Add to ORKGPt-Ru/C, Pt-Dy and Pt-Ru-Mo/C electrocatalysts prepared by Bönnemann´s method have been studied as porous thin films on high surface area carbon electrodes, in order to evaluate their electroactivity on CO desorption in PEM fuel cells. For comparison electrode precursor powders with and without thermal treatment were considered. Cyclic voltammetry showed that addition of Mo in the well-established Pt/Ru system is very promising for methanol oxidation. In order to compare the electroactivity of different catalysts a normalization procedure based on the amount of Pt was used
Carbon-supported platinum is commonly used as an anode electrocatalyst in low-temperature fuel cells...
The cyclic voltammetric study on the electro-oxidation of methanol on 30 % Pt and 20 % Pt +10 % Ru c...
A novel method was developed to prepare the highly active Pt-Ru-P/C catalyst. The deposition of phos...
The electrocatalytic activity of Pt and RuO(2) mixed electrodes of different compositions towards me...
The electrocatalytic activity of Pt and RuO(2) mixed electrodes of different compositions towards me...
The Pt-Ru/C materials of this study were prepared by a microemulsion method with fixed water to surf...
The Pt-Ru/C materials of this study were prepared by a microemulsion method with fixed water to surf...
Carbon Supported PtRu nanocatalysts have been prepared by simple impregnation reduction method in wh...
The synthesis of ternary electrocatalysts Pt/Ru/Mo type were performed according to the Bönnemann me...
Direct methanol fuel cell (DMFC) has been attracting lots of attention as a power source for transpo...
One of the key objectives in fuel-cell technology is to improve the performance of the anode catalys...
Carbon-supported platinum is commonly used as an anode electrocatalyst in low-temperature fuel cells...
The electrocatalytic activity of carbon supported PtRu/C catalysts, with different composition, tow...
In this work, methanol oxidation was studied on carbon-supported Pt-Ru nanocatalysts, where the amou...
A carbon-supported (1:1) Pt-Ru (Pt-Ru/C) alloy catalyst has been prepared in-house by the sulfito-co...
Carbon-supported platinum is commonly used as an anode electrocatalyst in low-temperature fuel cells...
The cyclic voltammetric study on the electro-oxidation of methanol on 30 % Pt and 20 % Pt +10 % Ru c...
A novel method was developed to prepare the highly active Pt-Ru-P/C catalyst. The deposition of phos...
The electrocatalytic activity of Pt and RuO(2) mixed electrodes of different compositions towards me...
The electrocatalytic activity of Pt and RuO(2) mixed electrodes of different compositions towards me...
The Pt-Ru/C materials of this study were prepared by a microemulsion method with fixed water to surf...
The Pt-Ru/C materials of this study were prepared by a microemulsion method with fixed water to surf...
Carbon Supported PtRu nanocatalysts have been prepared by simple impregnation reduction method in wh...
The synthesis of ternary electrocatalysts Pt/Ru/Mo type were performed according to the Bönnemann me...
Direct methanol fuel cell (DMFC) has been attracting lots of attention as a power source for transpo...
One of the key objectives in fuel-cell technology is to improve the performance of the anode catalys...
Carbon-supported platinum is commonly used as an anode electrocatalyst in low-temperature fuel cells...
The electrocatalytic activity of carbon supported PtRu/C catalysts, with different composition, tow...
In this work, methanol oxidation was studied on carbon-supported Pt-Ru nanocatalysts, where the amou...
A carbon-supported (1:1) Pt-Ru (Pt-Ru/C) alloy catalyst has been prepared in-house by the sulfito-co...
Carbon-supported platinum is commonly used as an anode electrocatalyst in low-temperature fuel cells...
The cyclic voltammetric study on the electro-oxidation of methanol on 30 % Pt and 20 % Pt +10 % Ru c...
A novel method was developed to prepare the highly active Pt-Ru-P/C catalyst. The deposition of phos...