite1  rho_whitlockite1  \\\n",
+       "0             0.0                0.0             0.0               0.0   \n",
+       "1             0.0                0.0             0.0               0.0   \n",
+       "2             0.0                0.0             0.0               0.0   \n",
+       "3             0.0                0.0             0.0               0.0   \n",
+       "4             0.0                0.0             0.0               0.0   \n",
+       "\n",
+       "   Fe_FeNiCu_Sulf_calc  \n",
+       "0                 0.66  \n",
+       "1                 0.66  \n",
+       "2                 0.66  \n",
+       "3                 0.66  \n",
+       "4                 0.66  \n",
+       "\n",
+       "[5 rows x 194 columns]"
+      ]
+     },
+     "execution_count": 20,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "ONeill_MeasSulf=ss.calculate_O2021_SCSS(df=MELTS, T_K=MELTS['T_C']+273.15, \n",
+    "P_kbar=P/1000,\n",
+    "Fe_FeNiCu_Sulf=0.66,\n",
+    "Fe3Fet_Liq=MELTS['Fe3Fet_Liq'])\n",
+    "ONeill_MeasSulf.head()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "id": "22287981-eebe-4810-a5d7-7134bc1ac57c",
+   "metadata": {},
+   "outputs": [],
+   "source": []
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "id": "657180b1-3c72-423f-8cba-a2d100126092",
+   "metadata": {},
+   "outputs": [],
+   "source": []
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "id": "5f899df0-efe2-423f-982b-aeb669e03397",
+   "metadata": {},
+   "outputs": [],
+   "source": []
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python 3 (ipykernel)",
+   "language": "python",
+   "name": "python3"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.9.17"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 5
+}
diff --git a/docs/Examples/Integrating_with_PyMELTS/Solid_comp_tbl.txt b/docs/Examples/Integrating_with_PyMELTS/Solid_comp_tbl.txt
index 14ef886..4373253 100644
--- a/docs/Examples/Integrating_with_PyMELTS/Solid_comp_tbl.txt
+++ b/docs/Examples/Integrating_with_PyMELTS/Solid_comp_tbl.txt
@@ -1,155 +1,209 @@
 Solid Composition:
 index Pressure Temperature mass SiO2 TiO2 Al2O3 Fe2O3 Cr2O3 FeO MnO MgO NiO CoO CaO Na2O K2O P2O5 H2O CO2 
-1 1000.00 1400.00 0.000000 ---
-2 1000.00 1397.00 0.000000 ---
-3 1000.00 1394.00 0.000000 ---
-4 1000.00 1391.00 0.000000 ---
-5 1000.00 1388.00 0.000000 ---
-6 1000.00 1385.00 0.000000 ---
-7 1000.00 1382.00 0.000000 ---
-8 1000.00 1379.00 0.000000 ---
-9 1000.00 1376.00 0.000000 ---
-10 1000.00 1373.00 0.000000 ---
-11 1000.00 1370.00 0.000000 ---
-12 1000.00 1367.00 0.000000 ---
-13 1000.00 1364.00 0.000000 ---
-14 1000.00 1361.00 0.000000 ---
-15 1000.00 1358.00 0.000000 ---
-16 1000.00 1355.00 0.000000 ---
-17 1000.00 1352.00 0.000000 ---
-18 1000.00 1349.00 0.000000 ---
-19 1000.00 1346.00 0.000000 ---
-20 1000.00 1343.00 0.000000 ---
-21 1000.00 1340.00 0.000000 ---
-22 1000.00 1337.00 0.000000 ---
-23 1000.00 1334.00 0.000000 ---
-24 1000.00 1331.00 0.000000 ---
-25 1000.00 1328.00 0.000000 ---
-26 1000.00 1325.00 0.000000 ---
-27 1000.00 1322.00 0.000000 ---
-28 1000.00 1319.00 0.000000 ---
-29 1000.00 1316.00 0.000000 ---
-30 1000.00 1313.00 0.000000 ---
-31 1000.00 1310.00 0.000000 ---
-32 1000.00 1307.00 0.000000 ---
-33 1000.00 1304.00 0.000000 ---
-34 1000.00 1301.00 0.000000 ---
-35 1000.00 1298.00 0.000000 ---
-36 1000.00 1295.00 0.000000 ---
-37 1000.00 1292.00 0.000000 ---
-38 1000.00 1289.00 0.000000 ---
-39 1000.00 1286.00 0.000000 ---
-40 1000.00 1283.00 0.000000 ---
-41 1000.00 1280.00 0.000000 ---
-42 1000.00 1277.00 0.000000 ---
-43 1000.00 1274.00 0.000000 ---
-44 1000.00 1271.00 0.000000 ---
-45 1000.00 1268.00 0.000000 ---
-46 1000.00 1265.00 0.000000 ---
-47 1000.00 1262.00 0.000000 ---
-48 1000.00 1259.00 0.000000 ---
-49 1000.00 1256.00 0.000000 ---
-50 1000.00 1253.00 0.000000 ---
-51 1000.00 1250.00 0.000000 ---
-52 1000.00 1247.00 0.000000 ---
-53 1000.00 1244.00 0.000000 ---
-54 1000.00 1241.00 0.000000 ---
-55 1000.00 1238.00 0.000000 ---
-56 1000.00 1235.00 0.000000 ---
-57 1000.00 1232.00 0.000000 ---
-58 1000.00 1229.00 0.000000 ---
-59 1000.00 1226.00 0.000000 ---
-60 1000.00 1223.00 0.000000 ---
-61 1000.00 1220.00 0.000000 ---
-62 1000.00 1217.00 0.000000 ---
-63 1000.00 1214.00 0.000000 ---
-64 1000.00 1211.00 0.000000 ---
-65 1000.00 1208.00 0.000000 ---
-66 1000.00 1205.00 0.000000 ---
-67 1000.00 1202.00 0.000000 ---
-68 1000.00 1199.00 0.000000 ---
-69 1000.00 1196.00 0.000000 ---
-70 1000.00 1193.00 0.000000 ---
-71 1000.00 1190.00 0.000000 ---
-72 1000.00 1187.00 0.000000 ---
-73 1000.00 1184.00 0.000000 ---
-74 1000.00 1181.00 0.000000 ---
-75 1000.00 1178.00 0.734465 51.3173 0.454145 3.99935 1.31698 0 7.07073 0 16.3 0 0 19.36 0.181455 0 0 0 0
-76 1000.00 1179.00 0.207986 51.353 0.446945 3.96909 1.31079 0 7.03155 0 16.3387 0 0 19.3699 0.180126 0 0 0 0
-77 1000.00 1180.00 0.000000 ---
