Localized concentration gradients within the electrochemical double layer during various
electrochemical processes can have wide-ranging impacts; however, experimental …

The capabilities and advantages of electrochemical impedance spectroscopy (EIS) as a
useful and non-destructive technique are discussed. EIS provides the time dependent …

Hydrogen evolution reaction (HER) is a vital step for green-hydrogen production in
commercial alkaline water electrolyzers. Although various electrocatalysts have been …

This work investigates the possibility of interfacial pH changes during a hydrogen evolution
reaction using a finite elements simulation approach. This reaction is a common side step …

A novel suppressor, malachite green, was used to achieve bottom-up growth of cobalt in this
work. Electrostatic potential, HOMO/LUMO of malachite green was calculated to provide an …

An attractive approach to obtain effective and stable electrode for water electrolysis is to
directly deposit the electrocatalyst on current collector surface. Herein, we show the …

Cobalt electrowinning is an intensive energy-consuming process, and allied to the
increasing demand for pure cobalt, has led to the need for optimization. Based on a …

The present work is focused on the cobalt electrodeposition in anodic aluminium oxide and
the application of the obtained nanocomposite layer as a monolithic catalyst for complete …

The article provides a brief overview of the results concerning synthesis of inorganic
nanocrystals including such compounds as Ag, Au, NiO 1+ x∙ nH 2 O, CoAl and ZnCo …

Lactate-intercalated Co–Fe layered double hydroxides (LDHs) were successfully prepared
by coprecipitation and hydrothermal method. In this process, divalent metal ions as …