Titlebook: Conjugated Polymers; The Novel Science an J. L. Brédas,R. Silbey Book 1991 Springer Science+Business Media Dordrecht 1991 Copolymer.Polyani

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The Semiconductor Device Physics of Polyacetylene,sed the Durham precursor route to polyacetylene to fabricate a range of unipolar devices including Schottky barrier diodes, MIS diodes and MISFET’s. Although carrier mobilities are low, limited by thermally-activated transport between chains, these devices work well, and we find that these structure

神經(jīng)

Electronic Properties of Linear Polyenes,of the polyene backbone, the link between electronic structure and transport can be most easily worked out for this system. It is in this sense that polyacetylene is a paradigm system for conducting polymers.

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Chemical Composition of Source Waters, doping levels above 8%. The electronic properties of the polaron lattice are also calculated. Previously reported experimental results and theoretical models for the metallic state of heavily doped .-polyacetylene are reviewed and discussed in comparison with the results obtained in this study.

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Holiday Excursions to Scott Country, as that found in light, these types of polymers have also attracted interest for their nonlinear optical properties.. These polymers have also been proposed as “molecular wires” for nanotechnology..

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The Polyanilines: Model Systems for Diverse Electronic Phenomena,cid doped and the PNB form can be .-doped (reductively doped) to form conducting systems. The essential role of crystallinity and coherence in the metallic state of the emeraldine salt form is reviewed. The role of derivatization in controlling the electronic phenomena in the insulating and conducting forms is outlined.