Elsevier

Nuclear Physics A

Volume 469, Issue 3, 3 August 1987, Pages 445-466
Nuclear Physics A

The 116Si(d, p)117Sn l=0 reaction mechanism at intermediate energies

https://doi.org/10.1016/0375-9474(87)90032-7Get rights and content

Abstract

We report measurements of the cross section, proton polarization, and deuteron vector (Ay) and tensor (Ayy) analyzing powers for the 116S(d, p)117)Sn reaction to the 12+ ground state of 117Sn at Ed = 79.0 MeV. The polarization was observed as the analyzing power in the time-reversed 117Sn(p, d)116Sn reaction. Adiabatic model calculations of the deuteron elastic channel reveal significant 3D-wave breakup contributions to the elastic cross section. Satisfactory agreement with the transfer reaction data is nevertheless obtained using adiabatic calculations which include only 3S-wave breakup and the bound deuteron D-state. The influence of the deuteron spin-orbit distortions on the polarization and vector analyzing power is reduced through a combination of the effects of angular momentum mismatch and deuteron channel absorption.

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    Present address: Princeton University, Princeton, NJ 08540, USA.

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