Species List, 23 elements


Gas, solid and liquid species present in the condensation code "VAPORS5g" database as of Sep 28 18:12:10 2001, including species added for testing (e.g.-FeNi FCC alloy, B83test phases, Fe-Ni-S liquid, BB84 liquid, etc.).
Many of the phases listed here are not allowed to exist in the runs used for Ebel and Grossman (2000) and related work, and the relevant tables (2, 3 and 4) should be consulted in this regard.
Listed phases are composed only of the following 23 elements:
He C N O F Ne Na Mg Al Si P S Cl Ar K Ca Ti Cr Mn Fe Co Ni

Gas species

Solid species

Liquid species

Notes on the tables

Formulae for gas species are in JANAF alphanumeric format.
GAS species present (ionic species are excluded at this time) (notes)
    count
    index
  
    label
    formula
    reference
1 0   H(g) H1 J-March 1982
2 1   He(ref) He1 J-March 1982
3 5   C(g) C1 J-March 1983
4 6   N(g) N1 J-December 1982
5 7   O(g) O1 J-September 1982
6 8   F(g) F1 J-June 1982
7 9   Ne(ref) Ne1 J-March 1982
8 10   Na(g) Na1 J-December 1983
9 11   Mg(g) Mg1 J-September 1983
10 12   Al(g) Al1 J-June 1983
11 13   Si(g) Si1 J-March 1983
12 14   P(g) P1 J-December 1982
13 15   S(g) S1 J-September 1982
14 16   Cl(g) Cl1 J-June 1982
15 17   Ar(ref) Ar1 J-March 1982
16 18   K(g) K1 J-December 1983
17 19   Ca(g) Ca1 J-September 1983
18 20   Ti(g) Ti1 J-June 1979
19 22   Cr(g) Cr1 J-June 1979
20 23   Mn(g) Mn1 J-June 1984
21 24   Fe(g) Fe1 J-March 1978
22 25   Co(g) Co1 J-September 1967
23 26   Ni(g) Ni1 J-December 1976
24 47   Al1Cl1(g) Al1Cl1 J-September 1979
25 48   Al1Cl1F1(g) Al1Cl1F1 J-June 1976
26 49   Al1Cl1F2(g) Al1Cl1F2 J-June 1976
27 50   Al1Cl1O1(g) Al1Cl1O1 J-September 1964
28 51   Al1Cl2(g) Al1Cl2 J-June 1976
29 52   Al1Cl2F1(g) Al1Cl2F1 J-June 1976
30 53   Al1Cl3(g) Al1Cl3 J-September 1979
31 54   Al1F1(g) Al1F1 J-September 1979
32 55   Al1F1O1(g) Al1F1O1 J-December 1975
33 56   Al1F2(g) Al1F2 J-June 1976
34 57   Al1F3(g) Al1F3 J-September 1979
35 58   Al1H1(g) Al1H1 J-June 1963
36 59   AlOH(g) Al1H1O1 J-March 1964 OAlH
37 60   AlOH(g) Al1H1O1 J-December 1967 AlOH
38 61   AlO2H(g) Al1H1O2 J-December 1968
39 62   Al1N1(g) Al1N1 J-December 1979
40 63   AlO(g) Al1O1 J-December 1979
41 64   AlO2(g) Al1O2 J-December 1979
42 65   Al1S1(g) Al1S1 J-December 1979
43 66   Al2(g) Al2 J-June 1979
44 67   Al2Cl6(g) Al2Cl6 J-September 1979
45 68   Al2O(g) Al2O1 J-December 1979
46 69   Al2O2(g) Al2O2 J-December 1979
47 70   C1Al1(g) C1Al1 J-June 1963
48 71   C1Cl1(g) C1Cl1 J-December 1969
49 72   C1Cl1N1(g) C1Cl1N1 J-June 1966
50 73   C1Cl1O1(g) C1Cl1O1 J-December 1965
51 74   C1Cl2(g) C1Cl2 J-December 1968
52 75   C1Cl2F2(g) C1Cl2F2 J-June 1970
53 76   C1Cl2O1(g) C1Cl2O1 J-June 1961
54 77   C1Cl3(g) C1Cl3 J-June 1970
55 78   C1Cl4(g) C1Cl4 J-December 1968
56 79   C1F1(g) C1F1 J-June 1970
57 80   C1F1N1(g) C1F1N1 J-June 1969
58 81   C1F1O1(g) C1F1O1 J-December 1965
59 82   C1F2(g) C1F2 J-June 1970
60 83   C1F2O1(g) C1F2O1 J-December 1969
61 84   C1F3(g) C1F3 J-June 1969
62 85   C1F4(g) C1F4 J-June 1969
63 86   C1F4O1(g) C1F4O1 J-December 1969
64 87   C1H1(g) C1H1 J-December 1967
65 88   C1H1Cl3(g) C1H1Cl3 J-December 1968
66 89   C1H1F1O1(g) C1H1F1O1 J-June 1961
67 90   C1H1F3(g) C1H1F3 J-June 1969
68 91   C1H1N1(g) C1H1N1 J-December 1969
69 92   C1H1N1O1(g) C1H1N1O1 J-December 1970
70 93   C1H1O1(g) C1H1O1 J-December 1970
71 94   C1H1P1(g) C1H1P1 J-December 1969
72 95   C1H2(g) C1H2 J-December 1972
73 96   C1H2Cl1F1(g) C1H2Cl1F1 J-June 1970
74 97   C1H2F2(g) C1H2F2 J-December 1969
75 98   C1H2O1(g) C1H2O1 J-March 1961
76 99   C1H3(g) C1H3 J-June 1969
77 100   C1H3Cl1(g) C1H3Cl1 J-June 1972
78 101   C1H3F1(g) C1H3F1 J-December 1963
79 102   CH4(g) C1H4 J-March 1961
80 103   C1K1N1(g) C1K1N1 J-March 1966
81 104   C1N1(g) C1N1 J-June 1969
82 105   C1N1Na1(g) C1N1Na1 J-March 1966
83 106   C1N1O1(g) C1N1O1 J-December 1970
84 107   C1N2(g) C1N2 J-June 1966
