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

Physics & Astronomy

• aldehydes 99%
• phosphides 94%
• catalysts 63%
• furans 62%
• hydrogen 42%
• hydrogenation 30%
• phosphorus 26%
• biomass 17%
• crude oil 16%
• alcohols 14%
• atoms 13%
• benzene 13%
• selectivity 13%
• flat surfaces 12%
• charge transfer 11%
• transition metals 11%
• activation 10%
• rings 9%
• nanoparticles 9%
• carbon 9%
• products 8%
• molecules 7%
• metals 7%
• electrons 5%
• temperature 4%

Chemical Compounds

• Decarbonylation 83%
• Furfural 78%
• Furan 49%
• Aldehyde 47%
• Hydrogen 34%
• Benzaldehyde 33%
• Phosphorus(.) 28%
• Catalyst 28%
• Hydrogenation 25%
• Petroleum Derivative 21%
• Hydrogen Donor 21%
• Rate-Determining Step 16%
• Surface 16%
• Aromatic Structure 14%
• Transition Element 12%
• Benzene 12%
• Charge Transfer 11%
• Alcohol 10%
• Electron Particle 9%
• Carbon Atom 8%
• Metal 7%

Engineering & Materials Science

• Furfural 82%
• Catalysts 58%
• Hydrogen 54%
• Adsorbates 41%
• Hydrogenation 34%
• Atoms 28%
• Transition metals 20%
• Charge transfer 17%
• Benzene 16%
• Alcohols 15%
• Electrons 13%
• Nanoparticles 13%
• Molecules 13%
• Biomass 12%
• Chemical activation 12%
• Crude oil 11%
• Derivatives 11%
• Fluxes 11%
• Carbon 10%
• Metals 8%
• Temperature 5%