List of 156 Solutions and 757 Compounds in SpMCBN
List of 156 Solutions
1. SpMCBN-222
MSI2 [I]
Phase at ca. 67 at.% Si in Me-Si systems
2. SpMCBN-AL13
AL13FE4
Al-Fe binary phase which dissolves Mn, Si and Zn
3. SpMCBN-AL14
AL12MG17
Phase at ca. 59 at.% in the Al-Mg system
4. SpMCBN-AL15
AL11MN4
Al-Mn phase at ca. 73 At.% Al which dissolves some Fe
5. SpMCBN-AL16
AL12MN
Al-Mn phase at ca. 92 at.% Al which dissolves some Fe
6. SpMCBN-AL2F
AL2FE
Al-Fe binary phase which dissolves some Mn
7. SpMCBN-AL33
AL3NB
Phase at ca.75 at.% Al in the Al-Nb system
8. SpMCBN-AL34
AL3NI2
Phase at ca.60 at.% Al in the Al-Ni system
9. SpMCBN-AL41
AL4C3
Al carbide with solubility for Si
10. SpMCBN-AL42
AL4MN
Al-Mn phase at ca. 80 at.% Al which dissolves some Fe
11. SpMCBN-AL51
AL5FE2
Al-Fe binary phase which dissolves some Mn
12. SpMCBN-AL52
AL5FE4
High-temperature Al-Fe phase (ca.1373-1473 K) which dissolves a little Mn
13. SpMCBN-AL6M
AL6MN
Al-Mn phase at ca. 86 at.% Al which dissolves some Fe
14. SpMCBN-AL8M
AL8MN5_D810
Phase at 50-68 at.% Al in Al-Mn. Stable to ca.1463 K. Solubility for Fe, Si.
15. SpMCBN-ALFE
ALFESI_ALPHA
Al-Fe-Si ternary phase with approx. stoichiometry Al7Fe2Si
16. SpMCBN-ALM1
ALM_D019 [I]
Al-Ti phase (ca. 60 to 78 at.% Ti) with solubility for Mo,Nb,Ta,Ti,V and W
17. SpMCBN-ALM2
ALMNSI_BETA
Al-Mn-Si ternary phase with approx. stoichiometry Al10Mn5.
18. SpMCBN-ALM3
ALMG_GAMMA
Al-Mg phase at ca. 50-60 at.% Mg with solubility for Cu and Zn. Stable to ca. 773 K.
19. SpMCBN-ALM4
ALMG_GAMMA1
Phase at ca. 84 at.% Mg in Dy-Mg and Ho-Mg with the ALMG_gamma structure
20. SpMCBN-ALM5
ALMG_EPSILON
Phase stable between ca. 520 and 675K at approx. 43 at.% Mg in Al-Mg
21. SpMCBN-ALM6
ALMGZN_PHI
Ternary phase in the Al-Mg-Zn system
22. SpMCBN-ALM7
ALMGZN_TAU
Ternary phase in Al-Mg-Zn with solubility for Cu
23. SpMCBN-ALMO
AlMo
Al-Mo phase between ca. 48 & 54 at.% Mo. Stable from 1470 to 1720 C
24. SpMCBN-ALMS
ALMNSI_ALPHA
Al-Mn-Si ternary phase which dissolves some Fe, approx. stoichiometry Al9Mn2Si.
25. SpMCBN-ALN1
ALNB2
Phase at ca.67 at.% Nb in the Al-Nb system
26. SpMCBN-ALN2
ALNB3
Phase at ca.75 at.% Nb in the Al-Nb system
27. SpMCBN-ALT2
ALTI [I]
Al-Ti binary phase which dissolves some Mo, Nb, Ta, V and W. Enter with I option.
28. SpMCBN-ALTA
ALTA_SIGMA
Sigma phase in the Al-Ta and Co-V systems
29. SpMCBN-B_NS
B_NSI
Boron-silicon solution phase at ca. 95 at.% B
30. SpMCBN-B2_B
B2_BCC [I]
Ordered bcc phase found in Al-Co and In-Pd. Use I-option.
31. SpMCBN-B2M
B2M [I]
(M1,M2)B2 in the system B-M1-M2
32. SpMCBN-B2M3
B2M3 [I]
(M1,M2)2B3 in the system B-M1-M2
33. SpMCBN-B4C
B4C
Boron carbide
34. SpMCBN-B4M
B4M
Solution phase formed between e.g. B4Mo and metastable B4W
35. SpMCBN-B4M3
B4M3 [I]
(M1,M2)3B4 in the M1-M2-B system
36. SpMCBN-BCC1
BCC_A2 [I]
Body centred cubic phase with interstitial Va, C, N, and B
37. SpMCBN-BCC2
BCC_B2!BCC_A2 [I]
Ordered BCC phase in e.g. Fe-Al, Fe-Si and Cu-Zn, use I option.
38. SpMCBN-BETA
BETA_RHOMB_BCSI
Boron solid solution phase with solubility for C, Cu and Si.
