System reliability analysis is the important content and base of Probabilistic Safety Assessment(PSA).
系统可靠性分析是核反应堆概率安全评价的重要内容和基础。
The risk importance of human events in nuclear power plant probabilistic safety assessment models was analyzed.
在核电站概率安全评估模型的人类活动的风险的重要性进行了分析。
Major achievements in the area of thermohydraulics, nuclear fuel, probabilistic safety assessment and severe accident researches are summarized.
对在热工水力、核燃料、概率安全评估和严重事故研究领域中的主要成果，作了简要小结。
Effect of Human factors on system safety is increasingly serious, which is often ignored in traditional probabilistic safety assessment methods however.
人因对系统安全的影响日益突出，但现有的概率安全评估方法对其重视不足。
The purpose of human reliability analysis(HRA) is to provide a quantitative conclusion for Probabilistic Safety Assessment(PSA) and detect the weak points of a system.
人因可靠性量化分析在于为概率安全评价提供量化结论并找出系统的薄弱环节。
Safety and reliability are always the first essential factors for operation of nuclear power stations. Fault tree analysis is an important way for the probabilistic safety assessment.
核电站的安全可靠是其运行的第一要素，故障树分析是核电站概率安全评价的重要方法。
The main achievements, concepts to be cleared and main subjects presently and the others on probabilistic safety assessment in nuclear power plant are introduced and analyzed in this paper.
文中对核电站概率安全分析所取得的主要成就、待澄清的概念及当前的主要课题等进行了分析介绍。
And that's how in the early days before the onset of probabilistic risk assessment this was judged to be the overarching safety criteria.
这就是在早期的时候，在概率风险评估之前，这些是如何评估为首要的安全标准的。
Based on a probabilistic risk assessment and an expression for loss of life predictions in case of dam failure, a method of tolerable risk analysis for dam safety decision-making is suggested.
在阐述大坝风险率和生命损失评估方法的基础上，介绍了运用允许风险进行大坝防洪安全决策的方法。
Based on a probabilistic risk assessment and an expression for loss of life predictions in case of dam failure, a method of tolerable risk analysis for dam safety decision-making is suggested.
在阐述大坝风险率和生命损失评估方法的基础上，介绍了运用允许风险进行大坝防洪安全决策的方法。
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