The results of experimental and theoretical studies of the double-differential proton and neutron spectra measured in coincidence with fission fragments in the deuteron-induced reaction on a ~(238)U target at E_d = 65 MeV are presented. These spectra measured in the forward direction are analyzed in the planewave Born approximation by using the modified model of stripping into a continuum. The pre-neutron emission fission fragment mass distributions were measured for the (d,f), (d,pf), and (d,nf) reaction channels. The enhancement of highly asymmetric mass division in the (d,pf) channel for the low-energy part of the breakup proton spectrum was observed. The (d,pf) channel can be used to imitate the neutroninduced fission at intermediate energy. The fission characteristics were analyzed in the model taking into account nuclear friction and relevant fission modes.
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