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Conducting Polymers. Formation, Structure, Properties, and Applications
Stejskal, Jaroslav ; Trchová, Miroslava
Conducting polymers are studied because of their conductivity, as functional materials, and for their ability to respond to external stimuli. Polyaniline and polypyrrole are typical but by no means the only conducting polymers. They are investigated alone, or as components of compound materials. The synthesis of conducting polymers and the preparation of their composites, their structural characterization, their physical and chemical properties, and their applications both in well-established and new surprising directions are of interest. The conference booklet includes the abstracts of 7 invited plenary lectures, 45 contributed short lectures and 79 posters devoted to the chemistry, physics, and applied science of conducting polymers.
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Jak vibrují atomy v molekulách
Trchová, Miroslava
Teoretické základy vibrační spektroskopie. Princip metody FTIR spektroskopie. Základy interpretace vibračních spekter. Měření transmise kapalných a pevných vzorků (tenkých vrstev, povrchů, polymerů, gelů, viskózních materiálů, pryží, jílů a prášků). Princip a užití reflexních technik (ATR, SR a DRIFTS).
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Combination of modeling and experiment in analysis of partially disordered structures
Čapková, P. ; Repáková, J. ; Koudelka, B. ; Pospíšil, M. ; Trchová, Miroslava ; Weiss, Z. ; Zima, V. ; Ilavský, Michal
An overview of structures solved by this method will be presented, especially intercalates, liquid crystals and liquid crystalline polymers.
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