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Study on Grain Size and Porosity of the Produced Lime from Limestone in Early Converter Slag

机译:早期换流器炉渣石灰石生产石灰的晶粒尺寸和孔隙率研究

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Grain size and porosity of the produced lime from limestone in early converter slag and the influence of slag temperature in the range of 1300-1400°C were investigated. The experimental results showed that both the grain size and porosity of the produced lime depended significantly on the slag temperature. After the complete decomposition time of limestone, grain size and porosity changed under the role of CaO grain growth. Grain size evolved sharply with slag temperature, which was illustrated by an analysis on the relationship between grain size and reaction time. Meanwhile, higher porosity was reached at 1400°C due to the higher concentration gradient of CO_2 between the reaction interface and slag bulk. A proposal to obtain the produced lime with finer grain size and higher porosity was given in this paper.
机译:研究了早期转换器炉渣中生产的石灰的晶粒尺寸和孔隙率,并研究了1300-1400℃范围内的炉渣温度的影响。实验结果表明,生产的石灰的晶粒尺寸和孔隙率均取决于炉渣温度。在石灰石的完全分解时间后,粒度和孔隙率在Ca籽粒生长的作用下变化。颗粒尺寸随渣温度急剧发展,溅射温度是通过分析晶粒尺寸和反应时间之间的关系的分析来说明。同时,由于CO_2之间的反应界面和渣块之间的浓度较高,达到较高的孔隙率。本文给出了一种用更细粒尺寸和更高孔隙率获得生产石灰的提案。

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