Abstract
The Kerr effect in liquid of propylene carbonate near an insulator surface excited by pulsed high voltage was electro-optically measured with the data produced in the form of finite fringe interferograms. The fringe in the cathode region near the insulator surface was observed to shift inward, which implies a decrease of the cathode field near the insulator surface and somewhere near the cathode on the insulator surface being negatively charged.
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