Single Layer vs Bilayer Graphene: A Comparative Study of the Effects of Oxygen Plasma Treatment on Their Electronic and Optical Properties

Engineering & Materials Science

• Electronic properties 100%
• Optical properties 80%
• Graphene 76%
• Plasmas 59%
• Oxygen 52%
• Band structure 18%
• Density functional theory 12%
• Photoluminescence spectroscopy 9%
• Adatoms 8%
• Photoluminescence 6%
• Raman scattering 6%
• Transport properties 5%
• X ray photoelectron spectroscopy 5%
• Energy gap 4%
• Doping (additives) 4%
• Structural properties 4%
• Field effect transistors 4%
• Electric properties 4%
• Oxidation 3%
• Experiments 1%

Chemical Compounds

• Electronic Property 53%
• Optical Property 47%
• Graphene 45%
• Plasma 40%
• Dioxygen 31%
• Electronic Band Structure 13%
• Density Functional Theory 5%
• Adatoms 5%
• Photoluminescence Spectroscopy 5%
• Density of State 4%
• Flake Like Crystal 4%
• Transport Property 4%
• Epoxide 4%
• Electrical Property 3%
• Velocity 3%
• Raman Spectrum 3%
• Photoluminescence 3%
• Band Gap 3%
• X-Ray Photoelectron Spectroscopy 3%
• Flow 2%
• Oxidation Reaction 2%

Physics & Astronomy

• oxygen plasma 75%
• graphene 52%
• optical properties 42%
• electronics 33%
• density functional theory 6%
• epoxy compounds 6%
• photoluminescence 6%
• oxygen 5%
• flakes 4%
• adatoms 4%
• CMOS 3%
• photoelectron spectroscopy 3%
• transport properties 3%
• field effect transistors 3%
• Raman spectra 3%
• oxidation 3%
• electrical properties 3%
• characterization 2%
• spectroscopy 2%
• x rays 1%