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Database overview
Contact: Tel: +46 8 545 959 30 E-mail: [email protected]
www.thermocalc.com
Page 1
Thermodynamic and Mobility Databases Overview
www.thermocalc.com
Database overview
Contact: Tel: +46 8 545 959 30 E-mail: [email protected]
www.thermocalc.com
Page 2
Thermodynamic and Mobility Databases
Thermo-Calc Software offers a wide spectrum of high-quality thermodynamic and mobility databases for use with the Thermo-Calc, DICTRA, TC-PRISMA and SDKs for various applications. The databases supplied by Thermo-Calc Software have all been produced by critical assessments and evaluations based on experimental data.
Thermodynamic databases:
Steels and Fe-alloys Page TCFE7: TCS Steels/Fe-alloys database 4 Nickel-based alloys TCNI7: TCS Ni-based superalloys database 4 Aluminium-based alloys TCAL3: TCS Al-based alloys database 4 Magnesium-based alloys TCMG3: TCS Mg-based alloys database 5 Silicon-based alloys TCSI1: TCS Si-based alloys database 5 Solder alloys TCSLD2: TCS Solder alloy solutions database 5 Noble metal alloys SNOB3: SGTE Noble metal alloys database 5 Compounds SSUB5: SGTE Substances database 6 General alloys SSOL5: SGTE Solutions database 6
Specific materials CCC1: Cemented carbides database 6 SEMC2: TCS Semiconductors database 7 STBC2: SGTE Thermal barrier coatings database 7 TCSC1: TCS Superconductor database 7 TCFC1: TCS Solid oxide fuel cell database 7 Slag, molten salts, oxides and ionic solutions SLAG3: TCS Fe-containing slag database 8 TCOX5: TCS Metal Oxide solutions database 8 NOX2 : NPL Oxide solutions database 8 SALT1: SGTE Molten salts database 8 Metallurgical & materials processing & environmental applications TCMP2: TCS Materials processing database 9 TCES1: TCS Sintering/incineration/combustion database 9
Database overview
Contact: Tel: +46 8 545 959 30 E-mail: [email protected]
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Aqueous solutions TCAQ2: TCS Aqueous solution database 9 AQS2: TGG Aqueous solution database 10 Nuclear materials Page MEPH11: Thermodata Nuclear fuels database 10 NUCL10: Thermodata Nuclear alloys-oxides database 10 NUMT2: TCS/AEAT Pure radionuclides database 10 NUOX4: TCS/AEAT Nuclear oxides database 11 TCNF2: TCS Nuclear fuels database 11
Minerals GCE2: TGG Geochemical/Environmental database 11
Databases from Thermotech Ltd TTAL8: TT Al-based alloys database 11 TTMG5: TT Mg-based alloys database 12 TTNI8: TT Ni-based superalloys database 12 TTTI3: TT Ti-based alloys database 12 TTTIAL1: TT TiAl-based alloys database 12 TTZR1: TT Zr-based alloys database 13
Mobility databases:
Steels and Fe-alloys MOBFE2 TCS Steels/Fe-Alloys Mobility Database 13 MOB2: TCS Alloys Mobility Database 13 Nickel alloys MOBNI1: TCS Ni-alloys Mobility Database 14 MOBNI3: TCS Ni-alloys Mobility Database 14 Aluminium alloys MOBAL1: TCS Al-alloys Mobility Database 14 MOBAL3: TCS Al-alloys Mobility Database 15 Titanium alloys MOBTI1: TCS Ti-alloys Mobility Database 15 Silicon-based alloys MOBSI1: TCS Si- alloys Mobility Database 15
Database overview
Contact: Tel: +46 8 545 959 30 E-mail: [email protected]
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Steels and Fe-alloys
TCFE7: TCS Steel and Fe-Alloys Database
Database name: TCS Steel and Fe-Alloys Database Version: 7.0.1
Database acronym: TCFE7 Database Segment: Iron and Steel alloys
Elements: 24
Brief description: TCFE7 Steel and Fe-alloys database for Thermo-Calc. TCFE7 can be used also with other software from Thermo-Calc
Software such as Programming Interfaces, DICTRA and TC-PRISMA. Includes molar volume data for all phases.
Applications: Steel and Fe-alloy design and engineering.
