List of 287 Solutions and 1006 Compounds in SGTE 2011

List of 287 Solutions

1. SGTE-AGCD
AGCD_ETA
A solution phase around ca. 50 at.% in Ag-Cd. Stable between approx.500 and 730K

2. SGTE-AGSB
AGSB_ORTHO
Phase at ca. 75 at.% Ag in the Ag-Sb and Ag-Sn systems

3. SGTE-AGTI
AGTI
The equiatomic AgTi phase

4. SGTE-AGZ1
AGZN_GAMMA
Solution phase at ca. 62 at.% in the Ag-Zn system

5. SGTE-AGZ2
AGZN_ZETA
Ordered bcc phase at ca. 40 at. % Zn in the Ag-Zn system

6. SGTE-AL11
AL11_CEND3_H
High-T form of the phase at ca. 21.5 at.% in the Al-Ce and Al-Nd systems

7. SGTE-AL12
AL11_CEND3_L
Low-T form of the phase at ca. 21.5 at.% in the Al-Ce and Al-Nd systems

8. SGTE-AL13
AL13FE4
Al-Fe binary phase which dissolves Mn, Si and Zn

9. SGTE-AL14
AL12MG17
Phase at ca. 59 at.% in the Al-Mg system

10. SGTE-AL15
AL11MN4
Al-Mn phase at ca. 73 At.% Al which dissolves some Fe

11. SGTE-AL16
AL12MN
Al-Mn phase at ca. 92 at.% Al which dissolves some Fe

12. SGTE-AL2F
AL2FE
Al-Fe binary phase which dissolves some Mn

13. SGTE-AL31
AL3M_D022 [I]
Phase at ca. 75 at.% Al in Al-Ti, Al-V

14. SGTE-AL32
AL3_CEND
Phase at 75 at.% Al in the Al-Ce and Al-Nd systems

15. SGTE-AL33
AL3NB
Phase at ca.75 at.% Al in the Al-Nb system

16. SGTE-AL34
AL3NI2
Phase at ca.60 at.% Al in the Al-Ni system

17. SGTE-AL41
AL4C3
Al carbide with solubility for Si

18. SGTE-AL42
AL4MN
Al-Mn phase at ca. 80 at.% Al which dissolves some Fe

19. SGTE-AL51
AL5FE2
Al-Fe binary phase which dissolves some Mn

20. SGTE-AL52
AL5FE4
High-temperature Al-Fe phase (ca.1373-1473 K) which dissolves a little Mn

21. SGTE-AL6M
AL6MN
Al-Mn phase at ca. 86 at.% Al which dissolves some Fe

22. SGTE-AL8M
AL8MN5_D810
Phase at 50-68 at.% Al in Al-Mn. Stable to ca.1463 K. Solubility for Fe, Si.

23. SGTE-ALC1
ALCE_AMORPHOUS
Amorphous phase in the Al-Ce system

24. SGTE-ALC2
ALCU_ETA
Phase at ca. 50 at. % Cu in the Al-Cu system. Stable to ca. 920 K

25. SGTE-ALC3
ALCU_EPSILON
High-temperature binary Al-Cu phase (ca.866-1100 K)

26. SGTE-ALC4
ALCU_THETA
Phase at ca. 31-33 at.% Cu in the Al-Cu system. Stable to ca. 872 K.

27. SGTE-ALC5
ALCU_DELTA
Phase at 60 at.% Cu in the Al-Cu system.

28. SGTE-ALC6
ALCU_ZETA
Phase at ca. 55 at.% Cu in the Al-Cu system.

29. SGTE-ALC7
ALCUZN_GAMMA_H
Stable above ca.1070K at approx. 70 at.% Cu in Al-Cu with solubility for Zn

30. SGTE-ALC8
ALCUZN_TAU
Ternary phase in the Al-Cu-Zn system

31. SGTE-ALFE
ALFESI_ALPHA
Al-Fe-Si ternary phase with approx. stoichiometry Al7Fe2Si

32. SGTE-ALLI
ALLI
Equiatomic phase in the Al-Li system with solubility for Mg

33. SGTE-ALM1
ALM_D019 [I]
Al-Ti phase (ca. 60 to 78 at.% Ti) with solubility for Mo,Nb,Ta,Ti,V and W

34. SGTE-ALM2
ALMG_BETA
Phase at ca. 38 at.% Mg in the Al-Mg system with solubility for Zn

35. SGTE-ALM3
ALMG_GAMMA
Phase at ca. 48 to 60 at.% Mg in the Al-Mg system with solubility for Zn

36. SGTE-ALM4
ALMG_GAMMA1
Phase at ca. 84 at.% Mg in Dy-Mg and Ho-Mg with the ALMG_gamma structure

37. SGTE-ALM5
ALMG_EPSILON
Phase stable between ca. 520 and 675K at approx. 43 at.% Mg in Al-Mg

38. SGTE-ALM6
ALMGZN_PHI
Ternary phase in the Al-Mg-Zn system

39. SGTE-ALM7
ALMGZN_TAU
Ternary phase in Al-Mg-Zn with solubility for Cu

40. SGTE-ALM8
ALMNSI_ALPHA
Al-Mn-Si ternary phase which dissolves some Fe, approx. stoichiometry Al9Mn2Si.

41. SGTE-ALM9
ALMNSI_BETA
Al-Mn-Si ternary phase with approx. stoichiometry Al10Mn5.

42. SGTE-ALN1
ALNB2
Phase at ca.67 at.% Nb in the Al-Nb system

43. SGTE-ALN2
ALNB3
Phase at ca.75 at.% Nb in the Al-Nb system

44. SGTE-ALPT
ALPT3
Phase at 75 at.% Pt in the Al-Pt system

45. SGTE-ALT1
ALTA_SIGMA
Sigma phase in the Al-Ta and Co-V systems

46. SGTE-ALT2
