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The elastic scattering angular distribution of the $^{16}$O$+^{60}$Ni systemat $260$ MeV was measured in the range of the Rutherford cross section down to$7$ orders of magnitude below. The cross sections of the lowest $2^{+}$ and$3^{-}$ inelastic states of the target were also measured over a several ordersof magnitude range. Coupled channel (CC) calculations were performed and areshown to be compatible with the whole set of data only when including theexcitation of the projectile and when the deformations of the imaginary part ofthe nuclear optical potential are taken into account. Similar results wereobtained when the procedure is applied to the existing data on$^{16}$O$+^{27}$Al elastic and inelastic scattering at $100$ and $280$ MeV. Ananalysis in terms of Dynamical Polarization Potentials (DPP) indicate the majorrole of coupled channel effects in the overlapping surface region of thecolliding nuclei.

Important role of projectile excitation in $^{16}$O+$^{60}$Ni and $^{16}$O+$^{27}$Al scattering at intermediate energies