Despite the high capabilities to replace combustion systems and produce sustainable
energy, solid oxide fuel cells (SOFCs) still have not yet been successfully commercialized. In …

Mixed ionic-eelectronic conductors (MIECs) play a crucial role in the landscape of energy
conversion and storage technologies, with a pronounced focus on electrode materials' …

Fuel cells could play an important role in the ongoing energy transition by providing clean
and efficient energy conversion. Although the solid oxide fuel cell (SOFC) technology is a …

Fuel cells are highly efficient and green power sources. The typical membrane electrode
assembly is necessary for common electrochemical devices. Recent research and …

Semiconductor ionic materials (SIM) have recently gained broad attention due to their
unique structural and chemical properties that enable efficient proton transport, making them …

Single-layer fuel cells (SLFCs) based on mixed semiconductors and ionic conductors
demonstrate simplified material preparation and fabrication procedure and possess high …

The interfacial disorder is a general method to change the metal‐oxygen compatibility and
carrier density of heterostructure materials for ionic transport modulation. Herein, to enable …

Ceramic fuel cells employing lithium compounds show very high ionic conductivity and
remarkable power density at temperatures of 350–600° C. A composite electrolyte made of …

Reducing the operating temperature of Solid Oxide Fuel Cells (SOFCs) to 300–600° C is a
great challenge for the development of SOFC. Among the extensive research and …

Perovskite oxides show high electrocatalysis behavior for energy-related applications due to
their reactivity, adjustable properties and impurity tolerance. It is very important to improve …