Article
Thermophysical Properties of Materials
2020. V. 58. № 3. P. 342–351
Krasin V.P., Soyustova S.I.
Thermodynamic estimation of the stability of metal and ceramic materials in the binary Sn–20% Li melt
Annotation
The temperature dependences of nickel, iron, chromium, molybdenum, and tungsten solubility in a liquid Sn–20% Li alloy are calculated with the thermodynamic simulation method based on information on the excess Gibbs mixing energies for a liquid phase in the form of polynomial Redlich–Kister expansion for corresponding binary systems. A thermodynamic estimation of the stability of a series of binary and ternary oxides in a liquid Li20Sn80 alloy at temperatures of 500 and 800∘C is also performed.
Article reference:
Krasin V.P., Soyustova S.I. Thermodynamic estimation of the stability of metal and ceramic materials in the binary Sn–20% Li melt, High Temp., 2020. V. 58. № 3. P. 342
Krasin V.P., Soyustova S.I. Thermodynamic estimation of the stability of metal and ceramic materials in the binary Sn–20% Li melt, High Temp., 2020. V. 58. № 3. P. 342