Electrooxidation of CO at the Pt(<i>hkl</i>)-electrolyte interface in two different room temperature ionic liquids (RTILs) is probed to be surface-sensitive. Provided data reveal a specific surface structure, (110) sites, which selectively activate CO oxidation in RTILs. This new knowledge is crucial for designing the next generation of Pt nanosized electrocatalysts for the CO oxidation reaction by increasing that type of site on the catalyst surface
This paper reports on an innovative and efficient approach based on the use of ionic liquids to gove...
In the field of catalysis on solid surfaces, discrimination of the site-specific chemistry taking pl...
In this work we investigate the effects of the diffuse double layer thickness on the electrochemical...
International audienceElectrooxidation of CO at the Pt(hkl)-electrolyte interface in two differentro...
This work proposes a pretreatment strategy of a flame-annealed Pt(111) single crystal ensuring surfa...
This work proposes a pretreatment strategy of a flame-annealed Pt(111) single crystal ensuring surfa...
In this work, CO adsorption and oxidation processes were studied with cyclic voltammetry and anodic ...
AbstractOxidation of H2O, CO and CH3OH was investigated at Pt as a function of temperature in the pr...
Recently, many experimental and theoretical efforts are being intensified to develop high-performanc...
International audienceThe direct CO2 electrochemical reduction on model platinum single crystal elec...
In this thesis, surface electrocatalysis of several energy-conversion-relevant redox reactions in io...
This work proposes a pretreatment strategy of a flame-annealed Pt(111) single crystal ensuring surfa...
Recent advances of ambient pressure X-ray photoelectron spectroscopy (AP-XPS) have enabled the chemi...
Electrocatalysis is at the heart of our future transition to a renewable energy system. Most energy ...
Recently, many experimental and theoretical efforts are being intensified to develop high-performanc...
This paper reports on an innovative and efficient approach based on the use of ionic liquids to gove...
In the field of catalysis on solid surfaces, discrimination of the site-specific chemistry taking pl...
In this work we investigate the effects of the diffuse double layer thickness on the electrochemical...
International audienceElectrooxidation of CO at the Pt(hkl)-electrolyte interface in two differentro...
This work proposes a pretreatment strategy of a flame-annealed Pt(111) single crystal ensuring surfa...
This work proposes a pretreatment strategy of a flame-annealed Pt(111) single crystal ensuring surfa...
In this work, CO adsorption and oxidation processes were studied with cyclic voltammetry and anodic ...
AbstractOxidation of H2O, CO and CH3OH was investigated at Pt as a function of temperature in the pr...
Recently, many experimental and theoretical efforts are being intensified to develop high-performanc...
International audienceThe direct CO2 electrochemical reduction on model platinum single crystal elec...
In this thesis, surface electrocatalysis of several energy-conversion-relevant redox reactions in io...
This work proposes a pretreatment strategy of a flame-annealed Pt(111) single crystal ensuring surfa...
Recent advances of ambient pressure X-ray photoelectron spectroscopy (AP-XPS) have enabled the chemi...
Electrocatalysis is at the heart of our future transition to a renewable energy system. Most energy ...
Recently, many experimental and theoretical efforts are being intensified to develop high-performanc...
This paper reports on an innovative and efficient approach based on the use of ionic liquids to gove...
In the field of catalysis on solid surfaces, discrimination of the site-specific chemistry taking pl...
In this work we investigate the effects of the diffuse double layer thickness on the electrochemical...