Abstract
The role of spatial correlations (i.e., the range of clusterization) along with the role of the range of interaction is analyzed in multifragmentation within a quantum molecular dynamics model. We find that the effect of different ranges of clusterization and interactions depends on the physical conditions and excitation energy of the system. The impact of different clusterization ranges is more than marginal in the presence of a momentum dependent interaction which is different than that obtained with a static equation of state.
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