The Thermodata NUCLEAR database for use with FactSage

List of systems and phases

The following tables summarise the contents of the TDnucl nuclear database in terms of the systems and phases it includes. The listings assist in phase selection for particular calculations by providing

- A LIST OF all the unary, binary AND ternary SYSTEMS WHICH HAVE BEEN ASSESSED

- A LIST OF ALL ASSESSED phases IN EACH OF THE SYSTEMS

- ASSiSTANCE WITH PHASE SELECTION

Phase diagrams have been calculated for all the binary systems, as well as for many pseudo-binary, ternary and pseudo-ternary systems, using the assessed parameters contained in the database. The diagram for a particular system can be viewed by clicking on the system as listed in Tables 2-5 below. The diagrams contain the names of the stable phases in each system and thus provide guidance in phase selection for calculations in higher-order systems.

The phases listed for the binary and higher order systems may be solution phases or stoichiometric intermetallic compound phases (ST).

Use of the FactSage module VIEW DATA with the TDnucl compound and solution databases allows inspection of a phase listing for a defined combination of elements.

When searching for a particular system in the lists below, use alphabetical order of the elements.

Table 1: List of phases for UNARY systems

GAS

LIQUID FCC_A1

LIQUID BETA_RHOMBO_B

LIQUID BCC_A2

LIQUID GRAPHITE

LIQUID FCC_A1 BCC_A2

LIQUID BCC_A2

LIQUID BCC_A2 FCC_A1

GAS

LIQUID TETRAGONAL_A6

LIQUID BCC_A2 DHCP FCC_A1

LIQUID HCP_A3

LIQUID FCC_A1

LIQUID GAS

LIQUID HCP_A3

LIQUID DIAMOND_A4

LIQUID FCC_A1 BCC_A2

LIQUID BCC_A2 ORTHORHOMBIC_A20 TETRAGONAL_U

LIQUID BCC_A2 HCP_A3

==================================================================================

Table 2: List of phases for BINARY systems

NOTE: The phases listed for each system may also contain phases that are metastable in the system. The data are however needed for successful calculation of higher order systems. The following abbreviations are used:

MG – 2 phase miscibility gap (use I-option).

ST – stoichiometric phase.

Ag-Al

LIQUID BCC_A2(6) CUB_A13 FCC_A1(2) HCP_A3(2)(MG)

Ag-B

LIQUID FCC_A1(4) BETA_B

Ag-Ba

LIQUID FCC_A1(4) BCC_A2(3) Ag5Ba(ST) Ag2Ba(ST)

AgBa(ST) Ag2Ba3(ST)

Ag-C

LIQUID FCC_A1(1) GRAPHITE(ST)

Ag-Ca

LIQUID FCC_A1(4) BCC_A2(4) Ag9Ca2(ST) Ag7Ba2(ST)

Ag2Ca(ST) AgCa(ST) Ag3Ca5(ST) AgCa3(ST)

Ag-Cr

LIQUID(MG) FCC_A1(1) BCC_A2(2)

Ag-Fe

LIQUID(MG) FCC_A1(1)(MG) BCC_A2(2)

Ag-In

LIQUID FCC_A1(2) BCC_A2(2) HCP_A3(1) TETRAGONAL_A6

Ag3In(ST) Ag2In(ST) AgIn2(ST)

Ag-La

LIQUID FCC_A1(4) BCC_A2(4) DHCP(ST) Ag5La(ST)

Ag46La14(ST) Ag2La(ST) AgLa(ST)

Ag-Mg

LIQUID FCC_A1(2) BCC_A2(4)(MG) HCP_A3(1) AgMg3(ST)

Ag3Mg(ST)

Ag-Ni

LIQUID(MG) FCC_A1(1)(MG)

Ag-O

GAS LIQUID FCC_A1(ST) Ag2O(ST)

Ag-Ru

LIQUID FCC_A1(1) HCP_A3(1)

Ag-Si

LIQUID FCC_A1(1) DIAMOND_A4

Ag-Sr

LIQUID FCC_A1(1) FCC_A1(3) Ag5Sr(ST) Ag4Sr(ST)

Ag2Sr(ST) AgSr(ST) Ag2Sr3(ST)

Ag-U

LIQUID(MG) FCC_A1(1) BCC_A2(2) TETMETAL ORTH_A20

Ag-Zr

LIQUID FCC_A1(1) HCP_A3(1) BCC_A2(2) AgZr(ST) AgZr2(ST)

Al-B

LIQUID FCC_A1(1) BETA_B AlB2(ST) AlB10(ST) AlB12(ST)

Al-Ba

LIQUID FCC_A1(1) BCC_A2(3) Al4Ba(ST) Al13Ba7(ST)

Al5Ba4(ST)

Al-C

LIQUID FCC_A1(1) GRAPHITE(ST) AL4C3(ST)

Al-Ca

LIQUID FCC_A1(1) FCC_A1(3) BCC_A2(4) Al2Ca(ST) Al4Ca(ST)

Al-Cr

LIQUID BCC_A2(2) FCC_A1(2) Al7Cr(ST) Al11Cr2(ST)

Al4Cr(ST) Al9Cr4(ST) Al8Cr5(ST) AlCr2(ST)

Al-Fe

LIQUID BCC_A2(1) FCC_A1(1) Al3Fe(ST) Al5Fe2(ST)

Al2Fe(ST) Al3Fe2(ST)

Al-In

LIQUID(MG) FCC_A1(1) TETRAGONAL_A6

Al-La

LIQUID FCC_A1(1) FCC_A1(4) BCC_A2(4) DHCP(ST)

Al11La3(ST) Al3La(ST) Al24La10(ST) Al2La(ST) AlLa(ST) AlLa3(ST)

Al-Mg

LIQUID FCC_A1(2) HCP_A3(1) BCC_A12(MG) Al8Mg5(ST)

