Abstract
This work presents an implementation of fractal geometry methods in the study of event structure for AuAu interactions at collision energies √sNN = 9.2, 62 and 200 GeV for different interaction dynamics. The events are generated by using the HIJING model. It is shown, that the fractal dimension of events in phase space projections rapidity-transverse momentum (y - pt) and azimuthal angle-transverse momentum (φ - pt) are sensitive to the interaction dynamics.
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