ALTI [I]
Al-Ti binary phase which dissolves some Mo, Nb, Ta, V and W. Enter with I option

47. SGTE-AL_1
AL_CEND
Equiatomic phase in the Al-Ce and Al-Nd systems

48. SGTE-AL_2
AL_CEND3_L
Phase at 75 at.% Ce or Nd in the Al-Ce and Al-Nd systems

49. SGTE-ASP
ASP
Arsenic phosphide

50. SGTE-AU1S
AU1SN
Equiatomic phase in the Au-In and Au-Sn systems, with solubility for Ni.

51. SGTE-AU21
AU2BI_C15
Phase at ca. 67 at.% Au in the Au-Bi system with solubility for Ag

52. SGTE-AU22
AU2HF
Phase at ca. 67 at.% Au in the Au-Hf system

53. SGTE-AU4I
AU4IN3SN3
Ternary phase in the Au-In-Sn system

54. SGTE-AU5H
AU5HF
Phase at ca. 85 at.% Au in the Au-Hf system

55. SGTE-AUH1
AUHF_ALPHA
Low temp. form of the equiatomic phase in the Au-Hf system

56. SGTE-AUH2
AUHF_BETA
High temp. form of the equiatomic phase in the Au-Hf system

57. SGTE-AUI1
AUIN
Equiatomic phase in the Au-In and Au-Sn systems

58. SGTE-AUI2
AUIN2
Phase at ca. 33 at.% Au in the Au-In, Au-Sb and Au-Sn systems

59. SGTE-AUI3
AUIN_GAMMA
Phase at ca. 30 at.% In in the Au-In system

60. SGTE-AUI4
AUIN_PSI
Phase at ca. 38 at.% In in the Au-In system

61. SGTE-AUS1
AUSB2
Phase at ca. 67 at.% Sb in the Au-Sb system with solubility for Bi, In.

62. SGTE-AUS2
AUSN4
Phase at 80 at.% Sn in the Au-Sn system, with solubility for In and Ni.

63. SGTE-AUZ1
AUZN_A3
Phase at ca. 16 at.% Zn in the Au-Zn system

64. SGTE-AUZ2
AUZN_A1
Phase at ca. 25 at.% Zn in the Au-Zn system

65. SGTE-AUZ3
AUZN_BETA [I]
Phase at ca. 37 to 57 at.% Zn in the Au-Zn system

66. SGTE-AUZ4
AUZN_G3
Phase at ca. 82.5 at.% Zn in the Au-Zn system

67. SGTE-AUZ5
AUZN_BRASS
Phase at ca. 65 to 74 at.% Zn in the Au-Zn system

68. SGTE-B2M
B2M
(Hf,Ti)B2 in the system B-Hf-Ti

69. SGTE-B2_B
B2_BCC [J]
Ordered bcc phase found in Al-Co and In-Pd. Use I-option.

70. SGTE-B4C
B4C
Boron carbide

71. SGTE-B4M3
B4M3
(Hf,Ti)3B4 at 57 at.% B, stable to 2473 K, system B-Hf-Ti

72. SGTE-BCC1
BCC_A2 [J]
Body centred cubic phase with interstitial Va, C, N, and B

73. SGTE-BCC2
BCC_B2!BCC_A2 [J]
Ordered BCC phase in e.g. Al-Co,-Fe,-Mo, Co-Ti, Fe-Si,-Ti, Ni-Mn,-Ti - use I opt

74. SGTE-BCT1
BCT_A5 [I]
Sn solid solution with solubility for Ag,Al,Bi,Cd,Ga,Ge,In,Ni,Pb,Pd,Sb,Ti,Zn

75. SGTE-BCT2
BCT_U [I]
High-temperature phase in the U-C system

76. SGTE-BETA
BETA_RHOMB_BCSI
Boron solid solution phase with solubility for C, Cu and Si.

77. SGTE-BI3P
BI3PD5
Phase at ca. 65 at.% Pd in the Bi-Pd system

78. SGTE-BINI
BINI
Metastable equiatomic phase in the Bi-Ni system

79. SGTE-BITL
BITL_EPSILON
Phase between ca. 28 and 48 at.% Tl in the Bi-Tl system

80. SGTE-BM
BM
(Hf,Ti)B in the system B-Hf-Ti

81. SGTE-B_NS
B_NSI
Silicon boride solution phase at ca. 95 at.% B

82. SGTE-CBCC
CBCC_A12 [I]
The solid solution based on alpha-Mn.

83. SGTE-CDSB
CDSB_OMEGA
The equiatomic phase in the Cd-Sb and Zn-Sb systems

84. SGTE-CEME
CEMENTITE
"Fe3C" (or Mn3C) with dissolved Co,Cr,Mo,Nb,Ni,V,W. N also modeled on C lattice.

85. SGTE-CHI_
CHI_A12
Found in Fe-Cr based alloys with Mo and with W - not present in the binaries

86. SGTE-CO17
CO17Y2
The phase at ca. 89.5 at.% Co in the Co-Y system

87. SGTE-CO21
CO2SI_ALPHA
Phase at 33 at.% Si in the Co-Si system

88. SGTE-CO22
CO2SI_BETA
Phase with small high-temperature range at 33 at.% Si in the Co-Si system

89. SGTE-CO3W
CO3W
The phase at 75 at.% Co in the Co-W system

90. SGTE-CO4Z
CO4ZN [I]
The phase between ca. 69 and 81 at.% Zn in the Co-Zn system

91. SGTE-CO5Y
CO5Y
The high-temperature phase at ca. 82 at.% Co in the Co-Y system

92. SGTE-COGA
COGA
The equiatomic phase with a wide range of stoichiometry in the Co-Ga system

93. SGTE-CON1
CONB_MU
