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Electrically active polymers

Riande and R. Diaz-Calleja, Electrical Properties of Polymers, Marcel Dekker, New York, 2004. [Pg.364]

Physical Properties of Polymers Handbook, 2nd ed.. Springer, New York, 2007. Dielectric Properties of Polymers, Zeus International, Orangeburg, S.C., 2010 [Pg.364]

There are many excellent reviews of EAPs that the reader is encouraged to examine that chronicle the historical achievements in this field of chemistry since 1976 (17,28—42). This article will review the synthesis, properties, and applications of redox-dopable electrically conducting polymers. Several specific examples will be used to illustrate general concepts and principles. [Pg.365]

The number of new conducting polymer structures that are reported in the open literature continues to grow at nearly 500 articles per month. This incredible amount of research devoted to the study of EAPs attests to their unique scientific properties and their potential widespread use in commercial applications. In order to fully exploit their potential applications one must begin with their synthesis and properties. [Pg.365]

Fe 5 d-Pol5q)yrrole, d-polythiophene, md-polylpara-phenylene), and d-poly acetylene Metal [Pg.366]


Y Cao, Electrically Active Polymer Compositions and Their Use in Efficient, Low Operating Voltage, Polymer Light-Emitting Diodes with Air-Stable Cathodes, U.S. Patent 5,965,281, 1999. [Pg.42]

Hirai T., Zheng J., Watanabe M., Electrically active polymer materials - application of non-ionic polymer gel and elastomers for artificial muscles in Tao X. (ed.) Smart Fibres, Fabrics and Clothing, Woodhead Publishing, Cambridge. 2001. [Pg.240]

II-VI compounds Electrically active polymers Chemical processing Connectors... [Pg.376]

Y. Cao. Electrically active polymer compositions and their use in efficient, low operating voltage, polymer light-emitting diodes with air-stable cathodes. US Patent 6284435, assigned to Uniax Corporation (Santa Barbara, CA), September 4,2001. [Pg.133]

Current charge storage technologies caimot meet the growing power requirements of a vast range of new and improved electronic devices. Researchers have therefore turned to alternative technologies, such as those based on electrically active polymers, to fulfill these needs. [Pg.1391]


See other pages where Electrically active polymers is mentioned: [Pg.52]    [Pg.121]    [Pg.664]    [Pg.194]    [Pg.467]    [Pg.1214]    [Pg.2051]    [Pg.2376]    [Pg.2377]    [Pg.2377]    [Pg.2378]    [Pg.2378]    [Pg.2379]    [Pg.2380]    [Pg.2381]    [Pg.2382]    [Pg.2383]    [Pg.2384]    [Pg.2385]    [Pg.2386]    [Pg.2387]    [Pg.2388]    [Pg.2389]    [Pg.2390]    [Pg.2391]    [Pg.2392]    [Pg.2393]    [Pg.2394]    [Pg.2395]    [Pg.2396]    [Pg.2397]    [Pg.2398]    [Pg.2399]    [Pg.2400]    [Pg.2401]    [Pg.2402]    [Pg.2403]    [Pg.2404]    [Pg.2405]    [Pg.2406]   
See also in sourсe #XX -- [ Pg.179 ]

See also in sourсe #XX -- [ Pg.370 , Pg.371 ]




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Active polymers

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Biological sensors, electrically active polymers

Chemical sensors, electrically active polymers

Coating materials, electrically active polymers

Colloids electrical active polymers

Composite polymers electrical activity

Conducting polymer blends, electrical activity

Conduction, electrically active polymers

Conjugation electrically active polymers

Electric activation

Electric polymers

Electrical activation

Electrical activity

Electrical conductivity, electrically active polymers

Electrically active polymer materials

Electrically active polymer materials actuation

Electrically active polymer materials artificial muscle

Electrically active polymers Electrodes

Electrically active polymers Photovoltaic cells

Electrically active polymers Poly

Electrically active polymers Transistors

Electrically active polymers acids

Electrically active polymers applications

Electrically active polymers barriers

Electrically active polymers batteries/supercapacitors

Electrically active polymers biomedical applications

Electrically active polymers colloids

Electrically active polymers electrical properties/conductivities

Electrically active polymers electrochemical cells

Electrically active polymers electrochromism

Electrically active polymers electronics

Electrically active polymers mechanical properties

Electrically active polymers nonlinear optics

Electrically active polymers optical properties

Electrically active polymers overview

Electrically active polymers photovoltaics

Electrically active polymers polyacetylenes

Electrically active polymers properties

Electrically active polymers stability

Electrically active polymers synthesis

Electrochemical doping, electrically active polymers

Electroluminescence , electrically active polymers

Energetics electrically active polymers

Light-emitting diodes , electrically active polymers

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Plasma polymerization, electrically active polymers

Polymer activities

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Polymeric materials/polymers electrically active

Polymers activator

Polymers electrical

Polymers, activation

Redox chemistry, electrically active polymer

Sensor technology, electrically active polymers

Supercapacitors, electrically active polymers

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