List of 186 Solutions and 1014 Compounds in FSstel

List of 186 Solutions

1. FSstel-A11C
Al11(Cr,Mn)2
Al11(Cr,Mn)2

2. FSstel-A13F
Al13Fe4 (Al)32(Fe,Ni,Co)12(Al,Si,Va,Zn)7
Al13Fe4 (Al)32(Fe,Ni,Co)12(Al,Si,Va,Zn)7

3. FSstel-A2F1
Al2Fe Al2(Fe,Ni,Co)
Al2Fe Al2(Fe,Ni,Co)

4. FSstel-A3C1
Al3Co Al3(Co,Ni)
Al3Co Al3(Co,Ni)

5. FSstel-A3M2
Beta_Al3Mg2
This is the Al3Mg2

6. FSstel-A3N1
Al3Ni Al3(Fe,Ni)
Al3Ni Al3(Fe,Ni)

7. FSstel-A3N2
Al3Ni2
Al-Ni phase at ca. 60-65 at.% Al. Stable to 1406 K

8. FSstel-A3N5
Al3Ni5 Al3(Fe,Ni)5
Al3Ni5 Al3(Fe,Ni)5

9. FSstel-A3Nb
Al3Nb solution
Al3Nb solution

10. FSstel-A4C
Al4Cr rich phase containing limited amount of Cu, Mn, Si
(Al,Cu,Si,Va)4(Cr,Mn)

11. FSstel-A5C2
Al5Co2 Al5(Fe,Co)2
Al5Co2 Al5(Fe,Co)2

12. FSstel-A5F2
Al5Fe2 (Al,Si)5(Fe,Ni,Co)2
Al5Fe2 (Al,Si)5(Fe,Ni,Co)2

13. FSstel-A7CR
Al7(Cr,Mn)
Al7(Cr,Mn)

14. FSstel-A8F5
Al8Fe5 D8_2 (Al,Fe)8(Al,Fe)5
(use [I]-option)

15. FSstel-A9C2
Al9Co2 Al9(Fe,Co,Ni)2
Al9Co2 Al9(Fe,Co,Ni)2

16. FSstel-AC2
AlCr2 containing limited amount of Mn and Si
(Al,Cr,Mn,Si)(Al,Cr,Mn)2

17. FSstel-ACMH
H-Al8(Cr,Mn)5 gamma-H Al8Cr5-Al8Mn5
high temperature Al8Cr5-Al8Mn5 phase

18. FSstel-ACML
L-Al8(Cr,Mn)5 Gamma D810
low temperature Al8Cr5-Al8Mn5 phase

19. FSstel-ACN
AlCrNi ternary phase
(Al,Cr,Ni)8(Al,Cr,Ni)2(Al,Cr,Ni)

20. FSstel-ACN2
AlCoNi tao1
Al14(Al,Co,Ni)1(Al,Co,Ni)5

21. FSstel-ACN3
Al4(Co,Ni)3 ternary phase
Al4(Co,Ni)3 ternary phase

22. FSstel-AL11
HTAl11Mn4-oP156 (Al,Mn)29(Mn)10
HTAl11Mn4-oP156 (Al,Mn)29(Mn)10

23. FSstel-ALC1
AlCu_EPSILON
High-temperature binary Al-Cu phase (ca.866-1100 K)

24. FSstel-ALC2
AlCu_ETA
Exists ca. 50 at. % Cu. Stable to ca. 920 K

25. FSstel-ALC3
AlCu_THETA
Exists ca. 31-33 at.% Cu. Stable to ca. 872 K.

26. FSstel-ALMO
AlMo [I]
Al-Mo phase between ca. 48 & 54 at.% Mo. Stable from 1470 to 1720 C. Use I-option

27. FSstel-AlP
AlP (Al,Fe)1(P)1
(use [I]-option)

28. FSstel-ANb2
AlNb2 solution
AlNb2 solution

29. FSstel-ANb3
AlNb3 solution
AlNb3 solution

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

31. FSstel-B2M
B2M
(Hf,Ti)B2 in the system B-Hf-Ti

32. FSstel-B3Si
B3Si
B-Si binary phase at ca. 75 at.% B. Stable to ca. 1548 K.

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

34. FSstel-B6Si
B6Si
B-Si phase at ca. 86 at.% B. Stable to ca. 2113 K.

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

36. FSstel-BCC2
BCC_B2!BCC_A2 [I]
Ordered BCC phase in Fe-Al, Fe-Si, Ni-Al, Co-Al, ..use I option.

37. FSstel-BCT5
BCT_A5
Solid solution based on Sn with solubility for Al,Bi,Pb,Sb,Si,Ti and Zn.

38. FSstel-BETA
BETA_Tetragonal VH
(use [I]-option) H interstitial

39. FSstel-BetB
Beta_Rhombo_B
Solid solution based on B with solubility for C and Si.

40. FSstel-BETx
BETx!BETA_Tetragonal VH
(Use [J]-option)

41. FSstel-BM
BM
(Hf,Ti)B in the system B-Hf-Ti

42. FSstel-C3S
Cr3Si
(Cr,Si,Fe)3(Cr,Si,Al)

43. FSstel-CBCC
CBCC_A12
This is the alpha-Mn phase. Don't use if Mn is not in the system.

44. FSstel-CEME
CEMENTITE
"Fe3C" with dissolved Co,Cr,Mn,Mo,Nb,Ni,V and W. N also modeled on the C lattice.

45. FSstel-CHIA
CHI_A12
Found only in Fe-Cr based alloys with Mo and with W at certain concentrations - not present in the binaries

