Abstract
Proton differential cross-section and polarization are calculated for the rreactions C 12(d, p)C 13 (1st excited state) and Si 28(d, p)Si 29 at deuteron energies of 6 MeV and 15 MeV, respectively. The D.W.B.A. is employed and spin-dependent proton distortion is taken into account. Spin-orbit distortion is found to leave a small effect on the cross-sections, but the polarization is found to be large. In the case of the Si 28 reactions good agreement with the experimental polarization is obtained. An approximate treatment of both deuteron and proton spin-dependent distortion is developed and partially justified. Relatively simple expression for the polarization effects are obtained.
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