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·1470· 北京科技大学学报 第33卷 (3)结合实验钢临界点Ac3温度的测定,终轧 transformation behavior of HSLA steel in accelerated cooling// 温度应不低于840℃;结合实验钢中成分,实际加热 Thermec 88,Tokyo:ISIJ,1988:330 温度可以适当提高,以达到Nb、V的有效利用. [8]Hua GT,Yang S R.YB/T 5127-93:Determination of the Criti- cal Point of Steel (Expansion Method).Beijing:China Standards Press,1997 参考文献 (花桂泰,杨胜蓉.YB/T512793钢的临界点测定方法(膨 [Chen GS.Technical characteristics of the power bogie for high 胀法).北京:中国标准出版社,1997) speed train.Railw Locomot Car,2004,24(Suppl )17 ]Gao HJ.Time temperature transformation and continuous cooling (陈国胜.高速列车动力转向架技术特点.铁道机车车辆, transformation of alloy spring steel 60Si2CrVA.Spec Steel,2003, 2004,24(增刊):17) 24(6):23 Yang S H,Xiao B,Wang G.Mechanical properties of high (高惠菊.合金弹簧钢60Si2CVA的等温转变及连续冷却转 strength spring steel 60Si2CrVAT.Metall Stand Qual,2008,46 变.特殊钢,2003,24(6):23) (6):22 [10]Wu C J,Chen G L,Qiang W J.Metal Materials.Beijing:Met- (杨顺虎,肖波,王刚.高强度弹簧钢60S2 CrVAT力学性能研 allurgical Industry Press,2000:12 究.治金标准化与质量,2008,46(6):22) (吴承建,陈国良,强文江金属材料学,北京:治金工业出版 B]Gladman T.The Physical Metallurgy of Microalloyed Steels.Lon- 社,2000:12) don:The Institute of Materials,1997:59 [11]Lin H G,Fu D Z.The Theory,Test and Applications of Austenite 4]Fu J Y.The latest development of high quality special steels for Transformation Curve.Beijing:Machinery Industry Press,1988: auto parts.Automot Eng,2009,31 (5):407 33 (付俊岩.汽车零部件用高品质特殊钢技术的最新发展.汽车 (林惠国,傅代直.钢的奥氏体转变曲线:原理、测试与应用 工程,2009,31(5):407) 北京:机械工业出版社,1988:33) [5]CITIC-CBMM.Niobium Science Technology.Beijing:Metallur- [12]Liu Z C,Ren H P.Diffusire Phase Transformation of Supercooled gy Industry Press,2003,8:271 Austenite.Beijing:Science Press,2008:121 (中信微合金化技术中心.铌·科学与技术.北京:治金工业出 (刘宗昌,任慧平.过冷奥氏体扩散型相变.北京:科学出版 版社,2003,8:271) 社,2008:121) 6]Heller T.Thermomechanical rolling of hot-tolled multiphase [13]Lei T Q,Zhao L C.Microstructure Change in Steels.Beijing steels//Thermomechanical Processing of Steels.London:IOM Machinery Industry Press,1983:178 Communications Lid.,2000:445 (雷廷权,赵连城.钢的组织转变北京:机械工业出版社, ]Okaguchi S.Hashimoto T,Ohtani H.Effect of Nb,V and Ti on 1983:178)北 京 科 技 大 学 学 报 第 33 卷 ( 3) 结合实验钢临界点 Ac3 温度的测定,终轧 温度应不低于 840 ℃ ; 结合实验钢中成分,实际加热 温度可以适当提高,以达到 Nb、V 的有效利用. 参 考 文 献 [1] Chen G S. Technical characteristics of the power bogie for high speed train. Railw Locomot Car,2004,24( Suppl ) : 17 ( 陈国胜. 高速列车动力转向架技术特点. 铁道机车车辆, 2004,24( 增刊) : 17) [2] Yang S H,Xiao B,Wang G. Mechanical properties of high strength spring steel 60Si2CrVAT. Metall Stand Qual,2008,46 ( 6) : 22 ( 杨顺虎,肖波,王刚. 高强度弹簧钢 60Si2CrVAT 力学性能研 究. 冶金标准化与质量,2008,46( 6) : 22) [3] Gladman T. The Physical Metallurgy of Microalloyed Steels. Lon￾don: The Institute of Materials,1997: 59 [4] Fu J Y. The latest development of high quality special steels for auto parts. Automot Eng,2009,31( 5) : 407 ( 付俊岩. 汽车零部件用高品质特殊钢技术的最新发展. 汽车 工程,2009,31( 5) : 407) [5] CITIC-CBMM. Niobium Science & Technology. Beijing: Metallur￾gy Industry Press,2003,8: 271 ( 中信微合金化技术中心. 铌·科学与技术. 北京: 冶金工业出 版社,2003,8: 271) [6] Heller T. Thermomechanical rolling of hot-rolled multiphase steels/ /Thermomechanical Processing of Steels. London: IOM Communications Ltd. ,2000: 445 [7] Okaguchi S,Hashimoto T,Ohtani H. Effect of Nb,V and Ti on transformation behavior of HSLA steel in accelerated cooling / / Thermec 88,Tokyo: ISIJ,1988: 330 [8] Hua G T,Yang S R. YB /T 5127—93: Determination of the Criti￾cal Point of Steel ( Expansion Method) . Beijing: China Standards Press,1997 ( 花桂泰,杨胜蓉. YB /T 5127—93 钢的临界点测定方法 ( 膨 胀法) . 北京: 中国标准出版社,1997) [9] Gao H J. Time temperature transformation and continuous cooling transformation of alloy spring steel 60Si2CrVA. Spec Steel,2003, 24( 6) : 23 ( 高惠菊. 合金弹簧钢 60Si2CrVA 的等温转变及连续冷却转 变. 特殊钢,2003,24( 6) : 23) [10] Wu C J,Chen G L,Qiang W J. Metal Materials. Beijing: Met￾allurgical Industry Press,2000: 12 ( 吴承建,陈国良,强文江. 金属材料学,北京: 冶金工业出版 社,2000: 12) [11] Lin H G,Fu D Z. The Theory,Test and Applications of Austenite Transformation Curve. Beijing: Machinery Industry Press,1988: 33 ( 林惠国,傅代直. 钢的奥氏体转变曲线: 原理、测试与应用. 北京: 机械工业出版社,1988: 33) [12] Liu Z C,Ren H P. Diffusive Phase Transformation of Supercooled Austenite. Beijing: Science Press,2008: 121 ( 刘宗昌,任慧平. 过冷奥氏体扩散型相变. 北京: 科学出版 社,2008: 121) [13] Lei T Q,Zhao L C. Microstructure Change in Steels. Beijing: Machinery Industry Press,1983: 178 ( 雷廷权,赵连城. 钢的组织转变. 北京: 机械工业出版社, 1983: 178) ·1470·
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