A method based on the deconvolution of TPD spectra is proposed for the characterization of surface oxygen groups, which can act as the active sites on carbon catalysts. The method, which was previously used to characterize activated carbons oxidized in the gas phase, has been extended and applied to other materials, carbons oxidized in the liquid phase. It is shown that this method fits quite well the TPD experimental data of the original activated carbon as well as the gas-phase and liquid-phase oxidized materials and is suitable to estimate the amounts of each type of oxygen surface groups.info:eu-repo/semantics/publishedVersio
Determining the active site in a catalyst material and elucidating the related reaction mechanism re...
A systematic theoretical study using the density functional theory is performed to provide molecular...
Activated carbons materials have attracted considerable attention because of their interesting appli...
A method based on the deconvolution of TPD spectra is proposed for the characterization of surface o...
The surface characteristics of different carbon materials: activated carbon, carbon felt, glassy car...
The temp.-programmed desorption of carbon oxides from partially oxidized carbon black has been perfo...
Multidoped carbons are often used for oxygen activation catalysis, both in heterogeneous catalysis a...
The temperature-programmed desorption (TPD) method combined with mass spectrometric (MS) analysis ha...
Carbon can be used as an alternative to metal based catalysts for oxidative dehydrogenation reaction...
The present paper proposes an approach to obtaining the activation energy distribution for chemisorp...
The effect of oxidation treatments of the support on the properties of carbon-supported platinum cat...
Knowledge of the carbon active sites for Oxygen Reduction Reaction (ORR) remains confusing and contr...
6 Gaillard, Francois El Hachimi, Amal Descorme, Claude Besson, Michele Joly, Jean-Pierre Polyanskaya...
The electronic structure of carbon surfaces The generation of oxygen surface functional groups The s...
The analysis of the surface chemistry of carbon materials is of prime importance in numerous applica...
Determining the active site in a catalyst material and elucidating the related reaction mechanism re...
A systematic theoretical study using the density functional theory is performed to provide molecular...
Activated carbons materials have attracted considerable attention because of their interesting appli...
A method based on the deconvolution of TPD spectra is proposed for the characterization of surface o...
The surface characteristics of different carbon materials: activated carbon, carbon felt, glassy car...
The temp.-programmed desorption of carbon oxides from partially oxidized carbon black has been perfo...
Multidoped carbons are often used for oxygen activation catalysis, both in heterogeneous catalysis a...
The temperature-programmed desorption (TPD) method combined with mass spectrometric (MS) analysis ha...
Carbon can be used as an alternative to metal based catalysts for oxidative dehydrogenation reaction...
The present paper proposes an approach to obtaining the activation energy distribution for chemisorp...
The effect of oxidation treatments of the support on the properties of carbon-supported platinum cat...
Knowledge of the carbon active sites for Oxygen Reduction Reaction (ORR) remains confusing and contr...
6 Gaillard, Francois El Hachimi, Amal Descorme, Claude Besson, Michele Joly, Jean-Pierre Polyanskaya...
The electronic structure of carbon surfaces The generation of oxygen surface functional groups The s...
The analysis of the surface chemistry of carbon materials is of prime importance in numerous applica...
Determining the active site in a catalyst material and elucidating the related reaction mechanism re...
A systematic theoretical study using the density functional theory is performed to provide molecular...
Activated carbons materials have attracted considerable attention because of their interesting appli...