The excited states of neutron-rich Fe isotopes have been studied through a multinucleon transfer reaction of a 70Zn beam on a 238U target. Unambiguous identification of prompt γ rays belonging to each nucleus was performed by coincidence detection of the ions in a high-acceptance magnetic spectrometer. The observed spectra are compared with large-scale shell-model calculations in the fpgd model space.
SPECTROSCOPY OF NEUTRON-RICH Fe ISOTOPES POPULATED IN THE 70Zn+238U REACTION
Lenzi S. M.;Recchia F.;Farnea E.;Marginean R.;Mengoni D.;Montagnoli G.;Scarlassara F.;Valiente-Dobon J. J.;
2024
Abstract
The excited states of neutron-rich Fe isotopes have been studied through a multinucleon transfer reaction of a 70Zn beam on a 238U target. Unambiguous identification of prompt γ rays belonging to each nucleus was performed by coincidence detection of the ions in a high-acceptance magnetic spectrometer. The observed spectra are compared with large-scale shell-model calculations in the fpgd model space.
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