Abstract
A technique for the formation of ferroelectric regular domain structures using interfering ultrasonic waves, a uniform electric field, and liquid electrodes based on ionic liquids has been proposed. The technique has a short duration of the technological cycle and provides the necessary depth of domain inversion. Based on the simulation results, recommendations are given for choosing the type of ionic liquid and the main parameters of ultrasonic pulses. The results are applicable to ferroelectrics, such as LiNbO3, KTiOPO4, and PZT.
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