List of Solutions and Compounds in FToxid

List of 112 Solutions and 553 Compounds in FToxid

List of 112 Solutions

1. FToxid-aC2S
a-(Ca,Sr)2SiO4 (alpha-(Ca,Sr)2SiO4); dilute Fe,Mg,Mn,B,Ba,K,Li.
CaF2 solubility is fictive to reproduce liquidus of C2S in the CaO-SiO2-CaF2 system

2. FToxid-b_Al
KAl9O14 Beta-alumina solution dissolving Mg (replaces KAl9O14 compound)
(K, Va)(K,Va)(Al, Mg)2(O, Va) Al9O17

3. FToxid-Ba8A
Ba8Al2O11 , dilute Ca8Al2O11, Sr8Al2O11
Ba8Al2O11 , dilute Ca8Al2O11, Sr8Al2O11

4. FToxid-BaAl
Low-T-BaAl2O4 , dilute CaAl2O4, SrAl2O4
Low-T-BaAl2O4 , dilute CaAl2O4, SrAl2O4

5. FToxid-BaB2
BaB2O4 , dilute SrB2O4 and CaB2O4
BaB2O4 , dilute SrB2O4 and CaB2O4

6. FToxid-BaB8
BaB8O13 , dilute CaB8O13 and SrB8O13
BaB8O13 , dilute CaB8O13 and SrB8O13

7. FToxid-bAlu
Beta-alumina solid solution
Beta-alumina solid solution

8. FToxid-BaSi
BaSiO3 solid solution, dilute CaSiO3, SrSiO3
BaSiO3 solid solution, dilute CaSiO3, SrSiO3

9. FToxid-bbAl
K2Al12O19 Beta"-alumina solution dissolving Mg (replaces K2Al12O19 compound)
(K, Va)(K,Va)(Al, Mg)2(O, Va) Al9O17

10. FToxid-bC2S
a'(Ca,Sr,Ba)2SiO4 (alpha-prime (Ca,Sr,Ba)2SiO4); dilute Mg,Fe,Mn,Pb,Zn,B,K,Li.
CaF2 solubility is fictive to reproduce liquidus of C2S in the CaO-SiO2-CaF2 system

11. FToxid-BCSO
Ba2Ca(Ba,Ca)Si2O8 known as T-phase
Ba2Ca(Ba,Ca)Si2O8 known as T-phase

12. FToxid-Bixb
Mn2O3(Bixbyite) cubic Mn2O3 dilute in Fe2O3, Cr2O3 and Al2O3.
Mn2O3(Bixbyite) cubic Mn2O3 dilute in Fe2O3, Cr2O3 and Al2O3.

13. FToxid-Brau
Braunite_Mn7SiO12 with excess Mn2O3 and MgO: [(Mn2,MgSi)3O9]{(Mn2,MnSi)O3}
Braunite_Mn7SiO12 with excess Mn2O3 and MgO: [(Mn2,MgSi)3O9]{(Mn2,MnSi)O3}

14. FToxid-Bred
Bredigite Ca3(Ca,Mg)4Mg(SiO4)4
Bredigite Ca3(Ca,Mg)4Mg(SiO4)4

15. FToxid-C2AF
Ca2(Al,Fe)2O5 Ca2Fe2O5; dilute Ca2Al2O5
Ca2(Al,Fe)2O5 Ca2Fe2O5; dilute Ca2Al2O5

16. FToxid-C2BM
Ca2BaMgSi2O8 , [Ca,Ba]2[Ba,Ca]MgSi2O8
Ca2BaMgSi2O8 , [Ca,Ba]2[Ba,Ca]MgSi2O8

17. FToxid-C2SP
a-C2S-C3P solid solution: complete solid solution at high temperature
a-C2S-C3P solid solution: complete solid solution at high temperature

18. FToxid-C3A1
(Ca,Na2)Ca8Al6O18 solid solution, Ca3Al2O6-rich
(Ca,Na2)Ca8Al6O18 solid solution, Ca3Al2O6-rich

19. FToxid-C3AF
Ca3(Al,Fe)2O6 Ca3Al2O6; dilute Ca3Fe2O6
Ca3(Al,Fe)2O6 Ca3Al2O6; dilute Ca3Fe2O6

20. FToxid-C3Pa
alpha-Ca3P2O8 : medium-T solid solution (Ca,Mg)3P2O8
alpha-Ca3P2O8 : medium-T solid solution (Ca,Mg)3P2O8

21. FToxid-C3Pb
beta-Ca3P2O8 : low-T solid solution (Ca,Mg)3P2O8
beta-Ca3P2O8 : low-T solid solution (Ca,Mg)3P2O8

22. FToxid-C3Pr
alpha'-Ca3P2O8 : alpha-prime high-T solid solution (Ca,Mg)3P2O8
alpha'-Ca3P2O8 : alpha-prime high-T solid solution (Ca,Mg)3P2O8

23. FToxid-C3Si
Ca3SiO5 , dilute Sr3SiO5
Ca3SiO5 , dilute Sr3SiO5

24. FToxid-CaAl
CaAl2O4 , dilute BaAl2O4, SrAl2O4
CaAl2O4 , dilute BaAl2O4, SrAl2O4

25. FToxid-CAF1
Ca(Al,Fe)2O4 Possible miscibility gap (use [I] option).
Ca(Al,Fe)2O4 Possible miscibility gap (use [I] option).

