First-principles study of two- and one-dimensional honeycomb structures of boron nitride

Engineering & Materials Science

• Honeycomb structures 100%
• Boron nitride 99%
• Nanoribbons 70%
• Hydrogen 18%
• Energy gap 17%
• Crystals 15%
• Semiconductor materials 13%
• Wide band gap semiconductors 13%
• Ground state 11%
• Electronic structure 11%
• Plastics 11%
• Band structure 10%
• Vacancies 10%
• Charge transfer 10%
• Passivation 9%
• Atoms 8%
• Defects 5%

Chemical Compounds

• Honeycomb Structure 97%
• Boron Nitride 79%
• Nanoribbon 45%
• Semiconductor 17%
• Band Gap 17%
• Crystal Vacancy 10%
• Plane Wave 10%
• Force Constant 8%
• Flake Like Crystal 8%
• Hydrogen 7%
• Chemical Passivation 7%
• Electronic Band Structure 7%
• Hydrogen Atom 6%
• Ground State 6%
• Electronic State 5%
• Strain 5%
• Charge Transfer 5%
• Chemical Transformation 4%
• Energy 3%

Physics & Astronomy

• honeycomb structures 97%
• boron nitrides 74%
• plastics 12%
• polygons 9%
• hexagons 9%
• hydrogen 9%
• flakes 8%
• crystals 7%
• ribbons 7%
• hydrogen atoms 7%
• passivity 7%
• charge transfer 6%
• plane waves 6%
• electronic structure 5%
• broadband 5%
• harmonics 5%
• phonons 5%
• ground state 5%
• defects 4%
• curves 4%
• electronics 4%
• energy 2%