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Multimodal fission in heavy-ion induced reactions

par Pokrovskiy, I.V.;Bogachev, A.A.;Iitkis, M.G.;Iitkis, J.M.;Kondratiev, N.A.;Kozulin, E.M.;Dorvaux, O.;Rowley, Neil;Schmitt, Christian;Stuttge, Louise;Hanappe, Francis ;Kinnard, V.
Référence AIP Conference Proceedings, 853, page (192-197)
Publication Publié, 2006

Article révisé par les pairs

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Résumé :

Mass, energy and folding angle distributions of the fission fragments as well as multiplicities of neutron and gamma-quanta emissions accompanying the fission process were measured for fission of 226Th, 227Pa and 234Pu compound nuclei produced in reactions with 18O and 26Mg projectiles over a wide energy range. Data were analyzed with respect to the presence of fission modes. Asymmetric fission was observed even at very high initial excitation for all the measured systems. The so-called fission mode S1 (caused by the proton shell Z∼50 and neutron shell N∼82 in heavy fragment) was found to be dominant in asymmetric fission of 234Pu. Reactions with not full linear momentum transfer were observed in the folding spectra for all the measured systems. © 2006 American Institute of Physics.