Solid oxide fuel cells (SOFCs) technologies are considered the most efficient and environmentally-friendly option for both stationary distributed power generation due to their advantages of low pollution, noise strong building blocks. Despite potential, widespread adoption SOFC technology has not yet been achieved. The main reason is that high cost manufacturing maintenance insufficient operati...

Rapid deactivation presently limits a wide spread use of high-temperature solid oxide cells (SOCs) as otherwise highly efficient chemical energy converters. With triggered by the ongoing conversion reactions, an atomic-scale understanding active triple-phase boundary between electrolyte, electrode, and gas phase is essential to increase cell performance. Here, multi-method approach used compris...

In order to increase energy density and enhance safety, all-solid-sate lithium-ion batteries have been developed as a storage battery for electric vehicle (EV). Further performance improvement of requires optimization the electrode structure. this paper, we constructed phase interface model focusing on microstructure porous electrode, examined reaction layer

Highly reversible oxygen redox chemistry of Li 2 RuO 3 enabled by a stabilizing electrode–electrolyte interphase with sulfide solid electrolyte.

Electrocatalysis is key to improving energy efficiency, reducing carbon emissions, and providing a sustainable way of meeting global needs. Therefore, elucidating electrochemical reaction mechanisms at the electrolyte/electrode interfaces essential for developing advanced renewable technologies. However, direct probing real-time interfacial changes, i.e., surface intermediates, chemical environ...