Abstract
In $^{84}\mathrm{Kr}$ interactions with nuclear emulsion at 1.52A GeV, nuclei with charge Z up to 36 have been measured as a function of the associated proton multiplicity. The data reveal the presence of a strong correlation between different types of collisions and proton multiplicities. In the study of multifragment decays, the average number of intermediate-mass fragments (3\ensuremath{\le}Z\ensuremath{\le}15) increases with the proton multiplicity, reaches a maximum 〈${\mathit{N}}_{\mathrm{IMF}}$〉=2.03 for the most violent collisions, and then decreases.
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