Droplet impact is a ubiquitous liquid behavior that closely tied to human life and production,
making indispensable impacts on the big world. Nature‐inspired superhydrophobic surfaces …

Conventional fog collection efficiency is subject to the inherent inefficiencies of its three
constituent steps: fog capture, coalescence, and transportation. This study presents a liquid …

Normal im**ement of droplets on superhydrophobic surfaces patterned with micropillars
exhibits pancake bouncing, significantly reducing the droplet-surface contact time under …

A three-dimensional nonorthogonal lattice Boltzmann model is employed to simulate a
single droplet impacting a nonuniform wettable surface at the bottom of a proton exchange …

Droplet impact on solid surfaces is widely involved in diverse applications such as spray
cooling, self‐cleaning, and hydrovoltaic technology. Maximum solid‒liquid contact area …

Limited attention has been paid to repellency and wettability‐confined transport of low‐
surface‐tension liquids, such as oils, alcohols, and hydrocarbons. This is because …

The characteristics of the collision of water droplets with textured hydrophobic and
superhydrophobic surfaces obtained using two techniques were studied experimentally. The …

In the pursuit of high-power electronics, effective solutions for thermal management play a
crucial role in the performance and lifespan of devices. Droplet train cooling (directing a …

The influence of nanostructure roughness on nanodroplets impact process is still unclear. In
this Letter, we investigated the spreading and splashing kinetics of nanodroplets on lyophilic …

This thesis explores the intricate domain of solid-fluid interaction on wettability-modified
surfaces, addressing novel and underexplored aspects in the field. It investigates the …