The distribution of relaxation times (DRT) is an approach that can extract time characteristics
of an electrochemical system from electrochemical impedance spectroscopy (EIS) …

Exsolution is a recent advancement for fabricating oxide-supported metal nanoparticle
catalysts via phase precipitation out of a host oxide. A fundamental understanding and …

While SOFC perovskite oxide cathodes have been the subject of numerous studies, the
critical factors governing their kinetic behavior have remained poorly understood. This has …

The correlation between the surface chemistry and electronic structure is studied for SrTi1−
xFexO3 (STF), as a model perovskite system, to explain the impact of Sr segregation on the …

A key need in the development of solid oxide cells (SOCs) is for electrodes that promote fast
oxygen reduction and oxygen evolution reactions at reduced operating temperature (≤ 700° …

The major barrier to commercialization of solid oxide fuel cells (SOFCs) is to overcome long-
term surface degradation during operation. Sr/Co-based perovskite cathodes have been …

Identifying the important factors governing the oxygen reduction kinetics at solid oxide fuel
cell cathodes is critical for enhanced performance, particularly at reduced temperatures. In …

In this study, five different mixed conducting cathode materials were grown as dense thin
films by pulsed laser deposition (PLD) and characterized via in situ impedance spectroscopy …

Strontium titanate, a perovskite oxide, is a frequently studied material for a large variety of
applications. When acceptor-doped (with Fe, for example), the material is useful for its mixed …

Plastic strain engineering was applied to induce controllable changes in electronic and
oxygen ion conductivity in oxides by orders of magnitude, without changing their nominal …