A1  Allib, eq1,
 E     T ,
  277    944.4,
  261   950 ,
  280   1000,
  278   1025,
  300   1044,
  278   1052.5,
  290   1082,
  300   1094,
  306   1113,
  316.6   1181,
  314   1200,
  324.4   1208,
  320   1220,
  324      1225;

K1 K&K, eq1,
E    T,
      318    1100,
      332    1170,
      340    1215,
      348    1250,
      360    1325,
      370    1360,
      380    1425,
      388    1450,
      396    1500;

C1a  Scolis1, eq1,
E    T,
   346.9232    1256,
   349.3184    1272,
   347.4666    1278,
    351.516    1280,
   352.5654    1282,
   351.5901    1283,
   352.6148    1284,
   353.9606    1298,
   356.4052    1316,
   354.4546    1318,
    356.504    1320,
   358.9239    1337,
   354.9486    1338,
   359.0968    1344,
   358.1462    1346,
    360.245    1350,
   361.4426    1358,
   365.8872    1376;

C1b Scoiis2, eq1,
E    T,
  343.5654    1282,
  355.7136    1288,
    349.01    1300,
  352.1088    1304,
  353.1829    1307,
  356.2076    1308,
  356.3064    1312,
  355.4052    1316,
  359.4299    1317,
  354.4546    1318,
  359.4793    1319,
   348.504    1320,
  351.5287    1321,
  353.5534    1322,
  349.5781    1323,
  364.7016    1328,
  354.8992    1336,
  362.9486    1338,
  364.3438    1354,
  364.5908    1364;

A2  Allib, eq2,
E     T ,
 172.2       933.3,
 166.6       938.8,
 181         966.6,
 169         1022.5,
 188.8       1037.5,
 166.6       1088,
 188         1111,
 194.5       1135.5,
 189         1167,
 192.2       1188 ,
 200         1190 ,
 200         1194.4,
 198         1202 ,
 197         1222;

K2  K&K, eq2,
E    T,
     162  1040 ,
     168  1100 ,
     174  1130 ,
     180  1175 ,
     188  1270 ,
     196  1325 ,
     200  1410 ,
     206  1425 ,
     210  1485 ;

A3 Allib, eq3,
E        T,
155.5   928  ,
150     935.5,
156     993  ,
166.6   1075 ,
161.1   1144 ,
172     1167 ,
174.5   1212 ;

K3 K&K, eq3,
E    T,
      148    1050,
      152    1100,
      153    1150,
      160    1235,
      162    1275,
      164    1300,
      163    1315,
      166    1325,
      174    1475;

K4 K&K, eq4,
E    T,
       12    1045,
     14.6    1120,
       15    1145,
       16    1175,
       17    1210,
     18.4    1260,
     19.4    1280,
     19.6    1300,
       20    1315;

R4 Rog, eq4,
 E     T ,
      10.7      1000,
   11.1615   1015.38,
   11.6231   1030.77,
   12.0846   1046.15,
   12.5462   1061.54,
   13.0077   1076.92,
   13.4692   1092.31,
   13.9308   1107.69,
   14.3923   1123.08,
   14.8538   1138.46,
   15.3154   1153.85,
   15.7769   1169.23,
   16.2385   1184.62,
      16.7      1200;

R5 Rog, eq5,
E     T ,
     133.9      1000,
   136.256   1022.22,
   138.611   1044.44,
   140.967   1066.67,
   143.322   1088.89,
   145.678   1111.11,
   148.033   1133.33,
   150.389   1155.56,
   152.744   1177.78,
     155.1      1200;

R6 Rog, eq6,
 E     T ,
      20.8      1000,
   21.9556   1022.22,
   23.1111   1044.44,
   24.2667   1066.67,
   25.4222   1088.89,
   26.5778   1111.11,
   27.7333   1133.33,
   28.8889   1155.56,
   30.0444   1177.78,
      31.2      1200;

R7 Rog, eq7,
 E     T ,
     127.7      1000,
   128.085   1015.38,
   128.469   1030.77,
   128.854   1046.15,
   129.238   1061.54,
   129.623   1076.92,
   130.008   1092.31,
   130.392   1107.69,
   130.777   1123.08,
   131.162   1138.46,
   131.546   1153.85,
   131.931   1169.23,
   132.315   1184.62,
     132.7      1200;

Sc King,S,
S_298  x,
177.8 0.6667;

Sb  King,S,
S_298  x,
114.2 0.5000;

Sa King,S,
S_298  x,
205.4 0.2500;

Hd Kleppa,H,
H  x  T,
-33000 0.8571 1063    Kl;

Hc Kleppa,H,
H  x  T,
-25600 0.6667 1063    Kl;

Hb1  Navrotsky, H,
H  x  T,
-12900 0.5000 298.15 Na;

Hb2  Coughlin,H,
H  x  T,
-15400 0.5000 298.15 Co;

Ha  Coughlin, H,
H  x  T,
 -6650 0.2500 298.15 Co;