List of 203 Solutions and 1410 Compounds in FTlite


List of 203 Solutions

1. FTlite-A10
Rhombohedral_A10 Prototype_Hg-A10 hR1 R-3m (166)

2. FTlite-A11
Orthorhombic_A11 Prototype_Ga-A11 oC8 Cmca (64)

3. FTlite-A12
CBCC_A12 Prototype_alpha-Mn-A12 cI58 I-43m (217)
alpha-Mn, Al12Mg17, Mg24RE5 (RE=Y,Tb,Dy,Ho,Er,Tm,Lu) are stable ([I]-option)

4. FTlite-A13
CUB_A13 Prototype_beta-Mn-A13 cP20 P4132 (213)
beta-Mn and Ag3Al are stable ([I]-option)

5. FTlite-A15
CUB_A15 Prototype_Cr3Si-A15 cP8 Pm-3n (223) Mo3Al, Nb3Al, Cr3Si and V3Si are stable
Phase of composition A3B formed between (Cr,Mo,Nb,Si,Ti,V)3(Al,Cr,Si,Nb,V)

6. FTlite-A17M
Ag17Mg54 oP142 Immm
with solubility in Sn

7. FTlite-A3RE
Prototype_BaPb3 hR12 R-3m
Al3Tb and beta-Al3Y are stable

8. FTlite-A5 1
BCT_A5 Prototype_beta-Sn-A5 tI4 I41/amd (141)

9. FTlite-A6 1
Tetragonal_A6 Prototype_In-A6 tI2 I4/mmm (139)

10. FTlite-A6b
Beta_InSn ordered tetragonal A6 tI12 (139)

11. FTlite-A7 1
Rhombohedral_A7 Prototype_alpha-As-A7 hR2 R-3m (166)
([I]-option)

12. FTlite-A8 1
Hexagonal_A8 Prototype_gamma-Se-A8 hP3 P3121 (152)

13. FTlite-A9 1
Graphite_A9 Prototype_C-graphite-A9 hP4 P63/mmc (194)
Dissolving B

14. FTlite-A9ME
Prototype_Al9Co2Sr hP12 P6/mmm (191)
with Fe, Ni and Ba solubility

15. FTlite-AB2
A(B)2 (Ca,Sr)[Al,Si]2 ordered ternary solid solution
(not present in Ca-Al and Ca-Si subsystems) ([I]-option)

16. FTlite-AFMS
AlFeMnSi_alpha
Al-Fe-Mn-Si quaternary solution

17. FTlite-Ag 1
Prototype_beta-B-Ag tP50 P42/nnm (134)
Beta-Rhombohedral Boron (with solubility for C and Si)

18. FTlite-AG3I
Ag3In cubic Pm-3m

19. FTlite-AgTi
AgTi

20. FTlite-AgZn
AgZn_hP9

21. FTlite-Al13
Al13Fe4_'Al3Fe' mC102 C2/m
Al-rich Al-Fe phase with solubility for Mn and Zn.

22. FTlite-Al4M
Al4Mn hP574 P63/mmc
Phase at 80 at.% Al in Al-Mn with solubility for Fe and Cr

23. FTlite-Al52
Al5Fe4 : High-temperature Al-Fe phase with small range of stability
(around 60 at.% Al, 1375-1505 K) and solubility for Mn.

24. FTlite-AlCr
Al11Cr2 mC616 C2/c
with solubility in Mn

25. FTlite-AlM1
AlMnSi_alpha Cubic cP138 Pm-3
approx. stoichiometry Al9Mn2Si with solubility of Fe

26. FTlite-AlM2
AlMnSi_beta Hexagonal
~Al9Mn3Si

27. FTlite-AlMo
AlMo~2
High-temperature binary Al-Mo phase between ca. 48-54 at.% Mo. Stable from 1743 to 1993 K.

28. FTlite-aP15
Al11Mn4 aP15
Al-rich phase in Al-Mn with Fe solubility

29. FTlite-aP22
Al3Ca8 dissolving Mg aP22 P-1
Limited solid solution

30. FTlite-B''
B'' 'non-FCC monoclinic' C2/m
(METASTABLE PHASE) ([-J]-option)

31. FTlite-B11
Prototype_CuTi-B11 tP4 P4/nmm (129)
gamma-CuTi

32. FTlite-B2 1
BCC_B2 Prototype_CsCl-B2 cP2 Pm-3m (221)
MgRE and ZnRE (RE=Ce,Dy,Er,Eu,Gd,Ho,La,Nd,Pr,Sm,Tb,Tm,Y), MgSc and AlSc are stable

33. FTlite-B27
Prototype_FeB-B27 oP8 Pnma (62)
TiB, ZrB, HfB, TiSi, ZrSi and RESi (RE=La,Ce,Pr,Nd,Pm,Sm,Eu,Gd,Tb,Dy,Ho,Er,Tm,Yb,Lu) ([I]-option)

34. FTlite-B2_a
BCC_B2!BCC_A2 order/disorder model (221)
AgMg, AgLi, CaIn are stable ([I]-Option)

35. FTlite-B2_b
BCC_B2b Prototype_CsCl-B2 cP2 Pm-3m (221)
Equiatomic Ni-Ti phase with ca. 10 at.% range. Stable to ca. 1573 K.

36. FTlite-B2_c
BCC_B2c Prototype_CsCl-B2 cP2 Pm-3m (221)
Ordered BCC phase AlNi. ([I]-option)

37. FTlite-B3 1
Zincblende_B3 Prototype_ZnS-B3 cF8 F-43m (216)
(Al,Ga,In)[P,As,Sb]

38. FTlite-B32
Prototype_NaTl-B32 cF16 Fd-3m (227)
AlLi is stable

39. FTlite-B33
Prototype_CrB-B33 oC8 Cmcm (63)
CrB, WB, CaSi, SrSi, BaSi, CaSn, SrSn, AlY, RESi (RE=Sc,Y) are stable

40. FTlite-B3Si
B3Si rhombohedral
B-Si binary phase at ca. 75 at.% B. Stable to ca. 1548 K.

41. FTlite-B6Si
B6Si orthorhombic Pnnm (Si43B238)
B-Si phase at ca. 86 at.% B. Stable to ca. 2113 K.

42. FTlite-B81
Prototype_NiAs-B81 hP4 P63/mmc (194)
epsilon-AlCu and NiBi are stable

43. FTlite-BCC
BCC_A2 Prototype_W-A2 cI2 Im-3m (229)
C, N and B interstitial ([I]-option)

44. FTlite-Beta
Beta_Al3Mg2 Prototype_Cd2Na cubic cF1192 Fd-3m dissolving Zn, Li
non-stoichiometric solid solution (prototype : Cd2Na)

45. FTlite-Bg 1
Prototype_MoB-Bg tI16 I41/amd (141) tetragonal
MoB and alpha-WB are stable

46. FTlite-B_nS
B_nSI
B-Si binary phase between ca. 94 to 99 at.% B. Stable to ca. 2298 K.

47. FTlite-C1 1
Prototype_CaF2-C1 cF12 Fm-3m (225) fluorite & antifluorite structure
Mg2Si, Mg2Sn, Mg2Ge, Mg2Pb, NiSi2 are stable ([I]-option)

48. FTlite-C11b
Prototype_MoSi2-C11b tI6 I4/mmm (139) tetragonal
AlCr2, MoSi2, AgTi2, CuTi2, ZnTi2, AgZr2, CuZr2, ScAg2, ScCu2 are stable

