A. Diaz-Torres, I. J. Thompson, C. Beck
Published 2003-07-04Version 1
Total (complete + incomplete) fusion excitation functions of $^{6,7}$Li on $^{59}$Co and $^{209}$Bi targets around the Coulomb barrier are obtained using a new continuum discretized coupled channel (CDCC) method of calculating fusion. The relative importance of breakup and bound-state structure effects on total fusion is particularly investigated. The effect of breakup on fusion can be observed in the total fusion excitation function. The breakup enhances the total fusion at energies just around the barrier, whereas it hardly affects the total fusion at energies well above the barrier. The difference between the experimental total fusion cross sections for $^{6,7}$Li on $^{59}$Co is notably caused by breakup, but this is not the case for the $^{209}$Bi target.
Comments: 9 pages, 9 figures, Submitted to Phys. Rev. C
Journal: Phys.Rev. C68 (2003) 044607
Effect of continuum couplings in fusion of halo $^{11}$Be on $^{208}$Pb around the Coulomb barrier
Fusion dynamics around the Coulomb barrier
Coupled-channels description of multi-nucleon transfer and fusion reactions at energies around and far below the Coulomb barrier