Al56Mg44(ST) Al105Mg95(ST)

Al-Ni

LIQUID FCC_A1(1) BCC_A2(1)(MG) Al3Ni(ST) Al3Ni2(ST) AlNi3(ST)

Al-O

GAS LIQUID(MG) FCC_A1(1) RHO

Al-Ru

LIQUID FCC_A1(1) HCP_A3(1) Al6Ru(ST) Al13Ru4(ST) Al2Ru(ST)

Al3Ru2(ST) AlRu(ST)

Al-Si

LIQUID FCC_A1(1) DIAMOND_A4

Al-Sr

LIQUID FCC_A1(2) FCC_A1(3) BCC_A2(3) Al4Sr(ST) Al2SR(ST)

AlSr(ST)

Al-U

LIQUID FCC_A1(1) BCC_A2(1) TETMETAL ORTH_A20

Al4U(ST9 Al3U(ST) AlU(ST)

Al-Zr

LIQUID FCC_A1(1) BCC_A2(1) HCP_A3(1) Al3Zr(ST)

Al2Zr(ST) Al3Zr2(ST) AlZr(ST) Al4Zr5(ST) Al2Zr3(ST)

Al3Zr5(ST) AlZr2(ST) AlZr3(ST)

B-Ba

LIQUID BCC_A2(3) BETA_B B6Ba(ST)

B-C

LIQUID BETA_B GRAPHITE(ST) B4C1

B-Ca

LIQUID BETA_B BCC_A2(4) B6Ca(ST)

B-Cr

LIQUID BETA_B BCC_A2(2) B4Cr(ST) B2r(ST)

B4Cr3(ST) BCr(ST) B3Cr5(ST) BCr(ST)

B-Fe

LIQUID BETA_B BCC_A2(1) FCC_A1(1) BFe(ST) BFe2(ST)

B-In

LIQUID(MG) BETA_B TETRAGONAL_A6

B-La

LIQUID BETA_B BCC_A2(4) FCC_A1(4) DHCP(ST)

B9La(ST) B6La(ST) B4La(ST)

B-Mg

LIQUID BETA_B HCP_A3(1) B7Mg(ST) B4Mg(ST) B2Mg(ST)

B-Ni

LIQUID BETA_B FCC_A1(1) BNi(ST) B3Ni4(ST)

BNi2(ST) BNi3(ST)

B-O

GAS LIQUID(MG) BETA_B B2O3(ST)

B-Ru

LIQUID BETA_B HCP_A3(1) B2Ru(ST) B3Ru2(ST) BRu(ST)

B3Ru7(ST)

B-Si

LIQUID BETA_B DIAMOND_A4 B14Si(ST) B6Si(ST) B3Si(ST)

B-Sr

LIQUID BETA_B BCC_A2(3) FCC_A1(3) B6Sr(ST)

B-U

LIQUID BETA_B BCC_A2(1) TETMETAL ORTH_A20 B12U(ST)

B4U(ST) B2U(ST)

B-Zr

LIQUID BETA_B BCC_A2(2) HCP_A3(1) B12Zr(ST) B2Zr(ST)

B4Zr3(ST) BZr(ST)

Ba-C

LIQUID(MG) BCC_A2(3) GRAPHITE(ST) BaC2(ST)

Ba-Ca

LIQUID FCC_A1(4) BCC_A2(3)

Ba-Cr

LIQUID(MG) BCC_A2(1) BCC_A2(3)

Ba-Fe

LIQUID(MG) BCC_A2(1) BCC_A2(3) FCC_A1(1)

Ba-In

LIQUID BCC_A2(3) TETRAGONAL_A6 Ba13In(ST)

Ba5In2(ST) Ba5In3(ST) BaIn(ST) BaIn2(ST) BaIn4(ST)

Ba-La

LIQUID(MG) FCC_A1(3) BCC_A2(1) BCC_A2(3) DHCP(ST)

Ba-Mg

LIQUID HCP_A3(1) BCC_A2(3) BaMg2(ST) Ba6Mg23(ST)

Ba2Mg17(ST)

Ba-Ni

LIQUID(MG) FCC_A1(1) BCC_A2(3)

Ba-O

GAS LIQUID FCC_B1(3) BCC_A2(3) BaO2(ST)

Ba-Ru

LIQUID(MG) HCP_A3(1) BCC_A2(3)

Ba-Si

LIQUID BCC_A2(3) DIAMOND_A4 BaSi(ST) BaSi2(ST)

Ba-Sr

LIQUID FCC_A1(3) BCC_A2(3)

Ba-U

LIQUID(MG) BCC_A2(1) BCC_A2(3) TETMETAL ORTH_A20

Ba-Zr

LIQUID(MG) HCP_A3(1) BCC_A2(1) BCC_A2(3)

C-Ca

GAS LIQUID BCC_A2(4) GRAPHITE(ST) C2Ca(ST)

C-Cr

LIQUID BCC_A2(1) GRAPHITE(ST) C2Cr3(ST) M7C3 M23C6

C-Fe

GAS LIQUID BCC_A2(1) FCC_A1(1) GRAPHITE(ST)

C-In

LIQUID(MG) GRAPHITE(ST) TETRAGONAL_A6

C-La

LIQUID BCC_A2(1) FCC_A1(4) DHCP(ST) GRAPHITE(ST)

C3La2 C2La1(ht) C2La(lt)(ST)

C-Mg

LIQUID GRAPHITE(ST) HCP_A3(1)

C-Ni

LIQUID FCC_A1(1) GRAPHITE(ST)

C-O

GAS LIQUID GRAPHITE(ST)

C-Ru

LIQUID HCP_A3(1) GRAPHITE(ST)

C-Si

LIQUID DIAMOND_A4 GRAPHITE(ST) CSi(ST)

C-Sr

LIQUID BCC_A2(3) FCC_A1(3) GRAPHITE(ST) C2Sr(ST)

