The influence of nanosized particles on electrochemical action of standard zinc-rich paints
by means of SEM as well as potential and impedance measurements has been investigated …

Electrochemical impedance spectroscopy (EIS) in the 100kHz–1mHz frequency range was
employed as the main electrochemical technique to study the corrosion protection behaviour …

Transient self-destroyed micromotors that autonomously disappear in biological media at
controlled rates upon completing their task, without leaving a toxic residue, are presented …

In this work, the protective mechanisms of a single coat zinc-rich powder coating are
examined. Powder coating panels were applied on phosphatized steel and were studied …

The effects of pigment volume concentration and morphology of zinc particles employed in
the formulation of zinc rich paints (ZRP) suitable for the corrosion protection of naval steel in …

Anti-corrosion epoxy coatings are extensively used to protect the petroleum tanks. For anti-
corrosion applications of such epoxy coatings, it is necessary to decrease the defects that …

Zinc-rich paints (ZRP) are one of the most effective coatings used in order to protect steel
from corrosion and they have been studied in many aggressive media like sea water, marine …

Two zinc-rich powder coatings are applied onto phosphatised steel substrate and are
studied using electrochemical impedance spectroscopy (EIS). Measurements are performed …

A zinc-rich powder coating, applied onto steel substrate, was studied using electrochemical
impedance spectroscopy (EIS). Before immersion when coating is dry, EIS spectra revealed …

The present study examined the behavior of zinc-rich paints (ZRP) based on an epoxy
binder in 3% sodium chloride (NaCl) solution. The study focused on the effect of some …