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Electrical properties of ceramic/polymer composites

Abdullah, M.J. / Das-Gupta, D.K.

Three types of ceramic/polymer composites were prepared and their electrical, dielectric and pyroelectric properties analyzed. The composite PZT5/VDF-TrFE shows a significantly higher pyroelectric figure of merit than PZT (VDF=vinylidine fluoride, TrFE=trifluoroethylene). The dielectric loss of the ceramic/polymer composites is observed to be dominated by those of the polymer, whereas the ceramic phase has a significant contribution on the steady-state electrical conduction and low-frequency dielectric loss at high temperatures.

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Electrical properties of ceramic/polymer composites

Abdullah, M.J. / Das-Gupta, D.K.

Three types of ceramic/polymer composites were prepared and their electrical, dielectric and pyroelectric properties analyzed. The composite PZT5/VDF-TrFE shows a significantly higher pyroelectric figure of merit than PZT (VDF=vinylidine fluoride, TrFE=trifluoroethylene). The dielectric loss of the ceramic/polymer composites is observed to be dominated by those of the polymer, whereas the ceramic phase has a significant contribution on the steady-state electrical conduction and low-frequency dielectric loss at high temperatures.

Electrical properties of ceramic/polymer composites

Abdullah, M.J. / Das-Gupta, D.K.

Three types of ceramic/polymer composites were prepared and their electrical, dielectric and pyroelectric properties analyzed. The composite PZT5/VDF-TrFE shows a significantly higher pyroelectric figure of merit than PZT (VDF=vinylidine fluoride, TrFE=trifluoroethylene). The dielectric loss of the ceramic/polymer composites is observed to be dominated by those of the polymer, whereas the ceramic phase has a significant contribution on the steady-state electrical conduction and low-frequency dielectric loss at high temperatures.

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Title:

Electrical properties of ceramic/polymer composites

Additional title:

elektrische Eigenschaften von Keramik/Polymer-Verbundwerkstoffen

Contributors:

Abdullah, M.J. (author) / Das-Gupta, D.K. (author)

Published in:

IEEE Transactions on Electrical Insulation ; 25 ; 605-610

Publication date:

1990

Size:

6 Seiten, 18 Quellen

ISSN:

DOI:

https://doi.org/10.1109/14.55739

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

ELEKTRISCHE LEITFAEHIGKEIT , KERAMIK , VERBUNDWERKSTOFF , DIELEKTRISCHER VERLUSTFAKTOR , POLYMER , PZT (BLEITITANATZIRKONAT)

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