Abstract 316L stainless steel has been widely used for orthopedic devices. Inflammatory
response and direct contact with abundant proteins after implantation lead to corrosion …

Surface oxide film growth and conversion processes on carbon steel were studied using a
range of electrochemical techniques and ex situ surface analyses. The electrochemical …

The key steps involved in X100 pipeline steel passivation in bicarbonate-based simulated
soil solutions from the pre-passive to transpassive potential regions have been analyzed …

In this paper, we have fabricated the samarium/gadolinium-substituted hydroxyapatite
(Sm/Gd-HAP) coating on the borate-passivated AISI 316L SS stainless steel. The structural …

The effect of ionizing radiation on steel corrosion is an important materials issue in nuclear
reactors. In the presence of ionizing radiation water decomposes into both oxidizing and …

A pH stabilization method was investigated to mitigate corrosion in aqueous 5 M
monoethanolamine for post-combustion CO 2 capture. The room temperature pH of a …

Carbon steel is a preferred construction material in many industrial and domestic
applications, including oil and gas pipelines, where corrosion mitigation using film-forming …

The effect of γ-radiation on the kinetics of carbon steel corrosion has been investigated by
characterizing the oxide films formed on steel coupons at 150° C and at two pH values …

Abstract 3D-printing is an emerging technology that challenged wrought counterparts by one-
step manufacturing for complicated biological devices. However, the material properties and …

The influence of sulphide on the electrochemistry of carbon steel in neutral to slightly
alkaline sulphide solutions was investigated using electrochemical and surface analytical …