List of 126 Solutions and 363 Compounds in SGnobl


List of 126 Solutions

1. SGnobl-A3TI
A3TI
Solution phase formed by solution of Ag in Al3Ti

2. SGnobl-AA3S
AA3S
The Ag3M or Au3M phase with M = Bi, Sb, Sn

3. SGnobl-AAA2
AAA2
Solution phase formed between Al2Au and hypothetical Ag2Au in the Ag-Al-Au system

4. SGnobl-AGM3
AGM3
Solution phase based on AgMg3 with solution of Al in Ag-Al-Mg system

5. SGnobl-AGT2
AGT2
Solution phase formed between AgTi2 and CuTi2 in the Ag-Cu-Ti system

6. SGnobl-AGZ1
AgZn_BRASS
Solution phase at ca. 62 at.% in the Ag-Zn system

7. SGnobl-AGZ3
AGZN_ZETA
Ordered bcc phase at ca. 40 at. % Zn in the Ag-Zn system

8. SGnobl-AL14
Al12Mg17
Al-Mg-Li solid solution

9. SGnobl-AL31
Al3M_D022
Phase with ca.75 at-% Al in Al-Mo,Nb,Ta,Ti,V

10. SGnobl-ALM3
AlMg_GAMMA
Al-Mg solid solution at 50-60 at-% Mg with solubility of Zn

11. SGnobl-ALMD
ALM_D019
Al-Ti phase (ca. 60 to 78 at.% Ti) with solubility for Mo, Nb, Ta, V and W.

12. SGnobl-ALPT
ALPT3
Phase at 75 at.% Pt in the Al-Pt system

13. SGnobl-ALTI
ALTI
Al-Ti phase (ca.38 to 52 at.% Ti) with solubil. for Cr,Mo,Nb,Ta,V,W

14. SGnobl-APP1
APP3S
Phase found at 25 at.%Sn in the Pd-Sn and Pt-Sn systems, with solubility for Au

15. SGnobl-APP2
APPS
Phase found at 50 at.%Sn in the Au-Sn, Pd-Sn and Pt-Sn systems

16. SGnobl-APP3
APPS4
Phase found at 80 at.%Sn in the Au-Sn, Pd-Sn and Pt-Sn systems

17. SGnobl-ASS2
ASS2
Solution phase formed by solution of AuSn2 in AuSb2

18. SGnobl-AU1S
Au1Sn
Equiatomic phase in the Au-In and Au-Sn systems, with solubility for Ni.

19. SGnobl-AU2B
Au2Bi_C15
Phase at ca. 67 at.% Au in the Au-Bi system with solubility for Ag

20. SGnobl-AU2H
Au2Hf
Au-Hf solid solution at 29-33 at-% Hf

21. SGnobl-AU3I
AU3IN
Phase at 25 at% In in the Au-In system, with solubility for Pb

22. SGnobl-AU4I
AU4IN
Phase at ca. 20 at% In in the Au-In system, with solubility for Pb

23. SGnobl-AU5H
Au5Hf
Au-Hf solid solution at 16 at-% Hf

24. SGnobl-AU62
AU62IN38
Phase at ca. 38 at% In in the Au-In system, with solubility for Pb

25. SGnobl-AU7I
AU7IN3
Phase at ca. 30 at% In in the Au-In system, with solubility for Pb

26. SGnobl-AUH1
AuHf_ALPHA
Au-Hf solid solution at 48-50 at-% Hf, stable to 1384 K.

27. SGnobl-AUH2
AuHf_BETA
Au-Hf solid solution at 48-50 at-% Hf, stable 1384 to 2025 K.

28. SGnobl-AUI1
AuIn
Equiatomic phase in the Au-In and Au-Sn systems

29. SGnobl-AUI2
AuIn2
Phase at ca. 33 at.% Au in the Au-In, Au-Sb and Au-Sn systems