C-U

LIQUID BCC_A2(1) TETMETAL ORTH_A20 GRAPHITE(ST)

FCC_B1(4)(MG) C3U2(ST)

C-Zr

LIQUID GRAPHITE(ST) BCC_A2(2) HCP_A3(1) FCC_B1(4)

Ca-Cr

LIQUID(MG) BCC_A2(1) BCC_A2(4)

Ca-Fe

LIQUID(MG) BCC_A2(1) BCC_A2(4) FCC_A1(1)

Ca-In

LIQUID BCC_A2(4) FCC_A1(4) TETRAGONAL_A6 Ca3In(ST)

CaIn(ST) CaIn2(ST)

Ca-La

LIQUID(MG) BCC_A2(4)(MG) FCC_A1(4)(MG) DHCP(ST)

Ca-Mg

LIQUID FCC_A1(4) BCC_A2(4) HCP_A3(1) CaMg2(ST)

Ca-Ni

LIQUID(MG) BCC_A2(4) FCC_A1(4) FCC_A1(1) CaNi2(ST) CaNi3(ST)

Ca2Ni7(ST) CaNi5(ST)

Ca-O

GAS LIQUID(MG) FCC_B1(1) BCC_A2(4) FCC_A1(4) CaO2(ST)

Ca-Ru

LIQUID(MG) BCC_A2(4) FCC_A1(4) HCP_A3(1)

Ca-Si

LIQUID BCC_A2(4) FCC_A1(4) DIAMOND_A4 Ca2Si(ST) CaSi(ST)

CaSi2(ST)

Ca-Sr

LIQUID BCC_A2(3) FCC_A1(3)

Ca-U

LIQUID(MG) BCC_A2(4) FCC_A1(4) BCC_A2(1) TETMETAL ORTH_A20

Ca-Zr

LIQUID(MG) BCC_A2(4) FCC_A1(4) HCP_A3(1) BCC_A2(1)

Cr-Fe

LIQUID BCC_A2(1)(MG) FCC_A1(1) SIGMA

Cr-In

LIQUID(MG) BCC_A2(1) TETRAGONAL_A6

Cr-La

LIQUID(MG) BCC_A2(1)(MG) FCC_A1(4) DHCP(ST)

Cr-Mg

LIQUID(MG) BCC_A2(1) HCP_A3(1)

Cr-Ni

LIQUID BCC_A2(1) FCC_A1(1)

Cr-O

GAS LIQUID(MG) BCC_A2(2) RHO SPINEL

Cr-Ru

LIQUID BCC_A2(1) HCP_A3(1) Cr3Ru(ST) Cr2Ru(ST)

Cr-Si

LIQUID BCC_A2(1) DIAMOND_A4 Cr3Si(ST) CrSi2(ST) Cr5Si3(ST)

CrSi(ST)

Cr-Sr

LIQUID(MG) BCC_A2(1) BCC_A2(3) FCC_A1(3)

Cr-U

LIQUID BCC_A2(1)(MG) TETMETAL ORTH_A20

Cr-Zr

LIQUID BCC_A2(1) HCP_A3(1) LAVES

Fe-In

LIQUID(MG) FCC_A1(1) BCC_A2(1) TETRAGONAL_A6

Fe-La

LIQUID FCC_A1(1) BCC_A2(1)(MG) FCC_A1(4) DHCP(ST)

Fe-Mg

LIQUID(MG) FCC_A1(1) BCC_A2(1) HCP_A3(1)

Fe-Ni

LIQUID BCC_A2(1) FCC_A1(1)

Fe-O

GAS LIQUID(MG) BCC_A2(2) FCC_A1(1) FCC_B1(2) RHO

SPINEL

Fe-Ru

LIQUID FCC_A1(1) BCC_A2(1) HCP_A3(1)

Fe-Si

LIQUID BCC_A2(1) FCC_A1(1) DIAMOND_A4 Fe2Si(ST) Fe5Si3(ST)

FeSi(ST) FeSi2(ST) Fe3Si7(ST)

Fe-Sr

LIQUID(MG) FCC_A1(1) BCC_A2(1) FCC_A1(3) BCC_A2(3)

Fe-U

LIQUID FCC_A1(1) BCC_A2(1) TETMETAL ORTH_A20

LAVES FeU6(ST)

Fe-Zr

LIQUID FCC_A1(1) BCC_A2(1) HCP_A3(1) LAVES Fe3Zr(ST)

FeZr2(ST) FeZr3(ST)

In-La

LIQUID FCC_A1(4) BCC_A2(1) TETRAGONAL_A6 DHCP(ST)

In3La(ST) In2La(ST) In5La3(ST) InLa(ST) InLa2(ST) InLa3(ST)

In-Mg

LIQUID FCC_A1(2) HCP_A3(1) TETRAGONAL_A6

FCC_L10BETA FCC_L12BETA In7Mg3(ST) InMg2(ST) In2Mg5(ST) InMg3(ST)

In-Ni

LIQUID FCC_A1(1) BCC_A2(1) HCP_A3(1) TETRAGONAL_A6

In7Ni3(ST) In3Ni2(ST) InNi(ST) In42In58(ST) InNi2(ST) InNi3(ST)

In-O

GAS LIQUID TETRAGONAL_A6 In2O3(ST)

In-Ru

LIQUID(MG) HCP_A3(1) TETRAGONAL_A6

In-Si

LIQUID TETRAGONAL_A6 DIAMOND_A4

In-Sr

LIQUID TETRAGONAL_A6 BCC_A2(3) FCC_A1(3) In5Sr(ST)

In3Sr(ST) In5Sr2(ST) In2Sr(ST) In3Sr2(ST) InSr(ST) In2Sr3(ST)

InSr3(ST)

In-U

LIQUID TETRAGONAL_A6 BCC_A2(1) TETMETAL ORTH_A20

In3U(ST)

