The worsening ecological environment is calling for clean energy alternatives, among which
hydrogen fuel cells have been one of the hot topics. The commercialized Pt/C catalyst for the …

The depletion of traditional fossil fuels, as well as the increase in global energy demand, is
currently driving the need for sustainable energy solutions. The primary challenge in the …

Here, we report density functional theory calculations combined with the k-means clustering
algorithm and the Spearman rank correlation analysis to investigate the stability …

Nanometals have been proven to be efficient thermocatalysts in the last decades. Their
enhanced catalytic activity and tunable functionalities make them intriguing candidates for a …

The systematic cluster growth (SCG) method is a biased structure search strategy based on
a seeding process for investigating the structural evolution and growth pattern of transition …

Nanoclusters are remarkably promising for the capture and activation of small molecules for
fuel production or as precursors for other chemicals of high commercial value. Since this …

Nanoalloys have been investigated for a wide range of applications, however, our atomistic
understanding of the physical-chemistry properties is still far from complete as quantum-size …

The practical applications of nanoalloys, which are known for their exceptional catalytic
activity, are difficult to realize owing to their intricate stability of these systems, which is …

Improving the catalytic performance of materials based on cerium oxide (CeO 2) for the
activation of methane (CH 4) can be achieved through the following strategies: mixture of …

Main observation and conclusion As a common electrocatalytic system, Au‐Pt alloy particles
are often prepared as Au‐core‐Pt‐shell (Au@ Pt) to make full use of platinum. However, Au …