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。
Using probability theory and mathematical statistics, probabilistic model on randomicity of the dynamic stability analysis system are built.
应用概率论和数理统计方法，建立了无缝线路动力稳定性分析系统中的随机不确定性的概率模型。
The probabilistic analysis of power system stability has interested researchers in recent years.
近年来，电力系统稳定性的概率分析问题在国内外已开始引起人们的兴趣。
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。
The fault tree analysis (FTA) of the probabilistic safety analysis (PSA) is one of the tools for system reliability and safety analysis.
概率安全分析(PS A)中的故障树分析(FTA)是系统可靠性和安全性分析的工具之一。
In this paper, the uncertainty analysis and design problems for structural and multidisciplinary system were investigated in detail base on a non-probabilistic approach that is convex model theory.
本文基于不确定参量的凸集合描述，研究了结构和多学科系统的不确定性分析与考虑不确定因素的优化设计问题。
With consideration of small random disturbances of power system loads, a probabilistic voltage stability analysis is proposed.
在考虑负荷波动等随机因素的情况下，运用概率统计方法对电力系统电压稳定问题进行了分析。
With consideration of small random disturbances of power system loads, a probabilistic voltage stability analysis is proposed.
在考虑负荷波动等随机因素的情况下，运用概率统计方法对电力系统电压稳定问题进行了分析。
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