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Three-component fluid dynamics for the description of energetic heavy-ion reactions
39
Citations
36
References
1982
Year
EngineeringNuclear PhysicsParticle MethodPlasma PhysicsComputational ChemistryThree-component Fluid DynamicsChemistryIon ProcessThree-component FluidAnisotropic Nuclear MatterHeavy Ion PhysicHeavy-ion PhysicsKinetics (Physics)High-energy Nuclear ReactionPhysicsNuclear EngineeringIon MobilityNatural SciencesParticle PhysicsApplied PhysicsHeavy Ion ReactionChemical KineticsIon Structure
The nucleons taking part in heavy ion reaction are considered as a three-component fluid. The first and second components correspond to the nucleons of the target and the projectile, while the thermalized nucleons produced in the course of the collision belong to the third component. Making use of the Boltzmann equation, hydrodynamical equations are derived. An equation of state for anisotropic nuclear matter obtained from a field theoretical model in mean field approximation is applied in a one dimensional version of the three-component fluid model. The speed of thermalization is analyzed and compared to the results of cascade and kinetic models.NUCLEAR REACTIONS Relativistic heavy-ion reactions, hydrodynamic description.
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