阐述RH精炼和RH多功能精炼技术的发展及其特点;比较了RH、RH-OB、RH-KTB、RH-PB、RH-PTB、MFB及MESID等技术的功能.
参考文献
[1] | Kondo H;Kaneyama K;Nishkawa H et al.Comprehensive refining process by Q-BOP-RH route for ultra low carbon steel[J].Steelmaking Conference Proceedings,1989,72:191-197. |
[2] | Yamaguchi K;Kishimoto Y;Sakuraga T et al.Effect of refining conditions for ultra low carbon steel on decarburization reaction in RH degasser[J].ISIJ International,1992,32(01):126-135. |
[3] | 刘建功,张钊,刘良田.武钢RH多功能真空精炼技术开发[J].炼钢,1999(01):3-7. |
[4] | 刘良田 .RH真空顶吹氧技术的发展[J].武钢技术,1996,7:16. |
[5] | Myrayama N.Secondary Refining Technology for Interstitial Free Steel at NSC[A].Nagoya,ISIJ,1990(03):151. |
[6] | Kawasaki Steel Corporation.Engineering and Construction Division[M].KTB System for Vacuum Degassers:1-4. |
[7] | 星岛洋介;岛宏.RH多机能设备实际化[J].CAMP-ISIJ,1992(07):241. |
[8] | 孙钟尧;周爱琪.沈阳喷射冶金和钢的冶炼学术会议论文集[M].,1984:1-136. |
[9] | Powder Injection .RH-Injection Process Combines Degassing and Powder Injection.Steel Times[J].Steel Times International,1986,3(03):142. |
[10] | Hatakeyama T;Mizukami Y;Iga K et al.Development of a New Secondary Refining Process Using an RH Vacuum Dagasser[J].Ironmaking and Steelmaking,1989,15(07):23. |
[11] | 岗田泰和;真屋敬一 .RH粉体上吹精炼法の开发[J].铁と钢(日本),1994,80(01):9. |
[12] | 郭新春.适当选择与冶炼和浇铸设备相匹配的二次炼钢工艺及其设备的指南[A].攀枝花,1994:23-36. |
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