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Effect of Slag Composition on Reoxidation of Aluminum Killed Steel

机译:炉渣成分对铝镇静钢再氧化的影响

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In order to understand the reoxidation behavior by slag in the steelmaking process, the oxygen potential of the slags in the ladle was estimated quantitatively adopting the regular solution model by Lumsden. The activity of iron oxide in slag was determined by an automatic facility employing an electro-chemical technique which incorporates stabilized zirconia as the solid electrolyte. The conversion equation for the activity of Fe_tO has been deduced from the correlation between the measured values of Fe_tO activity and the calculated ones by the regular solution model. The activity coefficient of Fe_tO for the slag in refining process was estimated to be 2.308 to the mole fraction of Fe_tO, and 0.0228 to the mass% total Fe on average.
机译:为了了解炼钢过程中炉渣的再氧化行为,采用Lumsden的常规溶液模型对钢包中炉渣的氧势进行了定量估计。渣中氧化铁的活性是通过采用电化学技术的自动化设备测定的,该技术将稳定的氧化锆作为固体电解质。由Fe_tO活度的测量值与通过常规溶液模型计算出的值之间的相关性推导了Fe_tO活度的转换方程。精炼过程中渣中Fe_tO的活度系数估计为Fe_tO的摩尔分数为2.308,平均Fe的质量百分数为0.0228。

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