Feasibility of neutron coincidence counting for spent TRISO fuel

Keyphrases

• 235U 100%
• Pebbles 100%
• Neutron Counter 100%
• Neutron multiplicity Counting 100%
• Relative Uncertainty 50%
• High Efficiency 50%
• Neutron 50%
• Exposure Rate 50%
• Fuel Consumption 50%
• Source Strength 50%
• Counter-based 50%
• Straw 50%
• High-temperature Reactor 50%
• Gamma Rays 50%
• Pebble Bed Reactor 50%
• Intrinsic Efficiency 50%
• Neutronics 50%
• Gamma-ray Sources 50%
• Fuel Characterization 50%
• Burnup 50%
• Used Fuel 50%
• Neutron Detection Efficiency 50%
• Low gamma 50%
• Fission Product Retention 50%
• Straw Detector 50%
• Boron Coated Straws 50%

Engineering

• Gamma Ray 100%
• Multiplicity 66%
• Source Strength 33%
• Burnup 33%
• Neutronics 33%
• Pebble Bed Reactor 33%
• Fission Product 33%
• High Temperature Gas Reactors 33%
• Ray Source 33%

Physics

• Gamma Radiation 100%
• High Temperature Gas 50%
• Gamma-Ray Sources 50%
• Neutronics 50%
• Pebble Bed Reactor 50%