Abstract
The distribution of the electric field strength in liquid dielectrics containing colloidal magnetite particles was investigated based on the data of electro- and magneto-optical experiments. It is shown that the field distribution between plane-parallel electrodes is nonuniform. The dependences of the field enhancement in the near-electrode region on the temperature and average field strength in the cell are determined. The parameters of the near-electrode space charge are calculated based on the data of optical experiments.
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