Thermodynamic and surface properties of Al–Li–Mg liquid alloy

Dhungana, A.; Yadav, S. K.; Adhikari, D.

doi:10.1016/j.physb.2020.412461

Cited by 4 publications

(2 citation statements)

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“…In the framework of R-K polynomial, the expression for ‫ܩ∆‬ ெ ௫௦ of the binary system can be given as (Dhungana et al 2020;Gohivar et al 2021;Redlich and Kister 1948;Yadav 2023b)…”

Section: Materials and Methods Thermodynamic And Structural Functionsmentioning

confidence: 99%

“…(Yadav, Jha, and Adhikari 2016). Hence, thermodynamic (Dhungana, Yadav, and Adhikari 2020;Flory 1942;Gohivar et al 2021;Jordan 1970;Sah, Adhikari, and Yadav 2023;Wang, Jin, and Du 2003;Yadav 2023aYadav , 2023bYadav et al 2016), structural (Bhatia and Hargrove 1974;Gohivar et al 2021;Ruppersberg and Reiter 1982;Yadav 2023bYadav , 2023aYadav et al 2016) and surface (Butler 1932;Kaptay 2015;Yadav 2023b;Yadav et al 2016) properties of binary liquid alloys have been studied by several researchers employing different approaches.…”

Section: Introductionmentioning

confidence: 99%

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Thermodynamic, Structural and Surface Properties of Liquid Al-Sr Alloy at Different Temperatures

Oli,

Sah,

Mehta

et al. 2024

Adhyayan J.

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Thermodynamic functions like excess Gibbs free energy of mixing (∆GxsM) and activity (a) of liquid Al-Sr alloy were studied in the temperature range 1323-1623 K in the frame work of Redlich-Kister (R-K) polynomial. The compositional and temperature dependence of structural functions like concentration fluctuation in long wavelength limit (Scc(0)), Warren-Cowley short range order parameter (α) and ratio of mutual to intrinsic diffusion coefficients (Dm/Did) were computed and analysed using the same approach. The surface tension (σ) and surface segregation (xsi) tendencies of the atoms in the liquid mixture were computed and studied using Butler’s model. Present investigations revealed that association tendency among the atoms of metallic mixture gradually decreased with increase in temperature.

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Section: Materials and Methods Thermodynamic And Structural Functionsmentioning

confidence: 99%