26. FToxid-CAF2
Ca(Al,Fe)4O7 CaAl4O7; dilute CaFe4O7
Ca(Al,Fe)4O7 CaAl4O7; dilute CaFe4O7

27. FToxid-CAF3
Ca(Al,Fe)6O10 T-phase (pure end-members are not stable)
Ca(Al,Fe)6O10 T-phase (pure end-members are not stable)

28. FToxid-CAF6
Ca(Al,Fe)12O19 CaAl12O19; dilute CaFe12O19
Ca(Al,Fe)12O19 CaAl12O19; dilute CaFe12O19

29. FToxid-CaFh
CaF2-HT : high-T CaF2 containing small amount of CaO
CaF2-HT : high-T CaF2 containing small amount of CaO

30. FToxid-CaFl
CaF2-LT : low-T CaF2 containing small amount of CaO
CaF2-LT : low-T CaF2 containing small amount of CaO

31. FToxid-CAFS
Ca2(Al,Fe)8SiO16 X-phase: (CaO)2[(Al,Fe)2O3]4SiO2
Ca2(Al,Fe)8SiO16 X-phase: (CaO)2[(Al,Fe)2O3]4SiO2

32. FToxid-Carn
Carnegieite Non-stoichiometric high-T NaAlSiO4, dissolving excess SiO2, K, Fe and Ca
Carnegieite Non-stoichiometric high-T NaAlSiO4, dissolving excess SiO2, K, Fe and Ca

33. FToxid-CaSp
CaSpinel Ca(Cr,Fe)2O4
CaSpinel Ca(Cr,Fe)2O4

34. FToxid-CaTi
Ca3Ti2O7-Ca3Ti2O6 solid solution
Ca3Ti2O7-Ca3Ti2O6 solid solution

35. FToxid-CMPc
(Ca,Mg)3Mg3P4O16 : Ca3Mg3P4O16-based solid solution in Ca3P2O8-Mg3P2O8 section
(Ca,Mg)3Mg3P4O16 : Ca3Mg3P4O16-based solid solution in Ca3P2O8-Mg3P2O8 section

36. FToxid-Cord
Cordierite Al4(Mg,Fe)2Si5O18
Cordierite Al4(Mg,Fe)2Si5O18

37. FToxid-CORU
M2O3(Corundum) Al2O3-Cr2O3-Fe2O3-V2O3 solid solution; Dilute Mn2O3, Ti2O3, V2O4, NiO
Possible miscibility gap (use I option).

38. FToxid-cPyr
Clinopyroxene (Ca,Sr,Mg,Fe,Ni,Zn,Mn,Na)[Mg,Ni,Zn,Mn,Fe,Fe3+,Al]{Al,Fe3+,Si}SiO6
Possible mis. gap when Ca is present (use I option). Never use FTOxid-cPyr??

39. FToxid-EucH
LiAlSiO4_high-T beta-Eucryptite LiAlSiO4 with excess SiO2
LiAlSiO4_high-T beta-Eucryptite LiAlSiO4 with excess SiO2

40. FToxid-EucL
LiAlSiO4_low-T Non-stoichiometric alpha-Eucryptite LiAlSiO4 with excess SiO2
LiAlSiO4_low-T Non-stoichiometric alpha-Eucryptite LiAlSiO4 with excess SiO2

41. FToxid-EucM
LiAlSiO4-metastable with excess SiO2, alpha-quartz related structure
LiAlSiO4-metastable with excess SiO2, alpha-quartz related structure

42. FToxid-Feld
Feldspar NaAlSi3O8-NaFeSi3O8-KAlSi3O8-CaAl2Si2O8-SrAl2Si2O8-BaAl2Si2O8
Possible miscibility gap (use I-option)

43. FToxid-GARN
Garnets Ca3(Cr,Al)2Si3O12
Garnets Ca3(Cr,Al)2Si3O12

44. FToxid-ILME
Ilmenite solid solution extending to Ti2O3:
FeTiO3-MgTiO3-MnTiO3-Ti2O3, dilute Al2O3, Fe2O3. Use I option if Mn is present.

45. FToxid-KA_H
KAlO2-HT Non-stoichiometric high-T KAlO2-K2MgSiO4 solution with excess SiO2
KAlO2-HT Non-stoichiometric high-T KAlO2-K2MgSiO4 solution with excess SiO2

46. FToxid-KA_L
KAlO2-LT Non-stoichiometric low-T KAlO2-K2MgSi2O4 solution with excess SiO2
KAlO2-LT Non-stoichiometric low-T KAlO2-K2MgSi2O4 solution with excess SiO2

47. FToxid-KASH
KAlSiO4-HT Non-stoichiometric high-T Kalsilite, KAlSiO4-K2MgSi3O8,
dissolving excess SiO2, Na and Ca

48. FToxid-KCS1
K2CaSiO4 with small solubility of Na2CaSiO4, K2MgSiO4 and Na2MgSiO4
(K,Na)2(Ca,Mg)SiO4

49. FToxid-LAS2
beta-LiAlSi2O6 High-T beta-spodumene solid solution with excess SiO2
beta-LiAlSi2O6 High-T beta-spodumene solid solution with excess SiO2

50. FToxid-LcPy
LowClinopyroxene {Ca,Mg}1{Mg}1(Si)2(O)6
Possible miscibility gap (use I option).

51. FToxid-LEU1
Leucite K2Al2Si4O12-K2MgSi5O12
Leucite K2Al2Si4O12-K2MgSi5O12

52. FToxid-LiF_
LiF solution; dilute MgF2
LiF solution; dilute MgF2

53. FToxid-LM2S
Li2(Li2,Mg)SiO4 solution; dilute Na4SiO4
Miscibility gap between Li4SiO4 and Li2MgSiO4 (use I-option)

54. FToxid-LS2h
Li2Si2O5_high-T solution; dilute K2Si2O5 and Na2Si2O5
Li2Si2O5_high-T solution; dilute K2Si2O5 and Na2Si2O5

