Abstract
This paper deals the overall response of mixing ionic liquid into polymer matrix. Ionic liquid is frequently used as novel electrolyte in various electrochemical devices. Mixing ionic liquid into insulator polymers plays dual role. One side it plays as source of charge carriers while in other side it acts as plasticizer when incorporated in polymer matrix. For device application high conducting polymer electrolyte is necessary which can easily be provided by this ionic liquid when used as dopants. It is also necessary to understand detail conduction mechanism within ionic liquid incorporated polymer electrolyte. Possible reasons of conductivity enhancement are discussed in detail in present work.
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