In this paper, the self-assembly of condensed droplets on smooth and constrained surfaces
under saturated vapor atmosphere of ethanol and methanol binary system is reported …

Textured cotton substrates are drawing interest as a new class of non-wetting and non-
fouling materials. We investigated the effect of temperature, solvent and substrate presence …

The evaporation mechanism of miscible binary nanodroplets from heated homogeneous
surfaces was studied by molecular dynamics simulations, which has never been studied …

In this work, molecular dynamics simulations are adopted to investigate the microscopic
dewetting mechanism of nanoscale water films on methylated silica surfaces. The simulation …

Droplet phase change is the key phenomenon for high heat transfer rates in spray or drop-
wise cooling applications. Despite high cooling efficiency of the spray cooling technology …

Sessile water droplets containing nano-silica particles are allowed to evaporate in the
presence of driven substrate oscillations at chosen frequencies. Different mode shapes are …

The liquid-gas interface formed by immersing the surfaces with microstructures underwater
is of great importance for applications such as drag reduction and so on. The stable …

To investigate the kinetics and energy transport during droplet evaporation on a
heterogeneous solid surface with hybrid wettability, a series of molecular simulations are …

Evaporation of water nanodroplets on a hydrophilically adjusted graphene sheet was
studied based on a molecular dynamics approach. Suspended graphene was used as a …