Nano-Composite Dielectrics: The Dielectric Nature of
the N ano-Particle Environment
J. Lewis. IEEJ Trans. FM, 126 (11):
1020-1030(2006)
Abstract
The evident influence of the reduction in particle size to nanometric dimensions on many properties of polymeric dielectric
composites emphasises the role of the filler particle-matrix interface. The interfacial environment itself, which is also of
nanometric dimensions, can be dominant in determining the properties of the composite. Employing a cubic close-packed array
of particles with appropriate interfaces to the polymer as a simple representation of a composite many of the features can be
effectively demonstrated and used to model dielectric permittivity, electrical conduction and breakdown in polymeric composites.
%0 Journal Article
%1 lewis2006nanocomposite
%A Lewis, John
%D 2006
%J IEEJ Trans. FM
%K breakdown dielectric-permittivity double-layers electrical-conduction interfaces nanometric-polymer-composites
%N 11
%P 1020-1030
%T Nano-Composite Dielectrics: The Dielectric Nature of
the N ano-Particle Environment
%V 126
%X The evident influence of the reduction in particle size to nanometric dimensions on many properties of polymeric dielectric
composites emphasises the role of the filler particle-matrix interface. The interfacial environment itself, which is also of
nanometric dimensions, can be dominant in determining the properties of the composite. Employing a cubic close-packed array
of particles with appropriate interfaces to the polymer as a simple representation of a composite many of the features can be
effectively demonstrated and used to model dielectric permittivity, electrical conduction and breakdown in polymeric composites.
@article{lewis2006nanocomposite,
abstract = {The evident influence of the reduction in particle size to nanometric dimensions on many properties of polymeric dielectric
composites emphasises the role of the filler particle-matrix interface. The interfacial environment itself, which is also of
nanometric dimensions, can be dominant in determining the properties of the composite. Employing a cubic close-packed array
of particles with appropriate interfaces to the polymer as a simple representation of a composite many of the features can be
effectively demonstrated and used to model dielectric permittivity, electrical conduction and breakdown in polymeric composites.},
added-at = {2020-03-28T18:33:23.000+0100},
author = {Lewis, John},
biburl = {https://www.bibsonomy.org/bibtex/20a797e75e7c2c750ee0c05a2948004e6/chkokalis},
interhash = {3d82dd433b640be6788b41c0c8b61d69},
intrahash = {0a797e75e7c2c750ee0c05a2948004e6},
journal = {IEEJ Trans. FM},
keywords = {breakdown dielectric-permittivity double-layers electrical-conduction interfaces nanometric-polymer-composites},
language = {english},
number = 11,
pages = {1020-1030},
timestamp = {2020-04-02T17:51:13.000+0200},
title = {Nano-Composite Dielectrics: The Dielectric Nature of
the N ano-Particle Environment},
volume = 126,
year = 2006
}