Nitrogen dilution effect on flame synthesis of carbon nanostructures with acoustic modulation

Engineering & Materials Science

• Flame synthesis 100%
• Nanostructures 64%
• Dilution 57%
• Acoustics 43%
• Modulation 40%
• Carbon 39%
• Nanostructured materials 32%
• Flickering 12%
• Soot 9%
• Ethylene 9%
• Natural frequencies 7%
• Hot Temperature 4%

Physics & Astronomy

• dilution 52%
• flames 47%
• nitrogen 38%
• synthesis 38%
• carbon 35%
• modulation 34%
• acoustics 30%
• resonant frequencies 15%
• combustion efficiency 13%
• acoustic excitation 11%
• jet flames 11%
• diffusion flames 10%
• soot 10%
• heat sources 9%
• ethylene 8%
• carbon nanotubes 7%

Chemical Compounds

• Carbon Nanostructure 64%
• Dilution 42%
• Nitrogen 31%
• Carbon Atom 24%
• Nanomaterial 16%
• Fuel 14%
• Diffusion Flame 12%
• Soot 10%
• Jet 9%
• Heat 6%
• Carbon Nanotube 6%
• Flow 5%
• Mixture 3%