Dielectric characterization of new concept of nano-structured adhesives electromagnetically active

This study deals with the investigation of the dielectric behavior of adhesive matrix HF 2030 and adhesive samples with different percents of nanofillers. More precisely, in the present work the trends of the dielectric permittivity and tan delta (loss tangent) are presented for adhesive electromagn...

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Main Authors: Bratescu, C., Burlacu, R., Neamtu, V. A., Ciobanu, R.
Format: Conference Proceeding
Language:English
Subjects:
Dielectric losses
dielectric measurements
Frequency domain analysis
magnetic particles
Materials
Nanostructured materials
Spectroscopy
Temperature
Temperature dependence
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creator Bratescu, C.
Burlacu, R.
Neamtu, V. A.
Ciobanu, R.
description This study deals with the investigation of the dielectric behavior of adhesive matrix HF 2030 and adhesive samples with different percents of nanofillers. More precisely, in the present work the trends of the dielectric permittivity and tan delta (loss tangent) are presented for adhesive electromagnetically active systems at temperature and frequency variation by employing the Broadband Dielectric Spectroscopy. The dielectric properties were measured in the frequency range from 1 Hz to 10 6 Hz and at a temperature range of 35°C-90°C.
doi_str_mv 10.1109/ICEPE.2012.6463943
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subjects Dielectric losses
dielectric measurements
Frequency domain analysis
magnetic particles
Materials
Nanostructured materials
Spectroscopy
Temperature
Temperature dependence
title Dielectric characterization of new concept of nano-structured adhesives electromagnetically active
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