Fe–Ta: papers in ORCHID

Data: JSON · all systems

Assessments and the data papers they used

cited as the original source of values (23)

• Zur Kenntnis des Zweistoffsystems Eisen‐Tantal (1935)
• R. Genders, R. Harrison, Tantalum–iron alloys and tantalum steels, J. Iron Steel Inst. 134 (1936) 173–209. (1936)
• R. Genders, R. Harrison, J. Iron Steel Inst. 134 (1936) 173. (1936)
• Genders R, Harrison R. J Iron Steel Inst 1936;134:173. (1936)
• Ternary laves and sigma-phases of transition metals (1953)
• R.P. Elliott, W. Rostoker, The occurrence of Laves-type phases among transition elements, Trans. ASM 50 (1958) 617–632. (1958)
• Elliot RP, Rostoker W. Metall Trans ASM 1958;50:617. (1958)
• Sinha AK, Hume-Rothery W. J Iron Steel Inst 1967;205:671. (1967)
• A.K. Sinha, W. Hume-Rothery, The iron–tantalum system, J. Iron Steel Inst. 205 (1967) 671–673. (1967)
• Some Investigations Concerning the Position and the Melting Point of TaFe Lamellas in the System TaFe‐TaFe₂ (1968)
• Untersuchung der α/γ‐Umwandlung in hochreinen Zweistofflegierungen des Eisens mit Molybdän, Vanadin, Wolfram, Niob, Tantal, Zirkon und Kobalt (1970)
• Determination of thermodynamic stability of the Fe2Ta intermetallic phase by non-stationary e.m.f. measurements on solid galvanic chains (1970)
• Ordering of hydrogen in the intermetallic compound Ti3Sn (1972)
• Thermodynamic study of Fe-Ta and Fe-Nb alloys by means of the Knudsen cell mass spectrometry. (1989)
• Optimization and calculation of the FeTa phase diagram (1994)
• Coelho GC, Fries SG, Lukas HL, Majewski P, Zelaya Bejarano JM, Gama S, et al. In: Kumar P, Jehn HA, Uz M, editors. Processing and applications of high purity refractory metals and alloys. Warrendale, USA: The Minerals, Metals and Materials Society; 1994. p. 51. (1994)
• Experimental study of the iron-tantalum equilibrium diagram (1995)
• A.V. Keitz, G. Sauthoff, P. Neumann, Laves phase for high temperatures— structure stability and constitution, Z. Metallkd. 89 (12) (1998) 803–810. (1998)
• Metastable crystalline phases formed in the Fe–Ta system by solid-state reaction (1999)
• Heterogeneous austenite grain growth in 9Cr martensitic steels: influence of the heating rate and the austenitization temperature (2003)
• The standard enthalpies of formation of some intermetallic compounds of transition metals by high temperature direct synthesis calorimetry (2006)
• Experimental study and thermodynamic re-assessment of the binary Fe–Ta system (2011)
• Ab initio study of C14 laves phases in Fe-based systems (2012)

read by ORCHID (values extracted) (3)

• Contribution to a thermodynamic database and phase equilibria calculations for low activation Ta-containing steels (2003)
• Experimental study and thermodynamic re-assessment of the binary Fe–Ta system (2011)
• Gibbs energy modeling of Fe–Ta system by Calphad method assisted by experiments and ab initio calculations (2015)

discovery lead (found by Crossref assessment discovery, not read) (2)

• Contribution to a thermodynamic database and phase equilibria calculations for low activation Ta-containing steels (2003)
• Gibbs energy modeling of Fe–Ta system by Calphad method assisted by experiments and ab initio calculations (2015)

original evaluation behind an assessed (handbook) diagram (1)

• Fe-Ta (Iron-Tantalum) (1996)

assessment behind a TDB file (3)

• Contribution to a thermodynamic database and phase equilibria calculations for low activation Ta-containing steels (2003)
• Experimental study and thermodynamic re-assessment of the binary Fe–Ta system (2011)
• Gibbs energy modeling of Fe–Ta system by Calphad method assisted by experiments and ab initio calculations (2015)