Application of the diffraction theory to proton scattering by the 15C nucleus in inverse kinematics

E. T. Ibraeva, A.M. Zhusupov, Onlasun Imambekov, G.S. Nurbakova

2009

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DOI 10.3103/s1062873809060318
Data confidence 70 medium
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Abstract

The calculation of the amplitude of proton elastic scattering by unstable neutron-rich nucleus 15 C within the Glauber diffraction theory with the 15 C nucleus wave function in the multiparticle shell model is presented. In optical limit approximation (single scattering), the differential cross section of proton elastic scattering is calculated at energies of 0.2, 0.6, and 1 GeV/nucleon. For an energy of 0.2 GeV/nucleon, the contribution of double scattering, determining the differential cross section at angles exceeding 20° is taken into account.