Dielectric Behaviour of Polymers and Composites |
| Journal |
Key Engineering Materials (Volumes 92 - 93) |
| Volume |
Ferroelectric Polymers and Ceramic-Polymer Composites |
| Edited by |
D.K. Das-Gupta |
| Pages |
181-216 |
| DOI |
10.4028/www.scientific.net/KEM.92-93.181 |
| Citation |
J. Malecki et al., 1994, Key Engineering Materials, 92-93, 181 |
| Authors |
J. Malecki, B. Hilczer |
| Keywords |
Cole-Cole Plot, Composite, Critical Slowing-Down, Curie-von Schwiedler Equation, Davidson-Cole Plot, Debye Function, Dielectric Relaxation, Diffusion-Controlled Relaxation, Dipolar Glasses, Disordered System, Electrical Conductivity, Elliot Model, Exponential Dielectric Response, Eyring Model, Ferroelectric Polymers, Fractional Exponential Function, Heterogenous Dielectrics, Jonscher-Hill-Dissado Model, Kohlrausch Function, Kramers-Krönig Equation, Maxwell-Wagner-Sillars Dispersion, Microemulsion, Monodispersive Behaviour, Ngai Model, Piezoelectric Polymer, Polydispersive Behaviour, Polymer Dispersed Liquid Crystals, Power Law Dielectric Response, PVDF, Relaxor Ferroelectric, Streched Exponential Function, Universal Dielectric Response |
| Full Paper |
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