What Is Exchange Reaction of Dissolved Substances in Tungsten Oxide Electrocatalysis Electrolyte?

Tungsten oxide can carry out the exchange reaction of dissolved substances in the electrocatalytic electrolyte, which refers to the process in which dissolved substances (such as oxygen molecules, ions or molecules) interact with the surface of tungsten oxide and undergo a chemical reaction.

In the electrocatalytic electrolyte, the active sites on the surface of tungsten oxide can adsorb and react with dissolved substances. Specifically, dissolved substances can be adsorbed onto the surface of tungsten oxide, which in turn reacts with ions or other chemical species in the tungsten oxide. These reactions may include adsorption and dissociation of oxygen molecules, exchange of ions, catalytic conversion of dissolved substances, etc.

Dissolved species exchange reactions have an important impact on the electrocatalytic performance and reaction mechanism of tungsten oxide. By manipulating the adsorption and reaction process of dissolved species, the efficiency, selectivity, and kinetics of electrocatalytic reactions can be tuned. This is of great significance in many electrocatalytic reactions, such as oxygen reduction reaction, water splitting reaction, oxygen evolution reaction, etc.

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