Abstract
We have investigated the utility of high-order azimuthal correlation functions as probes of collective motion from both rotation and flow at intermediate energies. Reaction simulations indicate new and distinct signatures for rotational collective motion which are important for its characterization and its distinction from collective flow. For the system Ar + Sc(35−115A MeV), experimental high-order correlation functions are used for a clear demonstration of the disappearance of collective flow at 93±4 A MeV. The method is direct and circumvents reaction-plane assignment.
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