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Abstract: Direct nuclear reactions and are described in the framework of three-body Faddeev-type equations. Differential cross section and analyzing powers are calculated using several optical potential models and compared with the experimental data. Quite satisfactory agreement is found except for few systematic discrepancies. [Copyright &y& Elsevier]

Abstract: The elastic and inelastic proton scattering on nuclei are studied in a folding model formalism of nucleon–nucleus optical potential and inelastic form factor. The DDM3Y effective interaction is used and the ground state densities are obtained in continuum Skyrme-HFB approach. A semi-microscopic approach of collective form factors is done to extract the deformation parameters from inelastic scattering analysis while the microscopic approach uses the continuum QRPA form factors. Implications of the values of the deformation parameters, neutron and proton transition moments for the nuclei are discussed. The p-analyzing powers on nuclei are also predicted in the same framework. [Copyright &y& Elsevier]

We report on a microscopic Refined Resonating Group Model (RRGM) calculation of scattering of p off 3He employing the Argonne-v14 and the Bonn nucleon–nucleon potentials without three-nucleon forces at low energies up to 30 MeV. The calculated phase shifts verify the well-known proton analyzing power Ay problem. We demonstrate that with corrected 3P2 phase shifts experimental differential cross-section and analyzing power data can be explained. [Copyright &y& Elsevier]