In this study, micro-arc oxidation (MAO) technology was used to coat the surface of pure
aluminum disks. Then the liquid crystal polymer (LCP) was used in the mesh method to form …

Lanthanides (Ln), as an important class of materials, have recently generated global interest
in modern technology due to their unique metallurgical, ceramic, catalytic, electronic …

This study focuses on the surface modification of 2524-T3 Al alloy substrates, highly
prospective in aeronautical sector, by niobium oxide films employing reactive sputtering …

In this study, for the first time, the corrosion mitigation ability of zinc intercalated kaolin (K) as
an inorganic and cost-effective nanocontainer was studied. The impact of kaolin modification …

Aluminium nanoparticles were modified by cerium oxides/hydroxides in order to enhance
their corrosion resistance. Then, Ce-Al nanoparticles were functionalized with 3 …

Abstract Al 100− xyz Ce x Ni y Mn z thin films were synthesized via combinatorial sputtering
from Al, Al 80 Ce 20, Al 91 Ni 9, and Al 93 Mn 7 targets. The resultant as-deposited films …

Cerium oxide–based coatings have become a viable and environmentally friendly approach
for the corrosion protection of lightweight alloys. Aluminum and more recently magnesium …

We developed a sol–bath–gel method to prepare a hybrid coating for corrosion protection of
aluminum alloy. The sol–bath–gel treatment included dipping the aluminum alloy into silane …

The effects of La and Ce on the stability of the passive films and dissolution characteristics of
Al-based metallic glasses were comparatively investigated. The results showed that the …

The amorphous Ni–P layer of high phosphorus content was deposited on 3003 aluminum
alloy sheet either without interlayer or over an interlayer of sprayed Al–Ce coating. Their …