Ultrathin PVK charge control layer for advanced manipulation of efficient giant CdSe@ZnS/ZnS quantum dot light-emitting diodes

Engineering & Materials Science

• Light emitting diodes 100%
• Charge injection 73%
• Excitons 44%
• Forster resonance energy transfer 39%
• Electroluminescence 39%
• Electron mobility 39%
• Organic polymers 39%
• Quantum efficiency 39%
• Photons 29%
• Electrons 25%
• Luminance 24%
• Demonstrations 20%
• Display devices 19%
• Chemical analysis 16%
• Electric potential 13%

Physics & Astronomy

• manipulators 89%
• light emitting diodes 80%
• quantum dots 78%
• injection 24%
• radiative recombination 18%
• luminance 17%
• electron mobility 17%
• electroluminescence 17%
• charging 15%
• quantum efficiency 14%
• emitters 13%
• routes 13%
• energy transfer 13%
• adjusting 13%
• excitons 13%
• gradients 10%
• augmentation 10%
• polymers 9%
• photons 9%
• electric potential 9%
• performance 7%
• electrons 7%
• energy 4%

Chemical Compounds

• Quantum Dot 89%
• Radiative Recombination 25%
• Photon Emission 24%
• Electron Mobility 20%
• Electroluminescence 17%
• Exciton 17%
• Fluorescence Resonance Energy Transfer 16%
• Voltage 12%
• Green 11%
• Electron Particle 9%
• Energy 7%