In-Zr

LIQUID TETRAGONAL_A6 BCC_A2(1) HCP_A3(1) In3Zr(ST)

InZr3(ST)

La-Mg

LIQUID FCC_A1(4) BCC_A2(1) DHCP(ST) HCP_A3(1) LaMg(ST)

LaMg2(ST) LaMg3(ST) La2Mg17(ST) LaMg12(ST)

La-Ni

LIQUID FCC_A1(1) FCC_A1(4) BCC_A2(1) DHCP(ST) La3Ni(ST)

La7Ni3(ST) LaNi(ST) La2Ni3(ST) La7Ni16(ST) LaNi3(ST) La2Ni7(ST)

LaNi5(ST)

La-O

GAS LIQUID(MG) BCC_A2(4) FCC_A1(4) DHCP(ST) La2O3(CC)

La-Ru

LIQUID BCC_A2(1) HCP_A3(1) FCC_A1(4) DHCP(ST) La3Ru(ST)

La5Ru2(ST) La7Ru3(ST) La5Ru3(ST) LaRu2(ST)

La-Si

LIQUID BCC_A2(1) FCC_A1(3) DHCP(ST) DIAMOND_A4

La3Si2(ST) LaSi(ST) LaSi2(ST)

La-Sr

LIQUID(MG) BCC_A2(3) FCC_A1(3)(MG) DHCP(ST)

La-U

LIQUID(MG) BCC_A2(1)(MG) FCC_A1(4) DHCP(ST) TETMETAL ORTH_A20

La-Zr

LIQUID(MG) BCC_A2(1)(MG) HCP_A3(1) FCC_A1(4) DHCP(ST)

Mg-Ni

LIQUID FCC_A1(1) HCP_A3(1) MgNi2(ST) Mg2Ni(ST)

Mg-O

GAS LIQUID HCP_A3(1) FCC_B1(1)

Mg-Ru

LIQUID HCP_A3(1)(MG)

Mg-Si

LIQUID DIAMOND_A4 HCP_A3(1) Mg2Si(ST)

Mg-Sr

LIQUID HCP_A3(1) BCC_A2(3) FCC_A1(3) Mg17Sr2(ST)

Mg38Sr9(ST) Mg23Sr6(ST) Mg2Sr(ST)

Mg-U

LIQUID(MG) HCP_A3(1) BCC_A2(1) TETMETAl ORTH_A20

Mg-Zr

LIQUID(MG) HCP_A3(1)(MG) BCC_A2(1)

Ni-O

GAS LIQUID FCC_A1(1) FCC_B1(1)

Ni-Ru

LIQUID FCC_A1(1) HCP_A3(1)

Ni-Si

LIQUID FCC_A1(1) DIAMOND_A4 Ni29Si9(ST) Ni3Si(ST) Ni31Si2(ST)

Ni2Si(ST) Ni3Si2(ST) NiSi(ST) Ni35Si65(ST)

Ni-Sr

LIQUID FCC_A1(1) BCC_A2(3) FCC_A1(3) NiSr(ST)

Ni-U

LIQUID FCC_A1(1) BCC_A2(1) TETMETAL ORTH_A20 Ni5U(ST)

Ni78U22(ST) Ni77U23(ST) Ni2U(ST) Ni7U5(ST) Ni9U7(ST) NiU6(ST)

Ni-Zr

LIQUID FCC_A1(1) BCC_A2(1) HCP_A3(1) Ni5Zr(ST) Ni7Zr2(ST)

Ni3Zr(ST) Ni21Zr8(ST) Ni4Zr3(ST) Ni11Zr9(ST) NiZr(ST) NiZr2(ST)

O-Ru

GAS LIQUID HCP_A3(1) O2Ru(ST)

O-Si

GAS LIQUID DIAMOND_A4 SiO2(tri)(ST) SiO2(cri)(ST)

SiO2(hqtz)(ST) SiO2(lqtz)(ST)

O-Sr

GAS LIQUID(MG) FCC_A1(3) FCC_B1(1) BCC_A2(3) O2Sr(ST)

O-U

GAS LIQUID(MG) FCC_C1 BCC_A2(2) TETMETAL ORTH_A20

O3U(ST) O8U3(ST) O9U4(ST)

O-Zr

GAS LIQUID FCC_C1 BCC_A2(2) HCP_A3(1) TETOXIDE

ZrO2(mono)(ST)

Ru-Si

LIQUID HCP_A3(1) DIAMOND_A4 Ru2Si(ST) Ru5Si3(ST) Ru4Si3(ST)

RuSi(ST) Ru2Si3(ST)

Ru-Sr

LIQUID(MG) FCC_A1(3) BCC_A2(3) HCP_A3(1)

Ru-U

LIQUID(MG) BCC_A2(1) HCP_A3(1) TETMETAL ORTH_A20 Ru3U(ST)

Ru5U3(ST) Ru4U3(ST) Ru142U158(ST) RuU2(ST)

Ru-Zr

LIQUID BCC_A2(1) HCP_A3(1) Ru2Zr(ST) RuZr(ST)

Si-Sr

LIQUID DIAMOND_A4 BCC_A2(3) FCC_A1(3) Si2Sr(ST) SiSr(ST)

SiSr2(ST)

Si-U

LIQUID BCC_A2(1) DIAMOND_A4 TETMETAL ORTH_A20 Si3U(ST)

Si15U8(ST) Si5U3(ST) Si51U49(ST) Si2U3(ST) SiU3(ST)

Si-Zr

LIQUID BCC_A2(1) HCP_A3(1) DIAMOND_A4 Si2Zr(ST) SiZr(ST)

Si4Zr5(ST) Si2Zr3(ST) SiZr2(ST) SiZr3(ST) Si3Zr5(ST)

Sr-U

LIQUID(MG) BCC_A2(2) BCC_A2(3) TETMETAL ORTH_A20

Sr-Zr

LIQUID(MG) BCC_A2(1) BCC_A2(3) HCP_A3(1) FCC_A1(3)

U-Zr

LIQUID BCC_A2(1)(MG) HCP_A3(1) TETMETAL ORTH_A20

DELTA

==================================================================================

Table 3: List of phases for PSEUDO-BINARY systems

MG – 2 phase miscibility gap (use I-option).

