Calibration of the experimental data for 197Au + 197Au collisions at 23 AMeV

Amorini, F.; Auditore, L.; Bubak, A.; Cap, T.; Cardella, G.; DeFilippo, E.; Geraci, E.; Grassi, L.; Grzeszczuk, A.; La Guidara, E.; Han, J.; Loria, D.; Kowalski, S.; Kozik, T.; Lanzalone, Gaetano; Lombardo, I.; Majka, Z.; Najman, R.; Nicolis, N. G.; Pagano, A.; Piasecki, E.; Pirrone, S.; Płaneta, R.; Politi, G.; Rizzo, F.; Russotto, P.; Siwek Wilczyńska, K.; Skwira Chalot, I.; Sochocka, A.; Trifirò, A.; Trimarchi, M.; Wilczyński, J.; Verde, G.; Zipper, W.

Abstract – We present the current status of nuclear dynamics studies performed by the BREAKUP group with the 4π CHIMERA array, for the system Au+Au at 23 AMeV. The experiment performed for the Au + Au reaction at 23 AMeV has two goals: • a search for toroidal freeze out configurations predicted to be formed for this heavy system [1]; • an extension of an earlier study carried out at a lower energy of 15 AMeV, in which a new reaction mechanism of violent collinear breakup of non-fusing colliding systems into 3 and/or four massive fragments was discovered [2].

Titolo:	Calibration of the experimental data for 197Au + 197Au collisions at 23 AMeV
Autori:	F. Amorini L. Auditore A. Bubak T. Cap G. Cardella E. DeFilippo E. Geraci L. Grassi A. Grzeszczuk E. La Guidara J. Han D. loria S. Kowalski T. Kozik LANZALONE, GAETANO [Membro del Collaboration Group] (Corresponding) I. Lombardo Z. Majka R. Najman N. G. Nicolis A. Pagano E. Piasecki S. Pirrone R. Płaneta G. Politi F. Rizzo P. Russotto K. Siwek Wilczyńska I. Skwira Chalot A. Sochocka A. Trifirò M. Trimarchi J. Wilczyński G. Verde W. Zipper mostra contributor esterni nascondi contributor esterni
Data di pubblicazione:	2011
Rivista:	LNS. ACTIVITY REPORT
Abstract:	Abstract – We present the current status of nuclear dynamics studies performed by the BREAKUP group with the 4π CHIMERA array, for the system Au+Au at 23 AMeV. The experiment performed for the Au + Au reaction at 23 AMeV has two goals: • a search for toroidal freeze out configurations predicted to be formed for this heavy system [1]; • an extension of an earlier study carried out at a lower energy of 15 AMeV, in which a new reaction mechanism of violent collinear breakup of non-fusing colliding systems into 3 and/or four massive fragments was discovered [2].
Handle:	http://hdl.handle.net/11387/7661
Appare nelle tipologie:	1.1 Articolo in rivista

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