Polarization and Recombination in Electrically Active Centers Charge Trapping in Cable Polymer Dielectrics and Mica
Abstract
The study of electrically active centers EATSZ capture in polar and non-polar dielectric and mica was studied by polarimetry electret in an electric gas corona EGKR and method of thermally stimulated depolarization current TSD. It is shown that uncompensated permanent dipoles C-H bonds, CF endings in non-polar molecules, PE, PTFE, and C-H, C = O at the ends and within the polar molecules of PET and PC are EATSZ polar and non-polar polymeric cable and capacitor dielectrics. It is shown that EATSZ mica crystals are radiative vacancy defects OH K + ion crystal sublattice slyud.
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DOI: http://dx.doi.org/10.24892/RIJEE/20160107
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