Catalytic Hydrogen Transfer and Decarbonylation of Aromatic Aldehydes on Ru and Ru Phosphide Model Catalysts

Keyphrases

• Furfural 100%
• Model Catalyst 100%
• Decarbonylation 100%
• Phosphide 100%
• Aromatic Aldehydes 100%
• Catalytic Transfer Hydrogenation 100%
• Furan 75%
• Adsorbate 50%
• Phosphorus 50%
• Hydrogen Transfer 50%
• Benzaldehyde 50%
• Alcohol 25%
• Hydrogen Donor 25%
• Charge Transfer 25%
• Activation Barrier 25%
• Chemisorbed 25%
• Deuteration 25%
• C-C Bond 25%
• Benzene 25%
• Rate-determining Step 25%
• Reactive Intermediates 25%
• Nanoparticle Catalysis 25%
• Reaction Pathway 25%
• Valuable Chemicals 25%
• Weak Interactions 25%
• Product Distribution 25%
• Surface Species 25%
• Temperature Programmed Reaction 25%
• H Atoms 25%
• Aromatic Ring 25%
• Hydrogen Source 25%
• Surface Carbon 25%
• Isotopologues 25%
• Competing Reactions 25%
• H-atom Transfer 25%
• Electron Back-donation 25%
• Ru2P 25%
• Metal Phosphide 25%
• Petroleum Derivatives 25%
• Biomass-derived Aldehydes 25%

Chemistry

• Furfural 100%
• Hydrogen Transfer 100%
• Decarbonylation 100%
• Furan 75%
• Hydrogenation 50%
• Benzaldehyde 50%
• Hydrogen 25%
• Nanoparticle 25%
• Transition Element 25%
• Reactive Intermediate 25%
• Rate-Determining Step 25%
• Aromatic Structure 25%
• Hydrogen Donor 25%
• Petroleum Derivative 25%

Chemical Engineering

• Furfural 100%
• Hydrogen Transfer 100%
• Hydrogenation 50%
• Nanoparticle 25%
• Transition Metal 25%