Conducting polymers cps such as polyaniline pani polypyrrole ppy poly34 ethylene dioxythiophene pedot and poly3 hexylthiophene p3ht have been recognized as promising organic semiconductors due to their controllable chemical electrochemical properties light weight low cost good biocompatibility facile processability and adjustable electrical conductivities. Extra resources for advances in conducting polymers research sample text among various approaches established each of the methods possesses advantages and disadvantages however electrospinning is a highly versatile method for the fabrication of ultrafine fibers from a huge of materials either in the form of individual fiber or non woven . The increased demand for advanced technologies has driven research forward in the development of novel functional materials with controlled structure and properties in this context intrinsically conducting polymers icps and nanostructured conducting composites have gained great attention in past . The discovery of conductive polymers is unique in its accomplishment as a possible substitute for metallic conductors and semiconductors the efforts for having a tailor made polymer in respect of its electrical mechanical optical and thermal properties have been pursued by several research groups. Recently published articles from progress in polymer science recently published articles from progress in polymer science menu search search it appears on sciencedirect linked to the original research article in this journal conducting gels a chronicle of technological advances january 2019 priyadarshi chakraborty sujoy das
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