Conductive mechanisms of conductive polymers and solvent/compound additive techniques for enhancing conductivity.
S30227 "Conductive Polymer"
★Systems showing high electrical conductivity of over 1,000 S/cm ★What are the knowledge and solvent treatments for high conductivity solvent-additive systems? How to effectively use compound additives?
Kawasaki City International Exchange Center, 2nd Floor, Conference Room 4 [Kanagawa, Kawasaki] February 27, 2013 (Wednesday) 13:30-16:30, Kobayashi Engineering Office, Director, Mr. Yukio Kobayashi http://ec.techzone.jp/products/detail.php?product_id=3169
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**Lecture Abstract** The highest practical electrical conductivity of doped state conductive polymers is 1,000 S/cm for systems where high boiling point polar solvents are added to PEDOT/PSS. Conductive polymer systems like PEDOT/PSS, which exhibit such high electrical conductivity, have already been commercialized as cathode materials for electrolytic capacitors and as transparent antistatic materials. Furthermore, they are emerging as strong candidates for transparent electrodes to replace ITO, alongside materials like carbon nanotubes. However, in all these applications, there is a demand for the development of conductive polymers with even higher electrical conductivity, and reports have begun to emerge of conductive polymers in the research stage showing high electrical conductivities exceeding 3,000 S/cm. Additionally, the introduction of new analytical methods has yielded new insights into the correlation between crystal structure and high conductivity. In this seminar, we will provide a detailed introduction to the mechanisms behind the high conductivity of such systems and offer guidelines for achieving higher conductivity in conductive polymers.
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46200
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P2
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P2
Applications/Examples of results
**Program** 1. Conductive mechanisms of conductive polymers 2. High conductivity technology of PEDOT/PSS and its mechanisms and applications in devices 2.1 High boiling point polar solvent additive systems 2.2 High boiling point polar solvent vapor treatment 2.3 High boiling point polar solvent treatment + thermal treatment 2.4 Amphoteric fluorinated compound additive systems 2.5 Sulfuric acid additive systems 2.6 Ionic liquid additive systems 2.7 Crosslinked structure introduction systems 3. Synthesis of high conductivity PEDOT films by gas-phase polymerization and applications in devices 3.1 Polymerization methods 3.2 Film properties and applications in devices 4. High conductivity technology of polyaniline and its mechanisms 4.1 Secondary-dopant additive systems 4.2 Dopants with plasticizing effects (Plastdopant) 4.3 Self-stabilized dispersion systems 5. Other high conductivity technologies for conductive polymers 5.1 Polypyrrole 5.2 Polythiophene derivatives (PBTTT)
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