TCSALT2 Models for the Included Phases
See the separate listing for Gas and IONIC_LIQ Phases below.
| Name | Prototype | Strukturbericht | Pearson Symbol | Space Group | Info | Sublattices | Formula Unit |
|---|---|---|---|---|---|---|---|
| AL2SIO4F | Unknown Structure | 4 | (AL+3)2(SI+4)1(O-2)4(F-1)2 | ||||
| AL2SR4O7_A | Unknown Structure | 3 | (AL+3)2(SR+2)4(O-2)7 | ||||
| AL2SR4O7_B | Unknown Structure | 3 | (AL+3)2(SR+2)4(O-2)7 | ||||
| AL2SRO4_H | BaAl2O4 (H28) | H28 | hP18 | (182, P6_322) | 3 | (AL+3)2(CA+2, SR+2)1(O-2)4 | |
| AL2SRO4_L | SrAl2O4 | mP28 | (4, P2_1) | 3 | (AL+3)2(SR+2)1(O-2)4 | ||
| ALCL3 | AlCl3 | mS16 | (12, C2/m) | 2 | (AL+3)1(CL-1)3 | ||
| ALF3_S1 | FeF3 (D012) | D012 | hR8 | (167, R-3c) | 2 | (AL+3)1(F-1)3 | |
| ALF3_S2 | AlF3 | oS48 | (63, Cmcm) | 2 | (AL+3)1(F-1)3 | ||
| ANDALUSITE | Andalusite (Al2SiO5, S02) | S02 | oP32 | (58, Pnnm) | This is a high-pressure phase (Al2O3.SiO2) | 4 | (AL+3)1(AL+3)1(SI+4)1(O-2)5 |
| ANORTHITE | Ca(Al0.5Si0.5)4O8 | aP104 | (2, P-1) | This is anorthite (CaAl2Si2O8) | 5 | (CA+2)1(AL+3)1(AL+3)1(SI+4)2(O-2)8 | |
| C11A7F | Ca6Al7O16F | cI152 | (220, I-43d) | This is 11CaO.7Al2O3.CaF2 | 4 | (AL+3)14(CA+2)12(F-1)2(O-2)32 | |
| C12A7 | Mayenite (12CaO.7Al2O3, K74, C12A7) | K74 | cI152 | (220, I-43d) | This is 12CaO.7Al2O3 (oS100, Cmc21), not stable under anhydrous conditions. | 4 | (CA+2)6(AL+3)6(AL+3)1(O-2)16.5 |
| C1A1 | Al2CaO4 | mP84 | (14, P2_1/c) | This is CaO.Al2O3 | 4 | (CA+2, SR+2)3(AL+3)5(AL+3)1(O-2)12 | |
| C1A2 | Al4CaO7 | mS48 | (15, C2/c) | This is CaO.2Al2O3 and SrO.2Al2O3 | 4 | (CA+2, SR+2)1(AL+3)3(AL+3)1(O-2)7 | |
| C1A6 | Magnetoplumbite (PbFe12O19) | hP64 | (194, P6_3/mmc) | This is CaO.6Al2O3 and SrO.6Al2O3 | 3 | (CA+2, SR+2)1(AL+3)12(O-2)19 | |
| C1A8M2 | CaMg2Al16O27 | hP94 | (187, P-6m2) | This is CaO.8Al2O3.2MgO | 4 | (CA+2)1(AL+3)16(MG+2)2(O-2)27 | |
| C2A14M2 | BaFe15O23 | hR78 | (166, R-3m) | This is 2CaO.14Al2O3.2MgO | 4 | (CA+2)2(AL+3)28(MG+2)2(O-2)46 | |
| C3A1 | Ca3Al2O6 | cP264 | (205, Pa-3) | This is 3CaO.Al2O3 and 3SrO.Al2O3 | 3 | (CA+2, SR+2)3(AL+3)2(O-2)6 | |
| C3A2M1 | 3CaO.2Al2O3.MgO | oP72 | (57, Pbcm) | This is 3CaO.2Al2O3.MgO (oP72, Pbcm or Pca21); | 4 | (CA+2)3(AL+3)4(MG+2)1(O-2)10 | |
| C3A3F | Unknown Structure | This is 3CaO.3Al2O3.CaF2 | 4 | (AL+3)6(CA+2)4(F-1)2(O-2)12 | |||
| CA10SI3O15F2 | Unknown Structure | This is 9CaO.3SiO2.CaF2 | 4 | (CA+2)10(SI+4)3(O-2)15(F-1)2 | |||
