2-BODY CORRELATION TRANSPORT-THEORY FOR HEAVY-ION COLLISION

A two-body correlation transport theory (TBCTT) for describing the dyn amical process in heavy ion collisions has been proposed by means of c oupling the equation of motion for coherent single particle (represent ation basis) states with two-body correlation dynamics. This model con tains time-dependent mean field effects, two-body correlations to all orders of interactions as well as fermionic (antisymmetric) effects. I t is capable of describing the time-evolution of nonuniform nuclear ma tter including dynamical fluctuations and dynamical formation of fragm ents in heavy ion collisions. The preliminary numerical results show t hat this model is promising for the description of heavy ion collision dynamics.