Asymmetrical carbon nanotubes exhibit opposing thermal rectification behaviors under different heat baths

Chemical Compounds

• Carbon Nanostructure 36%
• Carbon Nanotube 64%
• Heat 65%
• Heat Transfer 95%
• Molecular Dynamics 21%
• Nanomaterial 18%
• Nanotube 47%
• Nonequilibrium 94%
• Phonon 100%
• Simulation 18%
• Thermal Conductivity 56%
• Transport Phenomena 37%

Physics & Astronomy

• baths 79%
• carbon 14%
• carbon nanotubes 76%
• energy conversion 24%
• frequency ranges 16%
• heat 58%
• heat transmission 72%
• low frequencies 15%
• molecular dynamics 16%
• nanotubes 42%
• phonons 45%
• rectification 97%
• rectifiers 27%
• simulation 8%
• thermal conductivity 34%

Engineering & Materials Science

• Carbon 13%
• Computer simulation 9%
• Energy conversion 18%
• Heat transfer 35%
• Hot Temperature 42%
• Molecular dynamics 19%
• Nanostructures 43%
• Nanotubes 45%
• Phonons 83%
• Temperature control 17%
• Thermal conductivity 32%
• Thermal energy 17%