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Interaction Parameters in Metallic Solutions Estimated from Liquid Structure and the Heat of Solution at Infinite Dilution

机译:根据液体结构和无限稀释时溶液的热估算金属溶液中的相互作用参数

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摘要

The interaction parameters have been calculated for 120 ferrous alloy solutions using the pseudo-potential formalism coupled with the free energy of the hard sphere model. An agreement between calculation and experimental data appears to be reasonable with the 83% reliability in predicting the correct sign. The interaction parameters of oxygen in silicon melt were also estimated for 10 minor elements. The results, obtained only from some fundamental physical constants as inputs, are found to be useful in making qualitative discussion about the solubility of the desired element in metallic solutions.
机译:使用伪势形式和硬球体模型的自由能,计算了120种铁合金溶液的相互作用参数。计算和实验数据之间的一致性似乎是合理的,预测正确信号的可靠性为83%。还估算了10个微量元素中硅熔体中氧气的相互作用参数。发现仅从一些基本物理常数作为输入获得的结果可用于对所需元素在金属溶液中的溶解度进行定性讨论。

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