49. FTlite-C12
Prototype_CaSi2-C12 hR6 R-3m (166)
CaSi2 dissolving CaAl2

50. FTlite-C14
Laves_C14 - Prototype_MgZn2-C14 hP12 P63/mmc (194) ([I]-Option)
Al2Zr,CaLi2,Cr2(Ti,Zr),Fe2Sc,Fe2Ti,Mg2(Ca,Sr,Ba),Mg2RE(RE = Y,Tb,Dy,Ho,Er,Tm,Yb,Lu) are stable phase

51. FTlite-C15
Laves_C15 - Prototype_MgCu2-C15 cF24 Fd-3m (227) ([I]-Option)
Mn2Y, Al2Ca, Al2Sc, Al2Y, Al2Ba, Mg2RE & Fe2RE(RE = La,Ce,Pr,Nd,Sm,Gd) Al2RE (RE=La to Lu)

52. FTlite-C15b
Laves_C15b - Prototype_MgCu2-C15 cF24 Fd-3m (227)
Ag2Na ([I]-option]

53. FTlite-C15c
Laves_C15c cF24 F-43m (227)
Ni5Zr Stable to ca. 1590 K

54. FTlite-C16
Prototype_Al2Cu-C16 tI12 I4/mcm (140)
theta-Al2Cu, Fe2B, W2B, Zr2Fe, Zr2Si and Zr2Ni are stable ([I]-option)

55. FTlite-C19
Prototype_alpha-Sm-C19 rhombohedral hR3 R-3m (166)
alpha-Sm

56. FTlite-C23
Prototype_Co2Si-C23 oP12 Pnma (62)
AlRE2 (RE=Pr,Nd,Sm,Gd,Tb,Dy,Ho,Er), CuCa2, SnCa2, SnSr2, Sr2Si, Ca2Si, Ni2Si are stable

57. FTlite-C32
Prototype_AlB2-C32 hP3 P6/mmm (191)
AlB2, CrB2, HfB2, MgB2, TiB2 & ZrB2 are stable ([I]-Option)

58. FTlite-C32o
Prototype_AlB2-C32o hP3 P6/mmm (191) ordered
RESi2, RE2Si3 and RE3Si5 stoichiometry ([I]-option)

59. FTlite-C36
Laves_C36 - Prototype_MgNi2-C36 hP24 P63/mmc (194)
MgNi2, Cr2Zr are stable, also in Al-Ba-Ca-Mg system ([I]-Option)

60. FTlite-C40
Prototype_CrSi2-C40 hP9 P6222 (180)
CrSi2 dissolving Al, Ti

61. FTlite-C42
Prototype_CeCu2-C42 oI12 Imma (72) Al2Sr and REZn2 are stable phases
(Al,Mg,Zn,Cu,Ag)2{Ca,Sr,Ba} and (Mg,Zn)2{Ce,Dy,Eu,Er,Gd,Ho,La,Lu,Nd,Pm,Pr,Sc,Sm,Tb,Tm,Y,Yb}

62. FTlite-C49
Prototype_Si2Zr-C49 oC12 Cmcm (63)
Si2Zr dissolving Ti

63. FTlite-C54
Prototype_TiSi2-C54 oF24 Fddd orthorhombic (70)
Si2Ti dissolving Cr, Al

64. FTlite-Ca 1
Prototype_NiMg2-Ca hP18 P6222
NiMg2 with Cu solubility

65. FTlite-Cc 1
Prototype_ThSi2-Cc tI12 I41/amd (141)
RESi2, "RE5Si9" and RE3Si5 stoichiometry ([I]-option)

66. FTlite-cF44
Prototype_Mg5Gd Mg5RE (RE = Sm,Gd) solid solution cF448
Mg5Sm and Mg5Gd are stable phases.

67. FTlite-cI26
Al12Mn cI26 Im3
Al12Mn, Al12Mo, Al12W are stable

68. FTlite-CMS
CaMgSi (excess Ca2Si)

69. FTlite-cP64
Al7Sr8 cP64
Al7Sr8 dissolving Ca

70. FTlite-Cu7Y
Prototype_TbCu7 hP8 P6/mmm Cu6Y phase
Cu-Y binary phase at ca. 86 at.% Cu. Stable to ca. 1183 K.

71. FTlite-D018
Prototype_AgMg3-D018 hP24 P63cm (185)
with Al, In, Sn solubility ([I]-Option)

72. FTlite-D019
Prototype_Ni3Sn-D019 hP8 P63/mmc (194) La3Al, Ce3Al, Pr3Al and Nd3Al are stable ([I]-option)
Ti3Al, Zr3Al, Mo3Al, Nb3Al, Ta3Al, Al3Y, Al3La, Al3Ce, Al3Pr, Al3Nd, Al3Sm and Al3Gd are stable

73. FTlite-D020
Prototype_Fe3C-D020 oP16 Pnma (62)
Fe3C-cementite and Al3Ni are stable ([I]-Option)

74. FTlite-D022
Prototype_TiAl3-D022 tI8 I4/mmm (139)
Al3M composition ([I]-Option)

75. FTlite-D023
Prototype_ZrAl3-D023 tI16 I4/mmm (139)
Al3Zr and Al3Hf(HT) with soluble Ti, Cr, V ([I]-Option)

76. FTlite-D024
Prototype_Ni3Ti-D024 hP16 P63/mmc (194)
Ni3Ti and Al3Dy are stable

77. FTlite-D03
Prototype_BiF3-D03 cF16 Fm-3m (L21) (225)
M3RE (M = Mg,Zn, RE = Ce,La,Pr,Nd,Sm,Gd,Tb,Dy,Lu,Tm), gamma-Cu3Sn ([I]-option)

78. FTlite-D03b
Li2MgSn - prototype BiF3 cF16 Fm-3m (225)
cF16

79. FTlite-D0a
Prototype_Cu3Ti-D0a oP8 Pmmn (59)
Ag3Sn with Mg solubility

80. FTlite-D13
Prototype_Al4Ba-D13 tI10 I4/mmm (139)
Al4Ca, Al4Sr, Al4Ba, Al4Eu with Mg, Si and Zn solubility ([I]-option)

81. FTlite-D13a
Al2CaZn2 ordered D13 tI10 I4/mmm (139)
Al2CaZn2, Al2REZn2 (RE = La,Ce,Pr,Nd) are stable ([I]-option)

82. FTlite-D13b
Prototype_Al4Ba-D13b Al11RE3 tI10 I4/mmc (139)
Al11La3, Al11Ce3, Al11Pr3, Al11Nd3 and Al11Sm3 are stable phases.

