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Studying the ejection of light charged particles induced by 50 MeV 3He ions upon interacting with a 112Sn nucleus

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Experimental double-differential and integral spectra of (3He, xp), (3He, xd), (3He, xt), (3He, x3He) and (3He, xα) reactions on 112Sn nuclei induced by 50 MeV 3He ions are presented. Theoretical… Click to show full abstract

Experimental double-differential and integral spectra of (3He, xp), (3He, xd), (3He, xt), (3He, x3He) and (3He, xα) reactions on 112Sn nuclei induced by 50 MeV 3He ions are presented. Theoretical calculations of the experimental inclusive spectra of the reactions are performed using the exciton model of preequilibrium decay. The corresponding mechanisms of reactions are determined. The experimental results can be used to develop new approaches in the theory of nuclear reactions, and to design safe and wasteless hybrid nuclear power plants.

Keywords: induced mev; studying ejection; 3he ions; ejection light; 3he 3he; mev 3he

Journal Title: Bulletin of the Russian Academy of Sciences: Physics
Year Published: 2017

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