Orateur
Fatiha Kadem
(Faculté de physique USTHB, Alger)
Description
We have studied the formation of new nuclei in high-energy heavy-ion collisions, using the intranuclear cascade interaction hypothesis. In this study, ultra-relativistic interaction dynamics, the Dubna cascade model (DCM) and the statistical multifragmentation model are applied to theoretical calculations of hypernuclear production. Good agreement with experimental data is achieved within our hybrid approach. Hot clusters are identified based on the relative nucleon velocities v = 0.15 to 0.3c via baryon clustering (CB). Selected primary baryon clusters exhibit local fragments of nuclear matter in the region of the nuclear liquid-gas phase transition, where intranuclear equilibrium is established.
Author
Fatiha Kadem
(Faculté de physique USTHB, Alger)
Co-auteur
N. Belouadah