83. FTlite-D13c
Prototype_BaNiSn3-D13c Al3CuCe tI10 I4/mmc (139)
Ordered Al4Ba structure for Al3CuY, Al3CuLa and Al3CuCe

84. FTlite-D1a
Prototype_MoNi4-D1a tI10 I4/m (87)
Ag4Sc and Cu4Sc solid solution

85. FTlite-D1f
Prototype_CuMg2-D1f oF48 Fddd (70)
CuMg2 with Ni and Li solubility

86. FTlite-D1g
Prototype_B4C-D1g hR15 R-3m
B4C ([I]-Option)

87. FTlite-D21
Prototype_CaB6-D21 cP7 Pm-3m (221)
CaB6, SrB6 and BaB6 solid solution

88. FTlite-D22
Prototype_Mg2Zn11-D22 cP39 Pm-3 (200)
V_phase: Mg2Zn11 and Mg2Cu6Al5 are stable compounds

89. FTlite-D23
Prototype_NaZn13-D23 cF112 Fm-3c (226)
XZn13 (X = Na,Ca,Sr,Ba,La,Eu) with Mg solubility ([I]-option) Re8Zn8Zn

90. FTlite-D2b
Prototype_Mn12Th-D2b tI26 I4/mmm (139)
Mg12RE, Mn12RE, Zn12RE, Al8Cr4RE

91. FTlite-D2d
Prototype_CaCu5-D2d hP6 P6/mmm (191) (f
Zn5RE (RE=Ce,La,Eu) CaZn5, CaCu5, SrZn5, SrCu5, SrAg5 and BaAg5 are stable ([I]-option) R

92. FTlite-D2h
Prototype_Al6Mn-D2h oC28 Cmcm (63)
Al-rich phase (ca. 86 at.% Al) in the Al-Mn system with solubility for Fe and Zn.

93. FTlite-D513
Prototype_Al3Ni2-D513 hP5 P-3m1 (164)
Al-Ni phase at ca. 60-65 at.% Al. Stable to 1406 K

94. FTlite-D5a
Prototype_Si2U3-D5a tP10 P4/mbm (127)
RE3Si2 (RE=La,Ce), Si2Sc2Al, Si2Zr3 are stable

95. FTlite-D71
Prototype_Al4C3-D71 hR7 R-3m (166)
Al4C3 dissolving SiC

96. FTlite-D7b
Prototype_Ta3B4-D7b oI14 Immm (71)
(Ti,Hf)3B4

97. FTlite-D81
Prototype_Cu5Zn8-D81 cI52 I-43m (217)
Fe-Zn gamma phase at ca. 67-80 at. % Zn. Stable to ca. 1053 K.

98. FTlite-D810
Prototype_Al8Cr5-D810 hR26 R3m (160)
Al8Mn5 with Cu and Fe solubility

99. FTlite-D82
Prototype_Cu5Zn8-D82 Ag5Zn8 cI52 I-43m (217)

100. FTlite-D83
Prototype_Cu9Al4-D83 cP52 P-43m (215)
Cu9Al4 and InAg2 are stable

101. FTlite-D84
Prototype_Cr23C6-D84 cF116 Fm-3m (225)
Ni20Al3B6-tau

102. FTlite-D86
Prototype_Cu15Si4-D86 cI52 I-43m (217)

103. FTlite-D88
Prototype_Mn5Si3-D88 hP16 P63/mcm (193)
(Si,Ti)3(Ti,Mn,RE)3(Ti,Mn,RE)2(Va,Si)1 ([I]-option)

104. FTlite-D8a
Prototype_Mn23Th6-D8a cF116 Fm-3m (225) ([I]-option)
Mn23RE6 with limited solubility of Mg, Gd and Ce, (Mg,Li)23Sr6 with solubility of Al and Ca.

105. FTlite-D8b_
Prototype_FeCr-D8b tP30 P42/mnm (136)
Sigma-FeCr, also intermetallic in Al-Nb-Ta and Mn-Ni-V

106. FTlite-D8d
Prototype_Al9Co2-D8d mP22 P21/c (14)
Al9Co2 with Cr solubility

107. FTlite-D8e
Prototype_Mg32(Al,Zn)49-D8e T-Phase cI162 Im-3
Al-Mg-Zn-Cu-Ag phase with stoichiometry (Mg)26(Al,Mg)6(Al,Mg,Zn,Cu,Ag)48(Al)1

108. FTlite-D8h
Prototype_B2W-D8h hP12 P63/mmc (194)
Also called W2B5

109. FTlite-D8l
Prototype_Cr5B3-D8l tI32 I4/mcm (140)
RE5Si3 (RE=La,Ce,Pr,Nd) Ca5Zn3, Ca5Sn3, Sr5Sn3 are stable

110. FTlite-DHCP
DHCP_A3' Prototype_La-A3' hP4 P63/mmc (194)
La, Ce, Pr, Nd, Pm

111. FTlite-Diam
Diamond_A4 Prototype_C-diamond-A4 cF8 Fd-3m (227)
C, Ge, alpha-Sn and Si are stable ([I]-option)

112. FTlite-Dlta
AlCu_delta Al2Cu3 hR* R-3m
delta-Al2Cu3 phase containing 60 at.% Cu in Al-Cu with solubility for Zn. Stable to ca. 1233 K.

113. FTlite-E 12
Prototype_CeCr2Al20 cF184 Fd3m (no. 227)
Zn22Zr, CeCr2Al20, Mg3Cr2Al18 (E-phase) ([J]-option)

114. FTlite-E1a
Prototype_FeZr3-E1a oC16 Cmcm
([I]-Option)

115. FTlite-E9a
Prototype_Al7Cu2Fe-E9a tP40 P4/mnc (128)
Al7Cu(Cu,Fe,Mn)1(Mn,Fe)1 Al7Cu2Fe and Al7CuMn2 are stable ([I]-option)

116. FTlite-EtaH
AlCu_eta-HT oC16 Cmmm
Al-Cu phase at ca. 50 at.% Cu with solubility for Zn. Stable 560-624oC

117. FTlite-EtaL
AlCu_eta-LT mC20 C2/m
Al-Cu phase at ca. 50 at.% Cu with solubility for Zn. Stable below 560oC

118. FTlite-FCC
FCC_A1 Prototype_Cu-A1 cF4 Fm-3m (225)
C, N, B and H interstitial ([I]-option)

119. FTlite-FeZ1
FeZn4
Fe-Zn binary phase at ca. 74-78 at.% Zn. Stable to ca. 820 K.

120. FTlite-FeZ2
FeZn_delta
delta_FeZn7 binary phase at ca. 86-89 at.% Zn. Stable to ca. 943 K.

121. FTlite-FeZ3
FeZn_zeta monoclinic C2/m
FeZn13 binary phase at ca. 93-94 at.% Zn. Stable to ca. 807 K.

122. FTlite-Fm53
I_REZn6Mg3 Fm53
Icosahedral

123. FTlite-Gam4
CuZn_gamma : Phase exists between ca. 30 & 43 at.% Cu with solubility for Mg.
Stable to ca. 1123 K. Alternative description Gamma-Lia

124. FTlite-Gam5
AlCu_gamma-HT: High-temperature Al-Cu phase at 62-69 at.% Cu with solubility for Zn.
Stable between ca. 1073 and 1273 K.

125. FTlite-HCP
HCP_A3 Prototype_Mg-A3 hP2 P63/mmc (194)
([I]-option)

126. FTlite-HCP2
HCP_Zn Prototype_Mg-A3 hP2 P63/mmc (194)
Higher c/a ratio than Mg-HCP_A3

127. FTlite-hP14
Prototype_Cd58Gd13 RE13Zn58_hP142 P63mc

128. FTlite-hP36
Prototype_ErZn5 hP36 P63/mmc
Zn5RE (RE=Er,Ho,Lu,Tm,Y) are stable

129. FTlite-hP38
Prototype_Ni17Th2 hP38 P63/mmc
(Mg,Zn,Al,Fe)17{RE,Sr,Ca}2: Mg17Ce2, Mg17Sr2, Mg17La2, Mg17Eu, Zn17RE2 stable.

