Effects of metal nanocrystals and traps in tunneling rate measurements in metal nanocrystal based carbon nanotube memory

Engineering & Materials Science

• Aluminum oxide 9%
• Calibration 7%
• Carbon nanotubes 50%
• Data storage equipment 28%
• Electric fields 34%
• Electric potential 4%
• Metals 30%
• Nanocrystals 70%
• Physics 8%
• Temperature 3%
• Temperature measurement 10%
• Threshold voltage 10%
• Tunnels 31%

Physics & Astronomy

• approximation 1%
• carbon nanotube based memory 100%
• carbon nanotubes 5%
• cells 1%
• charging 2%
• cross sections 1%
• electric fields 6%
• low voltage 2%
• metals 24%
• nanocrystals 42%
• performance 2%
• physics 1%
• proximity 2%
• pulse charging 5%
• shift 1%
• temperature 0%
• temperature measurement 2%
• threshold voltage 2%
• traps 35%
• tunnels 11%

Chemical Compounds

• Carbon Nanotube 34%
• Dielectric Material 10%
• Electric Field 10%
• Metal 21%
• Nanocrystal 38%
• Nanotube 4%
• Quantum Transport 4%
• Resistance 1%
• Tunneling 48%
• Voltage 4%