Abstract
Several recent experiments at the Holifield Radioactive Ion Beam Facility using neutron-rich radioactive ion beams (RIBs) are briefly described. These experiments contribute significantly to the growing list of techniques currently used with RIBs. Recent fusion-evaporation cross-section measurements below the Coulomb barrier for the 132Sn + 64Ni reaction suggest enhancement as compared to 124Sn + 64Ni reaction. These studies are being expanded to include reactions with 134Sn. The g factor of the first 2+ state in 132Te has been measured to be 0.35(5) through the recoil-in-vacuum technique. Angular distributions have been measured in the reaction 13C(134Te,135Te)12C at 550 MeV and used to suggest the spin and parity of a new 2109 keV state in 135Te as , suggesting a single-particle configuration of . Decay spectroscopy may be further enhanced using a ranging-out technique to reduce the isobaric impurity of neutron-rich beams.
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