39. SpMCBN-BM
BM [I]
(M1,M2)B in the system B-M1-M2
40. SpMCBN-BM2
BM2
Solution phase formed between W2B, Ta2B and metastable Nb2B
41. SpMCBN-BM4
BM4
Solution phase formed between W2B, Ta2B and metastable Nb2B
42. SpMCBN-C17Y
C17Y
Phase at ca. 89.5 at.% Co, Fe and Ni in the Co-Ni-Y system
43. SpMCBN-C7NT
C7NT
Phase at ca. 22.2 at.% Nb, Ta, Mo, Y in the Co-Fe-Mo-Nb-Ni-Ta-Y system
44. SpMCBN-CBCC
CBCC_A12 [I]
The solid solution based on alpha-Mn.
45. SpMCBN-CEME
CEMENTITE
"Fe3C" (or Mn3C) with dissolved Co,Cr,Mo,Nb,Ni,V,W. N also modeled on C lattice.
46. SpMCBN-CF23
CF23
Phase at ca. 20.7 at.% Y in the Co-Fe-Ni-Y system
47. SpMCBN-CFN2
CFN2 [I]
Phase at ca. 66.7 at.% Co, Cr Fe, Ni in the Fe-Co-Mo-Nb-Ni-Ta-Ti-W-Y-Zr system
48. SpMCBN-CFN3
CFN3 [I]
Phase at ca. 75 at.% Co, Ni and Fe in the systems with Mo, Nb, Ta, Ti, V, W, Y and Zr
49. SpMCBN-CFNT
CFNT
Phase at 50 at.% Co, Fe and Ni in the Co-Fe-Nb-Ni-Ta-Ti-V-W-Y-Zr system
50. SpMCBN-CHI_
CHI_A12
Found in Fe-Cr based alloys with Mo, Ti and W - not present in the binaries
51. SpMCBN-CHI2
CHI2_A12
Phase formed in the Mo-Re system with solubility for Ta, Ti, W
52. SpMCBN-CN5Y
CN5Y
Phase at ca. 83.3 at.% Co and Ni in the Co-Fe-Ni-Y system
53. SpMCBN-CNT2
CNT2
Phase at ca. 66.7 at.% Hf, Mo, Nb, Ta, Ti, W, Zr in the Co-Cr-Fe-Hf-Mo-Nb-Ni-Re-Ta-Ti-V-W-Zr system
54. SpMCBN-CNY3
CNY3
Phase at 25 at.% Co and Ni in the Co-Ni-Y system
55. SpMCBN-CO17
CO17Y2
The phase at ca. 89.5 at.% Co in the Co-Y system
56. SpMCBN-CO21
CO2SI_ALPHA
Phase at 33 at.% Si in the Co-Si system
57. SpMCBN-CO22
CO2SI_BETA
Phase with small high-temperature range at 33 at.% Si in the Co-Si system
58. SpMCBN-CO4Z
CO4ZN [I]
The phase between ca. 69 and 81 at.% Zn in the Co-Zn system
59. SpMCBN-CO5Y
CO5Y
The high-temperature phase at ca. 82 at.% Co in the Co-Y system
60. SpMCBN-CON2
CONB_LAMBDA
The phase between ca. 27 and 33 at.% Nb in the Co-Nb system
61. SpMCBN-COS2
COSI
Phase at the equiatomic composition in the Co-Si system
62. SpMCBN-CR31
CR3MN5
The phase at 62.5 at.% Mn in the Cr-Mn system
63. SpMCBN-CR32
CR3SI_A15
Phase at 25 at.% Si in the Cr-Si system with solubility for C,Al,Fe,Nb,Ti
64. SpMCBN-CR5S
CR5SI3
Phase at 37.5 at.% Si in the Cr,Fe,Ti-Si system
65. SpMCBN-CRSI
CRSI2
Phase at 67 at% Si in Cr-Si, with solubility for Ti
66. SpMCBN-CUB1
CUB_A13
The solid solution based on beta-Mn
67. SpMCBN-CUB2
CUB_A15
Phase based on the composition Mo3Al
68. SpMCBN-D88_
D88_M5SI3
High-temp. phase at ca. 37.5 at.% Si in Cr-Si, with solubility for C,N,Ni,Ti
69. SpMCBN-DIAM
DIAMOND_A4
Si (or Ge) solid solution with solubility for Al,B,Bi,C,Ga,Ge,P,Ru,Si,Sn,Ti,Zn.
70. SpMCBN-DO22
AL3MD022
Phase at ca. 75 at.% Al in Al-Cr,Mo,Nb,Ta,Ti,V
71. SpMCBN-FCC1
FCC_A1 [J]
Face centred cubic phase with interstitial vacancy, C, N and B.
72. SpMCBN-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.
73. SpMCBN-FCC3
FCC_L10 [J]
Phase found around the equiatomic composition and below ca. 1025K in the Mn-Ni system
74. SpMCBN-FCC5
FCC_COV!FCC_A1
Metastable ordered fcc phase in Co-V. Enter with J-option.
