WIMMER, K.; DOORNENBAL, P.; KORTEN, W.; ARICI, T.; AGUILERA, P.; ALGORA, A.; ANDO, T.; BABA, H.; BLANK, B.; BOSO, A.; CHEN, S.; CORSI, A.; DAVIES, P.; DE ANGELIS, G.; DE FRANCE, G.; DOHERTY, D.T.; GERL, J.; GERNHÄUSER, R.; JENKINS, D.; KOYAMA, S.; MOTOBAYASHI, T.; NAGAMINE, S.; NIIKURA, M.; OBERTELLI, A.; LUBOS, D.; RUBIO, B.; SAHIN, E.; SAITO, T.Y.; SAKURAI, H.; SINCLAIR, L.; STEPPENBECK, D.; TANIUCHI, R.; WADSWORTH, R.; ZIELINSKA, M.

doi:10.1016/j.physletb.2019.06.014

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WIMMER, K.

DOORNENBAL, P.

KORTEN, W.
Institut de Recherches sur les lois Fondamentales de l'Univers [IRFU]

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Phys.Lett.B. 2019, vol. 795, p. 266-270

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The proton-rich isotope 68 Br was discovered in secondary fragmentation reactions of fast radioactive beams. Proton-rich secondary beams of 70,71,72 Kr and 70 Br, produced at the RIKEN Nishina Center and identified by the BigRIPS fragment separator, impinged on a secondary 9 Be target. Unambiguous particle identification behind the secondary target was achieved with the ZeroDegree spectrometer. Based on the expected direct production cross sections from neighboring isotopes, the lifetime of the ground or long-lived isomeric state of 68 Br was estimated. The results suggest that secondary fragmentation reactions, where relatively few nucleons are removed from the projectile, offer an alternative way to search for new isotopes, as these reactions populate preferentially low-lying states.< Réduire

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Radioactive beams

New isotope

Direct reaction

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Discovery of $^{68}$Br in secondary reactions of radioactive beams

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