Flame synthesis of functional nanostructured materials and devices: Surface growth and aggregation

Engineering & Materials Science

• Flame synthesis 100%
• Functional materials 74%
• Nanostructured materials 65%
• Soot 57%
• Agglomeration 45%
• Fractals 13%
• Particle size 12%
• Polydispersity 10%
• Acetylene 8%
• Coagulation 8%
• Chemical analysis 8%
• Scaling laws 8%
• Carbon black 8%
• Aerosols 7%
• Fractal dimension 7%
• Chemical sensors 7%
• Molecular dynamics 7%
• Process design 7%
• Carbon nanotubes 6%
• Nucleation 6%
• Optical fibers 6%
• Ethylene 6%
• Fuel burners 6%
• Product development 6%
• Sintering 6%
• Pyrolysis 6%
• Volume fraction 5%
• Oxides 5%
• Catalysts 5%
• Scalability 5%
• Monitoring 3%
• Sensors 3%
• Temperature 2%

Physics & Astronomy

• soot 63%
• flames 47%
• synthesis 38%
• fractals 18%
• products 12%
• product development 9%
• combustion products 8%
• sensors 8%
• burners 7%
• coagulation 7%
• acetylene 7%
• agglomeration 7%
• preserving 6%
• pyrolysis 6%
• scaling laws 6%
• aerosols 6%
• ethylene 6%
• sprayers 6%
• catalysts 6%
• counting 5%
• carbon nanotubes 5%
• chemistry 5%
• purity 5%
• sintering 5%
• exponents 5%
• optical fibers 4%
• nucleation 4%
• molecular dynamics 4%
• carbon 4%
• oxides 4%
• gases 3%

Chemical Compounds

• Soot 60%
• Nanomaterial 33%
• Surface 16%
• Scaling Law 9%
• Residence Time 6%
• Aerosol 6%
• Coagulation 6%
• Gas Sensor 6%
• Polydispersity 6%
• Agglomeration 6%
• Carbon Black 6%
• Acetylene 6%
• Size Distribution 5%
• Flame 5%
• Biomaterial 5%
• Sphere 5%
• Sintering 5%
• Nucleation 5%
• Compound Mobility 5%
• Dimension 4%
• Molecular Dynamics 4%
• Carbon Nanotube 4%
• Pyrolysis 4%
• Fiber 4%
• Chemistry 3%
• Volume 3%
• Oxide 3%
• Purity 3%
• Catalyst 2%