75. SpMCBN-FCC9
FCC_A1 [I]
Face centred cubic phase in the C-Y system
76. SpMCBN-FECN
FECN_CHI
An Fe-carbonitride
77. SpMCBN-FEZ5
FEZR2
Phase at ca. 67 at.% Zr in the Fe-Zr system
78. SpMCBN-FEZ6
FEZR3
Phase at ca. 75 at.% Zr in the Fe-Zr system
79. SpMCBN-GRAP
GRAPHITE
Graphite with solubility for B
80. SpMCBN-HCP1
HCP_A3 [I]
Hexagonal close packed phase with interstitial vacancy, C, N, and B.
81. SpMCBN-HCP2
HCP_ORD!HCP_A3 [J]
Ordered hcp phase in the Co-V system
82. SpMCBN-HIGH
HIGH_SIGMA
Occurs at higher temps. between ca.75 and 80 at% Mn in Cr-Mn with solubil.of Fe
83. SpMCBN-HN3V
HN3V
Phase at ca. 25 at.% V and W, in the Hf-Nb-V and Re-V-W systems
84. SpMCBN-KAPA
KAPA
Phase formed in the Nb-Re and Ta-Re systems
85. SpMCBN-KSI_
KSI_CARBIDE
An "Me3C" carbide with significant content of Cr,Fe and Mo
86. SpMCBN-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.
87. SpMCBN-LAV2
LAVES_C15 [I]
A2B phase found e.g.in many alloys of Co and Fe with other transition metals
88. SpMCBN-LAV3
LAVES_C36 [I]
A2B phase in e.g. Co-Ti,-V; Cr-Zr; Hf-Mo; Mg-Ni
89. SpMCBN-LIQU
LIQUID [I]
Liquid alloy phase
90. SpMCBN-M23C
M23C6
Carbide phase found in Cr- nd Mn-containing alloys
91. SpMCBN-M2B
M2B_TETR [I]
(M1,M2)2B in the system B-M1-M2
92. SpMCBN-M2SI
M2SI [I]
Phase at ca. 33.3 at.% Si in Me-Si systems
93. SpMCBN-M3B
M3B [I]
(M1,M2)3B in the system B-M1-M2
94. SpMCBN-M3C2
M3C2
Carbide phase sometimes found in Cr-containing alloys.
95. SpMCBN-M3R2
M3R2 [I]
Phase at ca. 60 at.% Fe in the Fe-Ni-Re system
96. SpMCBN-M3S2
M3SI2
Phase at ca. 40 at.% Si in Me-Si systems
97. SpMCBN-M3SI
M3SI [I]
Phase at 25 at.% Si in Me-Si systems
98. SpMCBN-M4N
M4N [I]
Fe-, Co-, Mn-nitride with dissolved Co,Cr,Ni. C also modeled on the N lattice.
99. SpMCBN-M5B3
M5B3 [I]
Phase at ca. 37.5 at.% B,Si in the Cr,Mo,Mn,V-B,Si system
100. SpMCBN-M5C2
M5C2
An Fe-carbonitride stabilized at certain compositions by Mn and V in solution
101. SpMCBN-M5SI
M5SI3 [I]
Phase at ca. 37.5 at.% Si in several Me-Si systems
102. SpMCBN-M6C
M6C
This carbide can form in alloys with higher Mo- and/or W-content
103. SpMCBN-M6SI
M6SI5
Metastable phase at ca. 45 at.% Si in the Cr-Si and Ti-Si systems
104. SpMCBN-M7B3
M7B3 [I]
(M1,M2)7B3 in the system B-M1-M2
105. SpMCBN-M7C3
M7C3
Carbide phase found in Cr- and Mn-containing alloys.
106. SpMCBN-M7C6
M7C6
Phase at ca. 46 or 54 at.% of Co, Fe, Mn, Mo, Nb, Ni, Ta and W in various systems
107. SpMCBN-MC_1
MC_SHP
The WC carbide with solubility for Mo and N
108. SpMCBN-MC_2
MC_ETA
A Mo,W,V,Nb-carbide
109. SpMCBN-MG22
MG2Y
Phase at ca. 67 at.% Mg in the Mg-Nd and Mg-Y systems
110. SpMCBN-MG23
MG24Y5
Phase at ca. 84 at.% Mg in the Mg-Y system
111. SpMCBN-MGYB
MGYB_LAVES_C14
Phase at ca. 67 at.% Mg in the Mg-Yb system
112. SpMCBN-MN2Z
MN2ZR
Phase with wide stoichiometric range at ca. 67 at.% Mn in the Mn-Zr system
113. SpMCBN-MN3T
MN3TI
High-temperature phase at 75 at.% Mn in the Mn-Ti system, with solubility for Cr
114. SpMCBN-MN4T
MN4TI
High-temperature phase at 80 at.% Mn in the Mn-Ti system, with solubility for Cr
115. SpMCBN-MONI
MONI_DELTA
Phase between ca.43 & 52 at.% Ni in Mo-Ni system, with solubility for Cr and Fe
116. SpMCBN-MR2N
MR2N
Phase at ca. 33 at.% Ni, in the Mo-Ni-Re system
117. SpMCBN-MR7N
MR7N
Phase at ca. 46 at.% Ni, in the Mo-Ni-Re system
118. SpMCBN-MSI
MSI
Phase at the equiatomic composition in the Cr-Si, Fe-Si, Mn-Si and Ni-Si systems
119. SpMCBN-MSI4
M5SI4
Phase at ca. 44.5 at.% Si in Me-Si systems
120. SpMCBN-MU_P
MU_PHASE [I]
Phase appearing in Co-Mo,-Nb,-Ta,-W, Fe-Mo,-Nb,-W, Mn-Mo, Ni-Nb,-Ta.
