Recent developments in electrochemical water oxidation in aqueous alkaline solution at earth abundant transition metal oxyhydroxide thin film electrodes are outlined and candidate high activity materials identified. The molecular mechanism… Click to show full abstract
Recent developments in electrochemical water oxidation in aqueous alkaline solution at earth abundant transition metal oxyhydroxide thin film electrodes are outlined and candidate high activity materials identified. The molecular mechanism of oxygen evolution at these oxide surfaces is discussed.
               
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