Particle production in relativistic nuclear collisions
J. Vrl\'akov\'a, S. Vok\'al (P. J. \v{S}af\'arik University,, Ko\v{s}ice, Slovakia)
TL;DR
This paper investigates particle production in relativistic nuclear collisions, revealing intermittent behavior and discrepancies between experimental data and theoretical models across different nuclei and energies.
Contribution
It demonstrates the presence of intermittent behavior in particle production and compares experimental results with cascade and FRITIOF models.
Findings
Evidence of intermittent behavior in particle production
Experimental slopes higher than model predictions
Comparison across different nuclei and energies
Abstract
Central interactions of 208Pb nuclei at 158 A GeV/c and 32S at 200 A GeV/c taken with emulsion track detector have been studied using the horizontal factorial moment method. An evidence for the presence of intermittent behaviour has been shown. The values of slopes for experimental data are higher than values from cascade and FRITIOF models. The comparison for other primary nuclei (28Si) at momenta of 4.5 - 200 A GeV/c has been done.
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Taxonomy
TopicsHigh-Energy Particle Collisions Research · Nuclear physics research studies · Nuclear reactor physics and engineering