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Microscopic optical model potential results for reaction cross sections ofproton elastic scattering are presented. The applications cover the 10-1000 MeVenergy range and consider both stable and unstable nuclei. The study is basedon in-medium g-matrix full-folding optical model approach with the appropriaterelativistic kinematic corrections needed for the higher energy applications.The effective interactions are based on realistic NN potentials supplementedwith a separable non-Hermitian term to allow optimum agreement with current NNphase-shift analyzes, particularly the inelasticities above pion productionthreshold. The target ground-state densities are obtained fromHartree-Fock-Bogoliubov calculations based on the finite range, densitydependent Gogny force. The evaluated reaction cross sections for protonscattering are compared with measurements and their systematics is analyzed. Asimple function of the total cross sections in terms of the atomic mass numberis observed at high energies. At low energies, however, discrepancies with theavailable data are observed, being more pronounced in the lighter systems.

Reaction cross sections for proton scattering from stable and unstable nuclei based on a microscopic approach