The phase between ca. 50 and 54 at.% in the Co-Nb system

94. SGTE-CON2
CONB_LAMBDA
The phase between ca. 27 and 33 at.% in the Co-Nb system

95. SGTE-COP1
COPT
The ordered phase at 50 at.%Pt below ca. 1100K in the Co-Pt system

96. SGTE-COP2
COPT3
The ordered phase at 75 at.% Pt below ca. 1020K in the Co-Pt system

97. SGTE-COS1
COSB_B81
Phase at compositions close to 50 at.% Sb in the Co-Sb system

98. SGTE-COS2
COSI
Phase at the equiatomic composition in the Co-Si system

99. SGTE-COZN
COZN
Equiatomic phase stable only between ca. 1200 and 1240K in Co-Zn

100. SGTE-CR31
CR3MN5
The phase at 62.5 at.% Mn in the Cr-Mn system

101. SGTE-CR32
CR3SI_A15
Phase at 25 at.% Si in the Cr-Si system with solubility for C,Al,Fe,Nb,Ti

102. SGTE-CR5S
CR5SI3
Phase at 37.5 at.% Si in the Cr-Si system

103. SGTE-CRNI
CRNI2
The phase at ca. 67 at.% Ni in the Cr-Ni system

104. SGTE-CRSI
CRSI2
Phase at 67 at% Si in Cr-Si, with solubility for Ti

105. SGTE-CU31
CU3P
The copper phosphide at 75at.% Cu with solubility for Fe

106. SGTE-CU32
CU3SN
Phase at 75 at.% Cu in the Cu-Sn system with solubility for In and Ni

107. SGTE-CU41
CU41SN11
Phase at ca. 21 at.% Sn in the Cu-Sn system

108. SGTE-CU42
CU4TI
Phase at 20 at.% Ti in the Cu-Ti system

109. SGTE-CU6Y
CU6Y
Phase at ca. 15 at.% Y in the Cu-Y system

110. SGTE-CU77
CU77INSN23
Ternary phase in the Cu-In-Sn system

111. SGTE-CUB1
CUB_A13
The solid solution based on beta-Mn

112. SGTE-CUB2
CUB_A15
Phase based on the composition Mo3Al

113. SGTE-CUI1
CUIN_ETA
Phase between ca. 34 and 38 at.% In in Cu-In with solubility for Ni and Sn

114. SGTE-CUI2
CUIN_DELTA
Phase at 30 at.% In in Cu-In with solubility for Sn

115. SGTE-CUI3
CUIN_GAMMA
Stable around 30 at.% In in Cu-In and Ag-In with solubility for Sn

116. SGTE-CUMG
CUMGSI_TAU
Ternary phase in the Cu-Mg-Si system

117. SGTE-CUSN
CUSN_GAMMA_DO3
Phase at 75 at.% Cu in the Cu-Sn system

118. SGTE-CUTI
CUTI
Phase at the equiatomic composition in the Cu-Ti system

119. SGTE-CUZN
CUZN_GAMMA
Phase between ca. 56 and 69 at.% Zn in Cu-Zn with solubility for Al,Mg,Si

120. SGTE-D88_
D88_M5SI3
High-temp. phase at ca. 37.5 at.% Si in Cr-Si, with solubility for C,N,Ni,Ti

121. SGTE-DHCP
DHCP
Phase found e.g. in the Au-Pr, Ce-Y, Nd-Pr systems.

122. SGTE-DIAM
DIAMOND_A4
Si (or Ge) solid solution with solubility for Al,B,Bi,C,Ga,Ge,P,Ru,Si,Sn,Ti,Zn.

123. SGTE-D_GA
D_GAMMA [J]
Quaternary phase in the Al-Cu-Si-Zn system

124. SGTE-FCC1
FCC_A1 [J]
Face centred cubic phase with interstitial vacancy, C, N and B.

125. SGTE-FCC2
FCC_L12!FCC_A1 [J]
Ordered FCC phase in Al-Ni, Fe-Ni, Ga-Ni, Mn-Ni, Ni-Si. Enter this with I option

126. SGTE-FCC3
FCC_L10 [J]
Phase found around the equiatomic composition and below ca. 1025K in the Mn-Ni s

127. SGTE-FCC4
FCC_AUCU!FCC_A1 [J]
Ordered phase around Au3Cu, AuCu, and AuCu3 in Au-Cu system. Enter with J-option

128. SGTE-FCC5
FCC_COV!FCC_A1
Metastable ordered fcc phase in Co-V. Enter with J-option.

129. SGTE-FCC6
FCC_B1 [I]
Face centred cubic phase at ca.the equiatomic comp. in U-C and U-N

130. SGTE-FE17
FE17R2
Phase at ca. 89 at.% Fe in the Fe-Dy and Fe-Tb systems

131. SGTE-FE21
FE2R
Phase at ca. 67 at.% Fe in the Fe-Dy and Fe-Tb systems

132. SGTE-FE22
FE23R6
Phase at ca. 79 at.% Fe in the Fe-Dy and Fe-Tb systems

133. SGTE-FE23
FE2U
Phase at ca. 33 at.% U in the Fe-U system

134. SGTE-FE3R
FE3R
Phase at ca. 75 at.% Fe in the Fe-Dy and Fe-Tb systems

135. SGTE-FECN
FECN_CHI
An Fe-carbonitride

136. SGTE-FEP1
FEPD [I]
Phase at the equiatomic composition in the Fe-Pd system

137. SGTE-FEP2
FEPD3 [J]
Phase at ca. 75 at.% Pd in the Fe-Pd system

138. SGTE-FESB
FESB
Phase close to the equiatomic composition in the Fe-Sb system

