Abstract
The interference between dipole and quadrupole radiative capture of fast nucleons is investigated on the basis of the direct-semidirect model. It is shown how the use of contour maps of the interference factor here introduced can be a valuable tool in indicating the more appropriate energy-angle areas for investigating the presence ofE2-collectivity. The model is used to calculate angular distributions of emitted photons for radiative capture of (6÷40) MeV neutrons and protons by the same target nucleus, lead 208. Encouraging results are obtained in the comparison between theory and experiment for higher energies.
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