Including Elements:
Al B C Ca Co Cr Cu Fe H Mg Mn Mo N Nb Ni O P
S Si Ta Ti V W Zr
Nickel-based alloys
TCNI7: TCS Ni-based Superalloys Database
Database name: TCS Ni-based Superalloys Database Version: 7.1
Database acronym: TCNI7 Database Segment: Nickel based superalloys
Elements: 26
Brief description: TCNI7 contains all the important Ni-based superalloy phases within a 24-element framework + Ar and H for the gas
phase only. The ordered and disordered bcc (A2 and B2) and fcc (A1/γ and L12/γ´) have been modelled with a two sub-
lattice model using a single Gibbs energy curve. TCNI7 can be used with the Thermo-Calc, DICTRA, TC-PRISMA and Programming Interfaces software packages.
Applications: Ni-based superalloy design and engineering.
Including Elements:
Al Ar B C Co Cr Fe H Hf Mn Mo N Nb Ni O Pd Pt
Re Ru Si Ta Ti V W Y Zr
Aluminium-based alloys
TCAL3: TCS Al-based Alloys Database
Database name: TCS Al-based Alloys Database Version: 3.0
Database acronym: TCAL3 Database Segment: Aluminum based alloys Elements: 34
Brief description: TCAL3.0 contains nearly all the stable phases and most important metastable phases (or precipitates) in the assessed
systems within a 34-element framework. It can be employed to a wide range of compositions from pure Al to very complex commercial aluminum alloys. TCAL3.0 can be used with the Thermo-Calc, DICTRA and TC-PRISMA software packages.
Applications: Al-based alloy design and engineering.
Including Elements:
Ag Al B Be Bi C Ca Cd Ce Co Cr Cu Fe Ga Ge H Hf
In K La Li Mg Mn Na Ni Pb Sc Si Sn Sr Ti V Zn Zr
Database overview
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Magnesium-based alloys
TCMG3: TCS Mg-based Alloys Database
Database name: TCS Mg-based Alloys Database Version: 3.0
Database acronym: TCMG3 Database Segment: Magnesium based alloys
Elements: 24
Brief description: TCMG3 contains all the important Mg-based alloy phases within a 24-element framework. It can be used with the Thermo-
Calc, DICTRA and TC-PRISMA software packages, for a wide range of compositions from pure Mg to very complex
commercial magnesium alloys.
Applications: Mg-based alloy design and engineering.
Including Elements:
Ag Al Ca Ce Cu Fe Gd K La Li Mg Mn Na Nd Ni Pt Sc
Si Sn Sr Th Y Zn Zr
Silicon-based alloys
TCSI1: TCS Si-based Alloys Database
Database name: TCS Si-based Alloys Database Version: 1.1
Database acronym: TCSI1 Database Segment: Silicon based alloys
Elements: 34
Brief description: TCSI1 focuses on the impurity solubility in silicon with diamond structure within a 34-element framework. Besides the diamond phase, at least the liquid and the corresponding stable silicide phase with highest Si content are included in each
Si-containing binary.
Applications: Solar grade silicon materials.
Including Elements:
Ag Al As Au B Bi C Ca Co Cr Cu Fe Ga Ge In Li Mg
Mn Mo N Na Ni O P S Sb Si Sn Te Ti V W Zn Zr
Solder alloys
TCSLD2: TCS Solder Alloy Solutions Database
Database name: TCS Solder Alloy Solutions Database Version: 2.0
Database acronym: TCSLD2 Database Segment: Solder alloys
Elements: 16
Brief description: TCSLD2 was developed for thermodynamic calculations of Sn-/Au-/Bi-/Zn-based solder systems (Pb-containing/Pb-free).
Applications: Solder alloys design and engineering.
Including Elements:
Ag Al Au Bi Co Cu Ge In Ni Pb Pd Pt Sb Si Sn Zn
Noble metal alloys
SNOB3: SGTE Noble Metal Alloys Database
Database name: SGTE Noble Metal Alloys Database Version: 3.0
Database acronym: SNOB3 Database Segment: Noble metals
Elements: 45
Brief description: Database for of thermodynamic calculations of noble metal alloys.
Applications: Noble metals research and development.
