Ultrathin metal alloy nanosheets offer promising applications in electrocatalysis due to their
superior performance. In this study, we present a rational synthesis of ternary alloy ultrathin …

Low-temperature anion-exchange membrane direct ammonia fuel cells (AEM-DAFCs) are
emerging as attractive and environmentally friendly energy devices for small-scale …

Direct methanol fuel cells have emerged as highly promising energy conversion devices in
the past few decades. However, some challenges, such as carbon monoxide (CO) …

Hydrogen separation has significant importance in diverse applications ranging from clean
energy production to gas purification. Membrane technology stands out as a low-cost and …

The deflagration of hydrogen in confined spaces is a significant safety concern. To eliminate
hydrogen for ensuring safety, we study catalysts for catalytic oxidation of hydrogen at room …

To realize hydrogen economy, hydrogen purification is the primary demand, and it can be
achieved using membrane technology. Additionally, embedding hydrogen-sensitive …

Direct‐methanol fuel cells (DMFCs) have become a hot research topic in the energy field
due to their excellent energy conversion efficiency and environmental sustainability …

It is of great significance to fabricate the Pt-based alloys with high catalytic activity, as well as
the robust stability for methanol oxidation reaction (MOR) and formic acid oxidation reaction …

Direct liquid fuel cells (DLFCs) can convert the chemical energy of small organic molecules
directly into electrical energy, which is a promising technique and always calls for …

Background: Platinum-modified boron-doped diamond (BDD) electrodes were effectively
fabricated through a combination of wet seeding and electrodeposition techniques …