-78 1000.00 1179.00 0.207986 51.353 0.446945 3.96909 1.31079 0 7.03155 0 16.3387 0 0 19.3699 0.180126 0 0 0 0
-79 1000.00 1179.10 0.155097 51.3565 0.446229 3.96606 1.31017 0 7.02764 0 16.3425 0 0 19.3708 0.179993 0 0 0 0
-80 1000.00 1179.20 0.102164 51.3601 0.445515 3.96304 1.30955 0 7.02373 0 16.3464 0 0 19.3718 0.17986 0 0 0 0
-81 1000.00 1179.30 0.049187 51.3637 0.444801 3.96002 1.30893 0 7.01983 0 16.3503 0 0 19.3728 0.179728 0 0 0 0
-82 1000.00 1179.40 0.000000 ---
-83 1000.00 1179.30 0.049187 51.3637 0.444801 3.96002 1.30893 0 7.01983 0 16.3503 0 0 19.3728 0.179728 0 0 0 0
-84 1000.00 1184.30 0.000000 ---
-85 1000.00 1179.40 0.000000 ---
-86 1000.00 1184.40 0.000000 ---
-87 1000.00 1179.50 0.000000 ---
-88 1000.00 1184.50 0.000000 ---
-89 1000.00 1179.60 0.000000 ---
-90 1000.00 1184.60 0.000000 ---
-91 1000.00 1179.70 0.000000 ---
-92 1000.00 1184.70 0.000000 ---
-93 1000.00 1179.80 0.000000 ---
-94 1000.00 1184.80 0.000000 ---
-95 1000.00 1179.90 0.000000 ---
-96 1000.00 1184.90 0.000000 ---
-97 1000.00 1180.00 0.000000 ---
-98 1000.00 1185.00 0.000000 ---
-99 1000.00 1180.10 0.000000 ---
-100 1000.00 1185.10 0.000000 ---
-101 1000.00 1180.20 0.000000 ---
-102 1000.00 1185.20 0.000000 ---
-103 1000.00 1180.30 0.000000 ---
-104 1000.00 1185.30 0.000000 ---
-105 1000.00 1180.40 0.000000 ---
-106 1000.00 1185.40 0.000000 ---
-107 1000.00 1180.50 0.000000 ---
-108 1000.00 1185.50 0.000000 ---
-109 1000.00 1180.60 0.000000 ---
-110 1000.00 1185.60 0.000000 ---
-111 1000.00 1180.70 0.000000 ---
-112 1000.00 1179.45 0.000000 ---
-113 1000.00 1174.46 2.723831 51.1619 0.456484 5.39243 1.27266 0 6.8864 0 15.4197 0 0 19.0768 0.332017 0.00159717 0 0 0
-114 1000.00 1169.46 5.218436 50.9961 0.274961 16.0335 0.731942 0 4.34796 0 9.17389 0 0 16.8119 1.61344 0.0162765 0 0 0
-115 1000.00 1164.47 4.800826 51.1516 0.273915 16.0295 0.703857 0 4.62042 0 9.15768 0 0 16.3471 1.69802 0.017995 0 0 0
-116 1000.00 1159.48 4.466612 51.3176 0.267382 16.0346 0.673628 0 4.9475 0 9.16152 0 0 15.7922 1.78558 0.0199034 0 0 0
-117 1000.00 1154.48 4.228479 51.505 0.249968 16.0758 0.636265 0 5.38646 0 9.20791 0 0 15.0367 1.87974 0.0221044 0 0 0
-118 1000.00 1149.49 4.649475 51.9125 0.151359 16.942 0.493916 0 6.98933 0 9.77658 0 0 11.6242 2.08349 0.0267089 0 0 0
-119 1000.00 1144.49 3.963443 51.9206 0.190062 16.6706 0.530335 0 6.8256 0 9.4096 0 0 12.296 2.12843 0.028721 0 0 0
-120 1000.00 1139.50 3.584245 52.0149 0.198861 16.6314 0.529255 0 7.01022 0 9.21541 0 0 12.1603 2.20824 0.031511 0 0 0
-121 1000.00 1134.51 3.259110 52.1105 0.207621 16.5897 0.527986 0 7.19637 0 9.02224 0 0 12.0228 2.28826 0.0345024 0 0 0
-122 1000.00 1129.51 2.978266 52.2074 0.216354 16.5452 0.526564 0 7.38469 0 8.83011 0 0 11.8836 2.36842 0.03771 0 0 0
-123 1000.00 1124.52 2.734054 52.3053 0.225072 16.4974 0.52502 0 7.57586 0 8.63904 0 0 11.7426 2.44858 0.0411496 0 0 0
-124 1000.00 1119.53 2.520398 52.404 0.233788 16.4459 0.523387 0 7.77055 0 8.44905 0 0 11.5999 2.52862 0.0448386 0 0 0
-125 1000.00 1114.53 2.332436 52.5032 0.242516 16.3903 0.521697 0 7.96949 0 8.26017 0 0 11.4554 2.60841 0.0487955 0 0 0
-126 1000.00 1109.54 2.166233 52.6027 0.251269 16.33 0.519982 0 8.17342 0 8.07241 0 0 11.3093 2.68779 0.0530403 0 0 0
-127 1000.00 1104.55 2.018583 52.7022 0.260061 16.2648 0.518272 0 8.38314 0 7.88577 0 0 11.1616 2.76661 0.0575949 0 0 0
-128 1000.00 1099.55 2.075556 50.8588 1.9947 15.3914 0.713591 0 9.40889 0.0485218 7.7186 0 0 11.1534 2.65397 0.0582077 0 0 0
-129 1000.00 1094.56 3.868674 36.3588 8.75827 9.14991 4.50414 0 21.5302 0 7.58251 0 0 10.7368 1.35062 0.0287711 0 0 0
-130 1000.00 1089.57 3.419023 36.3011 8.65096 9.32094 4.6831 0 21.7946 0 7.08607 0 0 10.7316 1.4008 0.0308508 0 0 0
-131 1000.00 1084.57 2.684861 37.7941 7.80305 10.1082 4.40671 0 20.8493 0 6.63095 0 0 10.7768 1.59422 0.0366938 0 0 0
-132 1000.00 1079.58 2.209711 39.0634 7.1031 10.7156 4.14136 0 20.1806 0 6.26545 0 0 10.729 1.75934 0.0421615 0 0 0
-133 1000.00 1074.58 1.911543 40.0087 6.40934 11.2476 3.83295 0 20.1064 0.0611476 5.98124 0 0 10.3804 1.92424 0.0480195 0 0 0
-134 1000.00 1069.59 1.961937 39.5212 5.14111 11.8954 3.13461 0 23.2531 0.601673 5.85071 0 0 8.36531 2.17973 0.0571613 0 0 0
-135 1000.00 1064.60 1.735535 39.837 4.77132 12.0891 3.05151 0 23.5249 0.686572 5.41988 0 0 8.29351 2.26521 0.060949 0 0 0
-136 1000.00 1059.60 1.539707 40.1782 4.43955 12.2817 2.96855 0 23.7359 0.758777 5.00158 0 0 8.2186 2.35241 0.0648538 0 0 0
-137 1000.00 1054.61 1.399463 40.3504 4.16467 12.3548 2.90288 0 24.0268 0.825938 4.61101 0 0 8.11106 2.41651 0.0681963 0 0.00199529 0.165671
-138 1000.00 1049.62 1.236224 40.7871 3.88396 12.5759 2.81346 0 24.0618 0.87388 4.22001 0 0 8.07522 2.51352 0.0725501 0 0.00156674 0.120909
-139 1000.00 1044.62 1.107968 41.1414 3.64897 12.7276 2.73662 0 24.1342 0.915707 3.86356 0 0 8.03371 2.59692 0.0765897 0 0.00170777 0.122931
-140 1000.00 1039.63 0.997342 41.4885 3.44068 12.8612 2.66278 0 24.1781 0.94981 3.53111 0 0 8.00243 2.67752 0.0806284 0 0.00186101 0.125373
