List of 45 Solutions and 554 Compounds in FTnucl

List of 45 Solutions

1. FTnucl-A2C3
A2C3 (Pu,Am,Np,U,Th)2(C3) Sesquicarbide solid solution
I-43d

2. FTnucl-A2O3
Ac2O3 hexagonal type A sesquioxide P3m1

3. FTnucl-A2X
A2X Antifluorite
Use [I]-Option antifluorite cF12 Fm-3m

4. FTnucl-A6__
delta-prime-Pu tI2 I4/mmm A6
Body-centered tetragonal

5. FTnucl-AcO3
AcO3 (Th,U,Np,Pu,Am)O3 solid solution

6. FTnucl-AlB2
C32 delta hP3 P6/mmm (U,Pu,Zr,Np)2(U,Pu,Zr,Np)
UZr2, PuZr2, NpZr2

7. FTnucl-B2/m
beta-Pu body-centered monoclinic mC34 C2/m

8. FTnucl-BAO4
BaAcO4 Ba(U,Np)O4 solid solution
Orthorhombic Pbcma

9. FTnucl-BCC
BCC_A2
Use [I]-Option

10. FTnucl-BCC2
BCC_B2 CsCl structure Pm-3m
Use [I]-Option

11. FTnucl-C16_
FeZr2 Tetragonal C16
Dissolves FeU2

12. FTnucl-C2/c
monoclinic (Th,U,Pu)C2 monoclinic C2/c (low-T)

13. FTnucl-CaC2
CaC2 tetragonal I4/mmm (U,Th,Pu)(C,O,Va)2
Distorted rock-salt structure with the C2[2-] units lying parallel. Use [I]-option

14. FTnucl-CaF2
FCC_C1 UO2-PuO2-ThO2-NpO2-AmO2-(ZrO2,RuO2,BaO,FeO,Fe2O3) with oxygen defects
Use [I]-Option CaF2-fluorite cF12 Fm-3m

15. FTnucl-cF24
Laves-C15 cF24 phase with A2B stoichiometry
Cr2Ti, Cr2Zr, Fe2Zr, Fe2U(Use [I]-option]

16. FTnucl-Cmcm
alpha-U Orthorhombic oC4 Cmcm A20
Use [I]-Option

17. FTnucl-D53
a-U2N3 (U)8(Th,U,Np,Pu)24(N)48(N,Va)16
[I]-option

18. FTnucl-DHCP
DHCP

19. FTnucl-DLTN
delta Np-U cP58

20. FTnucl-ETA
eta-HT U-Pu intermediate tetragonal tP52 HT solid solution

21. FTnucl-FCC
FCC_A1/B1 (Th,U,Np,Pu,Am,Zr,Ru,Fe,Ba,Li,Na,K,Rb,Cs)(C,C2,O,N,Cl,I,Va)
Use [J]-Option

22. FTnucl-Fddd
gamma-Pu face-centered orthorhombic oF8 Fddd

23. FTnucl-FeAC
CoUC2 tP8 P4/nmm Fe(U,Pu)C2

24. FTnucl-FZr3
FeZr3
(Use [I]-Option)

25. FTnucl-HCP_
HCP_A3
use [I]-option

26. FTnucl-hP15
Li2ThN2 Li2(Th,U,Zr)N2 hP15 P-3

27. FTnucl-KSI
ksi-LT U-Pu intermediate cubic cP58 LT solid solution

28. FTnucl-Liqu
Liquid Th-U-Np-Pu-Am - Zr-Ru-Fe-Ba - Li-Na-K-Rb-Cs - O-C-N-Cl-I
(use [I]-option: note that a 3 phase immiscibility exist in some systems)

