The kinetics of the reduction of zinc oxide wtih H2 and CO was investigated by thermogravimetry in dependendence on temperature, pressure, intrinsic dismechanism does not depend on the type of reduction gas, but depends on the reaction parameters mentioned. The results support model which comprises the following steps as rate determining in the different regions: 1. activatin of the surface bond of oxygen to the lattice, influenced by instrinsic disorder, 2. inhibited desorption of products, 3. equilibration with transport hindrance. Transitions between 1., 2. and 3. occur, depending on the stage of reaction as well as superimposition of 2. and 3. The results are of general importance in heterogeneous catalysis.Die Kinetik der Reduktion von...
Hot gas clean-up (HGC) technology uses special zinc oxide based sorbents. Sorbent attrition is one o...
Studies on the oxidation of zinc sulphide spheres suggested kinetic control in the temperature range...
The kinetics of CH(,3)OH decomposition over ZnO was studied in the temperature ranges: 453 K - 513 K...
The kinetics of the reduction of zinc oxide wtih H2 and CO was investigated by thermogravimetry in d...
The reduction of zince oxide single crystals, pellets and powders with CO and H2 was studied by mean...
The heterogeneous oxidation of Zn(g) is a promising reaction pathway for the conversion of CO2 into ...
The pressure and temperature dependdence of the evaporation-analogous heterogeneous reaction ZnO(s) ...
The kinetics of the chemical reaction-controlled reduction of iron oxides by H/HO and CO/CO gas mixt...
Erneuerbare Energien gewinnen zunehmend an Bedeutung, da fossile Brennstoffe nicht unbegrenzt verfüg...
International audienceZircaloy4 (Zy-4) cladding, providing the first containment barrier of UO2 fuel...
The kinetics of the substitution reaction of hydrogen sulfide with zinc oxide and side reactions of ...
The growth of ZnO whiskers and surface films on the polar basal planes of ZnO single crystals caused...
The endothermal dissociation of zinc oxide into its elements, followed by the exothermal hydrolysis ...
A study was made of the kinetics of the oxidation of carbon monoxide to form carbon dioxide. The cat...
The carbothermal reduction of zinc oxide using highly concentrated solar radiation is a promising co...
Hot gas clean-up (HGC) technology uses special zinc oxide based sorbents. Sorbent attrition is one o...
Studies on the oxidation of zinc sulphide spheres suggested kinetic control in the temperature range...
The kinetics of CH(,3)OH decomposition over ZnO was studied in the temperature ranges: 453 K - 513 K...
The kinetics of the reduction of zinc oxide wtih H2 and CO was investigated by thermogravimetry in d...
The reduction of zince oxide single crystals, pellets and powders with CO and H2 was studied by mean...
The heterogeneous oxidation of Zn(g) is a promising reaction pathway for the conversion of CO2 into ...
The pressure and temperature dependdence of the evaporation-analogous heterogeneous reaction ZnO(s) ...
The kinetics of the chemical reaction-controlled reduction of iron oxides by H/HO and CO/CO gas mixt...
Erneuerbare Energien gewinnen zunehmend an Bedeutung, da fossile Brennstoffe nicht unbegrenzt verfüg...
International audienceZircaloy4 (Zy-4) cladding, providing the first containment barrier of UO2 fuel...
The kinetics of the substitution reaction of hydrogen sulfide with zinc oxide and side reactions of ...
The growth of ZnO whiskers and surface films on the polar basal planes of ZnO single crystals caused...
The endothermal dissociation of zinc oxide into its elements, followed by the exothermal hydrolysis ...
A study was made of the kinetics of the oxidation of carbon monoxide to form carbon dioxide. The cat...
The carbothermal reduction of zinc oxide using highly concentrated solar radiation is a promising co...
Hot gas clean-up (HGC) technology uses special zinc oxide based sorbents. Sorbent attrition is one o...
Studies on the oxidation of zinc sulphide spheres suggested kinetic control in the temperature range...
The kinetics of CH(,3)OH decomposition over ZnO was studied in the temperature ranges: 453 K - 513 K...