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Table of Contents
Chapter 1
Metal Oxide Thin-Film Transistor.
Chapter 2
Pixel circuit of OLED display
Chapter 3
Phosphorescent OLEDs for power efficient displays
Chapter 4
TADF and hyperfluorescence.-Chapter 5
Solution-processible OLED material based on conjugated polymer technology
Chapter 6
Soluble small molecules for ink jet printed OLEDs
history, status and prospects
Chapter 7
Chemical mechanisms of intrinsic degradation of emitting layers in OLED devices
Chapter 8
White OLED device technology and large-sized applications
Chapter 9
Encapsulation technology for flexible OLEDs
Chapter 10
Quantum dot-enabled displays
Chapter 11
Quantum dot based displays
Chapter 12
Micro LED technology for display applications
Chapter 13
Display techniques for augmented reality and virtual reality.
Metal Oxide Thin-Film Transistor.
Chapter 2
Pixel circuit of OLED display
Chapter 3
Phosphorescent OLEDs for power efficient displays
Chapter 4
TADF and hyperfluorescence.-Chapter 5
Solution-processible OLED material based on conjugated polymer technology
Chapter 6
Soluble small molecules for ink jet printed OLEDs
history, status and prospects
Chapter 7
Chemical mechanisms of intrinsic degradation of emitting layers in OLED devices
Chapter 8
White OLED device technology and large-sized applications
Chapter 9
Encapsulation technology for flexible OLEDs
Chapter 10
Quantum dot-enabled displays
Chapter 11
Quantum dot based displays
Chapter 12
Micro LED technology for display applications
Chapter 13
Display techniques for augmented reality and virtual reality.