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Thermally Activated Delayed Fluorescence Organic Light-Emitting Diodes (TADF-OLEDs) comprehensively introduces the history of TADF, along with a review of fundamental concepts. Then, TADF emitters with different colors, such as blue, green, red and NIR as well as white OLEDs are discussed in detail. Other sections cover exciplex-type TADF materials, emerging application of TADF emitters as a host in OLEDs, and applications of TADF materials in organic lasers and biosensing.

  • Discusses green, blue, red, NIR and white TADF emitters and their design strategies for improved performance for light-emitting diode applications
  • Addresses emerging materials, such as molecular and exciplex-based TADF materials
  • Includes emerging applications like lasers and biosensors

1. 8.1: Introduction - p. 353 2. 8.2: Formation of TADF exciplexes - p. 354 3. 8.3: Development of TADF exciplex emitters - p. 356 4. 8.4: Development of high-performance exciplex hosts - p. 383 5. 8.5: Conclusions and outlook - p. 414 6. 9 Thermally activated delayed fluorescent materials for other applications - p. 427 7. 10 Status and future outlook of TADF materials and OLEDs - p. 449 8. 10.1: Recent progress of TADF materials in academia and industry - p. 449 9. 10.2: Mechanism - p. 451 10. 10.3: Materials and devices - p. 453 11. 10.4: Other applications - p. 457 12. Index - p. 463

Descripcion
Descripción

Thermally Activated Delayed Fluorescence Organic Light-Emitting Diodes (TADF-OLEDs) comprehensively introduces the history of TADF, along with a review of fundamental concepts. Then, TADF emitters with different colors, such as blue, green, red and NIR as well as white OLEDs are discussed in detail. Other sections cover exciplex-type TADF materials, emerging application of TADF emitters as a host in OLEDs, and applications of TADF materials in organic lasers and biosensing.

  • Discusses green, blue, red, NIR and white TADF emitters and their design strategies for improved performance for light-emitting diode applications
  • Addresses emerging materials, such as molecular and exciplex-based TADF materials
  • Includes emerging applications like lasers and biosensors

1. 8.1: Introduction - p. 353 2. 8.2: Formation of TADF exciplexes - p. 354 3. 8.3: Development of TADF exciplex emitters - p. 356 4. 8.4: Development of high-performance exciplex hosts - p. 383 5. 8.5: Conclusions and outlook - p. 414 6. 9 Thermally activated delayed fluorescent materials for other applications - p. 427 7. 10 Status and future outlook of TADF materials and OLEDs - p. 449 8. 10.1: Recent progress of TADF materials in academia and industry - p. 449 9. 10.2: Mechanism - p. 451 10. 10.3: Materials and devices - p. 453 11. 10.4: Other applications - p. 457 12. Index - p. 463

Indice
Autores
Muestra
Ficha Técnica