ST – stoichiometric phase.

AlO1.5-BO1.5

LIQUID RHO B2O3(ST) MULLITE Al4B2O9(ST)

AlO1.5-BaO

LIQUID RHO FCC_B1(3) Al12BaO19(ST) Al2BaO4(ST)

Al2Ba3O6(ST)

AlO1.5-CaO

LIQUID RHO FCC_B1(1) Al12CaO19(ST) Al4CaO7(ST)

Al2CaO4(ST) Al14Ca12O33(ST) Al2Ca3O6(ST)

AlO1.5-CrO1.5

LIQUID RHO(MG)

AlO1.5-FeO

LIQUID RHO FCC_B1(3) SPINEL

AlO1.5-FeO1.5

LIQUID RHO(MG) AlFeO3(ST)

AlO1.5-InO1.5

LIQUID RHO In2O3(ST)

AlO1.5-LaO1.5

LIQUID RHO CC Al11LaO18(ST) AlLaO3(ST)

AlO1.5-MgO

LIQUID RHO FCC_B1(2) SPINEL

AlO1.5-NiO

LIQUID RHO FCC_B1(2) SPINEL

AlO1.5-SiO2

LIQUID RHO SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST) MULLITE

AlO1.5-SrO

LIQUID RHO FCC_B1(1) Al12O19Sr(ST) Al4O7Sr(ST)

Al2O4Sr(h)(ST) Al2O4Sr(l)(ST) Al2O6Sr3(ST) Sr42Al16O66(ST)

AlO1.5-UO2

LIQUID RHO FCC_C1

AlO1.5-ZrO2

LIQUID RHO FCC_C1 TETOXIDE ZrO2(mono)(ST)

BO1.5-BaO

LIQUID B2O3(ST) FCC_B1(3) B8BaO13(ST) B4BaO7(ST)

B2BaO4(ST) B2Ba3O6(ST)

BO1.5-CaO

LIQUID(MG) B2O3(ST) FCC_B1(1) B4CaO7(ST) B2CaO4(ST)

B2Ca2O5(ST) B2Ca3O6(ST)

BO1.5-CrO1.5

LIQUID B2O3(ST) RHO

BO1.5-FeO

LIQUID(MG) B2O3(ST) FCC_B1(3) B2FeO4(ST) B2Fe2O5(ST)

B2Fe3O6(ST)

BO1.5-FeO1.5

LIQUID B2O3(ST) RHO BFeO3(ST) BFe3O6(ST)

BO1.5-InO1.5

LIQUID(MG) B2O3(ST) In2O3(ST) B2In2O6(ST)

BO1.5-LaO1.5

LIQUID(MG) B2O3(ST) CC B6La2O12(ST) B2La2O6(ST)

B2La6O12(ST)

BO1.5-MgO

LIQUID(MG) B2O3(ST) FCC_B1(1) B4MgO7(ST) B2Mg2O5(ST)

B2Mg3O6(ST)

BO1.5-NiO

LIQUID(MG) B2O3(ST) FCC_B1(1) B2Ni2O5(ST) B2Ni3O6(ST)

BO1.5-SiO2

LIQUID B2O3(ST) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST)

BO1.5-SrO

LIQUID(MG) B2O3(ST) FCC_B1(1) B6O10Sr(ST) B4O7Sr(ST)

B2O4Sr(ST) B2O5Sr2(ST) B2O6Sr3(ST)

BO1.5-UO2

LIQUID(MG) B2O3(ST) FCC_C1

BO1.5-ZrO2

LIQUID B2O3(ST) FCC_C1 TETOXIDE ZrO2(mono)(ST)

BaO-CaO

LIQUID FCC_B1(3)

BaO-CrO1.5

LIQUID FCC_B1(3) RHO Ba3Cr2O6(ST) BaCr2O4(ST)

BaO-FeO

LIQUID FCC_B1(3)(MG)

BaO-FeO1.5

LIQUID FCC_B1(3) RHO Ba7Fe4O13(ST) Ba2Fe2O5(ST)

BaFe2O4(ST) Ba2Fe6O11(ST) BaFe12O19(ST)

BaO-InO1.5

LIQUID FCC_B1(3) In2O3(ST) Ba5In2O8(ST) Ba3In2O6(ST)

Ba2In2O5(ST) Ba4In6O13(ST) BaIn2O4(ST)

BaO-LaO1.5

LIQUID FCC_B1(3) CC BaLa2O4(ST)

BaO-MgO

LIQUID FCC_B1(3)(MG)

BaO-NiO

LIQUID FCC_B1(3)(MG) Ba3NiO4(ST) BaNiO2(ST)

BaO-SiO2

LIQUID(MG) FCC_B1(3) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST) Ba2O4Si(ST) BaO3Si(ST) Ba2O8Si3(ST) Ba5O21Si8(ST)

Ba3O13Si5(ST) BaO5Si2(ST)

BaO-SrO

LIQUID FCC_B1(3) FCC_C1 PEROVSKITE

BaO-UO2

LIQUID FCC_B1(3)

BaO-ZrO2

LIQUID FCC_B1(3) FCC_C1 TETOXIDE ZrO2(mono)(ST)

PEROVSKITE

CaO-CrO1.5

LIQUID FCC_B1(2) RHO CaCr2O4(ST)

CaO-FeO

LIQUID FCC_B1(3)(MG) Ca2Fe3O5(ST)

