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A study of intermittency of target associated fragments produced in the interactions of ~(16)O- AgBr at 4.5 AGeV/c with nuclear emulsion using the method of factorial moments, F_q,has been performed. The dependence of the moments on the number of bins M is found to follow a power law behavior for the experimental data in terms of new scaled variableχ(z)suggested by Bialas and Gazdzicki.The anomalous dimensions, d_q,increase linearly with the order of moments,q.This observation indicates the association of multifractility with production mechanism of target associated fragments.
A study of intermittency of target associated fragments produced in the interaction of ~ (16) O-AgBr at 4.5 AGeV / c with nuclear emulsion using the method of factorial moments, F_q, has been performed. The dependence of the moments on the number of bins M is found to follow a power law behavior for the experimental data in terms of new scaled variableχ (z) suggested by Bialas and Gazdzicki. anomalous dimensions, d_q, increase linearly with the order of moments, q. This observation shows the association of multifractility with production mechanism of target associated fragments.