Relativistic Kinetic Equations for Finite Domains and Freeze-out Problem
arXiv:nucl-th/0210087 · doi:10.1103/PhysRevLett.90.252301
Abstract
The relativistic kinetic equations for the two domains separated by the hypersurface with both space- and time-like parts are derived. The particle exchange between the domains separated by the time-like boundaries generates source terms and modifies the collision term of the kinetic equation. The correct hydrodynamic equations for the ``hydro+cascade'' models are obtained and their differences from existing freeze-out models of the hadronic matter are discussed.
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