Superhydrophobic coatings are projected as a practical approach to tackle the weak
aqueous corrosion resistance of Mg/Mg alloys. The present review provides the most recent …

In the past few decades, inspired by the superhydrophobic surfaces (SHPS) of animals and
plants such as lotus leaves, rose petals, legs of water striders, and wings of butterflies …

Superhydrophobic metallic surfaces with tunable water adhesion have gained increasing
interest due to their significance in both fundamental researches and practical applications …

Nowadays, achieving highly effective superhydrophobic surfaces on chemically active
magnesium alloys via a straightforward and efficient etching method remains a formidable …

Superhydrophobic surfaces were prepared using a two-step method that involved the
etching of AZ31 and AZ91 magnesium alloys and then modifying the etched alloys with …

This study investigates the role and mechanism of electrochemical dealloying (ED) to
decrease the nickel ion release and improve the biocompatibility of porous NiTi alloy. The …

In this study, nickel‐zinc (Ni–Zn) superhydrophobic coatings with a hierarchical
nano/microstructure were deposited through a two-step electrodeposition process on the …

We describe the technologically simple route for the fabrication of the superhydrophobic
coatings on top of wrought magnesium alloy MA8 based on nanosecond laser processing …

Due to its excellent properties, magnesium alloys show great application potential in
medical and engineering materials, but poor corrosion resistance limits their wide …

This paper aims to establish a quantitative relationship between wettability and surface
morphology. The wettability of surfaces is highly dependent on surface morphology, and this …