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第9期 马范军等:冷却速度对含铌、钛微合金钢铸坯表层组织结构的影响 ,1121. (刘光明,李洪泉,李大明.含铌钢铸坯横裂纹的分析及改进措 [9]Wang X H.Liu X Y.Lv W J,et al.Carbide and nitride precipi- 施.炼钢,2006,22(1):37) tation and hot ductility of continuous cast steel slabs containing [5]Akhlaghi S,Yue S.Effect of thermomechanical processing on the Nb.V,Ti.J ron Steel Res,1998.10(6):32 hot ductility of a Nb-Ti microalloyed steel.ISIJ Int.2001.41 (王新华,刘新字,吕文景,等.含Nb、V、T钢连铸坯中碳,氮化 (11):1350 物的析出及钢的高温塑性.钢铁研究学报,1998,10(6):32) [6]Guillet A.Yue S,Akben M G.Influence of heat treatment and [10]Wang X H.Wu D M,Wang W J,et al.Embrittlement charac- carbon content on the hot ductility of Nb-Ti microalloyed Steels teristics of carbon steel CC slab between 1400 and 600C.Iron 1SJ1n,1993,33(3):413 Sel,1997,32(Sppl):750 [7]Cai KK.ChengS F.Continuous Casting Principle and Process. (王新华,吴冬梅,王文军,等.1400~600℃之间碳钢连铸坯 Beijing:Metallurgical Industry Press,2005:105 的脆化特性研究.钢铁,1997,32(增刊):750) (蔡开科,程士富·连续铸钢原理与工艺·北京,冶金工业出版 [11]Baba N,Ohta K,Ito Y,et al.Prevention of slab surface trans 社,2005:105) verse cracking at Kashima n2 caster with surface structure con- [8]Wang Y S,Huang A G,Li Z Y.Study on accounting model of trol (SSC)cooling.Rev Metall CIT,2006.103(4):174 austenite grain size in low alloy steel weld metal.Electr Weld [12]Fu J G.Dou N.Reason analysis and improvement on small sur Mach,2003,33(3):1 face cracks on plate.Metall Collect,2007.171(5):25 (王永生,黄安国,李志远,低合金钢焊缝金属中奥氏体晶粒尺 (付劲光,窦楠,钢板表面微裂纹的原因分析与改进,冶金丛 寸计算模型的研究·电焊机,2003,33(3):1) 刊,2007,171(5):25) (上接第1115页) the phase transformation in high-strength low-alloy (HSLA) [4]Li Y L.Li B M,Liu Y T.et al.Effect of high intensity ultrasonic steel weld metals-JMaert Sci,1981.16(8):2218 on structures and properties of Al Si alloys.Chin Nonferrous [9]Takamura J,Mizoguchi S.Roles of oxides in steels performance Met,1999,9(4):719 Proceedings of the Sixth International Iron and Steel (李英龙,李宝绵,刘永涛,等.功率超声对A一Si合金组织和性 Congress-ISIJ.1990:591 能的影响.中国有色金属学报,1999,9(4):719) [10]Li J,Chen W Q.He B X,et al.Study of probe material for ultra- [5]Zhang Y.Liu Q M.Song Y L.et al.Effect of ultrasonic treatment sonic treatment of molten steel.J Univ Sci Technol Beijing, on the solidification characteristics of T10 steel.Foundry,2006, 2007,29(12):1246 55(2):188 (李杰,陈伟庆,何北星,等超声波处理高温钢液的工具头材 (张勇,刘清梅,宋耀林,等.功率超声对T10钢凝固特性的影 质研究.北京科技大学学报,2007,29(12):1246) 响.铸造,2006,55(2):188) [11]Li H.Mechanisms of enhancing liquid-solid mass transfer with [6]Jian X.Xu H.Meek T T,et al.Effect of power ultrasound on so- ultrasound.JShenyang Inst Chemi Technol.1994.8(3):175 lidification of aluminum A356 alloy.Mater Lett,2005.59:190 (李晖.超声波强化液固传质的机理研究.沈阳化工学院学 [7]Liu ZZ.Mamoru K.Recent progress in oxide metallurgy technol- 报,1994,8(3):175) ogy and its application.Steelmaking.2007.23(4):1 [12]Wang P H.A study and analysis on influencing factor of the ul- (刘中柱,桑原守.氧化物冶金技术的最新进展及其实践炼钢, trasonic cavitation.J Hebei Inst Technol.2003.25(4):154 2007,23(4):1) (王萍辉·超声空化影响因素.河北理工学院学报,2003,25 [8]Harrison P L,Farrar R A.Influence of oxygen rich inclusions on (4):154)(刘光明‚李洪泉‚李大明.