Synthesis, morphological, electromechanical characterization of (CaMgFex)Fe_(1-x)Ti3O_(12-δ)/PDMS nanocomposite thin films for energy storage application

摘要

At the present time, flexible and stretchable electronics has intended to use the new cutting-edge technologies for advanced electronic application. Currently, Polymers are being employed for such applications but they are not effective due to their low dielectric constant. To enhance the dielectric properties of polymer for energy storage application, it is necessary to add ceramic material of high dielectric constant to synthesize a polymer-ceramic composite. Therefore, a novel attempt has been made to enhance the dielectric properties of the Polydimethylsiloxane (PDMS) polymer by adding (CaMgFex)Fe_(1-x)Ti3O_(12-δ) (090%), which can make it a potential material for advanced flexible electronic devices, energy storage and biomedical applications.