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·206 北京科技大学学报 第32卷 苑少强,杨善武,武会宾,等.多元微合金钢中的应变透导 [9]Perekma E V.Tmnokhna IB.Hodgson P D.Transfomation be- 复合析出.北京科技大学学报,200325(5):414) haviour n themomechanically processed CMn Si TRIP steels [5]Zhou L Y.Li Y Z Fang Y.et al Effect of Nb on transfoma- with and without Nb Mater Sci Eng A 1999 273/275:448 tion micmostmucture and pmoperties of CSiMnCr dual phase [10]Tiokhina IB Perekma E V,Hodgson PD.M icmostmichire and steel Imon Steel 2008 43(7):76 mechanical pmperties ofCSiMn(Nb)TR IP steels after simul- (周乐育,刘雅政,方圆,等,Nb对C一SMnC双相钢相变 ted themanechanical processng Mater Sci Technol 2001.17 规律,组织和性能的影响.钢铁,200843(7):76 (2):135 [6]Tang Z Y.LiL Zhang X.et al Effect of Nb content on m icmo- [11]Tiokhina IB.Hodgson PD.Perekma E V.Tranm ission elec- stnuictures and properties of TR IP steels JMater Metall 2006 5 tmn m icmoscopy characteriation of the bake hadening behavor of (2):125 transfomation-induced plasticity and dual phase steels Metall (唐正友,李龙,张新,等,Nb含量对RP钢组织和性能的 MaterTrans A2007.38(10):2442 影响.材料与治金学报,2006,5(2):125) [12]Jiang H T.WuH B Tang D.etal Ifluence of isothemalbai [7]Tiokhina IB Hodgson PD.Perelama E V.Effect of defoma- nitic processing on the mechanical properties and m icmstnucture tion schedule on the m icrostnuctre and mechanical pmoperties of a chamacterization ofTR IP steel J Univ Sci Technol Beijing 2008 the mamnechanically processed CMn Si transfomation-induced 15(5):574 plsticity steel MeuallMaterTmans A 2003 34(8):1599 [13]Yong Q L Secondary Phase in Steel Beijng Metallrgical In- [8)Sugmoto K I Murmatsu T Hashinoto S I etal Fomability of dustry Press 2006;39 Nb bearing ultra high"strength TR IP-aided sheet steels J Ma ter (雍岐龙,钢铁材料中的第二相,北京:冶金工业出版社, Pmcess Technol 2006.177(13).390 2006,39) (上接第200页) 出版社,2003.2) [8]Morito S Yoshida H.Maki T.et al Effect of bbck size on the [11]JiG.Handbook of Designation and Trade Name of Worldw ide strength of lath martensite in low catbon steels Mater Sci Eng A Standan Steels Beijing China Standan Press 2003,65 200625(438-440):237 (纪贵.世界标准钢号手册.北京:中国标准出版社,200365) [9]W ang C F W ang M Q.ShiJ et al M icmostmuctural characteriza- [12]Ding W.Ln X P.Liu W K.et al Micmostuchure and wear m- tion and its effect on strength of low cadbon martensitic steel Iron sistance of bw carbon martensite fne grain steel HeatTmatMet Siel2007,42(11):57 2007.32(1).59 (王春芳,王毛球,时捷,等.低碳马氏体钢的微观组织及其对 (丁玮,林晓娉,刘文开,等.低碳马氏体细晶粒钢的显微组织 强度的影响.钢铁,2007,42(11):57) 及耐磨性能,金属热处理,2007,32(1):59) 10]Lin H G.Lin G.Wu JW.Handbook of Designation and Trade [13]CuiZQ PhysicalMetallurgy and HeatTrament Beijing Chi Name of Wordw ide Steels Pocket Edition Beijing China Ma- na Mach ine Press 1988,286 chne Press 2003.2 (雀忠圻·金属学与热处理北京:机械工业出版社,1988 (林慧国,林钢,吴静雯.