Fluorinating hexagonal boron nitride/graphene multilayers into hybrid diamondlike nanofilms with tunable energy gap

Engineering & Materials Science

• Boron nitride 100%
• Fluorination 89%
• Graphene 83%
• Energy gap 80%
• Diamonds 70%
• Multilayers 68%
• Electronic properties 27%
• Energy barriers 27%
• Boron 20%
• Molecular dynamics 19%
• Film thickness 19%
• Atoms 18%
• Electric fields 16%
• Semiconductor materials 15%
• Coatings 13%
• Computer simulation 9%

Chemical Compounds

• Nanofilm 85%
• Boron Nitride 80%
• Multilayer 63%
• Hexagonal Space Group 55%
• Band Gap 53%
• Graphene 50%
• Cubic Space Group 39%
• Fluorination 38%
• Chemical Transformation 29%
• Energy Barrier 11%
• Electric Field 10%
• Boron Atom 10%
• Ab Initio Calculation 10%
• Electronic Property 9%
• Semiconductor 9%
• Molecular Dynamics 8%
• Simulation 7%
• Coating Agent 7%
• Liquid Film 5%

Physics & Astronomy

• boron nitrides 75%
• fluorination 74%
• graphene 57%
• diamonds 56%
• stems 18%
• electronics 18%
• selectivity 16%
• boron 15%
• film thickness 14%
• molecular dynamics 12%
• coatings 11%
• electric fields 10%
• atoms 8%
• simulation 6%
• energy 5%