130. FTlite-hP5
Gamma_InSn hP5
with solubility in Ag

131. FTlite-hP94
Prototype_Mg38Sr9 hP94
Mg38Sr9 dissolving Al and Ca

132. FTlite-hP_G
AgMg4_gamma_hp hexagonal
with Sn and In solubility

133. FTlite-hR12
Prototype_Ni3Pu hR12 R3m
Fe3RE (RE = Y,Sm,Tb,Dy,Er,Tm,Lu)

134. FTlite-hR16
InMg3_hR16
([I]-option)

135. FTlite-hR19
Prototype_Th2Zn17 hR19 R-3m
Zn17RE2 (RE=all rare-earths except Sc and Eu) + Fe17RE2 (RE=Pr,Sm,Gd)

136. FTlite-hR60
Prototype_HoAl3 hR60
Al3Ho and Al3Dy are stable end-members

137. FTlite-HSig
High_Sigma
A sigma variant formed between Cr and Mn. ([I]-Option)

138. FTlite-Ia3
beta_Mg3X2(high-T) Ia3 solid solution (Mg)3[Mg,Va]1{Bi,Sb,As}2

139. FTlite-IM1
IM1-CaMgZn P63/mmc (194) {Ca}[Mg,Zn](Mg,Zn)4 hP36

140. FTlite-L10
Prototype_AuCu-L10 tP2 P4/mmm (123)
AlTi with solubility for Cr ([I]-Option)

141. FTlite-L10a
Prototype_AuCu-L10a tP2 P4/mmm (123)
InMg ordered FCC ([I]-option)

142. FTlite-L12
Prototype_AuCu3-L12 cP4 Pm-3m (221)
Al3X ([I]-option)

143. FTlite-L12b
Prototype_AuCu3-L12b cP4 Pm-3m (221)
AlSc3, AlCe3 and AlPr3 are stable

144. FTlite-L12c
L12_FCC!FCC_A1 (Al,Ni,Fe,Si)3(Al,Ni,Fe,Si)1 (221)
Ordered FCC phase in Al-Ni, Fe-Ni and Ni-Si. Enter this and fcc-A1 with ([I] option)

145. FTlite-L12d
Prototype_AuCu3-L12d MgIn3 and InMg3 (221)
with solubility of Ag ([I]-Option)

146. FTlite-L12e
FCC_L12!FCC_A1
Ag3Mg with solubility of In ([I]-Option) (221)

147. FTlite-L17X
M17Sn4 cF432 F-43m
Li17Sn4-Mg17Sn4 solid solution

148. FTlite-L2A
Prototype_Li2Ag
Li2Ag: (Ag,Li)1(Ag,Li)2

149. FTlite-L3A
Prototype_Li3Ag
Li3Ag: (Li,Ag)1(Li)3

150. FTlite-L6A
Prototype_Li6Ag
Li6Ag: (Li,Ag)1(Li)6

151. FTlite-L7S2
Li7Sn2
oC36 ([I]-Option)

152. FTlite-Li2Z
Zn3Li2 P-3m (164)
High-temperature allotropic form of low-temperature stoichiometric Zn3Li2

153. FTlite-LiB
LiB

154. FTlite-Liqu
Liquid metal
([I]-option)

155. FTlite-M3C2
Mg3Ce2Zn3

156. FTlite-M3RE
Prototype_Be3Nb hexagonal R-3m
Fe3RE (RE = Gd,Ho)

157. FTlite-mC11
Mg2Zn3 mC110 B2/m
Mg-Zn phase at ca. 60 at.% Zn with solubility for Al and Cu. Stable to 689 K.

158. FTlite-Mg3X
Mg3Sb2(low-T) alpha dissolving Sn and Si

159. FTlite-MgZn
Mg12Zn13
Mg-Zn phase at ca. 50 at.% Zn with solubility for Al and Cu. Stable to ca. 620 K.

160. FTlite-Mono
Al14Ca13 monoclinic
with Zn solubility

161. FTlite-MSi2
Prototype_GdSi2 oI12 Imma
RESi2, "RE5Si9" and RE3Si5 stoichiometry ([I]-option)

162. FTlite-Ni10
Ni10Zr7 : Ni-Zr binary phase, stoichiometric range ca. 40-42 at.% Zr.
Stable to ca. 1562 K.

163. FTlite-Ni3M
Ni3MoTa
Phase at ca. 75 at.% Ni, exists in Mo-Ni and Ni-Ta.

164. FTlite-NiMo
NiMo
Mo-Ni binary phase at ca. 42-53 at.% Ni. Stable to ca. 1665 K.

165. FTlite-NiT1
NiTa
Ni-Ta binary phase at ca. 50-54 at.% Ta. Stable to ca. 1831 K.

166. FTlite-NiT2
NiTa2
Ni-Ta binary phase at ca. 66-70 at.% Ta. Stable to ca. 2059 K.

167. FTlite-NiZ1
NiZn_beta BCC_B2
NiZn at ca. 50 at.% Ni ([J]-option)

168. FTlite-NiZ2
NiZn_gamma orthorhombic end-centered
NiZn3 phase at ca. 20 at.% Ni ([J]-option)

169. FTlite-oC16
Prototype_AlCe oC16 Cmcm
AlLa and AlCe are stable phases

170. FTlite-oC24
Al5Fe2 oC24 Cmcm
Phase at ca. 71.5 at.% Al in Al-Fe. Solubility for Mn and Zn.

171. FTlite-oC52
Prototype_YbFe2Al10 oC52 Cmcm (63)
REFe2Al10 (RE=Y,La,Ce,Nd,Pr,Sm,Gd,Tb,Dy,Ho,Er,Tm,Yb,Lu)

172. FTlite-oI28
Prototype_Al11La3 oI28 Immm (low-T stable form)
Al11La3, Al11Ce3, Al11Pr3, Al11Nd3 and several Zn11RE3 are stable phases.