-141 1000.00 1034.64 0.901601 41.8276 3.25531 12.9777 2.59165 0 24.1987 0.977271 3.22123 0 0 7.98029 2.7553 0.0846647 0 0.0020271 0.128215
-142 1000.00 1029.64 0.818434 42.1586 3.08968 13.0783 2.52303 0 24.2002 0.999031 2.93218 0 0 7.96635 2.83028 0.0886977 0 0.00220668 0.131431
-143 1000.00 1024.65 0.745902 42.4813 2.94108 13.164 2.45675 0 24.1864 1.0159 2.66216 0 0 7.95976 2.90248 0.092727 0 0.00240034 0.135001
-144 1000.00 1019.65 0.684787 42.7038 2.80343 13.2017 2.39004 0 24.1077 1.02542 2.40535 0 0 8.0641 2.96396 0.0964983 0.0966306 0.0026074 0.13881
-145 1000.00 1014.66 0.644983 42.2822 2.65133 13.0006 2.3048 0 23.6581 1.01088 2.13793 0 0 8.88306 2.96937 0.0985297 0.858416 0.00281404 0.141971
-146 1000.00 1009.67 0.594168 42.4848 2.53545 13.0281 2.2377 0 23.5558 1.01648 1.91055 0 0 8.99122 3.02837 0.102431 0.960057 0.00304659 0.146016
-147 1000.00 1004.67 0.547935 42.7866 2.43641 13.0761 2.17864 0 23.5092 1.02185 1.70168 0 0 8.98938 3.09207 0.106571 0.947454 0.00330262 0.15071
-148 1000.00 999.68 0.507011 43.0802 2.34616 13.1123 2.1216 0 23.4592 1.02476 1.50457 0 0 8.99309 3.15296 0.110698 0.935272 0.00357537 0.155673
-149 1000.00 994.69 0.470634 43.3661 2.26361 13.1374 2.06646 0 23.4069 1.02553 1.31813 0 0 9.00193 3.2111 0.114812 0.923222 0.00386524 0.160888
-150 1000.00 989.69 0.438185 43.6452 2.18778 13.1518 2.01314 0 23.3535 1.02441 1.14143 0 0 9.01575 3.26648 0.118911 0.91104 0.00417252 0.166338
-151 1000.00 984.70 0.409158 43.9181 2.11773 13.1554 1.96149 0 23.3003 1.02156 0.973703 0 0 9.03479 3.31897 0.122984 0.898493 0.00449739 0.172001
-152 1000.00 979.71 0.383153 44.1854 2.05251 13.1473 1.91139 0 23.2486 1.01713 0.814355 0 0 9.05991 3.36825 0.127018 0.885382 0.00483976 0.177849
-153 1000.00 974.71 0.382536 45.0177 2.0598 12.5034 2.07201 0 22.0268 0.700867 0.521191 0 0 10.6402 3.24369 0.124339 0.910147 0.00498847 0.174816
\ No newline at end of file
+1 3000.00 1400.00 0.196015 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.2622 12.7378
+2 3000.00 1397.00 0.193934 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.1993 12.8007
+3 3000.00 1394.00 0.191858 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.136 12.864
+4 3000.00 1391.00 0.189785 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.0725 12.9275
+5 3000.00 1388.00 0.187716 0 0 0 0 0 0 0 0 0 0 0 0 0 0 87.0086 12.9914
+6 3000.00 1385.00 0.185650 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.9444 13.0556
+7 3000.00 1382.00 0.183588 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.8798 13.1202
+8 3000.00 1379.00 0.181529 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.815 13.185
+9 3000.00 1376.00 0.179473 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.7498 13.2502
+10 3000.00 1373.00 0.177421 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.6844 13.3156
+11 3000.00 1370.00 0.175371 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.6186 13.3814
+12 3000.00 1367.00 0.173324 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.5526 13.4474
+13 3000.00 1364.00 0.171280 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.4862 13.5138
+14 3000.00 1361.00 0.169239 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.4196 13.5804
+15 3000.00 1358.00 0.167199 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.3527 13.6473
+16 3000.00 1355.00 0.165161 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.2855 13.7145
+17 3000.00 1352.00 0.163124 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.2181 13.7819
+18 3000.00 1349.00 0.161088 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.1504 13.8496
+19 3000.00 1346.00 0.159052 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.0825 13.9175
+20 3000.00 1343.00 0.157014 0 0 0 0 0 0 0 0 0 0 0 0 0 0 86.0144 13.9856
+21 3000.00 1340.00 0.154975 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.9461 14.0539
+22 3000.00 1337.00 0.152931 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.8776 14.1224
+23 3000.00 1334.00 0.150881 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.809 14.191
+24 3000.00 1331.00 0.148822 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.7403 14.2597
+25 3000.00 1328.00 0.146747 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.6716 14.3284
+26 3000.00 1325.00 0.144647 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.6031 14.3969
+27 3000.00 1322.00 0.142499 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.535 14.465
+28 3000.00 1319.00 0.140225 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.4687 14.5313
+29 3000.00 1316.00 0.136956 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.4171 14.5829
+30 3000.00 1313.00 0.134784 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.3486 14.6514
+31 3000.00 1310.00 0.132722 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.2781 14.7219
