Deep-red light-emitting electrochemical cells based on phosphor-sensitized thermally activated delayed fluorescence

Keyphrases

• Cell-based 100%
• Light-emitting Electrochemical Cells 100%
• Deep-red 100%
• Red-light-emitting 100%
• Thermally Activated Delayed Fluorescence 100%
• Triplet Excitons 50%
• Device Efficiency 37%
• Host-guest 37%
• Exciton 25%
• Ionic Transition Metal Complexes 25%
• Reverse Intersystem Crossing Process 25%
• High Efficiency 12%
• Electroluminescence 12%
• Light Emission 12%
• Doping Concentration 12%
• Low-voltage Operation 12%
• Energy Transfer 12%
• Device Parameters 12%
• Solid State Light 12%
• Singlet Exciton 12%
• Singlet 12%
• Intersystem Crossing 12%
• Inert Electrodes 12%
• Simple Fabrication Process 12%
• Guest Molecule 12%
• Host Molecules 12%
• Exciton Formation 12%
• Electroluminescence Efficiency 12%
• Triplet-triplet Annihilation 12%
• Electrical Excitation 12%
• Dexter Energy Transfer 12%
• Triplet Energy Transfer 12%
• Fluorescence Light 12%
• Fluorescent Device 12%

Chemistry

• Light Red 100%
• Delayed Fluorescence 100%
• Electrochemical Cell 100%
• Exciton 75%
• Energy Transfer 37%
• Intersystem Crossing [Singlet->triplet] 37%
• Electroluminescence 25%
• Coordination Compound 25%
• Red 12%
• formation 12%
• electrode 12%