30. SGnobl-AUI3
AuIn_GAMMA
Phase at ca. 30 at.% In in the Au-In system

31. SGnobl-AUI4
AuIn_PSI
Phase at ca. 38 at.% In in the Au-In system

32. SGnobl-AUIN
Au4In3Sn3
Ternary phase in the Au-In-Sn system

33. SGnobl-AUS1
AuSb2
Phase at ca. 67 at.% Sb in the Au-Sb system with solubility for Bi, In.

34. SGnobl-AUS2
AuSn4
Phase at 80 at.% Sn in the Au-Sn system, with solubility for In and Ni.

35. SGnobl-AUZ1
AUZN_A1
Phase at ca. 25 at.% Zn in the Au-Zn system

36. SGnobl-AUZ2
AUZN_A3
Phase at ca. 16 at.% Zn in the Au-Zn system

37. SGnobl-AUZ3
AUZN_BETA
Phase at ca. 37 to 57 at.% Zn in the Au-Zn system

38. SGnobl-AUZ4
AUZN_G3
Phase at ca. 82.5 at.% Zn in the Au-Zn system

39. SGnobl-AUZ5
AuZn_GAMMA
Phase at ca. 65 to 74 at.% Zn in the Au-Zn system

40. SGnobl-BCC2
BCC_B2!BCC_A2
"[I]" Ordered BCC phase in Fe-Al, Fe-Si and Cu-Zn, use I option.

41. SGnobl-BCC3
BCC_LT
Low-temp. BCC phase in the Ag-Cd system

42. SGnobl-BCC4
BCC_B2_2
"[I]" Phase found in the In-Pd, Al-Ir, Al-Ru systems

43. SGnobl-BCC_
BCC_A2
Body centred cubic alloy phase

44. SGnobl-BCT_
BCT_A5
Sn solid solution with solubility for Ag,Al,Bi,In,Ni,Pb,Pd,Sb,Zn

45. SGnobl-BET1
BETA_RHOMBO_B
B (rhombohedral) with solubility for Mn

46. SGnobl-BI3P
Bi3Pd5
Phase at ca. 65 at.% Pd in the Bi-Pd system

47. SGnobl-CBCC
CBCC_A12
"[I]" The solid solution based on alpha-Mn.

48. SGnobl-COP1
CoPt
Co-Pt binary phase at ca. 40-63 at.% Pt. Stable to ca. 827 C.

49. SGnobl-COP2
CoPt3
Co-Pt binary phase at ca. 70-77 at.% Pt. Stable to ca. 756 C.

50. SGnobl-CR2M
CR2M
Solution phase describing solution of hypothetical Cr2Ni in Cr2Ru

51. SGnobl-CRPT
CRPT2
"[+]"

52. SGnobl-CU3P
CU3P
The Cu3Pt phase in the Cu-Pt system

53. SGnobl-CU3S
Cu3Sn
Phase at 75 at.% Cu in the Cu-Sn system with solubility for In and Ni

54. SGnobl-CU41
Cu41Sn11
Phase at ca. 21 at.% Sn in the Cu-Sn system

55. SGnobl-CU4T
Cu4Ti
Cu-Ti solid solution at 20 at-% Ti, stable to 1169 K.

56. SGnobl-CU77
Cu77InSn23
Ternary phase in the Cu-In-Sn system

57. SGnobl-CUB1
CUB_A13
The solid solution based on beta-Mn

58. SGnobl-CUB2
CUB_A13
Phase at ca. 20-25 at.% Al in the Ag-Al system

59. SGnobl-CUI1
CuIn_DELTA
Phase at 30 at.% In in Cu-In with solubility for Sn

60. SGnobl-CUI2
CuIn_ETA
Phase between ca. 34 and 38 at.% In in Cu-In with solubility for Ni and Sn

61. SGnobl-CUI3
CuIn_GAMMA
Stable around 30 at.% In in Cu-In and Ag-In with solubility for Sn

62. SGnobl-CUP3
CUP3
Exptl. evidence for the CuPt3 phase is very tentative