173. FTlite-oP16
Prototype_AlEr oP16 Pmma
AlPr, AlNd, AlSm, AlGd, AlTb, AlDy, AlHo and AlEr are stable phases.

174. FTlite-oP20
Cu4Ti oP20 Pnma Prototype_ZrAu4
Cu-Ti binary phase with small range of stoichiometry. Stable to 1158 K.

175. FTlite-oP36
Prototype_Sm5Ge4 oP36 Pnma
RE5Si4 (RE=Y,Tb,Dy,Ho,Er,Tm,Lu)

176. FTlite-P3m1
alpha_Mg3X2(low-T) P-3m1 solid solution (Mg)3[Mg,Va]1{Bi,Sb,As}2

177. FTlite-Phi
Phi
Phase in the Al-Mg-Zn system with stoichiometry (Mg)6(Al,Zn)5 with solubility for Cu.

178. FTlite-Pmna
Prototype_YZn3 oP16 Pmna
RE4Zn4Zn4Zn4

179. FTlite-Pnma
U2 Mg4SixAly Orthorhombic Pnma
(METASTABLE PHASE) ([-]-option)

180. FTlite-prB2
pre-B'' 'FCC monoclinic' C2/m
(METASTABLE PHASE) ([-J]-option)

181. FTlite-P_6
B' Mg9Si7Al3(Va,Al,Si,Mg,Cu) Hexagonal P_6
(METASTABLE PHASE) ([-]-option)

182. FTlite-RZ2L
ReZn2(LT) prototype: unknow

183. FTlite-RZn4
REZn4 orthorhombic
La(Mg,Zn)4

184. FTlite-S 12
Al2CuMg_S-Phase D172h Cmcm
dissolving Si and Zn

185. FTlite-SnTi
Prototype_Ni3Sn-D019b (194)
SnTi3 stable to 1943 K.

186. FTlite-Tao1
Tau_Al11La3 oI28 Immm ordered
Ce3Zn9(Mg,Zn)2

187. FTlite-Tao2
Tao2
RE2Zn45Mg53 (RE = Ce,Nd)

188. FTlite-Tao3
Prototype_MnCu2Al Tao3 ordered cF16
REMg(Mg,Zn)2

189. FTlite-Tao4
Tau4_RE2Zn9Mg5 unknown structure
RE=(Ce,Nd,Dy,Pr,Sm)

190. FTlite-Tao5
Tau5_RE3Zn30Mg13 unknown structure
RE=(Ce,Nd,Dy,Pr,Sm,Y)

191. FTlite-Tao7
Tao7
RE20Zn81Mg19 (RE = Cd,Nd)

192. FTlite-Tau2
AlFeSi_gamma (Tau 2) Monoclinic
approx. stoichiometry Al3FeSi

193. FTlite-Tau5
AlFeSi_alpha (Tau 5) Hexagonal. Looks usually like chinese script or rod-like in Al-Fe-Si alloys
approx. stoichiometry Al7Fe2Si

194. FTlite-Tau6
AlFeSi_beta (Tau 6) Monoclinic A2/a. Looks usually like plates or acicular in Al-Fe-Si alloys
approx. stoichiometry Al5FeSi

195. FTlite-Tau_
AlCuZn_Tau rhombohedral
Al4Cu3Zn phase ([I]-option)

196. FTlite-Teta
Ni2Si : High-temperature Ni-Si binary phase
at 33-40 at.% Si, stable between ca. 1097 to 1565 K.

197. FTlite-tI48
Prototype_BaCd11 tI48 Zn11RE (RE=La,Ce,Pr,Nd,Yb) I41/amd
CaZn11, CeZn11, LaZn11, NdZn11, PrZn11 and YbZn11 are stable

