Infrared study of the NO reduction by hydrocarbons over iron sites with low nuclearity: Some new insight into the reaction pathway

Keyphrases

• Hydrocarbons 100%
• Propylene 100%
• Reaction Pathway 100%
• Nuclearity 100%
• Infrared Study 100%
• Iron-catalyzed 100%
• NO Reduction 100%
• Iron Site 100%
• Methane 66%
• Ethylene 66%
• Infrared Spectroscopy 66%
• Fe Sites 66%
• Reduction Pathway 66%
• Nitro Compounds 66%
• H2-SCR 66%
• Olefins 33%
• High Temperature 33%
• Reaction Network 33%
• Acetaldehyde 33%
• Reduction Method 33%
• Room Temperature 33%
• Ferrocene 33%
• Well-defined 33%
• Extended X-ray Absorption Fine Structure (EXAFS) 33%
• Iron Clusters 33%
• Acetic Acid 33%
• Reaction Temperature 33%
• Zeolite Y 33%
• Binuclear 33%
• Sequential Reaction 33%
• Acid Compounds 33%
• Nitromethane 33%
• Disproportionation Reaction 33%
• NO Adsorption 33%
• Co-adsorption 33%
• High Reaction Temperature 33%
• Well-defined Structure 33%
• NO2 Reduction 33%
• SCR of NO 33%
• Surface Organometallic Chemistry (SOMC) 33%
• SCR Reaction 33%
• NO Selective Reduction 33%

Chemistry

• Nitrogen Dioxide 100%
• Propene 75%
• Methane 50%
• Ethylene 50%
• Ammonia 50%
• Nitro Compound 50%
• Alkene 25%
• Ferrocene 25%
• Ambient Reaction Temperature 25%
• Acetic Acid 25%
• Organometallic Chemistry 25%
• Disproportionation 25%
• Extended X Ray Absorption Fine Structure Spectroscopy 25%
• Nitromethane 25%
• formation 25%
• Carbon Dioxide 25%

Chemical Engineering

• Propylene 100%
• Ethylene 66%
• Acetic Acid 33%
• Organometallics 33%
• Olefin 33%
• Carbon Dioxide 33%
• Disproportionation 33%