29. FTnucl-M4N
M4N Fe4N
[I]-option

30. FTnucl-MeO_
Monoxide FeO-[FeO1.5,ZrO2] Rocksalt solid solution space group: Fm-3m
Use [I]-option.

31. FTnucl-MnU6
tI28 I4/mcm Fe(U,Pu,Am,Np)6 dissolving FeZr6

32. FTnucl-Mono
alpha-Pu Monoclinic mP16 P21/m

33. FTnucl-Np_a
alpha-Np orthorhombic oP8 Pnma

34. FTnucl-Np_b
beta-Np Tetragonal tP4 P4212

35. FTnucl-P42
beta-U Tetragonal tP30 P42/mnm, Ab

36. FTnucl-Pero
A2BCX6 Perovskite BaAO3 as Ba2A2O6 and Ba3AO6 (A=Th,U,Np,Pu,Am,(Zr))
(Ba[2+])2{Ba[2+],Zr[4+],Ac[4+]}1(Zr[4+],Ac[4+],Ac[6+])1{O[2-])6 use [I]-Option

37. FTnucl-Pm3m
Perovskite Pm-3m CaTiO3 (U,Th,Pu,Zr)(C,Va)Ru3

38. FTnucl-PyrC
pyrochlore Fd-3m (Pu,Am)2Zr2O7+x

39. FTnucl-R-3m
Th3N4 Rhombohedral R-3m

40. FTnucl-Ruti
Rutile C4 tetragonal P42/mnm tP6 (TiO2,RuO2 with dilute ZrO2,UO2,ThO2,NpO2,PuO2,AmO2)
(use [I]-Option)

41. FTnucl-SPIN
Spinel Fe3O4 (Fe[2+],Fe[3+])(Fe[2+],Fe[3+],Va[0])2(O[2-])4
[I]-option recommended.

42. FTnucl-Tau1
tau1 Fe2ZrU(U,Zr)2

43. FTnucl-X2O3
PuO161 (Pu[3+],Pu[4+])2(O[2-])3(O[2-],Va0)1

44. FTnucl-ZRa_
alpha-ZrO2 monoclinic P21/c

45. FTnucl-ZrOt
beta-ZrO2 tetragonal P42/nmc

List of 554 Compounds

Ams1-s3,l,gAm2C3sAm2N3s
Am2O3sAm50O81sAmCs
AmC2sAmI2s,lAmI3s,l
AmI4lAmI6lAmNs
AmN3sAmOgAmO2s,g
AmO3sAmOIsAmRus
AmRu2sArgBas1-s3,l,g
Ba(NO3)2sBa2gBa2Fe2O5s
Ba2Fe6O11sBa2NsBa2Og
Ba2O2gBa2U2O7sBa2U3O10s
Ba2U3O11sBa2ZrO4sBa3AmO6s
Ba3N2sBa3NpO6sBa3PuO6s
Ba3ThO6sBa3UO5sBa3UO6s
Ba3Zr2O7sBa4U2O9sBa7Fe4O13s
BaAm2O4sBaAmO3sBaC2s
BaCO3s1-s3,lBaFe12O19sBaFe2O4s
BaFeO2sBaIgBaI2s,l,g
BaNp2O6sBaNpO3sBaNpO4s
BaOs,l,gBaO2sBaPuO3s
BaThO3sBaU2O6sBaU2O7s
BaUI6sBaUO3sBaUO4s
BaZrO3sCs1,s2,l,gC2g
C2NgC2OgC3g
C3NgC3O2gC4g
C4NgC4N2gC5g
C5NgC6NgC6N2g
C60s,gC9NgCIl
CI2gCI3gCI4g
