Inspired by the self-cleaning and water-repellent properties of plants and animals in the
natural world, superhydrophobic and superoleophobic materials develop quickly, and are of …

Understanding the complementary roles of surface roughness and energy in natural super-
non-wetting surfaces has greatly promoted the development of biomimetic …

The potential applications of superamphiphobic surfaces are widespread and attractive. The
design of re-entrant structures is crucial to superamphiphobic surfaces. However, both the …

During the last years, emerging research has focused on the development and design of
novel materials that can successfully repel oils and other liquids. In order to achieve such …

KIT-6 is a cage type three dimensional cubic mesoporous silicate with Ia3d type structure,
which shows scintillating promise in nanocasting, surface functionality, metal incorporation …

Superhydrophobic surfaces are of paramount importance for a great number of applications
ranging from heat transfer to medicine. However, their mass production is challenging from …

Electrospraying technique has been demonstrated to fabricate superhydrophobic surfaces
with random hierarchical roughness. Yet, it has never been employed to generate …

Copper is widely used in various fields owing to its great electrical and thermal conductivity
and so on. Once Coper is endowed with other properties, such as superamphiphobic, and …

The unique magnetic properties of ferronanofluids distinguish them from the rest of the
nanofluids group. To discover their full potential, their thermophysical properties have to be …

A flower-like CuO film on a Cu foil substrate has been synthesized via a facile one-step
solution route at room temperature, using NaOH and (NH 4) 2 S 2 O 8 as raw materials …