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AbstractAbstract
[en] A variant of the one-dimensional 'toy model' for QCD of Horowitz et al. is presented, which uses a density dependent rather than the many-body force originally proposed by Lenz et al. Our approach suggests, already within the RPA framework, the occurrence of a phase transition simulating the one from quark to hadronic matter, similar to the transition foreseen by Horowitz et al. However our force is easy to handle in three dimensions as well, but in such a case, of course, the correspondence between our and the 'toy model' remains to be verified. (orig.)
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Journal Article
Journal
Zeitschrift fuer Physik. A, Hadrons and Nuclei; ISSN 0939-7922;
; CODEN ZPAHE; v. 341(3); p. 327-337

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BAG MODEL, CENTRAL POTENTIAL, COLLECTIVE MODEL, COLOR MODEL, CORRELATION FUNCTIONS, DISPERSION RELATIONS, ENERGY DEPENDENCE, GLUON MODEL, HARTREE-FOCK METHOD, MANY-BODY PROBLEM, NUCLEAR MATTER, NUCLEAR STRUCTURE, ONE-DIMENSIONAL CALCULATIONS, PARTICLE-HOLE MODEL, PHASE TRANSFORMATIONS, PROPAGATOR, QUANTUM CHROMODYNAMICS, QUARK MATTER, QUARK-QUARK INTERACTIONS, QUARKS, RANDOM PHASE APPROXIMATION, RELATIVISTIC PLASMA, RESPONSE FUNCTIONS, SELF-ENERGY, SPIN ORIENTATION, SUM RULES, THREE-DIMENSIONAL CALCULATIONS
COMPOSITE MODELS, ELEMENTARY PARTICLES, ENERGY, EQUATIONS, EXTENDED PARTICLE MODEL, FERMIONS, FIELD THEORIES, FUNCTIONS, INTERACTIONS, MATHEMATICAL MODELS, MATTER, NUCLEAR MODELS, ORIENTATION, PARTICLE INTERACTIONS, PARTICLE MODELS, PLASMA, POSTULATED PARTICLES, POTENTIALS, QUANTUM FIELD THEORY, QUARK MODEL
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