A theoretical insight into the mechanical properties and phonon thermal conductivity of biphenylene network structure

Keyphrases

• Armchair 16%
• Binding Energy 16%
• Biphenylene 100%
• Biphenylene Network 100%
• Carbon Allotropes 16%
• Carbon Atom 16%
• Carbon Nanomaterials 16%
• Competencies 16%
• Failure Strain 16%
• Failure Stress 16%
• Gradient Strain 16%
• Interatomic Distance 16%
• Mechanical Characteristics 33%
• Mechanical Properties 100%
• Mechanical Strength 16%
• Molecular Dynamics Simulation 16%
• Nanosheets 83%
• Negligible Effects 16%
• Network Structure 100%
• Operating Conditions 16%
• Phonon Thermal Conductivity 100%
• Polymorphism 16%
• Rate Structures 16%
• Sample Space 16%
• Sp2-hybridized 16%
• Strain Rate 50%
• Stress-strain 16%
• Temperature Difference 16%
• Temperature Gradient 16%
• Temperature Variation 16%
• Thermal Conductivity 50%
• Thermal-mechanical 16%
• Thermomechanical Performance 16%
• Two-dimensional Biphenylene 33%
• Working Conditions 16%
• Young's Modulus 16%
• Zigzag 33%

Engineering

• Binding Energy 14%
• Computer Simulation 14%
• Failure Strain 14%
• Failure Stress 14%
• Increasing Strain 14%
• Mechanical Performance 14%
• Nanomaterial 14%
• Nanosheet 71%
• Negligible Effect 14%
• Rate Structure 14%
• Strain Rate 42%
• Temperature Gradient 14%
• Thermal Conductivity 100%
• Two Dimensional 28%
• Young's Modulus 14%

Material Science

• Mechanical Property 14%
• Mechanical Strength 14%
• Nanocrystalline Material 14%
• Nanosheet 71%
• Strain Rate 42%
• Thermal Conductivity 100%
• Young's Modulus 14%