Abstract
Differential cross sections were measured for the 13C(α, p) 16N reaction at E α = 118 MeV for an excitation energy range up to 14.5 MeV. Zero-range distorted wave Born approximation (DWBA) calculations were performed using microscopic form factors. Spin-parity assignments are suggested for states at 11.21 MeV (6 −) and 11.81 MeV (7 −) on the basis of Bansal-French-Zamick weak coupling calculations and DWBA calculations. Arguments from 16O(e, e'), 16O(p, p') and the present experiment are given relating to the location of J π = 4 −, T = 1 strength in 16N.
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