107 citations · 317 across the 21 of their papers we have counts for
20 papers
The freeze-out properties of hyperons in a microscopic transport model
Zhenglian Xie, Pingzhi Ning, Steffen A. Bass
The excitation function of freeze-out time, average freeze-out temperature and freeze-out energy density of (multi-) strange baryons created in relativistic heavy-ion collisions is…
Eta-mesic nuclei in relativistic mean-field theory
C. Y. Song, X. H. Zhong, L. Li +1
With the eta-nucleon (eta N) interaction Lagrangian deduced from chiral perturbation theory, we study the possible eta-mesic nuclei in the framework of relativistic mean-field theo…
The interactions in finite-density QCD sum rules
P. Li, X. H. Zhong, L. Li +1
The properties of -hyperons in pure matter are studied with the finite-density quantum chromo-dynamics sum rule (QCDSR) approach. The nuclear potential is most li…
On the momentum-dependence of -nuclear potentials
L. Dang, L. Li, X. H. Zhong +1
The momentum dependent -nucleus optical potentials are obtained based on the relativistic mean-field theory. By considering the quarks coordinates of meson, we introdu…
interactions in finite-density QCD sum rules
X. H. Zhong, P. Z. Ning
The properties of -hyperons in pure matter are studied with the finite-density QCD sum rule approach. The first order quark and gluon condensates in nuclear matter are d…
The hyperon mean free paths in the relativistic mean field
Q. L. Wang, L. Dang, X. H. Zhong +1
The - and -hyperon mean free paths in nuclei are firstly calculated in the relativistic mean field (RMF) theory. The real parts of the optical potential are derived from th…