Synthesis, Characterization of Metal Oxide Doped Polyaniline - Honnalli, Rakesh;Kalyane, Sangshetty;Udaykumar, Khadke
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Conducting polymer composites are the future materials for emerging technologies as they possess a combination of unique properties of their constituents. The properties become more interesting when one of the components is in the nano range. Due to the synergistic effect of the polymer and the nanofiller, the resulting materials are expected to display desirable properties with enhanced performance. "Conducting polymers are characterized by a conjugated structure of alternating single and double bonds". Among all the conducting polymers, polyaniline has a unique and wide range of electrical,…mehr

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Produktbeschreibung
Conducting polymer composites are the future materials for emerging technologies as they possess a combination of unique properties of their constituents. The properties become more interesting when one of the components is in the nano range. Due to the synergistic effect of the polymer and the nanofiller, the resulting materials are expected to display desirable properties with enhanced performance. "Conducting polymers are characterized by a conjugated structure of alternating single and double bonds". Among all the conducting polymers, polyaniline has a unique and wide range of electrical, dielectric properties and good stability. For the fabrication of technology devices, polyaniline is vital material and when polyaniline was doped with additives, it shows a high conducting nature.
Autorenporträt
Rakesh Honnalli is presently working as faculty of Physics at V M Vastrad PU Science College, Hungund,Dr. Sangshetty, Professor, BKIT Bhalki is an expert in polymer technology, Dr. Khadke, Associate Professor and Chairman of Physics, VSK University Ballari has expertise in Polymer technology and Radiation Physics.