Abstract:Electrocatalytic water splitting is crucial for the development of the
renewable energy industry. However, gas bubble attachment to the
electrode surface has severely limited the electrochemical performance.
In this study, we develop a superaerophobic nickel-based catalyst by
electrodeposition onto pencil-drawn non-conducting A4 paper. We reveal
that phosphorus (P) doping in the nickel metal causes lattice
contraction and cracked electrode surface, creating a superaerophobic
electrode surface, as supported by … Show more
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