| CA2ALF7 | Ca2AlF7 | oP40 | (62, Pnma) | 3 | (CA+2)2(AL+3)1(F-1)7 | ||
| CA2NA2SI2O7 | Na2Ca2Si2O7 | mS208 | (15, C2/c) | 4 | (CA+2)2(NA+1)2(SI+4)2(O-2)7 | ||
| CA2NA2SI3O9 | Na(Na0.5Ca0.5)2CaSi3O9 | hP102 | (152, P3_121) | 4 | (CA+2)2(NA+1)2(SI+4)3(O-2)9 | ||
| CA2SIO4_ALPHA_A | Ca2SiO4 | hP24 | (194, P6_3/mmc) | 3 | (CA+2, LI2+2, MG+2, ZN+2)3(CA+2)1(SIO4-4)2 | ||
| CA2SIO4_ALPHA_PRIME | K2CoCl4 | oP84 | (33, Pna2_1) | 3 | (CA+2, LI2+2, MG+2, ZN+2)3(CA+2)1(SIO4-4)2 | ||
| CA3NA2SI6O16 | Na2Ca3Si6O16 | aP54 | (2, P-1) | 4 | (CA+2)3(NA+1)2(SI+4)6(O-2)16 | ||
| CA4CL6O | Ba4Cl6O | hP22 | (186, P6_3mc) | 3 | (CA+2, SR+2)4(CL-1)6(O-2)1 | ||
| CA5SI2O8F2 | Unknown Structure | This is 4CaO.2SiO2.CaF2 | 4 | (CA+2)5(SI+4)2(O-2)8(F-1)2 | |||
| CAALCL5 | Unknown Structure | 3 | (CA+2)1(AL+3)1(CL-1)5 | ||||
| CAALF5_S1 | CrMnF5 | mS28 | (15, C2/c) | 3 | (CA+2)1(AL+3)1(F-1)5 | ||
| CAALF5_S2 | CrMnF5 | mP28 | (14, P2_1/c) | 3 | (CA+2)1(AL+3)1(F-1)5 | ||
| CACL2 | Hydrophilite (CaCl2, C35) | C35 | oP6 | (58, Pnnm) | This is CaCl2 and low temperature SrCl2 | 2 | (CA+2, MG+2, SR+2)1(CL-1)2 |
| CACLF | Matlockite (PbFCl, E01) | E01 | tP6 | (129, P4/nmm) | 3 | (CA+2, SR+2)1(CL-1)1(F-1)1 | |
| CAF2_S1 | Fluorite (CaF2, C1) | C1 | cF12 | (225, Fm-3m) | This is SrF2 and low temperature CaF2. | 2 | (CA+2, MG+2, SR+2)1(F-1, O-2, VA)2 |
| CAF2_S2 | Cotunnite (PbCl2, C23) | C23 | oP12 | (62, Pnma) | This is high temperature CaF2. | 2 | (CA+2, MG+2, SR+2)1(F-1, O-2, VA)2 |
| CANA2SI5O12 | Unknown Structure | 4 | (CA+2)1(NA+1)2(SI+4)5(O-2)12 | ||||
| CANA2SIO4 | Na2CaSiO4 (S66) | S66 | cP32 | (198, P2_13) | 4 | (CA+2)1(NA+1)2(SI+4)1(O-2)4 | |
| CANA4SI3O9 | K4SrGe3O9 | cP272 | (205, Pa-3) | 4 | (CA+2)1(NA+1)4(SI+4)3(O-2)9 | ||
| CAZNSI3O8 | CAZNSI3O8 | aP52 | (2, P-1) | 4 | (CA+2)1(ZN+2)1(SI+4)3(O-2)8 | ||
| CLINO_PYROXENE | Diopside [CaMg(SiO3)2, S41] | S41 | mS40 | (15, C2/c) | clinoenstatite and diopside. | 4 | (CA+2, MG+2)1(MG+2)1(SI+4)2(O-2)6 |
| CORDIERITE | Na0.04(Mg0.5Fe0.5)2Al4Si5O18 | oS120 | (66, Cccm) | This is 2Al2O3.2MgO.5SiO2. | 4 | (AL+3)4(MG+2)2(SI+4)5(O-2)18 | |
| CORUNDUM | Corundum (Al2O3, D51) | D51 | hR10 | (167, R-3c) | This is Al2O3 | 2 | (AL+3)2(O-2)3 |
| CRISTOBALITE | Ideal beta-Cristobalite (SiO2, C9) | C9 | cF24 | (227, Fd-3m) | 2 | (SI+4)1(SIO4-4)1 | |
