Containing a valuable collection of references through 2004, this guide presents the most recent developments in organic electroluminescence and their application to light emitting diodes- offering six chapters that describe and illustrate the physical principles of organic LEDs and their electrical and optical characteristics with a wide range of examples and practical studies.
Provides a clear foundation for the prediction and design of new improved electroluminescent devices using organic materials.
Presenting a unified approach to the description and functioning of organic LEDs, based on a comprehensive background of relevant physical processes, this handbook addresses the complex relationships between the fundamental electronic processes and measured electrical and optical characteristics of organic LEDs... describes the principles of various analytical approaches and critically assesses their effects in applied physics and electronic technology...considers the fundamental importance of the proper definition and employment of electronic processes selected for the performance characterization of organic LEDs...offers numerous examples of LED structures based on a variety of organic materials and describes their similarities and differences...contains examples demonstrating the role of spatial distrbution of excited states in emissive layers for LED performance...presents a variety of current-voltage characteristics of organic LEDs and studies crucial differences in current-voltage behavior in different model approximations of ILCs...offers a comprehensive survey of the emission properties of organic LEDs including emission spectra, and overall output and electroluminescence (EL) quantum efficiency...and presents an original approach to EL quantum efficiency data including effects of the voltage-dependent carrier injection efficiency and radiative decay of emissive states.
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