Abstract
The radiative capture alpha particle reaction in 30Si has been studied in the energy range from 3.25 to 4.25 MeV. Thirty-six resonances corresponding to excited states in 34S were observed and for sixteen of these which decay appreciably by ground state transitions, the spins and parities have been uniquely determined by angular distribution measurements. The main modes of decay have been obtained from gamma spectra and the partial resonance strengths of these levels evaluated. The average values of the deduced radiative widths in Weisskopf units agree with measurements of E1 and E2 transitions in other nuclei.
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