198. FTlite-tI92
Prototype_Mg41Ce5 Mg41RE5 (RE = La,Ce,Pr,Nd,Sm) tI92
I4/m, with Al solubility

199. FTlite-tP20
Prototype_Al2Zr3 (Al,Mg)2(RE)3 tP20 P42/mnm
Al2Zr3, Al2RE3 (RE=Y,Gd,Tb,Dy,Ho,Er,Tm,Lu)

200. FTlite-tP36
Prototype_Zr5Si4 tP36 P41212
RE5Si4 (RE=Sc,La,Ce,Pr,Nd,Pm,Sm,Gd)

201. FTlite-X 12
X_LPSO-18R Long-Period-Stacking-Order Phase
REZnMg12 (RE = Gd,Y,Dy,Tb,Ho,Er,Tm,Lu)

202. FTlite-Z22X
Prototype_Pu3Zn22 tI100 I41/amd
Zn22RE3 (RE=Ce,Gd,La,Nd,Pm,Pr,Sm) are stable

203. FTlite-Zeta
AlCu_zeta Al9Cu11
zeta_Al9Cu11 phase at ca. 55 at.% Cu with solubility for Zn. Stable to ca. 863 K.


List of 1410 Compounds

Ags1-s5,lAg2BasAg2Ba3s
Ag2CasAg2ScsAg2Srs
Ag2Sr3sAg3Be8sAg3Ca5s
Ag4ScsAg4SrsAg5Bas
Ag5SrsAg5Sr3sAg7Ca2s
Ag9Ca2sAgBasAgCas
AgCa3sAgMg4sAgScs
AgSrsAgTi2sAgZrs
AgZr2sAls1-s9,lAl10Vs
Al11Cr2sAl11Cu5Mn3sAl11Fe3Si6s
Al11Mn3Zn2sAl12MnsAl12Mos
Al12WsAl13Co4sAl13Cr2s
Al13Cr4Si4sAl14Ca13sAl14Fe3Si3s
Al15Cu8Li2sAl18Cr2Mg3sAl18Mg3Mn2s
Al18Mg3Mo2sAl18Mg3Ta2sAl18Mg3Ti2s
Al18Mg3V2sAl18Mg3W2sAl2Aus
Al2Bas1,s2Al2Cas1,s2Al2CaZn2s
Al2Cus1-s3Al2Cu3sAl2CuLis
Al2CuMgsAl2Lis1,s2Al2Li18Si6s
Al2Li3sAl2MnSi3sAl2Scs
Al2Srs1,s2Al2Tis1,s2Al2Ws
Al2Y3sAl2ZrsAl2Zr3s
Al23CuFe4sAl23V4sAl3BCs
Al3Ca8sAl3CosAl3Crs1,s2
Al3CusAl3Cu2sAl3CuCes
Al3CuLasAl3Hfs1,s2Al3Lis1-s3
Al3Li15Si6sAl3Li7Si4sAl3Mgs
Al3NbsAl3NisAl3Ni5s
Al3ScsAl3TasAl3Ta2s1,s2
Al3Tis1-s3Al3Vs1-s3Al3Ys1,s2
Al3Zrs1-s3Al3Zr2sAl3Zr5s
Al30Mg23sAl39Cu33Zr6sAl4Bas
Al4C3sAl4C4SisAl4Cas
Al4CesAl4CrsAl4Fes
Al4Li9sAl4MgYsAl4Mns
Al4MosAl4SrsAl4Ws
Al4Zr5sAl43Cu10Zr11sAl5Ba4s
Al5Cu2Mg8Si6sAl5Cu6Mg2sAl5CuLi3s
Al5Fe2sAl5LisAl5Mos
Al5Mo3sAl5WsAl53Mg14Li33s
Al57Cu11Li32sAl6FesAl6Mns
Al6Ni3SisAl61Fe31sAl7Cu2Fes
Al7Cu3Mg6sAl7CuFe2sAl7CuMn2s
Al7Sr8sAl7VsAl7W3s
Al77W23sAl8C7B4sAl8C7Sis
Al8Cr5s1,s2Al8CrYsAl8EuFe2s
Al8FeMg3Si6sAl8Mn4YsAl8Mo3s
Al8V5sAl9Co2sAl9Co2Bas
Al9Co2SrsAl9Cr4s1,s2Al9Cu11s
Al9Fe2BasAl9Fe2SrsAl9Ni2Bas
Al9Ni2SrsAl99Mn23sAlAss
AlB12sAlB2sAlCa5Zn2s
AlCeSi2sAlCosAlCr2s
AlCr2B2sAlCr3B4sAlCu3Mn2s
AlH3sAlHfsAlLis
AlLiSisAlMgsAlMgAgs
AlMgB14sAlMo3sAlNs
AlNaSisAlPsAlSbs
AlScsAlSc2sAlSc2Si2s
AlSn2Zr5sAlTi2CsAlTi3Cs
AlYsAlY2sAlZrs
AlZr2sAlZr3sAss1-s5,l
As2SisAsSisAu2Pbs
AuPb2sAuPb3sAuSns
AuSn2sAuSn4sBs1-s7,l
B3LisB4NdsB5Mo3s
B5Nd2sB6NdsB66Nds
Bas1-s3,lBa2SisBa2Zns
Ba3Si4sBa5Si3sBaAl2Si2s
BaB6sBaBe13sBaCus
BaCu13sBaSisBaSi2s
BaZnsBaZn13sBaZn2s
BaZn5sBes1-s3,lBis,l
Bi2KsBi2K3sBi2Rbs
Bi2Rb3sBi3In5sBi3Nis
Bi4K5sBi4Rb5sBiIns
BiIn2sBiK3s1,s2BiLis
BiLi3sBiNasBiNa3s
BiRb3s1,s2BNs,l,gCs1,s2,l
Cas1-s3,lCa14Si19sCa2Cus
Ca2Mg5Zn13sCa2Mg55Zn43sCa2Ni7s
Ca2SisCa3Mg3Zn14sCa3P2s
Ca3Si4sCa3ZnsCa4Al3Mgs
Ca5Si3sCa5Zn3sCa7Mg6Si14s
CaAl2Si2sCaAlH5sCaB6s
CaBe13sCaC2s1-s4,lCaCr2Al20s
CaCusCaCu5sCaH2s
CaLi2sCaMgSisCaNi2s
CaNi3sCaNi5sCaSis
CaSi2sCaTi2Al20sCaZns
CaZn11sCaZn13sCaZn2s
CaZn3sCaZn5sCd3Ins
Ces1-s4,lCe12Y21Mg67sCe13Zn58s
Ce2AlsCe2Co17sCe2Co7s
Ce2Fe17sCe2InsCe2Mg17s
Ce2Mn3AlsCe2Mn7Al10sCe2Zn17s1,s2
Ce2Zn45Mg53sCe2Zn9Mg5sCe20Zn81Mg19s
Ce24Co11sCe3Als1,s2Ce3Al11s1,s2
Ce3InsCe3In5sCe3Si2s
Ce3Si5sCe3Zn11sCe3Zn22s
Ce3Zn30Mg13sCe3Zn9Mg2sCe5Co19s
Ce5In4sCe5Mg41sCe5Si3s1,s2
Ce5Si4sCe6Zn83Mg11sCe9In11s
CeAlsCeAl13Mg6sCeAl2s
CeAl3s1,s2CeCo2sCeCo3s
CeCo5sCeCr2Al20sCeCr4Al5s
CeCusCeCu2sCeCu4s
CeCu4Al8sCeCu5sCeCu6s
CeFe2sCeFe2Al10sCeIn2s
CeIn3sCeMgsCeMg12s
CeMg2sCeMg3sCeMn4Al8s
CeSisCeSi2sCeTi2Al20s
CeV2Al20sCeZnsCeZn11s
CeZn12sCeZn2sCeZn2Al2s
CeZn2MgsCeZn3sCeZn5s
Cos1-s5,lCo2SmsCo3Mos
Co3NbsCo3WsCo7Nb2s
Co7Ta2sCoSi2sCoSm3s
CoTa2sCoTisCoTi2s
Crs1-s5,lCr2BsCr2Ps
Cr2Tis1,s2Cr2Zrs1-s3Cr23C6s
Cr3B4sCr3CsCr3C2s
Cr3Mn5sCr5B3sCr5Si3s
Cr7C3sCrBsCrB2s
CrB4sCrSisCrZn13s
CrZn17sCss1-s3,lCsNa2s
Cus1-s4,lCu10Sn3sCu10Zr7s
Cu12Sn10sCu15Si4sCu16Mg6Si7s
Cu19Si6sCu2EusCu2Hos
Cu2LasCu2Mgs1-s3Cu2Nds
Cu2PrsCu2SbsCu2Scs
Cu2SmsCu2TisCu2TiZrs
Cu2Ys1,s2Cu3GesCu3Mg2Sis
Cu3PsCu3SbsCu3Sns
Cu3Ti2sCu33Si7sCu37La3s
Cu4InsCu4LasCu4Nds
