Abstract
The nuclear suppression factor [Formula: see text] and elliptic flow [Formula: see text] are calculated by considering the effects of shear viscosity to the entropy density ratio [Formula: see text], using the viscose hydrodynamics at the first- and second-orders of approximation and considering temperature dependent coupling [Formula: see text]. It is shown that the second-order viscose hydrodynamics (varying shear viscosity to entropy ratio) with averaged value of [Formula: see text] gives the best results of [Formula: see text] and [Formula: see text] in comparison to the experimental data.
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