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NEW REQUIREMENTS OF DEFENCE IN DEPTH AND EXTENSION OF ITS APPLICATION

机译:深入防御的新要求和延长其应用

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As states in the IAEA SSR-2/1 (Rev.1) and IAEA TECDOC-1791, the defence in depth concept is not to be understood as merely limited to the request for the implementation of a number of consecutive barriers and protection levels, but is to be understood as the main general principle that leads to the formulation of safety requirements including requirements necessary to achieve the quality and reliability expected for the barriers and for systems ensuring their integrity. Thus, the application of defence in depth concept is not only limited in the reactor core design, but also can extend to a wider range in nuclear power plant design. In this paper, the application of defence in depth concept, which is defined in IAEA latest requirements, in the irradiated fuel water pool storage, electrical system, internal hazards and external hazards of the nuclear power plant design are reviewed. Base on the study of the newest standard and codes, the design requirements of each level of defence in depth in the above systems are confirmed. The analysis of defence in depth design features of an advanced nuclear power plant in China are also show the application value of defence in depth in these extended regions.
机译:由于IAEA SSR-2/1(Rev.1)和IAEA TecDoc-1791中的州,深度概念的防御不应被理解为仅限于执行许多连续障碍和保护水平的请求,但要理解为主要的一般原则,导致安全要求的制定,包括实现障碍和系统所预期的质量和可靠性所需的要求。因此,在深度概念中的防御应用不仅限于反应堆芯设计,而且还可以延伸到核电厂设计中的更广泛的范围。在本文中,综述了在IAEA最新要求中定义的深度概念中防御的应用,在辐照燃料水池储存,电气系统,内部灾害和核电站设计的外部危险中进行了综述。基于最新标准和代码的研究,确认了在上述系统中深度深度深度的设计要求。中国先进核电站深度设计特点的防御分析也展示了这些扩展区域深度防御的应用价值。

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