The literature dealing with the electrochemical corrosion characteristics of unalloyed copper
in aqueous chloride media is examined. The enormous quantity of polarisation and …

The influence of sulfate‐reducing bacteria on corrosion of mild steel is reviewed, with
special emphasis on the effects of biofilm structure and function, medium composition …

Providing a carefully developed and comprehensive overview of the corrosion chemistry of
metallic materials, this book covers the principal methods of corrosion prevention. It includes …

A general treatment of the effect of surface roughness on the impedance of ideally
polarizable (blocking) electrodes is proposed. In terms of fractal geometry, surface …

In this work, non-particle and fluorine-free superhydrophobic films were constructed on mild
steel (MS) for corrosion protection by one-step electrodeposition from …

Electrochemical impedance results are presented for 550 day exposures of organic-coated
carbon steel samples. Coatings consisted of translucent pigmented and unpigmented epoxy …

One of the biggest obstacles for superhydrophobic films in applications is their poor
mechanical resistance. In this research, robust superhydrophobic SiO 2 films were …

Stable superhydrophobic films with a contact angle of 151±2° were prepared on zinc
substrates by a simple immersion technique into a methanol solution of hydrolyzed 1 H, 1 H …

The electrochemical behaviour of a Cu rotating disc electrode in neutral aerated NaCl
solution was investigated in the cathodic and anodic ranges and at the corrosion potential …

Electrochemical impedance technique has been applied to study the corrosion behavior of
galvanized steel under wet–dry cyclic conditions with various drying periods. The wet–dry …