Abstract

We presents the analysis of ring-like and jet-like events in terms ofScaled Factorial Moments (SFMs) in one-dimensional space up to thesixth order of moments for 32S–AgBr interactions at 200 AGeVenergy. The study reveals a power law growth of SFMs withdecreasing bin width of the azimuthal distribution in the32S–AgBr data at 200 AGeV in both the cases. It is seen thatstrong intermittent pattern is revealed only in jet-like events.

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