Titlebook: Electroactive Polymer Electrochemistry; Part 1: Fundamentals Michael E. G. Lyons Book 1994 Springer Science+Business Media New York 1994 ca

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mers, and is very timely...The editor-author is to becongratulated for his marathon efforts and the production of asignificant contribution to the literature.‘ -.TRIP. Thisthree-part series provides undergraduate and graduate students inelectrochemistry and materials science with a broad understandi

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Electrocatalysis Using Electroactive Polymer Films,the quantitative description of the operation of amperometric chemical and biological sensors. In the latter context, the efficient operation of the amperometric sensor depends largely on how readily the polymer layer enhances the rate of substrate oxidation or reduction. This of course is related t

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The Membrane Properties of Electroactive Polymer Films,with attached redox sites.. The PVPy/Ru matrix represented in Fig. 3.1 is a typical example. The second group are the conjugated polymers, such as polypyrrole, polyaniline, or the poly(.sulfopropylpyrrole-co-pyrrole) represented in Fig. 3.2. These consist of extended .-electron systems from which el

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Transmission Lines for Conducting Polymers,, so we have ions of both charges present. For conducting polymers we develop an even more complicated model in which the rate of electron transfer in the polymer is limited by electron hops between segments of conducting polymer. We include effects of a charge transfer resistance and double-layer c

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Electrocatalysis Using Electroactive Polymer Films,the quantitative description of the operation of amperometric chemical and biological sensors. In the latter context, the efficient operation of the amperometric sensor depends largely on how readily the polymer layer enhances the rate of substrate oxidation or reduction. This of course is related to electrocatalytic properties of the polymer film.