Including Elements:
Ag Al As Au B Ba Be Bi C Ca Cd Ce Co Cr Cu Dy Fe
Ga Ge Hf In Ir Mg Mo Nb Ni Os Pb Pd Pt Re Rh Ru Sb
Si Sn Ta Tc Te Ti Tl V W Zn Zr
Database overview
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Compounds
SSUB5: SGTE Substances Database
Database name: SGTE Substances Database Version: 5.1
Database acronym: SSUB5 Database Segment: Substances & gaseous species
Elements: 101
Brief description: The SSUB5 Substances Database is a large thermochemical database containing 5580 pure condensed compounds or
gaseous species. SSUB5 is designed for Thermo-Calc, DICTRA, TC-PRISMA and Programming Interfaces.
Applications: Alloy and process design and engineering; Inorganic materials; gas phase chemistry; Solid-melts-aqueous interactions.
Including Elements:
Ac Ag Al Am Ar As At Au B Ba Be Bi Br C Ca Cd Ce
Cf Cl Cm Co Cr Cs Cu Dy Er Es Eu F Fe Fm Fr Ga Gd
Ge H He Hf Hg Ho I In Ir K Kr La Li Lu Mg Mn Mo
N Na Nb Nd Ne Ni Np O Os P Pa Pb Pd Pm Po Pr Pt
Pu Ra Rb Re Rh Rn Ru S Sb Sc Se Si Sm Sn Sr Ta Tb
Tc Te Th Ti Tl Tm U V W Xe Y Yb Zn Zr D T
General alloys
SSOL5: SGTE Solutions Database
Database name: SGTE Solutions Database Version: 5.0
Database acronym: SSOL5 Database Segment: Solutions
Elements: 78
Brief description: The SSOL5 Solutions Database is a sophisticated important thermochemical database for many non-ideal multicomponent solution phases. SSOL5 is designed for Thermo-Calc, DICTRA, TC-PRISMA and Programming Interfaces.
Applications: Alloy design and engineering; Inorganic materials.
Including Elements:
Ag Al Am As Au B Ba Be Bi C Ca Cd Ce Co Cr Cs Cu
Dy Er Eu Fe Ga Gd Ge Hf Hg Ho In Ir K La Li Lu Mg
Mn Mo N Na Nb Nd Ni Np O Os P Pa Pb Pd Pr Pt Pu
Rb Re Rh Ru S Sb Sc Se Si Sm Sn Sr Ta Tb Tc Te Th
Ti Tl Tm U V W Y Yb Zn Zr
Specific Materials
CCC1: Cemented Carbides Database
Database name: Cemented Carbides Database Version: 1.0
Database acronym: CCC1 Database Segment: Cemented Carbides
Elements: 6
Brief description: Database for cemented carbides engineering.
Applications: Design, development and engineering of cemented carbides.
Including Elements:
C Co Nb Ta Ti W
Database overview
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SEMC2: TCS Semiconductors Database
Database name: TC Semiconductors Database Version: 2.1
Database acronym: SEMC2 Database Segment: Semiconductors
Elements: 10
Brief description: Database for semiconductor engineering.
Applications: Semi-conductors design and engineering, electronic components processing and utility.
Including Elements:
Al As C Ga H In P Pb Sb Sn
STBC2: SGTE Thermal Barrier Coating Database
Database name: SGTE Thermal Barrier Coating Database Version: 2.2
Database acronym: STBC2 Database Segment: Thermal Barrier Coatings
Elements: 5
Brief description: STBC2 can be applied in many different fields of technology [for instance, yttria-stabilised-zirconia (YSZ), solid electrolyte
(fluorite), thermal barrier coating (TBC using tetragonal oxides), and so forth], and most importantly the use of this
database can further enhance such technologies.
Applications: Research, design and engineering of thermal barrier coatings.
Including Elements:
Al Gd O Y Zr
TCSC1: TCS Super Conductor Database
Database name: TCS Super Conductor Database Version: 1.0
Database acronym: TCSC1 Database Segment: Ionic Solutions
Elements: 6
Brief description: TCSC1 is intended for superconducting materials, but also for other oxide calculations.
Applications: Superconducting materials.
Including Elements:
Ag Bi Ca Cu O Sr
TCFC1: TCS Solid Oxide Fuel Cell Database
Database name: TCS Solid Oxide Fuel Cell Database Version: 1.0
Database acronym: TCFC1 Database Segment: Ionic Solutions
Elements: 6
Brief description: TCFC1 is intended for solid oxide fuel cell (SOFC) materials, but also for other oxide calculations.
Applications: Solid oxide fuel cells.
