Using molecular dynamics (MD) simulations, we investigate impact behaviors of water
nanodroplets on hydrophilic to hydrophobic surfaces with static contact angles ranging from …

Theoretical, analytical, and experimental investigations of electrospray operation in vacuum
facilities show that secondary species emission (SSE) plays a significant role in the behavior …

This study investigates the dynamics of low-viscosity nanodroplets impacting surfaces with
static contact angles from θ= 73° to 180° via molecular dynamics (MD) simulations. Two …

We study the bouncing dynamics of nanodroplets on superhydrophobic surfaces. We show
that there are three velocity regimes with different scaling laws of the contact time, τ …

Impact dynamics of nanodroplets has recently gained extensive attention because of its
potential applications in nanoscale inkjet printing, nanodroplet spray cooling, and …

The impact behavior of a water droplet on small cylindrical superhydrophobic targets is
studied numerically and theoretically. A numerical model using the volume of fluid method is …

The impact dynamics of water nanodroplets on flat solid surfaces was studied by molecular
dynamics simulations over a wide range of Weber numbers (We) and surface wettability (θ …

The Cassie–Wenzel (C–W) wetting transition has been extensively investigated; however,
the wetting transition of water films on textured surfaces with different topologies, together …

Droplet impacts on solid surfaces are ubiquitous in nature and industry. Before impact, the
droplet shape may be affected by gravity, shear flow, and the electric and magnetic fields …

Understanding droplet–particle collision behaviors is essential for the pyrohydrolysis
process of pickling liquor, where the pickling liquor is sprayed and dried into particles. This …