Cu4PrsCu4SbsCu4Scs
Cu4SmsCu4SnsCu4Ti3s
Cu4YsCu5EusCu5Hos1,s2
Cu5In4sCu5LasCu5Nds
Cu5PrsCu5SmsCu5Srs
Cu5ZrsCu51Zr14sCu6Las1,s2
Cu6NdsCu6PrsCu6Sbs
Cu6SmsCu6Sn5sCu7Ho2s
Cu7In4sCu7Sb2sCu7Y2s
Cu8Zr3sCu9Ho2sCu9Si2s
CuAlsCuEusCuEu2s
CuHosCuLasCuNds
CuP2sCuPrsCuScs
CuSmsCuSrsCuTi2s
CuYsCuZrsCuZr2s
Dys1-s4,lDy13Zn58sDy2Als
Dy2Al10Mg3sDy2Fe17sDy2Zn17s1,s2
Dy3Al2sDy3Si4sDy3Si5s1,s2
Dy3Zn11sDy3Zn22sDy5Mg24s
Dy5Si3sDy5Si4sDy6Fe23s
Dy6Mn23sDyAlsDyAl2s
DyAl3s1,s2DyCr2Al20sDyCu4Al8s
DyFe2sDyFe2Al10sDyFe3s
DyMgsDyMg2sDyMg3s
DyMn12sDyMn2sDySis
DySi2s1,s2DySi2Al2sDyTi2Al20s
DyV2Al20sDyZnsDyZn11s
DyZn12sDyZn2sDyZn2Mgs
DyZn3sDyZn5sDyZn6Mg3s
DyZnMg12sErs1-s4,lEr13Zn58s
Er2AlsEr2Fe17sEr2Si2Al3s
Er2Zn17s1,s2Er3Al2sEr3Al20Mg7s
Er3Si5s1,s2Er3Zn11sEr3Zn22s
Er5Mg24sEr5Si3sEr5Si4s
Er6Fe23sEr6Mn23sErAls
ErAl2sErAl3sErCr2Al20s
ErCu4Al8sErFe2sErFe2Al10s
ErFe3sErMgsErMg2s
ErMn12sErMn2sErSis
ErTi2Al20sErV2Al20sErZns
ErZn11sErZn12sErZn2s
ErZn2MgsErZn3sErZn5s
ErZn6Mg3sErZnMg12sEus1-s3,l
Eu13Zn58sEu2Mg17sEu2Zn17s1,s2
Eu3Si5sEu3Zn11sEu3Zn22s
Eu5Si3sEu5Si4sEu50Si87s
Eu8Si11sEuAlsEuAl2s
EuAl4sEuCu4Al8sEuMgs
EuMg2sEuMg4sEuMg5s
EuSisEuSi2Al2sEuTi2Al20s
EuV2Al20sEuZnsEuZn11s
EuZn12sEuZn13sEuZn2s
EuZn3sEuZn5sFes1-s7,l
Fe18Sc10sFe2BsFe2Nbs
Fe2PsFe2Scs1,s2Fe2Sis
Fe2TisFe2WsFe3Cs1,s2
Fe3Si7sFe3Sn2sFe5Si3s
Fe5Sn3sFe6Sc29sFe7W6s
Fe9Sc5sFeBsFeBe12s
FeBe2sFeBe5sFeSb2s
FeSisFeSi2sFeSns
FeSn2sFeTisGas1-s3,l
GaPsGaSbsGds1-s4,l
Gd13Zn58sGd2AlsGd2Fe17s
Gd2Zn17s1,s2Gd3Al2sGd3Si5s1,s2
Gd3Zn11sGd3Zn22sGd5Si3s
Gd5Si4sGd6Fe23sGd6Mn23s
GdAlsGdAl2sGdAl3s
GdAl4MgsGdCr2Al20sGdCu4Al8s
GdFe2sGdFe2Al10sGdFe3s
GdMgsGdMg2sGdMg3s
GdMg5sGdMn12sGdMn2s
GdSisGdSi2s1,s2GdSi2Al2s
GdTi2Al20sGdV2Al20sGdZns
GdZn11sGdZn12sGdZn2s
GdZn2MgsGdZn3sGdZn5s
GdZn6Mg3sGdZnMg12sGes1,s2,l
Hs,lHfs1-s3,lHfBs
HfB2sHos1-s3,lHo13Zn58s
Ho2AlsHo2Al10Mg3sHo2Fe17s
Ho2Zn17s1,s2Ho3Al2sHo3Si4s
Ho3Si5s1,s2Ho3Zn11sHo3Zn22s
Ho5Mg24sHo5Si3sHo5Si4s
Ho5Si9s1,s2Ho6Fe23sHo6Mn23s
HoAlsHoAl2sHoAl3s
HoCr2Al20sHoCu4Al8sHoFe2s
HoFe2Al10sHoFe3sHoMgs
HoMg2sHoMn12sHoMn2s
HoSisHoSi2Al2sHoSiAl2s
HoTi2Al20sHoZnsHoZn11s
HoZn12sHoZn2sHoZn2Mgs
HoZn3sHoZn5sHoZn6Mg3s
HoZnMg12sIns1-s3,lIn2Ags
In2CasIn2Mg5sIn3Cu7s
In5Na3sIn9Na5sInAg3s
InCa3sInMg2sInNas
InNa2sInPsInSbs
Ks1-s3,lKSisKZn13s
Las1-s4,lLa13Zn58sLa2Mg17s
La2Zn17s1,s2La22Al53sLa3Als
La3Al11s1,s2La3Al40Mg17sLa3Si2s
La3Si5sLa3Zn11sLa3Zn22s
La5Mg41sLa5Si3s1,s2La5Si4s
La5Zn53Mg42sLaAlsLaAl2s
LaAl3sLaCr2Al20sLaCu2Al10s
LaCu4Al8sLaFe2Al10sLaMgs
LaMg12sLaMg2sLaMg3s
LaSisLaSi2sLaSi2Al2s
LaTi2Al20sLaV2Al20sLaZns
LaZn11sLaZn12sLaZn13s
LaZn2sLaZn2Al2sLaZn2Mgs
LaZn3sLaZn4sLaZn5s
Lis1-s3,lLi12Si7sLi13Si4s
Li2LaH4sLi2Sr3sLi22Si5s
Li23Sr6sLi3AlH6sLi4Bas
Li7Si3sLiAlH4sLiHs
LiPbsLiZnsLiZn4s
Lus1-s3,lLu13Zn58sLu2Als
Lu2Fe17sLu2Zn17s1,s2Lu3Al2s
Lu3Si5sLu3Zn11sLu3Zn22s
Lu5Mg24sLu5Si3sLu5Si4s
Lu6Fe23sLu6Mn23sLuAls
LuAl2sLuAl3sLuCu4Al8s
LuFe2sLuFe2Al10sLuFe3s
LuMgsLuMg2sLuMn2s
LuMn5sLuSisLuV2Al20s
LuZnsLuZn11sLuZn12s
LuZn2sLuZn2MgsLuZn3s
LuZn5sLuZn6Mg3sLuZnMg12s
Mgs1-s7,lMg11Si7Al3sMg12Zn13s
Mg17Ba2sMg2Bas1,s2Mg2Cas1,s2
Mg2Cus1,s2Mg2GasMg2Ga5s
Mg2GesMg2NisMg2Pbs
Mg2SisMg2Si6Al3s1,s2Mg2Sns
Mg2ZnsMg2Zn11sMg2Zn3s
Mg23Ba6sMg3P2sMg3Si6Al2s1,s2
Mg4Si4Al4sMg4Si6Als1,s2Mg4Si6Al2s
Mg4Si7sMg4Si8sMg5Ga2s
Mg5Si6s1,s2Mg51Zn20sMg6Si3s
Mg6Si4sMg9Si5sMg9Si7Al3s
Mg9Si7Al5sMg9Si9Al3sMgB2s
MgB20sMgB4sMgB7s
MgBe13sMgGasMgGa2s
MgH2sMgNi2sMgSis
MgSi2Al2sMgSi6Al4s1,s2MgZn2s1,s2
Mns1-s6,lMn11Si19sMn19Sn6s
Mn2CaAl10sMn2NisMn2Ps
Mn2ScsMn2SnsMn2Tis
Mn2Ti2sMn2ZrsMn23C6s
Mn23Sc6sMn3NisMn3Ps
Mn3SisMn3TisMn4Al11s
Mn5Si3sMn6SisMn7C3s
Mn7Mo6sMn9Si2sMn9Ti2s
MnBe12sMnBe2sMnBe5s
MnCa4Al7sMnNisMnNi2s
MnNi3sMnPsMnSc4s
MnSisMnSn2sMnTis
Mos1-s3,lMo2BsMo2Cs
Mo3PsMo3SisMo5Si3s
MoBsMoB2sMoB4s
MoCsMoNi4sMoPs
MoSi2sMoZn22sMoZn7s
Nas1-s3,lNa2C2s1,s2Na2Ks
Na2LiAlH6sNa3AlH6s1,s2Na3Ass
Na3PsNa3SbsNa4Bas
NaAlH4sNaBasNaHs,l
NaMgH3sNaSisNaZn13s
