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Until recently, flexible and printed electronics were never able to compete with the efficiency and performance of conventional electronics. Thanks to recent advancements, product designers are now able to utilize flexible and printed electronics without sacrificing performance. Manufacturers are able make products smaller, lighter, more compact, accessible, and cost-effective to produce. Applications for flexible and printed electronics include OLEDs, illumination, next-generation vehicles, wearable antennas, smart clothing, 3-D electronics, and next-generation vehicles.
Key Features:
- Includes the most novel materials including Transparent conductive oxide, the most relevant layer in OLEDs.
- Covers the latest technologies used for fabrication.
- Includes a broad overview of current applications such as OLEDS, Displays, illumination, Photovoltaics, printed radio frequency identification tags, and printed circuit boards.
1. Introduction of flexible and printed electronics
2. Current progress on flexible and printed electronics
3. Current progress on printing technologies
4. Transparent conductive oxides for flexible optoelectronics
5. Organic materials for flexible and printed electronics
6. Flexible Thin films for electronics and optoelectronics
7. Polymeric materials based printed and flexible electronics
8. Surface modification techniques for printed electronics
9. Lithographic techniques for flexible and printed electronics
10. Progress on flexible materials for OLEDs and display devices
11. Flexible and printed electronics for photovoltaics
12. Flexible and printed technology for energy storage device
13. Flexible electronics and printing technology for defense applications
14. Future trends for flexible and printed electronics