Electrical treeing in insulating resins with silica nanofillers

Niedernhuber, J.; Kindersberger, J.

2013_ICSD_JN_Electrical treeing in insulating resins with silica nanofillers.pdf

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Document type:: Konferenzbeitrag
Contribution type:: Textbeitrag / Aufsatz
Author(s):: Niedernhuber, J.; Kindersberger, J.
Title:: Electrical treeing in insulating resins with silica nanofillers
Abstract:: The study addresses the treeing-performance of unsaturated polyester resins with and without silica nanofillers and epoxy resin. Specimens with embedded needles mounted on a grounded plate are used. Time to electrical tree initiation, time to breakdown and growth behavior are determined. The influence of filler loading on the treeing performance as well as the effect of voltage amplitude are investigated. The results show that the resistance to treeing strongly depends on the type of matrix material used. While 1 wt. % nanofiller leads to improved resistance to electrical treeing, 5 wt. % worsens the treeing performance. «
The study addresses the treeing-performance of unsaturated polyester resins with and without silica nanofillers and epoxy resin. Specimens with embedded needles mounted on a grounded plate are used. Time to electrical tree initiation, time to breakdown and growth behavior are determined. The influence of filler loading on the treeing performance as well as the effect of voltage amplitude are investigated. The results show that the resistance to treeing strongly depends on the type of matrix mat... »
Keywords:: treeing, nano filler
Book / Congress title:: 11th IEEE International Conference on Solid Dielectrics 2013
Congress (additional information):: 30.06.2013 bis 04.07.2013, Bologna, Italien
Year:: 2013
Month:: Jul
Language:: en
TUM Institution:: HSA
BibTeX

Occurrences:

mediaTUM Gesamtbestand Einrichtungen Schools TUM School of Engineering and Design Departments Energy and Process Engineering Hochspannungs- und Anlagentechnik (Jossen komm.)Publikationen 2013

mediaTUM Gesamtbestand Hochschulbibliographie 2013 Fakultäten Elektrotechnik und Informationstechnik Lehrstuhl für Hochspannungs- und Anlagentechnik (Prof. Kindersberger)