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电炉炼钢使用土状石墨配碳 被引量:1

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作者 邹万平
机构地区 江西钢厂
出处 《南方钢铁》 1989年第4期9-21,共13页
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  • 1王玉棉,韩春辉,王峰.类石墨炼钢增碳剂的成型工艺研究[J].甘肃冶金,2005,27(1):9-10. 被引量:5
  • 2Li C E, Brown T C. Carbon oxidation kinetics from evolved carbon oxide analysis during temperature - programmed oxidation [J]. Carbon, 2001, 5(39): 725 -732.
  • 3Khanna R, McCarthy F, Sun H, et al. Dissolution of carbon from coal- chars into liquid iron at 1550 ℃[J]. Metall Mater Tram B, 2005, 36(6) : 719 -729.
  • 4Dahlke V O, Knacke O. The dissolution of carbon in liquid iron [J]. Arch. Eisenhuttenwes, 1955, 26:373 -378.
  • 5Wu C, Sahajwalla V. Dissolution rates of coals and graphite in Fe-CS melts in direct ironmaking: Influence of melt carbon and sulfur on carbon dissolution [J]. Metall Mater Trans B, 2000, 31(2) : 243 -251.
  • 6Kosaka M, Minowa S. On the rate of dissolution of carbon into molten Fe -C alloy [J]. Trans Iron Steel Inst Jap, 1968, 8(6) : 392 -400.
  • 7Swisher J H, Turkdogan E T. Decarburization of iron -carbon melts in CO2 - CO atmospheres - kinetics of gas - metal surface reactions [J].Aime Met Soc Trans, 1967, 239(5).
  • 8Baker L A, Warner N A, Jenkins A E. Decarburization of a levitated iron droplet in oxygen [ J ]. Aime Met Soc Trans, 1967, 239(6) : 857 -864.
  • 9Robertson D G C, Jenkins A E. Reaction of liquid iron and its alloys in pure oxygen [ M]. Plenum Press, New York, 1970 : 393 -408.
  • 10Zong J H, Yoon J K. Theoretical interpretation of the decarburization mechanism in convective oxygen steelmaking [J]. MetaUTransB, 1990, 21(1):49-57.

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