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Non-linear Kinetic Analysis of Decarburization and Deoxidization of Liquid Iron by Ar-CO-CO_2 Gas Mixtures

机译:Ar-CO-CO_2混合气对液态铁脱碳和脱氧的非线性动力学分析

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摘要

Decarburization and deoxidization of liquid iron in Ar-CO-CO_2 gas mixtures were investigated at 1843K using a cold crucible. The carbon or oxygen concentration decreased against their chemical potential gradients in the initial stage of the reactions. The concentration changes in the whole process were successfully reproduced by nonlinear equations based upon the two independent reactions in which the nonlinear reaction CO(g) = C + O was included. It has been shown that the decarburization of liquid iron in Ar-CO-CO_2 under reduced pressure can be also reasonably described by the nonlinear kinetic equations.
机译:使用冷坩埚在1843K下研究了Ar-CO-CO_2气体混合物中液态铁的脱碳和脱氧。在反应的初始阶段,碳或氧浓度相对于它们的化学势梯度降低。基于两个独立的反应,其中包括非线性反应CO(g)= C + O,通过非线性方程式成功地再现了整个过程中的浓度变化。结果表明,通过非线性动力学方程也可以合理地描述Ar-CO-CO_2中液态铁的脱碳。

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