139. SGTE-FEU1
FEU6
Phase at ca. 86 at.% U in the Fe-U system

140. SGTE-FEU2
FEUZR_DELTA
Ternary phase in the Fe-U-Zr system

141. SGTE-FEZ1
FEZN_GAMMA_D82
Fe-Zn binary phase at ca. 67-80 at. % Zn. Stable to ca. 1053 K.

142. SGTE-FEZ2
FEZN4
Fe-Zn binary phase at ca. 74-78 at.% Zn. Stable to ca. 820 K.

143. SGTE-FEZ3
FEZN_DELTA
Fe-Zn binary phase at ca. 86-89 at.% Zn. Stable to ca.943 K.

144. SGTE-FEZ4
FEZN_ZETA
Fe-Zn binary phase at ca. 93-94 at.% Zn. Stable to ca. 807 K.

145. SGTE-FEZ5
FEZR2
Phase at ca. 67 at.% Zr in the Fe-Zr system

146. SGTE-FEZ6
FEZR3
Phase at ca. 75 at.% Zr in the Fe-Zr system

147. SGTE-GA4T
GA4TI5 [I]
Phase at ca. 55 at.% Ti in the Ga-Ti system

148. SGTE-GANI
GANI_B2
Equiatomic phase in the Ga-Ni system

149. SGTE-GAPT
GAPT3
Phase at ca. 75 at.% Pt in the Ga-Pt system

150. SGTE-GAT1
GATI3 [I]
Phase at ca. 75 at.% Ti in the Ga-Ti system

151. SGTE-GAT2
GATI [I]
Phase close to the equiatomic composition in the Ga-Ti system

152. SGTE-GRAP
GRAPHITE
Graphite with solubility for B

153. SGTE-HCP1
HCP_A3 [J]
Hexagonal close packed phase with interstitial vacancy, C, N, and B.

154. SGTE-HCP2
HCP_ORD!HCP_A3 [J]
Ordered hcp phase in the Co-V system

155. SGTE-HCP3
HCP_Zn [J]
Zn solid soln. with solubility for Ag,Al,Au,Bi,Cd,Cr,Cu,Ga,Hg,In,Mg,Pb,Pd,Si,Sn.

156. SGTE-HEXA
HEXAGONAL_A8
Solid solution phase in the Se-Te system

157. SGTE-HGSN
HGSN12_G
Phase around 90 at.% Sn in the Hg-Sn system

158. SGTE-HIGH
HIGH_SIGMA
Occurs at higher temps. between ca.75 and 80 at% Mn in Cr-Mn with solubil.of Fe

159. SGTE-HOAL
HOAL3
Phase at 75 at. % Al in the Al-Dy and Al-Ho systems

160. SGTE-IN3P
IN3PD2
Phase at ca. 40 at.% Pd in the In-Pd system

161. SGTE-INN1
INNI_ZETA
Phase at the equiatomic composition in the In-Ni system

162. SGTE-INN2
INNI_ZETA_PRIME
Phase close to 60 at.% Ni in the In-Ni system

163. SGTE-INN3
INNI_DELTA
High-temperature (ca. 1150K) phase centred around 45 at.% Ni in the In-Ni system

164. SGTE-INSN
INSN_GAMMA [I]
Phase between ca. 76 and 96 at.% Sn in the In-Sn system

165. SGTE-IR3Z
IR3ZR
Phase at ca. 25 at.% Zr in the Ir-Zr system

166. SGTE-IRZ1
IRZR_ALPHA
Low-temperature form of the equiatomic phase in the Ir-Zr system

167. SGTE-IRZ2
IRZR_BETA [I]
High-temperature form of the equiatomic phase in the Ir-Zr system

168. SGTE-KSI_
KSI_CARBIDE
An "Me3C" carbide with significant content of Cr,Fe and Mo

169. SGTE-L12_
L12_CRPT2
The ordered face centred cubic phase in the Cr-Pt system

170. SGTE-LAM1
LAMG3
Phase at ca. 75 at.% Mg in the La-Mg system

171. SGTE-LAM2
LAMG12
Phase at ca. 92 at.% Mg in the La-Mg system

172. SGTE-LAV1
LAVES_C14 [J]
A2B phase in e.g. Co-Ta, Cr-Nb,-Ta,-Ti,-Zr, Fe-Mo,-Nb,-Ti-W, Mg-Dy,-Zn, Mn-Ti.

173. SGTE-LAV2
LAVES_C15 [I]
A2B phase in e.g. Co-Ta,-Ti; Cr-Nb,-Ta,-Ti,-Zr;Cu-Mg;Fe-Zr;Hf-Mo,-Zr;Mg-Zn;Mo-Zr

174. SGTE-LAV3
LAVES_C36 [I]
A2B phase in e.g. Co-Ti,-V; Cr-Zr; Hf-Mo; Mg-Ni

175. SGTE-LIQU
LIQUID [J]
Liquid alloy phase

176. SGTE-M23C
M23C6
Carbide phase found in Cr- nd Mn-containing alloys

177. SGTE-M2B_
M2B_TETR
The (Mo,Ni)2B phase

178. SGTE-M2P
M2P
The metal phosphide at ca.67 at.% Cr, Fe, Ni.

179. SGTE-M3C2
M3C2
Carbide phase sometimes found in Cr-containing alloys.

180. SGTE-M3P
M3P
The metal phosphide at ca.75 at.% Cr, Cu, Fe, Mo, Ni.

181. SGTE-M3SI
M3SI
Phase at 25 at.% Si in the Fe-Si and Mn-Si systems

182. SGTE-M4N
M4N [I]
Fe-, Co-, Mn-nitride with dissolved Co,Cr,Ni. C also modeled on the N lattice.

183. SGTE-M5C2
M5C2
An Fe-carbonitride stabilized at certain compositions by Mn and V in solution

184. SGTE-M5SI
M5SI3
Phase at ca. 37.5 at.% Si in the Cr-Si, Fe-Si and Mn-Si systems

