Improvement of Fuel Oil Contaminated Soils by Additives
The Role of ORIGEN-S in the Design of Burnup Credit Spent Fuel Casks
Spent Fuel Characteristics Potentially Relevant to Repository Design Assessment
Spent Fuel Characteristics Provided by the CDB?An Update
Occurrence of Metallic Phases in Spent Nuclear Fuel: Significance for Source Term Predictions for High-Level Waste Disposal
On the Particle Size Distribution of Crushed Spent Fuel
Impacts of Transportation Regulations on Spent Fuel and High Level Waste Cask Design
Ontario Hydro's Plan for Used Nuclear Fuel
Uranyl Oxide Hydrates and Uraninite Corrosion: Relevance to Natural Analogue Studies of Spent Fuel Corrosion
The German Cask-Concept for Intermediate and Final Storage of Spent Fuel
Labeling of the Spent Fuel Waste Package
Preclosure Assessment of the Canadian Nuclear Fuel Waste Disposal Concept
Convective Heat Transfer in Spent Fuel Canisters
Equivalence to 1,000 MTHM of Spent Fuel: Application of 40 CFR Part 191 to Other Wastes
International Status of Dry Storage of Spent Fuels
Behaviour of Used CANDU Fuel Stored in 150?C Moisture-Saturated Air
Near-Field Radiation Doses from Transported Spent Nuclear Fuel
Ontario Hydro Used Fuel Transportation Assessment
Performance-Assessment Comparisons for a Repository Containing LWR Spent Fuel or Partitioned/Transmuted Nuclear Waste
Oxidation of Spent Fuel in Air at 175? to 195?C
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