85 108   C1N2(g) C1N2 J-December 1970
86 109   CO(g) C1O1 J-September 1965
87 110   C1O1S1(g) C1O1S1 J-March 1961
88 111   CO2(g) C1O2 J-September 1965
89 112   C1P1(g) C1P1 J-June 1962
90 113   C1S1(g) C1S1 J-December 1976
91 114   C1S2(g) C1S2 J-December 1976
92 115   C1Si1(g) C1Si1 J-March 1967
93 116   C1Si2(g) C1Si2 J-March 1967
94 117   C2(g) C2 J-December 1969
95 118   C2Cl2(g) C2Cl2 J-December 1968
96 119   C2Cl4(g) C2Cl4 J-September 1967
97 120   C2Cl6(g) C2Cl6 J-September 1967
98 121   C2F2(g) C2F2 J-December 1967
99 122   C2F4(g) C2F4 J-June 1969
100 123   C2F6(g) C2F6 J-June 1969
101 124   C2H1(g) C2H1 J-March 1967
102 125   C2H1Cl1(g) C2H1Cl1 J-December 1968
103 126   C2H1F1(g) C2H1F1 J-December 1967
104 127   C2H2(g) C2H2 J-March 1961
105 128   C2H4(g) C2H4 J-September 1965
106 129   C2H4O1(g) C2H4O1 J-September 1965
107 130   C2K2N2(g) C2K2N2 J-March 1966
108 131   C2N1(g) C2N1 J-March 1967
109 132   C2N2(g) C2N2 J-March 1961
110 133   C2N2Na2(g) C2N2Na2 J-March 1966
111 134   C2O1(g) C2O1 J-September 1966
112 135   C2Si1(g) C2Si1 J-March 1967
113 136   C3(g) C3 J-December 1969
114 137   C3O2(g) C3O2 J-June 1968
115 138   C4(g) C4 J-December 1969
116 139   C4H12Si1(g) C4H12Si1 J-December 1960
117 140   C4N2(g) C4N2 J-March 1961
118 141   C5(g) C5 J-December 1969
119 142   C5Fe1O5(g) C5Fe1O5 J-March 1978
120 143   Ca1Cl2(g) Ca1Cl2 J-June 1970
121 144   Ca1F1(g) Ca1F1 J-December 1968
122 145   Ca1F2(g) Ca1F2 J-December 1968
123 146   Ca1H1O1(g) Ca1H1O1 J-December 1975
124 147   Ca1H2O2(g) Ca1H2O2 J-December 1975
125 148   CaO(g) Ca1O1 J-December 1974
126 149   Ca1S1(g) Ca1S1 J-September 1977
127 150   Ca2(g) Ca2 J-September 1983
128 151   Cl1Co1(g) Cl1Co1 J-December 1973
129 152   Cl1F1(g) Cl1F1 J-June 1977
130 153   Cl1F1Mg1(g) Cl1F1Mg1 J-March 1966
131 154   Cl1F1O3(g) Cl1F1O3 J-March 1961
132 155   Cl1F2O1P1(g) Cl1F2O1P1 J-March 1963
133 156   Cl1F3(g) Cl1F3 J-September 1965
134 157   Cl1F5(g) Cl1F5 J-June 1966
135 158   Cl1Fe1(g) Cl1Fe1 J-June 1965
136 159   HCl(g) Cl1H1 J-September 1964
137 160   Cl1H1O1(g) Cl1H1O1 J-March 1979
138 161   KCl(g) Cl1K1 J-March 1966
139 162   MgCl(g) Cl1Mg1 J-March 1966
140 163   Cl1N1O1(g) Cl1N1O1 J-December 1972
141 164   Cl1N1O2(g) Cl1N1O2 J-December 1965
142 165   NaCl(g) Cl1Na1 J-December 1964
143 166   NiCl(g) Cl1Ni1 J-September 1977
144 167   NiO(g) Cl1O1 J-June 1961
145 168   Cl1O1Ti1(g) Cl1O1Ti1 J-September 1963
146 169   Cl1O2(g) Cl1O2 J-March 1961
147 170   Cl1P1(g) Cl1P1 J-December 1963
148 171   Cl1Si1(g) Cl1Si1 J-December 1976
149 172   Cl1Ti1(g) Cl1Ti1 J-December 1968
150 173   Cl2(ref) Cl2 J-June 1982
151 174   Cl2Co1(g) Cl2Co1 J-December 1974
152 175   Cl2F1O1P1(g) Cl2F1O1P1 J-March 1963
153 176   Cl2Fe1(g) Cl2Fe1 J-December 1970
154 177   Cl2H2Si1(g) Cl2H2Si1 J-December 1976
155 178   Cl2K2(g) Cl2K2 J-March 1966
156 179   Cl2Mg1(g) Cl2Mg1 J-December 1969
157 180   Cl2Na2(g) Cl2Na2 J-December 1964
158 181   Cl2Ni1(g) Cl2Ni1 J-September 1977
159 182   Cl2O1(g) Cl2O1 J-December 1965
160 183   Cl2O1Ti1(g) Cl2O1Ti1 J-September 1963
161 184   Cl2Si1(g) Cl2Si1 J-December 1977
162 185   Cl2Ti1(g) Cl2Ti1 J-December 1968
163 186   Cl3Co1(g) Cl3Co1 J-December 1973
164 187   Cl3F1Si1(g) Cl3F1Si1 J-December 1960
165 188   Cl3Fe1(g) Cl3Fe1 J-June 1965
166 189   Cl3H1Si1(g) Cl3H1Si1 J-December 1976
167 190   Cl3O1P1(g) Cl3O1P1 J-June 1962
168 191   Cl3P1(g) Cl3P1 J-June 1970
169 192   Cl3P1S1(g) Cl3P1S1 J-September 1962
170 193   Cl3Ti1(g) Cl3Ti1 J-December 1968
171 194   Cl4Co2(g) Cl4Co2 J-December 1973
172 195   Cl4Fe2(g) Cl4Fe2 J-December 1970
173 196   Cl4Si1(g) Cl4Si1 J-December 1970
174 197   Cl4Ti1(g) Cl4Ti1 J-December 1967
175 198   Cl5P1(g) Cl5P1 J-September 1962
176 199   Cl6Fe2(g) Cl6Fe2 J-June 1965
177 200   Co1F2(g) Co1F2 J-June 1970
178 201   Cr1O1(g) Cr1O1 J-December 1973
179 202   Cr1O2(g) Cr1O2 J-December 1973
180 203   Cr1O3(g) Cr1O3 J-December 1973
