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

Irrepressible

Low Molecular Weight Materials: Dry Processing,tters are reviewed, and design rules based on the luminescence mechanism of transition metal complexes are discussed. Finally, key investigations related to phosphorescent emitter materials will be reviewed, with emphasis on the most challenging blue emitting materials.

Migratory

Oratory

Barrier Film Development for Flexible OLED,deposition (PVD) by sputtering, plasma-enhanced chemical vapor deposition (PECVD), and atomic layer deposition (ALD). An innovative approach based on the deposition of an inorganic film by wet method is discussed in the last session.

震驚

oracle

Solution Deposition: Inkjet-Printed OLED,s an ink that complies with certain specifications and environment in terms of viscosity, surface tension, and vapor pressure. In this chapter, fundamentals of inkjet printing as well as specific technical issues such as ink formulation, jetting processes, development of printable materials, and uniform scale-up are briefly illustrated.

不容置疑

Living reference work 2020Latest editionergy back to a singlet state so that 100% internal quantum efficiency can be achieved..For optimized electrical properties and light emission, OLEDs are normally composed of several layers, each of which plays a different part, such as a hole-injection layer, hole-transport layer, emission layer and

瑣碎

Counteract

Outcoupling Technologies: Concepts, Simulation, and Implementation,ons in order to optimize the device efficiency. From the simulations it becomes evident that the OLED thin film stack properties and the light scattering structures of the substrate both influence the overall performance and thus have to be jointly optimized.