Entropy and Size in HIC

Details Entropy and Size in HIC Entropy and Size in HIC

2005-03-31

arxiv.org/abs/nucl-th/0503084v1

Physics

Nuclear Physics

Nuclear Theory

4 pages, 2 figures, Contributed paper for the National Congress of the Mexican Thermodynamical Society held at San Miguel Regl

Scientific paper

Distinct entropy definitions have been used to obtain an inverse correlation between the residual size and entropy for Heavy Ion Collisions. This explains the existence of several temperatures for different residual size bins, as reported elsewhere (Natowitz et. al., 2002). HIC collisions were simulated using binary interaction LATINO model where Pandharipande potential replicates internucleonic interaction. System temperature is defined as the temperature obtained when Kinetic Gas Theory is applied to the nucleons in the participant region. Fragments are detected with an Early Cluster Recognition Algorithm that optimizes the partitions in energy space.

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