Theoretical and Experimental Methods of Heavy-ion Physics: Proceedings of the XIX Mikołajki Summer School on Nuclear Physics, Mikołajki, Poland, August 31-September 12, 1987Zdzisław Wilhelmi, Grażyna Szeflińska Proceedings of the 19th Mikolajki Summer School on Nuclear Physics, Mikolajki, Poland, Aug. 1987. Thirteen papers address the latest developments in the field. No index. Annotation copyrighted by Book News, Inc., Portland, OR |
Contents
INVITED PAPERS | 28 |
On the Theory of Heavy Ion Fusion Reactions | 59 |
The Effects of Collective Flow Dissipation | 81 |
Study of the Incomplete Fusion Reaction Mechanism with | 117 |
Recoil Mass Separation for In Beam Spectroscopy | 139 |
The Superdeformed Band and Its Collectivity in 152Dy | 159 |
The IBM and the Shell Model | 179 |
Supersymmetry in Light Nuclei | 191 |
A Source of Astrophysical | 215 |
The MeanFree Path of a Nucleon in Nuclear Matter | 241 |
The Physics of Finite ManyBody Systems Composed | 255 |
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a-particles angles angular distribution angular momentum approximation assumption beam binary reactions bombarding energies boson break-up CF and ICF channel clusters coincidence collisions component correlation corresponding Coulomb barrier Coulomb excitation cross section deep-inelastic deformation degrees of freedom density detector Doppler shift dynamical calculation effects ejectiles emission equation evaporation residues excitation energy experimental FIGURE forces fragments fusion cross section fusion excitation function heavy ion heavy-ion ICF process incident energy inelastic scattering inertias interaction isospin Kaufmann and Wolfgang kinematics kinetic energy Lett levels limit mass measured MeV/nucleon momenta neutron Nucl nuclear matter Nuclear Physics nuclei nucleon observed obtained one-body peak peripheral Phys potential projectile proton radiative capture Recoil resonance sequential decay shape shell model shows solid line spectra spectrum spin superdeformed superdeformed band supersymmetry target theoretical tions trajectory two-body values wall dissipation wall friction Warsaw UW y-rays yrast