46. FSstel-Co3W
Co3W solid soluiton (Co,Ni)3W
Co3W solid soluiton (Co,Ni)3W

47. FSstel-Cove
Covellite CuS-(FeS) solid solution with CuS as major component
Covellite CuS-(FeS) solid solution with CuS as major component

48. FSstel-CoZG
CoZn-Gamma CoZn gamma phase (about 70-80 at.% Zn)
CoZn-Gamma CoZn gamma phase (about 70-80 at.% Zn)

49. FSstel-CoZH
CoZn_beta-H CoZn solid solution at high tempreature
CoZn_beta-H CoZn solid solution at high tempreature

50. FSstel-CoZL
CoZn_beta-L CoZn solid solution at low tempreature
CoZn_beta-L CoZn solid solution at low tempreature

51. FSstel-Cr2B
Cr2B
The (Cr,Fe)2B phase with limited solublity of Fe2B.

52. FSstel-CS2
CrSi2
(Cr,Si)(Al,Cr,Si)2

53. FSstel-Cu4T
Cu4Ti
Cu-Ti binary phase with small range of stoichiometry. Stable to 1158 K.

54. FSstel-CUB
CUB_A13
This is the beta-Mn phase. Don't use if Mn is not in the system.

55. FSstel-CuMS
CuS-MeS nonstoichiometric solid solution [Cu2,Ni2,Fe,Va]S often denoted as Iss
It is not stable in the Cu-S or Me-S binary systems. Possible mis.gap (I-optiion)

56. FSstel-CuTi
CuTi
gamma-CuTi

57. FSstel-CUZN
CuZn_GAMMA
Phase exists between approx. 30 & 43 at.% Cu. Stable to ca. 1123 K.

58. FSstel-D019
AlTi3_D019 [I]
Al-Ti phase (ca. 60 to 78 at.% Ti) with solubility for Mo,Nb,Ta,Ti,V and W

59. FSstel-D03
M3RE (M = Mg, RE = Pr,Nd,Tb,Dy)
M3RE (M = Mg, RE = Pr,Nd,Tb,Dy)

60. FSstel-D82_
D82_FEZN_GAMMA
D82_FEZN_GAMMA

61. FSstel-D88_
D88_M5Si3
Ti-Si binary phase

62. FSstel-Dgnt
Digenite Cu(2-x)S-(FeS-NiS) Digenite/Bornite solid solution
Possible miscibility gap (use I-optiion)

63. FSstel-DHCP
DHCP_A3'
La,Ce,Pr,Nd,Gd,Sm,Dy,Y,Mg,Yb,Er,Sc (from FTlite)

64. FSstel-DIAM
Diamond_A4 Silicon solid solution
dissolving limited amount of Fe, P, C, Sn

65. FSstel-EpsH
Al3Ti-h Prototype_Al3Ti-h_tI8
(Use [I]-option)

66. FSstel-EPSI
EPSILON_FeSb
Fe-Sb binary phase, stoichiometric range ca. 40-47 at.% Sb. Stable to ca. 1292 K.

67. FSstel-EpsL
Al3Ti-l Prototype_Al3Ti-l_tI32
(Use [I]-option)

68. FSstel-Eta
Al2Ti1 Prototype_HfGa2_tI24
(Use [I]-option)

69. FSstel-F4Zr
Fe4Zr solution (Fe,Ni)4Zr
Fe4Zr solution (Fe,Ni)4Zr

70. FSstel-FCC
FCC_A1 [J]
Austenitic form of Fe with B, C, N and H in interstitial site. Use J option when austenite, MeC, MeN formation are possi

71. FSstel-Fe17
Fe17RE2 solid solution Fe17(Y,Ce,Pr,Nd,Sm,Gd,Tb,Dy,Ho,Er,Tm,Lu)2
Fe17RE2 solid solution Fe17(Y,Ce,Pr,Nd,Sm,Gd,Tb,Dy,Ho,Er,Tm,Lu)2

72. FSstel-Fe2A
Fe2Al5(Zn,Va)3
Fe2Al5(Zn,Va)3

73. FSstel-Fe2T
Fe2Ta
This is part of Laves_C14 but not combined yet

74. FSstel-FeSi
FeSi (Fe)1(Si,P)1
(use [I]-option)

75. FSstel-FEZ1
FEZN4_GAMMA1
FEZN4_GAMMA1

76. FSstel-FEZ2
FEZN_DELTA
FEZN_DELTA

77. FSstel-FEZ3
FEZN_ZETA
FEZN_ZETA

78. FSstel-FS2H
Fe3Si7 (Fe)3(Si,Al)7 High Temperature
Fe3Si7 (Fe)3(Si,Al)7 High Temperature

79. FSstel-FS2L
Fe1Si2 (Fe)1(Si,Al)2 Low Temperature
Fe1Si2 (Fe)1(Si,Al)2 Low Temperature

80. FSstel-FZR2
FEZR2_C16 FeZr2-NiZr2
Fe-Zr binary phase at ca. 66 at.% Zr. Stable to 1223 K.

81. FSstel-FZR3
FEZR3_E1A
Fe-Zr binary phase at ca.75 at.% Zr. Stable to 1197 K.

82. FSstel-GAAM
Gamma_Al12Mg17
Gamma_Al12Mg17

83. FSstel-GAM3
GAMMA_DO3
High-temperature Cu-Sn binary phase, exists at ca. 15-28 at.% Sn. Stable between ca. 790 to 1026 K.

