The passivation and chloride-induced depassivation of steel rebars immersed in varying
alkaline environments (0.80 M, 1.12 M and 1.36 M NaOH solutions), simulating the pore …

The majority of the studies on corrosion mechanism and protection of reinforcing steel bars
are performed in alkaline solutions simulating the concrete environment, thus avoiding the …

Pitting of high purity iron was studied in chloride containing solutions, at various pH values,
with and without borate buffer. It was found that for low pitting potential values, in alkaline …

Rotating ring-disc electrode studies on the anodic dissolution and passivation of iron in
potassium carbonate/bicarbonate buffers at 25° C show that in the active anodic dissolution …

Abstract Transpassive dissolution of 99.5–99.99% iron to ferrate (VI) in 40–50% NaOH and
KOH in the potential region of UH= 0.65–0.85 V (vs she) was studied with cyclovoltammetric …

The corrosion behaviour of steel was studied in aerated near neutral citrate solutions without
and with various concentrations of NaCl. The potentiodynamic anodic polarization curve in …

A theoretical impedance function is deduced for a proposed mechanism of passive film
formation of steel in contact with alkaline aqueous media involving two reaction …

The influence of ionic composition on the electrodissolution and passivation of iron
electrodes in potassium carbonate/bicarbonate buffers is studied over the concentration …

The paper focuses on chloride corrosion of steel rebar in alkaline solutions. The effect of
chloride content on corrosion initiation was assessed through cyclic voltammetry (CV) tests …

For many years (and even today) the electrochemistry of iron has been linked to the
corrosion of iron and has been heavily influenced by the ideas of De La Rive, l who …