181 204   F1Fe1(g) F1Fe1 J-September 1965
182 205   F1H1(g) F1H1 J-June 1977
183 206   F1H1O1(g) F1H1O1 J-December 1972
184 207   F1H3Si1(g) F1H3Si1 J-June 1976
185 208   F1K1(g) F1K1 J-June 1969
186 209   F1Mg1(g) F1Mg1 J-June 1976
187 210   F1N1(g) F1N1 J-June 1965
188 211   F1N1O1(g) F1N1O1 J-June 1961
189 212   F1N1O2(g) F1N1O2 J-December 1965
190 213   F1N1O3(g) F1N1O3 J-March 1963
191 214   F1Na1(g) F1Na1 J-December 1968
192 215   F1O1(g) F1O1 J-December 1966
193 216   F1O1Ti1(g) F1O1Ti1 J-September 1963
194 217   F1O2(g) F1O2 J-September 1966
195 218   F1P1(g) F1P1 J-June 1977
196 219   F1P1S1(g) F1P1S1 J-September 1962
197 220   F1Si1(g) F1Si1 J-December 1976
198 221   F1Ti1(g) F1Ti1 J-December 1967
199 222   F2(ref) F2 J-June 1982
200 223   F2Fe1(g) F2Fe1 J-September 1965
201 224   F2H2Si1(g) F2H2Si1 J-June 1976
202 225   F2K2(g) F2K2 J-June 1969
203 226   F2Mg1(g) F2Mg1 J-June 1975
204 227   F2N1(g) F2N1 J-March 1964
205 228   F2N2(g) F2N2 FNNF J-December 1965
206 229   F2N2(g) F2N2 NNF2 J-December 1965
207 230   F2Na2(g) F2Na2 J-December 1968
208 231   F2O1(g) F2O1 J-December 1969
209 232   F2O1S1(g) F2O1S1 J-June 1972
210 233   F2O1Si1(g) F2O1Si1 J-September 1963
211 234   F2O1Ti1(g) F2O1Ti1 J-September 1963
212 235   F2O2S1(g) F2O2S1 J-June 1971
213 236   F2P1(g) F2P1 J-June 1977
214 237   F2Si1(g) F2Si1 J-December 1977
215 238   F2Ti1(g) F2Ti1 J-December 1968
216 239   F3Fe1(g) F3Fe1 J-September 1965
217 240   F3H1Si1(g) F3H1Si1 J-June 1976
218 241   F3N1(g) F3N1 J-June 1977
219 242   F3O1P1(g) F3O1P1 J-December 1969
220 243   F3P1(g) F3P1 J-December 1969
221 244   F3P1S1(g) F3P1S1 J-December 1969
222 245   F3Si1(g) F3Si1 J-December 1977
223 246   F3Ti1(g) F3Ti1 J-June 1968
224 247   F4Mg2(g) F4Mg2 J-December 1975
225 248   F4N2(g) F4N2 J-March 1964
226 249   F4S1(g) F4S1 J-June 1976
227 250   F4Si1(g) F4Si1 J-June 1976
228 251   F4Ti1(g) F4Ti1 J-September 1967
229 252   F5P1(g) F5P1 J-December 1969
230 253   F6S1(g) F6S1 J-June 1976
231 254   Fe1H2O2(g) Fe1H2O2 J-December 1966
232 255   FeO(g) Fe1O1 J-September 1966
233 256   FeS(g) Fe1S1 J-September 1977
234 257   H1K1(g) H1K1 J-March 1963
235 258   H1K1O1(g) H1K1O1 J-December 1970
236 259   H1Mg1(g) H1Mg1 J-December 1966
237 260   H1Mg1O1(g) H1Mg1O1 J-December 1975
238 261   H1N1(g) H1N1 J-June 1977
239 262   H1N1O1(g) H1N1O1 J-March 1963
240 263   H1N1O2(g) H1N1O2 J-June 1963
241 264   H1N1O2(g) H1N1O2 J-June 1963
242 265   H1N1O3(g) H1N1O3 J-June 1963
243 266   H1Na1(g) H1Na1 J-March 1963
244 267   NaOH(g) H1Na1O1 J-December 1970
245 268   OH(g) H1O1 J-June 1977
246 269   H1O2(g) H1O2 J-September 1978
247 270   H1P1(g) H1P1 J-June 1967
248 271   H1S1(g) H1S1 J-June 1977
249 272   H1Si1(g) H1Si1 J-December 1976
250 273   H2(ref) H2 J-March 1977
251 274   H2Mg1O2(g) H2Mg1O2 J-December 1975
252 275   H2N1(g) H2N1 J-June 1977
253 276   H2N2(g) H2N2 J-December 1965
254 277   H2Na2O2(g) H2Na2O2 J-December 1970
255 278   H2O(g) H2O1 J-March 1979
256 279   H2O2(g) H2O2 J-December 1960
257 280   H2O4S1(g) H2O4S1 J-September 1977
258 281   H2P1(g) H2P1 J-March 1963
259 282   H2S1(g) H2S1 J-June 1977
260 283   NH3(g) H3N1 J-June 1977
261 284   H3P1(g) H3P1 J-June 1962
262 285   H4N2(g) H4N2 J-December 1965
263 286   H4Si1(g) H4Si1 J-June 1976
264 287   K1O1(g) K1O1 J-December 1967
265 288   K2(g) K2 J-December 1983
266 289   K2O4S1(g) K2O4S1 J-June 1978
267 290   Mg1N1(g) Mg1N1 J-March 1964
268 291   Mg1O1(g) Mg1O1 J-December 1974
269 292   Mg1S1(g) Mg1S1 J-September 1977
270 293   Mg2(g) Mg2 J-September 1983
271 294   N1O1(g) N1O1 J-June 1963
272 295   N1O2(g) N1O2 J-September 1964
273 296   N1O3(g) N1O3 J-December 1964
274 297   N1P1(g) N1P1 J-September 1962
275 298   N1S1(g) N1S1 J-June 1961
276 299   N1Si1(g) N1Si1 J-March 1967
277 300   N1Si2(g) N1Si2 J-March 1967
278 301   N2(ref) N2 J-March 1977
279 302   N2O1(g) N2O1 J-December 1964
280 303   N2O3(g) N2O3 J-December 1964
