封面
声明
目录
英文摘要
中文摘要
LIST OF ACRONYMS
CHAPTER 1 INTRODUCTION
1.1 Introduction
1.2 Background of research area
1.3 Risk monitor system
1.4 Motivations of this study
1.5 Research objective and its significance
1.6 Outline of the dissertation
2. CHAPTER 2 WHOLE FRAMEWORK OF RISK MONITOR SYSTEM FOR NUCLEAR POWER PLANT
2.1 Introduction
2.2 Research literature review from the aspect of risk monitor system development
2.3 New conceptual framework of systematic risk monitor system developed at Harbin Engineering University
2.4 Basic methodologies employed in research work
2.5 Summary
3. CHAPTER 3 COMPARISON OF SAFETY SYSTEM BETWEEN CONVENTIONAL PWR AND AP1000 TO BE RELEVANT WITH RESEARCH WORK
3.1 Introduction
3.2 Conventional pressurized water reactor \(PWR\)
3.3 Advanced pressurized water reactor-AP1000
3.4 Comparison between conventional PWR and AP1000
3.5 Concrete targets for research work with relevant research issues
3.6 Summary
4. CHAPTER 4 RELIABILITY MONITOR DEVELOPMENT FOR SAFETY SYSTEM OF CONVENTIONAL PWR
4.1 Introduction
4.2 Reliability monitor development for PWR containment spray system
4.3 Reliability monitor development for ECCS system of conventional PWR
4.4 Reliability monitor for whole conventional PWR plant by combining ECCS and CSS systems
4.5 Sensitivity analysis for PWR containment spray system
4.6 Analysis of common cause failure for PWR containment spray system
4.7 Uncertainty analysis in the reliability evaluation of PWR containment spray system
4.8 Summary
5. CHAPTER 5 RELIABILITY MONITOR DEVELOPMENT FOR PASSIVE SAFETY SYSTEM OF AP1000 POWER PLANT
5.1 Introduction
5.2 Categorization of passive safety function and passive safety system
5.3 Reliability evaluation of AP1000 passive safety systems
5.4 Single loop model of AP1000 passive safety systems
5.5 Reliability evaluation of ADS system in AP1000
6. CHAPTER 6 RELATION BETWEEN PLANT DiD RISK MONITOR AND RELIABILITY MONITOR
6.1 Introduction
6.2 Overview of new proposed risk monitor system
6.3 Knowledge base system of new purposed risk monitor system
6.4 Relation between plant DiD risk monitor and reliability monitor
6.5 Functional modeling for plant DiD risk monitor
6.6 Human interface system for risk monitor
6.7 Summary
CONCLUSION
参考文献
LIST OF PUBLICATIONS
致谢
