The precise structural integration of single-atom and high-entropy-alloy features for energy
electrocatalysis is highly appealing for energy conversion, yet remains a grand challenge …

In the domain of novel catalyst design and application, metal phosphides have attracted
widespread interest due to their unique electronic structure and potential catalytic activity …

This review explores the viability of selectively upgrading methanol to formate as a potential
route for hydrogen production, with a particular emphasis on replacing the anodic oxygen …

The effective design and construction of high-performance methanol oxidation reaction
(MOR) electrocatalysts are significant for the development of direct methanol fuel cells. But …

Pt based electrocatalysts are considered as very promising for methanol oxidation reaction
(MOR). Especially, the PtRu alloy catalysts has attracted more and more attentions …

Seawater electrolysis is a potentially cost‐effective approach to green hydrogen production,
but it currently faces substantial challenges for its high energy consumption and the …

Since low overpotential for the anodic ethanol oxidation reaction (EOR) can favor the higher
output voltage and power of direct ethanol fuel cells (DEFCs), it is critical to design new EOR …

Converting CO2 to methanol is crucial for addressing fuel scarcity and mitigating the
greenhouse effect. Cu-based catalysts, with their diverse surface states, offer the potential to …

As a reproducible intermediate for hydrogen (H2) and carbon cycling, methanol mixed with
water (H2O) in a ratio of 1: 1 can multiply the outcome of green H2 generation via …

Constructing amorphous/intermetallic (A/IMC) heterophase structures by breaking the highly
ordered IMC phase with disordered amorphous phase is an effective way to improve the …