Add to ORKGThe acid properties of the surface of catalysts containing ultradisperse powders of iron group metals were determined by spectroscopically studying adsorption of pyridine. The activity of plasma-chemically synthesized oxide-containing catalysts in oxidation of CO is shown to vary in parallel with their acidity, probably, because of an increase in the amount of oxygen adsorbed on acid sites. The activity of these systems in reduction of nitrogen oxides decreases with the number of acid sites because of a decrease in the electron-donor properties of the surface
In previous work in this laboratory Murphy, Veerkamp, and Leland have derived a model that measures ...
The oxidation of CO on α-Fe2O3 was studied in a flow reactor. The conversion was complete at 650-660...
The catalytic properties of ultrafine iron powders prepared by three different procedures in the hyd...
The acid properties of the surface of catalysts containing ultradisperse powders of iron group metal...
Catalytic activity in the reaction CO + H2 and adsorptivity toward CO and H2 were studied for ultrad...
The role played by factors that modify the state of the surface of metals and their influence on cat...
A new approach to interpreting the effect of promoters (inhibitors) of nonmetals and metals added to...
The acid properties of surfaces comprising dispersed iron oxide supported on pure silica and silica\...
The effects of adsorbed impurities on the kinetics of reactions on metal surfaces are discussed, in ...
The acidity and basicity of the oxides and metal oxide surfaces is one among the most peculiar prope...
The nature of adsorbed species on catalytic surface over an industrial precipitated iron-based high ...
The object of research is the processes of obtaining magnetite particles by the method of chemical c...
The adsorption of pyridine on a complete monolayer molybdenum oxide-Al203 catalyst was studied. Both...
The object of research is the processes of obtaining magnetite particles by the method of chemical c...
The redox properties of the metal oxides impart them peculiar catalytic activity which is exploited ...
In previous work in this laboratory Murphy, Veerkamp, and Leland have derived a model that measures ...
The oxidation of CO on α-Fe2O3 was studied in a flow reactor. The conversion was complete at 650-660...
The catalytic properties of ultrafine iron powders prepared by three different procedures in the hyd...
The acid properties of the surface of catalysts containing ultradisperse powders of iron group metal...
Catalytic activity in the reaction CO + H2 and adsorptivity toward CO and H2 were studied for ultrad...
The role played by factors that modify the state of the surface of metals and their influence on cat...
A new approach to interpreting the effect of promoters (inhibitors) of nonmetals and metals added to...
The acid properties of surfaces comprising dispersed iron oxide supported on pure silica and silica\...
The effects of adsorbed impurities on the kinetics of reactions on metal surfaces are discussed, in ...
The acidity and basicity of the oxides and metal oxide surfaces is one among the most peculiar prope...
The nature of adsorbed species on catalytic surface over an industrial precipitated iron-based high ...
The object of research is the processes of obtaining magnetite particles by the method of chemical c...
The adsorption of pyridine on a complete monolayer molybdenum oxide-Al203 catalyst was studied. Both...
The object of research is the processes of obtaining magnetite particles by the method of chemical c...
The redox properties of the metal oxides impart them peculiar catalytic activity which is exploited ...
In previous work in this laboratory Murphy, Veerkamp, and Leland have derived a model that measures ...
The oxidation of CO on α-Fe2O3 was studied in a flow reactor. The conversion was complete at 650-660...
The catalytic properties of ultrafine iron powders prepared by three different procedures in the hyd...