Corrosion degradation is detrimental to metal structures as it shortens their lifetime and
leads to huge economic losses and unexpected disasters. Therefore, the detection and …

Electrochemical noise (EN), as one of the most promising in situ electrochemical methods in
corrosion and electrochemical science, has been developing rapidly in recent years with the …

The aim to produce highly active, selective, and long-lived electrocatalysts by design drives
major research efforts toward gaining fundamental understanding of the relationship …

Electrochemical noise (EN) can be used in situ to investigate corrosion processes and to
detect and monitor the corrosion of metallic materials. EN data are largely influenced by the …

The electrolytic production of gas bubbles involves three steps nucleation, growth, and
detachment. Here the growth of hydrogen bubbles and their detachment from a platinum …

The electrochemical noise (EN) experiment and instrumentation aspects are briefly
summarized, and the direct current (DC) removal methods before EN analysis are illustrated …

The electrode overpotential is usually expressed in terms of partial components related to
ohmic, activation and concentration effects. For a gas-evolving electrode, the overpotential …

A non-monotonic anomalous behavior of charge transfer resistance with applied potential
during the hydrogen evolution reaction on palladium has been investigated and shown to …

The cathode and anode of a 'bubble-free''capillary-fed'water electrolysis cell that was
previously reported to consume only 40.4 kW h kg− 1 hydrogen under standard commercial …

This paper evaluates electrochemical noise (EN) technique as a possible tool for the
diagnosis of Proton Exchange Membrane Fuel Cells (PEMFC) during operation. EN was …