Abstract In this paper, a framework of improved risk monitor system that integrates multiple applications of retrospective investigation analysis of risk factors, point-in-time risk monitoring and proactive risk management is presented. Among these applications capabilities, the plant configuration risk management is implemented and demonstrated with a safety injection system in the event of medium-break LOCA at nuclear power plants. The system reliability and safety analysis are conducted on the success-oriented logic models using GO-FLOW method. Both quantitative and qualitative risk measures addressed respectively by risk matrix and goal tree-success tree scheme with risk band display could provide global risk insights regarding plant configuration control.

中文翻译：

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在核电厂使用面向成功的 GO-FLOW 方法进行系统配置风险管理

摘要 本文提出了一种集成风险因素回顾性调查分析、时间点风险监控和主动风险管理等多种应用的改进型风险监控系统框架。在这些应用能力中，在核电厂发生中断层LOCA事件时，通过安全注入系统实施和演示了电厂配置风险管理。采用GO-FLOW方法对成功导向的逻辑模型进行系统可靠性和安全性分析。分别由风险矩阵和带有风险带显示的目标树-成功树方案解决的定量和定性风险度量可以提供关于工厂配置控制的全局风险洞察。