185. SGTE-M6C
M6C
This carbide can form in alloys with higher Mo- and/or W-content

186. SGTE-M6SI
M6SI5
Metastable phase at ca. 45 at.% Si in the Cr-Si and Ti-Si systems

187. SGTE-M7C3
M7C3
Carbide phase found in Cr- and Mn-containing alloys.

188. SGTE-MC_1
MC_SHP
The WC carbide with fixed stoichiometry

189. SGTE-MC_2
MC_ETA
A Mo,W-carbide

190. SGTE-MG21
MG2TB
Phase at ca. 67 at.% Mg in the Mg-Tb system

191. SGTE-MG22
MG2Y
Phase at ca. 67 at.% Mg in the Mg-Nd and Mg-Y systems

192. SGTE-MG23
MG24Y5
Phase at ca. 84 at.% Mg in the Mg-Y system

193. SGTE-MG24
MG2ZN3
Phase at ca. 40 at.% Mg in the Mg-Zn system with solubility for Al and Cu

194. SGTE-MG25
MG2ZN11
Phase at ca. 15 at.% Mg in the Mg-Zn system with solubility for Al and Cu

195. SGTE-MG31
MG3RE
Phase at ca. 75 at.% Mg in the Mg-Nd system

196. SGTE-MG32
MG3TB
Phase at ca. 75 at.% Mg in the Mg-Tb system

197. SGTE-MGTM
MGTM_B2
Phase at ca. 50 at.% Mg in the Mg-Tm system

198. SGTE-MGYB
MGYB_LAVES_C14
Phase at ca. 67 at.% Mg in the Mg-Yb system

199. SGTE-MGZN
MGZN
Equiatomic phase in the Mg-Zn system, with solubility for Al and Cu

200. SGTE-MN2Z
MN2ZR
Phase with wide stoichiometric range at ca. 67 at.% Mn in the Mn-Zr system

201. SGTE-MN3T
MN3TI
High-temperature phase at 75 at.% Mn in the Mn-Ti system, with solubility for Cr

202. SGTE-MN4T
MN4TI
High-temperature phase at 80 at.% Mn in the Mn-Ti system, with solubility for Cr

203. SGTE-MONI
MONI_DELTA
Phase between ca.43 & 52 at.% Ni in Mo-Ni system, with solubility for Cr and Fe

204. SGTE-MPD3
MPD3
Phase at ca. 75 at.% Pd in the Pd-Sm system

205. SGTE-MSI
MSI
Phase at the equiatomic composition in the Cr-Si, Fe-Si, Mn-Si and Ni-Si systems

206. SGTE-MSM1
MSM_A
Phase at ca. 50 at.% Pd in the Pd-Sm system

207. SGTE-MSM2
MSM_B
Phase at ca. 50 at.% Pd in the Pd-Sm system

208. SGTE-MU_P
MU_PHASE [I]
Phase appearing in Co-Mo,-Nb,-Ta,-W, Fe-Mo,-Nb,-W, Mn-Mo, Ni-Nb,-Ta.

209. SGTE-NB3S
NB3SN_C15
Phase stable above 1065K and between ca.13 & 33 at.% Sn in the Nb-Sn system

210. SGTE-NB6S
NB6SN5
Phase stable between 1015 & 1175K at ca.45 at.% Sn in the Nb-Sn system

211. SGTE-NBNI
NBNI_MU
Phase at ca. 50 at.% Ni in the Nb-Ni system

212. SGTE-NI10
NI10ZR7
Phase at ca. 57.5 at.% Ni in the Ni-Zr system

213. SGTE-NI21
NI2SI_C37
Phase at 67 at.% Ni in the Ni-Si system, with solubility for Cr

214. SGTE-NI22
NI2SI_HEX
Phase stable above 1090K at 67 at.% Ni in Ni-Si system, with solubility for Cr

215. SGTE-NI31
NI3NB
Phase at ca. 75 at.% Ni in the Nb-Ni system

216. SGTE-NI32
NI3SN2 [I]
Phase at ca. 60 at.% Ni in the Ni-Sn system, with solubility for Au and Cu

217. SGTE-NI33
NI3SN4
Phase at ca.44 at.% Ni in the Ni-Sn system, with solubility for Cu

218. SGTE-NI34
NI3SN_LT [I]
Phase at 75 at.% Ni in the Ni-Sn system, with solubility for Cu

219. SGTE-NI35
NI3MOTA
Phase at 75 at.% Ni in the Ni-Ta system

220. SGTE-NI36
NI3TI
Phase at ca. 75 at.% Ni in the Ni-Ti system

221. SGTE-NI37
NI3ZR
Phase at ca. 75 at.% Ni in the Ni-Zr system

222. SGTE-NI51
NI5P2_L
The nickel phosphide at ca. 71 at.% Ni with solubility for Cu

223. SGTE-NI52
NI5SI2
Phase at ca. 71 at.% Ni in the Ni-Si system, with solubility for Cr

224. SGTE-NI53
NI5ZR
Phase at ca. 83 at.% Ni in the Ni-Zr system

225. SGTE-NI7Z
NI7ZR2
Phase at ca. 78 at.% Ni in the Ni-Zr system

226. SGTE-NIHF
NIHF2
Phase at ca. 67 at.% Hf in the Ni-Hf system

227. SGTE-NIT1
NITA
Phase at ca. 50 at.% Ni in the Ni-Ta system

228. SGTE-NIT2
NITA2
Phase at ca. 33 at.% Ni in the Ni-Ta system

229. SGTE-NIT3
NITI2
Phase at 33 at.% Ni in the Ni-Ti system

230. SGTE-NIZ1
NIZN_BETA1 [J]
Phase at ca. 50 at.% Ni in the Ni-Zn system

231. SGTE-NIZ2