| CRYOLITE | Cryolite (Na3AlF6, J26) | J26 | mP20 | (14, P2_1/c) | This is (K, Li Na)3AlF6 ht solid solution. | 2 | (CA+2, K+1, LI+1, NA+1, VA)3(ALF4-1, ALF6-3)1 |
| CUSPIDINE | Ca4[Si2O7]([OH]0.25F0.75)2 | mP60 | (14, P2_1/c) | This is 3CaO.2SiO2.CaF2 | 4 | (CA+2)4(SI+4)2(O-2)7(F-1)2 | |
| GARNET | Orthorhombic Garnet | oF320 | (70, Fddd) | This is Grossular, Uvarovite, Spessartine and Goldmanite Garnets. | 4 | (CA+2, MG+2)3(AL+3)2(SI+4)3(O-2)12 | |
| HALITE_B1 | Rock Salt (NaCl, B1) | B1 | cF8 | (225, Fm-3m) | This is (K,Li,Na)(Cl,F) solid solution. | 2 | (CA+2, K+1, LI+1, MG+2, NA+1, VA, ZN+2)1(CL-1, F-1)1 |
| HALITE_OX | Rock Salt (NaCl, B1) | B1 | cF8 | (225, Fm-3m) | This is CaO, MgO and SrO. | 2 | (AL+3, CA+2, LIAL1/2+2, MG+2, NA+1, SR+2, VA, ZN+2)1(O-2)1 |
| HATRURITE | Ca3(SiO4)O-b | hR81 | (160, R3m) | This is 3CaO.SiO2. | 3 | (CA+2, ZN+2)3(SIO4-4)1(O-2)1 | |
| K10MG5SI11O32 | Unknown Structure | 4 | (K+1)10(MG+2)5(SI+4)11(O-2)32 | ||||
| K2ALF5 | Rb2MnF5 | tP8 | (123, P4/mmm) | 3 | (K+1)2(AL+3)1(F-1)5 | ||
| K2CA2SI2O7 | K2Ca2[Si2O7] | hP108 | (176, P6_3/m) | 4 | (K+1)2(CA+2)2(SI+4)2(O-2)7 | ||
| K2CA2SI9O21 | Unknown Structure | 4 | (K+1)2(CA+2)2(SI+4)9(O-2)21 | ||||
| K2CA3SI6O16 | Unknown Structure | 4 | (K+1)2(CA+2)3(SI+4)6(O-2)16 | ||||
| K2CA6SI4O15 | K2Ca6Si4O15 | mP54 | (13, P2/c) | 4 | (K+1)2(CA+2)6(SI+4)4(O-2)15 | ||
| K2CASIO4 | Unknown Structure | 4 | (K+1)2(CA+2)1(SI+4)1(O-2)4 | ||||
| K2LIALF6 | K2LiAlF6 | hP30 | (156, P3m1) | 3 | (K+1)2(LI+1)1(ALF6-3)1 | ||
| K2MG5SI12O30 | K2Mg5Si12O30 | hP100 | (192, P6/mcc) | 4 | (K+1)2(MG+2)5(SI+4)12(O-2)30 | ||
| K2MGF4 | K2NiF4 | tI14 | (139, I4/mmm) | This is K2ZnF4 and K2Mg(Cl,F)4 solid solution. | 3 | (K+1, NA+1)2(MG+2, ZN+2)1(CL-1, F-1)4 | |
| K2MGSI3O8 | KLi[SO4] | hP14 | (159, P31c) | 4 | (K2MG+4)1(SI+4)1(SI+4)2(O-2)8 | ||
| K2MGSI5O12 | K8(Al0.33Si0.67)24O48 | tI160 | (88, I4_1/a) | 5 | (K+1)2(MG+2)1(SI+4)1(SI+4)4(O-2)12 | ||
| K2MGSIO4_HT | Unknown Structure | 2 | (K2MG+4, SI+4)1(SIO4-4)1 | ||||
| K2MGSIO4_LT | Na2Be[SiO4] | oP64 | (29, Pca2_1) | 2 | (K2MG+4, SI+4)1(SIO4-4)1 | ||
| K2NAALF6 | Double Perovskite (Ba2MnWO6) | cF40 | (225, Fm-3m) | 3 | (K+1)2(NA+1)1(ALF6-3)1 | ||
| K2SI4O9_ALPHA | K2Si4O9 | aP30 | (2, P-1) | Low-temp K2Si4O9 (tricl) | 3 | (K+1)2(SI+4)4(O-2)9 | |
| K2SI4O9_BETA | K2Si4O9 | hP30 | (176, P6_3/m) | High-temp K2Si4O9 (hex) | 3 | (K+1)2(SI+4)4(O-2)9 | |
| K2SRCL4 | Th3P4 (D73) | D73 | cI28 | (220, I-43d) | 3 | (K+1)2(SR+2)1(CL-1)4 | |
