This work is related to the subject “Clean Energy”. Dimethoxymethane (DMM) is asuitable H2 storage material for mobile application because of its high content of hydrogen,extremely low toxicity and environmentally benign. Therefore, sulfated vanadia-titania,sulfated binary vanadia-based and titania-based catalysts were prepared and evaluated inthe reaction of selective oxidation of methanol to DMM and further production ofhydrogen. The surface acidic and redox properties of the studied catalysts were correlatedto their catalytic performance. In addition, the reaction mechanisms and the identificationof factors limiting the activity and selectivity of catalysts were also studied.Ce travail est en relation avec la thématique "Energies Propres...
A computational study based on B3LYP calculations was carried out to investigate the kinetic and mec...
Metal catalyzed reactions are a powerful tool to design new chemical synthetic processes according t...
Vanadia–titania–sulfate nanocatalysts for methanol oxidation to methyl formate (MF) were prepared by...
This work is related to the subject “Clean Energy”. Dimethoxymethane (DMM) is asuitable H2 storage m...
Ce travail est en relation avec la thématique "Energies Propres". Le diméthoxyméthane estun composé ...
This work is related to the subject "Clean Energy". Dimethoxymethane (DMM) is a suitable H2 storage ...
Ce travail est lié au sujet "Energies Propres". Le diméthoxyméthane (DMM) a un fort potentiel de sto...
Silica-titania (70/30) supported vanadium catalysts were prepared, characterized, and studied in oxi...
Utilization is a sustainable and interesting alternative for the destructive treatment of volatile o...
Utilization is a sustainable and interesting alternative for the destructive treatment of volatile o...
Catalysis is an essential technology in manufacturing industries. The investigation based on support...
The literature data on the behavior of vanadia-based catalysts in the oxidation of methanol are brie...
Abstract In this study, activity, selectivity and stability of vanadium catalysts supported on zirc...
Dimethyl ether (DME) is an environmentally friendly fuel that is being widely considered as an alter...
Supported vanadium oxide catalysts consist of a molecularly dispersed vanadia phase supported on ano...
A computational study based on B3LYP calculations was carried out to investigate the kinetic and mec...
Metal catalyzed reactions are a powerful tool to design new chemical synthetic processes according t...
Vanadia–titania–sulfate nanocatalysts for methanol oxidation to methyl formate (MF) were prepared by...
This work is related to the subject “Clean Energy”. Dimethoxymethane (DMM) is asuitable H2 storage m...
Ce travail est en relation avec la thématique "Energies Propres". Le diméthoxyméthane estun composé ...
This work is related to the subject "Clean Energy". Dimethoxymethane (DMM) is a suitable H2 storage ...
Ce travail est lié au sujet "Energies Propres". Le diméthoxyméthane (DMM) a un fort potentiel de sto...
Silica-titania (70/30) supported vanadium catalysts were prepared, characterized, and studied in oxi...
Utilization is a sustainable and interesting alternative for the destructive treatment of volatile o...
Utilization is a sustainable and interesting alternative for the destructive treatment of volatile o...
Catalysis is an essential technology in manufacturing industries. The investigation based on support...
The literature data on the behavior of vanadia-based catalysts in the oxidation of methanol are brie...
Abstract In this study, activity, selectivity and stability of vanadium catalysts supported on zirc...
Dimethyl ether (DME) is an environmentally friendly fuel that is being widely considered as an alter...
Supported vanadium oxide catalysts consist of a molecularly dispersed vanadia phase supported on ano...
A computational study based on B3LYP calculations was carried out to investigate the kinetic and mec...
Metal catalyzed reactions are a powerful tool to design new chemical synthetic processes according t...
Vanadia–titania–sulfate nanocatalysts for methanol oxidation to methyl formate (MF) were prepared by...