Abstract
The polarization of nucleons elastically scattered from light nuclei (e.g., He4, C12, O16, Ca40) is calculated with the aid of an optical model potential constructed from nucleon-nucleon scattering phase shifts, which were derived from the meson theoretical potential. The results are compared with those based on Gammel-Thaler and Signell Marshak phase shifts and with the experimental data. It is concluded that the meson theoretical potential can reproduce the experimental polarization of nucleonlight nuclei scattering. (D. L. C.)
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