Including Elements:
La Mn O Sr Y Zr
Database overview
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Slag, molten salts, oxides and ionic solutions
SLAG3: TCS Fe-containing Slag Database
Database name: TCS Fe-containing Slag Database Version: 3.2
Database acronym: SLAG3 Database Segment: Fe-containing slag
Elements: 30
Brief description: Database for liquid slag phase, Fe-rich liquid phase (dilute solution), pure FeO liquid phase, a large gaseous mixture phase,
and many stoichiometric solids and solid solution phases (e.g., oxides, silicates, sulfides, phosphates, halites, etc.).
Applications: Metallurgy, alloy design and engineering.
Including Elements:
Ag Al Ar B C Ca Co Cr Cu F Fe H Mg Mn Mo N Na
Nb Ni O P Pb S Si Sn Ti U W V Zr
TCOX5: TCS Metal Oxide Solutions Database
Database name: TCS Metal Oxide Solutions Database Version: 5.1
Database acronym: TCOX5 Database Segment: Ionic Solutions
Elements: 12
Brief description: TCOX5 contains critically assessed data for many multicomponent oxides, as well as all alloy phases needed to calculate the Me-O binary phase diagrams. The intended application is for solid and liquid oxide materials, such as development of
ceramics, metallurgical processing and materials corrosion, but the database is of course not limited to this. TCOX5 can
be used with the Thermo-Calc, TC-Programming Interfaces and DICTRA software packages. The TCOX database was called ION prior to version 4.0.
Applications: Ceramics, metallurgical processing, corrosion, Thermal Barrier Coatings (TBC), Yttria-Stabilised-Zirconia (YSZ).
Including Elements:
Al C Ca Cr Fe Mg Mn Ni O Si Y Zr
NOX2: NPL Oxide Solutions Database
Database name: NPL Oxide Solutions Database Version: 2.0
Database acronym: NOX2 Database Segment: Oxides and Silicates Elements: 6
Brief description: Contains critically-assessed data for many oxides and silicates.
Applications: Ceramics, metal/alloy processing, mineral processing and materials corrosion, etc.
Including Elements:
Al Ca Fe Mg O Si
SALT1: SGTE Molten Salts Database
Database name: SGTE Molten Salts Database Version: 1.2
Database acronym: SALT1 Database Segment: Corrosion and Salts
Elements: 17
Brief description: Database for molten salts.
Applications: Hot salt corrosion of alloys, high energy lamp design and more.
Including Elements:
Br C Ca Cl Cr Cs F H I K Li Mg Na O Rb S Zn
Database overview
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Metallurgical & materials processing & environmental applications
TCMP2: TCS Materials Processing Database
Database name: TCS Materials processing database Version: 2.5
Database acronym: TCMP2 Database Segment: Metals Processing
Elements: 35
Brief description: Database for liquid slag, metallic liquid, various solid phases and gaseous species.
Applications: Materials processing and environmental controls in steel/alloy production and metallurgical engineering, environment-friendly recycling / re-melting / re-processing treatments of industrial, chemical and nuclear wastes, as well as sintering,
incineration and combustion processes.
Including Elements:
Ag Al Ar B Bi C Ca Cd Cl Co Cr Cu F Fe H K Mg
Mn Mo N Na Nb Ni O P Pb S Sb Si Sn Ti U W V
Zn
TCES1: TCS Sintering/Incineration/Combustion Database
Database name: TCS Sintering/Incineration/Combustion Database Version: 1.1
Database acronym: TCES1 Database Segment: Metals Processing
Elements: 30
Brief description: Database for solid phases and gaseous species.
Applications: Environmental controls in steel and alloy production and metallurgical engineering, environment-friendly treatments of industrial waste and nuclear waste.
Including Elements:
Al As Br C Ca Cd Cl Cr Cu F Fe H Hg I K Mg Mn
N Na Ni O P Pb S Sb Si Sn Te Ti Zn
Aqueous solutions
TCAQ2: TCS Aqueous Solution Database
Database name: TCS Aqueous Solution Database Version: 2.6
Database acronym: TCAQ2 Database Segment: Aqueous solutions
Elements: 84
Brief description: Database suitable for calculating thermodynamic properties of complex aqueous solution phases.
Applications: Materials corrosion processes; Hydro-metallurgy, Aqueous chemistry, Geochemistry and Environmental chemistry.
