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快堆核电站用P36无缝钢管的研制

Development of P36 Seamless Steel Pipe for Nuclear Power Plant with Fast Reactor
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摘要 介绍了快堆核电站核岛用P36无缝钢管的性能特点、生产工艺方案及其关键技术。对P36无缝钢管的化学成分及组织性能检验结果表明,衡阳华菱钢管有限公司研制的P36无缝钢管的化学成分、力学性能等均满足ASME SA-335/SA-335M规范的要求,能够满足快堆核电站主给水系统对低合金无缝钢管的需求,其生产工艺在核电用管生产领域具有推广应用价值。 the performance characteristics,production process and key technologies of P36 seamless steel pipe for nuclear island of fast reactor nuclear power plant are introduced.The test results of chemical composition,mi-crostructure and properties of P36 seamless steel pipe show that the chemical composition and mechanical properties of P36 seamless steel pipe developed by Hengyang Valin Steel Pipe Co.,Ltd.meet the requirements of ASME SA-335/SA-335m,and can meet the requirements of main water supply system of fast reactor nuclear power plant for low alloy seamless steel pipe.Its production process has the value of popularization and application in the field of production of nuclear power pipe.
作者 彭先明 左国锋 石大山 Peng Xianming;Zuo Guofeng;Shi Dashan(Hengyang Valin Steel Tube Co.,Ltd.,Hengyang 421001 China)
出处 《特钢技术》 CAS 2021年第1期10-13,共4页 Special Steel Technology
关键词 P36 无缝钢管 生产工艺 核电站 P36 seamless steel pipe production process nuclear power plant
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  • 1..RCC-M压水堆核岛机械设备设计与制造规则[S]..AFCEN,核工业第二研究设计院译,,1993版..1996..
  • 2IAEA.IAEA TECDOC 1361:Assessment and management of ageing of major nuclear power plant components important to safety[M].Austria:IAEA.2003:39-53.
  • 3钢铁材料手册总编辑委员会.不锈钢分册[M]∥钢铁材料手册:第5卷.北京:中国标准出版社,2001:69-490.
  • 4Jaske C E,Shah V N.NUREG/CR-5314:Life assessment procedures for major LWR components-cast[M/OL].U.S:NRC.1990:11-26.http://www.nrc.gov/reading-rm/adams/web-based.html.
  • 5Port R D.Flow accelerated corrosion[A].Corrosion 1998[C].paper No.921.
  • 6Montemarano T W,Sack B P,Gudas J P.High Strength Low Alloy Steels in Naval Construction[J].Journal of Ship Production,1986,2(3):145-162.
  • 7Kvidahl L G.An Improved High Yield Strength Steel for Shipbuilding[J].Welding Journal,1985,64(7):42-48.
  • 8Shibata K.Surface Hot Shortness due to Cu (+Sn) and Its Suppression by Physical Metallurgy[J].CAMP-ISIJ,2003,16(4):1391-1394.
  • 9Shibata K.Surface Hot Shortness due to Cu in Steel and Its Suppression Without Using Ni[J].J Jpn Soc Heat Treat,2000,40(2):55-62.
  • 10Shibata K,Seo S J,Kaga M,et al.Suppression of Surface Hot Shortness due to Cu in Recycled Steels[J].Mater Trans,2002,43(3):292-300.

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