55. FToxid-LS2l
Li2Si2O5_low-T solution; dilute K2Si2O5 and Na2Si2O5
Li2Si2O5_low-T solution; dilute K2Si2O5 and Na2Si2O5

56. FToxid-M2Pa
Mg2P2O7-HT : high-T Mg2P2O7-rich solid solution (Mg,Ca)2P2O7
Mg2P2O7-HT : high-T Mg2P2O7-rich solid solution (Mg,Ca)2P2O7

57. FToxid-M3Pa
Mg3P2O8 : Mg3P2O8-rich solid solution (Mg,Ca)3P2O8
Mg3P2O8 : Mg3P2O8-rich solid solution (Mg,Ca)3P2O8

58. FToxid-M3Si
(Ba,Sr)3SiO5 , dilute Ca3SiO5
(Ba,Sr)3SiO5 , dilute Ca3SiO5

59. FToxid-Me3A
(Ca,Sr,Ba)3Al2O6 cubic phase
(Ca,Sr,Ba)3Al2O6 cubic phase

60. FToxid-Me4A
(Sr,Ba)4Al2O7 , dilute Ca4Al2O7
(Sr,Ba)4Al2O7 , dilute Ca4Al2O7

61. FToxid-MeA2
(Ca,Sr)Al4O7
(Ca,Sr)Al4O7

62. FToxid-MeA6
(Ca,Sr,Ba)Al12O19 solid solution with magnetoplumbite structure
(Ca,Sr,Ba)Al12O19 solid solution with magnetoplumbite structure

63. FToxid-MeAl
High-T-(Ba,Sr)Al2O4 , dilute CaAl2O4
High-T-(Ba,Sr)Al2O4 , dilute CaAl2O4

64. FToxid-MeB2
(Ca,Sr)B2O4 , dilute BaB2O4
(Ca,Sr)B2O4 , dilute BaB2O4

65. FToxid-Mel_
Melilite (Ca,Sr,Ba,Pb,Na)2[Zn,Mg,Ni,Fe2+,Fe3+,Al,B]{Fe3+,Al,B,Si}2O7
Never use Mel_??

66. FToxid-MeO_
Monoxide Rocksalt-structure. Fe(2),Ca,Sr,Ba,Mg,Ni,Co,Mn(2); dilute Zn,Al,Cr,Fe(3),Mn(3),Cu,Zr,Ti(3,4),Na,Li,V.
Mis. gap if CaO, SrO or BaO is present (use I option). Replaces MONO.

67. FToxid-Merw
Merwinite (Ca,Sr,Ba)3MgSi2O8
Merwinite (Ca,Sr,Ba)3MgSi2O8

68. FToxid-MgF2
MgF2 solution; dilute LiF
MgF2 solution; dilute LiF

69. FToxid-Mull
Mullite [Al,Fe]2[Al,Si,B,Fe][O,Va]5, accounts for non-stoichiometry.
Replaces MULL and MulF. Use [I] option.

70. FToxid-N2S_
Na4SiO4 solution; dilute Li4SiO4
Na4SiO4 solution; dilute Li4SiO4

71. FToxid-N3S8
Na6Si8O19 solution; dilute Li6Si8O19
Na6Si8O19 solution; dilute Li6Si8O19

72. FToxid-NAF6
beta''-Al2O3 (Na2[Al,Fe]12O19)
beta''-Al2O3 (Na2[Al,Fe]12O19)

73. FToxid-NASh
(Na,Li)(Al,Fe)O2-HT Non-stoichiometric high-T (Na)(Al,Fe)O2 or (Na,Li)(Al)O2 with excess SiO2
(Na,Li)(Al,Fe)O2-HT Non-stoichiometric high-T (Na)(Al,Fe)O2 or (Na,Li)(Al)O2 with excess SiO2

74. FToxid-NASl
(Na,Li)(Al,Fe)O2-LT Non-stoichiometric low-T (Na)(Al,Fe)O2 or (Na,Li)(Al)O2 with excess SiO2
Miscibilty gap between NaAlO2 and NaFeO2 below 500 C

75. FToxid-NCA2
Na2CaAl4O8 solid solution Na2(Na2,Ca)Al4O8
Na2CaAl4O8 solid solution Na2(Na2,Ca)Al4O8

76. FToxid-NCSO
Combeite Na2Ca2Si3O9 solid solution (Na2,Ca)Na2(Ca,Na2)3CaSi6O18
Combeite Na2Ca2Si3O9 solid solution (Na2,Ca)Na2(Ca,Na2)3CaSi6O18

77. FToxid-Neph
Nepheline Non-stoichiometric low-T NaAlSiO4-KAlSiO4, dissolving excess SiO2, Ca and Fe
Miscibility gap below 1000C (use I-option)

78. FToxid-NeSO
(K,Na,Li)2SiO3 metasilicate solid solution
Miscibility gap, use [I-option]

79. FToxid-NS2h
(Na,K)2Si2O5_high-T solution; dilute Li2Si2O5
(Na,K)2Si2O5_high-T solution; dilute Li2Si2O5

80. FToxid-NS2i
(Na,K)2Si2O5_mid-T solution; dilute Li2Si2O5
(Na,K)2Si2O5_mid-T solution; dilute Li2Si2O5

81. FToxid-NS2l
(Na,K)2Si2O5_low-T solution; dilute Li2Si2O5
(Na,K)2Si2O5_low-T solution; dilute Li2Si2O5

82. FToxid-Oliv
Olivine [Ca,Mg,Fe,Mn,Co,Zn,Ni,Cr,Li2]1[Ca,Mg,Fe,Mn,Co,Zn,Ni,Cr,Li2]1[Si]1[O]4.
Possible mis. gap if Ca is present (use I option). Never use FTOxid-Oliv??.

