Abstract
Inelastic scattering to the low-lying collective states in 40Ca excited by 500 MeV protons is examined using both relativistic and nonrelativistic microscopic optical model potentials in the Tassie model. The non-standard shapes produced by these microscopic models does not produce different deformation lengths than those obtained using standard Woods-Saxon shapes. For comparison, calculations using the distorted wave impulse approximation are presented.
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