Details

Autor(en) / Beteiligte

• Russotto, P
• De Filippo, E
• Pagano, A
• Piasecki, E
• Acosta, L
• Amorini, F
• Anzalone, A
• Auditore, L
• Baran, V
• Berceanu, I
• Boiano, C
• Borderie, B
• Bruno, M
• Cap, T
• Cardella, G
• Castoldi, A
• Cavallaro, S
• Chatterjee, M B
• Chbihi, A
• Colonna, M
• D'Agostino, M
• D'Andrea, M
• M Di Toro
• Fichera, F
• Francalanza, L
• Geraci, E
• Gianì, R
• Gnoffo, B
• Grimaldi, A
• Grzeszczuk, A
• Guazzoni, C
• Guazzoni, P
• Giudice, N
• Kowalski, S
• La Guidara, E
• Lanzalone, G
• Lanzanò, G
• Lombardo, I
• Maiolino, C
• Marquínez-Durán, G
• Minniti, T
• Papa, M
• Pagano, E V
• Passaro, G
• Pirrone, S
• Planeta, R
• Politi, G
• Porto, F
• Quattrocchi, L
• Rivet, M F
• Rosato, E
• Riccio, F
• Rizzo, F
• Saccà, G
• Schmidt, K
• Siwek-Wilczyńska, K
• I Skwira-Chalot
• Trifirò, A
• Trimarchi, M
• Verde, G
• Vigilante, M
• Wieleczko, J P
• Wilczyński, J
• Zambon, P
• Zetta, L
• Zipper, W

Titel

Isospin Against Size Effects In Projectile Dynamical Fission For 112,124Sn+58,64Ni and 124Xe+64Zn Reactions At 35 A.MeV

Ist Teil von

• Journal of physics. Conference series, 2014, Vol.515 (1)

Ort / Verlag

Bristol: IOP Publishing

Erscheinungsjahr

2014

Link zum Volltext

Quelle

EZB Electronic Journals Library

Beschreibungen/Notizen

• In past experiments, mass asymmetric projectile-target combinations124Sn+64Ni and 112Sn+58Ni were investigated at ELab(112'124Sn)=35 A.MeVbeam energybyusing the 4n multi-detector CHIMERA. From a quantitative comparison of cross sections associated to Statistical and Dynamical Fission of the Projectile-Like Fragments, it resulted that Dynamical Fission process is about two times more probable in the neutron rich 124Sn+64Ni system than in the 112 Sn +58 Ni neutron poor one. In contrast, no sizable difference was found for Statistical Fission mechanism. The observed difference in the strength of the Dynamical effects could arise from the difference in entrance channel Isospin (N/Z) content. In order to disentangle Isospin effects from effects due to the different masses of the two systems, a new experiment 124Xe+64Zn at 35 A.MeV beam energy has been recently carried out.