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The Coulomb effect in high energy antiproton-nucleus elastic and inelastic scattering from (12)~C and (16)~O isstudied in the framework of Glauber multiple scattering theory for five kinetic energies ranged from 0.23 to 1.83 GeV.A microscopic shell-model nuclear wave functions, Woods Saxon single-particle wavc functions, and experimental pNamplitudes are used in the calculations. The results show that the Coulomb effect is of paramount importance for fillingup the dips of differential cross sections. We claim that the present result for inelastic scattering of antiproton-~(12)C issufficiently reliable to be a guide for measurements in the very near future. We also believe that antiproton nucleuselastic and inclastic scattering may produce new information on both the nuclear structure and the antinucleon-nucleoninteraction, in particular the p-neutron interaction.
The Coulomb effect in high energy antiproton-nucleus elastic and inelastic scattering from (12) ~ C and (16) ~ O is studied in the framework of Glauber multiple scattering theory for five kinetic energies ranged from 0.23 to 1.83 GeV.A microscopic shell-model Nuclear wave functions, Woods Saxon single-particle wavc functions, and experimental pNamplitudes are used in the calculations. The results show that the Coulomb effect is of paramount importance for filling up the dips of differential cross sections. We claim that the present result for inelastic scattering of antiproton- ~ (12) C issufficiently reliable to be a guide for measurements in the very near future. We also believe that antiproton nucleuselastic and inclastic scattering may produce new information on both the nuclear structure and the antinucleon-nucleon interaction, in particular the p -neutron interaction.