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本文介绍了基于化学统计热力学的熔渣模型，模型考虑到多元氧化物熔体由氧离子与其周围的阳离子组成的“晶胞”构成，并通过化学统计效力学的推导，利用少量的二元氧化物系热力学参数计算复杂的三元及多元氧化物系的热力学性质．利用此模型，计算了钢中生成的氧化物夹杂的成分，计算与实验结果一致．
In this paper, a slag model based on thermodynamics of chemical statistics is introduced. The model takes into account the fact that the multivariate oxide melt consists of “unit cells” consisting of oxygen ions and the surrounding cations and is derived from the chemical statistics of the effectiveness of the combustion using a small amount of binary oxidation The Thermodynamic Parameters of Complex Systems Compute the Thermodynamic Properties of Complex Ternary and Multivariate Oxide Systems. Using this model, the composition of oxide inclusions in steel was calculated and calculated in agreement with the experimental results.