… of non-linear S-model kinetic equation for modeling of evaporation process in the case, …
constant temperature in the vapor continuum region, so the heat flux in vapor phase is negligible. …

… the kinetic boundary condition at the interface by simply specifying liquid temperature and
simulate the complex vapor–liquid … Furthermore, we applied the constructed kinetic boundary …

… using MD simulations [1–4]. In this Letter, using MD simulations, we present a new kinetic
boundary condition (KBC) for the Boltzmann equation at the interface between argon vapor …

… The paper presents a review of the literature which focuses on kinetic modeling of the
vapor-liquid interface. Starting from the studies of the Knudsen layer structure in evaporation and …

… We are mainly concerned with the dynamics and kinetics of solute molecules at the air/water
interface, particular as these processes are related to uptake of solute molecules by the …

… the vapor-liquid equilibrium by a single kinetic equation. The equilibrium structure of the
vapor-liquid interface … Equilibrium simulations can also be used to study molecular exchange …

… While the kinetics is not completely … its liquid– vapor interface, and free energy profiles at
300 K for CO2 and N2 traversing the interface which were determined in previous simulations of …

… make a detailed study of the adsorption kinetics of ethanol at the water liquid−vapor interface.
The results of the equilibrium and kinetic simulations are used to determine the molecular …

… of vapor molecules crossing a plane immediately close to the liquid surface are expressed
based on the kinetic theory … To formulate the liquid–vapor interface, the simulation technique …

… In this paper, we demonstrate that a KBC at a vapor-liquid interface can uniquely be … with
the help of numerical simulations. A KBC at the vapor-liquid interface of argon, which covers a …