121. SpMCBN-MV2Z
MV2Z
Phase at ca. 33 at.% Hf and Zr, in the Mo-Nb-Re-Ta-V-W-Hf-Zr system
122. SpMCBN-NBNI
NBNI_MU
Phase at ca. 50 at.% Ni in the Nb-Ni system
123. SpMCBN-NI10
NI10ZR7
Phase at ca. 57.5 at.% Ni in the Ni-Zr system
124. SpMCBN-NI21
NI2SI_C37
Phase at 67 at.% Ni in the Ni-Si system, with solubility for Cr
125. SpMCBN-NI22
NI2SI_HEX
Phase stable above 1090K at 67 at.% Ni in Ni-Si system, with solubility for Cr
126. SpMCBN-NI31
NI3NB
Phase at ca. 75 at.% Ni in the Nb-Ni system
127. SpMCBN-NI35
NI3MOTA
Phase at 75 at.% Ni in the Ni-Ta system
128. SpMCBN-NI36
NI3TI
Phase at ca. 75 at.% Ni in the Ni-Ti system
129. SpMCBN-NI37
NI3ZR
Phase at ca. 75 at.% Ni in the Ni-Zr system
130. SpMCBN-NI52
NI5SI2
Phase at ca. 71 at.% Ni in the Ni-Si system, with solubility for Cr
131. SpMCBN-NI53
NI5ZR
Phase at ca. 83 at.% Ni in the Ni-Zr system
132. SpMCBN-NI7Z
NI7ZR2
Phase at ca. 78 at.% Ni in the Ni-Zr system
133. SpMCBN-NIHF
NIHF2
Phase at ca. 67 at.% Hf in the Ni-Hf system
134. SpMCBN-NIT1
NITA
Phase at ca. 50 at.% Ni in the Ni-Ta system; stable to 1834K
135. SpMCBN-NIT2
NITA2
Phase at ca. 33 at.% Ni in the Ni-Ta system
136. SpMCBN-NIT3
NITI2
NiTi2 phase with solubility for C
137. SpMCBN-NR7N
NR7N
Phase at ca. 46 at.% Ni, in the Mo-Ni-Re and Nb-Ni-Re systems
138. SpMCBN-P_PH
P_PHASE
Phase found in high-temperature Ni-based alloys containing Mo.
139. SpMCBN-PI_P
PI_PHASE
A Cr-rich nitride containing Fe and Ni.
140. SpMCBN-R_PH
R_PHASE
Phase found in high-temperature Ni-based alloys, containing Mo and/or W
141. SpMCBN-RE25
RE25 [I]
Phase at ca. 54 at.% Re in the Hf-Re system
142. SpMCBN-SIB1
SIB3
Silicon boride at 75at% B
143. SpMCBN-SIB2
SIB6
Silicon boride at approx. 86 at.% B
144. SpMCBN-SIG2
SIGMA_SGTE
Sigma phase modeled by SGTE using alternative 3-sublattice description
145. SpMCBN-SIGM
SIGMA [I]
Can form at lower temperatures in alloys containing Co, Cr, Fe, Mn, Mo, Ni, V, W
146. SpMCBN-TETA
TETA
Phase formed between ca. 33 to 40 at% Si and between ca. 1090K and 1565K in the Ni-Si system
147. SpMCBN-TI2N
TI2N
Hexagonal Ti-nitride. Modeled with C present on the N lattice.
148. SpMCBN-TIM1
TIMN_ALPHA
Low-temperature phase at 50 at.% Mn in the Mn-Ti system, with solubility for Cr
149. SpMCBN-TIM2
TIMN_BETA
High-temperature phase at ca. 50 at.% Mn in Mn-Ti system, with solubility for Cr
150. SpMCBN-TINI
TiNi
Equiatomic Ni-Ti phase with ca. 10 at.% range. Stable to ca. 1300 C
151. SpMCBN-V2TZ
V2TZ [I]
Phase at ca. 66.7 at.% V in the V-Hf-Ta-Zr system
152. SpMCBN-V3C2
V3C2
A vanadium carbide phase stabilized by Fe and Mn in solution.
