Abstract
The 122, 124, 125, 126, 128, 130Te( 3He, n) reactions have been studied at an incident energy of 25.4 MeV using the University of Colorado 9 m neutron time-of-flight facility. Angular distributions of neutrons have been measured for all targets over the angular range 0°–22°. In addition to the ground state transitions relatively strong L = 0 transitions to excited levels in the region of 2.0 MeV are observed in all residual nuclei. The experimental results are compared to zero-range DWBA predictions. Pairing model calculations are able to account for the strongly excited low-lying J π = 0 + states observed.
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