Highly active ruthenium catalyst supported on magnetically separable mesoporous organosilica nanoparticles

Engineering & Materials Science

• Ruthenium 100%
• Catalyst supports 87%
• Ethylene 69%
• Nanoparticles 65%
• High resolution electron microscopy 28%
• High resolution transmission electron microscopy 27%
• Aromatic compounds 25%
• Magnetic nanoparticles 25%
• X ray powder diffraction 25%
• Sonication 24%
• Sol-gels 21%
• X-Ray Emission Spectrometry 21%
• Ethane 21%
• Benzene 20%
• Nuclear magnetic resonance 19%
• Sorption 19%
• Emulsions 18%
• Condensation 16%
• Evaporation 16%
• Nitrogen 15%
• Magnetic fields 14%
• Oxides 14%
• Catalysts 14%
• Scanning electron microscopy 13%
• Oils 10%
• Water 9%

Physics & Astronomy

• ruthenium 81%
• catalysts 61%
• ethylene 51%
• nanoparticles 44%
• aromatic compounds 19%
• high resolution 16%
• ethane 15%
• sorption 14%
• emulsions 13%
• benzene 13%
• oils 11%
• x rays 11%
• condensation 11%
• nuclear magnetic resonance 10%
• gels 10%
• evaporation 10%
• solid state 9%
• nitrogen 9%
• transmission electron microscopy 8%
• scanning electron microscopy 8%
• oxides 8%
• water 7%
• diffraction 7%
• spectroscopy 6%
• magnetic fields 6%
• energy 3%

Chemical Compounds

• Nanoparticle 33%
• Catalyst 27%
• Transmission Electron Microscopy Energy-Dispersive X-Ray Spectroscopy 21%
• Sonication 17%
• Solid-State NMR 16%
• Magnetic Nanoparticle 16%
• Aromatic Compound 16%
• Magnetic Field 15%
• Ethane 15%
• Evaporation 14%
• Emulsion 13%
• Powder X-Ray Diffraction 12%
• Condensation 12%
• Sorption 11%
• Benzene 11%
• Nitrogen 10%
• Scanning Electron Microscopy 9%
• Oxide 8%
• Purity 8%
• Reduction 7%