9781000953039_

The book Organic Light Emitting Diode (OLED) Toward Smart Lighting and Displays Technologies, edited by Laxman Singh, Rituraj Dubey, and Prof. R. N. Rai, strives to address the multiple aspects of OLEDs and their applications in developing smart lightings and displays. OLEDs have been used in almost all kinds of digital displays like those of mobile phones, laptops, tablets, phablets, TVs, etc., due to their outstanding features, including superior color quality, low cost, wide viewing angle, easy fabrication, mercury-free manufacture, tenability, stretchability, flexibility, etc. Investigations related to the synthesis of new organic materials and fabrication techniques have inspired us to write this book, which will fulfil the desire and thirst of OLEDs-based researchers.

Features
Nanolithographic techniques used and the challenges involved.
Printing technology for fabrication.
Designing of hybrid perovskites.
Stretchable and flexible materials used.
Metaldielectric composites and efficiency of organic semiconductor via molecular doping for OLEDs applications.
Organic small molecule materials and display technologies involved.
New generation of organic materials with respect to photophysical approach.
Mixed valence p-conjugated coordination polymers used.
Electroluminescent polymer used.
Blue fluorescent and phosphorescent organic materials used.

In comparison to other books available related to similar topics, this book aims at those audiences who are looking for a single source for a comprehensive understanding of strategies and their challenges with respect to material fabrication of OLEDs. This book covers the pace and productivity at a uniform level in each chapter with respect to the audiences, from doctoral student to postdoctoral researchers or from postdoctoral researchers to multidisciplinary field researchers with a background in physics, chemistry, materials science, and engineering, who are already working with organic materials and their applications.

...(*_*)9781000953039_

Features

Nanolithographic techniques used and the challenges involved
Printing technology for fabrication
Designing of hybrid perovskites
Stretchable and flexible materials used
Metaldielectric composites and efficiency of organic semiconductor via molecular doping for OLEDs applications
Organic small molecule materials and display technologies involved
New generation of organic materials with respect to photophysical approach
Mixed valence p-conjugated coordination polymers used
Electroluminescent polymer used
Blue fluorescent and phosphorescent organic materials used

...

Organic Light Emitting Diode (OLED) Toward Smart Lighting and Displays Technologies

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