84. FSstel-GamH
Gamma_H_AlCu
High-temperature Al-Cu binary phase at 62-69 at.% Cu. Stable between ca. 1073 and 1273 K.

85. FSstel-GamL
Gamma_D83_Al5Cu8
Al-Cu phase between ca. 62-69 at. Cu. Stable to ca. 1153 K.

86. FSstel-Gamm
(Al,Fe,Zn)1(Zn)3
(Al,Fe,Zn)1(Zn)3

87. FSstel-HCP
HCP_A3 [I]
Hexagonal metallic structure with C, N and H

88. FSstel-HCP2
HCP_ZN
Solid soln. based on Zn with solubility for Ag,Al,Cd,Cr,Cu,Fe,Ga,Ge,In,Mg,Si,Sn.

89. FSstel-HIGH
HIGH_SIGMA
phase occuring at higher temperatures between approx. 75 and 80 at% Mn in the Cr-Mn system with solubility of Fe.

90. FSstel-HM2S
highT-(Fe,Mn,Co,Ni)2Sc MgNi2 structure C36
Mn2Sc, Co2Sc, Ni2Sc metastable

91. FSstel-HN3S
H-Ni3Sn2 solid solution
H-Ni3Sn2 solid solution

92. FSstel-KAPP
Kappa-Carbide (Fe,Mn)3(Fe,Mn,Al)(C,Va)
(use [I]-option)

93. FSstel-KSIC
KSI_CARBIDE
"Me3C" carbide with significant content of Cr,Fe and Mo

94. FSstel-L10
AlTi Prototype_AuCu
(Use [I]-option)

95. FSstel-L12
L12!FCC_A1
(Use [J]-option)

96. FSstel-LACN
CONB_lambda phase
Phase around the composition NbCo2 in the Co-Nb system. Stable to ca. 1480 C.

97. FSstel-LAV1
LAVES_C14 [I]
A2B phase, present in e.g. Cr-Ti,Mg-Zn,Mn-Ti,Fe-Nb,Fe-Ti,Fe-Mo,Cr-Nb

98. FSstel-LAV3
LAVES_C15 [I]
A2B phase in e.g. Co-Ta, Cr-Nb,-Ta,-Ti,-Zr, Fe-Ti, Mg-Zn, Mn-Ti, Co-Ti, Cu-Mg, Co-Zr

99. FSstel-LAV4
LAVES_C36 [I]
A2B phase in e.g. Cr-Zr, Mg-Ni, Hf-Mo, Co-Ti

100. FSstel-Liqu
LIQUID [I]
Liquid steel phase

101. FSstel-LM2S
LowT-(Fe,Mn,Co,Ni)2Sc Mg2Zn structure C14
Co2Sc, Ni2Sc metastable

102. FSstel-LN3S
L-Ni3Sn2 solid solution
L-Ni3Sn2 solid solution

103. FSstel-M11S
(Mn)11(Si,Al)19
(Mn)11(Si,Al)19

104. FSstel-M12Z
(Al,Fe)12Zr solution only at ternary system; not exist in binary system
(Al,Fe)12Zr solution only at ternary system; not exist in binary system

105. FSstel-M1S1
Me1Si1 (Fe,Mn,Cr)(Si)
Silicide phase found in Cr,Mn-containing steel

106. FSstel-M1T2
NiTi2 and CoTi2 phases
NiTi2 and CoTi2 phases

107. FSstel-M1Ta
Mu-(Ni,Fe)Ta
(Ni,Fe)7Ta6 phase

108. FSstel-M23C
M23C6
Carbide phase found in Cr,Mn-containing steel.

109. FSstel-M2B
M2B_TETR
The (Fe,Mo,Mn,Ni,Co)2B phase with limited Cr2B solubility

110. FSstel-M3C2
M3C2
Carbide phase sometimes found in Cr-containing steel.

111. FSstel-M3S1
Me3Si1 (Fe,Mn)3(Si)
Silicide phase found in Mn,Si-containing steel

112. FSstel-M3S2
Beta-Ni3S2 (high-temperature heazlewoodite), homogeneity range near Me3S2
Non-stoichiometric solid solution [Fe,Ni,Cu,Va]2[S]1, Possible mis.gap (I-option)

113. FSstel-M3V1
M3V1 solid soluiton (Co,Ni)3V1
M3V1 solid soluiton (Co,Ni)3V1

114. FSstel-M5C2
M5C2 (Fe,Mn)5(C,N)2
An iron carbonitride phase stabilized at certain compositions by Mn and N in solution

