Abstract
The recently proposed fish bone optical model is tested on0α-16 O scattering. Using a microscopic interaction similar to that of resonating group calculations the characteristic rotational bands in20Ne as well as the gross structure of the elastic differential cross section are reproduced. It is shown that the fish bone optical model can be extended by inclusion of a phenomenological imaginary part. A numerical comparison with the corresponding double folding model and with the Saito model confirms the theoretical prediction that the fish bone optical model is a further step towards inclusion of the effect of the Pauli principle in the optical model.
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