Interesting phenomena such as encapsulation, charge transfer, and bond formation, etc.
induced by classical strong metal–support interaction (SMSI) during high-temperature …

Engineering the interfacial structure between noble metals and oxides, particularly on the
surface of non-reducible oxides, is a challenging yet promising approach to enhancing the …

Electrochemical ammonia synthesis through the atmospheric nitrogen reduction reaction
(NRR) is a promising method for sustainable fertilizer and carbon-free hydrogen energy …

Pt has been economically favored over Rh and Pd. However, Pt-based three-way catalysts
(TWCs) have been studied less than Pd-and Rh-based TWCs; therefore, their properties …

Palladium catalysts are highly efficient for a variety of chemical industrial processes but are
prone to being affected by poisons during practical application. Sulfur is one of the major …

Ambient-temperature catalytic oxidation is an ideal strategy for eliminating carbon monoxide
and formaldehyde from indoor air. However, the difficulty in activating oxygen molecules at …

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

Understanding and mitigating catalyst deactivation in high-temperature alkane
dehydrogenation reactions is critical toward improving their energy and atom efficiency. In …

Barium (Ba) has been widely and successfully added to three‐way catalysts to effectively
control gasoline vehicle emissions. While the introduction of Ba is well‐known to have a very …

Since hydrogenation of acetic acid readily leads to ethanol formation, it is challenging to
selectively obtain acetaldehyde in a high yield. The present study demonstrates the highly …