Hydrogen spillover is a phenomenon in which hydrogen atoms generated on metal catalysts
diffuse onto catalyst supports. This phenomenon offers reaction routes for functional …

Exploring advanced electrode materials with high electrochemical performance and
sufficient durability is crucial to the commercialization of solid oxide fuel cells (SOFCs) …

We prepared Co-doped SrTiO3 materials with a high level of structural stability and
investigated their oxygen storage capacity (OSC). These materials can release and store a …

Determination of a reaction pathway is an important issue for the optimization of reactions.
However, reactions in solid‐state compounds have remained poorly understood because of …

In this study, we explored the feasibility of using base metal catalysts for three-way catalysis.
The catalysts contain up to three base metals that were chosen to replace or reduce use of …

In this study, based on the first-principles theoretical analysis of the atomic and electronic
structures in Sr3Fe2–x Ni x O7. 0− δ, we propose a mechanism where charge transfer via …

The strong metal–support interaction (SMSI) prompts the reductive treatment-induced
encapsulation of platinum group metal (PGM) nanoparticles by reducible oxide catalyst …

Oxygen storage materials (OSMs) have potential applications in various fields, including
catalysis, wherein a high oxygen storage capacity is desired because lattice oxygen and …

Currently, there is a strong demand for new automotive catalysts with improved low‐
temperature activity and reduced precious metal use. Such catalysts must undergo …

We evaluated the catalytic performance of the Rh–Fe/Al2O3 catalyst during a three-way
catalytic reaction and found, by chance, that a part of Fe species was dissolved into the γ …