Abstract
Shell-model calculations for spin-dipole transitions in the ( π −, γ) reaction on 6,7Li, 9Be, 11B, 13C and 14N are compared with experimental data. The gross structure of resonance is discussed in terms of configurational splitting and symmetry considerations. Quantum numbers of resonances, total and partial yields are considered. Selected ( π −, γn) and ( gp −, γn γ′) coincidence experiments are proposed. The role of quadrupole and quasielastic excitation is also briefly discussed.
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