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Abstract
Abstract A three-fluid one-dimensional hydrodynamic model for relativistic heavy-ion collisions is presented. The three fluids are left- and right-moving nucleonic matter and a third fluid representing the energy produced by the collisions of the nucleonic particles. For the collision of nucleons with the energy fluid, the cross section per proton mass of fluid is taken equal to the proton-proton cross section. The energy exchange per collision is assumed to be about 1.4 GeV. Complete stopping at the CERN energy of 200 GeV/N occurs in this model. The results are fairly insensitive to the nucleon-energy-fluid cross section.
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