正在加载图片...
第2期 许磊等：变形量及N含量对油井管用中碳V一TN微合金钢显微组织的影响 .179. 内铁素体形核提供更多的形核位置，N含量的增 (刘胜新，刘国权，钟云龙，等.33M2V非调质油井管钢的相 大，能够促进第二相析出物的析出，诱导晶内铁素体 变特性及其应用.钢铁，2003,38(1)：38) [8]Liu S X.Study of Microstructure Evolution in a Medium Car- 的析出，提高铁素体含量，并细化其晶粒尺寸. bon Microalloyed Steel Used for Hot-rolling Nonquenched/Tem- 参考文献 pered Seamless Oil-well Tubes [Dissertation]Beijing:Universi- ty of Science and Technology Beijing.2004 [1]Lu Z J,Li G F,Zhang Y Q.Energy saving non quenched mi- (刘胜新.中碳微合金热轧非调质无缝油井管钢的组织演化规 eroalloyed steel.J Mater Eng.1991.3:52 律研究[学位论文]北京：北京科技大学，2004) (鲁肇俊，李桂芬，张永权.节能微合金非调质钢.材料工程， [9]Wang A D.Effect of Carbon and Nitrogen on Precipitation and 1991,3:52) Microstructure Evolution of V-N Microalloyed Steels [Disserta [2]Capdevila C,Garcia de Andres C.Caballero F G.Incubation time tion].Beijing:University of Science and Technology Beijing. of isothermally transformed allotriomorphic ferrite in medium car- 2007 bon steels.Scripta Mater,2001,44:129 (王安东.C、N对V一N微合金钢组织演变与析出的影响规律 [3]Byun JS.Shim J H.Suh J Y,et al.Inoculated acicular ferrite 研究[学位论文]，北京：北京科技大学，2007) microstructure and mechanical properties.Mater Sci Eng A, [10]Wang F Z,Liu G Q.Liu S X.et al.Thermal/dynamic simula- 2001,319/321,326 tion of static recrystallization of 33Mn2V for oil well tubes.Iron [4]Madariaga I.Gutierrez I.Garcia de Andres C.et al.Acicular Steel,2003,38(12):43 ferrite formation in a medium carbon steel with a two stage contin- (王辅忠，刘国权，刘胜新，等.油井管钢33M2V静态再结 uous cooling-Scripta Mater.1999.41(3):229 晶的模拟研究.钢铁，2003,38(12)：43) [5]Capdevila C.Caballero F G,Garcia de Andres C.Isothermal al- [11]Korchynsky M.A new role for microalloyed steels:adding eco lotriomorphic ferrite formation kinetics in a medium carbon vana- nomic value//International Symposium 2001 on Vanadium dium-titanium microalloyed steel.Scripta Mater,2001.44:593 Application Technology.Beijing:Chinese Society for Metals, [6]Liu S X,Liu G Q.Zhong Y L.et al.Transformation character- 2001:26 istics of medium carbon V-Ti-N microalloyed steel for non- [12]Kimura T,Kawabata K.Amano A,et al.Heavy gauge H- quenched/tempered oil well tubes.Mater Sci Technol,2004. shapes with excellent seismicresistance for building structures 20.357 produced by the third generationTMCP//International Sympo- [7]Liu S X.Liu G Q.Zhong Y L.et al.Transformation character- sium on Steel for Fabricated Structures.Cincinnati.1999:165 istics and application of steel 33Mn2V for non quenched/tempered [13]Zajac S,Lagneborg R,Siwechi T.The role of nitrogen in mi- oil-well tubes.Iron Steel,2003.38(1):38 croalloyed steels//Microalloying'95.Pittsburgh.1995:321内铁素体形核提供更多的形核位置．N 含量的增 大能够促进第二相析出物的析出诱导晶内铁素体 的析出提高铁素体含量并细化其晶粒尺寸． 参 考 文 献 ［1］ Lu Z JLi G FZhang Y Q．Energy saving non-quenched microalloyed steel．J Mater Eng19913：52 （鲁肇俊李桂芬张永权．节能微合金非调质钢．材料工程 19913：52） ［2］ Capdevila CGarcía de Andrés CCaballero F G．Incubation time of isothermally transformed allotriomorphic ferrite in medium carbon steels．Scripta Mater200144：129 ［3］ Byun J SShim J HSuh J Yet al．Inoculated acicular ferrite microstructure and mechanical properties． Mater Sci Eng A 2001319／321：326 ［4］ Madariaga IGutiérrez IGarcía de Andrés Cet al．Acicular ferrite formation in a medium carbon steel with a two stage continuous cooling．Scripta Mater199941（3）：229 ［5］ Capdevila CCaballero F GGarcía de Andrés C．Isothermal allotriomorphic ferrite formation kinetics in a medium carbon vanadium-titanium microalloyed steel．Scripta Mater200144：593 ［6］ Liu S XLiu G QZhong Y Let al．Transformation characteristics of medium carbon V-T-i N microalloyed steel for nonquenched／tempered oil well tubes． Mater Sci Technol2004 20：357 ［7］ Liu S XLiu G QZhong Y Let al．Transformation characteristics and application of steel33Mn2V for non-quenched／tempered oi-l well tubes．Iron Steel200338（1）：38 （刘胜新刘国权钟云龙等．33Mn2V 非调质油井管钢的相 变特性及其应用．钢铁200338（1）：38） ［8］ Liu S X．Study of Microstructure Evolution in a Medium Carbon Microalloyed Steel Used for Hot-rolling Non-quenched／Tempered Seamless Oil-well T ubes ［Dissertation］．Beijing：University of Science and Technology Beijing2004 （刘胜新．中碳微合金热轧非调质无缝油井管钢的组织演化规 律研究［学位论文］．北京：北京科技大学2004） ［9］ Wang A D．Ef fect of Carbon and Nitrogen on Precipitation and Microstructure Evolution of V-N Microalloyed Steels ［Dissertation］．Beijing：University of Science and Technology Beijing 2007 （王安东．C、N 对 V－N 微合金钢组织演变与析出的影响规律 研究［学位论文］．北京：北京科技大学2007） ［10］ Wang F ZLiu G QLiu S Xet al．Thermal／dynamic simulation of static recrystallization of33Mn2V for oil well tubes．Iron Steel200338（12）：43 （王辅忠刘国权刘胜新等．油井管钢33Mn2V 静态再结 晶的模拟研究．钢铁200338（12）：43） ［11］ Korchynsky M．A new role for microalloyed steels：adding economic value ∥ International Symposium 2001 on V anadium Application Technology．Beijing：Chinese Society for Metals 2001：26 ［12］ Kimura TKawabata KAmano Aet al．Heavy gauge Hshapes with excellent seismic-resistance for building structures produced by the third generation T MCP∥ International Symposium on Steel for Fabricated Structures．Cincinnati1999：165 ［13］ Zajac SLagneborg RSiwechi T．The role of nitrogen in microalloyed steels∥ Microalloying’95．Pittsburgh1995：321 第2期 许 磊等： 变形量及 N 含量对油井管用中碳 V－Ti－N 微合金钢显微组织的影响 ·179·