Optimizing carrier balance of a red quantum-dot light-emitting electrochemical cell with a carrier injection layer of cationic Ir(III) complex

Engineering & Materials Science

• Metal complexes 100%
• Transition metals 90%
• Electrochemical cells 86%
• Electroluminescence 36%
• Display devices 17%
• Cathodes 15%
• Excitons 13%
• Excited states 12%
• Electron injection 12%
• Quantum efficiency 11%
• Color 11%
• Television systems 10%
• Doping (additives) 8%
• Light sources 8%
• Quenching 7%
• Electrons 7%
• Lighting 6%
• Metals 4%
• Bandwidth 4%
• Electric potential 3%

Physics & Astronomy

• electrochemical cells 79%
• carrier injection 73%
• quantum dots 47%
• transition metals 45%
• electroluminescence 20%
• cathodes 10%
• television systems 10%
• injection 9%
• color 9%
• saturation 9%
• compatibility 6%
• illuminating 6%
• low voltage 6%
• quantum efficiency 6%
• electrons 5%
• light sources 5%
• quenching 5%
• excitons 5%
• solid state 5%
• bandwidth 4%
• life (durability) 4%
• collisions 4%
• metals 3%
• excitation 3%

Chemical Compounds

• Electrochemical Cell 66%
• Quantum Dot 54%
• Transition Element 44%
• Red 42%
• Electroluminescence 23%
• Cathode 11%
• Electron Particle 8%
• Current Efficiency 8%
• Exciton 7%
• Collision 7%
• Excited State 6%
• Application 4%
• Metal 3%