Titlebook: Handbook of Organic Light-Emitting Diodes; Chihaya Adachi,Reiji Hattori,Takatoshi Tsujimura Living reference work 2020Latest edition

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Low Molecular Weight Materials: Hole-Transport Materials,is chapter, we summarized and demonstrated representative wide-energy-gap HTMs based on arylamine derivative for use in second- and third-generation OLEDs. Further, some reports regarding the operational stability of high triplet energy (.) HTMs are introduced, and future challenges are briefly disc

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Polymer Materials: Wet Processing,. Along with this trend, high performance organic materials with cost-efficient fabrication processes and specific features such as thin, light weight, bendable, and low power consumption are required. A variety of organic materials have been investigated in the development of this field. The basic

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Outcoupling Technologies: Concepts, Simulation, and Implementation,ighting and display applications as it impacts directly the achievable luminous emission (lm/m.), luminous efficacy (lm/W), and even the lifetime. The improvement of light out-coupling requires having simulation tools at hand to efficiently simulate such OLEDs that include light out-coupling enhance

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Barrier Film Development for Flexible OLED,lms are compatible with encapsulation of OLED devices for display and lighting applications. A survey of current technologies and modes of application of these films is presented. The properties of substrates and planarization layers necessary to achieved ultra-barrier performance are discussed. Adv

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Thin Film Encapsulation,antee a lifetime, which exceeds 10 years of operation. By coating the device from both sides, one can create displays, which are fully flexible. Failure modes and the problems creating such coatings are discussed in detail. The concept of multilayer barriers is introduced. The multilayers deal with

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