281 304   N2O4(g) N2O4 J-September 1964
282 305   Na2O4S1(g) Na2O4S1 J-June 1978
283 306   N2O5(g) N2O5 J-December 1964
284 307   N3(g) N3 J-December 1970
285 308   NaO(g) Na1O1 J-December 1967
286 309   Na2(g) Na2 J-December 1983
287 310   O1P1(g) O1P1 J-June 1971
288 311   O1S1(g) O1S1 J-June 1977
289 312   O1S2(g) O1S2 J-September 1965
290 313   SiO(g) O1Si1 J-September 1967
291 314   O1Ti1(g) O1Ti1 J-December 1973
292 315   O10P4(g) O10P4 J-December 1965
293 316   O2(g) O2 (ref)J-March 1977
294 317   O2P1(g) O2P1 J-September 1962
295 318   SO2(g) O2S1 J-June 1961
296 319   O2Si1(g) O2Si1 J-September 1967
297 320   O2Ti1(g) O2Ti1 J-December 1973
298 321   O3(g) O3 J-June 1961
299 322   O3S1(g) O3S1 J-September 1965
300 323   O6P4(g) O6P4 J-December 1962
301 324   P1S1(g) P1S1 J-June 1967
302 325   P2(g) P2 J-June 1961
303 326   P4(g) P4 J-June 1961
304 327   P4S3(g) P4S3 J-December 1960
305 328   S1Si1(g) S1Si1 J-December 1971
306 329   S2(g) S2 J-September 1977
307 330   S8(g) S8 J-September 1977
308 331   Si2(g) Si2 J-March 1967
309 332   Si3(g) Si3 J-March 1967
310 344   Al1F2O1(g) Al1F2O1 J-June 1976
311 347   Al1F4Na1(g) Al1F4Na1 J-December 1979
312 354   Al1F1O1(g) Al1F1O1 J-December 1975
313 356   Al1O2(g) Al1O2 J-December 1979
314 359   Al2F6(g) Al2F6 J-September 1979
315 369   C1Cl1F3(g) C1Cl1F3 J-June 1969
316 370   C1Cl3F1(g) C1Cl3F1 J-June 1970
317 374   C1F8S1(g) C1F8S1 J-December 1977
318 375   C1H1Cl1(g) C1H1Cl1 J-December 1969
319 376   C1H1Cl1F2(g) C1H1Cl1F2 J-June 1970
320 377   C1H1Cl2F1(g) C1H1Cl2F1 J-June 1970
321 378   C1H1F1(g) C1H1F1 J-December 1969
322 379   C1H2Cl2(g) C1H2Cl2 J-December 1968
323 384   C1Cl1F1O1(g) C1Cl1F1O1 J-June 1961
324 464   Ca1Cl1(g) Ca1Cl1 J-June 1970
325 474   Cr1N1(g) Cr1N1 J-December 1973
326 477   F2S2(g) F2S2 FSSF J-June 1976
327 478   F2S2(g) F2S2 SSF2 J-June 1976
328 490   F1H1O3S1(g) F1H1O3S1 J-June 1972
329 493   F2H2(g) F2H2 J-June 1977
330 494   F3H3(g) F3H3 J-June 1977
331 496   F1H3Si1(g) F1H3Si1 J-June 1976
332 497   F4H4(g) F4H4 J-June 1977
333 498   F5H5(g) F5H5 J-June 1977
334 499   F6H6(g) F6H6 J-June 1977
335 500   F7H7(g) F7H7 J-June 1977
336 511   H2K2O2(g) H2K2O2 J-December 1970
337 523   Cl4Mg2(g) Cl4Mg2 J-December 1969
338 528   F3N1O1(g) F3N1O1 J-June 1970
339 544   C4Ni1O4(g) C4Ni1O4 J-March 1978
340 545   Ni1S1(g) Ni1S1 J-December 1976
341 568   Cl1S1(g) Cl1S1 J-June 1978
342 570   Cl1F5S1(g) Cl1F5S1 J-December 1977
343 571   Cl2S1(g) Cl2S1 J-June 1978
344 574   F1S1(g) F1S1 J-June 1976
345 577   F2S1(g) F2S1 J-June 1976
346 580   F3S1(g) F3S1 J-June 1977
347 587   Cl2O2S1(g) Cl2O2S1 J-June 1971
348 588   Cl1F1O2S1(g) Cl1F1O2S1 J-June 1971
349 589   Cl1S2(g) Cl1S2 J-June 1978
350 590   Cl2S2(g) Cl2S2 J-June 1978
351 591   F10S2(g) F10S2 J-December 1977
352 592   S3(g) S3 J-September 1977
353 593   S4(g) S4 J-September 1977
354 594   S5(g) S5 J-September 1977
355 595   S6(g) S6 J-September 1977
356 596   S7(g) S7 J-September 1977
357 603   Cl3Si1(g) Cl3Si1 J-December 1977
358 604   Cl3F1Si1(g) Cl3F1Si1 J-December 1960
359 877   C2H4O1(g) C2H4O1 J-September 1965
360 878   O10P4(g) O10P4 J-December 1965
361 879   CrCl2(g) Cl2Cr1 Knacke et al 1991
362 880   chromyl-chloride Cl2Cr1O2 Knacke et al 1991
363 881   CrS(g) Cr1S1 Knacke et al 1991
364 882   MnF2(g) F2Mn1 Knacke et al 1991
365 883   MnCl2(g) Cl2Mn1 Knacke et al 1991
366 884   TiS(g) S1Ti1 Knacke et al 1991
367 910   NiF(g) F1Ni1 Knacke et al 1991
368 911   Ni1F2(g) F2Ni1 Knacke et al 1991
369 915   NiAl2Cl8(g) Al2Cl8Ni1 Knacke et al 1991
370 916   NiO(g) Ni1O1 Knacke et al 1991
371 917   Ni(OH)2(g) H2Ni1O2 Knacke et al 1991
372 918   NiH(g) H1Ni1 Knacke et al 1991
373 933   CoO(g) Co1O1 PedleyandMarshall 83
374 934   MnO(g) Mn1O1 PedleyandMarshall 83
SOLID phases and components present: (notes)
    n
    i
    m
    label
    formula
    data source
  1 0 IDEAL-Fe-alloy   JANAF G0 + IDEAL ss.
