
doi: 10.2172/10184778
Heat loading limits have been established for four storage configurations of TRU wastes. The calculations were performed assuming the worst case scenario whereby all the heat generated within a drum was generated within one ``cut`` and that this cut was located in the very center of the drum. Poly-boxes containing one HEPA filter were assumed to have a uniform heat generation throughout the filter. The maximum allowable temperatures were based on the materials in the containers. A comparison between the drum center temperature for a uniform heat load distribution and for the center temperature when the heat load is confined to one cut in the center of the drum is also illustrated. This comparison showed that the heat load of a particular drum can be more than doubled by distributing the sources of heat uniformly throughout the container.
Waste Disposal And Storage, Radioactive Waste Storage, 36 Materials Science, Temperature Dependence, 540, Containers, Solid Wastes 052002, Pvc, Physical Properties, Alpha-Bearing Wastes, Packaging, 360606, Temperature Distribution, Thermal Degradation, 12 Management Of Radioactive And Non-Radioactive Wastes From Nuclear Facilities, Safety
Waste Disposal And Storage, Radioactive Waste Storage, 36 Materials Science, Temperature Dependence, 540, Containers, Solid Wastes 052002, Pvc, Physical Properties, Alpha-Bearing Wastes, Packaging, 360606, Temperature Distribution, Thermal Degradation, 12 Management Of Radioactive And Non-Radioactive Wastes From Nuclear Facilities, Safety
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