The fusion excitation function of 36S+48Ca has been measured from well above the barrier down to very small cross sections at sub-barrier energies. A steady decrease of the fusion cross sections is observed below the barrier with no pronounced change of slope. The logarithmic derivative saturates and does not reach the value expected for a constant astrophysical S-factor. The S-factor does not show any maximum in the measured energy range. Coupled-channels calculations using a Woods-Saxon potential have been performed
The fusion excitation function of 32S + 48Ca has been experimentally studied in a wide energy range,...
The fusion excitation function of 48Ca + 48Ca has been measured above and well below the Coulomb bar...
The fusion excitation function of 32S + 48Ca has been experimentally studied in a wide energy range,...
The fusion excitation function of 36S+48Ca has been measured from well above the barrier down to ver...
The fusion excitation function of 36S+48Ca has been measured from well above the barrier down to ver...
The fusion excitation function of 36S+48Ca has been measured from well above the barrier down to ver...
The fusion excitation function of 32S+48Ca has been measured in a wide energy range, from above the ...
The fusion excitation function of 32S+48Ca has been measured in a wide energy range, from above the ...
The fusion excitation function of Ca-40 + Ca-40 has been measured from well above the Coulomb barrie...
The fusion excitation function of Ca-40 + Ca-40 has been measured from well above the Coulomb barrie...
The fusion excitation function of 32S + 48Ca has been experimentally studied in a wide energy range,...
AbstractThe fusion excitation function of 48Ca+48Ca has been measured above and well below the Coulo...
The fusion excitation function of (48)Ca + (48)Ca has been measured above and well below the Coulomb...
The fusion excitation function of 48Ca + 48Ca has been measured above and well below the Coulomb bar...
The fusion excitation function of 48Ca + 48Ca has been measured above and well below the Coulomb bar...
The fusion excitation function of 32S + 48Ca has been experimentally studied in a wide energy range,...
The fusion excitation function of 48Ca + 48Ca has been measured above and well below the Coulomb bar...
The fusion excitation function of 32S + 48Ca has been experimentally studied in a wide energy range,...
The fusion excitation function of 36S+48Ca has been measured from well above the barrier down to ver...
The fusion excitation function of 36S+48Ca has been measured from well above the barrier down to ver...
The fusion excitation function of 36S+48Ca has been measured from well above the barrier down to ver...
The fusion excitation function of 32S+48Ca has been measured in a wide energy range, from above the ...
The fusion excitation function of 32S+48Ca has been measured in a wide energy range, from above the ...
The fusion excitation function of Ca-40 + Ca-40 has been measured from well above the Coulomb barrie...
The fusion excitation function of Ca-40 + Ca-40 has been measured from well above the Coulomb barrie...
The fusion excitation function of 32S + 48Ca has been experimentally studied in a wide energy range,...
AbstractThe fusion excitation function of 48Ca+48Ca has been measured above and well below the Coulo...
The fusion excitation function of (48)Ca + (48)Ca has been measured above and well below the Coulomb...
The fusion excitation function of 48Ca + 48Ca has been measured above and well below the Coulomb bar...
The fusion excitation function of 48Ca + 48Ca has been measured above and well below the Coulomb bar...
The fusion excitation function of 32S + 48Ca has been experimentally studied in a wide energy range,...
The fusion excitation function of 48Ca + 48Ca has been measured above and well below the Coulomb bar...
The fusion excitation function of 32S + 48Ca has been experimentally studied in a wide energy range,...