·534· 工程科学学报，第39卷，第4期 (胡磊，王学，孟庆云，等.9%C钢厚壁管道局部焊后热处 (郭国均，刘谋训，张雪锋.91钢厚壁管多次热处理试验研 理温度场的数值模拟.焊接学报，2015,36(12)：13) 究/1第九届电站金属材料学术年会论文集.成都，2011： [8]Serre I,Vogt J B.Liquid metal embrittlement of T91 martensitic 167) steel evidenced by small punch test.Nucl Eng Des,2006,237 13] Sireesha M,Sundaresan S,Albert S K.Microstructure and me- (7):677 chanical properties of weld fusion zones in modified 9Cr-1Mo 9]Hosemann P,Kabra S,Stergar E,et al.Micro-structural charac- steel.J Mater Eng Perform,2001,10(3)320 terization of laboratory heats of the ferric/martensitic steels HT9 [14]Li Y J,Wang J,Zhou B.TEM analysis of microstructure in and T91.J Nucl Mater,2010,403(1)7 welding zone of P91 heat-esistant steel.Trans China Weld Inst, [10]Serre 1,Vogt J B.Heat treatment effect of T91 martensitic steel 2003,24(2):39 on liquid metal embrittlement.J Nucl Mater,2008,376(3): (李亚江，王娟，周冰.91耐热钢焊接区的微观组织结构分 330 析.焊接学报，2003,24(2)：39) [11]Gutierrez N Z,Alvarado J V,Cicco H D,et al.Microstruetural [15]Dwivedi V S,Jha B K.Microstructural evolution of modified study of welded joints in a high temperature martensitic-ferritic 9Cr-1 Mo steel.J Mater Sci Lett,1998,17(16)1353 ASTM A335 P91 steel.Proc Mater Sci,2015,8:1140 [16]Chen Z X,Xu X C,Wang B,et al.Plastic deformation and dy- [12]Guo G J.Liu M X,Zhang X F.Experimental research of heat namic recrystallization of T91 steel at high temperature.J Univ treatment repeatedly on P91 thick-walled tube /Proceeding 9th Sci Technol Beijing,2012,34(3):298 Annual Conference of Plant Metallic Materials.Chengdu,2011: (陈振湘，许晓嫦，王斌，等.91钢的高温塑性变形及动态 167 再结品行为.北京科技大学学报，2012,34(3)：298)工程科学学报，第 39 卷，第 4 期 ( 胡磊，王学，孟庆云，等． 9% Cr 钢厚壁管道局部焊后热处 理温度场的数值模拟． 焊接学报，2015，36( 12) : 13) ［8］ Serre I，Vogt J B． Liquid metal embrittlement of T91 martensitic steel evidenced by small punch test． Nucl Eng Des，2006，237 ( 7) : 677 ［9］ Hosemann P，Kabra S，Stergar E，et al． Micro-structural charac￾terization of laboratory heats of the ferric /martensitic steels HT-9 and T91． J Nucl Mater，2010，403( 1) : 7 ［10］ Serre I，Vogt J B． Heat treatment effect of T91 martensitic steel on liquid metal embrittlement． J Nucl Mater，2008，376 ( 3) : 330 ［11］ Gutiérrez N Z，Alvarado J V，Cicco H D，et al． Microstructural study of welded joints in a high temperature martensitic--ferritic ASTM A335 P91 steel． Proc Mater Sci，2015，8: 1140 ［12］ Guo G J，Liu M X，Zhang X F． Experimental research of heat treatment repeatedly on P91 thick-walled tube / / Proceeding 9th Annual Conference of Plant Metallic Materials． Chengdu，2011: 167 ( 郭国均，刘谋训，张雪锋． P91 钢厚壁管多次热处理试验研 究/ /第九届电站金属材料学术年会论文集． 成 都，2011: 167) ［13］ Sireesha M，Sundaresan S，Albert S K． Microstructure and me￾chanical properties of weld fusion zones in modified 9Cr--1Mo steel． J Mater Eng Perform，2001，10( 3) : 320 ［14］ Li Y J，Wang J，Zhou B． TEM analysis of microstructure in welding zone of P91 heat-resistant steel． Trans China Weld Inst， 2003，24( 2) : 39 ( 李亚江，王娟，周冰． P91 耐热钢焊接区的微观组织结构分 析． 焊接学报，2003，24( 2) : 39) ［15］ Dwivedi V S，Jha B K． Microstructural evolution of modified 9Cr--1Mo steel． J Mater Sci Lett，1998，17( 16) : 1353 ［16］ Chen Z X，Xu X C，Wang B，et al． Plastic deformation and dy￾namic recrystallization of T91 steel at high temperature． J Univ Sci Technol Beijing，2012，34( 3) : 298 ( 陈振湘，许晓嫦，王斌，等． T91 钢的高温塑性变形及动态 再结晶行为． 北京科技大学学报，2012，34( 3) : 298) · 435 ·