CaO-FeO1.5

LIQUID FCC_B1(2) RHO Ca2Fe2O5(ST) CaFe2O4(ST)

CaFe4O7(ST)

CaO-InO1.5

LIQUID FCC_B1(1) In2O3(ST)

CaO-LaO1.5

LIQUID FCC_B1(1) FCC_C1

CaO-MgO

LIQUID FCC_B1(1)(MG)

CaO-NiO

LIQUID FCC_B1(1)(MG)

CaO-SiO2

LIQUID(MG) FCC_B1(2) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST) Ca3O5Si(ST) Ca2O4Si(alpha)(ST) Ca2O4Si(woll)(ST)

Ca2O4Si(oliv)(ST) Ca3O7Si2(ST) CaO3Si(psw)(ST) CaO3Si(woll)(ST)

CaO-SrO

LIQUID FCC_B1(1)(MG)

CaO-UO2

LIQUID FCC_B1(1) FCC_C1

CaO-ZrO2

LIQUID FCC_B1(1) FCC_C1 TETOXIDE ZrO2(mono)(ST)

CaO3Zr(ST)

CrO1.5-FeO

LIQUID FCC_B1(2) RHO

CrO1.5-FeO1.5

LIQUID RHO

CrO1.5-InO1.5

LIQUID RHO In2O3(ST)

CrO1.5-LaO1.5

LIQUID RHO CC CrLaO3(ST)

CrO1.5-MgO

LIQUID RHO FCC_B1(2) SPINEL

CrO1.5-NiO

LIQUID RHO FCC_B1(2) SPINEL

CrO1.5-SiO2

LIQUID(MG) RHO SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST)

CrO1.5-SrO

LIQUID RHO FCC_B1(3)

CrO1.5-UO2

LIQUID RHO FCC_C1

CrO1.5-ZrO2

LIQUID RHO FCC_C1 TETOXIDE ZrO2(mono)(ST)

FeO-FeO1.5

LIQUID FCC_B1(1) RHO SPINEL

FeO-InO1.5

LIQUID FCC_B1(3) In2O3(ST)

FeO-LaO1.5

LIQUID FCC_B1(3) CC

FeO-MgO

LIQUID FCC_B1(1)(MG)

FeO-NiO

LIQUID FCC_B1(1)

FeO-SiO2

LIQUID FCC_B1(2) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST) Fe2O4Si(ST)

FeO-SrO

LIQUID FCC_B1(1)(MG)

FeO-UO2

LIQUID FCC_B1(3) FCC_C3

FeO-ZrO2

LIQUID FCC_B1(3) FCC_C1 TETOXIDE ZrO2(mono)(ST)

FeO1.5-InO1.5

LIQUID RHO In2O3(ST)

FeO1.5-LaO1.5

LIQUID RHO CC Fe24La2O39(ST) FeLaO3(ST)

FeO1.5-MgO

LIQUID RHO FCC_B1(1) SPINEL

FeO1.5-NiO

LIQUID RHO FCC_B1(2) SPINEL

FeO1.5-SiO2

LIQUID(MG) RHO SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST)

FeO1.5-SrO

LIQUID RHO FCC_B1(1) Fe12O19Sr(ST) Fe10O22Sr7(ST)

Fe2O5Sr2(ST) Fe2O6Sr3(ST)

FeO1.5-UO2

LIQUID RHO FCC_C1

FeO1.5-ZrO2

LIQUID(MG) RHO FCC_C1 TETOXIDE ZrO2(mono)(ST)

InO1.5-LaO1.5

LIQUID In2O3(ST) CC

InO1.5-MgO

LIQUID In2O3(ST) FCC_B1(3)

InO1.5-NiO

LIQUID In2O3(ST) FCC_B1(1)

InO1.5-SiO2

LIQUID In2O3(ST) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST)

InO1.5-SrO

LIQUID In2O3(ST) FCC_B1(1) In2O4Sr(ST)

InO1.5-UO2

LIQUID In2O3(ST) FCC_C1

InO1.5-ZrO2

LIQUID In2O3(ST) FCC_C1 TETOXIDE ZrO2(mono)(ST)

LaO1.5-MgO

LIQUID CC FCC_B1(1)

LaO1.5-NiO

LIQUID CC FCC_B1(1)

LaO1.5-SiO2

LIQUID(MG) CC SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST) La2O5Si(ST) La4O12Si3(ST) La2O7Si2(ST)

LaO1.5-SrO

LIQUID CC FCC_B1(1) La4O7Sr(ST) La4O9Sr3(ST)

LaO1.5-UO2

LIQUID CC FCC_C1

LaO1.5-ZrO2

LIQUID CC FCC_C1 TETOXIDE ZrO2(mono)(ST)

La2O5Zr(ST) La2O7Zr2(ST)

MgO-NiO

LIQUID FCC_B1(1)

MgO-SiO2

LIQUID(MG) FCC_B1(2) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST) Mg2O4Si(ST) MgO3Si(clin)(ST) MgO3Si(enst)(ST) MgO3Si(proenst)(ST)

MgO-SrO

LIQUID FCC_B1(1)(MG)

MgO-UO2

LIQUID FCC_B1(1) FCC_C1

MgO-ZrO2

LIQUID FCC_B1(1) FCC_C1 TETOXIDE ZrO2(mono)(ST)

NiO-SiO2

LIQUID(MG) FCC_B1(2) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST) Ni2O4Si(ST)

NiO-SrO

LIQUID FCC_B1(1)(MG)

NiO-UO2

LIQUID FCC_B1(1) FCC_C1

NiO-ZrO2

LIQUID FCC_B1(1) FCC_C1 TETOXIDE ZrO2(mono)(ST)

SiO2-SrO

LIQUID(MG) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST) SiO2(lqtz)(ST)

