As the rise of global climate warming and carbon dioxide emissions from air conditioning
dehumidification, the impact of high indoor humidity on human health and building safety …

Water collection from atmospheric fog was deemed to be an efficient and sustainable
strategy to defuse the freshwater scarcity crisis. Fog harvesting and trapping fibers …

The shortage of water resources is a severe challenge that the world faces in the 21st
century. By imitating the water harvesting behavior of organisms to obtain water from the …

The acquisition of global freshwater resources has always been the direction of people's
efforts. At present, metal materials based on special wettability and special structure have …

Fog harvesting represents a promising strategy to address the global freshwater shortage.
To enhance the water collection efficiency, diverse geometric structures that can effectively …

This study developed a functional Janus wood (JW) membrane with designed wettability
gradient through simple modification of balsa wood and evaluated its performance in liquid …

Zirconia ceramics have become an important material for the manufacture of key
components in aerospace, military, energy, and other fields due to their excellent …

Inspired by the natural water harvesting mechanisms of desert beetles, cactus thorns, and
leaf veins, we designed a heterogeneous wettability surface with superhydrophilic pattern …

The study of a droplet spreading on a circular cylinder under gravity was carried out using
the pseudo-potential lattice Boltzmann high-density ratios multiphase model with a non …

Fog harvesting is a powerful solution to the freshwater crisis. To enable efficient water
collectors, a variety of geometric driving structures are needed. Therefore, we provide a new …