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·1304· 工程科学学报,第37卷,第10期 参考文献 on low and high intensity magnetic separations of chromite ore [Zhang H W.Hong X.An overview for the utilization of wastes with high iron content.Min Metall Eng,2010,30(2):44 from stainless steel industries.Resour Consere Recycl,2011,55 (邓传宏,朱阳戈,冯其明,等.弱磁-强磁工艺选别高铁铬 (8):745 铁矿的试验研究.矿治工程,2010,30(2):44) 2]Ma G J,Fan W,Xu Z H,et al.Distribution behavior of chromi- [1]Wei F R.Fundamentals on the Recycling of Cr from Stainless um and other elements in the stainless steel plant dust.Chin Steel Dust [Dissertation].Beijing:University of Science and Process Eng,2010.10(Suppl 1):68 Technology Beijing,2011 (马国军,范巍,徐之浩,等.不锈钢厂烟尘中铬及其他元素 (魏芬绒.不锈钢粉尘中C资源回收利用的基础研究[学位 的分布规律.过程工程学报,2010,10(增刊1):68) 论文].北京:北京科技大学,2011) Shen H,Forssberg E.An overview of recovery of metals from [12]Soykan O,Eric R H,King R P.Kinetics of the reduction of slags.Waste Manage,2003,23(10):933 bushveld complex chromite ore at 1416 C.Metall Trans B, 4]Wei F R.Zhang Y L.Wei W J.Chemical composition of dust 1991,22(6):801 from stainless steel smelting and existing forms of Cr and Ni.Chin [13]Liu Y,Zhang Y L,Wei W J.Morphology of products from the J Process Eng,2011,11(5):786 carbon reduction of Fe-Cr-0 systems.J Unig Sci Technol Bei- (魏芬绒,张延玲,魏文洁,等.不锈钢粉尘化学组成及其 ng,2014,36(2):167 Cr,Ni存在形态.过程工程学报,2011,11(5):786) (刘洋,张延玲,魏文洁.FC0体系碳还原产物的形态 5]Ma CJ.XueZL,ChengC G.Characteristics and treatment tech- 北京科技大学学报,2014,36(2):167) nologies of solid wastes in the ferrochromium plant.Ferroalloys, 04] Gomerup M,Lahiri A K.Reduction of electric are fumace slags 2009(2):40 in stainless steelmaking:Part 1.Observations.Ironmaking Steel- (马国军,薛正良,程常桂.铬铁合金厂固体废弃物的特性及 making,1998,25(4):322 处理技术.铁合金,2009(2):40) [15]Wei W J,Zhang Y L,Liu Y.Isothermal reduction kinetics of 6 Khedr M H.Isothermal reduction kinetics of Fe20 mixed with 1 synthetic FeCr2O with graphite /Metallurgical Reaction Engi- -10%Cr203at1173-1473K.1S01t,2000,40(4):309 neering meeting 16th.Tangshan,2012:411 Chakraborty D,Ranganathan S,Sinha S N.Investigations on the (魏文洁,张延玲,刘洋.碳还原合成FCr0,的等温过程 carbothermic reduction of chromite ores.Metall Mater Trans B, 动力学11第十六届治金反应工程学会议.唐山,2012:411) 2005,36(4):437 16 Mori T,Yang J,Kuwabara M.Mechanism of carbothermic re- [8]Peng B,Song H C,Wang J,et al.Reductionprocess of Cr203/ duction of chromium oxide.IS/J Int,2007,47(10):1387 carbon pellets.J Cent South Unin Sci Technol,2005,36(4):571 [17]Li W C.The Physical Chemistry of Metallurgy and Materials. (彭兵,宋海琛,王佳,等.C,0,含碳球团的还原过程。中南 Beijing:Metallurgical Industry Press,2001 大学学报:自然科学版,2005,36(4):571) (李文超.治金与材料物理化学.