Anodizing is a well-documented surface treatment that is inserted in a complex protection
system against corrosion applied to Al alloys. In the scientific literature, there are many …

Anodic oxide and hydroxide films on metals are very important for corrosion protection and
they determine the electrochemical properties of electrode surfaces. For a better …

Aluminium is a strongly electro-negative metal and possesses a strong affinity for oxygen;
this is apparent fi· om the high heat of formation of its oxide. For this reason, although it is …

In the present study, the distribution of Ag in the coating formed on Mg-Ag alloy by plasma
electrolytic oxidation (PEO) and its ionic release kinetics when exposed to a 0.9 wt.% NaCl …

The average thickness and composition of the copper-enriched alloy layer that is present at
the alloy/oxide interface during anodic oxidation of an eleetropolished Al-0.9 al.% Cu alloy …

The influence of copper on the morphologies of porous anodic alumina has been
investigated under current and voltage control using a sputtering-deposited Al–2.7 at.% Cu …

The application of biodegradable Mg alloys as implanted devices has been hindered by
their low corrosion resistance and potential risk associated with microbial infection. In the …

The self-ordering behavior of anodic porous alumina that was formed by anodizing in
selenic acid electrolyte (H 2 SeO 4) at various concentrations and voltages was investigated …

Anodizing is used widely in the surface treatment of aluminium alloys for aerospace
applications. Considers recent advances in understanding of the influences of alloying …

Porous anodic oxides on AA2024-T3, grown in Cr (VI)-free mixtures of H 2 SO 4 with
carboxylic acids (malic, tartaric, oxalic, malonic, citric) under identical experimental …