FCC_B1(1) O3SiSr(ST) O4SiSr2(ST) O5SiSr3(ST)

SiO2-UO2

LIQUID(MG) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST) SiO2(lqtz)(ST)

FCC_C1

SiO2-ZrO2

LIQUID(MG) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST) SiO2(lqtz)(ST)

FCC_C1 TETOXIDE ZrO2(mono)(ST) TCHERNOBYLITE

SrO-UO2

LIQUID FCC_B1(1) FCC_C1 PEROVSKITE

SrO-ZrO2

LIQUID FCC_B1(1) FCC_C1 TETOXIDE ZrO2(mono)(ST)

O4Sr2Zr(ST) O7Sr3Zr2(ST)

UO2-ZrO2

LIQUID FCC_C1 TETOXIDE ZrO2(mono)(ST)

==================================================================================

Table 4: List of phases for TERNARY systems

Assessed parameters are available for the phases listed below.

Phases accompanied by ST in parenthesis indicate a stoichiometric phase. The phase must be selected from the TDnucl compound base.

MG– the phase displays a miscibility gap and must be selected with the I-option.

Comments in red for each system provide a rough guideline with respect to composition ranges covered by the assessed data and hence to which calculations should be restricted. Beware - if some ternary phases are unknown, or have not been included in the published assessments from which the present data have been selected, incorrect phase equilibria may be calculated.

B-C-Fe

LIQUID BCC_A2(1) FCC_A1(1) BETA_B GRAPHITE(ST)

B4C1 BFe(ST) BFe2(ST) M3C1

The data cover the complete ternary composition region

B-C-U

LIQUID BCC_A2(1) TETMETAL ORTH_A20 BETA_B

GRAPHITE(ST) B4C1 C3U2(ST) B12U(ST) B4U(ST)

B2U(ST) B2C7U5(ST)

The data cover the complete ternary composition region

B-C-Zr

LIQUID BETA_B BCC_A2(2) HCP_A3(1) GRAPHITE(ST) B4C1

B12Zr(ST) B2Zr(ST) B4Zr3(ST) BZr(ST)

The data cover the complete ternary composition region

B-Fe-U

LIQUID BETA_B FCC_A1(1) BCC_A2(1) TETMETAL ORTH_A20

B12U(ST) B4U(ST) B2U(ST) BFe(ST) BFe2(ST) LAVES

FeU6(ST) B4FeU(ST) B2Fe3U(ST)

The data cover the complete ternary composition region

B-Fe-Zr

LIQUID BETA_B FCC_A1(1) BCC_A2(1) HCP_A3(1) B12Zr(ST)

B2Zr(ST) B4Zr3(ST) BZr(ST) BFe(ST) BFe2(ST) LAVES

Fe3Zr(ST) FeZr2(ST) FeZr3(ST)

The data cover the complete ternary composition region

C-Cr-Fe

LIQUID BCC_A2(1)(MG) FCC_A1(1) GRAPHITE(ST) C2Cr3(ST) M7C3

M23C6(1) M3C SIGMA

The data cover the complete ternary composition region

C-Cr-Ni

LIQUID FCC_A1(1) BCC_A2(1) GRAPHITE(ST) C2Cr3(ST) M7C3

M23C6(1) M3C

The data cover the complete ternary composition region

C-Fe-Ni

LIQUID BCC_A2(1) FCC_A1(1) GRAPHITE(ST) M7C3 M23C6(1)

M7C3

The data cover the complete ternary composition region

C-O-U

GAS LIQUID(MG) FCC_C1 BCC_A2(2) TETMETAL ORTH_A20

GRAPHITE(ST) C3U2(ST) O3U(ST) O8U3(ST) O9U4(ST) CO5U(ST)

The data cover the complete ternary composition region

C-O-Zr

GAS LIQUID FCC_C1 BCC_A2(2) HCP_A3(1) TETOXIDE

ZrO2(mono)(ST) GRAPHITE(ST)

The data cover the complete ternary composition region

C-U-Zr

LIQUID BCC_A2(1)(MG) HCP_A3(1) TETMETAL ORTH_A20

GRAPHITE(ST) C3U2(ST) DELTA

The data cover the complete ternary composition region

Cr-Fe-Ni

LIQUID BCC_A2(1)(MG) FCC_A1(1)(MG) SIGMA

The data cover the complete ternary composition region

Cr-Fe-O

GAS LIQUID(MG) BCC_A2(2)(MG) FCC_A1(1) RHO SPINEL

SIGMA FCC_B1(2)

The data cover the complete ternary composition region

Cr-Fe-Zr

LIQUID BCC_A2(1)(MG) FCC_A1(1) HCP_A3(1) SIGMA LAVES

Fe3Zr(ST) FeZr2(ST) FeZr3(ST)

The data cover the complete ternary composition region

Cr-Ni-O

GAS LIQUID(MG) BCC_A2(2) FCC_A1(1) RHO SPINEL

FCC_B1(1)

The data cover the complete ternary composition region

Fe-Ni-O

GAS LIQUID(MG) BCC_A2(2) FCC_A1(1) FCC_B1(2) RHO

SPINEL

The data cover the complete ternary composition region

Fe-O-U

GAS LIQUID(MG) FCC_A1(1) BCC_A2(2) FCC_B1(3)

RHO SPINEL TETMETAL ORTH_A20 FeU6(ST)

LAVES FCC_C1 O3U(ST) O8U3(ST) O9U4(ST)

FeO4U(ST)

The data cover the complete ternary composition region

Fe-O-Zr

GAS LIQUID(MG) FCC_A1(1) BCC_A2(2) FCC_B1(1)

RHO SPINEL HCP_A3(1) LAVES FeZr3(ST)

FeZr2(ST) Fe3Zr(ST) FCC_C1 TETOXIDE ZrO2(mono)(ST)

The data cover the complete ternary composition region

Fe-U-Zr

LIQUID BCC_A2(1)(MG) FCC_A1(1) HCP_A3(1) TETMETAL ORTH_A20

FeU6(ST) LAVES FeZr3(ST) FeZr2(ST) Fe3Zr(ST) DELTA

Fe4U3Zr5(ST) Fe3UZr2(ST) FeU12Zr4(ST)

The data cover the complete ternary composition region

O-U-Zr

GAS LIQUID(MG) BCC_A2(2)(MG) TETMETAL ORTH_A20 HCP_A3(1)

FCC_C1 O3U(ST) O8U3(ST) O9U4(ST) TETOXIDE

ZrO2(mono)(ST) DELTA

The data cover the complete ternary composition region

==================================================================================

Table 5: List of phases for PSEUDO-TERNARY systems

Assessed parameters are available for the phases listed below.

