Current effect on suspended graphene nanoribbon studied using in–situ transmission electron microscopy

Engineering & Materials Science

• Graphene nanoribbon 100%
• Transmission electron microscopy 63%
• Cleaning 38%
• Monolayers 27%
• Current density 19%
• Metals 13%
• Graphene 12%
• Contact resistance 11%
• Lithography 11%
• Annealing 10%
• Impurities 9%
• Finite element method 6%
• Sensors 5%
• Temperature 4%

Chemical Compounds

• Nanoribbon 71%
• Graphene 43%
• Transmission Electron Microscopy 40%
• Monolayer 15%
• Current Density 15%
• Contact Resistance 12%
• Annealing 8%
• Metal 4%
• Surface 3%

Physics & Astronomy

• graphene 50%
• transmission electron microscopy 40%
• cleaning 34%
• current density 12%
• contact resistance 9%
• contaminants 9%
• metals 9%
• high current 8%
• lithography 7%
• finite element method 7%
• sensors 5%
• annealing 5%
• temperature 2%