Fusion06: Reaction Mechanisms and Nuclear Structure at the Coulomb BarrierLorenzo Corradi This conference focused on the most recent experimental and theoretical advances in the field of heavy ion reactions at the Coulomb barrier, including specific aspects of the interplay between mechanism and nuclear structure explored in binary reactions. The material presented is important for nuclear physicists, accelerator oriented nuclear instrumentation and computing of many-body systems. |
Contents
Low Energy Heavy Ion Nuclear Physics | 1 |
Sensitivity to Multiphonon Excitations and Incompressibility | 13 |
New Results and Challenges | 21 |
Copyright | |
56 other sections not shown
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2006 American Institute Ackermann angular distributions array astrophysical asymmetric barrier distributions breakup CDCC cluster collisions compound nucleus Corradi Coulomb barrier coupled channels cross-section decay deformed density detected detector Dubna dynamics effects elastic scattering enhancement evaporation residues excitation energy excitation functions experimental data experiments factor FIGURE Fioretto fission fission fragments fusion cross section fusion probability fusion reactions fusion-fission FUSION06 Gadea gamma-ray GANIL halo heavy-ion INFN Institute of Physics interaction isotopes Italy Keywords Legnaro Lett low energy mass measured Nazionali di Legnaro neutron neutron-rich Nucl nuclear reactions nuclear structure nuclei nucleon observed obtained Padova panel parameter particles Phys Pollarolo potential energy surface projectile proton Q-value quasi-fission radioactive region resonance Scarlassara shell shell model shown in Fig solid spectra spectrometer spectroscopic sub-barrier energies superheavy superheavy elements Szilner target Tohoku University transfer reactions transitions Trotta University of Jyväskylä values wave function y-ray yields