试论直流—空心电极电炉熔炼钛渣被引量：3

下载PDF

导出

摘要论述了直流－空心电极的电弧特性及其优越性和不同钛渣生产工艺的熔池特性，介绍了直流－空心电极技术在熔炼钛渣中的应用概况，并建议攀钢的钛渣项目应将此技术作为首选。

作者盛继孚

机构地区攀钢职教中心

出处《攀钢技术》 2002年第5期8-14,共7页

关键词熔炼钛渣直流电炉空心电极敞开熔池

同被引文献14

1盛继孚.崭露头角的直流-空心电极矿热电炉[J].工业加热,2004,33(6):59-62. 被引量：1
2胡克俊,锡淦,姚娟,席歆.国外钛渣生产技术现状[J].稀有金属快报,2006,25(11):1-7. 被引量：16
3熊雪良杨智欧阳红勇等.沸腾氯化用高品质金红石的生产工艺.中国有色金属学报,2010,20:981-985.
4Zietsman J H, Pistorius P C. Process mechanisms in ilmenite smelting[ J]. Journal of the South Afi'ican Institute of Mining and Metallurgy, 2004, 104:653 - 660.
5Geldenhuis J M A, Pistorius P C. The use of commercial ox- ygen probes during the production of high titania slags [ J ]. Journal of the South African Institute of Mining and Metallur- gy, 1999, 99(1) : 41 - 47.
6Rist A, Chipman J. Lhctivit6 du carbone dissous dansle fer liquide[J]. Revue de MOtallurgie, 1956, 53 (10): 796- 807.
7Guthrie R I L. Engineering in process metallurgy [ M ]. Ox- ford: Oxford University Press, 1992: 483.
8Pistorius P C. Limits on energy and reductant inputs in the control of ilmenite smelters[ J]. Heavy Minerals, 1999:183 188.
9M. Gous. An overview of the Namakwa Sands Ilmenite Smelting Operations [ A ]. In : R. T. Jones, Southern African Pyrometal -lurgy2006 [C]. Johannesburg, 2006: 189-201.
10H. Kotze, D. Bessinger, J. Beukes. Ilmenite Smelting at Tieor SA [ A]. In: R T Jones, Southern African Pyrometallurgy 2006 [C]. Johannesburg, 2006: 203-213.

攀钢技术

2002年第5期

内容加载中请稍等...