115. FSstel-M5S3
M5Si3 (Fe,Mn,Cr)5(Si)3
Silicide phase found in Cr,Mn,Si-containing steel

116. FSstel-M5SC
M5Si1C1 (Fe,Mn)5Si1C1
M5Si1C1 (Fe,Mn)5Si1C1

117. FSstel-M6C
M6C
This carbide can form in steels with higher Mo- and/or W-content

118. FSstel-M7C3
M7C3
Carbide phase found in Cr,Mn-containing steels.

119. FSstel-M8SC
M8Si2C1 (Fe,Mn)8Si2C1
M8Si2C1 (Fe,Mn)8Si2C1

120. FSstel-MC_E
MC_ETA
A Mo,W-carbide

121. FSstel-MC_S
MC_SHP
The WC carbide with fixed stoichiometry

122. FSstel-Me2P
Me2P (Fe,Mn,Al,Cr,Ni,Co)2(P,Si)1
(use [I]-option)

123. FSstel-Me3P
Me3P (Fe,Mn,Al,Cr,Ni,Cu,Mo,Co)3(P,Si)
(use [I]-option)

124. FSstel-Me4N
Me4N [I]
(Fe,Mn)4N phase with dissolved Co,Ni. C also dissolved in the N lattice.

125. FSstel-MeH2
(Ti,Zr)H2
(use [I]-option)

126. FSstel-MeP
MeP (Fe,Mn,Cr,Co)1(P,Si)1
MeP (Fe,Mn,Cr,Co)1(P,Si)1

127. FSstel-MeS2
MeS2 sol.solution FeS2(pyrite)-NiS2(vaesite)-(CuS2). Possible mis. gap (I option)
Solubility of CoS2, MnS2 in this phase has not been modeled, but could be large

128. FSstel-MeSi
FeSi rich solid soluiton (Fe,Ni)Si
FeSi rich solid soluiton (Fe,Ni)Si

129. FSstel-Mill
NiS-(CuS) Millerite low-T solid solution dilute in CuS
NiS-(CuS) Millerite low-T solid solution dilute in CuS

130. FSstel-MnTi
MnTi solid solution (Mn,Cr)Ti
MnTi solid solution (Mn,Cr)Ti

131. FSstel-MONI
MONI_DELTA
Stable to at. 1635 K.

132. FSstel-MONO
Monoxide
Oxide phase in FeO-MnO system.

133. FSstel-MS-c
MeS_cubic (Mn,Fe,Ca,Mg,Cr)S solid solution with cubic rocksalt structure
Possible miscibility gap if Ca is present (use I option)

134. FSstel-MU_P
MU_PHASE
Sometimes found in Mo,Nb,Ni-containing steels at lower temperatures.

135. FSstel-MUCN
CONB-MU Phase
Phase around the composition Nb6Co7 in the Co-Nb system. Stable to ca. 1402 C.

136. FSstel-MUHK
MUHK_PHASE
Co-Mo binary phase at ca. 40-49 at.% Mo. Stable to 1783 K.

137. FSstel-MuNb
MuNb MU phase (Fe,Mn)7(Nb)6 solution
do not use simultaneously MU_P (general Mu phase)

138. FSstel-N2Si
(Ni,Fe)2Si
(Ni,Fe)2Si

139. FSstel-N3SH
H-Ni3Sn solid solution
H-Ni3Sn solid solution

140. FSstel-N3SL
L-Ni3Sn solid solution
L-Ni3Sn solid solution

141. FSstel-N5S2
Ni5Si2 rich solution containing Fe5Si2
Ni5Si2 rich solution containing Fe5Si2

142. FSstel-N7Z2
Ni7Zr2 solutoin (Ni,Fe)7Zr2
Ni7Zr2 solutoin (Ni,Fe)7Zr2

143. FSstel-NAN1
Tau-2 phase Nb(Al,Ni)2 ternary phase
Tau-2 phase Nb(Al,Ni)2 ternary phase

144. FSstel-NAN2
Tau-3 phase Nb6(Al,Ni)7 ternary phase
Tau-3 phase Nb6(Al,Ni)7 ternary phase

145. FSstel-NbNi
Nb6Ni7 rich solid solution, Nb6(Cr,Nb,Ni)7
Nb6Ni7 rich solid solution, Nb6(Cr,Nb,Ni)7

146. FSstel-Ni2T
Ni2Ta
Ni2Ta

147. FSstel-Ni3M
Ni3M Ni3(Mo,Ta,Nb) solution containing small amount of Cr, Fe and Al
(Ni,Mo,Ta,Nb,Cr,Fe)3(Ni,Mo,Ta,Nb,Al)1

148. FSstel-Ni3T
Ni3Ti hP16_P63/mmc dissolvind Co and Fe
(Ni,Ti,Co,Fe)3(Ni,Ti,Co,Fe)1

149. FSstel-NIHF
NiHf2
Ni-Hf solid solution at 33 at-% Ni

150. FSstel-NiT2
NiTa2
NiTa phase stable to 1844 K.

151. FSstel-NiZr
NiZr solution (Ni,Fe)Zr
NiZr solution (Ni,Fe)Zr

152. FSstel-P_PH
P_PHASE
Phase found in high-temperature Ni-based alloys containing Mo.

153. FSstel-Pent
Pentlandite solid solution (Fe9S8-Ni9S8-Cu9S8)
The solubility of Co9S8 in this phase has not been modeled, but could be large

154. FSstel-PI
PI Cr-rich nitride containing Fe and Ni.
PI Cr-rich nitride containing Fe and Ni.

155. FSstel-PYRR
Pyrrhotite Non-stoichiometric high-T solid solution FeS-NiS-CrS-CoS(-CuS-MnS)
Possible miscibility gap (Use I option)

156. FSstel-R_PH
R_PHASE
Phase found in high-temperature Ni-based alloys, its formation being promoted by the presence of Mo.

