The development of efficient and environmentally-friendly technology is the only possible
way to solve the existing energy and environmental crisis. Solid oxide cells (SOCs) …

The performance characteristics of solid oxide fuel cells operating at intermediate
temperatures depend largely on the tailored properties of the electrolyte used in making …

Solid oxide proton conductors are crucially emerging as key materials for enabling hydrogen-
based energy conversion, storage, and electrochemical technologies. Oxides crystallising in …

Fuel cells can efficiently convert the chemical energy in fuels like hydrogen and methane
into electricity and are an important component for the forthcoming hydrogen society …

Proton conducting oxides have promising potential for the application in the solid-state
electrochemical devices and have received significant progress in recent years. At present …

La 2 Ce 2 O 7 is known to be a disordered fluorite, ie, 50% La-doped CeO 2, exhibiting
oxide ion conduction with contributions from protons in wet atmospheres and minority …

This review presents computational and machine learning methodologies developed during
a 5-year research project on proton-conducting oxides. The main goal was to develop …

La2Ce2O7 is a fluorite‐type oxide, showing almost pure oxide ion conduction in dry oxygen
atmosphere. Under wet oxygen atmosphere, protons are introduced into La2Ce2O7 through …

Proton-conducting electrolytes based on zirconates with a pyrochlore-like structure are
known for their excellent thermal and chemical stability, low grain boundaries (GB) …

Designing highly active and robust catalysts for the oxygen evolution reaction is key to
improving the overall efficiency of the water splitting reaction. It has been previously …