Size-effects on the surface tension near the critical point Monte Carlo simulations of the Lennard-Jones fluid
Résumé
We report Monte Carlo (MC) simulations of the Lennard-Jones (LJ) fluid at the liquid-vapor interface in the critical region. A slab-based tail method is associated with the MC simulations to approach as close as possible the critical point (T∗=0.98TC ∗). We investigate then the impact of system-sizes on the surface tension and coexisting densities by considering very large box dimensions for which the surface tension is independent of system-sizes at low temperatures.
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Goujon et al_Size-effects on the surface tension near the critical point.pdf (467.37 Ko)
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