NIZN_GAMMA [J]
Phase at ca. 20 at.% Ni in the Ni-Zn system

232. SGTE-NIZ3
NIZR2
Phase at ca. 33 at.% Ni in the Ni-Zr system

233. SGTE-ORTH
ORTHORHOMBIC_A20
Uranium solid solution with solubility for Fe, Si and Zr

234. SGTE-PD21
PD2SN_GAMMA
Phase at ca. 67 at.% Pd in the Pd-Sn system

235. SGTE-PD22
PD20SN13
Phase at ca. 60 at.% Pd in the Pd-Sn system

236. SGTE-PD31
PD3PB
Phase at ca. 75 at.% Pd in the Pb-Pd system

237. SGTE-PD32
PD3SN
Phase at ca. 75 at.% Pd in the Pd-Sn system

238. SGTE-PD33
PD3TB
Phase at ca. 75 at.% Pd in the Pd-Tb system

239. SGTE-PD34
PD3ZR
Phase at ca. 75 at.% Pd in the Pd-Zr system

240. SGTE-PD51
PD5PB3_BETA
Phase at ca. 66 at.% Pd in the Pb-Pd system

241. SGTE-PD52
PD5PB3_GAMMA
Phase at ca. 64 at.% Pd in the Pb-Pd system

242. SGTE-PDS1
PDSC
Phase at ca. 50 at.% Pd in the Pd-Sc system

243. SGTE-PDS2
PDSN
Phase at ca. 50 at.% Pd in the Pd-Sn system

244. SGTE-PDS3
PDSN2
Phase at ca. 33 at.% Pd in the Pd-Sn system

245. SGTE-PDS4
PDSN3
Phase at ca. 25 at.% Pd in the Pd-Sn system, with solubility for Pb

246. SGTE-PDS5
PDSN4
Phase at ca. 20 at.% Pd in the Pd-Sn system, with solubility for Pb

247. SGTE-PDT1
PDTB_A
Phase at ca. 50 at.% Pd in the Pd-Tb system

248. SGTE-PDT2
PDTB_B
Phase at ca. 50 at.% Pd in the Pd-Tb system

249. SGTE-PDZ1
PDZN_GAMMA [I]
Phase at ca. 20 at.% Pd in the Pd-Zn system

250. SGTE-PDZ2
PDZN_BETA [I]
High-T phase with wide stoichiometric range at ca. 50 at.% Pd in Pd-Zn system

251. SGTE-PDZ3
PDZN_1BETA [I]
Phase with wide stoichiometric range at ca. 50 at.% Pd in the Pd-Zn system

252. SGTE-PDZ4
PDZRM [I]
Phase at ca. 33 at.% Pd in the Pd-Zr system

253. SGTE-PDZ5
PDZR_GAMMA [I]
Phase at ca. 50 at.% Pd in the Pd-Zr system

254. SGTE-PI_P
PI_PHASE
A Cr-rich nitride containing Fe and Ni.

255. SGTE-PT3T
PT3TI
Phase at ca. 75 at.% Pt in the Pt-Ti system

256. SGTE-PTT1
PTTA_SIGMA
Phase between ca.64 and 77 at.% Ta in the Pt-Ta system

257. SGTE-PTT2
PTTI_ALPHA
Low-temp. phase at ca. 50 at.% Pt in the Pt-Ti system

258. SGTE-PTT3
PTTI_BETA
High-temp. phase at ca. 50 at.% Pt in the Pt-Ti system

259. SGTE-PTT4
PTTI3
Phase at ca. 25 at.% Pt in the Pt-Ti system

260. SGTE-PUC_
PUC_B1
Phase at ca. 50 at.% C in the Pu-C system

261. SGTE-P_PH
P_PHASE
Phase found in high-temperature Ni-based alloys containing Mo.

262. SGTE-RED_
RED_P
Red phosphorus with solubility for As

263. SGTE-RHO1
RHOMBOHEDRAL_A7 [I]
Bi, As or Sb solid solution with solubility for As,Bi,Ge,In,P,Pb,Pd,Sb,Sn,Zn.

264. SGTE-RHO2
RHOMBO_A10
Mercury Solid solution phase with solubility for Cd,Pb and Zn.

265. SGTE-RHO3
RHOMBO_C19
Samarium solid solution with solubility for Al and Pd

266. SGTE-R_PH
R_PHASE
Phase found in high-temperature Ni-based alloys, containing Mo and/or W

267. SGTE-SBSN
SBSN [I]
Equiatomic phase in Bi-In, In-Sb, Sb-Sn, with solubility for Pb

268. SGTE-SIB1
SIB3
Silicon boride at 75at% B

269. SGTE-SIB2
SIB6
Silicon boride at approx. 86 at.% B

270. SGTE-SIGM
SIGMA [I]
Can form at lower temperatures in alloys containing Co, Cr, Fe, Mn, Mo, Ni, V, W

271. SGTE-SNTI
SNTI3 [I]
Phase at ca. 75 at.% Ti in the Sn-Ti system

272. SGTE-TET1
TETRAGONAL_A6 [I]
Indium solid solution with solubility for Bi,Cd,Ga,Hg,Pb,Pu,Sn,Zn.

273. SGTE-TET2
TET_ALPHA1
Phase found in In-rich solid solutuons with Bi,Pb,Sn.

274. SGTE-TET3
TETRAGONAL_U
Uranium solid solution with solubility for Fe,Si,V,Zr.

275. SGTE-TI2N
TI2N
Hexagonal Ti-nitride. Modeled with C present on the N lattice.

276. SGTE-TIA1
TIAU
Equiatomic phase in the Au-Ti system

277. SGTE-TIA2
TIAU4
Phase at ca 80 at.% Au in the Au-Ti system

278. SGTE-TIM1
TIMN_ALPHA
Low-temperature phase at 50 at.% Mn in the Mn-Ti system, with solubility for Cr