| K2ZNCL4 | Arcanite (K2SO4, H16) | H16 | oP28 | (62, Pnma) | 3 | (K+1)2(ZN+2)1(CL-1)4 | |
| K3MG2CL7 | Sr3Ti2O7 | tI24 | (139, I4/mmm) | 3 | (K+1)3(MG+2)2(CL-1)7 | ||
| K3SIF7 | Unknown Structure | 3 | (K+1)3(SI+4)1(F-1)7 | ||||
| K4AL22O35 | K2Al10.67O17 | hR30 | (166, R-3m) | This is Beta double prime-Al2O3 K4AL22O35. | 6 | (K+1, VA)1(K+1, VA)1(AL+3, MG+2)2(O-2, VA)1(AL+3)9(O-2)17 | |
| K4CASI3O9 | K4SrGe3O9 | cP272 | (205, Pa-3) | 4 | (K+1)4(CA+2)1(SI+4)3(O-2)9 | ||
| K4CASI6O15 | Unknown Structure | 4 | (K+1)4(CA+2)1(SI+4)6(O-2)15 | ||||
| K4MG2SI5O14 | Unknown Structure | 4 | (K+1)4(MG+2)2(SI+4)5(O-2)14 | ||||
| K4SIO4 | Cs4SnO4 | mP36 | (14, P2_1/c) | 3 | (K+1)4(SI+4)1(O-2)4 | ||
| K5ZN4CL13 | Unknown Structure | 3 | (K+1)5(ZN+2)4(CL-1)13 | ||||
| K8CASI10O25 | Unknown Structure | 4 | (K+1)8(CA+2)1(SI+4)10(O-2)25 | ||||
| KAL11O17 | beta-Alumina (Al2O3, D56) | D56 | hP60 | (194, P6_3/mmc) | This is Beta- Al2O3 KAl11O17. | 6 | (K+1, VA)1(K+1, VA)1(AL+3, MG+2)2(O-2, VA)1(AL+3)9(O-2)17 |
| KAL4F13 | Unknown Structure | 3 | (K+1)1(AL+3)4(F-1)13 | ||||
| KALCL4 | KAlCl4 | mP24 | (4, P2_1) | 3 | (K+1)1(AL+3)1(CL-1)4 | ||
| KALF4 | RbAlF4 | tP12 | (127, P4/mbm) | 3 | (K+1)1(AL+3)1(F-1)4 | ||
| KMG2AL15O25 | Unknown Structure | 4 | (K+1)1(MG+2)2(AL+3)15(O-2)25 | ||||
| KMGF3 | Cubic Perovskite (CaTiO3, E21) | E21 | cP5 | (221, Pm-3m) | This is KCa(Cl,F)3, K(Mg,Zn)F3, ht NaMgF3 and KMg(Cl,F)3 solid solution. | 3 | (K+1, LI+1, NA+1)1(CA+2, MG+2, SR+2, ZN+2)1(CL-1, F-1)3 |
| KSR2CL5 | U2PbSe5 | mP32 | (14, P2_1/c) | 3 | (K+1)1(SR+2)2(CL-1)5 | ||
| KYANITE | Kyanite (Al2SiO5, S01) | S01 | aP32 | (2, P-1) | This is Al2O3.SiO2 (oP32, Pnma) | 4 | (AL+3)1(AL+3)1(SI+4)1(O-2)5 |
| KZN2CL5 | Unknown Structure | 3 | (K+1)1(ZN+2)2(CL-1)5 | ||||
| LARNITE | Parawollastonite (CaSiO3, S33(II)) | S33(II) | mP60 | (14, P2_1/c) | This is 2CaO.SiO2 (metastable at 1 atm) | 3 | (CA+2)2(SI+4)1(O-2)4 |
| LI12K2ZNCL16 | Unknown Structure | 4 | (LI+1)12(K+1)2(ZN+2)1(CL-1)16 | ||||
| LI2CA2SI2O7 | Li2Ca2[Si2O7] | hP78 | (178, P6_122) | 4 | (LI2+2)1(CA+2)2(SI+4)2(O-2)7 | ||
| LI2CA3SI6O16 | Unknown Structure | 4 | (LI2+2)1(CA+2)3(SI+4)6(O-2)16 | ||||
| LI2CA4SI4O13 | Li2Ca4Si4O13 | aP46 | (2, P-1) | 4 | (LI2+2)1(CA+2)4(SI+4)4(O-2)13 | ||
| LI2CASIO4 | [NH4]Ag2AsS4 | tI16 | (121, I-42m) | 4 | (LI2+2)1(CA+2)1(SI+4)1(O-2)4 | ||
| LI2SI2O5_HT | Unknown Structure | 3 | (LI+1, NA+1)2(SI+4)2(O-2)5 | ||||
