Magnesium (Mg) and its alloys possess many outstanding properties, showing great
potential to be extensively applied in different fields. Unfortunately, they are highly …

Abstract Magnesium–lithium (Mg–Li) alloys are characteristic of great potentials for
transformative weight reduction across diverse applications, from aeronautics and …

The present study investigates the physical and chemical characteristics, behavior in vitro
and in vivo, and biocompatibility of coatings containing Ta 2 O 5, which are obtained by …

The accelerated deterioration resulting from microscopic defects in Mg alloy PEO coatings is
a notable issue. This study introduced a PEO/PI composite coating on the surface of AZ91 …

In recent years, plasma electrolytic oxidation (PEO) of Mg alloys improved the alloy's
corrosion inhibition, biomineralisation and cytocompatibility properties needed for temporary …

Biofouling has been persisting as a global problem due to the difficulties in finding efficient
and environmentally friendly antifouling coatings for long-term applications. Initial …

This study explores the impact of direct and indirect incorporation of metallic oxide particles
namely ZrO 2 and V 2 O 5 on the corrosion behavior of the alumina layer obtained by the …

To improve the tribological properties of tantalum–tungsten alloys, a dual-layer organic–
inorganic functional hybrid coating was fabricated on their surfaces by integrating micro-arc …

This study explores the potential of LDH flakes decorated with metallic oxide nanoparticles
to function as both anti-corrosion barriers against chloride anions and heterogeneous …

The investigation of organic coatings as a viable approach to hinder the corrosion
progression on metal surfaces has garnered significant attention. However, the challenge of …