Tunable thermal conductivity in silicon twinning superlattice nanowires

Physics & Astronomy

• twinning 81%
• nanowires 61%
• thermal conductivity 59%
• silicon 41%
• deterioration 13%
• atoms 12%
• transport properties 10%
• retarding 9%
• wire 9%
• molecular dynamics 9%
• coatings 8%
• modulation 8%
• geometry 7%
• room temperature 7%
• polarization 6%
• electrons 5%
• simulation 4%

Engineering & Materials Science

• Nanowires 94%
• Silicon 60%
• Metamaterials 45%
• Atoms 26%
• Electron transport properties 25%
• Molecular dynamics 14%
• Polarization 11%
• Deterioration 11%
• Modulation 9%
• Wire 9%
• Coatings 9%
• Geometry 7%
• Computer simulation 6%
• Hot Temperature 6%
• Temperature 5%

Chemical Compounds

• Superlattice 78%
• Thermal Conductivity 72%
• Nanowire 66%
• Atom Polarization 25%
• Reduction 17%
• Thermoelectricity 14%
• Nonequilibrium 13%
• Electron Transport 12%
• Molecular Dynamics 9%
• Simulation 8%
• Coating Agent 7%
• Ambient Reaction Temperature 7%
• Reaction Yield 5%
• Surface 4%