Pd films of about 4.5±0.5 nm were deposited on different transition metals (M= Co, Cu, Ag,
and Au) by vapor deposition, and characterized by X-ray photoelectron spectroscopy (XPS) …

Vapor deposition method is used to prepare layered Pd–Cu bimetallic model catalytic
surfaces, with different thickness of Pd, supported on glassy carbon. Charge transfer from Pd …

Vapor deposition method is used to prepare layered Pd–Cu bimetallic films, with different
thickness of Pd over a Cu film supported on glassy carbon. X-ray photoelectron …

Formic acid oxidation on palladium submonolayers on well-defined Pt (100) and Pt (111)
electrodes has been studied using voltammetry and Differential Electrochemical Mass …

The electronic structure and electrochemical performance of carbon supported Pd-based bi-
and trimetallic nanoparticles are investigated. Pd/C, PdNi/C, PdCu/C, and PdNiCu/C alloys …

Palladium is well noted as anode catalyst for promoting electrochemical oxidation of formic
acid (FAO) in direct formic acid fuel cell thanks to its high CO tolerance. Here, using …

The interrelationship between the macroscopic kinetic rate of HCOOH oxidation in 0.1 M
HClO4 solution and the morphology/composition of the electrode is studied on Pt (111) …

The oxidation of formic acid on thin, epitaxially-grown Pd overlayers on Au and Pt single
crystal electrodes was studied as a function of overlayer thickness ranging from …

The formic acid oxidation reaction (FAO) was evaluated on palladium nanostructured films
supported on glassy carbon in 0.5 MH 2 SO 4+ x M HCOOH solutions, where 0.5≤ x≤ 8.0 …

The electrooxidation of formic acid, potentially important for future fuel cells, was
investigated by means of cyclic voltammetry (CV) and in situ infrared reflection absorption …