Characterization of performance of manganese and manganese-copper oxide catalysts obtained by different methods of synthesis is presented. The specific surface area and catalytic activity were determined in decomposition of hydrogen peroxide and phenol oxidation. The catalytic performance of the catalysts studied was different in the two reactions.Przedstawiono wyniki badań nad wykorzystaniem tlenkowych preparatów manganowych i manganowo-miedziowych otrzymanych różnymi metodami syntezy. Dla otrzymanych preparatów wyznaczono wielkość powierzchni właściwej oraz określono aktywność katalityczną w rozkładzie nadtlenku wodoru i utlenianiu fenolu. Wykazano zróżnicowaną aktywność katalityczną preparatów w obu wymienionych reakcjach
Transition metal oxide-based systems as catalysts for oxidative reactions are studied. Utilizing aer...
The effect of ageing time on the composition an morphology of copper manganes oxide catalysts (Cu:Mn...
Copper manganese oxides are prepared using a coprecipitation procedure and studied for the oxidation...
Celem niniejszej pracy było opracowanie formuły katalizatora aktywnego w usuwaniu metanu ze źródeł n...
Nadtlenek wodoru w różnych stężeniach był i jest stosowany chemicznych w napędach rakietowych. Im wy...
In recent research copper and manganese systems were found to be the most active in CO and organic c...
Celem ogólnym niniejszej pracy było zaproponowanie formuły katalizatorów potencjalnie aktywnych w re...
The decomposition of hydrogen peroxide, promoted by a manganese oxide catalyst supported on ¿-alumin...
The total oxidation of naphthalene using copper manganese oxide catalysts was investigated. A study ...
The development of active and stable catalysts without noble metals for low temperature oxidation of...
Se obtuvieron óxidos mixtos del tipo Mn/Mg/Al, Cu/Mn/Mg/Al y Co/Mn/Mg/Al por descomposición térmica ...
Oxidations are essential component steps in many industrial processes. These range from large scale ...
International audienceCopper manganese oxides were prepared either by a co-precipitation method usin...
The volumes of oxygen gas evolved in the decomposition of hydrogen peroxide by the catalysis of mang...
Transition metal oxide-based systems as catalysts for oxidative reactions are studied. Utilizing aer...
The effect of ageing time on the composition an morphology of copper manganes oxide catalysts (Cu:Mn...
Copper manganese oxides are prepared using a coprecipitation procedure and studied for the oxidation...
Celem niniejszej pracy było opracowanie formuły katalizatora aktywnego w usuwaniu metanu ze źródeł n...
Nadtlenek wodoru w różnych stężeniach był i jest stosowany chemicznych w napędach rakietowych. Im wy...
In recent research copper and manganese systems were found to be the most active in CO and organic c...
Celem ogólnym niniejszej pracy było zaproponowanie formuły katalizatorów potencjalnie aktywnych w re...
The decomposition of hydrogen peroxide, promoted by a manganese oxide catalyst supported on ¿-alumin...
The total oxidation of naphthalene using copper manganese oxide catalysts was investigated. A study ...
The development of active and stable catalysts without noble metals for low temperature oxidation of...
Se obtuvieron óxidos mixtos del tipo Mn/Mg/Al, Cu/Mn/Mg/Al y Co/Mn/Mg/Al por descomposición térmica ...
Oxidations are essential component steps in many industrial processes. These range from large scale ...
International audienceCopper manganese oxides were prepared either by a co-precipitation method usin...
The volumes of oxygen gas evolved in the decomposition of hydrogen peroxide by the catalysis of mang...
Transition metal oxide-based systems as catalysts for oxidative reactions are studied. Utilizing aer...
The effect of ageing time on the composition an morphology of copper manganes oxide catalysts (Cu:Mn...
Copper manganese oxides are prepared using a coprecipitation procedure and studied for the oxidation...