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NOVEL SCALING OF MULTIPLICITY DISTRIBUTIONS IN SEQUENTIAL-FRAGMENTATION AND PERCOLATION PROCESSES

A novel scaling for the distributions of total number of fragments (i.e., multiplicity) is found in the shattering phase of nonequilibrium, sequential-fragmentation process and in the percolation process. It is the counterpart of the Koba-Nielsen-Olesen scaling when multiplicity fluctuations are small. The relations between n-fragment cumulants and two-fragment cumulants provide easy tests to check this scaling experimentally. [S0031-9007(97)03383-8]