首页> 外文会议>International conference on nuclear engineering;ICONE5 >EVOLUTION OF REACTOR PLANTS WITH WER-TYPE REACTORS AND BASIC PRINCIPLES OF SAFETY SYSTEMS AND NORMAL SYSTEMS APPLICATION
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EVOLUTION OF REACTOR PLANTS WITH WER-TYPE REACTORS AND BASIC PRINCIPLES OF SAFETY SYSTEMS AND NORMAL SYSTEMS APPLICATION

机译:具有Wer型反应堆的反应堆工厂的演变以及安全系统的基本原理和正常系统的应用

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The principal negative effect of beyond-design accidents, accidents of core damage included, is confined to a possibility of source term to the environment. The amount and nature of this process is determined by numerous parameters, including safety barriers resistance to radionuclides release. These barriers (natural structural boundaries) are: fuel matrix, fuel cladding, reactor vessel and primary circuit, concrete pit, reactor plant equipment compartments.On the basis of comparing safety systems for different reactor plants equipped with VVER reactors the article covers the main principles of using the former in accidents of core collapse as applied for the peculiarities of each stage of destruction. Methods of suppression and localization of beyond-design accidents taking into account the safety systems design features.
机译:超出设计范围的事故(包括核心损坏事故)的主要负面影响仅限于对环境产生源术语的可能性。该过程的数量和性质取决于众多参数,包括对放射性核素释放的安全屏障。这些障碍(自然的结构边界)是:燃料基体,燃料包壳,反应堆容器和一次回路,混凝土坑,反应堆工厂设备室。 在比较不同的装有VVER反应堆的反应堆工厂的安全系统的基础上,本文涵盖了在破坏的各个阶段的特殊性中,在堆芯坍塌事故中使用前者的主要原则。考虑到安全系统设计特征,对超出设计范围的事故进行抑制和定位的方法。

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