Data for: Role of Free Volumes in Conducting Properties of GO and rGO Filled PVA-PEDOT:PSS Composite Free Standing Films: A Positron Annihilation Lifetime Study

Published: 4 December 2018| Version 1 | DOI: 10.17632/z5j7zrgkzn.1
Contributors:
Rajashekhar Bhajantri, Ningaraju S, Dr. Ravikumar HB, Vidyashree Hebbar

Description

The polymer composites emerged as the new class of materials and attracted a lot of scientific interest due to their dramatic improvement in the properties such as physical (optical, thermal, magnetic, electrical) and chemical properties resulting from the incorporation of a small quantity of filler. To achieve the objective of developing a flexible electronic device with high conductivity from a single polymer matrix, there are some barriers: the less conductivity of the semi-crystalline polymer, even though they possess good mechanical stability and no or low mechanical stability of the conducting polymers [3]. However, the prominent polymer system is obtained by the blending of polymers in a particular ratio such that the superior properties of the component polymers persist.

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Materials Science, Polymer Electrolyte, Positron Annihilation

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