A comparative study of carbon supports for Pd/Au nanoparticle-based catalysts

Engineering & Materials Science

• Gold nanoparticles 100%
• Catalyst supports 83%
• Catalysts 53%
• Activated carbon 49%
• Carbon 47%
• Carbon black 28%
• Graphite 28%
• Nanoparticles 22%
• Trichloroethylene 19%
• Composite materials 13%
• Chemical stability 7%
• Catalysis 7%
• Palladium 7%
• Volatile organic compounds 6%
• Surface structure 6%
• Reaction rates 6%
• Gold 6%
• Thermodynamic stability 5%
• Silica 5%
• Alumina 5%
• Titanium 5%
• Impurities 5%
• Particle size 5%
• Characterization (materials science) 5%
• Agglomeration 4%
• Porosity 4%
• Oxides 4%
• Degradation 4%
• Costs 2%

Chemical Compounds

• Carbon Black 30%
• Carbon Atom 29%
• Graphite 28%
• Catalyst 26%
• Nanoparticle 23%
• Surface Area 20%
• Nanoplate 17%
• Composite Material 15%
• Nanoparticle Size 8%
• Heterogeneous Catalysis 8%
• Volatile Organic Compound 8%
• Surface Structure 7%
• Chemical Stability 7%
• Thermal Stability 5%
• Porosity 4%
• Oxide 4%