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IEEE Transactions on Dielectrics and Electrical Insulation, 2020
The present Special Issue is devoted to papers, which deal with the subjects of liquid dielectrics. Most of the papers included in the present Special Issue are concerned with innovative insulating liquids belonging to the family of natural and synthetic esters. The large interest in ester liquids is due to their positive property to have a much higher
Pompili M., Calcara L.
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The present Special Issue is devoted to papers, which deal with the subjects of liquid dielectrics. Most of the papers included in the present Special Issue are concerned with innovative insulating liquids belonging to the family of natural and synthetic esters. The large interest in ester liquids is due to their positive property to have a much higher
Pompili M., Calcara L.
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Science, 1971
The normally weak polarization force density, exerted on insulating dielectric liquids by a nonuniform electric field, is enhanced if high pressures are used. The result is a new class of orientation and guiding structures for liquids: electric "walls" contain the liquid. The dielectric siphon is an example of such a system. A simple laminar flow model
T B, Jones, M P, Perry, J R, Melcher
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The normally weak polarization force density, exerted on insulating dielectric liquids by a nonuniform electric field, is enhanced if high pressures are used. The result is a new class of orientation and guiding structures for liquids: electric "walls" contain the liquid. The dielectric siphon is an example of such a system. A simple laminar flow model
T B, Jones, M P, Perry, J R, Melcher
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Properties of Metal/Dielectric/Metal and Dielectric/Metal/Dielectric Nanowaveguide Structures
2018 International Conference on Information and Telecommunication Technologies and Radio Electronics (UkrMiCo), 2018In this paper we present the results of the analysis of symmetric nanowaveguides of two types: dielectric/metal/dielectric and metal/dielectric/metal. In the analysis, the following metals were used: gold, silver and aluminum. Calculations have shown that from the point of view of minimizing the thickness of the waveguide and the minimum absorption ...
A. Bendzyak +3 more
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Dielectric relaxation and dielectric mixtures: similarities
CEIDP '05. 2005 Annual Report Conference on Electrical Insulation and Dielectric Phenomena, 2005., 2005Spectral density representation is a tool to analyze electrical properties of material mixtures and the geometrical description of the system. The aim of this paper is to derive an expression for the spectral density representation, which favors dielectric relaxation phenomenon.
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On the dispersion of the dielectric constant of an inhomogeneous dielectric
Soviet Physics Journal, 1969The influence of an inhomogeneity, smoothly distributed through the thickness of a sample, on the dielectric properties of the sample is discussed. An estimate is made of the degree of inhomogeneity in a dielectric film on a base of manganese oxide.
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Dielectric relaxation in distributed dielectric layers
Journal of Applied Physics, 1984The Maxwell–Wagner theory of interfacial polarization was extended to the layer system in which the layer properties are distributed continuously. The equation was derived to transform the distribution of relaxation times into that of layer properties. Each layer was characterized by the thickness and by the time constant which is defined as the ratio ...
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Dielectrics and Ferroelectrics
2010Despite the fact that the concept of the dielectric constant is often taught in introductory physics – because, e.g., of its applications to capacitors – the concept involves subtle physics. The purpose of this chapter is to review the important dielectric properties of solids without glossing over the intrinsic difficulties.
James D. Patterson, Bernard C. Bailey
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Dielectric Breakdown in Dielectrics and Ferroelectric Ceramics
2014Under the application of a large enough electrical field a dielectric material can respond through motion of free charge carriers, injection of mobile charge carriers from electrodes, space charge generation, and dissipation of energy in the material, all of which may contribute to the electrical failure of the material.
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