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- W2001056294 abstract "Ion bombardment of U-3.5 wt. % Si-1.5 wt. % Al has produced swelling which corresponds qualitatively with that observed in-reactor. Samples were bombarded with 0.5–2 MeV argon ions to damage levels corresponding with those produced by fluences of 2.8–8.1 × 1025 fissions/m3; temperatures were 570–950 K. Up to 200 vol % swelling was recorded in unrestrained samples, with a maximum at 670–870 K. The results are interpreted in terms of swelling due to void/bubble formation. Le bombardement ionique d'un alliage d'uranium à 3,5% Si et 1,5% Al (en poids) a produit un gonflement qui correspond qualitativement à celui observé en réacteur. Les échantillons furent bombardés avec des ions argon de 0,5 à 2 MeV à des niveaux d'endommagement correspondant à ceux produits par des fluences neutroniques de 2,8 a 8,1 × 1025 fissions/m3 et à des températures de 570 à 950 K. Un gonflement atteignant 200 % a été enregistrè dans des échantillons non déformés, gonflement atteignant un maximum à 670–870 K. Les résultats sont interprétés en termes de gonflement dû à la formation de vides/bulles. Der Ionenbeschuss von U-3,5% Si-1,5% Al ruft ein Schwellen hervor, das qualitativ den Beobachtungen unter Bestrahlung entspricht. Die Proben wurden mit Ar-Ionen zwischen 0,5 und 2 MeV bei Temperaturen zwischen 570 und 950 K beschossen; die Strahlenschäden entsprechen denen, die mit einer Neutronendosis zwischen 2,8 und 8,1× 1025 Spaltungen pro m3 erzeugt werden. In spannungsfreien Proben wurde ein Schwellen bis zu 200 Vol. % mit einem Maximum zwischen 670 und 870 K beobachtet. Die Ergebnisse werden in Hinblick auf das Schwellen durch Poren- und Blasenbildung gedeutet." @default.
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- W2001056294 date "1976-03-01" @default.
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- W2001056294 title "Simulation of in-reactor swelling in U-3.5 wt % Si-1.5 wt % Al by ion bombardment" @default.
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- W2001056294 doi "https://doi.org/10.1016/0022-3115(76)90058-1" @default.
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