Abstract
The scattering cross sections of 17.5 MeV protons from five low-lying states in 23Na and five low-lying states in 25Mg have been analysed with the coupled-channel method. Excitations of rotational bands built on different single-particle states have been taken into account. The interaction potential used contains a macroscopic non-spherical optical part, which gives rise to the collective effects, and a microscopic effective part, which allows the single-particle excitations.
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