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15Cr-25Ni-Fe base superalloy.Acta Metall Sin,2006, 28(1):8 42(2):218 (朱伏先，刘川，王平，等.9 Cr-Mo--Nb-N钢高温变形规律的 (鞠泉，李殿国，刘国权.15Cr25NiFe基合金高温塑形变形 研究.钢管，1999,28(1)：8) 行为的加工图.金属学报，2006,42(2)：218) Fu C S,Chen W Z.Qian K W.Characteristics of flow stress- [15]Wang B X,Xu X D,Liu X H,et al.Dynamic recrystallization strain curves of aluminum sheet used for pressure can during com- behavior in Mn-Cr gear steel.J Iron Steel Res Int,2006,13 (2): pression at elevated temperature.Chin J Nonferrous Met,2002,12 49北 京 科 技 大 学 学 报 第 34 卷 ［2］ Haney E M，Dalle F，Sauzay M，et al． Macroscopic results of long-term creep on a modified 9Cr-1Mo steel ( T91) ． Mater Sci Eng A，2009，510 /511: 99 ［3］ Sawadaa K，Ohbab T，Kushimaa H，et al． Effect of microstructure on elastic property at high temperatures in ferritic heat resistant steels． Mater Sci Eng A，2005，394( 1-2) : 36 ［4］ Watanabe T，Tabuchi M，Yamazaki M，et al． Creep damage eval￾uation of 9Cr-1Mo-V-Nb steel welded joints showing type Ⅳ frac￾ture． Int J Pressure Vessels Piping，2006，83( 1) : 63 ［5］ Tamura M，Sakasegawa H，Kohyama A，et al． Effect of MX type particles on creep strength of ferritic steel． J Nucl Mater，2003， 321( 2 /3) : 288 ［6］ Ning B Q． Phase Transformations and Strengthening Processes of T91 Ferritic Heat-Resistant Steel ［Dissertation］． Tianjin: Tianjin University，2007 ( 宁保群． T91 铁素体耐热钢相变过程及强化工艺［学位论 文］． 天津: 天津大学，2007) ［7］ Samantaray D，Mandal S，Bhaduri A K． Constitutive analysis to predict high-temperature flow stress in modified 9Cr-1Mo ( P91 ) steel． Mater Des，2010，31( 2) : 981 ［8］ Zhu F X，Liu C，Wang P，et al． Research on law of deformation of 9Cr-1Mo-V-Nb-N steel under hi-temperature． Steel Pipe，1999， 28( 1) : 8 ( 朱伏先，刘川，王平，等． 9Cr-1Mo-V-Nb-N 钢高温变形规律的 研究． 钢管，1999，28( 1) : 8) ［9］ Fu G S，Chen W Z，Qian K W． Characteristics of flow stress￾strain curves of aluminum sheet used for pressure can during com￾pression at elevated temperature． Chin J Nonferrous Met，2002，12 ( Al Spec) : 140 ( 傅高升，陈文哲，钱匡武． 压力罐用铝材高温压缩变形的流 变曲线特征． 中国有色金属学报，2002，12 ( 铝合金专辑) : 140) ［10］ Zhang C L，Sun R X，Cai D Y，et al． Dynamic recrystallization of elevated temperature deforming austenite of Cu-P-Cr-Ni-Mo weathering steel． Spec Steel，2010，31( 4) : 43 ( 张春玲，孙睿璇，蔡大勇，等． Cu-P-Cr-Ni-Mo 耐候钢高温变 形奥氏体的动态再结晶． 特殊钢，2010，31( 4) : 43) ［11］ Yazdipour N，Davies C H J，Hodgson P D． Microstructural mod￾eling of dynamic recrystallization using irregular cellular automa￾ta． Comput Mater Sci，2008，44( 2) : 566 ［12］ Huang G S，Wang L Y，Chen H，et al． Hot deformation and processing maps of 2618 aluminum alloy． Chin J Nonferrous Met， 2005，15( 5) : 763 ( 黄光胜，汪凌云，陈华，等． 2618 铝合金的热变形和加工图． 中国有色金属学报，2005，15( 5) : 763) ［13］ Samantaray D，Mandal S，Bhaduri A K． Characterization of de￾formation instability in modified 9Cr-1Mo steel during thermo-me￾chanical processing． Mater Des，2011，32( 2) : 716 ［14］ Ju Q，Li D G，Liu G Q． Processing map of hot plastic deforma￾tion of a 15Cr-25Ni-Fe base superalloy． Acta Metall Sin，2006， 42( 2) : 218 ( 鞠泉，李殿国，刘国权． 15Cr-25Ni-Fe 基合金高温塑形变形 行为的加工图． 金属学报，2006，42( 2) : 218) ［15］ Wang B X，Xu X D，Liu X H，et al． Dynamic recrystallization behavior in Mn-Cr gear steel． J Iron Steel Res Int，2006，13( 2) : 49 ·304·