The low coverage rate of anode OH adsorption under high current density conditions has
become an important factor restricting the development of an industrial alkaline water …

The ultimate goal of catalysis is to control the cleavage and formation of chemical bonds at
the molecular or even atomic level, enabling the customization of catalytic products. The …

The immobilization of molecular electrocatalysts on conductive electrodes is an appealing
strategy for enhancing their overall activity relative to those of analogous molecular …

Organic electrosynthesis has gained much attention over the last few decades as a
promising alternative to traditional synthesis methods. Electrochemical approaches offer …

The combination of electrocatalysis and molecular catalysis is an increasingly popular
approach to designing catalysts for electrosynthetic processes. We recently found that the …

The utilization of an elaborate nanomaterial is still a prevalent method to generate luminol
electrochemiluminescence (ECL). Herein, we report on the multimodal generation of anodic …

The ubiquity of graphitic materials in electrochemistry makes it highly desirable to probe
their interfacial behavior under electrochemical control. Probing the dynamics of molecules …

Achieving carbon neutrality necessitates large‐scale water electrolyzers for green hydrogen
production. Accordingly, it is emphasized to develop promising catalyst candidates, which …

The robust immobilization and activity regulation of molecular catalysts on solid electrodes
have remained persistent challenges in catalysis. Herein, cucurbituril (CB [7]) acts is first …

Molecular photocatalysis and photoelectrocatalysis have been widely used to conduct
oxidation–reduction processes ranging from fuel generation to electroorganic synthesis. We …