Hydrocarbons-Driven Crystallization of Polymer Semiconductors for Low-Temperature Fabrication of High-Performance Organic Field-Effect Transistors

Engineering & Materials Science

• Organic field effect transistors 100%
• Crystallization 64%
• Hydrocarbons 52%
• Semiconductor materials 52%
• Fabrication 43%
• Polymers 43%
• Temperature 23%
• Annealing 19%
• Phase separation 12%
• Nanowires 12%
• Waxes 11%
• Surface morphology 11%
• Binders 9%
• Silicon 7%
• Costs 7%
• Chemical analysis 6%
• Composite materials 5%

Physics & Astronomy

• hydrocarbons 56%
• field effect transistors 46%
• crystallization 45%
• fabrication 35%
• polymers 34%
• performance 26%
• waxes 12%
• annealing 11%
• room temperature 11%
• nanowires 7%
• costs 7%
• composite materials 6%
• silicon 5%

Chemical Compounds

• Field Effect 58%
• Semiconductor 45%
• Crystallization 41%
• Annealing 18%
• Semiconductor Film 17%
• Wax 13%
• Ambient Reaction Temperature 13%
• Micro Porosity 10%
• Binding Agent 10%
• Phase Separation 10%
• Nanowire 10%
• Compound Mobility 9%
• Hydrocarbon 8%
• Composite Material 5%