7Li+12C: Complete sets of analyzing powers for inelastic scattering and single-nucleon stripping

Complete sets of analyzing powers have been obtained for a large number of inelastic scattering and single-nucleon stripping channels for 34-MeV polarized 7Li+12C. We present data for inelastic excitation to the 0.478-MeV 1/2- state of 7Li, the 4.44-MeV 2+, 7.65-MeV 0+, and 9.64-MeV 3- states of 12C and for mutual excitation of the 1/2- and 2+ states, single-neutron stripping to the 0.0-MeV 1/2-, 3.09-MeV 1/2+, and 3.85-MeV 5/2+ states and an unresolved multiplet centered at 7.6 MeV of 13C, and single-proton stripping to the 0.0-MeV 1/2- state and an unresolved doublet of the 3.51-MeV 3/2- and 3.55-MeV 5/2+ states of 13N. These data are analyzed with the continuum-discretized-coupled-channels approach using cluster-folding model form factors in a calculation that includes all the known physics for these systems