Essay about Introduction; Requirements for safety assessment in the licensing process for a research reactor; Preparation of the safety analysis report; Performance of the review and assessment; and then appendix, Annex, etc. (Jml)
This book consist of Introduction; Characterization objectives; Health and safety considerations; Characterization process; The radionuclide inventory; Methods and techniques for characterization; Quality assurance requirements; and Conclusions. (Jml)
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This book consist : Introduction; Structural characteristics of RBMKs; Classification of initiating events; Acceptance criteria; Requirements for analysis; Selection of initial and boundary; Discussion of events; and Presentation of results. (Jml)
This book consist : Introduction; Current trends; General approach to plant life management; Issues concerning plant life management; Relationship between plant maintenance and plant life management; Research and development requirements for plant life management for long term operation; and Conclusions and recommendations. (Jml)
The book consist of five parts: Introductory concepts of nuclear reactor analysis; The one-speed diffusion model of a nuclear reactor; The multigroup diffusion method; and An introduction to nuclear reactor core design; with Appendices. (Jml)
This book consist : Introduction; The IAEA's safeguards function for current and future nuclear power plants; Summary of the political and legal foundations of the IAEA's safeguards system; The technical objective of safeguards and the supply and use of required design information; Safeguards approaches for nuclear power plants; Design implications of experience in safeguarding nuclear power pl…
This book consist : Introduction; Non-destructive analysis; Destructive analysis; Containment and surveillance; Unattended monitoring; Remote monitoring systems; Data security; and Environmental sampling. (Jml)
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This book consist : Introduction; Initiating events and their categorization; Acceptance criteria; Selection of initial and boundary conditions; Analysis of core cooling and system pressure for a decrease of reactor coolant flow; Analyisis of core cooling and system pressure for decrease of heat removal by the secondary side; Analysis of core cooling for LOCAs; Analysis of primary to secondary …