An experimental study of electrically excited liquid-drop oscillation

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Drops (Liquids), Electromechanical Devices, Oscillations, Reduced Gravity, Electrolytes, Frequency Distribution, Interfacial Tension, Mercury (Metal), Space Commercialization

Scientific paper

Large-amplitude nonlinear oscillations of a mercury drop were obtained by electrically exciting the oscillation with surface tension variation. Quasi-two-dimensional oscillation patterns of a flattened drop up to the 16th mode were obtained under 1 g. Three-dimensional oscillation patterns up to the 6th mode (m equal to 0) were realized in low gravity by using a drop tower. Other additional polygonal modes were also considered in the experiment. Exact frequencies were obtained in high modes for both two- and three-dimensional large amplitude oscillations.

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