The path for innovative severe accident neutronics studies in ZPRs. Part I.1 - Analysis of SNEAK-12A experiments for core disruption in LMFBRs

Keyphrases

• Karlsruhe 100%
• Severe Accident 100%
• LMFBR 100%
• Core Disruption 100%
• Neutronic Study 100%
• Keff 66%
• Material Balance 33%
• Monte Carlo Code 33%
• Nuclear Data 33%
• Uncertainty Analysis 33%
• Sensitivity Analysis 33%
• Core Design 33%
• Sodium Fast Reactor 33%
• Serpent 2 33%
• Reactivity Coefficients 33%
• Calculation Scheme 33%
• Project-led 33%
• Detector Response 33%
• Flux Distribution 33%
• Uncertain Data 33%
• Heterogeneous Media 33%
• Neutron Cross Section 33%
• Core Calculations 33%
• Zero Power Reactor 33%
• Material Relocation 33%
• Zephyr 33%
• Design Capacity 33%
• Nuclear Data Library 33%
• Core Degradation 33%
• JEFF-3.1.1 33%
• ERANOS 33%
• Axial Flux 33%
• Deterministic Calculation 33%
• Neutronics Codes 33%
• New Benchmark 33%
• Strongly Heterogeneous 33%
• Self-shielded 33%
• Code Validation 33%
• Data Sensitivity 33%
• International Community 33%
• TRIPOLI-4® 33%
• Heterogeneous Interface 33%
• Degradation Sequences 33%

Engineering

• Experimental Result 100%
• Neutronics 100%
• Disruptions 100%
• Severe Accident 100%
• Liquid Metal Fast Breeder Reactor 100%
• Cross Section 50%
• Material Balance 50%
• Fast Reactor 50%
• Power Reactor 50%

Material Science

• Sodium 100%