Including Elements:
Ag Al Ar As Au B Ba Be Bi Br C Ca Cd Ce Cl Co Cr
Cs Cu Dy Er Eu F Fe Ga Gd Ge H He Hg Ho I In Ir
K Kr La Li Lu Mg Mn Mo N Na Nb Nd Ne Ni O Os P
Pb Pd Pr Pt Ra Rb Re Rh Ru S Sb Sc Se Si Sm Sn Sr
Ta Tb Te Th Ti Tl Tm U W V Xe Y Yb Ze Zn Zr
Database overview
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AQS2: TGG Aqueous Solution Database
Database name: TGG Aqueous Solution Database Version: 2.5
Database acronym: AQS2 Database Segment: Aqueous solutions
Elements: 83
Brief description: Database suitable for calculating thermodynamic properties of complex aqueous solution phases.
Applications: Materials corrosion processes; Hydro-metallurgy, Aqueous chemistry, Geochemistry and Environmental chemistry.
Including Elements:
Ag Al Ar As Au B Ba Be Bi Br C Ca Cd Ce Cl Co Cr
Cs Cu Dy Er Eu F Fe Ga Gd H He Hf Hg Ho I In K
Kr La Li Lu Mg Mn Mo N Na Nb Nd Ne Ni O P Pb Pd
Pm Pr Pt Ra Rb Re Rh Rn Ru S Sb Sc Se Si Sm Sn Sr
Tb TC Th Ti Tl Tm U W V Xe Y Yb Ze Zn Zr
Nuclear materials
MEPH11: Thermodata Nuclear Fuels Database
Database name: Thermodata Nuclear Fuels Database Version: 11.2
Database acronym: MEPH11 Database Segment: Nuclear Fuels Elements: 15
Brief description: Database for nuclear fuels.
Applications: Multiphase equilibria calculations in nuclear fuels and development of new generation nuclear fuels.
Including Elements:
Ar Ba C Cs Fe H La Mo O Pu Ru Si Sr U Zr
NUCL10: Thermodata Nuclear Alloys-Oxides Database
Database name: Thermodata Nuclear Alloy-Oxides Database Version: 10.2
Database acronym: NUCL10 Database Segment: Nuclear applications Elements: 20
Brief description: Database for in and ex-vessel applications.
Applications: This database covers the entire field from metal to oxide domains. It allows the user to calculate the thermochemical
equilibrium state at any step of a severe accident and to use the results of the thermodynamic approach for improving the
predictions of thermo-hydraulic or other accidents codes.
Including Elements:
Ag Al Ar B Ba C Ca Cr Fe H In La Mg Ni O Ru Si
Sr U Zr
NUMT2: TCS/AEAT Pure Radionuclides Database
Database name: TCS/AEAT Pure Radionuclides Database Version: 2.1
Database acronym: NUMT2 Database Segment: Nuclear Materials
Elements: 44
Brief description: Database for about 600 condensed and gas phase substances, including pure radio nuclides.
Applications: This database can be applied to a wide range of nuclear related applications, which can be modelled adequately, or to a first approximation, using pure substances. However, it can also be coupled with other pure substance databases (e.g. SSUB) or
solution databases (e.g. NUOX, SSOL and TCFE) to increase the range of applications which can be studied.
Including Elements:
Ag Al Am B Ba Bi C Ca Cd Ce Cl Co Cr Cs Eu F Fe
H I In Kr La Mg Mn Mo Na Nb Nd Ni O Pd Pr Pu Rh
Ru Sb Si Sn Sr Tc Te U Xe Zr
Database overview
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NUOX4: TCS/AEAT Nuclear Oxides Database
Database name: TCS/AEAT Nuclear Oxides Database Version: 4.2
Database acronym: NUOX4 Database Segment: Nuclear Materials
Elements: 11
Brief description: Database for nuclear oxide solution system, gas excluded.
Applications: This database has been developed primarily for studying molten core-concrete interactions. However, it can also be applied
to any relevant system or application which comprises essentially the constituent oxides. It can also be coupled with pure substance databases (e.g. NUMT and SSUB) or solution databases (e.g. SSOL and TCFE) to increase the range of
applications which can be studied.
Including Elements:
Al Ba Ca Ce La Mg O Si Sr U Zr
TCNF2: TCS Nuclear fuels database
Database name: TCS Nuclear Fuels Database Version: 2.1
Database acronym: TCNF2 Database Segment: Nuclear Fuels
Elements: 10
Brief description: Database for nuclear fuel cells.
