Nano-Conjugate Material by in-situ Polymerization for Gas Sensor - Charpe, Sushil;Raghuwanshi, F. C.
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Hybrid PANI/ZnO synthesized by typical oxidative polymerization. This nanocomposite of PANI/ ZnO has been investigated for its structural properties because of hybrid structures. This adopted synthesis method is called XRD patterns of pure zinc oxide, pure polyaniline and nanocomposites PANI/ZnO gives confirmation of elements were present in the compound. SEM micrographs show nanocomposite material PANI/ZnO nanotube formation PANI and in situ deposition of ZnO. EDX gives confirmation of nanocomposites material PANI/ZnO. This nanotube structure enhances the active and passive properties.

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Produktbeschreibung
Hybrid PANI/ZnO synthesized by typical oxidative polymerization. This nanocomposite of PANI/ ZnO has been investigated for its structural properties because of hybrid structures. This adopted synthesis method is called XRD patterns of pure zinc oxide, pure polyaniline and nanocomposites PANI/ZnO gives confirmation of elements were present in the compound. SEM micrographs show nanocomposite material PANI/ZnO nanotube formation PANI and in situ deposition of ZnO. EDX gives confirmation of nanocomposites material PANI/ZnO. This nanotube structure enhances the active and passive properties.
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Autorenporträt
Actualmente, el Dr. Sushil Charpe trabaja como profesor asistente en el Departamento de Física de J.D. Patil Sangludkar Mahavidyalaya, Daryapur (Estado de Maharashtra) India. Ha completado con éxito la beca de la Comisión de Subvenciones Universitarias (UGC- PF) para la investigación en el marco del Plan de Grandes Proyectos de Investigación y el presente trabajo fue apoyado por la UGC -MRP.