Anomalous strain effect on the thermal conductivity of borophene: a reactive molecular dynamics study

Engineering & Materials Science

• Molecular dynamics 100%
• Thermal conductivity 80%
• Phonons 69%
• Anisotropy 30%
• Mechanical properties 19%
• Tensile strain 18%
• Boron 16%
• Crystalline materials 15%
• Thermodynamic properties 13%
• Buckling 13%
• Elastic moduli 12%
• Temperature 11%
• Computer simulation 8%
• Costs 5%
• Experiments 5%

Chemical Compounds

• Thermal Conductivity 84%
• Strain 62%
• Phonon 50%
• Simulation 28%
• Anisotropy 27%
• Ambient Reaction Temperature 16%
• Density of State 15%
• Nonequilibrium 15%
• Boron Atom 12%
• Velocity 12%
• Molecular Dynamics 10%
• Amount 6%

Physics & Astronomy

• thermal conductivity 69%
• molecular dynamics 64%
• phonons 16%
• mechanical properties 10%
• anisotropy 10%
• simulation 9%
• room temperature 8%
• buckling 8%
• group velocity 8%
• mean free path 8%
• boron 6%
• thermodynamic properties 6%
• modulus of elasticity 6%
• costs 6%
• low frequencies 5%
• life (durability) 5%
• estimates 4%
• predictions 4%