+32 3000.00 1307.00 0.130702 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.2068 14.7932
+33 3000.00 1304.00 0.128708 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.1349 14.8651
+34 3000.00 1301.00 0.126733 0 0 0 0 0 0 0 0 0 0 0 0 0 0 85.0626 14.9374
+35 3000.00 1298.00 0.124773 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.9898 15.0102
+36 3000.00 1295.00 0.122826 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.9166 15.0834
+37 3000.00 1292.00 0.120891 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.8431 15.1569
+38 3000.00 1289.00 0.118967 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.7693 15.2307
+39 3000.00 1286.00 0.117054 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.6951 15.3049
+40 3000.00 1283.00 0.115151 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.6206 15.3794
+41 3000.00 1280.00 0.113258 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.5459 15.4541
+42 3000.00 1277.00 0.111374 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.4708 15.5292
+43 3000.00 1274.00 0.109500 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.3955 15.6045
+44 3000.00 1271.00 0.107634 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.3199 15.6801
+45 3000.00 1268.00 0.105778 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.244 15.756
+46 3000.00 1265.00 0.103931 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.1679 15.8321
+47 3000.00 1262.00 0.102093 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.0916 15.9084
+48 3000.00 1259.00 0.100264 0 0 0 0 0 0 0 0 0 0 0 0 0 0 84.015 15.985
+49 3000.00 1256.00 0.098444 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.9381 16.0619
+50 3000.00 1253.00 0.096632 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.8611 16.1389
+51 3000.00 1250.00 0.094829 0 0 0 0 0 0 0 0 0 0 0 0 0 0 83.7838 16.2162
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+95 3000.00 1118.00 0.032943 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2792 19.7208
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+120 3000.00 1119.90 0.033651 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.328 19.672
+121 3000.00 1115.00 0.031832 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2024 19.7976
+122 3000.00 1120.00 0.033689 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3306 19.6694
+123 3000.00 1115.10 0.031869 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2049 19.7951
+124 3000.00 1120.10 0.033726 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3332 19.6668
+125 3000.00 1115.20 0.031906 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2075 19.7925
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+127 3000.00 1115.30 0.031943 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.21 19.79
+128 3000.00 1120.30 0.033801 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3383 19.6617
+129 3000.00 1115.40 0.031980 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2126 19.7874
+130 3000.00 1120.40 0.033838 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3409 19.6591
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+132 3000.00 1120.50 0.033876 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.3435 19.6565
+133 3000.00 1115.60 0.032054 0 0 0 0 0 0 0 0 0 0 0 0 0 0 80.2177 19.7823
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+135 3000.00 1109.36 0.311820 0 22.6577 6.14173 22.9579 0 39.0903 0 9.15225 0 0 0 0 0 0 0 0
+136 3000.00 1104.37 0.303006 0 22.7069 6.18096 22.7976 0 39.1981 0 9.11646 0 0 0 0 0 0 0 0
+137 3000.00 1099.38 0.288717 0 22.7607 6.22035 22.6286 0 39.3089 0 9.08148 0 0 0 0 0 0 0 0
+138 3000.00 1094.39 0.275370 0 22.8188 6.25991 22.4514 0 39.4227 0 9.04717 0 0 0 0 0 0 0 0
+139 3000.00 1089.39 0.262882 0 22.881 6.29964 22.2665 0 39.5395 0 9.01341 0 0 0 0 0 0 0 0
+140 3000.00 1084.40 0.251175 0 22.9468 6.33954 22.0745 0 39.6591 0 8.98009 0 0 0 0 0 0 0 0
+141 3000.00 1079.41 0.240182 0 23.0161 6.3796 21.8758 0 39.7814 0 8.94709 0 0 0 0 0 0 0 0
+142 3000.00 1074.42 0.229845 0 23.0886 6.41984 21.671 0 39.9063 0 8.91433 0 0 0 0 0 0 0 0
+143 3000.00 1069.43 0.220108 0 23.164 6.46024 21.4604 0 40.0337 0 8.8817 0 0 0 0 0 0 0 0
+144 3000.00 1064.44 0.277095 8.76161 17.8857 5.0032 16.3904 0 36.4468 0.0592892 15.3855 0 0 0.0675226 0 0 0 0 0
+145 3000.00 1059.45 1.144685 32.7841 7.74786 8.76947 2.48493 0 15.3956 0.116016 20.971 0 0 11.6548 0.0762498 0 0 0 0
+146 3000.00 1054.46 1.629091 34.0875 8.48258 11.1356 1.67294 0 11.3323 0.0879984 17.5003 0 0 15.5972 0.103566 0 0 0 0
+147 3000.00 1049.47 1.511795 34.3434 8.16084 10.7887 1.67988 0 11.8445 0.0933187 17.6192 0 0 15.367 0.103227 0 0 0 0
+148 3000.00 1044.47 1.413234 34.6479 7.81928 10.4326 1.69475 0 12.334 0.0982419 17.6919 0 0 15.1778 0.10351 0 0 0 0
+149 3000.00 1039.48 1.411512 34.5834 7.2303 9.79075 1.68912 0 12.6853 0.102309 17.5415 0 0 14.7301 0.103079 0 0 1.22158 0.322562
+150 3000.00 1034.49 1.830240 41.9127 4.05675 7.80631 1.93284 0 9.48554 0.0466095 14.9374 0 0 18.5197 0.15471 0 0 0.928016 0.219455
