Abstract
The 25Mg(p, γ)26Al reaction has been studied at six resonances in the region of 675 keV to 960 keV. New levels have been located at 2.32 MeV, 3.16 MeV, 3.76 MeV and 4.55 MeV, and the level at 2.09 MeV is shown to be a close doublet. Spins and parities have been assigned on the basis of angular distribution measurements. The resonances are shown to be reasonably pure isotopic spin states with the main transitions being E1 transitions satisfying the isotopic spin selection rules.
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