NblNb2CsNb6Fe7s
Nds1-s4,lNd13Zn58sNd2Als
Nd2Fe17sNd2Si3s1,s2Nd2Zn17s1,s2
Nd2Zn9Mg5sNd20Mg19Zn81sNd3Als
Nd3Al11s1,s2Nd3Al50Mg22sNd3Si4s
Nd3Zn11sNd3Zn22sNd3Zn30Mg13s
Nd5Fe17sNd5Mg41sNd5Si3s1,s2
Nd5Si4sNd5Si9sNd6Mn23s
NdAlsNdAl2sNdAl3s
NdCr2Al20sNdCu4Al8sNdFe2Al10s
NdMgsNdMg2sNdMg3s
NdMn2sNdSisNdSi2Al2s
NdTi2Al20sNdV2Al20sNdZns
NdZn11sNdZn12sNdZn2s
NdZn2Al2sNdZn2MgsNdZn3s
NdZn5sNis1-s5,lNi2Bs
Ni2CrsNi2Mg3AlsNi2Sis
Ni2TasNi2VsNi2V7s
Ni2YsNi2Y3sNi3Bs
Ni3Sis1,s2Ni3Si2sNi3Tis
Ni3VsNi3YsNi4B3s
Ni4WsNi4YsNi5AlB4s
Ni5P2sNi5Si2sNi5Ys
Ni5Zr4sNi6P5sNi7Y2s
Ni7Zr2sNi8AlB11sNi8Tas
Ni8YsNi8Zr3sNiBs
NiP2sNiSisNiSi2s
NiSrsNiTi2sNiWs
NiW2sNiYsNiY3s
NiZn8sNiZrsNiZr2s
Ps1-s4Pbs1-s7,lPb2Zrs
Pb3Zr5sPb5Li22sPbZr4s
Pms1,s2,lPm13Zn58sPm2Zn17s1,s2
Pm3Si5sPm3Zn11sPm3Zn22s
Pm5Si3sPm5Si4sPm6Mn23s
PmMn12sPmMn2sPmSis
PmSi2sPmZnsPmZn11s
PmZn12sPmZn2sPmZn3s
PmZn5sPrs1-s4,lPr13Zn58s
Pr2AlsPr2Fe17sPr2Zn17s1,s2
Pr2Zn9Mg5sPr3Als1,s2Pr3Al11s1,s2
Pr3Al50Mg22sPr3Si4sPr3Zn11s
Pr3Zn22sPr3Zn30Mg13sPr5Mg41s
Pr5Si3s1,s2Pr5Si4sPr5Si9s1,s2
Pr6Mn23sPrAlsPrAl2s
PrAl3sPrCr2Al20sPrCu4Al8s
PrFe2Al10sPrMgsPrMg12s
PrMg2sPrMg3sPrSis
PrSi2Al2sPrTi2Al20sPrV2Al20s
PrZnsPrZn11sPrZn12s
PrZn2sPrZn2Al2sPrZn2Mgs
PrZn3sPrZn5sRbs1-s3,l
Sbs1,s2,lSb2Sn3sScs1-s4,l
Sc2Si3sSc5Si3sSc5Si4s
ScCu4Al8sScSisScV2Al20s
Sis1-s7,lSi2TasSi2Tis
Si2VsSi2WsSi2Zrs
Si2Zr3sSi3Ta5sSi3Tis
Si3V5sSi3W5sSi3Zr5s
Si4Ti5sSi4Zr5sSi5V6s
Si6Al5s1,s2SiCs1,s2SiPs
SiTa2sSiTa3sSiTis
SiTi3sSiZrsSiZr2s
SiZr3sSms1-s4,lSm13Zn58s
Sm2AlsSm2Fe17sSm2Zn17s1,s2
Sm2Zn9Mg5sSm3Al11sSm3Si5s
Sm3Zn11sSm3Zn22sSm3Zn30Mg13s
Sm5Mg41sSm5Si3sSm5Si4s
Sm6Mn23sSmAlsSmAl2s
SmAl3sSmCr2Al20sSmCu4Al8s
SmFe2sSmFe2Al10sSmFe3s
SmMgsSmMg2sSmMg3s
SmMg5sSmMn2sSmSis
SmSi2s1,s2SmSi2Al2sSmTi2Al20s
SmV2Al20sSmZnsSmZn11s
SmZn12sSmZn2sSmZn2Mgs
SmZn3sSmZn5sSns1-s3,l
Sn14Ca12Mg7sSn2Li5sSn2Nas
Sn2ZrsSn20Ca31sSn23Ca36s
Sn24Sr14Mg25sSn3CasSn3Ca5s
Sn3Li7sSn3Li8sSn3Nas
Sn3Na4sSn3SrsSn3Sr5s
Sn3SrMg5sSn3Ti5sSn3Zr5s
Sn4Li17sSn4NasSn4Na15s
Sn4Na9sSn4SrsSn5Li13s
Sn5Li2sSn5Sr3sSn5Ti6s
Sn6Ca7sSn6NasSnAg3s
SnCasSnLisSnMgLi4s
SnNas1,s2SnNa3sSnSrs
SnSr2sSnSrMgsSnTi2s
SnZr4sSrs1-s3,lSr2AlH7s
Sr2Mg17sSr2SisSr4Al38Mg58s
Sr5Si3sSr6Mg23sSr9Mg38s
SrAlH5sSrB6sSrBe13s
SrH2s1,s2SrMg2sSrSis
SrSi2s1,s2SrSi2Al2sSrZns
SrZn13sSrZn2sSrZn5s1,s2
Tas,lTa2CsTbs1-s3,l
Tb13Zn58sTb2AlsTb2Fe17s
Tb2Zn17s1,s2Tb3Al2sTb3Si5s
Tb3Zn11sTb3Zn22sTb5Mg24s
Tb5Si3sTb5Si4sTb6Fe23s
Tb6Mn23sTbAlsTbAl2s
TbAl3sTbAl4MgsTbCr2Al20s
TbCu4Al8sTbFe2sTbFe2Al10s
TbFe3sTbMgsTbMg2s
TbMg3sTbMn12sTbMn2s
TbSisTbSi2sTbSi2Al2s
TbTi2Al20sTbV2Al20sTbZns
TbZn11sTbZn12sTbZn2s
TbZn2MgsTbZn3sTbZn5s
TbZn6Mg3sTbZnMg12sTis1-s7,l
Ti2AlsTi2CsTi2Crs
Ti2MnsTi2ZnsTi2Zrs
Ti3Al2Si5sTi3B4sTi3Zrs
Ti5Si3sTi7Al5Si14sTi8Al17s
TiBsTiB2sTiZns
TiZn10sTiZn15sTiZn2s
TiZn3sTiZn5sTms1-s3,l
Tm13Zn58sTm2AlsTm2Fe17s
Tm2Zn17s1,s2Tm3Al2sTm3Si5s
Tm3Zn11sTm3Zn22sTm5Mg24s
Tm5Si3sTm5Si4sTm6Fe23s
Tm6Mn23sTmAlsTmAl2s
TmAl3sTmCu4Al8sTmFe2s
TmFe2Al10sTmFe3sTmMgs
TmMg2sTmMn12sTmMn2s
TmSisTmZnsTmZn11s
TmZn12sTmZn2sTmZn2Mgs
TmZn3sTmZn5sTmZn6Mg3s
TmZnMg12sVs1-s5,lV2B3s
V2ZrsV3B2sV3B4s
V3C2s1,s2V4Zn5sV5C2s
VBsVB2sVZn16s
VZn3sWs1-s3,lW2Bs
W2B9sWBs1,s2Ys1-s4,l
Y13Zn58sY15Zn70Mg15sY2Fe17s
Y2Mn9Al5sY2Zn17s1,s2Y3Si5s1,s2
Y3Zn11sY3Zn22sY3Zn30Mg13s
Y5Si3sY5Si4sY6Fe23s
Y6Mn23sYAl2sYbs1-s4,l
Yb13Zn58sYb2Zn17s1,s2Yb3Si5s
Yb3Zn11sYb3Zn22sYb5Si3s
Yb5Si4sYb50Si87sYb8Si11s
YbAl2sYbAl3sYbCr2Al20s
YbCu4Al8sYbFe2Al10sYbMg2s
YbSisYbSi2Al2sYbTi2Al20s
YbV2Al20sYbZnsYbZn11s
YbZn12sYbZn2s1,s2YbZn3s
YbZn5sYCr2Al20sYCu4Al8s
YCuAlsYFe2sYFe2Al10s
YFe3sYMn12sYMn2s
YSisYSi2s1,s2YSi2Al2s
YV2Al20sYZnsYZn11s
YZn12sYZn2s1,s2YZn2Mgs
YZn3sYZn5sYZn6Mg3s
YZnMg12sZns1-s9,lZn12Scs
Zn17Sc2s1,s2Zn17Sc3sZn2Lis
Zn2ScsZn2ZrsZn2Zr3s
Zn22Fe2TisZn22ZrsZn3Li2s
Zn3P2s1,s2Zn3Zrs1,s2Zn39Zr5s
Zn5Li2sZn58Sc13sZn62Ca8Al30s
Zn7Li3sZn9MnsZnAlLis
ZnP2s1,s2ZnScsZnZrs
ZnZr2sZrs1-s8,lZr2Crs1-s3
Zr2TisZrBsZrB12s
ZrB2sZrCsZrH2s