279. SGTE-TIM2
TIMN_BETA
High-temperature phase at ca. 50 at.% Mn in Mn-Ti system, with solubility for Cr

280. SGTE-TISI
TISI2
Phase at ca. 67 at.% Si in the Ti-Si system, with solubility for Cr

281. SGTE-U2N3
U2N3_ALPHA
Phase at ca. 40 at.% U in the U-N system

282. SGTE-V3C2
V3C2
A vanadium carbide phase stabilized by Fe and Mn in solution.

283. SGTE-V3SI
V3SI
Phase at ca. 75 at.% V in the V-Si system

284. SGTE-W2B5
W2B5
A tungsten boride at ca. 70 at.% B

285. SGTE-WB_1
WB_ALPHA
Low-temperature form of tungsten boride stable to ca. 2400K

286. SGTE-WB_2
WB_BETA
High-temperature form of tungsten boride stable above ca. 2400K

287. SGTE-ZINC
ZINCBLENDE_B3
III-V semiconductor phase

List of 1006 Compounds

AgsAg2BasAg2Ba3s
Ag2CasAg2Cd3sAg2Ces
Ag2InsAg2ScsAg2Srs
Ag2Sr3sAg3Be8sAg3Ca5s
Ag3MgsAg4CesAg4Scs
Ag4SrsAg5BasAg5Srs
Ag51Ce14sAg7Ca2sAg9Ca2s
AgBasAgCasAgCa3s
AgCdsAgCesAgIn2s
AgMg3sAgScsAgSrs
AgTi2sAgZrsAgZr2s
AlsAl10VsAl11Cr2s
Al11Fe3Si6sAl11La3s1,s2Al11Pr3s
Al11Sm3s1,s2Al12MosAl12Ws
Al13Co4sAl13Cr2sAl13Ru4s
Al14Fe3Si3sAl15Cu8Li2sAl16Cu3Li9s
Al17Ti8sAl18Mg3Mn2sAl2Aus
Al2Au5sAl2CasAl2CaSi2s1,s2
Al2CesAl2CusAl2CuLis
Al2CuMgsAl2Dy3sAl2Er3s
Al2Fe2SisAl2FeSisAl2Gd3s
Al2Ho3sAl2LasAl2Li3s
Al2MnSi3sAl2PrsAl2Pts
Al2RusAl2ScsAl2Sms
Al2SrsAl2ThsAl2Th3s
Al2TisAl2WsAl2Ys
Al2Y3sAl2ZrsAl2Zr3s
Al21Pt5sAl21Pt8sAl23V4s
Al3CosAl3DysAl3Ers
Al3FeSisAl3GdsAl3Las
Al3NisAl3Ni5sAl3Prs
Al3Pt2sAl3Pt5sAl3Ru2s
Al3ScsAl3SmsAl3Tas
Al3Ta2sAl3ThsAl3Th2s
Al3YsAl3Y5sAl3Zrs
Al3Zr2sAl3Zr5sAl4C4Sis
Al4CasAl4CrsAl4Li9s
Al4MosAl4SrsAl4Ws
Al4Zr5sAl5Co2sAl5Cu6Mg2s
Al5CuLi3sAl5MosAl5Ws
Al53La22sAl6RusAl63Mo37s
Al69Ta39sAl7Cu3Mg6sAl7Sr8s
Al7Ta5sAl7Th2sAl7Vs
Al7W3sAl77W23sAl8C7Sis
Al8Cr5s1,s2Al8Mo3sAl8V5s
Al9Co2sAl9Cr4s1,s2AlAus
AlAu2sAlAu4sAlB12s
AlB2sAlCe3sAlCr2s
AlDysAlDy2sAlErs
AlEr2sAlGdsAlGd2s
AlHosAlHo2sAlLas
AlLa3sAlNsAlNd2s
AlPrsAlPr2sAlPr3s
AlPtsAlRusAlScs
AlSc2sAlSmsAlSm2s
AlTasAlThsAlTh2s
AlYsAlY2sAlZrs
AlZr2sAlZr3sAms
AssAs2GesAs2Nis
As2Ni5sAs2PtsAs8Ni11s
AsGesAsNisAus
Au10Hf7sAu10SnsAu10Zr7s
Au14In4sAu2PbsAu2Prs
Au2TisAu2ZrsAu2Zr3s
Au3HfsAu3InsAu3Zns
Au3ZrsAu36Pr17sAu4Hfs
Au4Pr3sAu4Zn5sAu4Zrs
Au5SnsAu5Zn3sAu51Pr14s
Au6PrsAu7In2sAu7In3s
AuHf2sAuNi2Sn4sAuPb2s
AuPb3sAuPrs1-s3AuPr2s
AuSn2sAuTe2sAuTi3s
AuZn3sAuZn6sAuZrs
AuZr2sAuZr3sBs1,s2
B12ScsB12UsB12Zrs
B2CrsB2MgsB2Mos
B2Ni3sB2ScsB2Us
B2VsB2V3sB2Zrs
B3Cr5sB3Ni4sB3V2s
B4CrsB4Cr3sB4Fe4Nds1,s2
B4MgsB4MosB4Nds
B4UsB4V3sB4Zr3s
B5Mo3sB5Nd2sB6Bas
B6CasB6Fe2Nd5s1,s2B6Nds
B6SrsB66NdsB7Mgs
B9W2sBasBaCus
BaCu13sBCosBCo2s
BCo3sBCrsBCr2s
BesBFesBFe14Nd2s1,s2
BFe2sBisBi2Ks
Bi2K3sBi2PdsBi3In5s
Bi3NisBi4K5sBiIns
BiIn2sBiK3s1,s2BiPds
BiPd3sBMosBNs
BNisBNi3sBVs
BW2sBZrsCs
C2Cr2VsC2PusC2Pu3s
C2SiTi3sC3Pu2sC3U2s
CasCa11Ga7sCa2Cus
Ca2SisCa25Ga59sCa28Ga11s
Ca3Ga5sCa3Ga8sCa3Zns
Ca5Ga3sCa5Zn3sCaCus
CaCu5sCaGasCaGa2s
CaGa4sCaLi2sCaMg2s
CaSisCaSi2sCaZns
CaZn11sCaZn13sCaZn2s
CaZn3sCaZn5sCCo6W6s
CdsCd3InsCes
Ce2Co17sCe2Co7sCe2Mg17s
Ce2Ni7sCe2SbsCe24Co11s
Ce4Sb3sCe5Co19sCe5Mg41s
Ce7Ni3sCeCo2sCeCo3s
CeCo5sCeCusCeCu2s
CeCu4sCeCu5sCeCu6s
CeMgsCeMg12sCeMg2s
CeMg3sCeNisCeNi2s
CeNi3sCeNi5sCeSbs
CeSb2sCFe6W6sCFe8Si2s
CFeW3sCosCo11Zr2s
Co16Nb9sCo17Dy2sCo17Gd2s
Co17Sm2sCo19Sm5sCo2Dys
Co2GdsCo2SmsCo2Ys
Co2Zn14sCo2ZrsCo23Gd6s
Co3DysCo3GdsCo3Gd4s
Co3GesCo3MosCo3Nbs
Co3SisCo3SmsCo3Sn2s1,s2
Co3YsCo3Y2sCo3Y4s
Co4Sm9sCo4ZrsCo5Dys
Co5GdsCo5Ge2sCo5Ge3s
Co5Ge7sCo5SmsCo5Y8s
Co7Dy12sCo7Dy2sCo7Gd2s
Co7Nb2sCo7Sm2sCo7Ta2s
Co7Y2sCo7Y6sCoDy3s
CoGa3sCoGd3sCoGes
CoGe2sCoIn2sCoIn3s
CoSb2sCoSb3sCoSi2s
CoSm3sCoSnsCoSn2s
CoTa2sCoTi2sCoV3s
CoYsCoY3sCoZn12s
CoZn7sCoZrsCoZr2s
CoZr3sCrsCr2Pd3s
Cr2RusCr3GasCr3Rus
Cr4PtsCr5Ga6sCrGas
CrGa4sCrPdsCrSis
CrZn13sCrZn17sCss
CSisCsNa2sCus
Cu10Hf7sCu10Sn3sCu10Zr7s
