Nuclear Effect in Higher-Dimensional Factorial Moment Analysis of the ^{16}O-, ^{32}S- and ^{197}Au-Em Interaction Data at 200, 60 and 11 A GeV/c

Details Nuclear Effect in Higher-Dimensional Factorial Moment Analysis of the ^{16}O-, ^{32}S- and ^{197}Au-Em Interaction Data at 200, 60 and 11 A GeV/c Nuclear Effect in Higher-Dimensional Factorial Moment Analysis of the ^{16}O-, ^{32}S- and ^{197}Au-Em Interaction Data at 200, 60 and 11 A GeV/c

1997-03-24

arxiv.org/abs/hep-ph/9703396v1

Z.Phys. C76 (1997) 659-663

Physics

High Energy Physics

High Energy Physics - Phenomenology

Latex, 7 pages, 6 figures in 2 PS files, submitted to Z. Phys. C

Scientific paper

The anomalous behavior of 2-dimensional factorial moment in nucleus-nucleus collisions is studied in some detail using both mini-bias and central collision data of ^{16}O-, ^{32}S- and ^{197}Au-Em interactions from EMU01 experiment. The correct value for the effective Hurst exponent in the analysis of higher-dimensional factorial moment is found to be greater than unity, showing clearly the existence of superposition effect in nucleus-nucleus collisions.

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