The electrochemical oxidation of methanol in NaOH solution was examined on a thin film Pt2Ru3/C electrode. The XRD pattern revealed that the Pt2Ru3 alloy consisted of a solid solution of Ru in Pt and a small amount of Ru or a solid solution of Pt in Ru. It was shown that in alkaline solution, the difference in activity between Pt/C and Pt2Ru3/C is significantly smaller than in acid solution. It is proposed that the reaction follows a quasi bifunctional mechanism. The kinetic parameters indicated that the chemical reaction between adsorbed COad and OHad species could be the rate limiting step.Elektrohemijska oksidacija metanola ispitivana je na nanokatalizatoru Pt2Ru3 dispergovanom na aktivnom uglju kao nosaču u alkalnoj sredini. Katalizator...
A catalytic coating composed of a mixture of RuO2 and Pt nanocrystals was prepared by a thermal proc...
The kinetics of methanol electro-oxidation well-characterized Pt-Ru alloy surfaces were measured in ...
One of the key objectives in fuel cell technology is to improve the alcohol oxidation efficiency of ...
The electrochemical oxidation of methanol in NaOH solution was examined on a thin film Pt2Ru3/C elec...
The interaction of acridine orange (AO) with double-stranded (ds) The electrochemical oxidation of m...
The electrocatalytic activity of Pt3Ru2/C nanocatalyst toward the electro-oxidation of bulk CO was e...
The kinetic of methanol electrochemical oxidation for a series of platinum and platinum–ruthenium ca...
The kinetics of methanol oxidation on supported 47.5 wt.% Pt and 54 wt.% PtRu (with nominal Pt:Ru ra...
The kinetic of methanol electrochemical oxidation for a series of platinum and platinum-ruthenium ca...
The activities of three platinum ruthenium carbon supported catalysts of the same nominal compositio...
Carbon supported Pt(1)Ru(1)Ir(x) (0 <= x <= 2) nanoparticles were prepared by it compare nation redu...
Methanol electrooxidation was investigated on Pt-Ru electrocatalysts supported on glassy carbon. The...
Methanol electrooxidation was investigated on the carbon-supported PtRu electrocatalyst (1:1 atomic ...
Zeolite NaX (faujasite type) was used as a support for platinum-ruthenium catalyst. A procedure for ...
The effect of temperature on the kinetics of methanol oxidation on supported 47.5 wt% Pt, 54 and 33....
A catalytic coating composed of a mixture of RuO2 and Pt nanocrystals was prepared by a thermal proc...
The kinetics of methanol electro-oxidation well-characterized Pt-Ru alloy surfaces were measured in ...
One of the key objectives in fuel cell technology is to improve the alcohol oxidation efficiency of ...
The electrochemical oxidation of methanol in NaOH solution was examined on a thin film Pt2Ru3/C elec...
The interaction of acridine orange (AO) with double-stranded (ds) The electrochemical oxidation of m...
The electrocatalytic activity of Pt3Ru2/C nanocatalyst toward the electro-oxidation of bulk CO was e...
The kinetic of methanol electrochemical oxidation for a series of platinum and platinum–ruthenium ca...
The kinetics of methanol oxidation on supported 47.5 wt.% Pt and 54 wt.% PtRu (with nominal Pt:Ru ra...
The kinetic of methanol electrochemical oxidation for a series of platinum and platinum-ruthenium ca...
The activities of three platinum ruthenium carbon supported catalysts of the same nominal compositio...
Carbon supported Pt(1)Ru(1)Ir(x) (0 <= x <= 2) nanoparticles were prepared by it compare nation redu...
Methanol electrooxidation was investigated on Pt-Ru electrocatalysts supported on glassy carbon. The...
Methanol electrooxidation was investigated on the carbon-supported PtRu electrocatalyst (1:1 atomic ...
Zeolite NaX (faujasite type) was used as a support for platinum-ruthenium catalyst. A procedure for ...
The effect of temperature on the kinetics of methanol oxidation on supported 47.5 wt% Pt, 54 and 33....
A catalytic coating composed of a mixture of RuO2 and Pt nanocrystals was prepared by a thermal proc...
The kinetics of methanol electro-oxidation well-characterized Pt-Ru alloy surfaces were measured in ...
One of the key objectives in fuel cell technology is to improve the alcohol oxidation efficiency of ...