Cu15Si4sCu16Mg6Si7sCu19Si6s
Cu2EusCu2HosCu2In3Sns
Cu2LasCu2NdsCu2Prs
Cu2SbsCu2ScsCu2Sms
Cu2TisCu2Ys1,s2Cu3Ges
Cu3Ni27Sn10sCu3SbsCu3Ti2s
Cu33Si7sCu37La3sCu4Ins
Cu4LasCu4NdsCu4Prs
Cu4SbsCu4ScsCu4Sms
Cu4Ti3sCu4YsCu5Eus
Cu5HfsCu5Hos1,s2Cu5In4s
Cu5LasCu5NdsCu5Prs
Cu5SmsCu5SrsCu5Zrs
Cu51Hf14sCu51Zr14sCu6Las1,s2
Cu6NdsCu6PrsCu6Sbs
Cu6SmsCu6Sn5sCu7Ho2s
Cu7In4sCu7Sb2sCu7Y2s
Cu8Hf3sCu8Zr3sCu9Ho2s
Cu9Si2sCuEusCuEu2s
CuHf2sCuHosCuLas
CuMg2sCuNdsCuPrs
CuScsCuSmsCuSrs
CuTi2sCuYsCuZrs
CuZr2sDysDy2Ni17s
Dy2Ni7sDy3NisDy3Ni2s
Dy4Ni17sDyMg3sDyNis
DyNi2sDyNi3sDyNi4s
DyNi5sErsEr2Ni17s
Er2Ni7sEr3NisEr3Ni2s
Er4Ni17sEr5Ni22sErNis
ErNi2sErNi3sErNi4s
ErNi5sEusEu2Mg17s
Eu2SnsEu3Pd2sEu3Sn5s
Eu5Pd2sEu5Sn3sEuMgs
EuMg2sEuMg4sEuMg5s
EuPdsEuPd2sEuPd3s
EuPd5sEuPd7sEuSns
EuSn3sFesFe17Gd2s
Fe17Pr2sFe17Sm2sFe17Y2s
Fe2GdsFe2NbsFe2Prs
Fe2ScsFe2SisFe2Sms
Fe2TasFe2YsFe23Gd6s
Fe23Y6sFe23Zr6sFe3Gds
Fe3Si7sFe3SmsFe3Sn2s
Fe3YsFe30U30Zr40sFe48U20Zr32s
Fe5Sn3sFe6U71Zr23sFe7Nd2s
Fe7Ta6sFe8NdsFePs
FeSb2sFeSc7sFeSi2s
FeSnsFeSn2sGas
Ga2MgsGa2Mg5sGa2Ni3s
Ga2PtsGa2TisGa3Ni2s
Ga3Ni5sGa3Pt2sGa3Pt5s
Ga3TisGa3Ti2sGa3Ti5s
Ga4NisGa4Ni3sGa5Mg2s
Ga6PtsGa7Pt3sGaMgs
GaMg2sGaNsGaPts
GaPt2sGaTi2sGds
Gd2Ge3sGd2Ni17sGd2Ni7s
Gd3Ge5s1,s2Gd3NisGd3Ni2s
Gd3Si5sGd41Ge59s1,s2Gd5Ge3s
Gd5Ge4sGd5Si3sGd5Si4s
Gd6Mn23sGd7Ge18sGdGes
GdMgsGdMg2sGdMg3s
GdMg5sGdMn12sGdMn2s
GdNisGdNi2sGdNi3s
GdNi4sGdNi5sGdSis
GdSi2sGesGe3V5s
Ge31V17sGe8V11sGeMg2s
GeV3sHfsHf2Ni7s
Hf2SisHf3Ni7sHf3Si2s
Hf5Si3sHf5Si4sHf7Ni10s
Hf8Ni21sHf9Ni11sHfNis1,s2
HfNi3s1,s2HfNi5sHfSis
HfSi2sHglHg3Zns
HgPb2sHgSn38sHgSn4s
HgSn7sHgZn2sHgZn3s
HosInsIn2Las
In2Pd4sIn2Pd6sIn3Las
In3Ni2sIn3Pd5sIn5La3s
In5Pd2sIn57La43sIn7Ni3s
InLasInLa2sInLa3s
InNisInNi2sInNi3s
InPd2sInPd3sIrs
Ir2ZrsIr3Zr5sIrZr2s
IrZr3sKsLas
La2Mg17sLa2Ni3sLa2Ni7s1,s2
La3NisLa7Ni16sLa7Ni3s
LaMgsLaMg2sLaNis
LaNi3sLaNi5sLis
Li12Si7sLi13Si4sLi13Sn5s
Li2Sn5sLi22Si5sLi22Sn5s
Li3NsLi5Sn2sLi7Si3s
Li7Sn2sLi7Sn3sLiSns
LusMgsMg2Nds
Mg2NisMg2SisMg2Sns
Mg2TmsMg24Tb5sMg24Tm5s
Mg41Nd5sMg5NdsMg5Tbs
Mg51Zn20sMgScsMns
Mn12YsMn19Sn6sMn2Mos
Mn2NisMn2PsMn2Scs
Mn2SnsMn2YsMn23Sc6s
Mn23Y6sMn3NisMn3Ps
Mn3Si5sMn5Si2sMn6N4s
Mn6N5sMn6SisMn9Si2s
MnNisMnNi2sMnNi3s
MnPsMnP3sMnSc4s
MnSn2sMosMo3Sis
Mo5Si3sMoNi3sMoNi4s
MoPsMoSi2sNl
N2gN2Ti5sN3U2s
N4Si3sNasNbs
Nb3SisNb5Si3sNbSi2s
NbSn2sNdsNd2Sbs
Nd4Sb3sNd5Sb3sNdSbs
NdSb2sNisNi12P5s
Ni17Sm2sNi17Y2sNi19Sm5s
Ni2SmsNi2TasNi2Vs
Ni2V7sNi2YsNi2Y3s
Ni3Sis1,s2Ni3Si2sNi3Sms
Ni3VsNi3YsNi4Ws
Ni4YsNi5P2sNi5Sms
Ni5YsNi5Zr4sNi6P5s
Ni7Sm2sNi7Y2sNi8Tas
Ni8Zr3sNiSisNiSi2s
NiSmsNiSm3sNiWs
NiW2sNiYsNiY3s
NiZn8sNiZrsNps1,s2
NTasNTi2sOl
O2gOssOs2Si3s
OsSisOsSi2sPs
PasPbsPb2Pds
Pb2Pd3sPb2ZrsPb3Pd5s
Pb3Zr5sPbPdsPbZr4s
PdsPd10Sn7sPd11Zr9s
Pd2ScsPd2Sm3sPd2Sns
Pd2Tb3sPd2Tb5sPd2Zns
Pd21Sm10sPd21Tb10sPd3Scs
Pd3Sm7sPd3Sn2s1,s2Pd3Tb2s1,s2
Pd4Sm3sPd4Tb3sPd4Zr3s
Pd5SmsPd7SmsPd7Tbs
PdSc2sPdSc4sPdZn10s
PdZn2sPdZrs1,s2Prs
Pr2SbsPr4Sb3sPr5Sb3s
PrSbsPrSb2sPSis
PtsPt17Si8s1,s2Pt2Sis1,s2
Pt2TasPt3Sis1,s2Pt3Tas
Pt3Ti4sPt5Si2sPt6Si5s
Pt7Si2sPt8TisPtSis
PtTasPtTa6sPus1-s3
RbsResRhs
RusRu2SisRu2Si3s
Ru2Sn3sRu2ZrsRu3Sn7s
Ru4Si3sRu5Si3sRuSis
RuZrsSs1,s2Sbs
Sb2SmsSb2Sn3sSb2Zn3s
Sb3Sm4sSb3Sm5sSb3Zn4s1,s2
Sb3Zn5sSb4Zn5sSbSms
SbSm2sSbZnsScs
Sc2Si3sSc5Si3sScSis
SesSisSi11Yb8s
Si2TasSi2UsSi2U3s
Si2VsSi2WsSi2Ys1,s2
Si2ZrsSi2Zr3sSi3Ta5s
Si3UsSi3V5sSi3W5s
Si3Y5sSi3Yb5sSi3Zr5s
Si4Ti5sSi4Y5sSi4Yb5s
Si4Zr5sSi5U3sSi5V6s
Si5Y3s1,s2Si5Yb3sSi7Yb4s
SiTa2sSiTa3sSiTis
SiTi3sSiUsSiU3s1,s2
SiYsSiYbsSiZrs
SiZr2sSiZr3sSms
SnsSn2ZrsSn3Ti5s
Sn3V2sSn3Zr5sSn5Ti6s
SnTi2sSnV4sSnZr4s
SrsSrZnsSrZn13s
SrZn2sSrZn5s1,s2Tas
TbsTcsTes
ThsTh2ZnsTh2Zn17s
ThZn2sThZn4sTis
Ti2ZnsTiZnsTiZn10s
TiZn15sTiZn2sTiZn3s
TiZn5sTlsTms
UsVsV2Zrs
WsW2ZrsYs
YbsZnsZn2Zrs
Zn2Zr3sZn22ZrsZn3Zrs1,s2
Zn39Zr5sZnZrsZnZr2s
Zrs1,s2