A critical role of catalyst morphology in low-temperature synthesis of carbon nanotube-transition metal oxide nanocomposite

Engineering & Materials Science

• Transition metal oxides 100%
• Nanocomposites 62%
• Carbon nanotubes 61%
• Nanosheets 56%
• Catalysts 49%
• Temperature 23%
• Carbon 12%
• Adsorption 10%
• Manganese oxide 8%
• Surface diffusion 8%
• Density functional theory 7%
• Carrier concentration 7%
• Electron microscopy 6%
• Chemical vapor deposition 6%
• Phase transitions 5%
• Substitution reactions 5%
• Nanoparticles 5%
• Ions 4%
• Heat treatment 4%
• Oxides 4%
• Electrodes 4%
• Metals 3%

Chemical Compounds

• Metal Oxide 48%
• Nanosheet 42%
• Nanocomposite 38%
• Carbon Nanotube 31%
• Carbon Atom 27%
• Catalyst 24%
• Surface Diffusion 9%
• Adsorption 7%
• Electron Density 6%
• Chemical Vapour Deposition 6%
• Electron Microscopy 6%
• Heat Treatment 6%
• Flow 4%
• Substitution Reaction 4%
• Density Functional Theory 4%
• Oxide 3%
• Behavior as Electrode 3%
• Nanoparticle 3%
• Surface 2%