Abstract
We simulated 64Ni + 58Ni collisions at an incident energy of E/A = 40 MeV by using an antisymmetrized molecular dynamics (AMD) model with employing a statistical decay code. The primary fragment yields were analyzed, and a power-law distribution was shown in the mass range 1 A 30. = 2.3 was treated as the signature of the reaction system (64Ni + 58Ni) at the critical point, and suggested that the fragments formed at 55-75 fm/c while the disassembling system at/or near its critical point.
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