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A microscopically based approach for α-nucleus optical potentials at low incident energies is presented. Using a parametrised g-matrix a nuclear matter α-optical potential is formulated. In addition an adapted nuclear structure component which accounts for collective states has been determined. Apart from the Skyrme-based RPA-calculations of the collective states the approach makes consistent use of the g-matrix as an effective interaction. Comparing with experimental elastic scattering data indicates the applicability of the approach for reaction calculations in nucleosynthesis.

MICROSCOPIC APPROACH TO ALPHA-NUCLEUS OPTICAL POTENTIALS FOR NUCLEOSYNTHESIS