CNl,g(CN)2gCNIs,g
CNNg1,g2COgCO2g
COI2gCss1-s3,l,gCs2g
Cs2AmO3sCs2AmO4sCs2C2s
Cs2CO3s,lCs2Np2O7sCs2NpO3s
Cs2NpO4sCs2Os,l,gCs2O2g
Cs2O3sCs2Pu2O7sCs2PuI5s
Cs2PuO3sCs2PuO4sCs2ThO3s
Cs2ThO4sCs2U15O46sCs2U2O7s
Cs2U4O12s1-s3Cs2U4O13sCs2U5O16s
Cs2U6O18sCs2U7O22sCs2U9O27s
Cs2UI5sCs2UI6sCs2UO3s
Cs2UO4sCs2ZrI6sCs2ZrO3s
Cs3Zr2I9sCs4AmO4sCs4AmO5s
Cs4NpO4sCs4PuO4sCs4U5O17s
Cs4UO4sCs4Zr7O16sCs4ZrO4s
CsAmO3sCsC8sCsIs,l,g
(CsI)2gCsK2sCsLi(NO3)2s
CsNa2sCsNO2s,l,gCsNO3s1,s2,l
CsOgCsO2sCsUO3s
CsZr6I14sFes1-s7,l,gFe(CO)5l,g
Fe2gFe2NsFe2O3s
Fe2PusFe2UsFe25U9Zr16s
Fe3Cs1,s2Fe3Pu3C4sFe4Ns
Fe5C2s1,s2FeCsFeCO3s
FeIgFeI2s1,s2,l,g(FeI2)2g
FeI3l,g(FeI3)2gFeNs
FeN3sFeNp6sFeOg
FeO2gFePuC2sFeU12Zr4s
FeU3O10sFeU6sFeUC2s
FeUO4sFeUZrsHeg
IgI2s,l,gI2Og1,g2
IOgIO2g1,g2IO3g
Ks1-s3,l,gK2gK2AmO3s
K2AmO4sK2C2s1,s2K2CO3s1,s2,l
K2FeO2sK2Np2O7sK2NpO3s
K2NpO4sK2Os,l,gK2O2s
K2Pu2O7sK2PuO3sK2PuO4s
K2ThO3sK2ThO4sK2U2O7s
K2U4O13sK2UI5sK2UI6s
K2UO3sK2UO4sK2Zr8O17s
K2ZrO3sK4AmO4sK4FeO3s
K4NpO4sK4PuO4sK4UO4s
K4UO5sK4ZrO4sKAmO3s
KC8sKCNs,l,g(KCN)2g
KCsgKFeO2s1,s2KIs,l,g
(KI)2gKLi(CO3)sKNO2s1,s2,l,g
KNO3s1,s2,lKOgKO2s
KPuO3sKrg,aqKRbg
KUO3sLis1-s3,l,gLi2g
Li2AmO3sLi2AmO4sLi2C2s1,s2
Li2CO3s1-s3,lLi2Fe3O5sLi2Ns
Li2NCNsLi2NpO4sLi2Os,l,g
Li2O2s,gLi2Pu2O7sLi2PuO4s
Li2ThN2sLi2U2O7sLi2U3O10s
Li2U4O11sLi2UI6sLi2UN2s
Li2UO4sLi2ZrN2sLi2ZrO3s
Li22U18O65sLi3AmO4sLi3Ns
Li3UO4sLi4AmO5sLi4Bas
Li4PuO5sLi4UO5sLi4ZrO4s
Li5FeO4sLi6AmO6sLi6PuO6s
Li6UO6sLi6Zr2O7sLi7UO6s
Li8AmO6sLi8U7O25sLi8ZrO6s
LiAmO2sLiAmO3sLiCsg
LiFe5O8sLiFeO2sLiIs,l,g
(LiI)2g(LiI)3gLiKg
LiNgLiNagLiNaOg
LiNO2s1,s2,l,gLiNO3s,lLiOg
LiONgLiPuO3sLiRbg
LiRb(NO3)2sLiRbI2sLiUO3s
Nl,gN2gN2Og
N2O2gN2O3gN2O4s,l,g
N2O5s,gN3gNas1-s3,l,g
Na2gNa2AmO3sNa2AmO4s
Na2C2s1,s2Na2CO3s1-s3,lNa2FeO2s
Na2KsNa2Np2O7sNa2NpO3s
