Abstract
Using a recently developed multicoincidence technique, the hydrogen cluster fragmentation resulting from a collision between a high energy ${H}_{25}^{\phantom{\rule{0ex}{0ex}}+}$ ion with a ${C}_{60}$ target is investigated on an event-by-event basis. For a sample of 6000 collisions, statistical methods (conditional moments, scaled factorial moments) are applied to these data sets. The results obtained provide strong experimental evidence for the presence of a critical behavior in these finite systems.
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