A must-read book for practitioners that explains the "technological and market transitions" of conductive polymers and the "present."
[Author] Kobayashi Engineering Office, Mr. Seio Kobayashi [Publication Date] June 20, 2014 [Format] A4 size, 100 pages [Publisher] AndTech Co., Ltd. ★ A carefully selected collection of important technical terms in "conductive polymers" organized into chapters: ≪ Types and Characteristics / Development Trends / Control of Higher-Order Structures / Improvement of Stability through Additives / Dopants / PEDOT:PSS / Composites / PE / Applications / Market Trends ≫ ★ Explanation of additive technologies that improve the stability of conductive polymers! ★ Explanation of composite technologies that can significantly improve the electrode cycle life of Li-ion secondary batteries and supercapacitors! ★ Explanation of applications in the medical field utilizing printable electronics, flexibility, and biocompatibility! ★ Comparative analysis of the advantages and disadvantages of conductive polymers against competing materials such as ≪ conjugated low-molecular organic compounds, carbon nanotubes, and graphene ≫! ★ Discussion on market trends that forecast future market developments!
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[On the Occasion of Publication] This book introduces the current state of technological development where new advancements in conductive polymers are beginning, including the second phase of development that serves as the foundation for these new advancements. Additionally, it compares the advantages and disadvantages of conductive polymers with competing conjugated low-molecular-weight organic compounds, carbon nanotubes, and graphene, depending on the application. Furthermore, for applications that could not be detailed in this book, relevant literature is provided for the convenience of the readers. The final chapter summarizes recent market trends for conductive polymers. It would be a great pleasure if this book serves as a valuable source of information for engineers and researchers engaged in or interested in the development of organic electronics.
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Chapter 1: Overview of Conductive Polymers Chapter 2: Development Trends of Conductive Polymers with Distinct Physical Properties Chapter 3: Technological Trends in Controlling the Higher-Order Structure of Conductive Polymers Chapter 4: Improvement of Stability of Conductive Polymers through Additives 4.1 Improvement of Thermal Stability of Polypyrrole 4.2 Improvement of Stability of PEDOT:PSS 4.3 Improvement of Thermal Stability of Polyaniline Chapter 5: Types of Dopants and Stability of Conductive Polymers 5.1 Enhancement of Thermal Stability of Polyaniline (PAn) 5.2 Improvement of Thermal Stability of Polypyrrole (PPy) 5.3 Effects of Dopant Types on the Stability of PEDOT Chapter 6: High Conductivity of PEDOT:PSS and Its Mechanism 6.1 Organic Solvent Treatment Systems 6.2 Compound Addition Systems Chapter 7: Development Trends of Applications for Composites Comprising Conductive Polymers as a Single Component Chapter 8: Conductive Polymers as Printable Electronics Materials Chapter 9: Development Trends by Application 9.1 Transparent Conductive Films 9.2 Organic EL 9.3 Organic Thin-Film Solar Cells 9.5 Medical Field Chapter 10: Market Trends
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