Production of open-charm mesons in relativistic heavy-ion collisions
arXiv:1803.01508 · doi:10.1103/PhysRevC.98.014909
Abstract
We present a theoretical framework to study open charm production in relativistic heavy-ion collisions. The coupling strength between the charm quarks and the QGP constituents, quantified by the spatial diffusion coefficient , is obtained by performing a phenomenological fit analysis to the lattice QCD calculations, resulting in (\textbf{Model-A}) and (\textbf{Model-B}). We find that the relative azimuthal distribution of the initially back-to-back generated pairs presents a broadening behaviour, which is more pronounced for pairs with small initial , and when the Model-B approach is adopted. The competition between the initial drag and the subsequent collective effects tends to restrict the time dependence of charm quark . Concerning the theoretical uncertainty on final D-meson nuclear modification, the nuclear shadowing and pp baseline components are dominat at high and low (), respectively. The measured D-meson favors Model-A assumption for the diffusion coefficient both at RHIC and LHC, while their prefer Model-B at moderate . These results confirm the necessity to consider the temperature- and/or momentum-dependence of to describe well the D-meson and simultaneously.
arXiv comment17 pages, 18 figures; Accepted by Phys. Rev. C
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