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转炉炼钢利用废钢的研究综述 被引量:13

The Study Overview of Utilizing Scrap in Convertor Steelmaking
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摘要 2010年中国转炉炼钢废钢比平均为7.6%,欧美国家转炉为20%左右。国外冶金工作者在实验室和钢厂进行了大量转炉利用废钢技术的研究,例如转炉合理的废钢加入量、废钢熔化速度、测定熔池温度和碳的传输系数、冶炼优质钢时合理地利用废钢等问题。中国对于转炉利用废钢的生产技术和基础理论研究工作都应加强。 In 2010,the average scrap ratio of convertor steelmaking was 7.6% in China,and that was about 20% in US and Europe.Foreign metallurgical workers have done considerable technological research works about the use of scrap in convertor in the laboratories and steel mills,such as the reasonable scrap addition in convertor,melting rate of scrap,measuring the molten bath temperature and carbon transfer coefficient,and utilizing scrap during smelting the high-quality steel etc.We should strengthen study technology and fundamental research works about the use of scrap in convertor.
出处 《中国冶金》 CAS 2012年第2期1-6,13,共7页 China Metallurgy
关键词 转炉炼钢 废钢比 传热 传质 convertor steelmaking scrap ratio heat transfer mass transfer
作者简介 杨文远(1935-),男,大学本科,教授级高工;E—mail:froady@163.com;
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参考文献14

  • 1中国废钢铁应用协会.废钢铁产业“十二五”发展规划[R].北京:中国废钢铁应用协会,2010.
  • 2Kawakami M,Hiroe T.Fundanmental Study on Scrap Melt-ing Under Gas Bubbling Condition[M].Japan:Department ofProduction Syetems Engineering of Toyohashi University ofTechnology Japan,1991.
  • 3Szekely J,Chuang Y K,Hlinka J W.The Melting and Disso-lution of Low-Carbon Steels in Iron-Carbon Melts[J].Metal-lurgical Transactions,1972,3(11):2825.
  • 4Wright J K.Steel Dissolution in Quiescent and Gas Stirred Fe/CMelts[J].Metallurigical Transactions B,1989,28(6):363.
  • 5奥斯特F.钢冶金学[M].倪瑞明,张弼,译.北京:冶金工业出版社,1997.
  • 6佩克尔R D.氧气顶吹转炉炼钢(上册)[M].邵象华,楼盛赫,译.北京:冶金工业出版社,1980.
  • 7Gaye H,Wanin M.Vitesse de Fusion des Berrailles au Conve-rtisseur Medele Thermique et Experimentation Industrielle[J].Revue de Metallyrgie-CIT,1986,11:793.
  • 8Hartog H W,Kreyger P J.Dynamic Model of Dissolution ofScrap in the BOF Process[J].C.R.M.,1973,37(12):13.
  • 9首钢钢铁研究所情报科.国外氧气顶吹转炉炼钢文献(第10、11合辑)[M].首钢钢铁研究所,译.北京:首钢钢铁研究所情报科,1975:336.
  • 10费鹏,魏春新,李镇,等.影响转炉废钢比原因分析及对策[C]//第十三届全国炼钢学术会议.昆明:中国金属学会,2004.

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