83. FToxid-oPyr
Orthopyroxene (Ca,Mg,Fe,Ni,Zn,Mn)[Mg,Fe,Fe3+,Al,Ni,Zn,Mn]{Al,Fe3+,Si}SiO6
Possible miscibility gap when Ca is present (use I option).

84. FToxid-PbO_
PbO-ZnO solid solution (formerly PbO). PbO; dilute ZnO.
PbO-ZnO solid solution (formerly PbO). PbO; dilute ZnO.

85. FToxid-PCSi
Pb3M2Si3O11 solid solution: Pb3(Pb,Ca)2Si3O11
Pb3M2Si3O11 solid solution: Pb3(Pb,Ca)2Si3O11

86. FToxid-PERO
Perovskite Ca2Ti2O6-Ca2Ti2O5 solution dissolving Ca2Fe2O5
Perovskite Ca2Ti2O6-Ca2Ti2O5 solution dissolving Ca2Fe2O5

87. FToxid-P-Mn
Pyroxmangite MnSiO3-MgSiO3 stable at ~10-50 mol % MnSiO3
Pyroxmangite MnSiO3-MgSiO3 stable at ~10-50 mol % MnSiO3

88. FToxid-pPyr
Protopyroxene (Ca,Mg,Fe,Ni,Zn,Mn)[Mg,Fe,Fe3+,Al,Ni,Zn,Mn]{Al,Fe3+,Si}SiO6
Possible mis. gap when Ca is present (use I option). Never use FTOxid-pPyr??

89. FToxid-PSBR
Pseudobrookite Fe2TiO5-FeTi2O5-Ti3O5-Al2TiO5-MgTi2O5-MnTi2O5. Use [I] option
(Mg,Mn2+,Al,Fe2+,Fe3+,Ti3+,Ti4+)(Mg,Mn2+,Al,Fe2+,Fe3+,Ti3+,Ti4+)2O5

90. FToxid-PsWo
Pseudo-Wollastonite (Ca,Sr)SiO3, dilute BaSiO3
Pseudo-Wollastonite (Ca,Sr)SiO3, dilute BaSiO3

91. FToxid-Qrtz
Quartz solid solution SiO2-GeO2.
Quartz solid solution SiO2-GeO2.

92. FToxid-ReAl
Re2O3+Al2O3_liquid (Re = rare earths) where Re = La, Ce, Pr, Nd, Pm, Sm,
Eu,Gd,Tb,Dy,Ho,Er,Tm,Yb,Lu and Al (Do not use simultaneously with SLAG or SLUG)

93. FToxid-Rhod
Rhodonite MnSiO3; dilute CaSiO3, CoSiO3, FeSiO3, NiSiO3 and MgSiO3
Replaces FTOxid-MnPy.

94. FToxid-Roed
Roedderite (Na,K)2Mg5Si12O30
Roedderite (Na,K)2Mg5Si12O30

95. FToxid-SLAG
Slag-liq oxide Al,As,B,Ba,Ca,Co,Cr,Cu,Fe,Ge,K,Li,Mg,Mn,Na,Ni,P,Pb,Si,Sn,Sr,Ti,V,Zn,Zr + dilute S and F
Miscibility gap at high SiO2, use [I] option.

96. FToxid-SLUG
Slag-liq oxide Al,As,B,Ca,Co,Cr,Cu,Fe,Ge,K,Mg,Mn,Na,Ni,Pb,Si,Sn,Ti,Zn,Zr.+dilute
S,SO4,PO4,H2O/OH,CO3,F,Cl,I,C,N,CN (Mis.gap at high SiO2, use [I] option).

97. FToxid-SPIN
Spinel (Cubic) Al-Co-Cr-Fe-Mg-Ni-Zn-O or Al-Cr-Fe-Mg-Mn-O or Al-Co-Cu-Ca-Fe-Mg-Ni-Zn-O
Mis. gap if Al,Fe(3),Cr(3),Mn(3)-rich (use I-option). Never use FTOxid-SPIN??.

98. FToxid-SPLA
LiAl5O8-MgAl2O4 spinel solution
Do not use with SPIN

99. FToxid-SP-V
V_Spinel Cubic V-containing spinel: (Fe2+,Fe3+,Mg2+,Al,V3+)[Fe2+,Fe3+,Mg2+,Al,V3+,Va]2O4
V_Spinel Cubic V-containing spinel: (Fe2+,Fe3+,Mg2+,Al,V3+)[Fe2+,Fe3+,Mg2+,Al,V3+,Va]2O4

100. FToxid-SrAl
Low-T-SrAl2O4 , dilute CaAl2O4, BaAl2O4
Low-T-SrAl2O4 , dilute CaAl2O4, BaAl2O4

101. FToxid-TiO2
Rutile TiO2 solution; dilute Ti2O3, ZrO2, Fe2O3, Al2O3, MnO
Valid only when TiO2-rich

102. FToxid-TiSP
Ti-Spinel Cubic (Mg,Fe2+,Fe3+,Mn2+,Al3+)[Mg,Fe2+,Fe3+,Mn2+,Mn3+,Mn4+,Ti3+,Ti4+,Al3+,Va]2O4
Use [I] option. Select only for Ti-containing systems. Otherwise, use SPIN

103. FToxid-TSpi
Tetragonal-Spinel (Low-temperature Mn3O4 dissolving Fe, Mg, Cr, Ti and Al).
Stable below 1445K. Possible miscibility gap (use I-option). Never use FTOxid-TSpi??.

