Scanning electrochemical microscopy in feedback mode was used to monitor changes in
the surface state of a polymeric film applied on a metallic substrate when exposed to an …

The galvanic interaction between a metal-rich coating and the underlying metal substrate
was characterized by a new analysis method based on the scanning vibrating electrode …

The corrosion mechanisms and the inhibiting effect of sodium phosphate at cut edges on
galvanized steel was studied by potentiodynamic polarization, EIS and monitoring of local …

Novel dual potentiometric microsensor probe has been developed for the simultaneous
detection of Zn 2+ concentration and pH distributions in the Scanning Electrochemical …

Scanning vibrating electrode technique (SVET) and micro-potentiometric pH measurements
were performed simultaneously to study the cut-edge corrosion of aluminum-rich metal …

The effect of chromate in primer layers on the cut edge corrosion of prepainted 55% Al–Zn
alloy coated (galvalume) steels has been examined under simulated atmospheric corrosion …

The scanning vibrating electrode technique (SVET) was applied to study the corrosion
resistance of partially coated (Zn and various Zn‐Co‐Fe alloys) and partially exposed steel …

The replacement of hexavalent chromium corrosion inhibitors from paints is an important
venture due to the effects of those compounds on the environment and detrimental health …

The scanning vibrating electrode technique (SVET) is a versatile technique for determining
the location and intensity of anodes and cathodes and mechanisms in corroding systems. A …

Novel dual potentiometric microsensor probe has been developed for the simultaneous
detection of Zn2+ concentration and pH distributions in the Scanning Electrochemical …