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Describing the Spin Dependence of p-Wave Neutron Scattering on Spherical Nuclei in a Two-Phonon Approximation of the Coupled Channel Technique

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The spin dependence of p-wave neutron scattering by spherical nuclei in region A ≈ 60–130 is analyzed. The spin-orbit splitting of the 3p-maximum of the neutron force function is described… Click to show full abstract

The spin dependence of p-wave neutron scattering by spherical nuclei in region A ≈ 60–130 is analyzed. The spin-orbit splitting of the 3p-maximum of the neutron force function is described using a two-phonon approximation of the coupled channel thechnique. The cross section of inelastic neutron scattering through a composite nucleus is comparable to that of the direct excitation of collective states at an energy of ∼1 MeV.

Keywords: spin dependence; neutron scattering; dependence wave; spherical nuclei; scattering spherical; wave neutron

Journal Title: Bulletin of The Russian Academy of Sciences: Physics
Year Published: 2020

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