Change in the quantum efficiency due to relative thickness variation of hole transport and emitting layers in a self-assembled device

Engineering & Materials Science

• Quantum efficiency 100%
• Transport Layer 79%
• Styrene 73%
• Acids 22%
• Tin oxides 20%
• Indium 19%
• Sodium chloride 10%
• Salts 9%
• Transport properties 6%
• Leakage currents 5%
• Multilayers 4%
• Anodes 4%
• Electrodes 3%

Physics & Astronomy

• sulfonates 82%
• polystyrene 57%
• quantum efficiency 56%
• acids 22%
• indium oxides 14%
• tin oxides 14%
• salts 8%
• anodes 4%
• leakage 4%
• transport properties 3%
• electrodes 3%
• augmentation 3%

Chemical Compounds

• Hole Transport 76%
• Poly(styrene) 75%
• Sulfonate 59%
• Methacrylic Acid 25%
• Leakage Current 6%
• Deposition Process 5%
• Transport Property 4%
• Multilayer 4%
• Anode 3%
• Behavior as Electrode 2%
• Surface 1%