153. SpMCBN-V3SI
V3SI
Phase at ca. 75 at.% V in the V-Si system
154. SpMCBN-W2B5
W2B5
A tungsten boride at ca. 70 at.% B
155. SpMCBN-WB_1
WB_ALPHA
Low-temperature form of tungsten boride stable to ca. 2400K
156. SpMCBN-WB_2
WB_BETA
High-temperature form of tungsten boride stable above ca. 2400K
List of 757 Compounds
Al | s,l,g | Al10V | s | Al11Cr2 | s |
Al11Mn4 | s | Al11Re4 | s | Al12Mn | s |
Al12Mo | s | Al12Re | s | Al12W | s |
Al13Co4 | s | Al13Cr2 | s | Al140Mg89 | s |
Al17Ti8 | s | Al2Ca | s | Al2CaSi2 | s |
Al2Fe | s | Al2Hf | s | Al2Hf3 | s |
Al2MnSi3 | s | Al2Sc | s | Al2Ti | s |
Al2W | s | Al2Y | s | Al2Y3 | s |
Al2Zr | s | Al2Zr3 | s | Al23V4 | s |
Al3C3B2 | s | Al3Co | s | Al3Hf | s |
Al3Hf2 | s | Al3Hf4 | s | Al3Ni | s |
Al3Ni5 | s | Al3Sc | s | Al3Ta | s |
Al3Ta2 | s | Al3V | s | Al3Y | s |
Al3Y5 | s | Al3Zr | s | Al3Zr2 | s |
Al3Zr5 | s | Al30Mg23 | s | Al4C3 | s |
Al4C4Si | s | Al4Ca | s | Al4Cr | s |
Al4Mn | s | Al4Mo | s | Al4Re | s |
Al4W | s | Al4Zr5 | s | Al5Co2 | s |
Al5Fe2 | s | Al5Mo | s | Al5W | s |
Al6Mn | s | Al6Re | s | Al63Mo37 | s |
Al69Ta39 | s | Al7Ta5 | s | Al7V | s |
Al7W3 | s | Al77W23 | s | Al8C7Si | s |
Al8Cr5 | s1,s2 | Al8Mo3 | s | Al8V5 | s |
Al9Co2 | s | Al9Cr4 | s1,s2 | AlB12 | s |
AlB2 | s | AlCr2 | s | AlHf | s |
AlHf2 | s | AlHfNi | s | AlMo3 | s |
AlN | s | AlRe | s | AlRe2 | s |
AlSc | s | AlSc2 | s | AlTa | s |
AlY | s | AlY2 | s | AlZr | s |
AlZr2 | s | AlZr3 | s | Ar | g,aq |
B | s1,s2,l | B12Sc | s | B2Cr | s |
B2Mg | s | B2Mn | s | B2Mo | s |
B2Nb | s | B2Ni3 | s | B2Sc | s |
B2Ta | s,l | B2Ti | s | B2V | s |
B2V3 | s | B2Zr | s | B3Cr5 | s |
B3Ni4 | s | B3V2 | s | B4Cr | s |
B4Cr3 | s | B4Mg | s | B4Mn3 | s |
B4Ti3 | s | B4V3 | s | B4Zr3 | s |
B5Mo3 | s | B6Ca | s | B7Mg | s |
B9W2 | s | BCo | s | BCo2 | s |
BCo3 | s | BCr | s | BCr2 | s |
BFe2 | s | BMn | s | BMn2 | s |
BMo | s | BMo2 | s | BN | s |
BNi | s | BNi2 | s | BNi3 | s |
BTi | s | BV | s | BW2 | s |
BZr | s | C | s,l | C2Cr2V | s |
C2Mn5 | s | C2SiTi3 | s | C3Mn7 | s |
C6Mn23 | s | Ca | s,l,g | Ca2Si | s |
CaC2 | s1,s2 | CaMg2 | s | CaSi | s |
CaSi2 | s | CCo6W6 | s | CFe8Si2 | s |
Co | s1,s2,l,g | Co11Sc4Si5 | s | Co11Zr2 | s |
Co14Sc4Si9 | s | Co16Nb9 | s | Co16Ti6Si7 | s |
Co2Nb | s | Co2Sc | s | Co2Sc3Si3 | s |
Co2ScSi2 | s | Co2TiSi | s | Co2V4C | s |
Co2V4N | s | Co2Y | s | Co20Al3B6 | s |
Co20Ti3B6 | s | Co20V3B6 | s | Co21Cr2B6 | s |
Co21Sc2B6 | s | Co3Al2B5 | s | Co3AlC | s |
Co3Mo | s | Co3Nb | s | Co3Sc2Si5 | s |
Co3ScB2 | s | Co3Si | s | Co3Ti | s |
