Single‐atom (SA) catalysis is a novel frontline in the catalysis field due to the often
drastically enhanced specific activity and selectivity of many catalytic reactions. Here, an …

An electron-conducting metal-oxide substrate must fulfill three criteria to represent a viable
alternative to conventional carbon blacks used as supports for Pt-based nanoparticles in …

The present study reports quantum yields for hydrogen production using a Pt modified
titanium dioxide (DP25) photocatalyst in a slurry medium, under near-UV irradiation. The …

This work was dedicated to the elaboration of new composite materials based on activated
carbon and titanium oxide as an ecological solution for the cleaning of water contaminated …

The influence of Pt features, such as particle size, dispersion, oxidation state and amount of
metal, on the improvement of the photoactivity of TiO2 for phenol and methyl orange …

There is growing interest in the reforming of methanol and other bio-oxygenates as high-
density, CO2-neutral, renewable sources of H2. Photocatalysis is worthy of investigation as …

This paper presents new results from XPS quantitative characterizations of cathode catalyst
layers aged in a PEMFC with an anode operated under pure hydrogen and air and with …

A single step deposition technique of Pt/C films for electrocatalytic applications is presented.
The hollow cathode gas flow sputtering (GFS) method allows a catalyst production within …

Perovskite-type materials containing metal and cerium cations have been used as catalysts,
membranes, electrodes in fuel cells, and hydrogen pumps. The effect of strontium doping on …

Abstract Different 1-step or 2-step photo-platinization methods have been implemented to
load sol–gel TiO 2 photocatalytic thin films with platinum nano-particles. These methods …