Droplet dynamics and condensation phenomena are widespread in nature and industrial
applications, and the fundamentals of various technological applications. Currently, with the …

The power of the directional and spontaneous transport of liquid droplets is revealed
through ubiquitous biological processes and numerous practical applications, where …

Coalescence-induced droplet jum** has the potential to enhance the efficiency of a
plethora of applications. Although binary droplet jum** is quantitatively understood from …

It was recently discovered that condensation growing on a nanostructured
superhydrophobic surface can spontaneously jump off the surface, triggered by naturally …

As a ubiquitous vapor-liquid phase-change process, dropwise condensation has attracted
tremendous research attention owing to its remarkable efficiency of energy transfer and …

Droplet transport on, and shedding from, surfaces is ubiquitous in nature and is a key
phenomenon governing applications including biofluidics, self-cleaning, anti-icing, water …

Enhancing the thermal efficiency of a broad range of condenser devices requires means of
achieving sustainable dropwise condensation on metallic surfaces, where heat transfer can …

With the recent advances in surface fabrication technologies, condensation heat transfer has
seen a renaissance. Hydrophobic and superhydrophobic surfaces have all been employed …

Superhydrophobic surfaces have suffered from being frequently penetrated by micro-/nano-
droplets in high humidity, which severely deteriorates their water repellency. So far, various …

When microdroplets with quasi‐spherical contact angles coalesce together on a low‐
adhesion substrate, the capillary‐inertial expansion of the liquid bridge induces a dramatic …