Co3Ti2Si | s | Co3W | s | Co3Y | s |
Co3Y2 | s | Co3Y4 | s | Co4N | s |
Co4Sc10Si | s | Co4Sc5Si10 | s | Co4ScB4 | s |
Co4Ti4Si7 | s | Co4TiSi3 | s | Co4Zr | s |
Co47Si20B10 | s | Co5Sc3Si2 | s | Co5ScSi3 | s |
Co5Ti3B2 | s | Co5Y8 | s | Co7Nb2 | s |
Co7Ta2 | s | Co7Y2 | s | Co7Y6 | s |
CoSc | s | CoSc2 | s | CoSc2Si2 | s |
CoSc3 | s | CoSc4Si6 | s | CoScB4 | s |
CoScSi | s | CoSi2 | s | CoTa2 | s |
CoTi2 | s | CoTi3Si8 | s | CoTiSi | s |
CoV3 | s | CoVB3 | s | CoY | s |
CoY3 | s | CoZr | s | CoZr2 | s |
CoZr3 | s | Cr | s | Cr2AlB2 | s |
Cr2AlC | s | Cr2Hf | s1,s2 | Cr20Cr3C6 | s |
Cr3AlB4 | s | Cr3AlB7 | s | Cr3B2 | s |
Cr3C2 | s | Cr3Mn5 | s | Cr3Sc2Si4 | s |
Cr4Sc2Si5 | s | Cr5Sc7Si8 | s | Cr5Si3 | s |
Cr5Si3B | s | Cr7B3 | s | Cr7C3 | s |
Cr9VB5 | s | CrSc2B6 | s | CrSi | s |
CSi | s | Fe | s,l | Fe17Y2 | s |
Fe2AlB2 | s | Fe2Nb | s | Fe2Sc | s |
Fe2Si | s | Fe2Ta | s | Fe2Y | s |
Fe23Y6 | s | Fe23Zr6 | s | Fe3AlC | s |
Fe3B2 | s | Fe3B4 | s | Fe3Si7 | s |
Fe3Y | s | Fe5AlB3 | s | Fe5Si2B | s |
Fe5Si3 | s | Fe5SiB2 | s | Fe7Ta6 | s |
FeB | s | FeSc7 | s | FeScB4 | s |
FeSi | s | FeSi2 | s | FeTi | s |
Hf | s1,s2,l | Hf11Si8C2 | s | Hf2Al3C4 | s |
Hf2Co | s | Hf2Co21B6 | s | Hf2Co7 | s |
Hf2Fe | s | Hf2Mo3Si | s | Hf2N | s |
Hf2Ni21B6 | s | Hf2Ni7 | s | Hf2Si | s |
Hf3Al3C5 | s | Hf3AlN | s | Hf3B2 | s |
Hf3N2 | s | Hf3Ni7 | s | Hf3Si2 | s |
Hf4N3 | s | Hf5Al3C | s | Hf5Al3N | s |
Hf5Si3 | s | Hf5Si4 | s | Hf7Ni10 | s |
Hf8Ni21 | s | Hf8Si6B | s | Hf9Mo4B | s |
Hf9Ni11 | s | HfB | s | HfB2 | s |
HfCo | s | HfCo2 | s | HfCo3B2 | s |
HfFe2 | s | HfMoSi | s | HfNi | s1,s2 |
HfNi3 | s1,s2 | HfNi5 | s | HfSi | s |
HfSi2 | s | HfV2 | s | Mg | s,l |
Mg2Ni | s | Mg2Si | s | MgB20 | s |
MgSc | s | Mn | s1-s4,l | Mn11Si19 | s |
Mn12Y | s | Mn2AlB2 | s | Mn2Ni | s |
Mn2Sc | s | Mn2Ti2 | s | Mn2Y | s |
Mn23Sc6 | s | Mn23Y6 | s | Mn3Ni | s |
Mn3Si | s1,s2 | Mn3Si5 | s | Mn3Ti | s |
Mn4N | s | Mn5AlB11 | s | Mn5Si | s |
Mn5Si2 | s | Mn5Si3 | s | Mn5SiB2 | s |
Mn6N4 | s | Mn6N5 | s | Mn6Si | s |
Mn9Si2 | s | Mn9Ti2 | s | MnB4 | s |
MnNi | s | MnNi2 | s | MnNi3 | s |
MnSc4 | s | MnSi | s | MnSiN2 | s |
MnTi | s | Mo | s,l | Mo10Co13Si7 | s |
Mo2CB | s | Mo2Co21B6 | s | Mo2CoB2 | s |
Mo2FeB2 | s | Mo2Ni3Si | s | Mo2NiB2 | s |
Mo2YFe7 | s | Mo24Si15C3 | s | Mo3Al2C | s |
Mo3B2 | s | Mo3B4 | s | Mo3CoB3 | s |
Mo3Ni3C | s | Mo3NiSi | s | Mo3Si | s |
Mo42Co14Si14 | s | Mo5B3 | s | Mo5Co3Si2 | s |
Mo5Ni4Si | s | Mo5Si3 | s | Mo5SiB2 | s |
Mo5Zr6Si9 | s | Mo6Ni6C | s | Mo6Zr6Si9 | s |