北京:治金工业出版社, ]Xu R J,Ni R M.Reduction kinetics of chromite pellet with car- 2001) bon.J Iron Steel Res,1995,7(5):1 [18]Takamitsu N,Sun H P,Kunihiko N,et al.Reduction rate of (徐荣军,倪瑞明.含碳铬矿球团还原动力学的研究.钢铁研 Cr2O;in a solid powder state and in CaO-SiO2-Al2O3-CaF2 究学报,1995,7(5):1) slags by Fe-C-Si melts.ISIJ Int,2001,41(9)915 [10]Deng C H,Zhu Y G,Feng Q M,et al.Experimental research工程科学学报,第 37 卷,第 10 期 参 考 文 献 [1] Zhang H W,Hong X. An overview for the utilization of wastes from stainless steel industries. Resour Conserv Recycl,2011,55 ( 8) : 745 [2] Ma G J,Fan W,Xu Z H,et al. Distribution behavior of chromi￾um and other elements in the stainless steel plant dust. Chin J Process Eng,2010,10( Suppl 1) : 68 ( 马国军,范巍,徐之浩,等. 不锈钢厂烟尘中铬及其他元素 的分布规律. 过程工程学报,2010,10( 增刊 1) : 68) [3] Shen H,Forssberg E. An overview of recovery of metals from slags. 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J Iron Steel Res,1995,7( 5) : 1 ( 徐荣军,倪瑞明. 含碳铬矿球团还原动力学的研究. 钢铁研 究学报,1995,7( 5) : 1) [10] Deng C H,Zhu Y G,Feng Q M,et al. Experimental research on low and high intensity magnetic separations of chromite ore with high iron content. Min Metall Eng,2010,30( 2) : 44 ( 邓传宏,朱阳戈,冯其明,等. 弱磁--强磁工艺选别高铁铬 铁矿的试验研究. 矿冶工程,2010,30( 2) : 44) [11] Wei F R. Fundamentals on the Recycling of Cr from Stainless Steel Dust [Dissertation]. Beijing: University of Science and Technology Beijing,2011 ( 魏芬绒. 不锈钢粉尘中 Cr 资源回收利用的基础研究[学位 论文]. 北京: 北京科技大学,2011) [12] Soykan O,Eric R H,King R P. Kinetics of the reduction of bushveld complex chromite ore at 1416 ℃ . Metall Trans B, 1991,22( 6) : 801 [13] Liu Y,Zhang Y L,Wei W J. Morphology of products from the carbon reduction of Fe--Cr--O systems. J Univ Sci Technol Bei￾jing,2014,36( 2) : 167 ( 刘洋,张延玲,魏文洁. Fe--Cr--O 体系碳还原产物的形态. 北京科技大学学报,2014,36( 2) : 167) [14] Grnerup M,Lahiri A K. Reduction of electric arc furnace slags in stainless steelmaking: Part 1. Observations. Ironmaking Steel￾making,1998,25( 4) : 322 [15] Wei W J,Zhang Y L,Liu Y. Isothermal reduction kinetics of synthetic FeCr2O4 with graphite / / Metallurgical Reaction Engi￾neering meeting 16th. Tangshan,2012: 411 ( 魏文洁,张延玲,刘洋. 碳还原合成 FeCr2O4 的等温过程 动力学/ /第十六届冶金反应工程学会议. 唐山,2012: 411) [16] Mori T,Yang J,Kuwabara M. Mechanism of carbothermic re￾duction of chromium oxide. ISIJ Int,2007,47( 10) : 1387 [17] Li W C. The Physical Chemistry of Metallurgy and Materials. Beijing: Metallurgical Industry Press,2001 ( 李文超. 冶金与材料物理化学. 北京: 冶金工业出版社, 2001) [18] Takamitsu N,Sun H P,Kunihiko N,et al. Reduction rate of Cr2O3 in a solid powder state and in CaO--SiO2 --Al2O3 --CaF2 slags by Fe--C--Si melts. ISIJ Int,2001,41( 9) : 915 ·1304·
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