The effect of electrical field parameters, medium properties and interelectrode gap geometry on the EHD pump characteristics

The effect of electrical field parameters, medium properties and interelectrode gap geometry on the EHD pump characteristics

Reports the results of an experimental investigation of the EHD pump with a three-wire electrode system. The dependencies of head-flow rate characteristic on the potential difference applied to the electrodes, interelectrode gap distance, channel width in the interelectrode gap, the distance between...

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Hauptverfasser: Kojevnikov, I.V., Motorin, O.V., Bologa, M.K., Kozhukhar, I.A.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Clamps
Conductivity
Dielectric liquids
Electrodes
Electrohydrodynamics
Geometry
Irrigation
Leakage current
Oil insulation
Physics
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Motorin, O.V.
Bologa, M.K.
Kozhukhar, I.A.
description Reports the results of an experimental investigation of the EHD pump with a three-wire electrode system. The dependencies of head-flow rate characteristic on the potential difference applied to the electrodes, interelectrode gap distance, channel width in the interelectrode gap, the distance between collectors, and conductivity of working liquid are presented. It is found that the width of channel in the interelectrode gap (/spl delta/) and the gap between collectors (s) affect significantly the EHD pump characteristics. The maximum static head of 5160 Pa is obtained at /spl delta/ = 2 mm, s = 1 mm, and it does not depend on electrode length.
doi_str_mv 10.1109/CEIDP.2001.963598
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ispartof 2001 Annual Report Conference on Electrical Insulation and Dielectric Phenomena (Cat. No.01CH37225), 2001, p.532-535
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subjects Clamps
Conductivity
Dielectric liquids
Electrodes
Electrohydrodynamics
Geometry
Irrigation
Leakage current
Oil insulation
Physics
title The effect of electrical field parameters, medium properties and interelectrode gap geometry on the EHD pump characteristics
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