Nanofiller-Induced Ionic Conductivity Enhancement and Relaxation Property Analysis of the Blend Polymer Electrolyte Using Non-Debye Electric Field Relaxation Function

Patla, S. K.Ray, R.Karmakar, S.Das, S.2019-11-132019-11-132019Journal of Physical Chemistry-C, 2019. Vol. 123: pp. 5188-5197http://hdl.handle.net/123456789/199525013 bytestext/htmlenNanofiller-Induced Ionic ConductivityEnhancement and Relaxation Property AnalysisBlend Polymer ElectrolyteNon-Debye Electric Field Relaxation FunctionNanofiller-Induced Ionic Conductivity Enhancement and Relaxation Property Analysis of the Blend Polymer Electrolyte Using Non-Debye Electric Field Relaxation FunctionArticle