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Calculation of Thermodynamic Properties of Sn-Zn Liquid Alloy at 750 Kusing Self Association Model

机译:利用自缔合模型计算Sn-Zn液态合金在750 K下的热力学性质

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This paper uses self-association model to compute the concentration dependence of free energy of mixing (e??oe???), activity (a), and the microscopic properties such as concentration fluctuation in the long wavelength limit (e???e???e???), and Warren-Cowley short range order parameter (e???1) for Sn-Zn binary liquid alloy. The calculation reveals the homo-coordination or phase separation at all concentrations with moderate interaction for Sn-Zn liquid alloy at 750 K.
机译:本文使用自缔合模型来计算混合自由能(e ?? oe ???),活度(a)和微观性质(如长波长范围内的浓度波动)的浓度依赖性。 e ??? e ???)和Warren-Cowley短程有序参数(e ??? 1)用于Sn-Zn二元液态合金。计算结果表明,在750 K下,Sn-Zn液态合金在所有浓度下均相配位或相分离且具有适度的相互作用。

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