We have investigated the stability and catalytic activity of epitaxial overlayers of rhodium on Au(111) and Pd(111). Both surfaces show a strong affinity for hydrogen. We have calculated the energy of adsorption both for a strongly and a more weakly adsorbed species; the latter is the intermediate in the hydrogen evolution reaction. Both the energy of activation for hydrogen adsorption (Volmer reaction) and hydrogen recombination (Tafel reaction) are very low, suggesting that these overlayers are excellent catalysts. © 2011 the Owner Societies.Fil: Soldano, Germán. Universitat Ulm; AlemaniaFil: Schulz, Eduardo Nicolás. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Bahía Blanca; Argentina...
Alumina-supported bimetallic overlayer Pd on Re (Re@Pd) catalysts were synthesized using the directe...
Iridium nanoislands are spontaneously deposited on Au(111) from (1 mMIrCl(3) center dot xH(2)O + 0.5...
Iridium nanoislands are spontaneously deposited on Au(111) from (1 mMIrCl(3) center dot xH(2)O + 0.5...
We have investigated the electrocatalytic properties of multilayers of Pd epitaxially deposited on A...
We have investigated the electrocatalytic properties of multilayers of Pd epitaxially deposited on A...
The hydrogen absorption into overlayers of Pd deposited on Au(111) has been investigated by density ...
Bimetallic catalysts have manifold technological applications; their reactivity can greatly exceed t...
One of the biggest challenges of this century is to produce sustainable and environmental friendly d...
Pd/Pt(poly) and Rh/Pt(poly) bimetallic electrodes prepared by spontaneous deposition of Pd and Rh na...
Pd/Pt(poly) and Rh/Pt(poly) bimetallic electrodes prepared by spontaneous deposition of Pd and Rh na...
Pd/Pt(poly) and Rh/Pt(poly) bimetallic electrodes prepared by spontaneous deposition of Pd and Rh na...
International audienceBimetallic catalysts have manifold technological applications; their reactivit...
Platinum and Palladium are considered as very attractive catalysts for electrolytic hydrogen isotope...
Pd/Pt(poly) and Rh/Pt(poly) bimetallic electrodes prepared by spontaneous deposition of Pd and Rh na...
Hydrogen evolution reaction (HER) was investigated on bimetallic Rh/Pd(poly) electrodes in alkaline ...
Alumina-supported bimetallic overlayer Pd on Re (Re@Pd) catalysts were synthesized using the directe...
Iridium nanoislands are spontaneously deposited on Au(111) from (1 mMIrCl(3) center dot xH(2)O + 0.5...
Iridium nanoislands are spontaneously deposited on Au(111) from (1 mMIrCl(3) center dot xH(2)O + 0.5...
We have investigated the electrocatalytic properties of multilayers of Pd epitaxially deposited on A...
We have investigated the electrocatalytic properties of multilayers of Pd epitaxially deposited on A...
The hydrogen absorption into overlayers of Pd deposited on Au(111) has been investigated by density ...
Bimetallic catalysts have manifold technological applications; their reactivity can greatly exceed t...
One of the biggest challenges of this century is to produce sustainable and environmental friendly d...
Pd/Pt(poly) and Rh/Pt(poly) bimetallic electrodes prepared by spontaneous deposition of Pd and Rh na...
Pd/Pt(poly) and Rh/Pt(poly) bimetallic electrodes prepared by spontaneous deposition of Pd and Rh na...
Pd/Pt(poly) and Rh/Pt(poly) bimetallic electrodes prepared by spontaneous deposition of Pd and Rh na...
International audienceBimetallic catalysts have manifold technological applications; their reactivit...
Platinum and Palladium are considered as very attractive catalysts for electrolytic hydrogen isotope...
Pd/Pt(poly) and Rh/Pt(poly) bimetallic electrodes prepared by spontaneous deposition of Pd and Rh na...
Hydrogen evolution reaction (HER) was investigated on bimetallic Rh/Pd(poly) electrodes in alkaline ...
Alumina-supported bimetallic overlayer Pd on Re (Re@Pd) catalysts were synthesized using the directe...
Iridium nanoislands are spontaneously deposited on Au(111) from (1 mMIrCl(3) center dot xH(2)O + 0.5...
Iridium nanoislands are spontaneously deposited on Au(111) from (1 mMIrCl(3) center dot xH(2)O + 0.5...