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Fragment mass distributions for ssion after full momentum transfer were measured in the reactions  of 30Si,34,36 S,31P,40Ar + 238U at bombarding energies around the Coulomb barrier. Mass distributions change signicantly as a function of incident beam energy. The asymmetric ssion probability increases at sub-barrier energy. The phenomenon is interpreted as an enhanced quasission probability owing to orientation effects on fusion and/or quasission. The evaporation residue (ER) cross sections were measured in the reactions of 30Si + 238U and 34S + 238U to obtain information on fusion. In the latter reaction, signicant suppression of fusion was implied. This suggests that ssion events different from compound nucleus are included in the masssymmetric fragments. The results are supported by a model calculation based on a dynamical calculation using Langevin equation, in which the mass distribution for fusion-ssion and quasission fragments are separately determined

Investigation of ﬁssion properties and evaporation residue measurement in the reactions using238U target nucleus

Investigation of ﬁssion properties and evaporation residue measurement in the reactions using²³⁸U target nucleus