Physics – Nuclear Physics – Nuclear Experiment
Scientific paper
2004-06-03
Phys.Rev.C70:054607,2004
Physics
Nuclear Physics
Nuclear Experiment
24 pages, 21 figures, 1 table, this work forms part of the PhD thesis of P.Napolitani, background information on http://www-w2
Scientific paper
10.1103/PhysRevC.70.054607
New experimental results on the kinematics and the residue production are obtained for the interactions of 56Fe projectiles with protons and (nat)Ti target nuclei, respectively, at theincident energy of 1 A GeV. The titanium-induced reaction serves as a reference case for multifragmentation. Already in the proton-induced reaction, the characteristics of the isotopic cross sections and the shapes of the velocity spectra of light residues indicate that high thermal energy is deposited in the system during the collision. In the 56Fe+p system the high excitation seems to favour the onset of fast break-up decays dominated by very asymmetric partitions of the disassembling system. This configuration leads to the simultaneous formation of one or more light fragments together with one heavy residue.
Botvina A. S.
Napolitani P.
Rejmund F.
Schmidt Karl-Heinz
Tassan-Got Laurent
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