104. FToxid-VFeO
(V,Fe)O2 VO2; dilute FeVO4
(V,Fe)O2 VO2; dilute FeVO4

105. FToxid-VO__
VO ; dilute V2O3
Valid only when VO-rich

106. FToxid-Wals
Walstromite , nonstoichiometric BaCa2Si3O9, dilute SrSiO3
[Ca,Ba,Sr][Ba,Ca,Sr]CaSi3O9

107. FToxid-WILL
Willemite (Zn,Fe2+,Mg,Ni)[Zn,Fe2+,Mg,Ni]SiO4, Zn2SiO4-rich only.
Replaces solutions WILL and WILF.

108. FToxid-WOLL
Wollastonite, CaSiO3; dilute MgSiO3, FeSiO3, MnSiO3, BaSiO3, SrSiO3
Wollastonite, CaSiO3; dilute MgSiO3, FeSiO3, MnSiO3, BaSiO3, SrSiO3

109. FToxid-ZNIT
Zincite ZnO; dilute CoO, FeO, Fe2O3, MgO, MnO, NiO.
Phase must be rich in ZnO, otherwise invalid.

110. FToxid-ZrOc
ZrO2-cubic solution, valid only when ZrO2-rich.
ZrO2; dilute Al2O3, CaO, FeO, MgO, MnO, TiO2

111. FToxid-ZrOm
ZrO2-monoclinic solution, valid only when ZrO2-rich
ZrO2; dilute CaO, MgO, MnO

112. FToxid-ZrOt
ZrO2-tetragonal solution, valid only when ZrO2-rich
ZrO2; dilute Al2O3, CaO, FeO, MgO, MnO, TiO2

List of 553 Compounds

Al₁₁O₁₈Ce	s	Al₁₁O₁₈Nd	s	Al₁₁O₁₈Pm	s
Al₁₁O₁₈Pr	s	Al₂Ce₄O₉	s	Al₂Er₄O₉	s
Al₂Eu₄O₉	s	Al₂Fe₂O₆	s	Al₂Gd₄O₉	s
Al₂Ho₄O₉	s	Al₂La₄O₉	s	Al₂Lu₄O₉	s
Al₂Nd₄O₉	s	Al₂O₃	s₁-s₄,l	(Al₂O₃)₂(B₂O₃)	s
(Al₂O₃)₉(B₂O₃)₂	s	Al₂Pm₄O₉	s	Al₂Pr₄O₉	s
Al₂Si₂O₇	s	Al₂Sm₄O₉	s	Al₂₂Mg₃₉Zr₁₄O₁₀₀	s
Al₅Ce₃O₁₂	s	Al₅Er₃O₁₂	s	Al₅Eu₃O₁₂	s
Al₅Gd₃O₁₂	s	Al₅La₃O₁₂	s	Al₅Lu₃O₁₂	s
Al₅Nd₃O₁₂	s	Al₅Pm₃O₁₂	s	Al₅Pr₃O₁₂	s
Al₅Sm₃O₁₂	s	Al₅Yb₃O₁₂	s	Al₇La₃₃O₆₀	s
AlCeO₃	s	AlDyO₃	s	AlErO₃	s
AlEuO₃	s	AlF₃	s₁,s₂,l	AlGdO₃	s
AlLaO₃	s	AlLuO₃	s	AlNdO₃	s
AlP₃O₉	s	AlPmO₃	s	AlPO₄	s₁-s₄
AlPrO₃	s	AlSmO₃	s	AlTbO₃	s
AlTmO₃	s	AlYbO₃	s	As₂O₃	s₁,s₂,l
B₂O₃	s,l	Ba₁₀Al₂O₁₃	s	Ba₁₁Al₁₀₀O₁₆₁	s
Ba₂Al₂B₈O₁₇	s	Ba₂B₁₀O₁₇	s	Ba₂B₂O₅	s
Ba₂Ca₄Si₃O₁₂	s	Ba₂Ca₅B₁₀O₂₂	s	Ba₂Ca₆Si₄O₁₆	s
Ba₂CaB₂O₆	s	Ba₂CaB₆O₁₂	s	Ba₂MgSi₂O₇	s
Ba₂P₂O₇	s₁,s₂	Ba₂Si₃O₈	s	Ba₂SiO₄	s
Ba₃Al₂O₆	s	Ba₃Al₄B₄O₁₅	s	Ba₃Al₄₄O₆₉	s
Ba₃B₂O₆	s	Ba₃B₆Si₂O₁₆	s	Ba₃CaAl₂O₇	s
Ba₃MgSi₂O₈	s	Ba₃P₂O₈	s₁,s₂	Ba₃Si₅O₁₃	s
