Nucleon-transfer reactions and fission in the system /sup 232/Th+/sup 40/Ar
В.Л. Михеев, A.G. Artyukh, V. V. VOLKOV, G.F. Gridnev, M. Gruszecki, W. Karcz, Andrey Mezentsev, В. М. Морозов, L. Pomorski
Abstract
В.Л. Михеев, A.G. Artyukh, V. V. VOLKOV, G.F. Gridnev, M. Gruszecki, W. Karcz, Andrey Mezentsev, В. М. Морозов, L. Pomorski
Abstract
Interaction of 300- and 390-MeV /sup 40/Ar ions with /sup 232/Th nuclei was studied by measuring coincidences of light nucleon-transfer-reaction products (Z = 6--20) with fission fragments from heavy products (Z = 102--88). The obtained angular distributions of fission fragments in the reaction plane are anisotropic. The nuclear fission probabilities are estimated in the excitation-energy range from 10 to 100 MeV. The ternary fission effect with emission of carbon nuclei at 90/sup 0/ to the c.m. axis of separation of the fragments is obtained.
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Interaction of 300- and 390-MeV /sup 40/Ar ions with /sup 232/Th nuclei was studied by measuring coincidences of light nucleon-transfer-reaction products (Z = 6--20) with fission fragments from heavy products (Z = 102--88). The obtained angular distributions of fission fragments in the reaction plane are anisotropic. The nuclear fission probabilities are estimated in the excitation-energy range from 10 to 100 MeV. The ternary fission effect with emission of carbon nuclei at 90/sup 0/ to the c.m. axis of separation of the fragments is obtained.
Key concepts: Fission, Cluster decay, Nuclear reaction, Cold fission, Excitation, Nuclear physics, Nucleon, Atomic physics