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| schema:datePublished | "1998" |
| schema:description 5 | "分類: LCC:QD381.9.E38; DC21:620.1/9204297; BIC:TDCP; BIC:TGM" |
| schema:description | "責任表示: edited by Donald L. Wise ... [et al.]" |
| schema:description | "注記: Includes bibliographical references and index" |
| schema:description | "資料種別: Hardback" |
| schema:description | "備考: "Offers background information, methods of characterization, and applications for electrical and optical polymers, including biopolymers, and tutorial sections that explain how to use the techniques." (Nielsen Book)...(more)" |
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| schema:isbn | "0824701186" |
| schema:numberOfPages | "xii, 1239 p." |
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| schema:size | "26 cm" |
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| schema:tocEntry | "Part 1 Conductive polymers: polyanaline as a corrosion barrier; optimization of electrical and redox properties of electrogenerated polypyroles; heterocycle-based electroconductive polymers; electrochemical characteristics of conducting polymers; anisotropy in electrically conducting polymers; basic methods of synthesis and characterization of electronically conducting polymers. Part 2 Nonlinear optical polymers: nonlinear optical characterization of polymers; conjugated polynitriles - a novel class of nonlinear optical and electric functional polymers; second harmonic generation in poled polymer waveguides using co-propagating geometries; design and fabrication of nonlinear polymer integrated optic devices; fabrication and characterization of electrooptic polymer waveguide modulator for photonic applications. Part 3 Advances in electrical and optical polymer systems: optical and spectroscopic investigations on the supramolecular assemblies of optoelectronic materials; towards organic functional devices using ionized cluster beam deposition method; electrochemical synthesis and characterization of conjugated polymers; optically active conjugated polymers with main chain chirality; coordination polymers - infinite 1-D, 2-D and 3-D frameworks based upon transition metals and polyfunctional ligands; interfacial aspects in the manufacture of soft contact. Part 4 Dielectric and field responsive materials: electrical responses of polymer gels; electric field alignment of polymer materials exhibiting long-range order; ferroelectric liquid crystalline polymers; electrical impedance properties of chemically responsive hydrogels; ferroelectricity and peizoelectric biopolymers. (Part contents)....(more)" |