Phases accompanied by ST in parenthesis indicate a stoichiometric phase. The phase must be selected from the NUCL compound base.

MG– the phase displays a miscibility gap and must be selected with the I-option.

AlO1.5-BO1.5-CaO

LIQUID(MG) RHO B2O3(ST) FCC_B1(2) MULLITE

Al4B2O9(ST) Al12CaO19(ST) Al4CaO7(ST) Al2CaO4(ST) Al14Ca12O33(ST)

Al2Ca3O6(ST) B4CaO7(ST) B2CaO4(ST) B2Ca2O5(ST) B2Ca3O6(ST)

The data cover the complete ternary composition region

AlO1.5-BO1.5-SiO2

LIQUID RHO B2O3(ST) SiO2(cri)(ST) SiO2(tri)(ST)

SiO2(hqtz)(ST) SiO2(lqtz)(ST) MULLITE Al4B2O9(ST)

The data cover the complete ternary composition region

AlO1.5-BO1.5-MgO

LIQUID(MG) FCC_B1(2) RHO B2O3(ST) MULLITE

Al4B2O9(ST) B4MgO7(ST) B2Mg2O5(ST) B2Mg3O6(ST) RHO SPINEL

The data cover the complete ternary composition region

AlO1.5-CaO-SiO2

LIQUID(MG) RHO FCC_B1(2) SiO2(cri)(ST) SiO2(tri)(ST)

SiO2(hqtz)(ST) SiO2(lqtz)(ST) MULLITE Al12CaO19(ST) Al4CaO7(ST)

Al2CaO4(ST) Al14Ca12O33(ST) Al2Ca3O6(ST) Ca3O5Si(ST)

Ca2O4Si(alpha)(ST) Ca2O4Si(woll)(ST) Ca2O4Si(oliv)(ST)

Ca3O7Si2(ST) CaO3Si(psw)(ST) CaO3Si(woll)(ST) Al8CaO8Si2(ST) Al2Ca2O7Si(ST)

The data cover the complete ternary composition region

AlO1.5-SiO2-UO2

LIQUID(MG) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST) SiO2(lqtz)(ST)

FCC_C1 RHO MULLITE

The data cover the complete ternary composition region

AlO1.5-SiO2-ZrO2

LIQUID(MG) RHO SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST) MULLITE FCC_C1 TETOXIDE ZrO2(mono)(ST)

TCHERNOBYLITE

The data cover the complete ternary composition region

AlO1.5-UO2-ZrO2

LIQUID RHO FCC_C1 TETOXIDE ZrO2(mono)(ST)

The data cover the complete ternary composition region

BO1.5-CaO-MgO

LIQUID(MG) B2O3(ST) FCC_B1(1)(MG) B4CaO7(ST) B2CaO4(ST)

B2Ca2O5(ST) B2Ca3O6(ST) B4MgO7(ST) B2Mg2O5(ST) B2Mg3O6(ST)

The data cover the complete ternary composition region

BO1.5-CaO-SiO2

LIQUID(MG) FCC_B1(2) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST)

SiO2(lqtz)(ST) Ca3O5Si(ST) Ca2O4Si(alpha)(ST) Ca2O4Si(woll)(ST)

Ca2O4Si(oliv)(ST) Ca3O7Si2(ST) CaO3Si(psw)(ST) CaO3Si(woll)(ST)

B4CaO7(ST) B2CaO4(ST) B2Ca2O5(ST) B2Ca3O6(ST)

The data cover the complete ternary composition region

BO1.5-FeO-FeO1.5

LIQUID(MG) B2O3(ST) FCC_B1(1) RHO B2FeO4(ST)

B2Fe2O5(ST) B2Fe3O6(ST) BFeO3(ST) BFe3O6(ST) SPINEL

The data cover the complete ternary composition region

BO1.5-MgO-SiO2

LIQUID(MG) B2O3(ST) FCC_B1(2) SiO2(cri)(ST) SiO2(tri)(ST)

SiO2(hqtz)(ST) SiO2(lqtz)(ST) Mg2O4Si(ST) MgO3Si(clin)(ST) MgO3Si(enst)(ST)

MgO3Si(proenst)(ST) B4MgO7(ST) B2Mg2O5(ST) B2Mg3O6(ST)

The data cover the complete ternary composition region

SiO2-UO2-ZrO2

LIQUID(MG) SiO2(cri)(ST) SiO2(tri)(ST) SiO2(hqtz)(ST) SiO2(lqtz)(ST)

FCC_C1 TETOXIDE ZrO2(mono)(ST) TCHERNOBYLITE

The data cover the complete ternary composition region

==================================================================================

Table 6: References

NUCLEA

Nuclear Thermodynamic Database

Version 2005-01

developed by

THERMODATA - INPG - CNRS

AEA-Technology

editor

B. Cheynet

scientific board

P.Chaud, P-Y. Chevalier, E. Fischer, P. Mason, M. Mignanelli.

sponsoring

AEA-T, CNRS, EURATOM, INPG, IRSN, THERMODATA