Titlebook: New Aspects of Nuclear Dynamics; J. H. Koch,P. K. A. Witt Huberts Book 1989 Springer Science+Business Media New York 1989 behavior.collisi

PRISE

Scattering Models in Nuclear Systems,central interest. Since the seminal work of Yukawa about the role of the pion as the mediator of the nuclear force, considerable work has been done to clarify in a quantitative way its basic nature. With increasing energies and momentum transfers a certain breakdown of an only nucleon picture will o

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BLAZE

The Nuclear Equation of State,te energy heavy ion collisions up to a few GeV/nucl. energy, and some aspects of the Quark — Gluon Plasma (QGP) phase transition. In the intermediate energy region we will pay particular attention to the compressibility of nuclear matter and to the liquid — gas phase transition. Some basic facts abo

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Chiral Quark/Parton Models: The Way QCD is Realized?, is critically dependent on the long-distance behaviour of QCD, where the theory is not under control. It is believed that as a consequence of its non-Abelian structure QCD is singular at large distances, and that this singular behaviour means that only color singlet quark clusters have finite mass — the phenomenon of confinement.

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Scattering Models in Nuclear Systems, the system. Evidence has indeed been presented that the dynamical behaviour of the nucleus cannot be described in terms of only nucleonic degrees of freedom. Also in the kinematic regions of medium and high energies effects of special relativity are expected to play a role and accordingly a proper microscopic description of the nucleus is needed.