1 2 1 iron Fe JANAF G0 + IDEAL ss.
2 3 2 nickel Ni JANAF G0
3 4 3 silicon Si JANAF G0
4 5 4 cobalt Co JANAF G0
5 6 5 chromium Cr JANAF G0
6 7 6 manganese Mn JANAF G0
  8 0 REAL-FeNi-alloy   JANAF G0 + Chuang 86 FCC model
7 9 1 FeNi-iron Fe JANAF G0
8 10 2 FeNi-nickel Ni JANAF G0
  11 0 FeNiSiCrCo-alloy   JANAF G0 + DSE model
9 12 1 FNSCC-iron Fe JANAF G0
10 13 2 FNSCC-nickel Ni JANAF G0
11 14 3 FNSCC-silicon Si JANAF G0
12 15 4 FNSCC-chromium Cr JANAF G0
13 16 5 FNSCC-cobalt Co JANAF G0
14 18   Ca-aluminate CaAl2O4 B. and Brown 85 Cp + B.83
15 19   grossite CaAl4O7 B. and Brown 85 Cp + B.83
16 20   Rankinite Ca3Si2O7 B. and Brown 85 Cp + B.83
17 21   tri-Ca-aluminate Ca3Al2O6 B. and Brown 85 Cp + B.83
18 22   hatrurite Ca3SiO5 B. and Brown 85 Cp + B.83
19 23   anthophyllite Mg7Si8O22(OH)2 Berman 88
20 24   andalusite Al2SiO5 Berman 88
21 25   brucite Mg(OH)2 Berman 88
22 26   calcite CaCO3 Berman 88
23 27   cordierite Mg2Al4Si5O18 Berman 88
24 28   dolomite CaMg(CO3)2 Berman 88
25 29   lime CaO Berman 88
26 30   magnesite MgCO3 Berman 88
27 31   merwinite Ca3MgSi2O8 Berman 88
28 32   periclase MgO Berman 88
29 33   sillimanite Al2SiO5 Berman 88
30 34   talc Mg3Si4O10(OH)2 Berman 88
31 35   wollastonite CaSiO3 MELTS (Berman 88)
32 36   hibonite-B83 CaAl12O19 all Berman 83
33 37   a-larnite-B83 Ca2SiO4 all Berman 83
34 38   a'-larnite-B83 Ca2SiO4 all Berman 83
35 39   g-larnite-B83 Ca2SiO4 all Berman 83
36 40   b-larnite-B83 Ca2SiO4 all Berman 83
37 41   sapphirine-B83 Mg4Al10Si2O23 all Berman 83
38 42   grossite-B83 CaAl4O7 all Berman 83
39 43   Ca-aluminate-B83 CaAl2O4 all Berman 83
40 44   CaO-B83test CaO all Berman 83
41 45   MgO-B83test MgO all Berman 83
42 46   SiO2-B83test SiO2 all Berman 83
43 47   diopside-B83test CaMgSi2O6 all Berman 83
44 48   forsterite-B83test Mg2SiO4 all Berman 83
45 49   proto-enst-B83test MgSiO3 all Berman 83
46 50   spinel-B83test MgAl2O4 all Berman 83
47 51   anorthite-B83test CaAl2Si2O8 all Berman 83
48 52   gehlenite-B83test Ca2Al2SiO7 all Berman 83
49 53   akermanite-B83test Ca2MgSi2O7 all Berman 83
50 54   monticellite-B83test CaMgSiO4 all Berman 83
51 55   corundum-B83test Al2O3 all Berman 83
52 56   Ca-aluminate-B83test CaAl2O4 all Berman 83
53 57   grossite-B83test CaAl4O7 all Berman 83
54 58   cordierite-HP98test Mg2Al4Si5O18 HandP98 + RHF79a Cp form
55 59   sapphirine-HP98test Mg4Al8Si2O20 HandP98 + RHF79a Cp form
56 60   pure-troilite FeS Chang et al 87 G0
57 61   pure-diopside CaMgSi2O6 MELTS (Berman 88)
58 62   pure-forsterite Mg2SiO4 MELTS (Berman 88)
59 63   pure-spinel MgAl2O4 MELTS (Berman 88)
60 64   pure-gehlenite Ca2Al2SiO7 MELTS (Berman 88)
61 65   corundum Al2O3 MELTS (Berman 88)
  65 0 olivine   MELTS (Berman 88; SG-89)
62 66 1 fayalite Fe2SiO4 MELTS (Berman 88)
63 67 2 forsterite Mg2SiO4 MELTS (Berman 88)
64 68 3 monticellite CaMgSiO4 MELTS (Berman 88)
65 70   sphene CaTiSiO5 MELTS (Berman 88)
  70 0 garnet   MELTS (Berman 88; Berman ss.)
66 71 1 almandine Fe3Al2Si3O12 MELTS (Berman 88)
67 72 2 grossular Ca3Al2Si3O12 MELTS (Berman 88)
68 73 3 pyrope Mg3Al2Si3O12 MELTS (Berman 88)
  74 0 melilite   MELTS (Berman 88; Charlu et al. ss.)