Na2NpO4sNa2Os1-s3,l,gNa2O2s1,s2
Na2Pu2O7sNa2PuO3sNa2PuO4s
Na2ThO3sNa2ThO4sNa2U2O7s
Na2UI6sNa2UO3sNa2UO4s1,s2
Na2ZrO3sNa3Fe5O9sNa3FeO3s
Na3NsNa3UO4sNa4AmO4s
Na4AmO5sNa4BasNa4FeO3s
Na4NpO4sNa4NpO5sNa4PuO4s
Na4UO4sNa4UO5sNa6AmO6s
Na6U7O24sNa8Fe2O7sNaAmO3s
NaBasNaCNs,l,g(NaCN)2g
NaCsgNaFeO2s1-s3NaIs,l,g
(NaI)2gNaKgNaNO2s1,s2,l
NaNO3s1,s2,lNaOgNaO2s
NaPuO3sNaRbgNaRb3(NO3)4s
NaUO3sNCOg1,g2Neg,aq
NIlNOgNO2g
NO3gNps1-s3,l,gNp2C3s
Np2N3sNp2O3sNp2O5s
Np3RusNp4ZrsNpCs
NpC2sNpFeC2sNpI3s,l
NpI4lNpI6lNpNs
NpN2sNpN3sNpO2s
NpO3sNpRusNpRu2s
Ol,gO2gO3g
ONIgPus1-s6,l,gPu19Rus
Pu2C3sPu2N3sPu2O3s
Pu25O38sPu3C2sPu3O8s
Pu3RusPu4ZrsPu5Ru3s
PuCsPuC2sPuI3s,l,g
PuI4lPuI6lPuNs
PuN2sPuN3sPuOg
PuO2s,gPuO3s,gPuOIs
PuRusPuRu2sPuRu3Cs
PuZr2sRbs1-s3,l,gRb2g
Rb2AmO3sRb2AmO4sRb2C2s
Rb2CO3s1,s2,lRb2Np2O7sRb2NpO3s
Rb2NpO4sRb2Os1-s3,l,gRb2O2s,l,g
Rb2Pu2O7sRb2PuO3sRb2PuO4s
Rb2ThO3sRb2U2O7sRb2UI5s
Rb2UI6sRb2UO3sRb2UO4s
Rb2ZrO3sRb4AmO4sRb4NpO4s
Rb4PuO4sRb4UO4sRbAmO3s
RbC8sRbCsgRbIs,l,g
(RbI)2gRbNO2s,l,gRbNO3s1-s4,l
RbOgRbO2s,lRbPuO3s
RbUO3sRngRus1-s3,l,g
Ru2ThsRu2Th3sRu2Zrs
Ru3LisRu3ZrsRuI2s,l
RuI3s,lRuI4lRuOg
RuO2s,l,gRuO3gRuO4l,g
RuThsRuZrsThs1,s2,l,g
Th2C3sTh2C4gTh2Fe17s
Th2Fe7s1,s2Th2N2OsTh2N3s
Th2O3sTh3N4sTh3Ru4C5s
Th6Pu13sTh7Fe3sTh7Ru3s
ThCsThC2s1-s3ThC4g
ThCNsThFe3sThFe5s
ThIgThI2gThI3s,l,g
ThI4s,l,gThI6lThNs
ThN2sThN3sThOs,g
ThO2s,l,gThO3sThOI2s
ThRu3CsThUO5sUs1-s4,l,g
U13Ru12s1,s2U2C3sU2N3s
U2O3s,gU2O5gU2Rus
U2RuC2sU3O8s1-s4U3Ru4s
U3Ru5sU4O9s1-s3U50N71s
UCsUC2s1,s2UIg
UI2gUI3s,l,gUI4s,l,g
UI6lUNsUN2s
UN3sUOg(UO)2g
UO2s1,s2,gUO2(NO3)2s(UO2)2g
UO2CO3sUO3s1,s2,gURu3s
Xeg,aqXe2gXeO3g
XeO4gZrs1-s8,l,gZr2g
Zr2CsZr2NsZr2Os
Zr3OsZr6OsZrCs
ZrC2sZrIgZrI2s,l,g
ZrI3s,l,gZrI4s,l,gZrNs,g
ZrN3sZrOgZrO2s1-s3,l,g
ZrO3sZrRu3Cs