No abstract

A complete set of analyzing powers (iT», Tzo, Tz, , and Tzz) are reported for the elastic scattering of 50 MeV Li by ' C. They are as large as or larger than those measured earlier for 30 MeV Li. A combined optical model analysis of both energies shows Tz& to arise from the tensor interaction, Tzo to involve a combination of tensor and J-dependent interactions, and iT» to be the most complicated, arising from an explicit spin-orbit, as well as tensor and J-dependent interactions. A coordinate transformation of the data and calculations, suggested in the earlier work of Hooton and Johnson, provides the clearest evidence for the need of a tensor interaction to describe Li scattering. Examining the optical model calculations in terms of transferred angular momentum amplitudes provides further insight into the role played by each interaction. Also presented are the analyzing powers for the "He( Li, He) polarimeter reaction at this higher bombarding energy.PACS number(s): 24.70.+s, 24. 10.Ht, 25.70.Bc, 21.30.+y

No abstract

On page 1899, just below Eq. ͑4͒, the component T R (d) of the 6 Li-4 He second-rank tensor potential, coming from the deuteron-4 He tensor interaction was wrongly named the deuteron-target tensor potential. Equation ͑5͒ and the two sentences preceding it refer to the d-4 He second-rank tensor potential T R d-4 He (d) and T R (d) in this equation and these lines should be replaced by T R d-4 He (d). The component T R (d) was derived from this deuteron tensor potential using a cluster-folding model of 6 Li and T R (d), shown by the dashed curve in Fig. 6. The results and conclusions as presented in the paper remain unchanged.

No abstract