Jun 26, 1998 · A kinetic model has been developed for the heterogeneously catalyzed methacrolein oxidation, the parameters of which reflect the redox and ...

Jun 26, 1998 · The model based on the Mars−van Krevelen mechanism describes the reaction rates of methacrolein and oxygen consumption as well as the rate of ...

A kinetic model has been developed for the heterogeneously catalyzed methacrolein oxidation, the parameters of which reflect the redox and adsorptive ...

Kinetic model for methacrolein oxidation-influence of cesium and vanadium on heteropolyacid catalysts CsxH3-x+y[PMo12-yVyO40]. Deußer, Liane M. ; Petzoldt ...

Deusser, Kinetic Model for Methacrolein Oxidation Influence of Cesium and Vanadium on Heteropolyacid Catalysts CsxH3-x+y[PMo12-yVyO40], Ind. Eng. Chem. Res ...

A kinetic model based on the scheme of Mars−van Krevelen was developed for a fair representation of the reaction rates of methacrolein conversion, methacrylic ...

Deusser, Kinetic model for methacrolein oxidations-influence of cesium and vanadium on heteropolyacid catalysts CsxH3-x+y[PMo12-yVyO40], Ind. Eng. Chem. Res ...

KEYWORDS: kinetic simulation, methacrolein ... Oxidation - Influence of Cesium and Vanadium on Heteropolyacid. Catalysts CsxH3-x+y[PMo12-yVyO40],” Industrial and ...

Kinetic model for methacrolein oxidation-influence of cesium and vanadium on heteropolyacid catalysts CsxH3-x+y[PMo12-yVyO40]. In: Industrial & engineering ...

The oxidation of methacrolein to methacrylic acid over a heteropoly acid catalyst was studied in a pilot scale unit with tubular multisampling reactor.