69 75 1 akermanite Ca2MgSi2O7 MELTS (Berman 88)
70 76 2 gehlenite Ca2Al2SiO7 MELTS (Berman 88)
  77 0 orthopyroxene   MELTS (Berman 88; SG-89)
71 78 1 enstatite Mg2Si2O6 MELTS (Berman 88)
72 79 2 ferrosilite Fe2Si2O6 MELTS (Berman 88)
  80 0 pyroxene   MELTS (Berman 88; SG-91abc)
73 81 1 diopside CaMgSi2O6 MELTS (Berman 88)
74 82 2 clinoenstatite Mg2Si2O6 MELTS (Berman 88)
75 83 3 hedenbergite CaFeSi2O6 MELTS (Berman 88)
76 84 4 alumino-buffonite CaTi0.5Mg0.5AlSiO6 MELTS (Berman 88)
77 85 5 buffonite CaTi0.5Mg0.5FeSiO6 MELTS (Berman 88)
78 86 6 essenite CaFeAlSiO6 MELTS (Berman 88)
79 87 7 jadeite NaAlSi2O6 MELTS (Berman 88)
80 89   aenigmatite Na2Fe5TiSi6O20 MELTS (estimates)
  89 0 cummingtonite   MELTS (Berman 88; Ghiorso et al. ss)
81 90 1 cummingtonite Mg7Si8O22(OH)2 MELTS (Berman 88)
82 91 2 grunerite Fe7Si8O22(OH)2 MELTS (Berman 88)
  92 0 biotite   MELTS (Berman 88; SG-91a)
83 93 1 annite KFe3Si3AlO10(OH)2 MELTS (Berman 88)
84 94 2 phlogopite KMg3Si3AlO10(OH)2 MELTS (Berman 88)
85 96   muscovite KAl2Si3AlO10(OH)2 MELTS (Berman 88)
  96 0 feldspar   MELTS (Berman 88; Elkins and Grove ss.)
86 97 1 albite NaAlSi3O8 MELTS (Berman 88)
87 98 2 anorthite CaAl2Si2O8 MELTS (Berman 88)
88 99 3 sanidine KAlSi3O8 MELTS (Berman 88)
89 101   quartz SiO2 MELTS (Berman 88)
90 102   tridymite SiO2 MELTS (Berman 88)
91 103   cristobalite SiO2 MELTS (Berman 88)
92 104   nepheline NaAlSiO4 MELTS (Berman pers comm. MSG)
93 105   kalsilite KAlSiO4 MELTS (Berman pers comm. MSG)
94 106   leucite KAlSi2O6 MELTS (Berman pers comm. MSG)
95 107   rutile TiO2 MELTS (Berman 88)
96 108   perovskite CaTiO3 MELTS (Robie et al 78)
  108 0 spinel   MELTS (Berman 88; SG-91ab)
97 109 1 chromite FeCr2O4 MELTS (Berman 88)
98 110 2 hercynite FeAl2O4 MELTS (Berman 88)
99 111 3 magnetite Fe3O4 MELTS (Berman 88)
100 112 4 spinel MgAl2O4 MELTS (Berman 88)
101 113 5 ulvospinel Fe2TiO4 MELTS (Berman 88)
  114 0 rhm-oxide   MELTS (Berman 88; GS-91)
102 115 1 geikielite MgTiO3 MELTS (Ghiorso 90)
103 116 2 hematite Fe2O3 MELTS (Ghiorso 90)
104 117 3 ilmenite FeTiO3 MELTS (Berman 88)
105 118 4 pyrophanite MnTiO3 MELTS (misc)
106 120   whitlockite Ca3(PO4)2 MELTS (misc.)
107 121   apatite Ca5(PO4)3OH MELTS (Zhu and Sverj.)
108 122   water H2O MELTS (Berman 88)
109 123   Al1(cr) Al1 BB85 Cp form: JANAF June 1983
110 124   alpha-cryolite Al1F6Na3 BB85 Cp form: JANAF December 1979
111 125   beta-cryolite Al1F6Na3 BB85 Cp form: JANAF December 1979
112 126   Al1N1(cr) Al1N1 BB85 Cp form: JANAF December 1979
113 127   Al1Na1O2(cr) Al1Na1O2 BB85 Cp form: JANAF March 1963
114 128   Al6O13Si2(cr) Al6O13Si2 BB85 Cp form: JANAF September 1967
115 129   C1(ref) C1 BB85 Cp form: JANAF March 1978 (1 bar)
116 130   C1N1Na1(cr) C1N1Na1 BB85 Cp form: JANAF March 1966
117 131   C1Na2O3(cr) C1Na2O3 BB85 Cp form: JANAF March 1966
118 132   alpha-SiC C1Si1 BB85 Cp form: JANAF Mar67 less stable
119 133   beta-SiC C1Si1 BB85 Cp form: JANAF Mar67 more stable
120 134   C1Ti1(cr) C1Ti1 BB85 Cp form: JANAF June 1968
121 135   C2Mg1(cr) C2Mg1 BB85 Cp form: JANAF December 1960
122 136   C3Al4(cr) C3Al4 BB85 Cp form: JANAF September 1965
123 137   C3Mg2(cr) C3Mg2 BB85 Cp form: JANAF December 1960
124 138   alpha-Ca Ca1 BB85 Cp form: JANAF September 1983
125 139   beta-Ca Ca1 BB85 Cp form: JANAF September 1983
126 140   Ca1Cl2(cr) Ca1Cl2 BB85 Cp form: JANAF June 1970
127 141   Ca1F2(cr) Ca1F2 BB85 Cp form: JANAF December 1968
128 142   Ca1S1(cr) Ca1S1 BB85 Cp form: JANAF September 1977
129 143   Cl1K1(cr) Cl1K1 BB85 Cp form: JANAF March 1966
130 144   Cl1Na1(cr) Cl1Na1 BB85 Cp form: JANAF September 1964
131 145   Cl2Mg1(cr) Cl2Mg1 BB85 Cp form: JANAF December 1965
132 146   Co1O1(cr) Co1O1 BB85 Cp form: JANAF December 1970
133 147   Cr2O3(cr) Cr2O3 BB85 Cp form: JANAF December 1973
134 148   F1Na1(cr) F1Na1 BB85 Cp form: JANAF December 1968
135 149   F2Mg1(cr) F2Mg1 BB85 Cp form: JANAF June 1975
136 150   Fe1O1(cr) Fe1O1 BB85 Cp form: JANAF June 1965
137 151   Fe1O4S1(cr) Fe1O4S1 BB85 Cp form: JANAF June 1966
138 152   Fe2O12S3(cr) Fe2O12S3 BB85 Cp form: JANAF June 1966
