Structural studies and stability of cluster-like particles of Ru-x and RuxSey were performed in situ via X-ray diffraction at wide angles (WAXS). Both materials have a similar particle size (1.4-1.6 nm) in the reduced state. Whereas Ru-x particles are rather sensitive to oxygen from air, the chemical stabilization, against oxidation, of such metallic centers is obtained by the coordination of selenium atoms. The role of selenium atoms is also to stabilize the nanostructural nature (geometric effect) of the compound, as demonstrated by the temperature measurements (up to 300 degreesC) in the gas phase, and to provide the electronic effect for electrocatalysis
The Chevrel type chalcogenide with the stoichiometry Mo6-xMxX8 (M=transition metal, e.g., Mx = Ru2 ;...
Ru@Pt core–shell particles are relevant for application as electrocatalysts in fuel cells. The Ru co...
AbstractSe-modified ruthenium supporting on carbon (Sex–Ru/C) electrocatalyst was prepared by solvot...
Structural studies and stability of cluster-like particles of Ru-x and RuxSey were performed in situ...
Selenium modified ruthenium nano-particles are of interest as methanol tolerant electro-catalysts re...
ABSTRACT Ruthenium catalysts modified by selenium are of interest as a methanol insensitive oxygen ...
Highly dispersed nanocrystalline Ru particles were prepared under mild conditions in organic solvent...
7th Spring Meeting of the International-Society-of-Electrochemistry on Recent Advances in Electrocat...
Previous studies have demonstrated that, semicon-ducting mixed cluster Chevrel compounds (Mo4Ru2Ses)...
Ruthenium catalysts were prepared employing aqueous solutions of ruthenium salts as precursors to ob...
Selenium modified ruthenium electrocatalysts supported on carbon black were synthesized using NaBH4 ...
The Ru nanoparticles with Se submonolayer coverage (Se/Ru) demonstrate high electrocatalytic activit...
Oxygen reduction nanometric trimetallic RuXMo (X=Se,Sn) electrocatalysts have been prepared by mecha...
Particles of RuSeMo and RuSnMo have been produced by ball milling; they present catalytic activity t...
Particles of RuSeMo and RuSnMo have been produced by ball milling; they present catalytic activity t...
The Chevrel type chalcogenide with the stoichiometry Mo6-xMxX8 (M=transition metal, e.g., Mx = Ru2 ;...
Ru@Pt core–shell particles are relevant for application as electrocatalysts in fuel cells. The Ru co...
AbstractSe-modified ruthenium supporting on carbon (Sex–Ru/C) electrocatalyst was prepared by solvot...
Structural studies and stability of cluster-like particles of Ru-x and RuxSey were performed in situ...
Selenium modified ruthenium nano-particles are of interest as methanol tolerant electro-catalysts re...
ABSTRACT Ruthenium catalysts modified by selenium are of interest as a methanol insensitive oxygen ...
Highly dispersed nanocrystalline Ru particles were prepared under mild conditions in organic solvent...
7th Spring Meeting of the International-Society-of-Electrochemistry on Recent Advances in Electrocat...
Previous studies have demonstrated that, semicon-ducting mixed cluster Chevrel compounds (Mo4Ru2Ses)...
Ruthenium catalysts were prepared employing aqueous solutions of ruthenium salts as precursors to ob...
Selenium modified ruthenium electrocatalysts supported on carbon black were synthesized using NaBH4 ...
The Ru nanoparticles with Se submonolayer coverage (Se/Ru) demonstrate high electrocatalytic activit...
Oxygen reduction nanometric trimetallic RuXMo (X=Se,Sn) electrocatalysts have been prepared by mecha...
Particles of RuSeMo and RuSnMo have been produced by ball milling; they present catalytic activity t...
Particles of RuSeMo and RuSnMo have been produced by ball milling; they present catalytic activity t...
The Chevrel type chalcogenide with the stoichiometry Mo6-xMxX8 (M=transition metal, e.g., Mx = Ru2 ;...
Ru@Pt core–shell particles are relevant for application as electrocatalysts in fuel cells. The Ru co...
AbstractSe-modified ruthenium supporting on carbon (Sex–Ru/C) electrocatalyst was prepared by solvot...