+151 3000.00 1029.50 1.862355 43.1074 3.41201 7.41751 1.94616 0 9.18672 0.0384113 14.408 0 0 19.0241 0.165052 0 0 1.07245 0.222237
+152 3000.00 1024.51 1.777003 43.2243 3.23074 7.31729 1.92099 0 9.47899 0.0396615 14.2714 0 0 18.9365 0.167832 0 0 1.19688 0.215403
+153 3000.00 1019.52 1.700023 43.3166 3.05437 7.22337 1.89673 0 9.78224 0.0410198 14.1251 0 0 18.8393 0.170769 0 0 1.34284 0.207686
+154 3000.00 1014.53 1.630870 43.382 2.88266 7.13523 1.87318 0 10.097 0.0424984 13.9679 0 0 18.7316 0.173866 0 0 1.51512 0.198885
+155 3000.00 1009.54 1.569125 43.4184 2.71528 7.05226 1.85013 0 10.4236 0.0441085 13.7984 0 0 18.6124 0.177126 0 0 1.71951 0.188763
+156 3000.00 1004.55 1.514471 43.423 2.55191 6.97386 1.82738 0 10.7623 0.0458603 13.615 0 0 18.4804 0.180556 0 0 1.96264 0.17705
+157 3000.00 999.55 1.466645 43.3931 2.3923 6.89947 1.80469 0 11.1129 0.0477651 13.416 0 0 18.3347 0.184162 0 0 2.25148 0.163478
+158 3000.00 994.56 1.425322 43.3256 2.2365 6.8288 1.78187 0 11.4757 0.0498393 13.1998 0 0 18.1742 0.187952 0 0 2.59188 0.14784
+159 3000.00 989.57 1.389928 43.2184 2.0851 6.76202 1.75871 0 11.8521 0.052115 12.9656 0 0 17.9981 0.191931 0 0 2.98581 0.13011
+160 3000.00 984.58 1.359363 43.0709 1.93955 6.70006 1.73509 0 12.2457 0.0546558 12.7142 0 0 17.806 0.196098 0 0 3.42711 0.110626
+161 3000.00 979.59 1.331754 42.8855 1.8023 6.64472 1.71097 0 12.6641 0.0575731 12.4484 0 0 17.5982 0.200443 0 0 3.89754 0.0902365
+162 3000.00 974.60 1.304529 42.6684 1.67635 6.59829 1.68643 0 13.1184 0.0610256 12.1728 0 0 17.3763 0.204943 0 0 4.36682 0.0702821
+163 3000.00 969.61 1.274279 42.4027 1.57894 6.57193 1.66049 0 13.6376 0.0654706 11.894 0 0 17.1336 0.209268 0 0 4.7938 0.0522113
+164 3000.00 964.62 1.475862 41.8262 1.19649 10.4185 1.26448 0 13.6141 0.0851816 10.2376 0 0 15.7307 0.426031 0.00131288 0 5.16456 0.0349384
+165 3000.00 959.63 2.797452 40.7366 0.570854 20.155 0.310005 0 12.5927 0.131111 6.44427 0 0 12.5948 1.01467 0.00493424 0 5.42879 0.0162889
+166 3000.00 954.63 2.671363 40.6843 0.541422 20.068 0.300557 0 13.0239 0.14075 6.12288 0 0 12.3557 1.08201 0.00531745 0 5.66766 0.00741562
+167 3000.00 949.64 2.614866 39.8835 0.580689 20.2712 1.06117 0 14.3092 0.152485 5.57683 0 0 11.3978 1.18441 0.00594865 0 5.57357 0.0031843
+168 3000.00 944.65 2.411569 40.274 0.493433 20.0519 0.851771 0 14.358 0.160064 5.36719 0 0 11.4322 1.25726 0.00635262 0 5.74646 0.00144236
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+170 3000.00 934.67 2.097028 40.5042 0.470242 19.9912 0.794972 0 14.9129 0.179888 4.8007 0 0 11.0426 1.44177 0.00745247 0 5.85369 0.000294356
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+183 3000.00 869.79 0.959158 43.9478 0.402195 19.4111 0.538263 0 14.5313 0.267392 2.26784 0 0 9.04394 3.05857 0.019949 0 6.5117 0
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+185 3000.00 859.80 0.862873 44.6044 0.396212 19.2433 0.521855 0 14.1599 0.274209 2.03954 0 0 8.79762 3.32155 0.0227578 0 6.61872 0
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+196 3000.00 804.90 0.494910 47.9122 0.526519 17.9987 0.34675 0 12.108 0.294135 1.1988 0 0 7.74233 4.56068 0.0418137 0 7.27011 0
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+198 3000.00 794.92 0.448303 48.4772 0.478803 17.7772 0.326916 0 11.7264 0.292111 1.08241 0 0 7.62048 4.75089 0.0459553 0 7.42169 0
+199 3000.00 789.93 0.427422 48.6964 0.479607 17.6354 0.342816 0 11.578 0.290124 1.02949 0 0 7.56878 4.83262 0.0480025 0 7.49884 0
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+202 3000.00 774.96 0.371288 49.2956 0.486112 17.1906 0.392935 0 11.16 0.281033 0.877609 0 0 7.44487 5.05531 0.0543386 0 7.76163 0
+203 3000.00 769.96 0.354540 49.4754 0.489612 17.0355 0.410235 0 11.0296 0.276813 0.828553 0 0 7.41396 5.12203 0.0565113 0 7.86184 0
+204 3000.00 764.97 0.338680 49.6448 0.493767 16.8768 0.427705 0 10.9036 0.271909 0.779963 0 0 7.38826 5.18496 0.0587123 0 7.96952 0
+205 3000.00 759.98 0.323657 49.8037 0.498572 16.7144 0.445253 0 10.7819 0.266263 0.731673 0 0 7.36779 5.24409 0.0609402 0 8.08545 0
+206 3000.00 754.99 0.309422 49.9518 0.504024 16.548 0.462782 0 10.6644 0.259803 0.683532 0 0 7.35259 5.29939 0.0631934 0 8.21045 0
+207 3000.00 750.00 0.295931 50.0889 0.51012 16.3776 0.480185 0 10.551 0.252452 0.635407 0 0 7.34272 5.35079 0.0654704 0 8.34537 0
\ No newline at end of file
diff --git a/docs/Examples/Integrating_with_PyMELTS/System_main_tbl.txt b/docs/Examples/Integrating_with_PyMELTS/System_main_tbl.txt
index 2035886..0ee7f66 100644
--- a/docs/Examples/Integrating_with_PyMELTS/System_main_tbl.txt
+++ b/docs/Examples/Integrating_with_PyMELTS/System_main_tbl.txt
@@ -1,155 +1,209 @@
 System Thermodynamic Data:
 index Pressure Temperature mass F phi H S V Cp dVdP*10^6 dVdT*10^6 fO2(absolute) fO2(absolute) rhol rhos viscosity aH2O chisqr
