Scaling properties of light-cluster production
Nuclear Experiment
2014-02-24 v1
Abstract
We show that ratios of light-particle energy spectra display scaling properties that can be accu- rately described by effective local chemical potentials. This demonstrates the equivalence of t/3He and n/p spectral ratios and provides an essential test of theoretical predictions of isotopically resolved light-particle spectra. In addition, this approach allows direct comparisons of many theoretical n/p spectral ratios to experiments where charged-particle spectra but not neutron spectra are accurately measured. Such experiments may provide much more quantitative constraints on the density and momentum dependence of the symmetry energy.
Keywords
Cite
@article{arxiv.1402.5216,
title = {Scaling properties of light-cluster production},
author = {Z. Chajecki and M. Youngs and D. D. S. Coupland and W. G. Lynch and M. B. Tsang and D. Brown and A. Chbihi and P. Danielewicz and R. T. deSouza and M. A. Famiano and T. K. Ghosh and B. Giacherio and V. Henzl and D. Henzlova and C. Herlitzius and S. Hudan and M. A. Kilburn and Jenny Lee and F. Lu and S. Lukyanov and A. M. Rogers and P. Russotto and A. Sanetullaev and R. H. Showalter and L. G. Sobotka and Z. Y. Sun and A. M. Vander Molen and G. Verde and M. S. Wallace and J. Winkelbauer},
journal= {arXiv preprint arXiv:1402.5216},
year = {2014}
}