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The evolution of the nearfield in a deep geological repository after closure defines the corrosion evolutionary path which describes the time-...
In the present work, the author examined the corrosion behavior of copper, which is one of the candidate metals as overpack. In...
Waste packages expected to long-term containment are sealed by welding after the waste is placed inside. The chemical composition and metal structure...
The Copper Sulfide Model (CSM) has been developed to predict the evolution of the corrosion behaviour of copper canisters under repository conditions...
Au sein de la Direction de la R&D de l'Andra, le service colis et matériaux est responsable de l’évaluation du comportement des déchets...
Archaeological wood-iron assemblies often testify of an intense sulfide-generating microbial activity. When remains such as shipwrecks stay in...
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Copper canisters for the final disposal of spent nuclear fuel are expected to be subject to general (uniform) corrosion and a limited degree of...
Canada’s plan for the long-term disposal of spent nuclear fuel in a deep geologic repository (DGR) designed by the Nuclear Waste Management...
In France, the radioactive wastes will be confined in a vitreous matrix surrounded by steel barriers. The nuclear packages will evolve 500 m deep in...
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