This study focuses on the mechanism of lean NO2 redn. by propane in the presence of water, over an acidic zeolite (HZSM-5). Fourier Transform IR spectroscopy measurements with NO2 and propane in excess oxygen show formation of surface bound NO+, isocyanate, unsatd. hydrocarbons and traces of amine species. Upon addn. of water the isocyanate species disappear and amine species are formed. Hence, it seems likely that the isocyanate species are hydrolyzed to amine species, which are possible reaction intermediates in the HC-SCR reaction over HZSM-5
Operando infrared (IR) spectroscopy and density functional theory (DFT) calculations were combined t...
Surface isocyanate species with IR bands at 2274 and 2325 cm-l play a crucial role for the maintenan...
The oxidation of NO to NO2 and the subsequent reduction by NH3 via a NO+ intermediate over a proton-...
This study focuses on the mechanism of lean NO2 redn. by propane in the presence of water, over an a...
This study focuses on the mechanism of lean NO 2 reduction by hydrocarbons (propane, propene, and i...
This study focuses on the mechanism of lean NO2 reduction by propane. In particular the role of isoc...
This study focuses on the mechanism of lean NO x reduction by propane, over acidic zeolites (HZSM-5...
saturated hydrocarbons, propane and isobutane, has been investigated over acidic zeolite HZSM-5. The...
This study focuses on the reaction mechanism for lean NOx reduction by propane. In particular the ro...
This investigation focuses on the influence of surface acidity on the continuous catalytic reduction...
In this study the selective catalytic reduction (SCR) of NO has been investigated over H-ZSM-5 with ...
Increasing amounts of carbon dioxide are attaining worldwide growing attention as one probable cause...
The growing concern about the global warming coupled with the increasing emissions of the greenhouse...
An infrared spectroscopic study has been made over mordenite-type zeolite catalysts prepared by the ...
The selective catalytic reduction (SCR) of NO x over zeolite H-ZSM-5 with ammonia was investigated u...
Operando infrared (IR) spectroscopy and density functional theory (DFT) calculations were combined t...
Surface isocyanate species with IR bands at 2274 and 2325 cm-l play a crucial role for the maintenan...
The oxidation of NO to NO2 and the subsequent reduction by NH3 via a NO+ intermediate over a proton-...
This study focuses on the mechanism of lean NO2 redn. by propane in the presence of water, over an a...
This study focuses on the mechanism of lean NO 2 reduction by hydrocarbons (propane, propene, and i...
This study focuses on the mechanism of lean NO2 reduction by propane. In particular the role of isoc...
This study focuses on the mechanism of lean NO x reduction by propane, over acidic zeolites (HZSM-5...
saturated hydrocarbons, propane and isobutane, has been investigated over acidic zeolite HZSM-5. The...
This study focuses on the reaction mechanism for lean NOx reduction by propane. In particular the ro...
This investigation focuses on the influence of surface acidity on the continuous catalytic reduction...
In this study the selective catalytic reduction (SCR) of NO has been investigated over H-ZSM-5 with ...
Increasing amounts of carbon dioxide are attaining worldwide growing attention as one probable cause...
The growing concern about the global warming coupled with the increasing emissions of the greenhouse...
An infrared spectroscopic study has been made over mordenite-type zeolite catalysts prepared by the ...
The selective catalytic reduction (SCR) of NO x over zeolite H-ZSM-5 with ammonia was investigated u...
Operando infrared (IR) spectroscopy and density functional theory (DFT) calculations were combined t...
Surface isocyanate species with IR bands at 2274 and 2325 cm-l play a crucial role for the maintenan...
The oxidation of NO to NO2 and the subsequent reduction by NH3 via a NO+ intermediate over a proton-...