Abstract
Abstract The 32 , 34 S(α,γ) 36 , 38 Ar reactions have been studied over an energy range E x = 3.2–4.3 MeV. Of the thirteen resonances observed in this energy region, three are attributed to 32 S and ten to 34 S. The excitation energies and resonance strengths are reported. The main decay of all levels is directly to the ground state, permitting definite spin and parity assignments to all resonances from angular distribution data. The resonance strengths support the isobaric spin selection rule for electric dipole transitions in self-conjugate nuclei.
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