157. FSstel-REB6
(Nd,Va)B6 solid solution
(Nd,Va)B6 solid solution

158. FSstel-RHOM
RHOMBOHEDRAL_A7
Solid solution based on Bi,Sb with dissolved Sn

159. FSstel-SiCN
SiC (Si)1(C,N)1 containing minor amount of Nitrogen
SiC (Si)1(C,N)1 containing minor amount of Nitrogen

160. FSstel-SIGM
SIGMA
Can form slowly at lower tempeartures in steels containing high Cr, Mo, or V

161. FSstel-SIV3
SIV3
Si-V binary phase at ca. 75-80 at. % V. Stable to ca. 2192 K.

162. FSstel-SpiS
Thiospinel Polydymite Ni3S4-(Cu3S4)
The solubility of Fe,Cr,Co,Zn in this phase has not been modeled, could be large

163. FSstel-T1
(Nd,Dy)2Fe14B T1 solid solution
(Nd,Dy)2Fe14B T1 solid solution

164. FSstel-T2
T2 Al5(Fe,Ni)2
T2 Al5(Fe,Ni)2

165. FSstel-T5S3
Ti5Sn3 with excess Si
Ti5Sn3 with excess Si

166. FSstel-Tao1
Ti(Co,Ni)3 hP24_P-62m_Co3V
Ti(Co,Ni)3 hP24_P-62m_Co3V

167. FSstel-Tao2
Tao2 terary phase in the Al-Fe-Ti system Al2FeTi-Mn23Th6-D8a
Tao2 terary phase in the Al-Fe-Ti system Al2FeTi-Mn23Th6-D8a

168. FSstel-TAU2
Tau2_Al5Fe2Si2 Tau gamma
Tau2_Al5Fe2Si2 Tau gamma

169. FSstel-TAU4
Tau4_Al3Fe1Si2 Tau delta
Tau4_Al3Fe1Si2 Tau delta

170. FSstel-TAU5
Tau5_Al8Fe2Si1 Tau alpha
Tau5_Al8Fe2Si1 Tau alpha

171. FSstel-TAU6
Tau6_Al5Fe1Si1 Tau beta
Tau6_Al5Fe1Si1 Tau beta

172. FSstel-TAUA
alpha_Al16(Fe,Mn)4Si1(Al,Si)2 Tau alpha
alpha_Al16(Fe,Mn)4Si1(Al,Si)2 Tau alpha

173. FSstel-TAUB
Beta_Al15Si1(Al,Si)4(Fe,Mn)6 Tau Beta
Beta_Al15Si1(Al,Si)4(Fe,Mn)6 Tau Beta

174. FSstel-TC23
C-TiCr2 high temperature gamma-TiCr2 phase
C-TiCr2 high temperature gamma-TiCr2 phase

175. FSstel-TCF
Ti5(Cr,Fe)24 ternrey phase
Ti5(Cr,Fe)24 ternrey phase

176. FSstel-Thta
Theta Ni(Ni,Va,Cu)Si
High-temperature Ni-Si binary phase at 33-40 at.% Si, stable between ca. 1097 to 1565 K.

177. FSstel-TI2N
TI2N
Hexagonal Ti-nitride. Modeled with C present on the N lattice.

178. FSstel-TLaM
T-La(Fe,Si)13 LaFe7(Fe,Si)6
T-La(Fe,Si)13 LaFe7(Fe,Si)6

179. FSstel-TS_T
Ti8(Sn,Si)5 ternary solution
Ti8(Sn,Si)5 ternary solution

180. FSstel-V3C2
V3C2
A vanadium carbide phase stabilized by Fe and Mn in solution.

181. FSstel-VH2
VH2 gamma FCC structure
VH2 gamma FCC structure

182. FSstel-Vill
Villamaninite (Cu,Ni,Co,Fe)S2 solid solution
It is not stable in the Me-S binary systems

183. FSstel-Z_PH
Z_PHASE
Coarse, Cr(V,Nb)N precipitated phase found in 9-12% Cr creep-resistant steels

184. FSstel-Zeta
Al5Ti2 Prototype_Al5Ti2_tP28
(Use [I]-option)

185. FSstel-ZnSH
Wurtzite ; high temperature ZnS-rich (Zn,Fe)S solution
Wurtzite ; high temperature ZnS-rich (Zn,Fe)S solution

186. FSstel-ZnSL
Sphalerite ; low temperature ZnS-rich (Zn,Fe)S solution
Sphalerite ; low temperature ZnS-rich (Zn,Fe)S solution