| LI2SI2O5_LT | Li2Si2O5 | oS36 | (37, Ccc2) | 3 | (LI+1, NA+1)2(SI+4)2(O-2)5 | ||
| LI2ZNCL4_LT | Spinel (Al2MgO4, H11) | H11 | cF56 | (227, Fd-3m) | This is low temperature Li2ZnCl4. | 3 | (LI+1)2(ZN+2)1(CL-1)4 |
| LI3ALF6_S1 | Li3VF6 | mS120 | (15, C2/c) | 2 | (LI+1)3(ALF6-3)1 | ||
| LI3K2ZN4CL13 | Unknown Structure | 4 | (LI+1)3(K+1)2(ZN+2)4(CL-1)13 | ||||
| LI3NASIO4 | Unknown Structure | 4 | (LI+1)3(NA+1)1(SI+4)1(O-2)4 | ||||
| LI4SIO4 | Li4[SiO4] | mP28 | (11, P2_1/m) | 4 | (LI2+2, NA2+2)1(LI2+2, MG+2, NA2+2)1(SI+4)1(O-2)4 | ||
| LI5ALO4 | Li5AlO4 | oP20 | (59, Pmmn) | 3 | (LI+1)5(AL+3)1(O-2)4 | ||
| LI6SI2O7 | Li6[Si2O7] | tP30 | (113, P-42_1m) | 3 | (LI+1)6(SI+4)2(O-2)7 | ||
| LI8SIO6 | Li8CoO6 | hP30 | (185, P6_3cm) | 3 | (LI+1)8(SI+4)1(O-2)6 | ||
| LIAL5O8 | LiFe5O8 | cP56 | (213, P4_132) | This is low-temp LiAl5O8. | 3 | (LI+1)1(AL+3)5(O-2)8 | |
| LIALCL4 | LiAlCl4 | mP24 | (14, P2_1/c) | 3 | (LI+1)1(AL+3)1(CL-1)4 | ||
| LIALO2_A | NaFeO2 | hR12 | (166, R-3m) | This is low-temp LiAlO2. | 2 | (LIAL+4)1(O-2)2 | |
| LICACL3 | Unknown Structure | 3 | (LI+1)1(CA+2)1(CL-1)3 | ||||
| LIKMGCL4 | Unknown Structure | 4 | (LI+1)1(K+1)1(MG+2)1(CL-1)4 | ||||
| LOWCLINO_PYROXENE | Diopside [CaMg(SiO3)2, S41] | S41 | mS40 | (15, C2/c) | This is low- clinoenstatite and low-clinodiopside | 4 | (CA+2, MG+2)1(MG+2)1(SI+4)2(O-2)6 |
| MELILITE | Akermanite (Ca2MgSi2O7, S53) | S53 | tP24 | (113, P-42_1m) | This is gehlenite and akermanite. | 5 | (CA+2)2(AL+3, MG+2, ZN+2)1(AL+3, SI+4)1(SI+4)1(O-2)7 |
| MERWINITE | Ca3Mg(SiO4)2 | mP56 | (14, P2_1/c) | This is 3CaO.MgO.2SiO2 | 4 | (CA+2)3(MG+2)1(SI+4)2(O-2)8 | |
| MG2NA2SI6O15 | Na2Mg2Si6O15 | oS200 | (64, Cmce) | 4 | (MG+2)2(NA+1)2(SI+4)6(O-2)15 | ||
| MGAL2CL8 | CoAl2Cl8 | mS44 | (15, C2/c) | 3 | (MG+2)1(AL+3)2(CL-1)8 | ||
| MGAL2F8 | Unknown Structure | 3 | (MG+2)1(AL+3)2(F-1)8 | ||||
| MGCL2 | CdI2 | hP3 | (164, P-3m1) | 2 | (LI2+2, MG+2)1(CL-1)2 | ||
| MGF2 | Rutile (TiO2, C4) | C4 | tP6 | (136, P4_2/mnm) | This is MgF2 and lt- ZnF2. | 2 | (LI2+2, MG+2, ZN+2)1(F-1)2 |
| MGNA2SI4O10 | Unknown Structure | 4 | (MG+2)1(NA+1)2(SI+4)4(O-2)10 | ||||
| MULLITE | Al(Al0.7Si0.3)2O4.8 | oP24 | (55, Pbam) | 4 | (AL+3)1(AL+3)1(AL+3, SI+4)1(O-2, VA)5 | ||
| NA10SIO7 | Unknown Structure | 3 | (NA+1)10(SI+4)1(O-2)7 | ||||
| NA2AL12O19 | Na0.5Al3O4.75 | oP24 | (55, Pbam) | This is Beta double prime-Al2O3 Na2Al12O19. | 3 | (NA+1)2(AL+3)12(O-2)19 | |
