Proton exchange membrane fuel cell and direct methanol fuel cells have gained more
attention due to high–energy density, remarkable conversion efficiency, and low emission …

Developing highly efficient and durable catalysts for future electrochemical and energy
applications is one of the main subjects of current studies in renewable energy generation …

Efficient catalyst system of high activity and durability is urgently required to convert alcohols
directly on the anode in the direct alcohol fuel cells technique. Herein, an efficient ternary …

Platinum–copper (PtCu) alloy nanostructures represent an emerging class of
electrocatalysts for the methanol oxidation reaction (MOR) in direct methanol fuel cells …

Tailoring composition and structure are significantly important to improve the utilization and
optimize the performance of the precious Pt catalyst toward various reactions, which greatly …

Cost-effective fabrication of highly active catalysts are greatly needed for the commercial
application of direct methanol fuel cells to alleviate the pollution issues and energy crisis …

Nanozymes provide new opportunities for facilitating next generation artificial enzyme
cascade platforms. However, the fabrication of high‐performance integrated artificial …

Shape-controlled synthesis of Pt− Cu alloy nanocrystals (NCs) with unique geometries is of
great importance in the rational design and deterministic synthesis of highly active …

PtCu alloy supported on acid-treated multi-walled carbon nanotube (PtCu/MWCNT)
catalysts were prepared through polyol reduction method. The prepared PtCu/MWCNT …

High activity and good durability of electrocatalysts are of significance in practical
applications of fuel cells. Among them, multi-component metallic hollow nanocages …