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增刊1 田研等:氮和氧含量对HCM2S钢组织和性能的影响 ·25· [6]Wang QJ.Zou F M,Zhang Ke.Research on T23 high pressure Beijing:Metallurgical Industry Press,1984 boiler tube.Steel Pipe,2005,34(3):16 (孙宝珍,朱谱藩,林慧国,等.合金钢手册.北京:治金工业 (王起江,邹风鸣,张科.T23高压锅炉钢管的研制.钢管, 出版社,1984) 2005,34(3):16) [11]Komai N,Imazato T,Masuyama F.Continuously cooled micro- [Hu X P,Zhu L H,Zou F M,et al.Influence of heat-treatment on structure and creep rupture strength of low C2.25Cr-1.5W-V-Nb the microstructure of heat-resistant steel T23 (HCM2S).Boiler steel.ISIJ Int,2001,41 (Suppl)S91 Technol,.2004,35(1):44 [12]He H L,Chu YY,Chang H L.The distribution of Boron in (胡向平,朱丽慧,邹风鸣,等.热处理工艺对国产23 steel.Acta Metall Sin,1977,13(4):235 (HC2S)耐热钢组织的影响.锅炉技术,2004,35(1):44) (贺信莱,褚幼义,张秀林,等.翻在钢中的分布.金属学报, 8]Deng Y Q,Zhu L H,WangQ J,et al.Effect of microstructure e- 1977,13(4):235) volution during creep on properties of domestic made T23 steel. [13]Xu H X,Li W Q,Sun J Y.Influence of nitrogen content and Iron Steel Res,2007,19(8):46 trace titanium on hardenability of 20CrMnB steel./ron Steel, (邓永清,朱丽慧,王起江,等.国产T3钢高温组织演变及其 1993,28(5):44 对性能的影响.钢铁研究学报,2007,19(8):46) (许洪新,李文卿,孙继跃.氮含量和微量钛对20CMnB钢淬 9]Deng YQ,Zhu L H,Wang Q J,et al.The microstructure evolu- 透性的影响.钢铁,1993,28(5):44) tion of domestic T23 steel during creep.Boiler Technol,2006,37 [14]Bao HS,Fu W T,Cheng S C,et al.An investigation on boron- (2):17 nitride(BN)compound in T122 heat resistant steel.Iron Steel, (邓永清,朱丽慧,王起江,等.T23钢高温持久微观组织演变 2005,40(10):68 研究.锅炉技术,2006,37(3):17) (包汉生,傅万堂,程世长,等.T122耐热钢中氮化硼(BN)化 [10]Sun B Z,Zhu P F,Lin H G,et al.Handbook of Alloy Steel. 合物的探讨.钢铁,2005,40(10):68)增刊 1 田 研等: 氮和氧含量对 HCM2S 钢组织和性能的影响 [6] Wang Q J,Zou F M,Zhang Ke. Research on T23 high pressure boiler tube. Steel Pipe,2005,34( 3) : 16 ( 王起江,邹风鸣,张科. T23 高压锅炉钢管的研制. 钢 管, 2005,34( 3) : 16) [7] Hu X P,Zhu L H,Zou F M,et al. Influence of heat-treatment on the microstructure of heat-resistant steel T23 ( HCM2S) . Boiler Technol,2004,35( 1) : 44 ( 胡 向 平,朱 丽 慧,邹 风 鸣,等. 热 处 理 工 艺 对 国 产 T23 ( HCM2S) 耐热钢组织的影响. 锅炉技术,2004,35( 1) : 44) [8] Deng Y Q,Zhu L H,Wang Q J,et al. Effect of microstructure e￾volution during creep on properties of domestic made T23 steel. J Iron Steel Res,2007,19( 8) : 46 ( 邓永清,朱丽慧,王起江,等. 国产 T23 钢高温组织演变及其 对性能的影响. 钢铁研究学报,2007,19( 8) : 46) [9] Deng Y Q,Zhu L H,Wang Q J,et al. The microstructure evolu￾tion of domestic T23 steel during creep. Boiler Technol,2006,37 ( 2) : 17 ( 邓永清,朱丽慧,王起江,等. T23 钢高温持久微观组织演变 研究. 锅炉技术,2006,37( 3) : 17) [10] Sun B Z,Zhu P F,Lin H G,et al. Handbook of Alloy Steel. Beijing: Metallurgical Industry Press,1984 ( 孙宝珍,朱谱藩,林慧国,等. 合金钢手册. 北京: 冶金工业 出版社,1984) [11] Komai N,Imazato T,Masuyama F. Continuously cooled micro￾structure and creep rupture strength of low C-2. 25Cr-1. 5W-V-Nb steel. ISIJ Int,2001,41( Suppl) : S91 [12] He H L,Chu Y Y,Chang H L. The distribution of Boron in steel. Acta Metall Sin,1977,13( 4) : 235 ( 贺信莱,褚幼义,张秀林,等. 硼在钢中的分布. 金属学报, 1977,13( 4) : 235) [13] Xu H X,Li W Q,Sun J Y. Influence of nitrogen content and trace titanium on hardenability of 20CrMnB steel. Iron Steel, 1993,28( 5) : 44 ( 许洪新,李文卿,孙继跃. 氮含量和微量钛对 20CrMnB 钢淬 透性的影响. 钢铁,1993,28( 5) : 44) [14] Bao H S,Fu W T,Cheng S C,et al. An investigation on boron￾nitride( BN) compound in T122 heat resistant steel. Iron Steel, 2005,40( 10) : 68 ( 包汉生,傅万堂,程世长,等. T122 耐热钢中氮化硼( BN) 化 合物的探讨. 钢铁,2005,40( 10) : 68) ·25·
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