Electrodes and charge injection in low-density polyethylene using pulsed electroacoustic technique
Electrodes and charge injection in low-density polyethylene using pulsed electroacoustic technique
The effects of electrode materials on space charge formation in LDPE have been experimentally investigated using the PEA technique. Common electrode materials used in either the laboratory or power cable industry were selected (i.e. aluminium, gold and carbon loaded XLPE) and space charge accumulation after the application of high electric stresses was monitored. Experimental results demonstrated that charge injection processes take place in all cases once the applied stress has exceeded a threshold. However the amount of charge, and polarity of the dominant injected charges showed a significant dependence on the electrode materials (under the same applied electric stress).
867-873
Chen, G.
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Tay, T. Y. G.
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Davies, A. E.
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Tanaka, Y.
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Takada, T.
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December 2001
Chen, G.
3de45a9c-6c9a-4bcb-90c3-d7e26be21819
Tay, T. Y. G.
4b7f6079-19ec-43a5-8934-9bf2e1904f8c
Davies, A. E.
56d95222-b259-494a-92e9-68b090ec0dcd
Tanaka, Y.
fda60949-5883-48cd-b316-2505ffd3bcbe
Takada, T.
ca188853-8fbf-4aa4-a7bf-36d72fe2c462
Chen, G., Tay, T. Y. G., Davies, A. E., Tanaka, Y. and Takada, T.
(2001)
Electrodes and charge injection in low-density polyethylene using pulsed electroacoustic technique.
IEEE Transactions on Dielectrics & Electrical Insulation, 8 (6), .
Abstract
The effects of electrode materials on space charge formation in LDPE have been experimentally investigated using the PEA technique. Common electrode materials used in either the laboratory or power cable industry were selected (i.e. aluminium, gold and carbon loaded XLPE) and space charge accumulation after the application of high electric stresses was monitored. Experimental results demonstrated that charge injection processes take place in all cases once the applied stress has exceeded a threshold. However the amount of charge, and polarity of the dominant injected charges showed a significant dependence on the electrode materials (under the same applied electric stress).
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Published date: December 2001
Organisations:
Electronics & Computer Science, EEE
Identifiers
Local EPrints ID: 256415
URI: http://eprints.soton.ac.uk/id/eprint/256415
ISSN: 1070-9878
PURE UUID: d0efd8fa-5c85-4589-bdb6-05dbbfdf925f
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Date deposited: 02 Mar 2005
Last modified: 14 Mar 2024 05:43
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Contributors
Author:
G. Chen
Author:
T. Y. G. Tay
Author:
A. E. Davies
Author:
Y. Tanaka
Author:
T. Takada
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