Applications: Research and engineering of nuclear fuel cells.
Including Elements:
Am Np Pu U Zr C N O H He
Minerals
GCE2: TGG Geochemical/Environmental Database
Database name: TGG Geochemical/Environmental Database Version: 2.3
Database acronym: GCE2 Database Segment: Geochemistry and Environment
Elements: 46
Brief description: Database for about 600 minerals.
Applications: Geochemistry, Geophysics, Hydro-metallurgy, Aqueous chemistry and Environmental chemistry.
Including Elements:
Ag Al Ar As Au B Ba Be Br C Ca Cd Cl Co Cr Cs Cu
F Fe Ga Gd H Hg I K Li Mg Mn Mo N Na Ni O P
Pb Rb S Se Si Sn Sr Ti U W V Zn
Databases from Thermotech Ltd TTAL8: Thermotech Al-based Alloys Database
Database name: Thermotech Al-based Alloys Database Version: 8.1
Database acronym: TTAL8 Database Segment: Aluminum based alloys Elements: 25
Brief description: A comprehensive database for Al-alloys that can be used for all major types of commercial Al-alloys ranging from
commercial pure Al to complex alloys.
Applications: Al-based alloy design and engineering.
Including Elements:
Al B Bi C Ca Co Cr Cu Fe H La Li Mg Mn Mo Ni Pb
Sc Si Sn Sr Ti V Zn Zr
Database overview
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TTMG5: Thermotech Mg-based Alloys Database
Database name: Thermotech Mg-based Alloys Database Version: 5.1
Database acronym: TTMG5 Database Segment: Magnesium based alloys
Elements: 17
Brief description: A comprehensive database for Mg-alloys that can be used for all major types of commercial Mg-alloys ranging from pure Mg to complex commercial alloys.
Applications: Mg-based alloy design and engineering.
Including Elements:
Al Ca Ce Cu Fe Gd La Mg Mn Nd Sc Si Sn Sr Y Zn Zr
TTNI8: Thermotech Ni-based Superalloys Database
Database name: Thermotech Ni-based Superalloys Database Version: 8.0
Database acronym: TTNI8 Database Segment: Nickel based superalloys
Elements: 23
Brief description: Database for commercial Ni-based superalloys, high Fe-containing and single crystal Ni-based superalloys.
Applications: Ni-based superalloy design and engineering.
Including Elements:
Al B C Co Cr Cu Fe Hf Mn Mo N Nb Ni O Pt Re Ru
Si Ta Ti W V Zr
TTTI3: Thermotech Ti-based Alloys Database
Database name: Thermotech Ti-based Alloys Database Version: 3.0
Database acronym: TTTI3 Database Segment: Titanium based alloys
Elements: 21
Brief description: A comprehensive database for Ti-alloys that can be used for all major types of commercial Ti-alloys ranging from
commercial pure Ti to complex alloys.
Applications: Ti- and TiAl-based alloy design and engineering.
Including Elements:
Al B C Cr Cu Fe H Mn Mo N Nb Ni O Re Ru Si Sn
Ta Ti V Zr
TTTIAL1: Thermotech TiAl-based Alloys Database
Database name: Thermotech TiAl-based Alloys Database Version: 1.0
Database acronym: TTTIAL1 Database Segment: High Al-containing Ti-alloys
Elements: 13
Brief description: To be used for the prediction of stable and metastable phase equilibria in multicomponent γ-TiAl based alloys.
Applications: TiAl-based alloy design and engineering.
Including Elements:
Al B Cr Mn Mo Nb O Si Ta Ti W V Zr
Database overview
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Page 13
TTZR1: Thermotech Zr-based Alloys Database
Database name: Thermotech Zr-based Alloys Database Version: 1.0
Database acronym: TTZR1 Database Segment: Zirconium based alloys
Elements: 12
Brief description: A comprehensive database for Zr-alloys that can be used for major types of commercial Zr-alloys.
Applications: Zr-based alloy design and engineering.
Including Elements:
C Cr Fe H Hf N Nb Ni O Si Sn Zr
Mobility databases for Steels and Fe-alloys MOBFE2: TCS Steels/Fe-Alloys Mobility Database
Database name: TCS Steels/Fe-Alloys Mobility Database Version: 2.0
Database acronym: MOBFE2 Database Segment: Iron and Steel
Elements: 24
Brief description: MOBFE2 is a kinetic database containing mobility data limited to Fe-based alloys. Data is present in a format suitable for simulation of diffusion controlled phenomena using the DICTRA simulation software, and/or for use together with any
Thermo-Calc programming interface and TC-PRISMA. MOBFE2 is compatible and recommended for use in combination
with the TCFE7 (TCS Steels/Fe-Alloys Database) thermodynamic database.
