Metal-supported solid oxide fuel cells (MS-SOFCs) own advantages of high performance,
fast start-up, thermal cycle stability, easy sealing, and reduced material cost. In recent years …

There is increasing global interest in using solid oxide electrochemical cells to perform
electrolysis. Metal-supported solid oxide electrolysis cells (MS-SOEC) are being developed …

Nucleation of nanoparticles using the exsolution phenomenon is a promising pathway to
design durable and active materials for catalysis and renewable energy. Here, we focus on …

High power density is required to commercialize solid oxide fuel cells for vehicular
applications. In this work, high performance of metal supported solid oxide fuel cells (MS …

CH4-fueled metal-supported solid oxide fuel cells (CH4-MS-SOFCs) are propitious as CH4
is low-priced and readily available, and its renewable production is possible, such as …

The presence of active metal nanoparticles on the surface significantly increases the
electrochemical performance of ABO3 perovskite oxide materials. While conventional …

Solid oxide cell (SOC) technology currently attracts great attention due to its unique potential
for substantially contributing to a carbon‐neutral power supply. The variety in possible …

Symmetric‐structure metal‐supported solid oxide fuel cells (MS‐SOFCs) are fabricated by
infiltrating catalysts on both anode and cathode side. Various aspects of the infiltration …

The plasma spraying process has been proven capable of fabricating high-performance
metal-supported solid oxide fuel cells (MS-SOFCs), and the critical technology is to prepare …

Metal-supported solid oxide fuel cells with symmetric architecture, having metal supports on
both sides of the cell, are scaled up from button cell size to large 50 cm 2 active area cell …