Preliminary outcome of ISODEC experiment, performed at INFNLNS with the CHIMERA array, are presented. Disintegration path dependence on the entrance-channel N/Z ratios (isospin asymmetries) for the reactions 78Kr+40Ca and 86Kr+48Ca at 10 A·MeV, which give origin to the intermediate systems 118Ba and 134Ba, is being investigated. Staggering effects seem to be present as it was the case of a complementary measurement performed at GANIL at lower energy, i.e. 78, 82Kr+40Ca at 5.5 A·MeV.
Preliminary outcome of ISODEC experiment, performed at INFNLNSwith the CHIMERA array, are presented. Disintegration pathdependence on the entrance-channel N/Z ratios (isospin asymmetries)for the reactions 78Kr+40Ca and 86Kr+48Ca at 10 A·MeV, which giveorigin to the intermediate systems 118Ba and 134Ba, is being investigated.Staggering effects seem to be present as it was the case ofa complementary measurement performed at GANIL at lower energy,i.e. 78,82Kr+40Ca at 5.5 A·MeV.
Decay modes of the systems formed in the reactions 78Kr+40Ca and 86Kr+48Ca
S. Pirrone;Politi G;E. De Filippo;F. Amorini;M. Colonna;E. Geraci;E. La Guidara;I. Lombardo;A. Pagano;M. Papa;P. Russotto;VERDE G
2012-01-01
Abstract
Preliminary outcome of ISODEC experiment, performed at INFNLNSwith the CHIMERA array, are presented. Disintegration pathdependence on the entrance-channel N/Z ratios (isospin asymmetries)for the reactions 78Kr+40Ca and 86Kr+48Ca at 10 A·MeV, which giveorigin to the intermediate systems 118Ba and 134Ba, is being investigated.Staggering effects seem to be present as it was the case ofa complementary measurement performed at GANIL at lower energy,i.e. 78,82Kr+40Ca at 5.5 A·MeV.| File | Dimensione | Formato | |
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