63. SGnobl-CUPT
CUPT
The CuPt phase in the Cu-Pt system

64. SGnobl-CUS1
CuSb_FCC_BETA
Cu-Sb solid solution at 20-32 at-% Sb, stable 680-966 K.

65. SGnobl-CUS2
CuSn_GAMMA_DO3
Cu-Sn solid solution at 16-28 at-% Sn, stable 794 -1029 K.

66. SGnobl-CUTI
CuTi
Cu-Ti solid solution at 50 at-% Ti, stable to 1248 K.

67. SGnobl-CUZN
CuZn_GAMMA
Cu-Zn solid solution at 56-69 at-% Zn, solubility of Mg

68. SGnobl-DHCP
DHCP
Phase found in the Au-In and Au-Sn systems

69. SGnobl-DIAM
DIAMOND_A4

70. SGnobl-FCC
FCC_A1
"[I]" Face centred cubic phase with interstitial vacancy and C

71. SGnobl-FCC1
FCC_A1_AuCu
FCC_A1 phase only in Au-Cu

72. SGnobl-FCC2
FCC_L12!FCC_A1
"[I]" Ordered FCC phase in Al-Ni, Fe-Ni and Ni-Si, use I option.

73. SGnobl-FEP1
FEPD
"[I]" Phase at the equiatomic composition in the Fe-Pd system

74. SGnobl-FEP2
FEPD3
"[J]" Phase at ca. 75 at.% Pd in the Fe-Pd system

75. SGnobl-FN3P
FN3P
The ordered phase formed between Fe3Pt and Ni3Pt

76. SGnobl-FNP3
FNP3
The ordered phase formed between FePt3 and (hypothetical) NiPt3

77. SGnobl-FNPT
FNPT
The ordered phase formed between FePt and NiPt

78. SGnobl-GAMM
PD2SN_GAMMA
Phase at ca. 67 at.% Pd in the Pd-Sn system

79. SGnobl-GRAP
GRAPHITE
C with solubility for B

80. SGnobl-HCP1
HCP_A3
"[I]" Hexagonal close packed alloy phase

81. SGnobl-HCPZ
HCP_Zn
"[I]" Zn(Ag,Al,Cd,Cr,Cu,Ga,In,Mg,Si,Sn,Zn,Au,Bi,Pb,Pd) solid solution

82. SGnobl-IN3P
In3Pd2
Phase at ca. 40 at.% Pd in the In-Pd system

83. SGnobl-INSN
InSn_GAMMA
Phase between ca. 76 and 96 at.% Sn in the In-Sn system

84. SGnobl-LAV1
LAVES_C14
Phase with A2B stoichiometry, present in e.g. Mg-Zn

85. SGnobl-LAV2
LAVES_C15
A2B phase in e.g. Cu-Mg

86. SGnobl-LIQ1
LIQUID phase
"[I]" Liquid alloy phase

87. SGnobl-M5R3
M5R3
Phase formed between stable Mo5Ru3 and metastable Mo5Pd3 and Mo5Rh3

88. SGnobl-MNP3
MNP3
The solution phase formed between MoNi3 and hypothetical MoPd3 in the Mo-Ni-Pd system

89. SGnobl-MNP4
MNP4
The solution phase formed between MoNi4 and hypothetical MoPd4 in the Mo-Ni-Pd system

90. SGnobl-MONI
MoNi_DELTA
Mo-Ni solid solution with solubility of Cr and Fe

91. SGnobl-N3S2
N3S2
Solution phase formed between Ni3Si2 and hypothetical Pd3Si2 in the Pd-Ni-Si system

92. SGnobl-N5S2
N5S2
Solution phase formed between Ni5Si2 and hypothetical Pd5Si2 in the Pd-Ni-Si system

93. SGnobl-NI31
Ni3Sn2
"[I]" Phase at ca. 60 at.% Ni in the Ni-Sn system, with solubility for Au and Cu

94. SGnobl-NI32
Ni3Sn4
