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Reaction kinetics during direct alloying of manganese ore cored wire 被引量:1
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作者 Wei Wu Qi Gao +3 位作者 Bo Zhang hua-dong meng Lu Lin Jia-qing Zeng 《Journal of Iron and Steel Research International》 SCIE EI CAS CSCD 2020年第3期282-294,共13页
In order to increase the reaction rates between the molten steel and the slag and cut down the reduction time when the top slag of manganese ore is added into the molten steel,a method of directly alloying manganese o... In order to increase the reaction rates between the molten steel and the slag and cut down the reduction time when the top slag of manganese ore is added into the molten steel,a method of directly alloying manganese ore has been experimented in a 500-kg induction furnace.The results show that the manganese yield is greater than 90%when the wire feeding method is used.The manganese yield is 43.26%within 1 min.In contrast,the manganese yield for the top-slag adding process is only 10.98%for the same duration.The mass transfer rate of the manganese is greater in the molten steel than in the slag,and the limiting factor is the mass transfer rate of the manganese in the slag in the period of 10-30 min.The slag composition area is closer to the area of high melting point for the wire feeding method than for the top-slag adding process.During the slagging process,refining slag composed of C a O and SiO:is formed after 15 min;after 25-30 min,refining slag with a high basicity is formed and consists of CaO,SiO2 and Al203. 展开更多
关键词 MANGANESE ORE Cored wire Direct ALLOYING process Reaction KINETICS MASS TRANSFER rate
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