含铌钢铸坯横裂纹的分析及改进措 施.炼钢‚2006‚22(1):37) [5] Akhlaghi S‚Yue S.Effect of thermomechanical processing on the hot ductility of a Nb-Ti microalloyed steel‚ISIJ Int‚2001‚41 (11):1350 [6] Guillet A‚Yue S‚Akben M G.Influence of heat treatment and carbon content on the hot ductility of Nb-Ti microalloyed Steels. ISIJ Int‚1993‚33(3):413 [7] Cai K K‚Cheng S F.Continuous Casting Principle and Process. Beijing:Metallurgical Industry Press‚2005:105 (蔡开科‚程士富.连续铸钢原理与工艺.北京‚冶金工业出版 社‚2005:105) [8] Wang Y S‚Huang A G‚Li Z Y.Study on accounting model of austenite grain size in low-alloy steel weld metal. Electr Weld Mach‚2003‚33(3):1 (王永生‚黄安国‚李志远.低合金钢焊缝金属中奥氏体晶粒尺 寸计算模型的研究.电焊机‚2003‚33(3):1) [9] Wang X H‚Liu X Y‚Lv W J‚et al.Carbide and nitride precipi￾tation and hot ductility of continuous cast steel slabs containing Nb‚V‚Ti.J Iron Steel Res‚1998‚10(6):32 (王新华‚刘新宇‚吕文景‚等.含 Nb、V、Ti 钢连铸坯中碳、氮化 物的析出及钢的高温塑性.钢铁研究学报‚1998‚10(6):32) [10] Wang X H‚Wu D M‚Wang W J‚et al.Embrittlement charac￾teristics of carbon steel CC slab between1400and600℃.Iron Steel‚1997‚32(Suppl):750 (王新华‚吴冬梅‚王文军‚等.1400~600℃之间碳钢连铸坯 的脆化特性研究.钢铁‚1997‚32(增刊):750) [11] Baba N‚Ohta K‚Ito Y‚et al.Prevention of slab surface trans￾verse cracking at Kashima n°2caster with surface structure con￾trol (SSC) cooling.Rev Metall CIT‚2006‚103(4):174 [12] Fu J G‚Dou N.Reason analysis and improvement on small sur￾face cracks on plate.Metall Collect‚2007‚171(5):25 (付劲光‚窦楠.钢板表面微裂纹的原因分析与改进.冶金丛 刊‚2007‚171(5):25) (上接第1115页) [4] Li Y L‚Li B M‚Liu Y T‚et al.Effect of high intensity ultrasonic on structures and properties of Al Si alloys.Chin J Nonferrous Met‚1999‚9(4):719 (李英龙‚李宝绵‚刘永涛‚等.功率超声对 Al-Si 合金组织和性 能的影响.中国有色金属学报‚1999‚9(4):719) [5] Zhang Y‚Liu Q M‚Song Y L‚et al.Effect of ultrasonic treatment on the solidification characteristics of T10steel.Foundry‚2006‚ 55(2):188 (张勇‚刘清梅‚宋耀林‚等.功率超声对 T10钢凝固特性的影 响.铸造‚2006‚55(2):188) [6] Jian X‚Xu H‚Meek T T‚et al.Effect of power ultrasound on so￾lidification of aluminum A356alloy.Mater Lett‚2005‚59:190 [7] Liu Z Z‚Mamoru K.Recent progress in oxide metallurgy technol￾ogy and its application.Steelmaking‚2007‚23(4):1 (刘中柱‚桑原守.氧化物冶金技术的最新进展及其实践.炼钢‚ 2007‚23(4):1) [8] Harrison P L‚Farrar R A.Influence of oxygen-rich inclusions on theγ-αphase transformation in high-strength low-alloy (HSLA) steel weld metals.J Maert Sci‚1981‚16(8):2218 [9] Takamura J‚Mizoguchi S.Roles of oxides in steels performance ∥ Proceedings of the Sixth International Iron and Steel Congress.ISIJ‚1990:591 [10] Li J‚Chen W Q‚He B X‚et al.Study of probe material for ultra￾sonic treatment of molten steel.J Univ Sci Technol Beijing‚ 2007‚29(12):1246 (李杰‚陈伟庆‚何北星‚等.超声波处理高温钢液的工具头材 质研究.北京科技大学学报‚2007‚29(12):1246) [11] Li H‚Mechanisms of enhancing liquid-solid mass transfer with ultrasound.J Shenyang Inst Chemi Technol‚1994‚8(3):175 (李晖.超声波强化液固传质的机理研究.沈阳化工学院学 报‚1994‚8(3):175) [12] Wang P H.A study and analysis on influencing factor of the ul￾trasonic cavitation.J Hebei Inst Technol‚2003‚25(4):154 (王萍辉.超声空化影响因素.河北理工学院学报‚2003‚25 (4):154) 第9期 马范军等: 冷却速度对含铌、钛微合金钢铸坯表层组织结构的影响 ·1121·
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