Abstract
The mean-free path of anomalons at intermediate relativistic incident energies of 2-5 GeV/n and the doubly charged projectile fragments of Z=2, 6 and 8 in relativistic collisions can be explained as Lambda particles bound to the He, C and O nuclei using conventional hypernuclear interactions. Analysis shows a dependence of the anomalon effect on the PF charge Z, and therefore the anomalons are not general phenomena. The projectile incident energy changes the reaction dynamics, so that formation of a hypernucleus is possible only under certain collision scenarios.
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