Abstract
The theory of fragmentation of hot nuclei formed due to the fusion of heavy ions at intermediate energies is reconsidered. Statistical and generalized liquid drop models are used to parametrize the fragments with A ⩾ 6. Average physical quantities related to the nuclear system are calculated by averaging over all the partitions. In the sampling process, the difference between the protons and neutrons in the nucleus is considered. Realistic Skyrme force for the nucleon-nucleon interactions is used in the Extended Thomas-Fermi model to evaluate the coefficients of the liquid-drop expansion.
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