直接还原铁对电弧炉炉渣氧化亚铁容量的影响。

H. Abdelwahed, M. Shaheen, G. Megahed, E. Ahmed, M. Meraikib
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引用次数: 0

摘要

对鄂西扁钢公司电弧炉出渣前的炉渣及相应的铁水试样进行了分析。在攻丝前测量了热金属的温度。通过对炉渣和铁水的分析,结合金属温度,估算了炉渣中总氧化亚铁的活度系数和活度,并根据规则离子溶液的统计理论研究了钢中的碳、氧活度系数。并对渣的氧化物容量进行了评价。研究了金属热中碳氧活性随浓度的变化规律。总氧化亚铁的活度与浓度之比是恒定的,等于0.0179。钢中氧和碳的活度系数分别为0.810和1.0704。渣的氧化物容量随熔池中碳浓度的增加和炉料中DRI比例的增加而增加。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of Direct Reduced Iron on Ferrous Oxide Capacity of Slag in Electric Arc Furnace.
Slag and the corresponding hot metal samples were collected just before tapping from electric arc furnace of Ezz Flat Steel Company (EFS) and analyzed. The temperature of hot metal was measured before tapping. The analyses of slag and hot metal together with the metal temperature were used to estimate the activity coefficient and activity of total ferrous oxides in slag, also investigate carbon and oxygen activity coefficient in steel according to the statistical theory of regular ionic solutions. The oxides capacity of the slag was also assessed. The variation of carbon and oxygen activity in hot metal with the concentration was also treated. The ratio of activity to concentration of total ferrous oxides is constant and equal to 0.0179. The activity coefficients of oxygen and carbon in steel are 0.810 and 1.0704, respectively. The oxides capacity of the slag increases with increasing carbon concentration in the bath and with increasing DRI proportion in the charge.
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