Epitaxial cathodes in lithium-ion microbatteries are ideal model systems to understand mass
and charge transfer across interfaces, plus interphase degradation processes during …

Commercial use of solid oxide fuel cells (SOFCs) requires high output performance and
excellent long-term stability for cathode materials. A nanostructured spinel high-entropy …

Cathodes demonstrating elevated electrochemical catalysis and CO 2 endurance are
fundamental for solid oxide fuel cells (SOFCs). Herein, Ta/Cu co-doped SrCo 0.8 Ta 0.1 Cu …

Flexible strain sensors with high sensitivity, wide sensing range, and excellent long-term
stability are highly anticipated due to their promising potential in user-friendly electronic …

High-entropy engineering is an emerging strategy to enhance material properties beyond
their individual components. In this study, we synthesized a high-entropy spinel oxide …

The cathode properties are critical for solid oxide fuel cells (SOFCs) performance and a
major challenge for commercialization. This study employs the impregnation method to …

Solid oxide cells (SOCs) exhibit significant potential for efficient energy conversion and
storage, with the air electrode playing a crucial role in determining SOC efficiency and …

Ni-based cermet materials still persist as pronounced challenges for electrocatalysts in solid
oxide electrolysis cells (SOECs), due to their insufficient CO2 catalytic efficiency and inferior …

Spinel oxides received widespread research interest because of versatility involved in
various properties which are tunable as per disparity in composition, morphology, defects …

Alkaline Earth free spinel oxides provide a potential benefit over Sr-doped perovskite-based
materials commonly used as electrodes in high-temperature electrochemical energy …