In recent years, superhydrophobic materials have shown tremendous industrial application
value in many fields. Especially in the field of anti-corrosion, the superhydrophobic coating …

A review of literature shows that the majority of papers cite a potentially incorrect form of the
Cassie and Cassie–Baxter equations to interpret or predict contact angle data. We show that …

Engineering surfaces that promote rapid drop detachment, is of importance to a wide range
of applications including anti-icing,,, dropwise condensation and self-cleaning,,. Here we …

Harvesting water from humid air via dewing can provide a viable solution to a water
shortage problem where liquid-phase water is not available. Here we experimentally …

For incorporating superhydrophobic surfaces in microfluidic systems, it is important to
understand the ability of the superhydrophobic state to withstand hydraulic pressure. In this …

The Cassie-state stability plays a vital role in the applications of metallic superhydrophobic
surfaces. Although a large number of papers have reported the superhydrophobic …

Many natural superhydrophobic structures have hierarchical two-tier roughness which is
empirically known to promote robust superhydrophobicity. We report the wetting and …

Many biological surfaces of animals and plants (eg, bird feathers, insect wings, plant leaves,
etc.) are superhydrophobic with rough surfaces at different length scales. Previous studies …

A simple fabrication technique was developed for preparing a mechanically robust
superamphiphobic surface on an aluminum (Al) plate. Dual geometric architectures with …

Superhydrophobic surface (SHS) has attracted tremendous scientific interests in anti/de-
icing due to its extremely low water affinity. However, poor durability and scalability have …