Applications: Primarily for aiding alloy design and the optimization of manufacturing processes, through simulation of different diffusion
controlled phenomena, such as e.g. microsegregation during solidification, homogenisation, kinetics of phase transformations, precipitate growth/dissolution kinetics, carburization, nitriding and much more.
Including Elements:
Al Ar B C Ca Co Cr Cu Fe Mg Mn Mo N Nb Ni O P
S Si Ta Ti W V Zr
MOB2: TCS Alloys Mobility database
Database name: TCS Alloys Mobility Database Version: 2.6
Database acronym: MOB2 Database Segment: Iron and Steel
Elements: 75
Brief description: MOB2 is a kinetic database containing mobility data primarily but not limited to Fe-based alloys. Data is present in a format suitable for simulation of diffusion controlled phenomena using the DICTRA simulation software, and/or for use
together with any Thermo-Calc programming interface and TC-PRISMA. MOB2 is compatible and recommended for use
in combination with the SSOL (SGTE Solution Database) thermodynamic database, and also the TCFE (TCS Steels/Fe-Alloys Database).
Applications: Primarily for aiding alloy design and the optimization of manufacturing processes, through simulation of different diffusion controlled phenomena, such as e.g. microsegregation during solidification, homogenisation, kinetics of phase
transformations, precipitate growth/dissolution kinetics, carburization, nitriding and much more.
Including Elements:
Ag Al Am As Au B Ba Be Bi C Ca Cd Co Cr Cs Cu Dy
Er Fe Ga Gd Ge Hf Hg Ho In Ir K La Li Lu Mg Mn Mo
N Na Nb Nd Ni Np Os P Pa Pb Pd Pr Pt Pu Rb Re Rh
Ru S Sb Sc Se Si Sm Sn Sr Ta Tb Tc Te Th Ti Tl Tm
U V W Y Yb Zn Zr
Database overview
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Page 14
Mobility databases for Ni alloys
MOBNI1: TCS Ni-alloys Mobility Database
Database name: TCS Ni-alloys Mobility Database Version: 1.0
Database acronym: MOBNI1 Database Segment: Ni-based superalloys Elements: 22
Brief description: MOBNI1 is a kinetic database containing mobility data for Ni-based alloys present in a format suitable for simulation of
diffusion controlled phenomena using the DICTRA simulation software, and/or for use together with any Thermo-Calc programming interface and TC-PRISMA.
Applications: Used together with the DICTRA software and a thermodynamic database for Ni-based alloys (e.g. TTNI), then the
MOBNI1 database can be used in order to study several different phenomena of interest to Ni-based superalloys design and
manufacturing, such as e.g. microsegregation during solidification, homogenisation kinetics, precipitate growth/dissolution kinetics, interdiffusion in Ni-base superalloy coating/substrate compounds, and much more.
Including Elements:
Al B C Co Cr Cu Fe Hf Mn Mo N Nb Ni O Re Ru Si
Ta Ti W V Zr
MOBNI3: TCS Ni-alloys Mobility Database
Database name: TCS Ni-alloys Mobility Database Version: 3.1
Database acronym: MOBNI3 Database Segment: Ni-based superalloys Elements: 24
Brief description: MOBNi3 is a kinetic database containing mobility data for Ni-based alloys presented in a format suitable for simulation of
diffusion controlled phenomena using the DICTRA or TC-PRISMA software. It can also be used together with all Thermo-Calc programming interfaces.
MOBNi3 is compatible and primarily recommended for use in combination with the TCNi thermodynamic database.
Applications: Used together with the DICTRA software and a thermodynamic database for Ni-based alloys (e.g. TCNI7), then the
MOBNI3 database can be used in order to study several different phenomena of interest to Ni-based superalloys design and manufacturing, such as e.g. microsegregation during solidification, homogenisation kinetics, precipitate growth/dissolution
kinetics, interdiffusion in Ni-base superalloy coating/substrate compounds, and much more.
