arXiv:hep-ph/0007115·v2·High Energy Physics — Phenomenology
Manifestation of Jet Quenching in the Total Transverse Energy Distributions in the Nucleus-Nucleus Collisions
M.V. Savina🇷🇺 · S.V. Shmatov🇷🇺 · N.V. Slavin🇷🇺 · P.I. Zarubin🇷🇺
Abstract
In the framework of the HIJING model global characteristics of nucleus- nucleus collisions are studied for a Large Hadron Collider energy scale. An interesting model prediction is the presence of a central bump over a pseudorapidity plateau of a total transverse energy distribution. The bump is induced by a jet quenching effect in a dense nuclear matter. It is shown that on a wide acceptance calorimeter with a pseudorapidity coverage -5 < \eta < 5 allow to obtain experimental confirmation of such an effect.
Comments: 9 pages, 5 figures