Fabrication of superior catalytic performance palladium-based catalysts with affordable cost
is the key to develop direct ethanol fuel cell. Herein, Pd-decorated three-dimensional (3D) …

Herein, a novel, facile, fast, and one-step strategy is introduced to synthesize a three-
dimensional (3D) Pd–Ir aerogel. The Pd–Ir aerogel is synthesized by reducing metallic ions …

Porous noble metal aerogels have emerged as an attractive target in the scientific
community owing to their diverse applications. Nonetheless, their formation and …

Developing high-performance electrocatalysts has become a critical challenge in
sustainable energy field. Compared with previous research, this contribution exposes a new …

Porous noble metal nanostructures with highly porous and extended surface areas are a
long-desired target in both industry and academia. Among them, noble metal aerogels have …

The electrochemical reduction of cobalt (II) formate on graphene/glassy carbon electrode
(G/GCE) surface in HCl (5 wt%) is used to prepare Pd-Co electrocatalyst. The Pd-Co …

Modern inorganic aerogels have drawn great attention in material science and renewable
energy fields due to their exceptional physicochemical behavior, tremendous surface area …

For the first time, synthesis of Pd–Ir aerogel is reported in this manuscript. The Pd–Ir aerogel
is synthesized using the controlled assembly of nanoparticles (NPs)(Ir and Pd) during the …

Pd x Nb y/C binary electrocatalysts supported on Vulcan carbon XC72 were prepared by the
sol-gel method. The materials are characterized by transmission electron microscopy, X-ray …

An environmentally friendly one-pot synthesis approach for the decoration of Pd-Ag
nanoparticles with the ultrasmall size on graphene (Pd-Ag/G) by the assistance of …