The exploitation of cheap and efficient electrocatalysts is the key to make energy‐related
electrocatalytic techniques commercially viable. In recent years, transition metal phosphides …

Dealloying, which is traditionally originated in the research of alloy corrosion, has recently
been developed as a robust and generic method for fabricating functional 3D nanoporous …

Structural hierarchy can enhance the mechanical behavior of materials and systems. This is
exemplified by the fracture toughness of nacre or enamel in nature and by human-made …

Emerging as one of the youngest members in the family of porous materials, metal aerogels
(MAs) are a new class of aerogels entirely built of nanostructured metals such as gold, silver …

Armed with merits of the metals (eg, electrical conductivity, catalytic activity, and plasmonic
properties) and aerogels (eg, monolithic structure, porous network, and large specific …

Multifunctional electrocatalysts with high catalytic activity and selectivity are highly desirable
for environmentally benign and sustainable energy conversion and storage technologies …

Noble metals, despite their expensiveness, display irreplaceable roles in widespread fields.
To acquire novel physicochemical properties and boost the performance‐to‐price ratio for …

Maximizing the usage of cocatalyst to provide fruitful proton reduction sites and suppress
charge carrier recombination is an effective stratagy to dramatically improve the …

The fabrication of monolithic nanoporous zinc bears its significance in safe and inexpensive
energy storage; it can provide the much needed electrical conductivity and specific area in a …

Many experiments exploit curvature-driven, surface-diffusion-mediated coarsening for tuning
the characteristic structure size of metal network structures made by dealloying, such as …