Effect of electrode geometry and cellulose particles on streamer initiation in oil under divergent ac fields

This paper describes a study of streamer inception in mineral oil under ac voltage conditions with rod or point electrodes. Positive and negative streamer inception frequencies versus voltage have been investigated in gaps up to 40 cm with different concentrations of cellulose particles. Streamer in...

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Main Authors: Van Top, T., Lesaint, O.
Format: Conference Proceeding
Language:English
Subjects:
Breakdown voltage
Electrodes
Frequency
Geometry
Lubricating oils
Minerals
Oil insulation
Petroleum
Power transformer insulation
Testing
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Lesaint, O.
description This paper describes a study of streamer inception in mineral oil under ac voltage conditions with rod or point electrodes. Positive and negative streamer inception frequencies versus voltage have been investigated in gaps up to 40 cm with different concentrations of cellulose particles. Streamer inception is determined by the field at the rod extremity. Initiation fields decrease with increasing rod radii and when cellulose particles are added.
doi_str_mv 10.1109/ICPADM.1997.617557
format conference_proceeding
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Breakdown voltage
Electrodes
Frequency
Geometry
Lubricating oils
Minerals
Oil insulation
Petroleum
Power transformer insulation
Testing
title Effect of electrode geometry and cellulose particles on streamer initiation in oil under divergent ac fields
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