Ba₃SiO₅	s	Ba₄Al₂O₇	s	Ba₄B₂O₇	s
Ba₄P₂O₉	s	Ba₅Al₂O₈	s	Ba₅Al₄B₁₂O₂₉	s
Ba₅Si₈O₂₁	s	Ba₇Al₂O₁₀	s	Ba₈Al₂O₁₁	s
BaAl₁₀MgO₁₇	s	BaAl₂B₂O₇	s	BaAl₂B₄O₁₀	s
BaAl₂O₄	s₁,s₂	BaAl₂Si₂O₈	s₁,s₂	BaAl₂SiO₆	s
BaB₂O₄	s	BaB₄O₇	s	BaB₈O₁₃	s
BaCa₂Al₈O₁₅	s	BaMg₂Si₂O₇	s	BaMg₃Al₁₄O₂₅	s
BaMgSi₃O₈	s	BaMgSiO₄	s	BaO	s,l
BaP₂O₆	s	BaP₄O₁₁	s	BaSi₂O₅	s
BaSiO₃	s	BaSrSi₃O₈	s	Ca₁₀Si₃F₂O₁₅	s
Ca₁₁B₂Si₄O₂₂	s₁,s₂	Ca₁₂Al₁₄F₂O₃₂	s	Ca₁₃Al₁₂Zr₂O₃₅	s
Ca₂Al₂SiO₇	s	Ca₂AlF₇	s	Ca₂B₂O₅	s₁,s₂
Ca₂B₂SiO₇	s	(Ca₂Cr₃)Cr₁₀O₂₀	s	Ca₂Fe₂O₅	s
Ca₂FeSi₂O₇	s	Ca₂Mg₂Al₂₈O₄₆	s	Ca₂MgSi₂O₇	s
Ca₂Mn₃O₈	s	Ca₂MnO₄	s	Ca₂P₂O₇	s₁-s₃
Ca₂P₆O₁₇	s	Ca₂SiO₄	s₁-s₃	Ca₂Ti₂O₅	s₁,s₂
Ca₂V₂O₇	s	Ca₂ZnSi₂O₇	s	Ca₂ZrSi₄O₁₂	s
Ca₃Al₂O₆	s	Ca₃Al₂Si₃O₁₂	s	Ca₃B₂O₆	s
Ca₃Cr₂Si₃O₁₂	s	Ca₃Fe₂Si₃O₁₂	s	Ca₃Mg₃(PO₄)₄	s
Ca₃MgAl₄O₁₀	s	Ca₃MgSi₂O₈	s	Ca₃Mn₂O₇	s
Ca₃P₂O₈	s₁-s₃	Ca₃Si₂O₇	s	Ca₃SiO₅	s
Ca₃Ti₂O₆	s	Ca₃Ti₂O₇	s	Ca₃Ti₂Si₃O₁₂	s
Ca₃Ti₈Al₁₂O₃₇	s	Ca₃V₂O₆	s	Ca₃V₂O₈	s
Ca₃ZrSi₂O₉	s	Ca₄Al₆F₂O₁₂	s	Ca₄Mg₂P₆O₂₁	s
Ca₄Mn₃O₁₀	s	Ca₄P₂O₉	s₁,s₂	Ca₄P₆O₁₉	s
Ca₄Si₂F₂O₇	s	Ca₄Ti₃O₁₀	s	Ca₄V₂O₉	s
Ca₅P₂SiO₁₂	s	Ca₅Si₂F₂O₈	s	Ca₆Zr₁₉O₄₄	s
Ca₇P₂Si₂O₁₆	s	Ca₇V₄O₁₇	s	CaAl₁₂O₁₉	s
CaAl₂B₂O₇	s	CaAl₂O₄	s	CaAl₂Si₂O₈	s₁,s₂
CaAl₂SiO₆	s	CaAl₄O₇	s	CaAlF₅	s₁,s₂
CaB₂O₄	s	CaB₂Si₂O₈	s	CaB₄O₇	s
(CaCr)Si₄O₁₀	s	CaCr₂O₄	s₁,s₂	CaF₂	s₁,s₂,l
CaFe₂O₄	s	CaFe₄O₇	s	CaFeSi₂O₆	s
CaMg₂Al₁₆O₂₇	s	CaMgSi₂O₆	s	CaMn₂O₄	s
CaMn₃O₆	s	CaMn₄O₈	s	CaMn₇O₁₂	s
CaMnO₃	s	CaO	s,l	(CaO)₂(Al₂O₃)(B₂O₃)	s
(CaO)₂(PbO₂)	s	CaP₂O₆	s₁-s₃	CaP₄O₁₁	s₁,s₂
CaSiO₃	s₁,s₂	CaSiTiO₅	s₁,s₂	CaTiO₃	s₁-s₃
CaV₂O₄	s	CaV₂O₆	s	CaVO₂	s
CaVO₃	s	CaZr₄O₉	s	CaZrO₃	s₁,s₂
Ce₂O₃	s,l	Co₂SiO₄	s	CoO	s,l
Cr₂O₃	s,l	CrO	l	Cu₂Al₂O₄	s
Cu₂CoO₃	s	Cu₂O	s	CuAlO₂	s
CuFe₂O₄	s	CuFeO₂	s	CuO	s
Dy₂O₃	s,l	Dy₃Al₅O₁₂	s	Dy₄Al₂O₉	s
Er₂O₃	s₁,s₂,l	Eu₂O₃	s₁,s₂,l	Fe₁₀P₆O₂₆	s
Fe₁₈P₂O₂₄	s	Fe₂Al₄Si₅O₁₈	s	Fe₂O₃	s₁-s₃
Fe₂P₂O₇	s	Fe₂P₂O₈	s	Fe₂P₆O₁₈	s
Fe₂SiO₄	s₁-s₃	Fe₂V₄O₁₃	s	Fe₃Al₂Si₃O₁₂	s
Fe₃P₂O₈	s₁,s₂	Fe₄P₂O₁₀	s	Fe₄P₆O₂₁	s
Fe₆P₂O₁₄	s	Fe₇P₆O₂₄	s	FeP₂O₆	s
FeSiO₃	s₁-s₃	FeV₂O₄	s	FeV₂O₆	s
