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Stainless steel and the nickel-base alloy Inconel are metals with nuclear applications, either in power plants or for geological disposal. Inconel...
The so‑called supercontainer (SC) concept is currently being considered as reference design for the final disposal of vitrified high-level...
Copper is the intended canister material for the disposal of spent nuclear fuel in Sweden. At repository depth the groundwater may contain dissolved...
For high-level and intermediate-level long-lived waste mainly issued from the nuclear industry and especially from the reprocessing of the nuclear...
Swedish Nuclear Fuel and Waste Management Co, SKB, applied for a permit to build a KBS-3 type final repository for spent nuclear fuel at the Forsmark...
The French national radioactive waste management agency (Andra) is investigating disposal of High-Level radioactive Waste (HLW) in a deep geological...
Sulfide-induced corrosion is considered to be the main long-term mode of degradation of the copper-based waste canister for disposal of spent nuclear...
The electrochemical interface between a corroding material’s surface and the ambient aqueous media is central to the material’s behavior. Using...
In France, it is envisaged to dispose of high and intermediate level long lived radioactive waste at a depth of ~500 m in a deep geological disposal...
In Sweden and Finland the KBS-3 concept is planned to be used for disposal of spent nuclear fuel. A canister consisting of a cast iron insert for...
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