The paper demonstrates an AC electrophoresis of symmetric homogeneous spheres placed in a liquid crystal that is driven by an electric field-induced solitary wave of molecular orientation around the sphere. In this soliton-driven AC electrophoresis, the direction of colloidal transport can be controlled by the frequency and amplitude of the applied field, which expands substantially the capability of electrophoresis to manipulate colloids.
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Li et al. (2020) studied this question.
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