Water electrolysis is the most promising method for efficient production of high purity
hydrogen (and oxygen), while the required power input for the electrolysis process can be …

This paper presents a review of the redox and electrocatalytic properties of transition metal
oxide electrodes, paying particular attention to the oxygen evolution reaction. Metal oxide …

Electrolytic hydrogen production faces technological challenges to improve its efficiency,
economic value and potential for global integration. In conventional water electrolysis, the …

Mixed Fe–Ni oxide electrocatalysts for the oxygen evolution reaction in alkaline electrolytes
were synthesized using three different approaches: evaporation induced self-assembly …

Thin catalyst films with electrocatalytic water oxidation properties similar to those of a
recently reported Co-based catalyst can be electrodeposited from dilute Ni2+ solutions in …

Hydrogen production through water splitting is an excellent potential source of clean energy
for the future, providing it can be generated from renewable energy sources. An attractive …

The electrocatalysis toward small molecules, especially small organic compounds, is of
importance in a variety of areas. Nickel based materials such as nickel, its oxides …

The electrocatalytic oxygen evolution reaction (OER) presents the key transformation in
electrochemical water‐splitting majorly determining energy efficiency and economics of …

Despite the recent renewal in interest in the oxygen evolution reaction (OER) at transition
metal oxide based electrodes in alkaline solution, the details of the mechanism remain …

The oxygen evolution reaction at multi-cycled iron oxy-hydroxide films in aqueous alkaline
solution is discussed. Steady-state Tafel plot analysis and electrochemical impedance …