-1 1000.00 1400.00 100.000000 1.0000000000000000 1.000000 -1148252.307302 284.972895 37.164014 147.213532 -216.550785 2570.975894 -7.113 -7.113 2.690775 0.000000 1.560 n/a n/a
-2 1000.00 1397.00 100.000000 1.0000000000000000 1.000000 -1148693.946489 284.708702 37.156302 147.213413 -216.537205 2570.925000 -7.140 -7.140 2.691333 0.000000 1.570 n/a n/a
-3 1000.00 1394.00 100.000000 1.0000000000000000 1.000000 -1149135.585320 284.444033 37.148591 147.213293 -216.523640 2570.873515 -7.168 -7.168 2.691892 0.000000 1.580 n/a n/a
-4 1000.00 1391.00 100.000000 1.0000000000000000 1.000000 -1149577.223794 284.178889 37.140879 147.213174 -216.510092 2570.821439 -7.195 -7.195 2.692451 0.000000 1.591 n/a n/a
-5 1000.00 1388.00 100.000000 1.0000000000000000 1.000000 -1150018.861910 283.913266 37.133168 147.213054 -216.496558 2570.768771 -7.223 -7.223 2.693010 0.000000 1.601 n/a n/a
-6 1000.00 1385.00 100.000000 1.0000000000000000 1.000000 -1150460.499670 283.647163 37.125457 147.212935 -216.483041 2570.715512 -7.251 -7.251 2.693570 0.000000 1.612 n/a n/a
-7 1000.00 1382.00 100.000000 1.0000000000000000 1.000000 -1150902.137072 283.380579 37.117746 147.212815 -216.469539 2570.661662 -7.278 -7.278 2.694129 0.000000 1.623 n/a n/a
-8 1000.00 1379.00 100.000000 1.0000000000000000 1.000000 -1151343.774118 283.113511 37.110035 147.212696 -216.456053 2570.607220 -7.306 -7.306 2.694689 0.000000 1.633 n/a n/a
-9 1000.00 1376.00 100.000000 1.0000000000000000 1.000000 -1151785.410807 282.845958 37.102325 147.212577 -216.442582 2570.552186 -7.335 -7.335 2.695249 0.000000 1.644 n/a n/a
-10 1000.00 1373.00 100.000000 1.0000000000000000 1.000000 -1152227.047140 282.577918 37.094615 147.212457 -216.429127 2570.496562 -7.363 -7.363 2.695809 0.000000 1.655 n/a n/a
-11 1000.00 1370.00 100.000000 1.0000000000000000 1.000000 -1152668.683115 282.309389 37.086904 147.212338 -216.415688 2570.440346 -7.391 -7.391 2.696370 0.000000 1.665 n/a n/a
-12 1000.00 1367.00 100.000000 1.0000000000000000 1.000000 -1153110.318734 282.040370 37.079194 147.212218 -216.402264 2570.383538 -7.420 -7.420 2.696930 0.000000 1.676 n/a n/a
-13 1000.00 1364.00 100.000000 1.0000000000000000 1.000000 -1153551.953996 281.770858 37.071484 147.212099 -216.388856 2570.326139 -7.448 -7.448 2.697491 0.000000 1.687 n/a n/a
-14 1000.00 1361.00 100.000000 1.0000000000000000 1.000000 -1153993.588901 281.500853 37.063775 147.211979 -216.375464 2570.268149 -7.477 -7.477 2.698052 0.000000 1.698 n/a n/a
-15 1000.00 1358.00 100.000000 1.0000000000000000 1.000000 -1154435.223450 281.230351 37.056065 147.211860 -216.362087 2570.209567 -7.506 -7.506 2.698614 0.000000 1.709 n/a n/a
-16 1000.00 1355.00 100.000000 1.0000000000000000 1.000000 -1154876.857642 280.959352 37.048356 147.211741 -216.348726 2570.150394 -7.535 -7.535 2.699175 0.000000 1.720 n/a n/a
-17 1000.00 1352.00 100.000000 1.0000000000000000 1.000000 -1155318.491477 280.687853 37.040647 147.211621 -216.335380 2570.090630 -7.564 -7.564 2.699737 0.000000 1.731 n/a n/a
-18 1000.00 1349.00 100.000000 1.0000000000000000 1.000000 -1155760.124956 280.415853 37.032938 147.211502 -216.322051 2570.030274 -7.593 -7.593 2.700299 0.000000 1.742 n/a n/a
-19 1000.00 1346.00 100.000000 1.0000000000000000 1.000000 -1156201.758078 280.143349 37.025229 147.211383 -216.308737 2569.969327 -7.623 -7.623 2.700861 0.000000 1.753 n/a n/a
-20 1000.00 1343.00 100.000000 1.0000000000000000 1.000000 -1156643.390843 279.870340 37.017520 147.211263 -216.295438 2569.907788 -7.652 -7.652 2.701424 0.000000 1.764 n/a n/a
-21 1000.00 1340.00 100.000000 1.0000000000000000 1.000000 -1157085.023252 279.596825 37.009812 147.211144 -216.282155 2569.845658 -7.682 -7.682 2.701986 0.000000 1.775 n/a n/a
-22 1000.00 1337.00 100.000000 1.0000000000000000 1.000000 -1157526.655304 279.322800 37.002104 147.211024 -216.268888 2569.782936 -7.712 -7.712 2.702549 0.000000 1.786 n/a n/a
-23 1000.00 1334.00 100.000000 1.0000000000000000 1.000000 -1157968.287000 279.048265 36.994396 147.210905 -216.255636 2569.719624 -7.742 -7.742 2.703112 0.000000 1.797 n/a n/a
-24 1000.00 1331.00 100.000000 1.0000000000000000 1.000000 -1158409.918339 278.773217 36.986688 147.210786 -216.242401 2569.655719 -7.772 -7.772 2.703675 0.000000 1.809 n/a n/a
-25 1000.00 1328.00 100.000000 1.0000000000000000 1.000000 -1158851.549322 278.497654 36.978980 147.210666 -216.229180 2569.591224 -7.802 -7.802 2.704239 0.000000 1.820 n/a n/a
-26 1000.00 1325.00 100.000000 1.0000000000000000 1.000000 -1159293.179948 278.221574 36.971273 147.210547 -216.215976 2569.526137 -7.833 -7.833 2.704803 0.000000 1.831 n/a n/a
-27 1000.00 1322.00 100.000000 1.0000000000000000 1.000000 -1159734.810217 277.944976 36.963565 147.210428 -216.202787 2569.460458 -7.863 -7.863 2.705367 0.000000 1.843 n/a n/a
-28 1000.00 1319.00 100.000000 1.0000000000000000 1.000000 -1160176.440130 277.667858 36.955858 147.210308 -216.189614 2569.394188 -7.894 -7.894 2.705931 0.000000 1.854 n/a n/a
