Intermittency route to chaos for the nuclear billiard - a qualitative study
Abstract
We analyze on a simple classical billiard system the onset of chaotical behaviour in different dynamical states. A classical version of the "nuclear billiard" with a 2D deep Woods-Saxon potential is used. We take into account the coupling between the single-particle and the collective degrees of freedom in the presence of dissipation for several vibrational multipolarities. For the considered oscillation modes an increasing divergence of the nucleonic trajectories from the adiabatic to the resonance regime was observed. Also, a peculiar case of intermittency is reached in the vicinity of the resonance, for the monopole case. We examine the order-to-chaos transition by performing several types of qualitative analysis including sensitive dependence on the initial conditions, single-particle phase space maps, fractal dimensions of Poincare maps and autocorrelation functions.
Keywords
Cite
@article{arxiv.0906.1715,
title = {Intermittency route to chaos for the nuclear billiard - a qualitative study},
author = {D. Felea and I. V. Grossu and C. C. Bordeianu and C. Besliu and Al. Jipa and A. A. Radu and C. M. Mitu and E. Stan},
journal= {arXiv preprint arXiv:0906.1715},
year = {2009}
}
Comments
Submitted to Physical Review C, APS REVTEX 4.1, 12 pages, 15 Postscript figures, title changed, a few references were removed and a few added, text added on the resonance condition, comments added to the "Fractal dimensions on the Poincare maps" subsection, the connection of the pkdr system with the logistic map and the first figure were removed