During electrocatalytic water splitting, the management of bubbles possesses great
importance to reduce the overpotential and improve the stability of the electrode. Bubble …

A significant challenge associated with photoelectrochemical water splitting is the reduction
of the anode photocurrent due to bubble adhesion. To achieve in situ observation of bubble …

Abstract In electrocatalysis, two-dimensional (2D) materials have attracted extensive
interests due to their unique electronic structure and physical properties. In recent years …

Bubble dynamics significantly impact mass transfer and energy conversion in
electrochemical gas evolution reactions. Micro-/nanostructured surfaces with extreme …

In order to promote gas bubble transport during water splitting for hydrogen production,
stacked mesh electrodes integrated microporous structure flowing and electrolytic water …

Interfacial pH changes and bubble dynamics play pivotal roles in water electrolysis,
significantly impacting cell overvoltage and energy consumption. The quantification of these …

Water electrolysis with sustainable energy is a pivotal element in realizing a carbon-neutral
future. A closely stacked assembly has been implemented in industrial applications to …

Gas‐evolving electrodes often suffer from the blocking of catalytic active sites—due to
unwanted and unavoidable adhesion of generated gas bubbles, which elevates the …

The membraneless electrolyzer design promises a low-cost and robust electrolyzer
technology, eliminating the disadvantages associated with the membranes/diaphragms in …

This study introduces a two-phase model (Euler-Euler) designed to predict mass transfer
enhancement resulting from electro-generated bubbles under varying conditions …