| NA2CA3AL16O28 | Unknown Structure | 4 | (NA+1)2(CA+2)3(AL+3)16(O-2)28 | ||||
| NA2CA8AL6O18 | Unknown Structure | 4 | (NA+1)2(CA+2)8(AL+3)6(O-2)18 | ||||
| NA2CAAL4O8 | Unknown Structure | This is (K, Na)2CaAl4O8 solid solution. | 4 | (K+1, NA+1, VA)1(CA+2, K+1, NA+1)1(AL+3)2(O-2)4 | |||
| NA2LIALF6 | Ca(Ca0.5Nd0.5)2NbO6 | mP20 | (14, P2_1/c) | 3 | (NA+1)2(LI+1)1(ALF6-3)1 | ||
| NA2MGCL4 | Sr2PbO4 | oP20 | (55, Pbam) | 3 | (NA+1)2(MG+2)1(CL-1)4 | ||
| NA2O1_S1 | Fluorite (CaF2, C1) | C1 | cF12 | (225, Fm-3m) | This is rt (K,Li,Na)2O. | 2 | (K+1, LI+1, NA+1)2(O-2)1 |
| NA2O1_S2 | Unknown Structure | This is ht1 (K, Na)2O. | 2 | (K+1, NA+1)2(O-2)1 | |||
| NA2O1_S3 | Unknown Structure | This is ht2 (K, Na)2O. | 2 | (K+1, NA+1)2(O-2)1 | |||
| NA2SI2O5_ALPHA | Na2Si2O5-a | mP36 | (14, P2_1/c) | This is lt-(K, Na)2Si2O5 solid solution. | 3 | (K+1, NA+1)2(SI+4)2(O-2)5 | |
| NA2SI2O5_BETA | Na2Si2O5-b | mP36 | (14, P2_1/c) | This is intermediat-temp (K,Na)2Si2O5 solid solution. | 3 | (K+1, NA+1)2(SI+4)2(O-2)5 | |
| NA2SI2O5_GAMMA | Na2Si2O5 | oP36 | (60, Pbcn) | This is ht-(K, Na)2Si2O5 solid solution. | 3 | (K+1, NA+1)2(SI+4)2(O-2)5 | |
| NA2SIF6_S1 | Na2SiF6 | hP27 | (150, P321) | low-temperature trigonal phase | 2 | (NA+1)2(SIF6-2)1 | |
| NA2SIF6_S2 | K2PtCl6 (J11) | J11 | cF36 | (225, Fm-3m) | high-temperature cubic phase | 2 | (K+1, NA+1)2(SIF6-2)1 |
| NA2SIO3 | Na2SiO3 | oS24 | (36, Cmc2_1) | This is (K, Na)2SiO3 solid solution. | 3 | (K+1, LI+1, NA+1)2(SI+4)1(O-2)3 | |
| NA2ZNCL4 | Forsterite (Mg2SiO4, S12) | S12 | oP28 | (62, Pnma) | This is Na2ZnCl4 and high temperature Li2ZnCl4. | 3 | (LI+1, NA+1)2(ZN+2)1(CL-1)4 |
| NA3ALF6_S1 | Cryolite (Na3AlF6, J26) | J26 | mP20 | (14, P2_1/c) | 3 | (NA+1)3(AL+3)1(F-1)6 | |
| NA3LI3AL2F12 | Garnet (Co3Al2Si3O12, S14) | S14 | cI160 | (230, Ia-3d) | 3 | (NA+1)3(LI+1)3(ALF6-3)2 | |
| NA4SIO4 | K4SnO4 | aP18 | (2, P-1) | 4 | (LI2+2, NA2+2)1(LI2+2, NA2+2)1(SI+4)1(O-2)4 | ||
| NA5AL3F14 | Chiolite (Na5Al3F14, K75) | K75 | tP44 | (128, P4/mnc) | 3 | (NA+1)5(AL+3)3(F-1)14 | |
| NA6SI2O7 | Na6[Si2O7] | aP120 | (2, P-1) | 3 | (NA+1)6(SI+4)2(O-2)7 | ||
| NA6SI8O19 | Na6Si8O19 | mP132 | (14, P2_1/c) | 3 | (NA+1)6(SI+4)8(O-2)19 | ||
| NAAL11O17 | NaAl11O17 | hP58 | (194, P6_3/mmc) | This is Beta- Al2O3 NaAl11O17 solid solution. | 5 | (LI+1, NA+1)2(NA+1, VA)2(AL+3)22(O-2)34(O-2, VA)1 | |
