混合能谱超临界水堆的设计与关键技术

1  Introduction1.1  Status and Perspective of Nuclear Energy in China1.2  Nuclear Power Technology in China1.3  GEN-Ⅳ and SCWR1.4  Status of SCWR R&D1.5  Proposal of SCWR  M2  SCWR- M Core Design and Analysis2.1  Features of SCWR- M Core2.1.1  Main criteria considered in SCWR core design2.1.2  Features of SCWR- M core2.2  Structures of Fuel Assemblies2.3  Design Analysis Approaches2.3.1  Neutronic approach2.3.2  Thermal hydraulic code2.3.3  Coupled approach2.4  Design Analysis of Mixed Core (Results)2.4.1  Core results (homogeneous fuel assembly)2.4.2  Pin wise power distribution2.4.3  Core and sub-channel analysis of the fresh core2.4.4  Improvement of the SCWR- M core2.5  Summary3  Safety System Design and Analysis3.1  Safety Requirements3.2  Configuration of Safety Systems3.3  Numerical Tools for Safety Analysis3.3.1  ATHLET  SC code development3.3.2  ATHLET- SC code verification and validation ..3.3.3  Summary of the code development3.4  Results of Safety Analysis  :...3.4.1  Initial condition and assumptions3.4.2  LOFA analysis of SCWR- M3.4.3  Key parameters analysis during LOFA3.4.4  LOCA analysis of SCWR- M3.5  Remarks for Future R&D Needs4  SCWR Thermal-Hydraulics4.1  Introduction4.2  Heat Transfer4.2.1  General features4.2.2  Numerical analysis4.2.3  Experimental studies4.2.4  Prediction methods4.3  Experimental Techniques Using Surrogate Fluids4.4  Flow Stability4.4.1  Static instability4.4 2  Dynamic instability5  New Grade Materials for SCWR5.1  The Candidate Structural Materials for SCWR5.2  Design and Fabrication of New Grade Cladding Materials5.2.1  Processing of ODS steels5.2.2  Microstructural observation5.2.3  Mechanical property5.3  SCW Corrosion Performance5.3.1  Material and methods5.3.2  Corrosion rate5.3.3  Surface oxide analysis5.3.4  Corrosion mechanism5.3.5  SCC susceptibilitySummaryReferenceSUBJECT INDEX