Abstract
Measurement of [gamma], [gamma][gamma]-coincidence, internal conversion electron and [gamma]-ray angular distribution spectra for the [sup 114]Sn([ital p],[ital n][gamma])[sup 114]Sb reaction were made at 7.8 and 8.0 MeV bombarding proton energies with Ge [gamma]-ray and superconducting magnetic lens-plus-Si(Li) electron spectrometers. The energies and relative intensities of 74 [sup 114]Sb [gamma] rays, as well as the internal conversion coefficients of 31 [sup 114]Sb transitions have been determined and new angular distribution data have been obtained for 26 [gamma] rays. From this information, a more complete and consistent level scheme has been deduced. Spin and parity values have been determined from the internal conversion coefficients, Hauser-Feshbach analysis of the ([ital p],[ital n]) reaction cross sections, and the [gamma]-ray angular distributions. The low-lying levels were grouped into proton-neutron multiplets and the energy splitting of these multiplets have been interpreted in terms of the parabolic rule.
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