Author:
Vardaci E.,Rath P. K.,Mazzocco M.,Nitto A. Di,Rana G. La,Parascandolo C.,Pierroutsakou D.,Romoli M.,Boiano A.,Vanzanella A.,Cinausero M.,Prete G.,Gelli N.,Lucarelli F.,Mazzocchi C.,Commara M. La,Fortunato L.,Guglielmetti A.,Soramel F.,Stroe L.,Signorini C.
Abstract
AbstractThe elastic scattering in the reaction $$^{7}$$
7
Li+$$^{208}$$
208
Pb was investigated in the bombarding energy range from 25 to 39 MeV. The real and imaginary parts of the optical potential were analyzed by using a phenomenological potential. A dispersion relation analysis is presented in order to investigate the threshold anomaly effect. It is concluded that $$^{7}$$
7
Li has an intermediate behavior between the tightly bound nuclei such as $$^{16}$$
16
O and the loosely bound nuclei such as $$^{6}$$
6
Li where the lack of the threshold anomaly is unambiguously observed. Reaction cross sections are also extracted from the elastic scattering data and its comparison with the ones of other systems has been performed to draw hints on the effect of the breakup channel.
Funder
Università degli Studi di Napoli Federico II
Publisher
Springer Science and Business Media LLC
Subject
Nuclear and High Energy Physics
Cited by
10 articles.
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