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The activity of nitrogen in the liquid Fe-N-Cr alloy based on the non-random solubility model by Schmid - Fetzer

机译:基于施密油 - 胎动的非随机溶解度模型的液体Fe-N-Cr合金中氮的活性

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The values of nitrogen solubility in the liquid Fe-N-Cr alloy and in liquid chromium were determined experimentally. The alloy of a chromium content of 8; 13; 18; 25; 35; and 69, respectively, and chromium of purity of 99.7 wt % were subjected to experiment. The original data on nitrogen solubility in liquid iron and the data on nitrogen solubility in liquid chromium (the authors' own studies) were converted in relation to the new standard state that is represented by pure nitrogen. The energy parameter, h_(Fe-Cr), was determined based on literature data. Using the coefficient values for the Fe-Cr alloy, calculated on the basis of our own investigation results, the values of the energy parameter h were determined. The determined energy parameter h in the form of a temperature function relationship will enable the determination of the numerical values of the for the Fe-Cr alloy of any arbitrary composition.
机译:实验测定液体Fe-N-Cr合金和液体铬中氮溶解度的值。铬含量为8的合金; 13; 18; 25; 35;分别为69,纯度为99.7wt%的纯度进行实验。液体铁中氮溶解度的原始数据及液体铬中的氮溶解度数据(作者自己的研究)与纯氮的新标准状态相比,转化为新的标准状态。基于文献数据确定能量参数H_(FE-CR)。利用Fe-Cr合金的系数值根据我们自己的调查结果计算,确定了能量参数H的值。确定的温度函数关系形式的能量参数H将能够确定任何任意组合物的Fe-Cr合金的数值。

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