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·282· 北京科技大学学报 第34卷 大了生产成本.综上所述,就马钢现行的设备水平 [5]Feng J,Chen W Q.Effect of high secondary cooling intensity on 而言,全水冷却方式更适合高品质低成本车轮钢的 solidification structure and center carbon segregation of high carbon 生产 steel billet.Spec Steel,2006.27(4):42 (冯军,陈伟庆.高强度二冷对高碳钢小方坯凝固组织和中心 碳偏析的影响.特殊钢,2006,27(4):42) 参考文献 [6 Wang H M.Li G R,Lei Y C,et al.Mathematical heat transfer [1]Cui Y H,Zhang J P,Su H,et al.Progress of research and appli- model research for the improvement of continuous casting slab tem- cation of wheel steel for high speed train.Res fron Steel,2005,33 perature.IS//Int,2005,45(9):1291 (3):53 [7]Xue Z L,Li Z B,Zhang J W.Centerline segregation in continu- (崔银会,张建平,苏航,等.高速列车车轮用钢研究和应用的 ous cast high-carbon steel billet.Steelmaking,2000,16(1):56 进展.钢铁研究,2005,33(3):53) (薛正良,李正邦,张家雯.高碳钢连铸方坯中心偏析.炼钢, Su S H.Jiang B.Production technology development of high-qual- 2000,16(1):56) ity wheels of Ma-Steel.Raihe Purch Logist,2008,3(2):32 8] Wu Y G,Wang G C,Liu J K,et al.Practice on the revamp of (苏世怀,江波.马钢高质量车轮生产技术开发.铁路采购与 secondary cooling zone of heavy round bloom continuous caster. 物流,2008,3(2):32) Steelmaking,2010,26(1):66 3]Yang J,Wang X H,Wang W J,et al.Transformation of non-met- (吴耀光,汪国才,刘建坤,等.大圆坯连铸机二冷段改造实 al inclusions in ultra-ow oxygen wheel steel during refining 践.炼钢,2010,26(1):66) process.J Univ Sci Technol Beijing,2010,32(7):860 Choudhary S K.Ganguly S.Morphology and segregation in contin- (杨俊,王新华,王万军,等.超低氧车轮钢精炼过程非金属夹 uously cast high carbon steel billets.IS//Int,2007,47 (12) 杂物的转变.北京科技大学学报,2010,32(7):860) 1759 4]Liu Y,Wang X H.Effect of electromagnetic stirring at secondary [10]Li Y L.Solidification Process and Unbending Deformation of Con- cooling area on central segregation of a continuously cast slab.J tinuous Casting Round Bloom [Dissertation].Beijing:University Univ Sci Technol Beijing,2007,27(6):582 of Science and Technology Beijing,2005:104 (刘洋,王新华.二冷区电磁搅拌对连铸板坯中心偏析的影 (李永林.大断面连铸圆坯的凝固过程及矫直变形研究[学 响.北京科技大学学报,2007,27(6):582) 位论文].北京:北京科技大学,2005:104)北 京 科 技 大 学 学 报 第 34 卷 大了生产成本. 综上所述,就马钢现行的设备水平 而言,全水冷却方式更适合高品质低成本车轮钢的 生产. 参 考 文 献 [1] Cui Y H,Zhang J P,Su H,et al. Progress of research and appli￾cation of wheel steel for high speed train. Res Iron Steel,2005,33 ( 3) : 53 ( 崔银会,张建平,苏航,等. 高速列车车轮用钢研究和应用的 进展. 钢铁研究,2005,33( 3) : 53) [2] Su S H,Jiang B. Production technology development of high-qual￾ity wheels of Ma-Steel. Railw Purch Logist,2008,3( 2) : 32 ( 苏世怀,江波. 马钢高质量车轮生产技术开发. 铁路采购与 物流,2008,3( 2) : 32) [3] Yang J,Wang X H,Wang W J,et al. Transformation of non-met￾al inclusions in ultra-low oxygen wheel steel during refining process. J Univ Sci Technol Beijing,2010,32( 7) : 860 ( 杨俊,王新华,王万军,等. 超低氧车轮钢精炼过程非金属夹 杂物的转变. 北京科技大学学报,2010,32( 7) : 860) [4] Liu Y,Wang X H. Effect of electromagnetic stirring at secondary cooling area on central segregation of a continuously cast slab. J Univ Sci Technol Beijing,2007,27( 6) : 582 ( 刘洋,王新华. 二冷区电磁搅拌对连铸板坯中心偏析的影 响. 北京科技大学学报,2007,27( 6) : 582) [5] Feng J,Chen W Q. Effect of high secondary cooling intensity on solidification structure and center carbon segregation of high carbon steel billet. Spec Steel,2006,27( 4) : 42 ( 冯军,陈伟庆. 高强度二冷对高碳钢小方坯凝固组织和中心 碳偏析的影响. 特殊钢,2006,27( 4) : 42) [6] Wang H M,Li G R,Lei Y C,et al. Mathematical heat transfer model research for the improvement of continuous casting slab tem￾perature. ISIJ Int,2005,45( 9) : 1291 [7] Xue Z L,Li Z B,Zhang J W. Centerline segregation in continu￾ous cast high-carbon steel billet. Steelmaking,2000,16( 1) : 56 ( 薛正良,李正邦,张家雯. 高碳钢连铸方坯中心偏析. 炼钢, 2000,16( 1) : 56) [8] Wu Y G,Wang G C,Liu J K,et al. Practice on the revamp of secondary cooling zone of heavy round bloom continuous caster. Steelmaking,2010,26( 1) : 66 ( 吴耀光,汪国才,刘建坤,等. 大圆坯连铸机二冷段改造实 践. 炼钢,2010,26( 1) : 66) [9] Choudhary S K,Ganguly S. Morphology and segregation in contin￾uously cast high carbon steel billets. ISIJ Int,2007,47 ( 12 ) : 1759 [10] Li Y L. Solidification Process and Unbending Deformation of Con￾tinuous Casting Round Bloom[Dissertation]. Beijing: University of Science and Technology Beijing,2005: 104 ( 李永林. 大断面连铸圆坯的凝固过程及矫直变形研究[学 位论文]. 北京: 北京科技大学,2005: 104) ·282·
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