Through Space Charge Transfer for Efficient Sky-Blue Thermally Activated Delayed Fluorescence (TADF) Emitter with Unconjugated Connection

Engineering & Materials Science

• Electric space charge 100%
• Organic light emitting diodes (OLED) 99%
• Charge transfer 96%
• Fluorescence 86%
• Blue shift 72%
• Quantum yield 70%
• Chromophores 64%
• Molecular orbitals 64%
• Photoluminescence 60%
• Electroluminescence 59%
• Quantum efficiency 58%
• Electrons 37%
• Carbon 28%
• Geometry 22%

Physics & Astronomy

• sky 71%
• space charge 65%
• charge transfer 64%
• emitters 62%
• light emitting diodes 59%
• fluorescence 55%
• chromophores 40%
• blue shift 39%
• electroluminescence 38%
• molecular orbitals 37%
• quantum efficiency 33%
• photoluminescence 26%
• carbon 25%
• geometry 21%
• electrons 15%

Chemical Compounds

• Space Charge 96%
• Delayed Fluorescence 95%
• Charge Transfer 52%
• Acridine 45%
• Intersystem Crossing [Singlet->triplet] 42%
• Highest Occupied Molecular Orbital 41%
• Electroluminescence 39%
• Electron Donor 34%
• Quantum Yield 31%
• Chromophore 31%
• Photoluminescence 28%
• Donor 25%