Abstract
The excited states of light neutron-rich isotopes were studied in the reactions of stopped pion absorption. The level structure of the superheavy hydrogen isotopes 4–7H, heavy helium isotopes 6,7He and lithium isotopes 6-12Li were determined up to the excitation energy ∼ 30 MeV. For most nuclei results were obtained in several reaction channels. The wide range of excitation energies provided the possibilities to study isobar-analog states and cluster resonances. Our data are compared with theoretical and experimental results obtained up to now.
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