Introduction to organic electronic and optoelectronic materials and devices

• Other Authors: Sun, Sam-Shajing (Editor), Dalton, Larry R. (Editor)
• Format: Electronic eBook
• Language: English
• Published: Boca Raton, Florida : CRC Press, [2017]
• Edition: Second edition.
• Subjects: Semiconductors > Materials.; Optoelectronics > Materials.; Organic semiconductors.; Organic compounds > Electric properties.; elektronické knihy; electronic books
• ISBN: 9781315374185; 1315374188; 9781523108381; 152310838X; 9781466585119; 1466585110; 9781315321660; 1315321661; 9781466585102
• Physical Description: 1 online resource : text file, PDF

Table of Contents:

• Chapter 1. Introduction to optoelectronic materials / Nasser Peyghambarian and M. Fallahi
• chapter 2. Introduction to optoelectronic device principles / Joachim Piprek
• chapter 3. Basic electronic structures and charge carrier generation in organic optoelectronic materials / Sam-Shajing Sun
• chapter 4. Charge transport in conducting polymers / Vladimir N. Prigodin and Arthur J. Epstein
• chapter 5. Major classes of organic small molecules for electronics and optoelectronics / Xianle Meng, Weihong Zhu, and He Tian
• chapter 6. Major classes of conjugated polymers and synthetic strategies / Yongfang Li and Jianhui Hou
• chapter 7. Low energy gap, conducting, and transparent polymers / Arvid Kumar, Yogesh Ner, and Gregory A. Sotzing
• chapter 8. Conjugated polymers, fullerene C[subscript 60], and carbon nanotubes for optoelectronic devices / Liangti Qu, Liming Dai, and Sam-Shajing Sun
• chapter 9. Introduction of organic superconducting materials / Hatsumi Mori
• chapter 10. Molecular semiconductors for organic field-effect transistors / Antonio Facchetti
• chapter 11. Polymer field-effect transistors / Henrik G.O. Sandberg
• chapter 12. Organic molecular light-emitting materials and devices / Franky So and Jianmin Shi
• chapter 13. Polymer light-emitting diodes : devices and materials / Xiong Gong and Shu Wang
• chapter 14. Organic and polymeric photovoltaic materials and devices / Sam-Shajing Sun and Cheng Zhang
• chapter 15. Organic molecular nonlinear optical materials and devices / Mojca Jazbinsek and Peter Günter
• chapter 16. Polymeric second-order nonlinear optical materials and devices / Sei-Hum Jang and Alex K.-Y. Jen
• chapter 17. Organic and polymeric third-order nonlinear optical materials and device applications / Joel M. Hales and Joseph W. Perry
• chapter 18. Organic multiphoton absorbing materials and devices / Kevin D. Belfield, Sheng Yao, and Mykhailo V. Bondar
• chapter 19. Organic and polymeric photorefractive materials and devices / Oksana Ostroverkhova
• chapter 20. Organic/metal interface properties / Yongli Gao
• chapter 21. Single-molecule organic electronics and optoelectronics / Ling Zang, Xiaomei Yang, and Tammene Naddo
• chapter 22. Introduction to nonvolatile organic thin-film memory devices / Yang Yang
• chapter 23. Introduction to organic electrochromic materials and devices / Prasanna Chandrasekhar
• chapter 24. An introduction to conducting polymer actuators / Geoffrey M. Spinks, Philip G. Whitten, Gordon G. Wallace, and Van-Tan Truong
• chapter 25. Organic liquid crystal optoelectronic materials and devices / Sebastian Gauza
• chapter 26. Organic and polymeric photonic band gap materials and devices / Scott Meng and Thein Kyu
• chapter 27. Introduction to polymer photonics for information technology / Antao Chen
• chapter 28. Organic low-dielectric constant materials for microelectronics / Jinghong Chen
• chapter 29. Self-assembly of organic optoelectronic materials and devices / J.R. Heflin
• chapter 30. Introduction to organic spintronic materials and devices / Tho D. Nguyen
• chapter 31. Introduction to organic photo actuator materials and devices / Lingyan Zhu, Taehyung Kim, Rabih O. Al-Kaysi, and Christopher J. Bardeen
• chapter 32. Introduction to organic thermoelectric materials and devices / Suhana Mohd Said and Mohd Faizul Mohd Sabri
• chapter 33. Introduction to computational methods in organic materials / Vladimir I. Gavrilenko.