袖珍世界钢号手册,北京:机械工业 286)北 京 科 技 大 学 学 报 第 32卷 (苑少强‚杨善武‚武会宾‚等.多元微合金钢中的应变诱导 复合析出.北京科技大学学报‚2003‚25(5):414) [5] ZhouLY‚LiuYZ‚FangY‚etal.EffectofNbontransforma- tion‚microstructureand propertiesofC-Si-Mn-Crdualphase steel.IronSteel‚2008‚43(7):76 (周乐育‚刘雅政‚方圆‚等.Nb对 C--Si--Mn--Cr双相钢相变 规律、组织和性能的影响.钢铁‚2008‚43(7):76 [6] TangZY‚LiL‚ZhangX‚etal.EffectofNbcontentonmicro- structuresandpropertiesofTRIPsteels.JMaterMetall‚2006‚5 (2):125 (唐正友‚李龙‚张新‚等.Nb含量对 TRIP钢组织和性能的 影响.材料与冶金学报‚2006‚5(2):125) [7] TimokhinaIB‚HodgsonPD‚PerelomaEV.Effectofdeforma- tionscheduleonthemicrostructureandmechanicalpropertiesofa thermomechanically processed C-Mn-Si transformation-induced plasticitysteel.MetallMaterTransA‚2003‚34(8):1599 [8] SugimotoKI‚MuramatsuT‚HashimotoSI‚etal.Formabilityof Nbbearingultrahigh-strengthTRIP-aidedsheetsteels.JMater ProcessTechnol‚2006‚177(1-3)‚390 [9] PerelomaEV‚TimokhinaIB‚HodgsonPD.Transformationbe- haviourinthermo-mechanicallyprocessedC-Mn-SiTRIP steels withandwithoutNb.MaterSciEngA‚1999‚273/275:448 [10] TimokhinaIB‚PerelomaEV‚HodgsonPD.Microstructureand mechanicalpropertiesofC-Si-Mn(-Nb) TRIPsteelsaftersimula- tedthermomechanicalprocessing.MaterSciTechnol‚2001‚17 (2):135 [11] TimokhinaIB‚HodgsonPD‚PerelomaEV.Transmissionelec- tronmicroscopycharacterizationofthebake-hardeningbehaviorof transformation-inducedplasticityanddual-phasesteels.Metall MaterTransA‚2007‚38(10):2442 [12] JiangHT‚WuHB‚TangD‚etal.Influenceofisothermalbai- niticprocessingonthemechanicalpropertiesandmicrostructure characterizationofTRIPsteel.JUnivSciTechnolBeijing‚2008‚ 15(5):574 [13] YongQL.SecondaryPhaseinSteel.Beijing:MetallurgicalIn- dustryPress‚2006:39 (雍岐龙.钢铁材料中的第二相.北京:冶金工业出版社‚ 2006:39) (上接第 200页 ) [8] MoritoS‚YoshidaH‚MakiT‚etal.Effectofblocksizeonthe strengthoflathmartensiteinlowcarbonsteels.MaterSciEngA‚ 2006‚25(438-440):237 [9] WangCFWangMQ‚ShiJ‚etal.Microstructuralcharacteriza- tionanditseffectonstrengthoflowcarbonmartensiticsteel.Iron Steel‚2007‚42(11):57 (王春芳‚王毛球‚时捷‚等.低碳马氏体钢的微观组织及其对 强度的影响.钢铁‚2007‚42(11):57) [10] LinHG‚LinG‚WuJW.HandbookofDesignationandTrade NameofWorldwideSteelsPocketEdition.Beijing:ChinaMa- chinePress‚2003:2 (林慧国‚林钢‚吴静雯.袖珍世界钢号手册.北京:机械工业 出版社‚2003:2) [11] JiG.HandbookofDesignationandTradeNameofWorldwide StandardSteels.Beijing:ChinaStandardPress‚2003:65 (纪贵.世界标准钢号手册.北京:中国标准出版社‚2003:65) [12] DingW‚LinXP‚LiuW K‚etal.Microstructureandwearre- sistanceoflowcarbonmartensitefinegrainsteel.HeatTreatMet‚ 2007‚32(1):59 (丁玮‚林晓娉‚刘文开‚等.低碳马氏体细晶粒钢的显微组织 及耐磨性能.金属热处理‚2007‚32(1):59) [13] CuiZQ.PhysicalMetallurgyandHeatTreatment.Beijing:Chi- naMachinePress‚1988:286 (崔忠圻.金属学与热处理.北京:机械工业出版社‚1988: 286) ·206·
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