FeV₆O₁₅	s	FeVO₄	s	Gd₂O₃	s,l
GeO₂	s₁,s₂,l	Ho₂O₃	s₁,s₂,l	Ho₃Al₅O₁₂	s
HoAlO₃	s	K₁₀Li₄Si₇O₂₁	s	K₁₀Mg₅Si₁₁O₃₂	s
K₂AlF₅	s	K₂Ca₂Si₂O₇	s	K₂Ca₂Si₉O₂₁	s
K₂Ca₃Si₆O₁₆	s	K₂Ca₆Si₄O₁₅	s	K₂CaSiO₄	s
K₂Mg₅Si₁₂O₃₀	s	K₂MgF₄	s	K₂MgSi₃O₈	s₁,s₂
K₂MgSi₅O₁₂	s	K₂MgSiO₄	s₁,s₂	K₂O	s,l
K₂Si₂O₅	s₁-s₃	K₂Si₄O₉	s₁,s₂	K₂SiF₆	s
K₂SiO₃	s	K₂Ti₂O₅	s	K₂Ti₂Si₂O₉	s
K₂Ti₃O₇	s	K₂Ti₆O₁₃	s	K₂TiO₃	s
K₂TiSi₂O₇	s	K₂TiSi₄O₁₁	s	K₂TiSiO₅	s
K₃AlF₆	s	K₃LiSiO₄	s	K₃PO₄	s₁-s₃
K₃SiF₇	s	K₄Ca₃Al₁₀O₂₀	s	K₄CaSi₃O₉	s
K₄CaSi₆O₁₅	s	K₄Li₂Si₆O₁₅	s	K₄Mg₂Si₅O₁₄	s
K₄P₂O₇	s₁-s₄	K₄SiO₄	s	K₄TiO₄	s
K₅P₃O₁₀	s₁,s₂	K₆MgO₄	s	K₈CaSi₁₀O₂₅	s
K₈Ti₅O₁₄	s	KAl₄F₁₃	s	KAlF₄	s
KAlO₂	s₁,s₂	KAlSi₂O₆	s	KAlSi₃O₈	s
KAlSiO₄	s₁,s₂	KCaF₃	s	KF	s,l
KLi₃SiO₄	s	KLiSi₂O₅	s	KMg₂Al₁₅O₂₅	s
KMgF₃	s	KPO₃	s₁-s₃	La₂O₃	s,l
LaAl₁₁O₁₈	s	Li₂Ca₂Si₂O₇	s	Li₂Ca₃Si₆O₁₆	s
Li₂Ca₄Si₄O₁₃	s	Li₂CaSiO₄	s	Li₂MgSiO₄	s
Li₂O	s,l	Li₂O₂	s	Li₂Si₂O₅	s₁,s₂
Li₂SiF₆	s	Li₂SiO₃	s	Li₂SiO₃(LiF)₂	s
Li₂Ti₃O₇	s	Li₂TiO₃	s₁,s₂	Li₂TiSiO₅	s
Li₂ZrO₃	s	Li₃AlF₆	s₁-s₃	Li₃NaSiO₄	s
Li₃PO₄	s	Li₄P₂O₇	s	Li₄SiO₄	s
Li₄Ti₅O₁₂	s	Li₄TiO₄	s	Li₅AlO₄	s
Li₅P₃O₁₀	s	Li₆Si₂O₇	s	Li₈SiO₆	s
Li₈ZrO₆	s	LiAl₁₁O₁₇	s	LiAl₅O₈	s
LiAl₇O₁₁	s	LiAlO₂	s₁,s₂	LiAlSi₂O₆	s₁,s₂
LiAlSi₄O₁₀	s	LiAlSiO₄	s₁,s₂	LiF	s,l
LiPO₃	s	Lu₂O₃	s,l	Mg₂Al₄Si₅O₁₈	s
Mg₂B₂O₅	s	Mg₂P₂O₇	s₁,s₂	Mg₂SiO₄	s₁-s₃
Mg₂V₂O₇	s	Mg₃Al₂Si₃O₁₂	s	Mg₃B₂O₆	s
Mg₃P₂O₈	s	Mg₃SiF₂O₄	s	Mg₃V₂O₈	s
Mg₄Al₁₀Si₂O₂₃	s	Mg₅Si₂F₂O₈	s	Mg₆MnO₈	s
Mg₉Si₄F₂O₁₆	s	MgB₄O₇	s	MgF₂	s
MgO	s,l	MgP₂O₆	s	MgP₄O₁₁	s
MgSiO₃	s₁-s₇	MgV₂O₆	s	Mn₂Al₄Si₅O₁₈	s
Mn₂B₂O₅	s	Mn₂B₆O₁₁	s	Mn₂O₃	s₁,s₂
Mn₂P₂O₇	s	Mn₂SiO₄	s	Mn₃Al₂Si₃O₁₂	s
Mn₃B₂O₆	s	Mn₃P₂O₈	s	MnB₂O₄	s
MnB₄O₇	s	MnB₆O₁₀	s	MnO	s,l
MnO₂	s	MnP₂O₆	s	MnSiO₃	s
Na₁₀SiO₇	s	Na₁₂Mg₄P₁₀O₃₅	s	Na₁₈Si₆P₄O₃₁	s
Na₂Al₁₂O₁₉	s	Na₂B₄O₇	s	Na₂B₈O₁₃	s
Na₂Ca₂P₂O₈	s	Na₂Ca₂Si₂O₇	s	Na₂Ca₃Al₁₆O₂₈	s
Na₂Ca₃Si₆O₁₆	s	Na₂Ca₈Al₆O₁₈	s	Na₂CaP₂O₇	s
Na₂CaSi₅O₁₂	s	Na₂CaSiO₄	s	Na₂FeO₂	s
Na₂FeSiO₄	s	Na₂Mg₂Si₂O₇	s	Na₂Mg₂Si₆O₁₅	s
Na₂Mg₅Si₁₂O₃₀	s	Na₂MgP₂O₇	s	Na₂MgP₄O₁₂	s
