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

The self-assembly of hybrid inorganic-organic materials on stationary platforms plays a
critical role in improving their structural stability and wide usability. In this work, a novel two …

This study presents a facile and rapid method for synthesizing novel Layered Double
Hydroxide (LDH) nanoflakes, exploring their application as a photocatalyst, and …

Meeting the demands of complex and advanced applications requires the development of
high-performance hybrid materials with unique properties. However, the integration of …

This study explores the dynamic interaction between environmentally sustainable plasma
enhancer and quencher agents during the incorporation of SiO 2 into a TiO 2 layer, with the …

Modulating metal-organic framework's (MOF) crystallinity and size using a polymer, in
conjunction with a high surface area of layered double hydroxide, yields an effective strategy …

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

This study presents a novel approach to improving the anticorrosive performance of AZ31
Mg alloy by exploiting the role of the hydration reaction to induce interactions between …

In the pursuit of multifunctional coatings, the controlled growth of materials on stationary
platforms holds paramount importance for achieving superior corrosion protection and …

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 …