-29 1000.00 1316.00 100.000000 1.0000000000000000 1.000000 -1160618.069686 277.390217 36.948152 147.210189 -216.176456 2569.327327 -7.925 -7.925 2.706495 0.000000 1.866 n/a n/a
-30 1000.00 1313.00 100.000000 1.0000000000000000 1.000000 -1161059.698886 277.112052 36.940445 147.210069 -216.163314 2569.259874 -7.956 -7.956 2.707060 0.000000 1.877 n/a n/a
-31 1000.00 1310.00 100.000000 1.0000000000000000 1.000000 -1161501.327729 276.833361 36.932739 147.209950 -216.150188 2569.191830 -7.987 -7.987 2.707625 0.000000 1.889 n/a n/a
-32 1000.00 1307.00 100.000000 1.0000000000000000 1.000000 -1161942.956215 276.554141 36.925032 147.209830 -216.137077 2569.123195 -8.018 -8.018 2.708190 0.000000 1.900 n/a n/a
-33 1000.00 1304.00 100.000000 1.0000000000000000 1.000000 -1162384.584345 276.274390 36.917326 147.209711 -216.123982 2569.053968 -8.049 -8.049 2.708755 0.000000 1.912 n/a n/a
-34 1000.00 1301.00 100.000000 1.0000000000000000 1.000000 -1162826.212118 275.994108 36.909621 147.209592 -216.110902 2568.984150 -8.081 -8.081 2.709321 0.000000 1.924 n/a n/a
-35 1000.00 1298.00 100.000000 1.0000000000000000 1.000000 -1163267.839534 275.713290 36.901915 147.209472 -216.097839 2568.913740 -8.112 -8.112 2.709886 0.000000 1.936 n/a n/a
-36 1000.00 1295.00 100.000000 1.0000000000000000 1.000000 -1163709.466594 275.431937 36.894210 147.209353 -216.084791 2568.842739 -8.144 -8.144 2.710452 0.000000 1.947 n/a n/a
-37 1000.00 1292.00 100.000000 1.0000000000000000 1.000000 -1164151.093297 275.150044 36.886505 147.209233 -216.071758 2568.771147 -8.176 -8.176 2.711019 0.000000 1.959 n/a n/a
-38 1000.00 1289.00 100.000000 1.0000000000000000 1.000000 -1164592.719643 274.867612 36.878800 147.209114 -216.058741 2568.698963 -8.208 -8.208 2.711585 0.000000 1.971 n/a n/a
-39 1000.00 1286.00 100.000000 1.0000000000000000 1.000000 -1165034.345633 274.584636 36.871095 147.208994 -216.045740 2568.626188 -8.241 -8.241 2.712152 0.000000 1.983 n/a n/a
-40 1000.00 1283.00 100.000000 1.0000000000000000 1.000000 -1165475.971265 274.301116 36.863390 147.208875 -216.032755 2568.552821 -8.273 -8.273 2.712718 0.000000 1.995 n/a n/a
-41 1000.00 1280.00 100.000000 1.0000000000000000 1.000000 -1165917.596541 274.017049 36.855686 147.208755 -216.019785 2568.478863 -8.306 -8.306 2.713286 0.000000 2.007 n/a n/a
-42 1000.00 1277.00 100.000000 1.0000000000000000 1.000000 -1166359.221460 273.732433 36.847982 147.208636 -216.006831 2568.404314 -8.338 -8.338 2.713853 0.000000 2.019 n/a n/a
-43 1000.00 1274.00 100.000000 1.0000000000000000 1.000000 -1166800.846022 273.447265 36.840278 147.208516 -215.993892 2568.329173 -8.371 -8.371 2.714420 0.000000 2.031 n/a n/a
-44 1000.00 1271.00 100.000000 1.0000000000000000 1.000000 -1167242.470228 273.161545 36.832575 147.208397 -215.980969 2568.253441 -8.404 -8.404 2.714988 0.000000 2.043 n/a n/a
-45 1000.00 1268.00 100.000000 1.0000000000000000 1.000000 -1167684.094076 272.875269 36.824872 147.208277 -215.968062 2568.177117 -8.438 -8.438 2.715556 0.000000 2.056 n/a n/a
-46 1000.00 1265.00 100.000000 1.0000000000000000 1.000000 -1168125.717567 272.588435 36.817168 147.208158 -215.955170 2568.100202 -8.471 -8.471 2.716124 0.000000 2.068 n/a n/a
-47 1000.00 1262.00 100.000000 1.0000000000000000 1.000000 -1168567.340701 272.301042 36.809466 147.208038 -215.942294 2568.022696 -8.504 -8.504 2.716693 0.000000 2.080 n/a n/a
-48 1000.00 1259.00 100.000000 1.0000000000000000 1.000000 -1169008.963479 272.013087 36.801763 147.207918 -215.929434 2567.944598 -8.538 -8.538 2.717261 0.000000 2.093 n/a n/a
-49 1000.00 1256.00 100.000000 1.0000000000000000 1.000000 -1169450.585899 271.724567 36.794061 147.207799 -215.916589 2567.865909 -8.572 -8.572 2.717830 0.000000 2.105 n/a n/a
-50 1000.00 1253.00 100.000000 1.0000000000000000 1.000000 -1169892.207962 271.435482 36.786358 147.207679 -215.903760 2567.786628 -8.606 -8.606 2.718399 0.000000 2.117 n/a n/a
-51 1000.00 1250.00 100.000000 1.0000000000000000 1.000000 -1170333.829668 271.145827 36.778657 147.207559 -215.890947 2567.706756 -8.640 -8.640 2.718968 0.000000 2.130 n/a n/a
-52 1000.00 1247.00 100.000000 1.0000000000000000 1.000000 -1170775.451016 270.855602 36.770955 147.207440 -215.878149 2567.626293 -8.674 -8.674 2.719538 0.000000 2.143 n/a n/a
-53 1000.00 1244.00 100.000000 1.0000000000000000 1.000000 -1171217.072008 270.564804 36.763254 147.207320 -215.865367 2567.545238 -8.709 -8.709 2.720107 0.000000 2.155 n/a n/a
-54 1000.00 1241.00 100.000000 1.0000000000000000 1.000000 -1171658.692642 270.273430 36.755552 147.207200 -215.852601 2567.463592 -8.744 -8.744 2.720677 0.000000 2.168 n/a n/a
-55 1000.00 1238.00 100.000000 1.0000000000000000 1.000000 -1172100.312919 269.981479 36.747851 147.207081 -215.839850 2567.381354 -8.778 -8.778 2.721248 0.000000 2.181 n/a n/a
-56 1000.00 1235.00 100.000000 1.0000000000000000 1.000000 -1172541.932838 269.688948 36.740151 147.206961 -215.827115 2567.298525 -8.813 -8.813 2.721818 0.000000 2.193 n/a n/a
