Arrays of PtIr alloy nanoparticle (NP) clusters are synthesized from a method using block
copolymer templates, which allows for relatively narrow NP diameter distributions (∼ 4–13 …

Formic acid (FA) electro-oxidation (FAO) was investigated at a binary catalyst composed of
Pd (nano-Pd) and manganese oxide (nano-MnOx) nanostructures assembled onto a glassy …

An effective strategy of ultrasmall and surface-clean Pd 4 Ir nanocrystals uniformly decorated
on graphene was developed using ultrasnoic-assisted approach. The prepared Us-Pd 4 Ir …

Graphene oxide was functionalized with benzimidazole for palladium immobilization. The
resultant graphene–benzimidazole‐supported palladium composite (G‐BI‐Pd) was …

The electrochemical formic acid oxidation reaction (FAO) is an anodic process of direct
formic acid fuel cells. Carbon supported platinum (Pt/C) and Palladium (Pd/C) catalysts are …

Ordered titanium dioxide nanorod arrays are prepared by a hydrothermal method and
applied to the catalyst supports of the palladium–nickel catalysts (Pd2Ni3–TiO2) for formic …

Palladium is an efficient monoatomic catalyst for the electrochemical oxidation of
polyalcohols in alkaline media, yet the oxidation rate is still slow compared to other smaller …

Pd–In catalysts were electrochemically prepared for application in unitized regenerative fuel
cells based on carbon dioxide and formic acid. The morphology and composition of the Pd …

The galvanic displacement (GD) of a silver electrodeposit on gold by palladium (displacing
agent–Pd 2+) is carried out. The resulting composite Pd 0 (Ag) in is subjected to potential …

Carbon loaded Pd-Cu-Fe catalysts (Pd-Cu-Fe/C) were fabricated with a novel strategy of
partly etching carbon loaded tunable binary Cu-Fe alloy templates (Cu9Fe1, Cu8Fe2 …