Saturated and multi-colored electroluminescence from quantum dots based light emitting electrochemical cells

Engineering & Materials Science

• Electroluminescence 100%
• Electrochemical cells 89%
• Ionic liquids 29%
• Light emitting diodes 20%
• Multilayers 20%
• Silver nanowires 17%
• Polymers 15%
• Tin oxides 14%
• Indium 13%
• Cathodes 10%
• Electrolytes 10%
• Luminance 10%
• Glass 8%
• Tuning 8%
• Color 7%
• Substrates 7%
• Composite materials 6%
• Electric potential 5%

Chemical Compounds

• Electrochemical Cell 68%
• Electroluminescence 65%
• Quantum Dot 56%
• Multilayer 18%
• Ionic Liquid 16%
• Blue 15%
• Red 14%
• Green 14%
• 1-Butyl-3-Methylimidazolium 11%
• Current Efficiency 11%
• Transmittance 10%
• Glass Substrate 10%
• Nanowire 9%
• Orange 9%
• White 8%
• Cathode 7%
• Voltage 7%
• Composite Material 5%
• Reaction Yield 4%
• Application 3%

Physics & Astronomy

• electrochemical cells 82%
• electroluminescence 64%
• quantum dots 49%
• light emitting diodes 10%
• polymers 7%
• polyethylene terephthalate 7%
• liquids 6%
• mass ratios 6%
• indium oxides 6%
• tin oxides 6%
• performance 5%
• brightness 5%
• transmittance 5%
• electrolytes 5%
• silver 5%
• nanowires 5%
• cathodes 5%
• tuning 4%
• color 4%
• composite materials 3%
• glass 3%
• electric potential 3%
• cells 3%