Abstract
In this paper we present an analysis of our $^{32}\mathrm{induced}$ interaction data at 200A GeV in terms of factorial correlators. The correlated moments are found to increase with decreasing bin-bin separation, D. This increase follows a power law within the region D\ensuremath{\le}1. Bin-size independence of the factorial correlators is observed for the values of D=0.4 and D=0.8. Our data are consistent with the dimension-independent scaling relation proposed by Seixas, which gives a way out of the ``intermittent''-``nonintermittent'' ambiguity.
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