An environmental catalyst in which a transition metal (Mn, Fe, or Co) was substituted into the
Ti site of the host material, SrTiO3, was synthesized, and the reactivity of lattice oxygen was …

Perovskites are typical oxygen storage materials that find many chemical, energy, and
environmental applications. Lanthanum-based perovskite oxides represent a large family of …

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 …

The development of NO x-trapping catalysts for automobiles is highly desired to meet the
current strict exhaust emission regulations. This study demonstrates that NO x oxidation and …

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 …

Perovskite oxides have been a hot topic of research in the field of water electrolysis due to
their tunable construction; however, the poor conductivity and insufficient electrocatalytic …

Pt-based catalysts are commonly employed as NO x-trapping catalysts for automobiles,
while perovskite oxides have received attention as Pt-free NO x-trapping catalysts. However …

Developing efficient and robust catalysts for hydrogen production by ammonia
decomposition is of importance towards the “zero-carbon” economy. Herein, a series of B …

Pressure swing adsorption (PSA) is expected to replace the currently used energy-intensive
cryogenic distillation process for oxygen separation. For realizing an energy-saving PSA, an …

The present study explores the oxygen-storage capacity of Sr3Fe2O7− δ doped by other
transition metals. Sr3Fe2O7− δ doped with Mn, Co, or Ni exhibited higher oxygen-storage …