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李翔等:转炉泡沫渣气泡分布特点及形成过程 ·779· ming behavior of refining slag.J /ron Steel Res,2000,12(3):14 [10]Wang X H,Zhu G S,Li H B,et al.Investigation on "slag-e- (乐可襄,董元,王世俊,等.精炼炉熔渣泡沫化的实验研究 maining doubleslag"BOF steelmaking technology.China 钢铁研究学报,2000,12(3):14) Meal,2013,23(4):40 Zhang D L,Wang X M,Kuang S B,et al.Study on foaming (王新华,朱国森,李海波,等.氧气转炉“留渣+双渣”炼 property of LF refining slag.J Iron Steel Res,2003,15(6):12 钢工艺技术研究.中国治金,2013,23(4):40) (张东力,王晓鸣,匡世波,等.LF精炼渣发泡性能的实验研 [11]Cui Y,Nan X D.Feng J,et al.Technology of foaming slag level 究.钢铁研究学报,2003,15(6):12) control during latter period of blowing for BOF process.Steelmak- [8]Niu Q,Chu SJ,Wu K,et al.Morphotype conversion of foams in img,2010,26(2):70 metallurgical melts.Unir Sci Technol Beijing,2000,22 (2): (崔阳,南晓东,冯军,等。转炉吹炼末期泡沫渣高度控制技 109 术.炼钢,2010,26(2):70) (牛强,储少军,吴铿,等.治金熔体泡沫演化中的转型.北 [12]Lu K,Li JZ.Effect of oxygen used in steel making on splash in 京科技大学学报,2000,22(2):109) converter.Steelmaking,2009,25(6):20 9]Zhu Y X,Zhong L C,Xiao Z M.Application and development of (卢凯,李具中.炼钢用氧对转炉喷溅的影响.炼钢,2009, deep dephosphorization technology in top and bottom combination 25(6):20) blown converters.Steelmaking,2013,29(4):I [13]Gergely V,Clyne T W.Drainage in standing liquid metal foams: (朱英雄,钟良才,萧忠敏.复吹转炉深脱磷技术在国内的应 modeling and experimental observations.Acta Mater,2004,52 用与进展.炼钢,2013,29(4):1) (10),453李 翔等: 转炉泡沫渣气泡分布特点及形成过程 ming behavior of refining slag. J Iron Steel Res,2000,12( 3) : 14 ( 乐可襄,董元,王世俊,等. 精炼炉熔渣泡沫化的实验研究. 钢铁研究学报,2000,12( 3) : 14) [7] Zhang D L,Wang X M,Kuang S B,et al. Study on foaming property of LF refining slag. J Iron Steel Res,2003,15( 6) : 12 ( 张东力,王晓鸣,匡世波,等. LF 精炼渣发泡性能的实验研 究. 钢铁研究学报,2003,15( 6) : 12) [8] Niu Q,Chu S J,Wu K,et al. Morphotype conversion of foams in metallurgical melts. J Univ Sci Technol Beijing,2000,22 ( 2) : 109 ( 牛强,储少军,吴铿,等. 冶金熔体泡沫演化中的转型. 北 京科技大学学报,2000,22( 2) : 109) [9] Zhu Y X,Zhong L C,Xiao Z M. Application and development of deep dephosphorization technology in top and bottom combination blown converters. Steelmaking,2013,29( 4) : 1 ( 朱英雄,钟良才,萧忠敏. 复吹转炉深脱磷技术在国内的应 用与进展. 炼钢,2013,29( 4) : 1) [10] Wang X H,Zhu G S,Li H B,et al. Investigation on“slag-re￾maining + double-slag”BOF steelmaking technology. China Metall,2013,23( 4) : 40 ( 王新华,朱国森,李海波,等. 氧气转炉“留渣 + 双渣”炼 钢工艺技术研究. 中国冶金,2013,23( 4) : 40) [11] Cui Y,Nan X D,Feng J,et al. Technology of foaming slag level control during latter period of blowing for BOF process. Steelmak￾ing,2010,26( 2) : 70 ( 崔阳,南晓东,冯军,等. 转炉吹炼末期泡沫渣高度控制技 术. 炼钢,2010,26( 2) : 70) [12] Lu K,Li J Z. Effect of oxygen used in steel making on splash in converter. Steelmaking,2009,25( 6) : 20 ( 卢凯,李具中. 炼钢用氧对转炉喷溅的影响. 炼钢,2009, 25( 6) : 20) [13] Gergely V,Clyne T W. Drainage in standing liquid metal foams: modeling and experimental observations. Acta Mater,2004,52 ( 10) ,453 · 977 ·
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