Phase at ca.44 at.% Ni in the Ni-Sn system, with solubility for Cu

95. SGnobl-NI34
Ni3Sn_LT
Phase at 75 at.% Ni in the Ni-Sn system, with solubility for Cu

96. SGnobl-ORD*
ORDER!FCC_A1_AuCu
This is the ordered FCC_A1 phase in Au-Cu!

97. SGnobl-PD20
PD20SN13
Phase at ca. 60 at.% Pd in the Pd-Sn system

98. SGnobl-PD31
PD3PB
Phase at ca. 75 at.% Pd in the Pb-Pd system

99. SGnobl-PD32
PD3SN
Phase at ca. 75 at.% Pd in the Pd-Sn system

100. SGnobl-PD34
PD3ZR
Phase at ca. 75 at.% Pd in the Pd-Zr system

101. SGnobl-PD51
PD5PB3_B
Phase at ca. 66 at.% Pd in the Pb-Pd system

102. SGnobl-PD52
PD5PB3_G
Phase at ca. 64 at.% Pd in the Pb-Pd system

103. SGnobl-PDS1
PDSN
Phase at ca. 50 at.% Pd in the Pd-Sn system

104. SGnobl-PDS2
PDSN2
Phase at ca. 33 at.% Pd in the Pd-Sn system

105. SGnobl-PDS3
PdSn3
Pd-Sn solid solution at 74 at-% Sn, stable to 627 K

106. SGnobl-PDS4
PdSn4
Pd-Sn solid solution at 80 at-% Sn, stable to 565 K

107. SGnobl-PDZ1
PdZn_GAMMA
Phase at ca. 20 at.% Pd in the Pd-Zn system

108. SGnobl-PDZ2
PdZn_BETA
High-T phase with wide stoichiometric range at ca. 50 at.% Pd in Pd-Zn system

109. SGnobl-PDZ3
PdZn_1BETA
Phase with wide stoichiometric range at ca. 50 at.% Pd in the Pd-Zn system

110. SGnobl-PDZ4
PDZRM
Phase at ca. 33 at.% Pd in the Pd-Zr system

111. SGnobl-PDZ5
PDZR_GAMMA
Phase at ca. 50 at.% Pd in the Pd-Zr system

112. SGnobl-PN2S
PN2S
Solution phase formed between Pd2Si and Ni2Si in the Pd-Ni-Si system

113. SGnobl-PN3S
PN3S
Solution phase formed between Pd3Si and Ni3Si in the Pd-Ni-Si system

114. SGnobl-PNS1
PNS1
Solution phase formed between NiSi and PdSi in the Pd-Ni-Si system

115. SGnobl-PP2S
PP2S
Ternary Pd-Pt-Sn phase with ca. 33 at% Sn

116. SGnobl-PP31
PP3S2
Ternary Pd-Pt-Sn phase with ca. 40 at% Sn

117. SGnobl-PP32
PP3TI
Ternary Pd-Pt-Ti phase with ca. 25 at% Ti

118. SGnobl-PP5S
PP5S3
Ternary Pd-Pt-Sn phase with ca. 37.5 at% Sn

119. SGnobl-PPTI
PPTI
Ternary Pd-Pt-Ti phase with ca. 50 at% Ti

120. SGnobl-RHFE
RHFE
The ordered BCC phase based on the composition RhFe

121. SGnobl-RHOM
RHOMBOHEDRAL_A7

122. SGnobl-SBSN
SbSn
Equiatomic phase in Bi-In, In-Sb, Sb-Sn, with solubility for Pb

123. SGnobl-SIGM
SIGMA
Phase between ca.64 and 75 at.% Ta or Tc in the Pt-Ta and Mo-Tc systems

124. SGnobl-TET1
TETRAG_A6

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

126. SGnobl-TETA
TETA
High-temperature Ni-Si binary phase at 33-40 at.% Si, stable between ca. 1097 to 1565 K.


List of 363 Compounds

