Electroluminescence in Inorganic and Organic Materials

Electroluminescence in Inorganic and Organic Materials: Fundamentals to Applications provides a comprehensive exploration of electroluminescence, from its fundamental principles to the latest advances in organic and inorganic phosphor materials. Bridging the gap between foundational science and real-world applications, it provides in-depth coverage of materials synthesis, device fabrication, and the optical properties that drive innovation in lighting, displays, and sensing. With a clear focus on the challenges and opportunities in developing next-generation electroluminescent devices, this book equips researchers with the knowledge and tools needed to enhance efficiency, color quality, and application diversity. It provides vital information for optimizing material properties, troubleshooting device performance, and understanding the interplay between structure and function.

• Integrates fundamental theory with practical guidance on the synthesis, characterization, and application of electroluminescent materials
• Addresses common research challenges, including efficiency optimization, color tuning, and device stability for LEDs, OLEDs, and QLEDs
• Provides comparative insights into organic and inorganic phosphors, rare-earth doping, upconversion processes, and nanomaterial-based solutions for diverse applications