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SuperMC应用于先进钠冷快堆的适用性评估

ABSTRACT第5-7页
Nomenclature第15-17页
Preface第17-19页
1 INTRODUCTION第19-31页
    1.1 Nuclear energy第19-21页
        1.1.1 Challenges with nuclear energy sector第19-20页
        1.1.2 Opportunities and benefits with nuclear energy sector第20页
        1.1.3 Advanced fission-based nuclear systems第20-21页
        1.1.4 Fast reactors' technology第21页
    1.2 Sodium-cooled fast reactors (SFRs)-An overview第21-22页
    1.3 Some featured work on sodium-cooled fast reactors in the world第22-27页
        1.3.1 China-The CFR-600第23-24页
        1.3.2 Russia-The BN-1200第24-25页
        1.3.3 USA-The PRISM第25-26页
        1.3.4 France-The ASTRID第26-27页
    1.4 Research status of SFRs,neutronics第27-28页
    1.5 Research Significance第28-30页
    1.6 Objectives of thesis第30页
    1.7 Structure of thesis第30-31页
2 BASICS OF REACTOR PHYSICS, METHODOLOGIES AND TOOLS FOR CORENEUTRONICS SIMULATION第31-47页
    2.1 Basics of reactor physics第31-36页
        2.1.1 Neutronic parameters第31-33页
        2.1.2 Physics behind breeding and transmutation第33-36页
    2.2 Methodologies for core neutronics simulation第36-41页
        2.2.1 Methods for neutron transport simulation第37-39页
        2.2.2 Methods to solve burnup equations第39-41页
    2.3 Tools for core neutronics simulation第41-45页
        2.3.1 SuperMC code-An overview第41-43页
        2.3.2 Nuclear data libraries第43-45页
    2.4 Summary第45-47页
3 NEUTRONIC ANALYSIS OF A BFS TEST REACTOR第47-96页
    3.1 Innovative nuclear-related development and nuclear research facilities in Russia第47-56页
        3.1.1 BFS-2第47-50页
        3.1.2 Some featured accomplishments of BFS-2第50页
        3.1.3 The BFS-62-3A-An overview第50页
        3.1.4 Core configuration of BFS-62-3A第50-55页
        3.1.5 Objective of the BFS-62-3A experiment第55页
        3.1.6 Short description on BFS-62 experiments第55-56页
    3.2 Validation of SuperMC code第56-67页
        3.2.1 Modeling and simulations第56-60页
        3.2.2 Results and discussion第60-67页
    3.3 Benchmarking of HENDL library第67-78页
        3.3.1 The strategy adopted for this work第67页
        3.3.2 Monte Carlo simulations for benchmarking第67页
        3.3.3 Results and discussion第67-78页
    3.4 Detailed neutronic analysis of BFS-62-3A test reactor第78-94页
        3.4.1 Strategy adopted for this work第78页
        3.4.2 Main purpose of this work第78-79页
        3.4.3 Simulations performed第79页
        3.4.4 Results and discussion第79-94页
    3.5 Summary第94-96页
4 CRITICALITY AND BURNUP STUDIES OF BN-600 REACTOR第96-107页
    4.1 BN-600 reactor-An overview第96-97页
    4.2 Simulations performed第97-98页
    4.3 Results and discussion第98-106页
        4.3.1 Effective multiplication factor第98-99页
        4.3.2 Burnup studies第99-106页
    4.4 Summary第106-107页
5 CONCLUSIONS AND FUTURE DIRECTIONS第107-110页
    5.1 Summary conclusions第107-109页
    5.2 Future directions第109-110页
Bibliography第110-116页
Appendix A: Material data description for BFS-62-3A assembly第116-120页
Appendix B: Compositions' description for subassemblies of BN-600 hybrid reactor第120-121页
Appendix C: Isotopic concentration of compositions with fissile nuclides-BN-600 reactor第121-124页
Acknowledgement第124-125页
Publications and research achievements第125页

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