Abstract
Cross sections for evaporation residue formation in the systems 58,64Ni+ 92,100Mo have been measured over a large range of energies using the gas-filled magnet technique for the separation of projectiles and evaporation residues. Contrary to the results of previous studies, good arrangement between the experimental data and coupled-channel calculations is observed for both, excitation functions and spin distributions for 64Ni+ 100Mo.
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