1135-1137The active sites in the dehydrogenation of isopropyl alcohol on Y-Ba-Cu oxide systems have been identified by IR reflectance technique to be the Cu - O bonds in the chains. The condensation reaction to form isobutyl methyl ketone is shown to proceed through mesityl oxide as identified from IR spectra of surface species
Here, we study the influence of the Cu modified (Zr + Ce)O2-Al2O3 systems composition and synthesis ...
Selective ethanol dehydrogenation to acetaldehyde is an important reaction because acetaldehyde is a...
Formation of formate species on oxide surfaces plays a role in reactions for hydrogen production suc...
The reaction of ethanol with a surface of CeO2 was studied using IR spectroscopy. In some experiment...
Předmětem předložené práce bylo prostudovat katalyzátory pro oxidativní dehydrogenaci kyseliny isomá...
Potential reaction intermediates in the conversion of ethanol to propene, acetaldehyde, ethyl acetat...
The aim of this study was to get insight into the pathway of the acetaldehyde formation from ethanol...
Ethanol dehydrogenation is commonly used as a process of production valuable products: acetaldehyde-...
The gas-phase regioselective reduction of mesityl oxide to the allyl alcohol using 2-propanol as a h...
The use of IR spectroscopic techniques to provide information on the mechanisms of catalytic oxidati...
Surface analytical techniques have been used to study the interaction of straight-chain alcohols wit...
Isobutene is a specialty chemical used in the production of fuel additives, polymers, and other high...
CuO/MgO system having different extent of CuO varying between 0.025 to 0.3 mol/mol MgO were prepared...
Knowledge of the structure of active sites is a prerequisite for the rational design of solid cataly...
International audienceMechanisms of isopropanol (IPA) conversion on ?-Al2O3 by dielectric barrier di...
Here, we study the influence of the Cu modified (Zr + Ce)O2-Al2O3 systems composition and synthesis ...
Selective ethanol dehydrogenation to acetaldehyde is an important reaction because acetaldehyde is a...
Formation of formate species on oxide surfaces plays a role in reactions for hydrogen production suc...
The reaction of ethanol with a surface of CeO2 was studied using IR spectroscopy. In some experiment...
Předmětem předložené práce bylo prostudovat katalyzátory pro oxidativní dehydrogenaci kyseliny isomá...
Potential reaction intermediates in the conversion of ethanol to propene, acetaldehyde, ethyl acetat...
The aim of this study was to get insight into the pathway of the acetaldehyde formation from ethanol...
Ethanol dehydrogenation is commonly used as a process of production valuable products: acetaldehyde-...
The gas-phase regioselective reduction of mesityl oxide to the allyl alcohol using 2-propanol as a h...
The use of IR spectroscopic techniques to provide information on the mechanisms of catalytic oxidati...
Surface analytical techniques have been used to study the interaction of straight-chain alcohols wit...
Isobutene is a specialty chemical used in the production of fuel additives, polymers, and other high...
CuO/MgO system having different extent of CuO varying between 0.025 to 0.3 mol/mol MgO were prepared...
Knowledge of the structure of active sites is a prerequisite for the rational design of solid cataly...
International audienceMechanisms of isopropanol (IPA) conversion on ?-Al2O3 by dielectric barrier di...
Here, we study the influence of the Cu modified (Zr + Ce)O2-Al2O3 systems composition and synthesis ...
Selective ethanol dehydrogenation to acetaldehyde is an important reaction because acetaldehyde is a...
Formation of formate species on oxide surfaces plays a role in reactions for hydrogen production suc...