Final assessment of the copper-electroplating technique for monitoring hyperstoichiometry in as-fabricated CANDU fuel
Initial assessment of the copper electroplating technique for monitoring hyperstoichiometry in as-fabricated CANDU fuel
A pragmatic approach to modelling thermal conductivity of irradiated uo2 fuel : review and recommendations
A model for thermal conductivity of irradiated uo2 fuel
Modelling of UO2-based SIMFUEL thermal conductivity
Modelling of uo2-based simfuel thermal conductivity. the effect of the burnup
Phonon scattering in simfuel - simulated high burnup uo2 fuel
Effects of hyperstoichiometry and fission products on the electrochemical reactivity of uo2 nuclear fuel
Tandem accelerator studies of candidate carrier materials for pu/actinide-waste burners
Ferroelectric-domain structure in piezoelectric ceramics
Specific heat measurements of uo2 and simfuel
Development of inert-matrix materials for plutonium burning or actinide-waste annihilation
Thermal properties of simfuel
Task 1.4 simfuel preparation and testing. final report on work carried out by AECL research for the belgonucleaire high burnup chemistry program
Preparation and characterization of simfuel : simulated CANDU high-burnup nuclear fuel
Microdensity measurements in CANDU fuel. 1. method of measuring radial density in CANDU fuel
CANDU inert-matrix fuel
Thermophysical properties of uo2 and simfuel - simulated high-burnup fuel
Microstructural features of simfuel - simulated high-burnup uo2-based nuclear fuel
Preparation and applications of simulated high-burnup nuclear fuel