139 153   H1Na1(cr) H1Na1 BB85 Cp form: JANAF March 1963
140 154   H2Mg1(cr) H2Mg1 BB85 Cp form: JANAF September 1963
141 155   K2O1(cr) K2O1 BB85 Cp form: JANAF June 1963
142 156   Mg1(cr) Mg1 BB85 Cp form: JANAF September 1983
143 157   Mg1O4S1(cr) Mg1O4S1 BB85 Cp form: JANAF March 1966
144 158   Mg1O5Ti2(cr) Mg1O5Ti2 BB85 Cp form: JANAF June 1967
145 159   Mg1S1(cr) Mg1S1 BB85 Cp form: JANAF September 1977
146 160   Mg2Si1(cr) Mg2Si1 BB85 Cp form: JANAF December 1960
147 161   Mg3N2(cr) Mg3N2 BB85 Cp form: JANAF December 1960
148 162   TiN osbornite N1Ti1 BB85 Cp form: JANAF June 1968
149 163   N4Si3(cr) N4Si3 BB85 Cp form: JANAF March 1967
150 164   Na1O2(cr) Na1O2 BB85 Cp form: JANAF June 1963
151 165   Na2O1(cr) Na2O1 BB85 Cp form: JANAF June 1968
152 166   Na2O2(cr) Na2O2 BB85 Cp form: JANAF June 1968
153 167   Na2O3Si1(cr) Na2O3Si1 BB85 Cp form: JANAF September 1967
154 168   Na2SO4-delta Na2O4S1 BB85 Cp form: JANAF June 1978
155 169   Na2SO4-I Na2O4S1 BB85 Cp form: JANAF June 1978
156 170   Na2SO4-III Na2O4S1 BB85 Cp form: JANAF June 1978
157 171   Na2SO4-IV Na2O4S1 BB85 Cp form: JANAF June 1978
158 172   Na2SO4-V Na2O4S1 BB85 Cp form: JANAF June 1978
159 173   Na2O5Si2(cr) Na2O5Si2 BB85 Cp form: JANAF September 1967
160 174   Na2S1(cr) Na2S1 BB85 Cp form: JANAF March 1978
161 175   alpha-TiO O1Ti1 BB85 Cp form: JANAF December 1973
162 176   beta-TiO O1Ti1 BB85 Cp form: JANAF December 1973
163 177   O3Ti2(cr) O3Ti2 BB85 Cp form: JANAF June 1973
164 178   Ti3O5-alpha O5Ti3 BB85 Cp form: JANAF December 1973
165 179   Ti3O5-beta O5Ti3 BB85 Cp form: JANAF December 1973
166 180   O7Ti4(cr) O7Ti4 BB85 Cp form: JANAF December 1973
167 181   S2Si1(cr) S2Si1 BB85 Cp form: JANAF June 1972
168 182   Ti-alpha Ti1 BB85 Cp form: JANAF June 1979
169 183   Ti-beta Ti1 BB85 Cp form: JANAF June 1979
170 184   portlandite Ca1H2O2 BB85 Cp form: JANAF December 1975
171 185   Cl2Fe1(cr) Cl2Fe1 BB85 Cp form: JANAF December 1970
172 186   Fe0.947O-wustite Fe0.947O1 BB85 Cp form: JANAF June 1965
173 187   K2O4S1(cr)-alpha K2O4S1 BB85 Cp form: JANAF June 1978
174 188   K2O4S1(cr)-beta K2O4S1 BB85 Cp form: JANAF June 1978
175 189   Al2S3(cr) Al2S3 BB85 Cp form: JANAF December 1979
176 190   K1(cr) K1 BB85 Cp form: JANAF December 1961
177 191   Na1(cr) Na1 BB85 Cp form: JANAF June 1962
178 192   Fe1S2(cr)-1 Fe1S2 BB85 Cp form: JANAF September 1977
179 193   Fe1S2(cr)-2 Fe1S2 BB85 Cp form: JANAF September 1977
180 194   Fe1H2O2(cr) Fe1H2O2 BB85 Cp form: JANAF June 1966
181 195   Fe1H3O3(cr) Fe1H3O3 BB85 Cp form: JANAF June 1966
182 196   JANAF-Fe0.877S-po Fe0.877S1 SPECIAL G: JANAF September 1977
183 197   NEW-Fe0.877S-po Fe0.877S1 SPECIAL G: JANAF + 5kJ
184 198   S-alpha S1 BB85 Cp form: JANAF September 1977
185 199   S-beta S1 BB85 Cp form: JANAF September 1977
186 200   H1Na1O1(cr) H1Na1O1 BB85 Cp form: JANAF December 1970
187 201   Na2S2(cr) Na2S2 BB85 Cp form: JANAF December 1983
188 202   C2Cr3(cr) C2Cr3 BB85 Cp form: JANAF December 1973
189 203   Cr1N1(cr) Cr1N1 BB85 Cp form: JANAF December 1973
190 204   H2Ti1(cr) H2Ti1 BB85 Cp form: JANAF June 1963
191 234   Cl1H4N1(cr) Cl1H4N1 BB85 Cp form: JANAF September 1965
192 235   Cr1N1(cr) Cr1N1 BB85 Cp form: JANAF December 1973
193 236   Cr2N1(cr) Cr2N1 BB85 Cp form: JANAF December 1973
194 237   C2Cr3(cr) C2Cr3 BB85 Cp form: JANAF December 1973
195 260   H1K1(cr) H1K1 BB85 Cp form: JANAF March 1963
196 261   F1K1(cr) F1K1 BB85 Cp form: JANAF June 1969
197 263   H1K1O1(cr) H1K1O1 BB85 Cp form: JANAF December 1970
198 265   K2O3Si1(cr) K2O3Si1 BB85 Cp form: JANAF June 1972
199 293   P1(cr) P1 BB85 Cp form: JANAF June 1961
200 294   P1(cr) P1 BB85 Cp form: JANAF June 1969
201 295   P1(cr) P1 BB85 Cp form: JANAF June 1961
202 296   P1(cr) P1 BB85 Cp form: JANAF June 1969
203 342   F2Fe1(cr) F2Fe1 BB85 Cp form: JANAF September 1965
204 343   F2H1K1(cr) F2H1K1 BB85 Cp form: JANAF June 1971
205 346   F2Mg1(cr) F2Mg1 BB85 Cp form: JANAF June 1975
206 352   K2S1(cr) K2S1 BB85 Cp form: JANAF March 1978
