Entropy Scaling for Viscosity of Pure Lennard-Jones Fluids and Their Binary Mixtures

In this work, entropy scaling approaches for viscosity of pure Lennard-Jones (LJ) fluids and their mixtures have been investigated. To do so, we employed reliable database available in literature the LJ fluids, performed molecular dynamics simulation to generate over a wide range thermodynamic condition mixture fluids. It has shown that fluid, using macroscopic properties reduction yield noticeably better collapse data than one zero-density dense fluid region. addition, developed correlations based on these approaches. obtained predict with average absolute deviation around 4% more coming from low-density states, whereas it is 8.50% states other one. Finally, applied mixtures. Interestingly, are able provide good estimations all studied. However, deteriorates when employed.