Mo7Co9Cr5 | s | Mo7Y10Si13 | s | Mo9AlB10 | s |
MoAlB | s | MoB4 | s | MoC | s |
MoCoB | s | MoNbN | s | MoNi3 | s |
MoNi4 | s | MoSi2 | s1,s2 | MoTiB2 | s |
MoYB4 | s | MoZr12Si7 | s | MoZr4Co | s |
MoZrCo | s | MoZrSi | s | N | l |
N2 | g | N2Ti5 | s | N4Si3 | s |
Nb | s,l | Nb10Al9B | s | Nb10Ni5B | s |
Nb11Co19Si5 | s | Nb14Si3B3 | s | Nb2AlC | s |
Nb2B | s | Nb2Co21B6 | s | Nb2NB | s |
Nb2Ni3Si | s | Nb2Si | s | Nb3Al2N | s |
Nb3B2 | s | Nb3B4 | s | Nb3Co4B7 | s |
Nb3Co5B2 | s | Nb3Fe3B4 | s | Nb3Fe3N | s |
Nb3Si | s | Nb3Si2 | s | Nb4Co2C | s |
Nb4Co2N | s | Nb4Co4Si7 | s | Nb4CoSi | s |
Nb4Ni2C | s | Nb4Ni2N | s | Nb4NiSi | s |
Nb5Ni11B4 | s | Nb5Si2B | s | Nb5Si3 | s |
Nb5Si4 | s | Nb5Si4C | s | Nb6Al3B | s |
Nb6Co16Si7 | s | Nb6Ni16Si7 | s | Nb7B3 | s |
Nb7Co6 | s | Nb7Si6 | s | NbB | s |
NbCo4Si3 | s | NbCoB | s | NbCoSi | s |
NbFeB | s | NbNi7B2 | s | NbNiB2 | s |
NbNiSi | s | NbNiSi2 | s | NbSi2 | s |
Ni | s,l,g | Ni11Sc2B5 | s | Ni11Si5B4 | s |
Ni15Sc4B6 | s | Ni16Ti6Si7 | s | Ni17Y2 | s |
Ni2Sc | s | Ni2Si | s | Ni2Ta | s |
Ni2V | s | Ni2V4N | s | Ni2V7 | s |
Ni2Y | s | Ni2Y3 | s | Ni20Al3B6 | s |
Ni20Ti3B6 | s | Ni21Sc2B6 | s | Ni3Cr2B6 | s |
Ni3ScB | s | Ni3Si | s1,s2 | Ni3Si2 | s |
Ni3Ti2Si | s | Ni3V | s | Ni3Y | s |
Ni4TiSi3 | s | Ni4W | s | Ni4Y | s |
Ni5Sc | s | Ni5Si2 | s | Ni5Ti6Si | s |
Ni5Y | s | Ni5Zr4 | s | Ni6Si2B | s |
Ni7Sc2 | s | Ni7VB2 | s | Ni7Y2 | s |
Ni8AlB11 | s | Ni8Ta | s | Ni8Zr3 | s |
NiCr3B6 | s | NiSc | s | NiSc2 | s |
NiScB4 | s | NiSi | s | NiSi2 | s |
NiTi2 | s1,s2 | NiTiSi | s | NiTiSi2 | s |
NiW | s | NiW2 | s | NiY | s |
NiY3 | s | NiZr | s | NiZr2 | s |
NTa | s | NTi2 | s | NW | s |
O | l | O2 | g | Re | s,l |
Re11Nb9 | s | Re11YB | s | Re12Ni11B6 | s |
Re2Cr3B5 | s | Re2Fe3 | s | Re2Hf | s |
Re2Sc | s | Re2Sc3Si3 | s | Re2Si | s |
Re2V | s | Re2Y | s | Re2Zr | s |
Re24Hf5 | s | Re24Sc5 | s | Re24Ti5 | s |
Re24Zr5 | s | Re25Hf21 | s | Re29Ta6B15 | s |
Re3Al2B | s | Re3B | s | Re3Fe12B5 | s |
Re3Nb3B4 | s | Re3Sc2Si4 | s | Re3Sc8Si9 | s |
Re3Ta2 | s | Re3Ta3B4 | s | Re3V | s |
Re3V2B5 | s | Re3W | s | Re3Y2Si5 | s |
Re4Si7 | s | Re4YB4 | s | Re4YSi2 | s |
Re5Co2B4 | s | Re5Mo5C4 | s | Re6V4B5 | s |
Re7B3 | s | Re7Co8B5 | s | Re8Mo2 | s |
Re8Sc5Si12 | s | Re8V2B5 | s | ReB2 | s |
ReCoB | s | ReSc2B6 | s | ReScSi2 | s |
ReSi | s | ReTaB3 | s | ReTi2B2 | s |
ReY2B6 | s | ReY3B7 | s | ReYB4 | s |
ReZr2 | s | Sc | s,l | Sc2C | s |
Sc2C2B | s | Sc2C3B | s | Sc3C4 | s |
Sc4C3 | s | Sc5Si3 | s | Sc6Si10 | s |
ScAlC2 | s | ScC2B2 | s | ScN | s |
