Effects of Doping and Electrode Contacts on Performance of Organic Light-Emitting Transistors Based on Pentacene and Tris(8-hydroxyquinoline)aluminum

Keyphrases

• 4H-pyran 33%
• Active Layer 33%
• Alq3 33%
• Asymmetric Electrode 33%
• Channel Geometry 33%
• Characteristic-based 33%
• Charge-coupled Device Camera 33%
• Cluster Beam Deposition 33%
• Deposition Methods 33%
• Device Characteristics 33%
• Dicyanomethylene 33%
• Dopant 33%
• Doping Effect 100%
• Efficient Energy Transfer 33%
• Electrode Configuration 33%
• Electrode Contact 100%
• Electroluminescence 66%
• Emission Changes 33%
• Emission Color 33%
• Emission Efficiency 33%
• Fluorescent Dye 33%
• Heterojunction 33%
• Highly Crystalline 33%
• Highly Fluorescent 66%
• Light Emission 33%
• Light Emission Processes 33%
• Long Channel 33%
• Methyl 33%
• N-type 33%
• Neutral Clusters 33%
• Organic Light-emitting Field-effect Transistor (OLEFET) 100%
• Organic Light-emitting Transistors 100%
• Pentacene 100%
• Top Contact 33%
• Transistor-based 100%
• Tris(8-hydroxyquinolinato)aluminum 100%
• Two-layer 33%

Chemistry

• 4H-Pyran 33%
• 8 Quinolinol 100%
• 8-Hydroxyquinoline 100%
• Aluminum 100%
• Doping Material 33%
• electrode 100%
• Electroluminescence 66%
• Energy Transfer 33%
• Field Effect 100%
• Fluorescent Dye 33%
• Heterojunctions 33%
• Pentacene 100%
• Tris 100%

Material Science

• Aluminum 100%
• Doping (Additives) 33%
• Electroluminescence 66%
• Field Effect Transistor 100%
• Heterojunction 33%
• Transistor 100%