Na₂MgSi₄O₁₀	s	Na₂MgSiO₄	s	Na₂O	s₁-s₃,l
Na₂Si₂O₅	s₁-s₃	Na₂SiF₆	s₁,s₂	Na₂SiO₃	s
Na₂Ti₂O₅	s	Na₂Ti₂Si₂O₉	s	Na₂Ti₃O₇	s
Na₂Ti₆O₁₃	s	Na₂TiO₃	s₁,s₂	Na₂TiSi₂O₇	s
Na₂TiSi₄O₁₁	s	Na₂TiSiO₅	s	Na₂V₁₂O₃₁	s
Na₃AlF₆	s₁,s₂	Na₃BO₃	s	Na₃Fe₅O₉	s
Na₃FeO₃	s	Na₃MgP₃O₁₀	s	Na₃PO₄	s₁,s₂
Na₃VO₄	s₁,s₂	Na₄B₂O₅	s	Na₄CaP₆O₁₈	s
Na₄CaSi₃O₉	s	Na₄Fe₆O₁₁	s	Na₄FeO₃	s
Na₄Mg₂Si₃O₁₀	s	Na₄Mg₃Si₅O₁₅	s	Na₄MgP₆O₁₈	s
Na₄P₂O₇	s₁-s₆	Na₄SiO₄	s	Na₄TiO₄	s
Na₄V₂O₇	s₁,s₂	Na₅Al₃F₁₄	s	Na₅FeO₄	s
Na₅FeSi₄O₁₂	s	Na₅P₃O₁₀	s₁,s₂	Na₅Si₂PO₉	s
Na₆Si₂O₇	s	Na₆Si₈O₁₉	s	Na₈Ca₃Si₅O₁₇	s
Na₈Fe₂O₇	s	Na₈Fe₆Si₁₅O₄₀	s	Na₈Ti₅O₁₄	s
NaAl₉O₁₄	s	NaAlO₂	s₁,s₂	NaAlSi₂O₆	s
NaAlSi₃O₈	s₁,s₂	NaAlSiO₄	s₁,s₂	NaB₃O₅	s
NaB₅O₈	s	NaB₉O₁₄	s	NaBO₂	s
NaBSiO₄	s	NaCaP₃O₉	s	NaF	s,l
NaFe₂O₃	s	NaFeO₂	s₁,s₂	NaFeSi₂O₆	s
NaMgF₃	s	NaMgP₃O₉	s	NaMgPO₄	s
NaPO₃	s₁-s₃	NaV₃O₈	s	NaVO₃	s
Nd₂O₃	s₁,s₂,l	Ni₂SiO₄	s	NiCaSi₂O₆	s
NiO	s,l	P₂O₅	s₁-s₃,l₁-l₃	P₂SiO₇	s₁-s₃
P₄Si₃O₁₆	s	Pb₁₀Fe₂Si₂O₁₇	s	Pb₂Fe₂O₅	s
Pb₂Fe₂Si₂O₉	s	Pb₂SiO₄	s₁,s₂	Pb₂ZnSi₂O₇	s
Pb₃Ca₂Si₃O₁₁	s	Pb₄SiO₆	s	Pb₈CaSi₆O₂₁	s
Pb₈ZnSi₆O₂₁	s	PbCa₂Si₃O₉	s	PbFe₁₀O₁₆	s
PbFe₄O₇	s	PbO	s₁,s₂,l	(PbO)(Al₂O₃)	s
(PbO)(Al₂O₃)₆	s	(PbO)₂(Al₂O₃)	s	PbSiO₃	s₁,s₂
PbZnSiO₄	s	Pm₂O₃	s,l	Pr₂O₃	s,l
SiAl₂F₂O₄	s	SiF₄	l	SiO₂	s₁-s₈,l
Sm₂O₃	s₁,s₂,l	SnO	s	SnO₂	s,l
Sr₂Al₂B₂O₈	s	Sr₂Al₂SiO₇	s	Sr₂B₂O₅	s
Sr₂MgSi₂O₇	s	Sr₂SiO₄	s₁-s₃	Sr₃Al₂O₆	s
Sr₃B₂O₆	s	Sr₃B₂SiO₈	s	Sr₃MgSi₂O₈	s
Sr₃SiO₅	s	Sr₄Al₁₄O₂₅	s	Sr₄Al₂O₇	s₁,s₂
Sr₅Al₂O₈	s	Sr₆Al₁₈Si₂O₃₇	s	SrAl₁₀MgO₁₇	s
SrAl₁₂O₁₉	s	SrAl₂B₂O₇	s	SrAl₂O₄	s₁,s₂
SrAl₂Si₂O₈	s	SrAl₄O₇	s	SrB₂O₄	s
SrB₄O₇	s	SrB₆O₁₀	s	SrO	s,l
SrSiO₃	s	Tb₂O₃	s,l	Tb₃Al₅O₁₂	s
Tb₄Al₂O₉	s	Ti₁₀O₁₉	s	Ti₂Al₆O₁₃	s
Ti₂O₃	s₁,s₂,l	Ti₂ZrO₆	s	Ti₂₀O₃₉	s
Ti₃O₅	s	Ti₄O₇	s	Ti₅O₉	s
Ti₆O₁₁	s	Ti₇O₁₃	s	Ti₈O₁₅	s
Ti₉O₁₇	s	TiO₂	s₁,s₂,l	Tm₂O₃	s₁-s₃,l
Tm₃Al₅O₁₂	s	Tm₄Al₂O₉	s	V₂O₃	s
V₂O₅	s,l	V₃O₅	s	V₃O₇	s
V₄O₅	s	V₄O₇	s	V₅O₉	s
V₆O₁₁	s	V₆O₁₃	s	V₇O₁₃	s
V₈O₁₅	s	VO	s,l	VO₂	s₁,s₂
Yb₂O₃	s₁-s₃,l	Yb₄Al₂O₉	s	Zn₂SiO₄	s
ZnO	s,l	ZrO₂	s₁-s₃,l	ZrSiO₄	s
ZrTiO₄	s