Abstract
Fusion excitation functions for 16,17 O + 144 Sm have been measured to high precision. The extracted fusion barrier distributions show a double-peaked structure interpreted in terms of coupling to inelastic collective excitations of the target. The effect of the positive Q-value neutron stripping channel is evident in the reaction with 17 O. Fission and evaporation residue cross-sections and excitation functions have been measured for the reaction of 16 O + 208 Pb and the fusion barrier distribution and fission anisotropies determined. It is found that the moments of the fusion ℓ-distribution determined from the fusion and fission measurements are in good agreement.
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