| NAALCL4 | NaAlCl4 | oP24 | (19, P2_12_12_1) | 3 | (NA+1)1(AL+3)1(CL-1)4 | ||
| NAALO2_D | LiGaO2 | oP16 | (33, Pna2_1) | 2 | (NAAL+4)1(O-2)2 | ||
| NACAALF6_S1 | NaCaAlF6 | mP72 | (14, P2_1/c) | 4 | (NA+1)1(CA+2)1(AL+3)1(F-1)6 | ||
| NACAALF6_S2 | Unknown Structure | 4 | (NA+1)1(CA+2)1(AL+3)1(F-1)6 | ||||
| NACAALF6_S3 | Unknown Structure | 4 | (NA+1)1(CA+2)1(AL+3)1(F-1)6 | ||||
| NAFEO2_B | LiGaO2 | oP16 | (33, Pna2_1) | This is low-temp KAlO2 and NaAlO2 solid solutions. | 2 | (KAL+4, NAAL+4)1(O-2)2 | |
| NAFEO2_G | LiAlO2 | tP16 | (92, P4_12_12) | This is high-temp KAlO2, LiAlO2 and mid-temp NaAlO2 solid solutions. | 2 | (KAL+4, LIAL+4, NAAL+4)1(O-2)2 | |
| NAMGCL3 | Ilmenite (FeTiO3, E22) | E22 | hR10 | (148, R-3) | 3 | (NA+1)1(MG+2)1(CL-1)3 | |
| NAMGF3 | CaTiO3 Pnma Perovskite | oP20 | (62, Pnma) | 3 | (NA+1)1(MG+2, ZN+2)1(F-1)3 | ||
| NEPHELINE_G | KLi[SO4] | hP18 | (173, P6_3) | This is K2MgSi3O8. | 4 | (K2MG+4)4(SI+4)4(SI+4)8(O-2)32 | |
| OLIVINE | Forsterite (Mg2SiO4, S12) | S12 | oP28 | (62, Pnma) | This is 2CaO.SiO2, forsterite and monticellite[CaO.MgO.SiO2] | 4 | (CA+2, LI2+2, MG+2, ZN+2)1(CA+2, LI2+2, MG+2, ZN+2)1(SI+4)1(O-2)4 |
| ORTHO_PYROXENE | Enstatite (MgSiO3, S43) | S43 | oP80 | (61, Pbca) | This is enstatite and orthodiopside | 4 | (CA+2, MG+2)1(MG+2)1(SI+4)2(O-2)6 |
| PROTO_PYROXENE | MgSiO3 | oP40 | (60, Pbcn) | This is proto- enstatite and protodiopside. | 3 | (CA+2, MG+2, ZN+2)1(SI+4)1(O-2)3 | |
| PSEUDO_WOLLASTONITE | CaSiO3 | mS120 | (15, C2/c) | This is CaO.SiO2 | 3 | (CA+2, SR+2)1(SI+4)1(O-2)3 | |
| QUARTZ | alpha-Quartz (low Quartz) | hP9 | (152, P3_121) | 2 | (SI+4)1(SIO4-4)1 | ||
| RANKINITE | 3CaO.2SiO2 | mP48 | (14, P2_1/c) | This is 3CaO.2SiO2 | 3 | (CA+2)3(SI+4)2(O-2)7 | |
| SAPPHIRINE | CaMg3Si3O10 | aP68 | (2, P-1) | This is 9Al2O3.7MgO.3SiO2 | 4 | (AL+3)18(MG+2)7(SI+4)3(O-2)40 | |
| SILLIMANITE | Sillimanite (Al2SiO5, S03) | S03 | oP32 | (62, Pnma) | This is a high-pressure phase (Al2O3.SiO2) | 4 | (AL+3)1(AL+3)1(SI+4)1(O-2)5 |
| SPINEL | Spinel (Al2MgO4, H11) | H11 | cF56 | (227, Fd-3m) | This is MgAl2O4. | 4 | (AL+3, LI+1, MG+2, ZN+2)1(AL+3, LI+1, MG+2, NA+1, VA, ZN+2)2(MG+2, VA)2(O-2)4 |
| SR2SIO4_ALPHA_A | Arcanite (K2SO4, H16) | H16 | oP28 | (62, Pnma) | 3 | (SR+2)2(SI+4)1(O-2)4 | |
| SR2SIO4_ALPHA_PRIME | Unknown Structure | 3 | (SR+2)2(SI+4)1(O-2)4 | ||||
| SR3SIO5 | Sr3[SiO4]O | tP36 | (130, P4/ncc) | 3 | (SR+2)3(SI+4)1(O-2)5 | ||
