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 …

Along with the development of miniaturization, integration, and high power of electronic
chips in the 5G and artificial intelligence era and their urgent need for technologies enabled …

Intelligent and adjustable building envelopes have the advantages of energy saving and
comfort compared to traditional building envelopes and are an important direction for future …

Jum**-droplet condensation, namely the out-of-plane jum** of condensed droplets
upon coalescence, has been a promising technical innovation in the fields of energy …

Atmospheric water harvesting is considered a viable source of freshwater to alleviate water
scarcity in an arid climate. Water condensation tends to be more efficient on …

Hypothesis Most droplets on high-efficiency condensing surfaces have radii of less than 100
μm, but conventional droplet transport methods (such as wettability-gradient surfaces and …

The phenomenon of droplet jum** induced by coalescence holds significant potential for
application in diverse areas such as water collection, self-cleaning, and thermal …

Wetting plays a crucial role in achieving efficient condensation in applications such as
atmospheric water harvesting, air conditioning and refrigeration, and thermal power plants …

Coalescence-induced droplet jum** on superhydrophobic surfaces has significant
potential for various applications, such as enhanced condensation, water harvesting, self …

Condensation on heat transfer surfaces plays a crucial role in various industrial and energy
applications, such as power generation, water harvesting, and thermal management …