Nanocrystalline cellulose applied simultaneously as the gate dielectric and the substrate in flexible field effect transistors

Engineering & Materials Science

• Nanocellulose 100%
• Gate dielectrics 91%
• Field effect transistors 68%
• Cellulose films 58%
• Substrates 45%
• Amorphous semiconductors 30%
• Passivation 19%
• Oxide semiconductors 19%
• Cotton 18%
• Encapsulation 18%
• Cellulose 17%
• Transparency 16%
• Thermal expansion 16%
• Radio frequency identification (RFID) 15%
• Packaging 14%
• Oxides 13%
• Labels 13%
• Electronic equipment 13%
• Modulation 12%
• Electrodes 12%
• Display devices 12%
• Stiffness 11%
• Mechanical properties 10%
• Gases 9%
• Air 8%
• Electric potential 8%
• Costs 6%

Chemistry

• Field Effect 63%
• Dielectric Material 56%
• Impermeability 48%
• Marking 44%
• Oxide 34%
• Thermal Expansion 34%
• Chemical Passivation 32%
• Transparency 32%
• Liquid Film 30%
• Label 28%
• Encapsulation 27%
• Compound Mobility 24%
• Semiconductor 24%
• Voltage 23%
• Amorphous Material 22%
• Gas 16%
• Behavior as Electrode 16%
• Application 10%