介绍了三门核电站安全相关涂层的质保要求,提出了安全相关涂层全寿期质量控制的理念,对安全相关涂层在设计、建安、运行各个阶段的质量管理方法进行了讨论,分析了影响安全相关涂层施工的主要因素及相应的控制手段,旨在为核电站安全相关涂层的质量控制、管理提供参考.
参考文献
[1] | Office of Nuclear Regulatory Research .RG 1.54.,Service Level Ⅰ,Ⅱ and Ⅲ protective coatings applied to nuclear power plants[R].Washington:U.S.Nuclear Regulatory Commission,2000. |
[2] | Plant Support Engineering .Topical Report No.1019157:Guideline on nuclear safety-related coatings (Formerly TR-109937 and 1003102)[R].California:Electric Power Research Institute (EPRI),2009. |
[3] | 齐祥安.涂装涂层系统与系统工程[J].现代涂料与涂装,2009(04):28-35. |
[4] | ASTM Committee D-33.ASTM D3843,practice for quality assurance for protective coatings applied to nuclear facilities[S].Pennsylvania:ASTM International,2000. |
[5] | ASTM Committee D-33.ASTM D5144,standard guide for use of protective coating standards in nuclear power plants[S].Pennsylvania:ASTM International,2008. |
[6] | Office of Nuclear Reactor Regulation .Generic safety issue 191,assessment of debris accumulation on PWR sump performance[R].Washington:U.S.Nuclear Regulatory Commission,2002. |
[7] | Office of Nuclear Reactor Regulation .GL 2004-02,potential impact of debris blockage on emergency recirculation during design basis accidents at pressurized-water reactors[R].Washington:U.S.Nuclear Regulatory Commission,2004. |
[8] | Office of Nuclear Reactor Regulation .NUREG-1801:generic aging lessons learned (GALL) report[R].Washington:U.S.Nuclear Regulatory Commission,2010. |
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