207 353   anhydrite Ca1O4S1 BB85 Cp form: Robie 79
208 354   Fe3C-cohenite C1Fe3 BB85 Cp form: Robie 79
209 355   MnO-manganosite Mn1O1 RHF79a Cp form: Robie 79
210 356   sinoite Si2N2O1 Berman 83 Cp form: Fegley 81
LIQUID phases and components present: (notes)
    n
    i
    m
    label
    formula
    data source
  0 0 MELTS-Liquid   MELTS model
1 1 1 SiO2 SiO2 MELTS original data
2 2 2 TiO2 TiO2 MELTS original data
3 3 3 Al2O3 Al2O3 MELTS original data
4 4 4 Fe2O3 Fe2O3 MELTS original data
5 5 5 MgCr2O4 MgCr2O4 MELTS original data
6 6 6 Fe2SiO4 Fe2SiO4 MELTS original data
7 7 7 MnSi0.5O2 MnSi0.5O2 MELTS original data
8 8 8 Mg2SiO4 Mg2SiO4 MELTS original data
9 9 9 NiSi0.5O2 NiSi0.5O2 MELTS original data
10 10 10 CoSi0.5O2 CoSi0.5O2 MELTS original data
11 11 11 CaSiO3 CaSiO3 MELTS original data
12 12 12 Na2SiO3 Na2SiO3 MELTS original data
13 13 13 KAlSiO4 KAlSiO4 MELTS original data
14 14 14 Ca3(PO4)2 Ca3(PO4)2 MELTS original data
15 15 15 H2O H2O MELTS original data
16 18   iron-liq Fe JANAF G0 data
17 19   nickel-liq Ni JANAF G0 data
18 20   silicon-liq Si JANAF G0 data
19 21   cobalt-liq Co JANAF G0 data
20 22   chromium-liq Cr JANAF G0 data
  22 0 IDEAL-Liquid-Metal   JANAF G0 + IDEAL model
21 23 1 iron-IDliq Fe JANAF G0 data
22 24 2 nickel-IDliq Ni JANAF G0 data
23 25 3 silicon-IDliq Si JANAF G0 data
24 26 4 cobalt-IDliq Co JANAF G0 data
25 27 5 chromium-IDliq Cr JANAF G0 data
  28 0 FeNi-Liquid   JANAF G0 + Chuang et al 86 model
26 29 1 iron-FeNi-liq Fe JANAF G0 data
27 30 2 nickel-FeNi-liq Ni JANAF G0 data
28 33   iron-FNS-liq Fe JANAF G0 data
29 34   nickel-FNS-liq Ni JANAF G0 data
30 35   sulfur-FNS-liq S DUMMY
  35 0 B83-CMAS-Liquid   Berman 83 PhD model
31 36 1 B83L-CaO CaO all Berman 83
32 37 2 B83L-MgO MgO all Berman 83
33 38 3 B83L-Al2O3 Al2O3 all Berman 83
34 39 4 B83L-SiO2 SiO2 all Berman 83
35 42   BB84L-CaO CaO Berman 83 cp form w/BB84 data
36 43   BB84L-Al2O3 Al2O3 Berman 83 cp form w/BB84 data
37 44   BB84L-SiO2 SiO2 Berman 83 cp form w/BB84 data
  44 0 K97-FeSO-Liq   K97 special
38 45 1 K-FSO-FeLiq Fe JANAF G0
39 46 2 K97-FeO1p5L FeO1.5 K97 special
40 47 3 K97-FeS1p5L FeS1.5 K97 special
41 49   F2Fe1(l) F2Fe1 BB85 Cp form: JANAF September 1965
42 50   F2H1K1(l) F2H1K1 BB85 Cp form: JANAF June 1971
43 52   F2Mg1(l) F2Mg1 BB85 Cp form: JANAF June 1975
44 56   C1Na2O3(l) C1Na2O3 BB85 Cp form: JANAF March 1966
**************end of list***********
NOTES:
  • Solid and liquid solutions are listed with the name of the solution phase (e.g.-IDEAL-Fe-alloy), followed by the components of that phase.
  • In any particular run, some solids or liquids may be suppressed. For example, only the 'best' Fe alloy phase model will be used.
  • In many runs, specific endmember components are suppressed also. For example, jadeite in pyroxene causes numerical problems, and in the MELTS liquid, the Co, Ni, and Mn components are usually suppressed, since the olivine and spinel models do not yet describe the solid solution behaviour of these these metals.

    Data and solid solution model sources:
  • JANAF (J) tables (Chase et al. 1985)
  • Knacke et al. (1991)
  • Pedley and Marshall (1983)
  • B88: Berman (1988)
  • B83: Berman (1983 Ph.D.) database and model for CMAS liquids.
  • B85: Berman and Brown (1985) database.
  • BB84: Berman and Brown (1984) model for C-A-S system.
  • Chuang 86, Chang 87 et al.: Chang's group at Wisconsin, models for Fe-Ni-S system and subsystems.
  • MELTS: Calibration of Ghiorso and Sack (1995).
  • K97: Kress (1997) work on Fe-S-O system.
  • RHF79a: Adapted form of Robie-Hemingway-Fisher Cp equation.
  • R78: Robie et al. (1979) database USGS Bulletin 1452.

    Phases added for data comparisons:
  • HP98test: test values from Holland and Powell, 1998 database for minerals in metamorphic rocks.
  • B83test: test values from from Berman 1983 thesis.

    Back to:
    Species lists: Gas ----Solid ----Liquid ----(notes)
    top of this page
    D.S. Ebel home
    Earth and Planetary Sciences at A.M.N.H.
    A.M.N.H. home
    Last revised: 26-Jan-2008 (DSE)