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Statistical models based on canonical and grand canonical ensembles areextensively used to study intermediate energy heavy ion collisions. Theunderlying physical assumption behind canonical and grand canonical models isfundamentally different, and in principle agree only in the thermodynamicallimit when the number of particles become infinite. Nevertheless, we show thatthese models are equivalent in the sense that they predict similar results ifcertain conditions are met even for finite nuclei. In particular, the resultsconverge when nuclear multifragmentation leads to the formation ofpredominantly nucleons and low mass clusters. The conditions under which theequivalence holds are amenable to present day experiments.

Conditions for equivalence of Statistical Ensembles in Nuclear Multifragmentation