The pervasive utilization of fossil fuels precipitates a surge in nitrogen oxides (NO x)
emissions, adversely impacting on both environmental quality and human well-being. How …

Conspectus For chemical reactions with complex pathways, it is extremely difficult to adjust
the catalytic performance. The previous strategies on this issue mainly focused on modifying …

Metal–support interactions (MSI) play a crucial role in enhancing the catalytic activity and
stability of metal catalysts by establishing a stable metal-oxide interface. However, precisely …

Subnanometric supported metal atomic clusters (SMACs) composed of several to tens of
surface metal atoms have attracted increased research interest in electrocatalysis. SMACs …

Understanding the mechanism of the nitrogen reduction reaction (NRR) is essential for
designing highly efficient catalysts. In this study, we investigated the effects of the metal …

In 1978, Tauster et al. introduced the concept of strong metal-support interaction (SMSI) to
describe the encapsulation of metal nanoparticles by suboxide supports, a phenomenon …

Metal-support catalysts are a cornerstone of and arguably the most widely used type in
heterogeneous catalysis. In a recent issue of Science, Li and coworkers, with the assistance …

Understanding the structure-property relationship is of pivotal importance for the rational
design of efficient solid catalysts, while this process is seriously blocked by their structural …

Dual atom catalysts (DACs), characterized by high activity and metal utilization, as well as
structural diversity with a large variety of catalytic sites, hold immense promise for energy …

The exploration of structure‐activity relationships is one of the key subjects for the rational
design of heterogeneous catalysts. Advancements in characterization techniques have …