Single-particle strengths for quasibound levels in 33Cl

The reaction ³²S(³He,d)³³Cl has been studied at bombarding energies of 29.7 and 34.5 MeV. Angular distributions measured for levels up to 8.7-MeV excitation were analyzed with the distorted-wave Born approximation, utilizing for the quasibound levels a resonance-form-factor technique developed previously. The resulting spectroscopic factors are compared with the 15-MeV (³He,d) results of Morrison, with values deduced from elastic scattering widths, and with recent theoretical calculations. Significant disagreements with the 15-MeV results are observed for the ground state ($l_p=2$) and 2.69-MeV level ($l_p=3$), while reasonable agreement with the elastic scattering results are observed for $l_p=3$ levels of higher excitation.