Quantifying the Energy Barriers and Elucidating the Charge Transport Mechanisms across Interspherulite Boundaries in Solution-Processed Organic Semiconductor Thin Films

Engineering & Materials Science

• Organic semiconductor materials 100%
• Energy barriers 94%
• Charge transfer 78%
• Thin films 57%
• Polymers 44%
• Crystallites 44%
• Semiconductor materials 40%
• Electron energy levels 35%
• Activation energy 16%
• Grain boundaries 15%
• Transistors 13%

Chemical Compounds

• Energy Barrier 58%
• Shallow Trap 50%
• Semiconductor 46%
• Charge Transfer 42%
• Crystallite 25%
• Trap Density Measurement 23%
• Grain Boundary 15%
• Energy 14%
• Polycrystalline Solid 13%
• Polymer Chain 13%
• Reaction Activation Energy 10%

Physics & Astronomy

• organic semiconductors 69%
• spherulites 49%
• thin films 31%
• energy 18%
• polymers 17%
• traps 17%
• crystallites 13%
• energy levels 12%
• transistors 6%
• grain boundaries 5%
• activation energy 5%
• probes 4%
• performance 3%