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三门核电站烟囱流出物取样方式探讨 被引量:5

Discussion on Sampling Method for Stack Effluent at Sanmen NPP
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摘要 简要介绍了核电站烟囱流出物取样的两种取样方式,通过对两种取样方式的分析和比较,结合AP1000型核电站项目特点和三门核电站实际情况,对三门核电站烟囱流出物取样方式的选取进行分析探讨。 This paper introduces two sampling methods of plant stack effluent sampling system. A further discussion of the selection of Sanmen NPP stack effluent sampling method, through the comparison and analysis of both sampling methods, in combination with the characteristics of AP1000 project and the actual situation of Sanmen Nuclear Power.
作者 唐玉琴
出处 《辐射防护通讯》 2013年第1期24-27,30,共5页 Radiation Protection Bulletin
关键词 AP1000型核电站 单点取样 多点取样 AP1000 plant Single-point sampling Multi-point sampling
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  • 1Anand N K, McFarland A R, Wong F S, et al. DEPOSITION: Software to Calculate Particle Penetration through Aerosol Transport System. NUREG/GR-0006,1993.
  • 2Fan B J, Wong F S, Ortiz C A, et al. Aerosol Particle Loss in Sampling System. NUREG/CP-0130,1993.
  • 3Wong F S, McFarland A R and Anand N K. An Experiment Study of Aerosol Penetration though Horizontal Tubes and Storm-type Loops, Health Physics,1996,71(6) :886.
  • 4ANS. Sampling and Monitoring Releases of Airborne Radioactive Substances from the Stacks and Ducts of Nuclear Facilities. ANSI/HPS N13.1-1999,1999.
  • 5卢正永 张志龙 傅翠明.气溶胶取样管道粒子损失计算软件[A]..全国放射性流出物和环境监测与评价研讨会论文汇编[C].杭州:中国核学会辐射防护学会,2003.261.
  • 6李爱武 张志龙 傅翠明.气溶胶取样管道中粒子损失的实验研究[A]..全国放射性流出物和环境监测与评价研讨会论文汇编[C].杭州:中国核学会辐射防护学会,2003.252.
  • 7ANS. Sampling and Monitoring Releases of Airborne Radioactive Substances from the Stacks and Ducts of Nuclear Facilities. ANSI/HPS N13.1-1999,1999.
  • 8Anand N K, McFarland A R, Wong F S, et al. DEPOSITION: Software to Calculate Particle Penetration through Aerosol Transport System. NUREG/GR-0006,1993.
  • 9Fan B J, Wong F S, Ortiz C A, et al. Aerosol Particle Loss in Sampling System. NUREG/CP-0130,1993.
  • 10Wong F S, McFarland A R and Anand N K. An Experiment Study of Aerosol Penetration though Horizontal Tubes and Storm-type Loops, Health Physics,1996,71(6):886.

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