Dr.
Shrinivasan Ganesan |
Sr.No. |
Chapters/Content |
Full Text |
01 |
Title page |
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02 |
Chapter I: The status of the T-O reactivity co-efficients |
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03 |
Chapter II: Theoretical basis for the generation of temperature and composition dependent multi-group cross sections |
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04 |
Chapter III: Treatment of unresolved resonance region and
the related nuclear data evaluation |
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05 |
Chapter IV: Re-investigation of sodium void reactivity measurements in SNEAK-9C2/POZ and c assemblies |
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06 |
Chapter V: A simulation calculation to explain the reason for the strong overestimation of sodium void effect in the fast heteogeneous mesurca assembly |
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07 |
Appendix A: Fundamentals of sodium void reactivity effect |
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| 08 |
Appendix B: Doppler re |
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| 09 |
Appendix C: Resonance cross sections |
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| 10 |
Appendix D: Theoretical basis of the self shielding factor methods |
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Full thesis (1766KB) |