ScSi | s | Si | s,l | Si11Yb8 | s |
Si2Ta | s | Si2Ti | s | Si2V | s |
Si2W | s | Si2Y | s1,s2 | Si2Zr | s |
Si2Zr3 | s | Si3Ta5 | s | Si3V5 | s |
Si3W5 | s | Si3Y5 | s | Si3Yb5 | s |
Si3Zr5 | s | Si4Ti5 | s | Si4Y5 | s |
Si4Yb5 | s | Si4Zr5 | s | Si5V6 | s |
Si5Y3 | s1,s2 | Si5Yb3 | s | Si7Yb4 | s |
SiTa2 | s | SiTa3 | s | SiTi | s |
SiTi3 | s | SiY | s | SiYb | s |
SiZr | s | SiZr2 | s | SiZr3 | s |
Ta | s,l | Ta10Si6N | s | Ta2AlC | s |
Ta2B | s | Ta2Co21B6 | s | Ta2Cr9B9 | s |
Ta2Ni21B6 | s | Ta3B2 | s | Ta3B4 | s |
Ta3Co5B2 | s | Ta3Co7B10 | s | Ta3Fe3B4 | s |
Ta4Co2C | s | Ta4Ni2N | s | Ta48Si30C5 | s |
Ta5Al3C | s | Ta7Ni6 | s | TaB | s |
TaCoB | s | TaCoB2 | s | TaFeB | s |
TaFeB3 | s | TaHfV | s | TaMoN | s |
TaNiB | s | TaNiB2 | s | TaV2 | s |
Tc | s,l | Tc24Mo16 | s | Tc3B | s |
Tc7B3 | s | Tc7Mo3 | s | Tc8Ti | s |
TcB2 | s | TcFe | s | TcTi | s |
Ti | s1,s2,l | Ti2AlC | s | Ti2AlN | s |
Ti2B | s | Ti3Al2N2 | s | Ti3AlC | s |
Ti3AlC2 | s | Ti3AlN | s | Ti5Si3 | s |
V | s,l | V2AlC | s | V2B | s |
V2Si | s | V2Zr | s | V3C2 | s1,s2 |
V3Sc2Si3 | s | V3Sc2Si4 | s | V5B3 | s |
V6ScSi5 | s | V8Si5N | s | VSc3B6 | s |
VSi | s | W | s,l | W14Fe3B20 | s |
W2Co21B6 | s | W2Co3Si | s | W2CoB2 | s |
W2FeB2 | s | W2Hf | s | W2Ni3Si | s |
W2NiB2 | s | W2SiB | s | W2Ti3Si10 | s |
W2YFe10 | s | W2Zr | s | W3B4 | s |
W3CoB6 | s | W3Cr2B3 | s | W3Hf9B2 | s |
W3Sc2Si4 | s | W3Si | s | W3Tc7 | s |
W3Ti2B5 | s | WB4 | s | WC | s |
WCoB | s | WFeB | s | WY3B7 | s |
WYB4 | s | Y | s1,s2,l,g | Y2Co7B3 | s |
Y2Fe14B | s | Y2Ni10B5 | s | Y2Ni15B6 | s |
Y2Ni15B9 | s | Y2Ni2B | s | Y2Ni3B6 | s |
Y23Fe80B80 | s | Y3C | s | Y3C4 | s |
Y3Co11B4 | s | Y3FeB7 | s | Y3Ni13B2 | s |
Y3Ni19B10 | s | Y3Ni7B2 | s | Y4C5 | s |
Y4NiB13 | s | Y5C5B2 | s | Y5Co2B6 | s |
Y5Fe3B6 | s | Y5Ni60B29 | s | Y5Si2B8 | s |
Yb | s | YB12 | s | YB2 | s |
YB4 | s | YB6 | s | YB66 | s |
YC2 | s | YC2B2 | s | YCB | s |
YCB2 | s | YCo12B6 | s | YCo2B2 | s |
YCo3B2 | s | YCo4B | s | YCo4B4 | s |
YCo5 | s | YCoB4 | s | YCoC | s |
YCoC2 | s | YCr2Si2 | s | YCrB4 | s |
YFe11Ti | s | YFe2B2 | s | YFeB4 | s |
YFeC2 | s | YN | s | YNi12B6 | s |
YNi2B2 | s | YNi4B | s | YNiB4 | s |
YNiC2 | s | Zr | s1,s2,l | Zr10Al6B | s |
Zr10Si6B | s | Zr10Si6N | s | Zr11Ni39 | s |
Zr2Al3C5 | s | Zr2B | s | Zr2Co21B6 | s |
Zr2Fe | s | Zr2Ni21B6 | s | Zr3Al3C5 | s |
Zr3AlN | s | Zr3Co10Ti7 | s | Zr5Al3C | s |
Zr5Al3N | s | Zr5Ni7Si18 | s | Zr5Si3C | s |
Zr6Ni16Si7 | s | Zr7Ni4Si9 | s | ZrB12 | s |
ZrCo3B | s | ZrCo4Ti | s | ZrNi2Si2 | s |
ZrNiSi | s |