Modulation of the electronic structure of semiconducting nanotubes resulting from different metal contacts

Engineering & Materials Science

• Electronic structure 100%
• Nanotubes 85%
• Modulation 51%
• Molecular orbitals 51%
• Metals 43%
• Palladium 39%
• Gold 24%
• Electrodes 22%
• Carrier concentration 21%
• Atoms 15%
• Electronic properties 11%
• Carbon nanotubes 7%
• Electrons 7%
• Carbon 5%
• Geometry 4%

Physics & Astronomy

• nanotubes 64%
• electric contacts 59%
• electronic structure 50%
• modulation 44%
• metals 34%
• palladium 32%
• molecular orbitals 29%
• electrodes 18%
• gold 17%
• metal clusters 9%
• atoms 7%
• carbon nanotubes 6%
• orbitals 5%
• carbon 4%
• conduction 4%
• optimization 4%
• geometry 4%
• electronics 3%
• electrons 3%
• interactions 2%

Chemical Compounds

• Nanotube 54%
• Electronic State 49%
• Metal 30%
• Lowest Unoccupied Molecular Orbital 19%
• Highest Occupied Molecular Orbital 18%
• Behavior as Electrode 16%
• Molecular Cluster 16%
• Electron Density 15%
• Palladium 12%
• Work Function 9%
• Metal Atom 8%
• Single Walled Nanotube 7%
• Orbital 6%
• Electronic Property 6%
• Carbon Nanotube 6%
• Length 5%
• Electron Particle 4%
• Carbon Atom 3%