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Fission fragment mass distributions in the reaction of 30Si+238U  were measured around the Coulomb barrier. At the above-barrier energies, the mass  distribution showed a Gaussian shape. At the subbarrier energies, triple-humped  distribution was observed, which consists of symmetric fission and asymmetric fission  peaked at  AL/AH  ≈ 90/178. The asymmetric fission should be attributed to quasifission from the results of  the measured evaporation residue (ER) cross-sections for 30Si+238U.  The cross-section for 263Sg at the abovebarrier energy agree with the  statistical model calculation which assumes that the measured fission cross-section  originates from fusion-fission, whereas the one for 264 Sg measured at the sub-barrier  energy is smaller than the calculation, which suggests the presence of quasifission

Effects of nuclear orientation on fusion and fission in the reaction using238U target nucleus

Effects of nuclear orientation on fusion and fission in the reaction using²³⁸U target nucleus