| SRCL2_S2 | Fluorite (CaF2, C1) | C1 | cF12 | (225, Fm-3m) | 2 | (CA+2, SR+2)1(CL-1)2 | |
| SRMGF4_S1 | Bi[ReO4] | oS24 | (63, Cmcm) | 3 | (MG+2)1(SR+2)1(F-1)4 | ||
| SRMGF4_S2 | Unknown Structure | 3 | (MG+2)1(SR+2)1(F-1)4 | ||||
| SRSIO3 | SrSiO3 | mS60 | (15, C2/c) | 3 | (CA+2, SR+2)1(SI+4)1(O-2)3 | ||
| SRZNCL4 | Scheelite (CaWO4, H04) | H04 | tI24 | (88, I4_1/a) | 3 | (SR+2)1(ZN+2)1(CL-1)4 | |
| TRIDYMITE | Monoclinic (Cc) Low Tridymite (SiO2) | mS144 | (9, Cc) | 2 | (SI+4)1(SIO4-4)1 | ||
| WOLLASTONITE | Wollastonite (CaSiO3) | aP30 | (2, P-1) | This is CaO.SiO2. | 3 | (CA+2, MG+2)1(SI+4)1(O-2)3 | |
| ZINCITE | Wurtzite (ZnS, B4) | B4 | hP4 | (186, P6_3mc) | This is ZnO with Ca and Mg solubility. | 2 | (CA+2, MG+2, ZN+2)1(O-2)1 |
| ZN2SIO4 | Phenakite (Be2SiO4, S13) | S13 | hR42 | (148, R-3) | 4 | (MG+2, ZN+2)1(MG+2, ZN+2)1(SI+4)1(O-2)4 | |
| ZNCL2 | ZnCl2 | oP12 | (33, Pna2_1) | 2 | (LI2+2, ZN+2)1(CL-1)2 | ||
| ZNF2_S2 | Unknown Structure | 2 | (LI2+2, ZN+2)1(F-1)2 |
Gas and IONIC_LIQ Phases
| Name | Prototype | Info | Sublattices | Formula Unit |
|---|---|---|---|---|
| GAS | Gas | 1 | (AL, AL1CL1, AL1CL1F1, AL1CL1F2, AL1CL1O1, AL1CL2, AL1CL2F1, AL1CL2O1, AL1CL3, AL1CL4K1, AL1CL4NA1, AL1F1, AL1F1O1, AL1F2, AL1F2NA1O1, AL1F2O1, AL1F3, AL1F4K1, AL1F4LI1, AL1F4NA1, AL1O1, AL1O2, AL2, AL2CL6, AL2CL8K2, AL2CL8NA2, AL2F6, AL2F8NA2, AL2O1, AL2O2, AL2O3, AL3CA1CL11, CA, CA1CL1, CA1CL2, CA1F1, CA1F2, CA1O1, CA2, CL, CL1F1, CL1F1LI2, CL1F1MG1, CL1F1O3, CL1F1SI1, CL1F3, CL1F3SI1, CL1F5, CL1K1, CL1LI1, CL1LI1O1, CL1MG1, CL1NA1, CL1O1, CL1O2, CL1O3, CL1SI1, CL1SR1, CL1ZN1, CL2, CL2K2, CL2LI2, CL2MG1, CL2NA2, CL2O1, CL2O1_1, CL2O1_2, CL2O2_1, CL2O2_2, CL2O2_3, CL2SI1, CL2SR1, CL2ZN1, CL3F1SI1, CL3LI3, CL3NA3, CL3SI1, CL4MG2, CL4SI1, CL4ZN2, F, F1K1, F1LI1, F1LI1O1, F1MG1, F1NA1, F1O1, F1O2_1, F1O2_2, F1O2_OFO, F1SI1, F1SR1, F1ZN1, F2, F2K2, F2LI2, F2MG1, F2NA2, F2O1, F2O1SI1, F2O2, F2O2_FOOF, F2SI1, F2SR1, F2ZN1, F3LI3, F3NA3, F3SI1, F4MG2, F4SI1, F4ZN2, K, K1LI1, K1NA1, K1O1, K2, K2O1, K2O2, LI, LI1NA1, LI1NA1O1, LI1O1, LI2, LI2O1, LI2O2, MG, MG1O1, MG2, NA, NA1O1, NA2, NA2O1, NA2O2, O, O1SI1, O1SR1, O1ZN1, O2, O2SI1, O2SI2, O3, SI, SI2, SI3, SR, SR2, ZN)1 | |
|
IONIC_LIQ |
Liquid | Molten salt | 2 | (CA+2, K+1, LI+1, MG+2, NA+1, SR+2, ZN+2)P(ALCL3, ALCL4-1, ALF3, ALF4-1, ALF6-3, ALO3/2, CL-1, F-1, O-2, SICL4, SIF4, SIF6-2, SIO2, SIO4-4, ZNCL2, ZNF2)Q |