Ni/MgFeAlO4 displays promising activity and stability in the dry reforming of methane. In
order to establish a correlation between its performance and structural changes, an in-depth …

Triple-conducting oxides with mobile protons, oxygen vacancies, and holes are key
functional materials for protonic ceramic fuel/electrolysis cells. We comprehensively …

The intricate relationship between local atomic arrangements and electronic states
significantly influences the electrochemical properties of Li‐ion battery cathode materials …

Proton ceramic electrolysis cells (PCECs), electrochemical devices that convert electrical
energy into chemical energy, have attracted increasing interest; however, their development …

Iron oxide-based catalysts can selectively covert CO2 to added-value CO in parallel with on-
purpose ethylene production via ethane dehydrogenation (CO2-EDH). The 5Fe/10NiMgZr …

Solid‐state sodium ion conductors are crucial for the next generation of all‐solid‐state
sodium batteries with high capacity, low cost, and improved safety. Sodium closo …

Oxides with mixed proton, oxygen vacancy, and hole conductivity are key functional
materials for fuel and electrolyzer cells based on protonic ceramic electrolytes. Here, we …

Protonic ceramic cell is seen as the next-generation energy conversion device designed to
efficiently and reversibly convert chemical energy into electricity working at intermediate …

In this work, we studied the BaCe0. 6Zr0. 2Y0. 2− xFexO3− δ system which belongs to the
triple-conducting oxides (TCOs) group. The electrochemical properties of BaCe0. 6Zr0. 2Y0 …

Developing mixed proton–electron conductors (MPECs) is essential to accelerate the
sluggish air electrode reaction kinetics of protonic ceramic electrochemical cells, for their …