| Fe—C—O系熔体吸氮反应的动力学 |
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| 引用本文： | 王忠伟,陈襄武.Fe—C—O系熔体吸氮反应的动力学[J].北京科技大学学报,1990,12(3):221-226. |
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| 作者姓名： | 王忠伟 陈襄武 |
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| 作者单位： | 北京科技大学冶金系
(王忠伟)，北京科技大学冶金系(陈襄武) |
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| 摘 要： | 研究往Fe-C-O系熔体吹氮时吸氮反应动力学,测定了氮分压、氧和碳含量以及温度对吸氮反应速度的影响。通过实验数据处理,得出Fe-C-O系熔体吸氮反应在氧含量较低时是一级反应,较高时是二级反应,氧含量很高时吸氮速度达最低值。碳能显著地降低Fe-C-O系熔体吸氮反应的传质系数。一级反应和二级反应活化能各为131.6 7kJ/mol,122.89kJ/mol
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| 关 键 词： | 转炉炼钢 吸氮反应 钢液 Fe－C－O系 |
On Reaction Dynamics of Adsorption of N2 in Liquid Fe-C-O System |
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| Wang Zhongwei Chen Xiangwu.On Reaction Dynamics of Adsorption of N2 in Liquid Fe-C-O System[J].Journal of University of Science and Technology Beijing,1990,12(3):221-226. |
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| Authors: | Wang Zhongwei Chen Xiangwu |
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| Institution: | Dept. of Metall. |
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| Abstract: | Studied the reaction dynamics of the solution of N2 in the liquid Fe-C-O system, measured the effect of partial preasure of N2, content of O2 and C, temperatures on the solution rate. This reaction was in first order when O] content is lower; it was second order when O] content is high; the rate of solution is lowest when the O] content is very high. The influence C] content on the mass transport constant of solution is evident. The apparent activation energy at first order is 131.6 kJ/mol, and 122.89 kJ/mol at second order. |
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| Keywords: | reaction order reacLion rate constant mass transport constant activation energy |
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