List of 1014 Compounds

Als1-s9,l,gAl10VsAl12Mos
Al12WsAl14Ca13sAl2Cas1,s2
Al2Cu3sAl2HfsAl2Hf3s
Al2O3s1-s4,lAl2ScsAl2Ws
Al2Y3sAl2ZrsAl2Zr3s
Al23V4sAl3Ca8sAl3Cus
Al3Cu2sAl3Hfs1,s2Al3Hf2s
Al3Hf4sAl3MgsAl3Scs
Al3Ys1,s2Al3Zrs1-s3Al3Zr2s
Al3Zr5sAl30Mg23sAl4C3s
Al4C4SisAl4CasAl4Ces
Al4MosAl4WsAl4Zr5s
Al5MosAl5WsAl63Mo37s
Al7VsAl7W3sAl77W23s
Al8C7SisAl8Mo3sAl8V5s
Al9Cu11sAlB12sAlB2s
AlH3sAlHfsAlHf2s
AlMo3sAlNs,gAlNbNi2s
AlPsAlSbsAlScs
AlSc2sAlYsAlY2s
AlZrsAlZr2sAlZr3s
Bs1-s6,lB2MosB2Nbs
B2O3s,lB2VsB2V3s
B3V2sB4CsB4Mos
B4V3sB5Mo3sBis,l
BMosBNs,l,gBVs
Cs1,s2,lCas1-s3,lCa14Si19s
Ca2Ni7sCa2SisCa2Sns
Ca3P2sCa3Si4sCa3Zns
Ca5Si3sCa5Zn3sCaAl2Si2s
CaB6sCaC2s1-s4,lCaNi2s
CaNi3sCaNi5sCaOs,l
CaSs,gCaSisCaSi2s
CaZnsCaZn11sCaZn13s
CaZn2sCaZn3sCaZn5s
Ces1-s4,lCe2AlsCe2Co17s
Ce2Co7sCe2Fe17sCe2Mg17s
Ce2Ni7sCe2O3s,lCe2S3s
Ce24Co11sCe3Als1,s2Ce3Al11s1,s2
Ce3Si2sCe3Si5sCe5Co19s
Ce5Mg41sCe5Si3sCe5Si4s
Ce7Ni3sCeAlsCeAl2s
CeAl3s1,s2CeCo2sCeCo3s
CeCo5sCeFe2sCeMgs
CeMg12sCeMg2sCeMg3s
CeNisCeNi2sCeNi3s
CeNi5sCeO2sCeSs,g
CeSisCeSi2sCFe6W6s
CFeW3sCos1-s5,lCo11Zr2s
Co16Nb9sCo2Al5sCo2Al9s
Co2BsCo2PsCo2Scs
Co2SisCo2Zn15sCo23Zr6s
Co3BsCo3MosCo3Nbs
Co3SisCo3TisCo3Vs
Co3WsCo4Al13sCo4Ns
Co7Nb2sCoAl3sCoBs
CoPsCoP3sCoScs
CoSc2sCoSc3sCoSis
CoSi2sCoTi2sCoV3s
CoZn13sCoZn7sCoZrs
CoZr2sCoZr3sCrs1-s5,l
Cr2Al11sCr2BsCr2O3s,l
Cr2PsCr2S3sCr2VC2s
Cr20Cr3C6sCr3B4sCr3C2s
Cr3Mn5sCr3PsCr5B3s
Cr5Si3sCr7C3sCr8Ti25Al67s
CrAl7sCrB2sCrB4s
CrPsCrP2sCrSis
CrZn13sCrZn17sCus1-s4,l
Cu10Sn3sCu10Zr7sCu12Sn10s
Cu15Si4sCu19Si6sCu2Ss1,s2
Cu2SbsCu2TisCu3Ps
Cu3SbsCu3SnsCu3Ti2s
Cu33Si7sCu4MnSnsCu4Sbs
Cu4SnsCu4Ti3sCu5Zrs
Cu51Zr14sCu6SbsCu6Sn5s
Cu7Sb2sCu8Zr3sCu9Si2s
CuP2sCuSsCuTi2s
CuZrsCuZr2sCVs
Dys1-s4,lDy10Fe36B36sDy12Co7s
Dy2AlsDy2Co17sDy2Co7s
Dy2Fe14BsDy2Fe17sDy2Ni17s
Dy2Ni7sDy3Al2sDy3Cos
Dy3NisDy3Ni2sDy3Si4s
Dy3Si5s1,s2Dy4Co3sDy5Fe2B6s
Dy5Mg24sDy5Si3sDy5Si4s
Dy6Fe23sDy6Mn23sDy9Pr11s
DyAlsDyAl2sDyAl3s1,s2
DyB12sDyB2sDyB4s
DyB6sDyB66sDyCo2s
DyCo3sDyCo5sDyFe2s
DyFe3sDyMgsDyMg2s
DyMg3sDyMn12sDyMn2s
DyNdsDyNisDyNi2s
DyNi3sDyNi4sDyNi5s
DySisDySi2s1,s2Ers1-s4,l
Er12Co7sEr2AlsEr2Co17s
Er2Co7sEr2Fe17sEr2Ni17s
Er2Ni7sEr3Al2sEr3Cos
Er3NisEr3Ni12sEr3Ni2s
Er3Si5s1,s2Er4Co3sEr5Si3s
Er5Si4sEr6Fe23sEr6Mn23s
ErAlsErAl2sErAl3s
ErCo2sErCo3sErCo5s
ErFe2sErFe3sErMn12s
ErMn2sErNisErNi2s
ErNi3sErNi4sErNi5s
ErSisEu3Si5sEu5Si3s
Eu5Si4sEu50Si87sEu8Si11s
EuAlsEuAl2sEuAl4s
EuSisFes1,s2,lFe10S11s
Fe11S12sFe2Al5sFe2Bs
Fe2O3s1-s3Fe2PsFe2Scs1,s2
