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首页> 外文期刊>Solid Fuel Chemistry >THE HIGH-TEMPERATURE INTERACTION OF BLAST-FURNACE COKE WITH CARBON DIOXIDE
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THE HIGH-TEMPERATURE INTERACTION OF BLAST-FURNACE COKE WITH CARBON DIOXIDE

机译:高炉焦炭与二氧化碳的高温相互作用

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摘要

The conditions for the implementation of kinetic and diffusion regimes of the interaction of blast-furnace coke with CO_2 at 1000-1100℃ are analyzed. The method of determination of reactivity according to GOST 10089-89 corresponds to the kinetic regime of the reaction C + CO_2 and the method according to GOST 50921-96 corresponds to the intradiffusion regime of the reaction. Variation of the size of coke particles makes it possible to determine the rate constant, the effective thickness of the reacting layer and the gas diffusion coefficient in coke pores. The reactivity indices of coke are related to its structure, this being evidenced by the correlation with electrical conductivity and the characteristics of optical texture.
机译:分析了高炉焦炭与CO_2在1000〜1100℃之间相互作用的动力学和扩散规律的实施条件。根据GOST 10089-89确定反应性的方法对应于反应C + CO_2的动力学方案,并且根据GOST 50921-96的方法对应于反应的内扩散方案。焦炭颗粒尺寸的变化使得可以确定速率常数,反应层的有效厚度和焦炭孔中的气体扩散系数。焦炭的反应性指数与其结构有关,这可以通过与电导率和光学织构特征的相关性来证明。

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