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AbstractAbstract
[en] In the framework of the study of the properties of strong interactions by means of the thermodynamics of strongly compressed and highly excited nuclear matter as it is produced in relativistic heavy-ion reaction the author considers the hydrodynamic model for such reactions. The viscosity and the thermodynamic properties are derived by means of quantum statistical mechanics. Then the transverse-momentum and rapidity distributions are calculated in this framework. Some calculational results are presented for Au+Au collisions at 200 MeV/N and 400 MeV/N are presented. (HSI)
Original Title
Die Rolle der Viskositaet im hydrodynamischen Modell hochenergetischer Schwerionenreaktionen
Primary Subject
Source
May 1989; 119 p; Diss.
Record Type
Report
Literature Type
Thesis/Dissertation; Numerical Data
Report Number
Country of publication
BAG MODEL, DEEP INELASTIC HEAVY ION REACT, DIFFERENTIAL CROSS SECTIONS, ENTROPY, EQUATIONS OF STATE, GEV RANGE 10-100, GOLD 197 REACTIONS, GOLD 197 TARGET, HADRONS, HYDRODYNAMICS, IRREVERSIBLE PROCESSES, MULTIPLE PRODUCTION, NIOBIUM 93 REACTIONS, NIOBIUM 93 TARGET, NUCLEAR MATTER, NUCLEAR REACTION KINETICS, NUCLEAR TEMPERATURE, PARTICLE RAPIDITY, RELATIVISTIC RANGE, THEORETICAL DATA, TIME DEPENDENCE, TRANSPORT THEORY, TRANSVERSE MOMENTUM, VISCOSITY, VISCOUS FLOW
CROSS SECTIONS, DATA, ELEMENTARY PARTICLES, ENERGY RANGE, EQUATIONS, EXTENDED PARTICLE MODEL, FLUID FLOW, FLUID MECHANICS, GEV RANGE, HEAVY ION REACTIONS, INFORMATION, KINETICS, LINEAR MOMENTUM, MATHEMATICAL MODELS, MATTER, MECHANICS, NUCLEAR REACTIONS, NUMERICAL DATA, PARTICLE MODELS, PARTICLE PRODUCTION, PARTICLE PROPERTIES, PHYSICAL PROPERTIES, REACTION KINETICS, TARGETS, THERMODYNAMIC PROPERTIES
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