Abstract
The 16O( 7Li, α) 19F reaction has been studied at 35 MeV up to 11 MeV excitation energy. Comparison with the 16O( 6Li, 3He) 19F and 16O( 6Li, t) 19Ne reactions shows very good agreement up to 5.5 MeV excitation energy and large differences at higher excitation energies which can be explained by different angular momentum matching conditions in the different reactions. The identification of mirror states in A = 19 and of states with (sd) 3 and (sd) 2 (fp) 1 configurations in 19F are discussed.
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