Including Elements:
Al B C Co Cr Fe Hf Mo Mn N Nb Ni O Pd Pt Re Ru
Si Ta Ti V W Y Zr
Mobility databases for Al alloys
MOBAL1: TCS Al-alloys Mobility Database
Database name: TCS Al-alloys Mobility Database Version: 1.0
Database acronym: MOBAL1 Database Segment: Aluminium alloys
Elements: 41
Brief description: MOBAL1 is a kinetic database containing mobility data for Al-based alloys present in a format suitable for simulation of
diffusion controlled phenomena using the DICTRA simulation software, and/or for use together with any Thermo-Calc
programming interface and TC-PRISMA.
Applications: Used together with the DICTRA software and a thermodynamic database for Al-alloys (e.g. TTAL) the MOBAL1 database
can be used in order to study several different phenomena of interest to aluminium alloys, such as e.g. microsegregation during solidification, homogenisation kinetics, growth/dissolution kinetics of precipitates, interdiffusion in Al-compounds,
and much more.
Including Elements:
Ag Al Au B Be C Ca Cd Ce Co Cr Cs Cu Fe Ga Ge H
In La Li Mg Mn Mo Na Nb Nd Ni Pb Pd Pr Sb Sc Si Sm
Sn Sr Ti Tl V Zn Zr
Database overview
Contact: Tel: +46 8 545 959 30 E-mail: [email protected]
www.thermocalc.com
Page 15
MOBAL3: TCS Al-alloys Mobility Database
Database name: TCS Al-alloys Mobility Database Version: 3.0
Database acronym: MOBAL3 Database Segment: Aluminium alloys
Elements: 34
Brief description: MOBAL3 is a kinetic database containing mobility data for Al-based alloys present in a format suitable for simulation of
diffusion controlled phenomena using the DICTRA simulation software, and/or for use together with any Thermo-Calc
programming interface and TC-PRISMA.
MOBAL3 is compatible and primarily recommended for use in combination with the TCAL2 thermodynamic database.
Applications: Used together with the DICTRA software and a thermodynamic database for Al-alloys (e.g. TCAL2) the MOBAL3
database can be used in order to study several different phenomena of interest to aluminium alloys, such as e.g. microsegregation during solidification, homogenisation kinetics, growth/dissolution kinetics of precipitates, interdiffusion
in Al-compounds, and much more.
Including Elements:
Ag Al B Be Bi C Ca Cd Ce Co Cr Cu Fe Ga Ge H Hf
In K La Li Mg Mn Na Ni Pb Sc Si Sn Sr Ti V Zn Zr
Mobility database for Ti alloys
MOBTI1: TCS Ti-alloys Mobility Database
Database name: TCS Ti-alloys Mobility Database Version: 1.0
Database acronym: MOBTI1 Database Segment: Titanium alloys
Elements: 9
Brief description: MOBTi1 is a kinetic database containing mobility data for Ti-based alloys present in a format suitable for simulation of
diffusion controlled phenomena using the DICTRA simulation software, and/or for use together with any Thermo-Calc
programming interface.
MOBTi1 is primarily intended for use in combination with the TTTI thermodynamic database, but is also compatible for
use in combination with the SSOL thermodynamic databases.
Applications: Used together with the DICTRA software and a thermodynamic database for Ti-alloys (e.g. TTTI) the MOBTi1 database
can be used in order to study several different phenomena of interest to titanium alloys, such as solidification, growth/dissolution kinetics of alpha and minor precipitates, etc.
Including Elements:
Al Cr Mo Nb Sn Ta Ti V Zr
Mobility database for Si-based alloys
MOBSi1: TCS Si-alloys Mobility Database
Database name: TCS Si-alloys Mobility Database Version: 1.0
Database acronym: MOBSI1 Database Segment: Silicon-based alloys
Elements: 28
Brief description: MOBSI1 is a kinetic database developed for calculating self and impurity diffusivities in both solid and liquid Si. Coupled together with TCSI, diffusion phenomena can be simulated by using DICTRA or TC-PRISMA for the production of solar
grade cell Si.
Applications: Solar grade silicon materials.
Including Elements:
Ag Al As Au B Bi C Co Cr Cu Fe Ga Ge In Li Mn N
Ni O P S Sb Si Sn Te Ti V Zn
Database overview
Contact: Tel: +46 8 545 959 30 E-mail: [email protected]
www.thermocalc.com
Page 16
www.thermocalc.com
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