Self-Assembled Growth, Microstructure, and Field-Emission High-Performance of Ultrathin Diamond Nanorods

Engineering & Materials Science

• Nanorods 100%
• Field emission 86%
• Diamonds 67%
• Microstructure 45%
• Nanostructures 24%
• Carbon nanotubes 14%
• Nanoclusters 11%
• Nanodiamonds 11%
• Flat panel displays 9%
• Nanowires 8%
• Graphene 7%
• Chemical vapor deposition 7%
• Gas mixtures 7%
• Electrons 6%
• Cathodes 6%
• Graphite 6%
• Multilayers 6%
• Current density 6%
• Methane 6%
• Nitrogen 6%
• Plasmas 6%
• Vapors 6%
• Microwaves 5%

Physics & Astronomy

• nanorods 66%
• field emission 61%
• diamonds 53%
• microstructure 39%
• performance 29%
• carbon nanotubes 11%
• spherules 11%
• flat panel displays 8%
• cold cathodes 8%
• thresholds 8%
• nanoclusters 7%
• gas mixtures 6%
• methane 6%
• high current 6%
• graphite 5%
• emitters 5%
• graphene 5%
• nanowires 5%
• vapor deposition 5%
• vapors 5%
• nitrogen 4%
• current density 4%
• microwaves 4%
• electrons 2%

Chemistry

• Field Emission 67%
• Diamond 63%
• Nanorod 57%
• Microstructure 45%
• Nanomaterial 12%
• Carbon Nanotube 9%
• Nanodiamond 8%
• Chemical Vapour Deposition 6%
• Multilayer 5%
• Nanowire 5%
• Microwave 5%
• Methane 5%
• Current Density 4%
• Graphite 4%
• Cathode 4%
• Graphene 4%
• Plasma 4%
• Nitrogen 4%
• Gas 3%
• Mixture 2%