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Conjugated polymers: Processing and applications

Description

The essential structural characteristic of all conjugated polymers is their quasi-infinite   system extending over a large number of recurring monomer units. This feature results in materials with directional conductivity, strongest along the axis of the chain [19]. The simplest possible form is of course the archetype polyacetylene (CH)x shown in Figure 1.2. While polyacetylene itself is too unstable to be of any practical value, its structure constitutes the core of all conjugated polymers. Owing to its structural and electronic simplicity, polyacetylene is well suited to ab initio and semi-empirical calculations and has therefore played a critical role in the elucidation of the theoretical aspects of conducting polymers.

 

Keywords

CONJUGATED POLYMERS PROCESSING APPLICATIONS Conjugated Polymers Organic Nanometals Polymer Fiber Production Inkjet Printing Patterning PEDOT�PSS Printing Organic Electronics Flexible Substrates Conjugated Polymers Light-Emitting Diodes Electro-Optic Materials Conjugated Polymer Bistable Polymer Films Memory Devices Supercapacitors Electroactive Polymers Batteries Supercapacitors Conducting Polymers Biomedical Applications Biosensors Electroactive Polymers Optical Biosensors Conjugated Polymers Microelectromechanical Microdevices Corrosion Artificial Muscles

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