Probing the F-17 + p potential by elastic scattering at near-barrier energies

Authors :: Patronis, N.
Pakou, A.
Pierroutsakou, D.
Sanchez-Benitez, A. M.
Acosta, L.
Alamanos, N.
Boiano, A.
Inglima, G.
Filipescu, D.
Glodariu, T.
Guglielmetti, A.
La Commara, M.
Lalazissis, G.
Martel, I.
Mazzocchi, C.
Mazzocco, M.
Molini, P.
Parascandolo, C.
Sandoli, M.
Signorini, C.
Silvestri, R.
Soramel, F.
Stiliaris, E.
Romoli, M.
Trzcinska, A.
Zerva, K.
Vardaci, E.
Vitturi, A.
N., Patroni
A., Pakou
D., Pierroutsakou
A. M., Sanchez Benitez
L., Acosta
N., Alamano
A., Boiano
Inglima, Giovanni
D., Filipescu
T., Glodariu
A., Guglielmetti
LA COMMARA, Marco
G., Lalazissi
I., Martel
C., Mazzocchi
M., Mazzocco
P., Molini
C., Parascandolo
Sandoli, Mario
C., Signorini
R., Silvestri
F., Soramel
E., Stiliari
M., Romoli
A., Trzcinska
K., Zerva
Vardaci, Emanuele
A., Vitturi
Publication Year :: 2012
Publisher :: APS, 2012.
Abstract: Proton elastic scattering angular distributions for the reaction F-17 + p, were measured in inverse kinematics over a wide angular range (theta(c.m). = 50 degrees-160 degrees) at two near-barrier energies of 3.5 and 4.3 MeV/u. The optical potential was probed in a phenomenological and microscopic approach. Moreover, total reaction cross-sections were also determined via optical potential analysis and were used as a signature for probing a possible halo structure of this proton-rich nucleus. Physical Review C

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