Physics Department, University of Bergen, Bergen, Norway
Department of Physics and Laboratory for Nuclear Science, Massachusetts Institute of Technology, Cambridge, Massachusetts, USA
Abstract:
The 31P(3He, d)32S reaction has been studied with high resolution at 12 MeV bombarding energy. A detailed level scheme for 32S has been determined up to an excitation energy of 9.5 MeV revealing several previously unobserved states. The lp values and absolute spectroscopic factors extracted from a DWBA analysis of the experimental deuteron angular distributions have provided information on the wave functions for the T = 0 states as well as for the T = 1 isobaric analogue states of 32P. A comparison between the present data and those of previous experiments is made, and the results are discussed in terms of existing theoretical work in this mass region. Information on Coulomb displacement and symmetry energies is also extracted.