Abstract
Abstract The reaction 12 C(p,γ) 13 N has been studied for 40 MeV ⩽ E p ⩽ 54 MeV with a large-volume anticoincidence NaI spectrometer. Angular distributions have been measured for excited states up to 11 MeV. We observe transitions to states having a dominant single-particle character and also states with an excited 2 2 12 C core. We compare the data to a direct semi-direct model calculation. There is no evidence for excitation of the second harmonic of the giant dipole resonance. Structure observed near E γ = 24 MeV may be due to 12 C(p,ṕγ).
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