Ags,gAg2gAg2Bas
Ag2Ba3sAg2CasAg2Cd3s
Ag2CesAg3Be8sAg3Ca5s
Ag3InsAg3MgsAg4Ces
Ag5BasAg51Ce14sAg7Al2Sis
Ag7Ca2sAg9Ca2sAgAlMgs
AgBasAgCasAgCa3s
AgCdsAgCesAgIn2s
AgMg3sAgTisAgTi2s
AgZrsAgZr2sAls
Al11Cr2sAl13Cr2sAl13Ir4s
Al13Ru4sAl140Mg89sAl17Ti8s
Al2AusAl2Au5sAl2Pts
Al2RusAl2TisAl21Pt5s
Al21Pt8sAl27Ir10sAl28Ir9s
Al3IrsAl3Pt2sAl3Pt5s
Al3Ru2sAl30Mg23sAl4Crs
Al45Ir13sAl6RusAl7Cr2Rus
Al8Cr5s1,s2Al9Cr4s1,s2Al9Ir2s
AlAssAlAusAlAu2s
AlAu2TisAlAu4sAlAuTis
AlCr2sAlPtsAss,l
As2Pd5sAs2PtsAsPd5s
Aus,lAu10Hf7sAu10Zr7s
Au14In4sAu2BesAu2Bis
Au2CesAu2PbsAu2Tas
Au2Ta3sAu2TisAu2Zrs
Au2Zr3sAu3BesAu3Hfs
Au3InsAu3Ta16sAu3Zns
Au3ZrsAu4HfsAu4Tis
Au4Zn5sAu4ZrsAu5Sns
Au5Zn3sAu51Ce14sAu6Ces
Au7In2sAu7In3sAuBes
AuBe3sAuBe5sAuCes
AuCe2sAuHf2sAuIns
AuIn2sAuNi2Sn4sAuPb2s
AuPb3sAuSb2sAuSns
AuSn2sAuSn4sAuTa3s
AuTe2sAuTisAuTi3s
AuZn3sAuZn6sAuZrs
AuZr2sAuZr3sBs1,s2
Bas,lBes1,s2,l,gBis,l
Bi2PdsBi2Pd5sBi2Pts
Bi3Pt2sBiPdsBiPd3s
BiPtsCsCas1,s2,l
CaCsCds,l,gCes1-s4,l
Cos1,s2,lCo3Sn2sCoSns
CoSn2sCrsCr2Pd3s
Cr2RusCr3RhsCr3Rus
Cr4PtsCrPdsCus,l
Cu10Sn3sCu11Sb2sCu2Sbs
Cu2Tis1,s2Cu3GesCu3Sns
Cu3Ti2s1,s2Cu4SnsCu4Ti3s1,s2
Cu5In4sCu6Sn5s1,s2Cu7In3s
Cu7In4sCu73Sb20sCu9Sb2s
CuMg2sCuTi2s1,s2Dys1,s2,l
Dy2Fe17sDy2PtsDy3Pts
Dy3Pt4sDy5Pt3sDy5Pt4s
Dy6Fe23sDyFe2sDyFe3s
DyPtsDyPt2sDyPt3s
DyPt5sFes1,s2,lFe2Sis
Fe3Si7sFe5Si3sFeSis
FeSi2sGesHfs1,s2,l,g
Ins,lIn2Pd4sIn2Pd6s
In3Pd2sIn3Pd5sIn7Pd3s
InPd2sInPd3sInPt3s
InSbsIrs,lLis,l,g
MgsMg12Zn13sMg2Sns
Mg2Zn11sMg2Zn3sMg51Zn20s
Mns1-s4,lMos,lMo2Sis
Mo3SisMo5Pd3sMo5Rh3s
Mo5Ru3sMo5Si3sMo9Tc11s
MoNi3sMoNi4sMoRhs
MoRh3sMoSi2s1,s2,lNbs,l,g
Nis,lNi18Pd7Si9sNi2Sis
Ni3Sis1,s2Ni3Si2sNi3Sns
Ni5Si2sNiPd2SisNiSis
NiSi2sOss,lPbs,l
Pb2PdsPb2Pd3sPb2Rhs
Pb2Rh3sPb3Pd5sPb4Pts
Pb4RhsPb5Rh4sPbPds
PbPtsPbPt3sPbRhs
PdsPd11Mg9sPd11Zr9s
Pd14Si3sPd2CasPd2Ca3s
Pd2Ca5sPd2Mg5sPd2Nbs
Pd2Sis,lPd2TisPd2Vs
Pd2ZnsPd23Si12sPd3Mg17s
Pd3NbsPd3SbsPd3Sis
Pd3Si2sPd3Sn2s1,s2Pd3Tis
Pd3Ti2sPd3VsPd4Zr3s
Pd5SisPd5Si2sPdCas
PdCa3sPdCa9sPdMgs
PdMg3sPdMg4sPdNbs
PdSisPdSnsPdSn2s1,s2
PdTisPdTi2sPdV3s
PdZn10sPdZn2sPdZrs1,s2
Pts,lPt12Si5sPt2Bs
Pt2CesPt2Ce3sPt2Ges
Pt2Ge3sPt2SisPt2Sns
Pt2Sn3sPt2TasPt2Ws
Pt3BsPt3B2sPt3Ce7s
Pt3GesPt3Ge2sPt3Sis
Pt3SnsPt3Sn2sPt3Tas
Pt3TisPt3ZnsPt3Zrs
Pt4Ce3sPt5CesPt5Sbs
Pt5Sn3sPt6Si5sPtCes
PtGesPtGe2sPtSis
PtSnsPtSn2sPtSn4s
PtTasPtTa6sPtTis
PtTi3sPtWsPtZns
Res,l,gRhs,lRh2Sbs
Rh2SisRh2SnsRh3Si2s
Rh3Si4sRh3ZrsRh4Si5s
Rh5Si3sRhSisRus
Ru2SisRu2Si3sRu2Zrs
Ru4Si3sRu5Si3sRuSis
RuZrsSbs,lSb2Sn3s
Sb42Sn58sSis,lSns1,s2,l
Tas,lTcs,l,gTes,l
TisTls1,s2,lVs,l,g
Ws,l,gZns,lZrs1,s2