7Be-and 8B-reaction dynamics at Coulomb barrier energies
- M. Mazzocco
- A. Boiano
- C. Boiano
- M. La Commara
- C. Manea
- C. Parascandolo
- D. Pierroutsakou
- C. Signorini
- E. Strano
- D. Torresi
- H. Yamaguchi
- D. Kahl
- L. Acosta
- P. Di Meo
- J.P. Fernandez-Garcia
- T. Glodariu
- J. Grebosz
- A. Guglielmetti
- N. Imai
- Y. Hirayama
- H. Ishiyama
- N. Iwasa
- S.C. Jeong
- H.M. Jia
- N. Keeley
- Y.H. Kim
- S. Kimura
- S. Kubono
- J.A. Lay
- C.J. Lin
- G. Marquinez-Duran
- I. Martel
- H. Miyatake
- M. Mukai
- T. Nakao
- M. Nicoletto
- A. Pakou
- K. Rusek
- Y. Sakaguchi
- A.M. Sá
- T. Sava
- O. Sgouros
- C. Stefanini
- F. Soramel
- V. Soukeras
- E. Stiliaris
- L. Stroe
- T. Teranishi
- N. Toniolo
- Y. Wakabayashi
- Y.X. Watanabe
- L. Yang
- Y.Y. Yang
DOIAbstract
We investigated the reaction dynamics induced by the Radioactive Ion Beams 7Be and 8B on a 208Pb target at energies around the Coulomb barrier. The two measurements are strongly interconnected, being 7Be (S\u3b1 = 1.586 MeV) the loosely bound core of the even more exotic 8B (Sp = 0.1375 MeV) nucleus. Here we summarize the present status of the data analysis for the measurement of the elastic scattering process for both reactions and the preliminary results for the optical model analysis of the collected data
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