The theory of electromagnetism has made countless contributions to the understanding of
physicochemical phenomena and continues to be relevant in many scientific fields. The use …

It is anticipated that alkaline water electrolysis (AWE) technology will assume a significant
role in the future energy sector, facilitating the integration of renewable energy and …

The development of efficient electrocatalysts for large-scale water electrolysis is crucial and
challenging. Research efforts towards interface engineering and electronic structure …

The effects of current density and electrode-normal magnetic fields on the growth and
detachment characteristics of a single bubble on vertical microelectrode surface have been …

Alkaline water electrolysis using foam electrodes was performed under the influence of a
uniform magnetic field. The motivation of doing this work is to combine magnetic field with …

The origin of strong electrolyte flow during water electrolysis is investigated, that arises at the
interface between electrolyte and hydrogen bubbles evolving at microelectrodes. This …

Based on our previous visual experiments and the volume of fluid (VOF) multiphase model,
the growth and detachment characteristics of a single hydrogen bubble on the horizontal …

The dynamics of the growth and detachment of a single hydrogen bubble on both the
horizontal and vertical microelectrode surfaces in water electrolysis were synthetically …

This paper demonstrates the significant and positive effect of applying a magnetic field on
the performance of Proton Exchange Membrane Water Electrolysers (PEMWE). A …

Micro-or nano-structured ferromagnetic layers often possess superior electrocatalytic
properties but are difficult to manufacture in general. The present work investigates how a …