Fe2SisFe2SiAl2sFe2Ws
Fe3Cs1,s2Fe3O4s1-s4,lFe3Ps1,s2
Fe3Si7sFe3Sn2sFe5Si3s
Fe5Sn3sFe6Sc29sFe7S8s
Fe9S10sFe9Sc5sFeAl2s
FeBsFeCr2O4sFeOs,l,g
FePsFeP2sFeSs
FeS2sFeSb2sFeSis
FeSi2sFeSi4P4sFeSiAl2s
FeSnsFeSn2sFeTis
FeTi2O5sFeTi3Al8sGds1-s4,l
Gd12Co7sGd2AlsGd2Co17s
Gd2Co7sGd2Fe17sGd2Ni17s
Gd2Ni7sGd3Al2sGd3Cos
Gd3NisGd3Ni2sGd3Si5s1,s2
Gd4Co3sGd5Si3sGd5Si4s1,s2
Gd6Fe23sGd6Mn23sGdAls
GdAl2sGdAl3sGdCo2s
GdCo3sGdCo5sGdFe2s
GdFe3sGdMn12sGdMn2s
GdNisGdNi2sGdNi3s
GdNi5sGdSisGdSi2s1,s2
Hs,lH2gHfs1-s3,l
Hf2FesHf2Ni7sHf2Sis
Hf3Ni7sHf3Si2sHf5Si3s1,s2
Hf5Si4sHf7Ni10sHf8Ni21s
Hf9Ni11sHfNis1,s2HfNi3s1,s2
HfNi5sHfSisHfSi2s
HfV2sHos1-s3,lHo12Co7s
Ho2AlsHo2Co11sHo2Co17s
Ho2Co7sHo2Fe17sHo2Ni17s
Ho2Ni7sHo3Al2sHo3Cos
Ho3NisHo3Ni2sHo3Si4s
Ho3Si5s1,s2Ho4Co3sHo5Si3s
Ho5Si4sHo5Si9s1,s2Ho6Fe23s
Ho6Mn23sHoAlsHoAl2s
HoAl3sHoCo2sHoCo3s
HoFe2sHoFe3sHoMn12s
HoMn2sHoNisHoNi2s
HoNi3sHoNi5sHoSis
Las1-s4,lLa2Co3sLa2Co7s
La2Fe2Si4sLa2Ni3sLa2Ni7s
La22Al53sLa27Co23sLa3Als
La3Al11s1,s2La3CosLa3Nis
La3Si2sLa3Si5sLa5Co19s
La5Si3sLa5Si4sLa7Ni16s
La7Ni3sLaAlsLaAl2s
LaAl3sLaCo13sLaCo5s
LaFe2Si2sLaFeSisLaFeSi2s
LaNisLaNi3sLaNi5s
LaSisLaSi2sLu2Als
Lu2Fe17sLu3Al2sLu3Si5s
Lu5Si3sLu5Si4sLu6Fe23s
Lu6Mn23sLuAlsLuAl2s
LuAl3sLuFe2sLuFe3s
LuMn2sLuMn5sLuSis
Mgs1-s7,lMg12Zn13sMg2Cas1,s2
Mg2Cus1,s2Mg2SisMg2Sns
Mg2ZnsMg2Zn11sMg2Zn3s
Mg3N2s1-s3Mg3P2sMg51Zn20s
MgCo2sMgH2sMgNg
MgOs,lMgSs,gMgZn2s1,s2
Mns1-s6,lMn11Si19sMn19Sn6s
Mn2BsMn2NisMn2Ps
Mn2ScsMn2SnsMn2Tis
Mn2Ti2sMn2ZrsMn23Al99s
Mn23C6sMn23Sc6sMn3B4s
Mn3CsMn3N2sMn3Nis
Mn3PsMn3P2sMn3Sis
Mn3SiAl2sMn3TisMn4Al11s
Mn5C2sMn5Si3sMn5SiCs
Mn6N5sMn6SisMn7C3s
Mn7Mo6sMn7Nb6sMn8Si2Cs
Mn9Si2sMn9Ti2sMnAl12s
MnAl4sMnAl6sMnBs
MnB2sMnB4sMnNis
MnNi2sMnNi3sMnOs,l
MnPsMnP3sMnSs
MnS2sMnSc4sMnSis
MnSiN2sMnSn2sMnTis
Mos1-s3,lMo2BsMo3Ps
Mo3SisMo5Si3sMoCs
MoNbNsMoNi3sMoNi4s
MoPsMoS2s,lMoSi2s1,s2,l
MoZn22sMoZn7sNs1-s7,l
N2gN4Si3sNbs,l
Nb2BsNb2O5s,lNb3B2s
Nb3B4sNbBsNbO2s1-s3,l,g
Nds1-s3,lNd10Fe36B36sNd2Als
Nd2B5sNd2Co17sNd2Co3s
Nd2Co7sNd2Cu7sNd2Fe14Bs
Nd2Fe17sNd2Mn17sNd2Ni17s
Nd2Ni7sNd2Si3s1,s2Nd3Als
Nd3Al11s1,s2Nd3CosNd3Nis
Nd3Si4sNd4Co3sNd5Co19s
Nd5Co2sNd5Fe17sNd5Fe2B6s
Nd5Mg41sNd5Si3sNd5Si4s
Nd5Si9s1,s2Nd6Mn23sNd7Ni3s
NdAlsNdAl2sNdAl3s
NdB4sNdB6sNdB66s
NdCo2sNdCo3sNdCo5s
NdCusNdCu2sNdCu4s
NdCu5sNdCu6sNdMgs
NdMg2sNdMg3sNdMn2s
NdNisNdNi2sNdNi3s
NdNi5sNdSisNis1-s5,l
Ni10B7sNi12P5s1,s2Ni2Bs
Ni2CrsNi2MgsNi2Ps
Ni2ScsNi2SisNi2Vs
Ni2V7sNi2YsNi2Y3s
Ni23Fe5Al72sNi3BsNi3Cr15Al82s
