Coulomb dissociation of P-27 at 500 MeV/u
Journal article, 2016
The proton-capture reaction Si-26(p,gamma)(27) P was studied via Coulomb dissociation (CD) of P-27 at an incident energy of about 500 MeV/u. The three lowest-lying resonances in P-27 have been populated and their resonance strengths have been measured. In addition, a nonresonant direct-capture component was clearly identified and its astrophysical S factor measured. The experimental results are compared to Monte Carlo simulations of the CD process using a semiclassical model. Our thermonuclear reaction rates show good agreement with the rates from a recent compilation. With respect to the nuclear structure of P-27 we have found evidence for a negative-parity intruder state at 2.88-MeV excitation energy.
Author
J. Marganiec
S. B. Novo
S. Typel
C. Langer
C. Wimmer
H. Alvarez-Pol
T. Aumann
K. Boretzky
E. Casarejos
A. Chatillon
D. Cortina-Gil
U. Datta-Pramanik
Z. Elekes
Z. Fulop
D. Galaviz
H. Geissel
S. Giron
U. Greife
F. Hammache
M. Heil
J. Hoffman
Håkan T Johansson
Chalmers, Physics, Subatomic and Plasma Physics
O. Kiselev
N. Kurz
K. Larsson
T. Le Bleis
A. Litvinov
K. Mahata
C. Muentz
C. Nociforo
W. Ott
S. Paschalis
R. Plag
W. Prokopowicz
C. R. Tajes
D. M. Rossi
H. Simon
M. Stanoiu
J. Stroth
K. Summerer
A. Wagner
F. Wamers
H. Weick
M. Wiescher
Published in
Physical Review C - Nuclear Physics
05562813 (ISSN) 1089490x (eISSN)
Vol. 93 Issue 4Categorizing
Subject Categories (SSIF 2011)
Physical Sciences
Roots
Basic sciences
Identifiers
DOI
10.1103/PhysRevC.93.045811