-57 1000.00 1232.00 100.000000 1.0000000000000000 1.000000 -1172983.552400 269.395835 36.732450 147.206841 -215.814395 2567.215105 -8.849 -8.849 2.722388 0.000000 2.206 n/a n/a
-58 1000.00 1229.00 100.000000 1.0000000000000000 1.000000 -1173425.171605 269.102137 36.724750 147.206721 -215.801692 2567.131093 -8.884 -8.884 2.722959 0.000000 2.219 n/a n/a
-59 1000.00 1226.00 100.000000 1.0000000000000000 1.000000 -1173866.790452 268.807852 36.717050 147.206602 -215.789003 2567.046490 -8.919 -8.919 2.723530 0.000000 2.232 n/a n/a
-60 1000.00 1223.00 100.000000 1.0000000000000000 1.000000 -1174308.408941 268.512978 36.709351 147.206482 -215.776331 2566.961296 -8.955 -8.955 2.724102 0.000000 2.245 n/a n/a
-61 1000.00 1220.00 100.000000 1.0000000000000000 1.000000 -1174750.027073 268.217512 36.701651 147.206362 -215.763674 2566.875510 -8.991 -8.991 2.724673 0.000000 2.258 n/a n/a
-62 1000.00 1217.00 100.000000 1.0000000000000000 1.000000 -1175191.644847 267.921452 36.693952 147.206242 -215.751033 2566.789132 -9.027 -9.027 2.725245 0.000000 2.271 n/a n/a
-63 1000.00 1214.00 100.000000 1.0000000000000000 1.000000 -1175633.262264 267.624796 36.686253 147.206122 -215.738407 2566.702163 -9.063 -9.063 2.725817 0.000000 2.284 n/a n/a
-64 1000.00 1211.00 100.000000 1.0000000000000000 1.000000 -1176074.879322 267.327541 36.678555 147.206002 -215.725797 2566.614603 -9.100 -9.100 2.726389 0.000000 2.297 n/a n/a
-65 1000.00 1208.00 100.000000 1.0000000000000000 1.000000 -1176516.496023 267.029685 36.670857 147.205882 -215.713203 2566.526452 -9.136 -9.136 2.726961 0.000000 2.310 n/a n/a
-66 1000.00 1205.00 100.000000 1.0000000000000000 1.000000 -1176951.758525 266.735521 36.663159 143.770526 -215.700624 2566.437709 -9.173 -9.173 2.727534 0.000000 2.324 n/a n/a
-67 1000.00 1202.00 100.000000 1.0000000000000000 1.000000 -1177383.065222 266.443437 36.655461 143.768012 -215.688061 2566.348374 -9.210 -9.210 2.728106 0.000000 2.337 n/a n/a
-68 1000.00 1199.00 100.000000 1.0000000000000000 1.000000 -1177814.364307 266.150763 36.647763 143.765449 -215.675514 2566.258449 -9.247 -9.247 2.728679 0.000000 2.350 n/a n/a
-69 1000.00 1196.00 100.000000 1.0000000000000000 1.000000 -1178245.655632 265.857497 36.640066 143.762838 -215.662982 2566.167932 -9.284 -9.284 2.729253 0.000000 2.364 n/a n/a
-70 1000.00 1193.00 100.000000 1.0000000000000000 1.000000 -1178676.939049 265.563638 36.632369 143.760177 -215.650466 2566.076823 -9.322 -9.322 2.729826 0.000000 2.377 n/a n/a
-71 1000.00 1190.00 100.000000 1.0000000000000000 1.000000 -1179108.214411 265.269182 36.624673 143.757466 -215.637966 2565.985123 -9.359 -9.359 2.730400 0.000000 2.391 n/a n/a
-72 1000.00 1187.00 100.000000 1.0000000000000000 1.000000 -1179539.481569 264.974127 36.616976 143.754706 -215.625481 2565.892832 -9.397 -9.397 2.730974 0.000000 2.405 n/a n/a
-73 1000.00 1184.00 100.000000 1.0000000000000000 1.000000 -1179970.740372 264.678471 36.609280 143.751895 -215.613012 2565.799949 -9.435 -9.435 2.731548 0.000000 2.418 n/a n/a
-74 1000.00 1181.00 100.000000 1.0000000000000000 1.000000 -1180401.990671 264.382212 36.601584 143.749034 -215.600559 2565.706475 -9.473 -9.473 2.732122 0.000000 2.432 n/a n/a
-75 1000.00 1178.00 100.000000 0.9926553471239599 0.993795 -1181129.469067 263.881297 36.556545 143.483009 -214.739135 2556.710252 -9.511 -9.511 2.732351 3.237935 2.451 n/a n/a
-76 1000.00 1179.00 100.000000 0.9979201388023220 0.998244 -1180773.458045 264.126548 36.585876 143.672578 -215.351881 2563.126235 -9.499 -9.499 2.732409 3.237057 2.443 n/a n/a
-77 1000.00 1180.00 100.000000 1.0000000000000000 1.000000 -1180545.738854 264.283324 36.599019 143.748070 -215.596411 2565.675185 -9.486 -9.486 2.732314 0.000000 2.437 n/a n/a
-78 1000.00 1179.00 100.000000 0.9979201388062531 0.998244 -1180773.458045 264.126548 36.585876 143.672578 -215.351881 2563.126235 -9.499 -9.499 2.732409 3.237057 2.443 n/a n/a
-79 1000.00 1179.10 100.000000 0.9984490274206990 0.998690 -1180737.736333 264.151147 36.588822 143.691625 -215.413425 2563.769820 -9.498 -9.498 2.732414 3.236970 2.442 n/a n/a
-80 1000.00 1179.20 100.000000 0.9989783577244764 0.999137 -1180701.992527 264.175760 36.591771 143.710687 -215.475019 2564.413771 -9.496 -9.496 2.732420 3.236882 2.441 n/a n/a
-81 1000.00 1179.30 100.000000 0.9995081306284413 0.999585 -1180666.226586 264.200386 36.594722 143.729767 -215.536662 2565.058089 -9.495 -9.495 2.732425 3.236795 2.440 n/a n/a
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diff --git a/docs/Examples/Integrating_with_PyMELTS/liquid-model-batch.inp b/docs/Examples/Integrating_with_PyMELTS/liquid-model-batch.inp
index 7f74e48..5a3f8cd 100644
--- a/docs/Examples/Integrating_with_PyMELTS/liquid-model-batch.inp
+++ b/docs/Examples/Integrating_with_PyMELTS/liquid-model-batch.inp
@@ -1,5 +1,5 @@
 Jul  8 2022
-12:41:53
+12:41:57
                    1
     -0.9999999999999
                   -1