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Liquid dielectrics in an electric field

William H. Middendorf, G. H. Brown

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Abstract

STUDIES of pure liquid dielectrics under the influence of relatively intense electric fields reveal a phenomenon of mass transfer. Two variations of liquid displacement are possible. One is called cross-field displacement. It may be produced by partially immersing two rod-like electrodes in a liquid dielectric. The other is called co-field displacement. This type of mass transfer may be produced by immersing energized electrodes made of parallel screens in the dielectric liquid. Fig. 1 shows a simple cell for cross-field displacement.

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What this paper is about

STUDIES of pure liquid dielectrics under the influence of relatively intense electric fields reveal a phenomenon of mass transfer. Two variations of liquid displacement are possible. One is called cross-field displacement. It may be produced by partially immersing two rod-like electrodes in a liquid dielectric. The other is called co-field displacement. This type of mass transfer may be produced by immersing energized electrodes made of parallel screens in the dielectric liquid. Fig. 1 shows a simple cell for cross-field displacement.

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Available abstract

STUDIES of pure liquid dielectrics under the influence of relatively intense electric fields reveal a phenomenon of mass transfer. Two variations of liquid displacement are possible. One is called cross-field displacement. It may be produced by partially immersing two rod-like electrodes in a liquid dielectric. The other is called co-field displacement. This type of mass transfer may be produced by immersing energized electrodes made of parallel screens in the dielectric liquid. Fig. 1 shows a simple cell for cross-field displacement.

Key concepts: Dielectric, Liquid dielectric, Electric field, Displacement (psychology), Materials science, Electrode, Field (mathematics), Mass transfer

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