Ni3PsNi3S2sNi3S4s
Ni3Sis1-s3Ni3Si2sNi3Vs
Ni3YsNi4WsNi4Ys
Ni5Al3sNi5P2s1,s2Ni5P4s
Ni5ScsNi5Si2sNi5Zr4s
Ni7S6sNi7Sc18sNi7Sc2s
Ni7Y2sNi7Zr2sNi8Ys
Ni8Zr3sNi9B7sNi9Cr11Al80s
Ni9S8sNiAl3sNiBs
NiMg2sNiP2sNiP3s
NiSsNiS2sNiScs
NiSisNiSi2s1,s2NiTi2s
NiWsNiW2sNiYs
NiY3sNiZn8sNiZrs
NiZr2sNTi2sNZrs,l
O2gPs1-s6,l,gP2g
P4gPbs1-s7,lPb2Zrs
Pb3Zr5sPbSsPbZr4s
Prs1-s4,lPr2AlsPr2B5s
Pr2Co17sPr2Co7sPr2Fe17s
Pr2Ni7sPr3Als1,s2Pr3Al11s1,s2
Pr3CosPr3NisPr3Si4s
Pr4Co3sPr5Co19sPr5Co2s
Pr5Mg41sPr5Si3s1,s2Pr5Si4s1,s2
Pr5Si9s1,s2Pr6Mn23sPr7Ni3s
PrAlsPrAl2sPrAl3s
PrB4sPrB6sPrCo2s
PrCo3sPrCo5sPrMgs
PrMg12sPrMg2sPrMg3s
PrNisPrNi2sPrNi3s
PrNi5sPrSisSs1,s2
Sbs1,s2,lSb2Sn3sScs1-s4,l
Sc2Si3sSc5Si3sSc5Si4s1,s2
ScSisSis1-s7,lSi2Tas
Si2VsSi2WsSi2Zrs
Si2Zr3sSi3Ta5sSi3V5s
Si3W5sSi3Zr5sSi4Zr5s
Si5V6sSiCs1,s2,gSiO2s1-s8,l
SiPsSiP2sSiTa2s
SiTa3sSiZrsSiZr2s
SiZr3sSms1-s4,lSm2Als
Sm2Co17sSm2Co7sSm2Fe17s
Sm2Ni17sSm2Ni7sSm3Al11s
Sm3CosSm3NisSm3Ni2s
Sm3Si5sSm5Co19sSm5Co2s
Sm5Ni19sSm5Si3sSm5Si4s1,s2
Sm6Mn23sSm7Ni3sSmAls
SmAl2sSmAl3sSmCo2s
SmCo3sSmCo5sSmFe2s
SmFe3sSmMn2sSmNis
SmNi2sSmNi3sSmNi5s
SmSisSmSi2s1,s2Sns1-s3,l
Sn2S3sSn2VsSn2Zrs
Sn20Ca31sSn21V79sSn23Ca36s
Sn3CasSn3Ca5sSn3P4s
Sn3Ti2sSn3Ti5sSn3Zr5s
Sn4Ni3sSn4P3sSn5Ti6s1,s2
Sn6Ca7sSnCasSnP3s
SnSs1,s2SnS2sSnTi2s
SnTi3sSnZr4sTas,l
TaV2sTbs1-s3,lTb11Pr9s
Tb2AlsTb2Fe17sTb2Nd3s
Tb2Ni17sTb2Ni7sTb3Al2s
Tb3NisTb3Ni2sTb3Si5s
Tb5Mg24sTb5Si3sTb5Si4s
Tb6Fe23sTb6Mn23sTbAls
TbAl2sTbAl3sTbB12s
TbB2sTbB4sTbB6s
TbB66sTbFe2sTbFe3s
TbMgsTbMg2sTbMg3s
TbMn12sTbMn2sTbNis
TbNi2sTbNi3sTbNi5s
TbSisTbSi2sTis1-s7,l
Ti2MnsTi2O3s1,s2,lTi2Zns
Ti3B4sTi3O5s1,s2Ti3Sis
Ti4N3sTi5Si3sTi5Si4s
TiBsTiB2sTiO2s1,s2,l
TiSisTiSi2sTiZns
TiZn10sTiZn15sTiZn2s
TiZn3sTiZn5sTm2Als
Tm2Fe17sTm3Al2sTm3Si5s
Tm5Si3sTm5Si4sTm6Fe23s
Tm6Mn23sTmAlsTmAl2s
TmAl3sTmFe2sTmFe3s
TmMn12sTmMn2sTmSis
Vs1-s5,lV2O3s,lV2Zrs
V3C2s1,s2V4Zn5sVOs,l,g
VZn16sVZn3sWs1-s3,l
W2BsW2B9sW2Hfs
W2Hf7B4sW2ZrsW7B14s
WBs1,s2WB2sWCs
Ys1-s4,lY13Zn58sY2Co17s
Y2Co3sY2Co7sY2Fe17s
Y2Zn17s1,s2Y3CosY3Si5s
Y3Zn11sY3Zn22sY4Co3s
Y5Si3sY5Si4sY6Co7s
Y6Fe23sY6Mn23sY8Co5s
YAl2sYb3Si5sYb5Si3s
Yb5Si4sYb50Si87sYb8Si11s
YbAl2sYbAl3sYbSis
YCosYCo2sYCo3s
YCo5sYFe2sYFe3s
YMn12sYMn2sYNi5s
YSisYSi2s1,s2YZns
YZn11sYZn12sYZn2s1,s2
YZn3sYZn5sZns1-s9,l
Zn2ZrsZn2Zr3sZn22Zrs
Zn3P2s1,s2Zn3Sb2sZn3Zrs1,s2
Zn39Zr5sZn4Sb3s1,s2Zn5Sb3s
Zn9MnsZnP2s1,s2ZnSs1,s2
ZnSbsZnZrsZnZr2s
Zrs1-s8,lZr3Ni4sZrBs
ZrB12sZrB2sZrFe2Zn20s
ZrNi3sZrNi5sZrO2s1-s3,l