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Ding, Zhiyue ; Qiao, Ke ; Ernst, Nicholas ; Kong, Jie ; Chen, Mudi ; Matthews, Lorin S. ; Hyde, Truell W. ( , New Journal of Physics)
Abstract In this paper, we report the first experimental observation of internal resonance in a dusty plasma, which shows the intrinsic nonlinearities of dust interactions in plasmas. When driving a system of vertically aligned dust particle pairs in the vertical direction, the horizontal motion is found to be excited during onset of internal resonance when the higher-frequency horizontal sloshing mode is nonlinearly coupled to the vertical breathing mode through the 1:2 commensurable relation. A theoretical model of the nonlinear interaction of dust particles in plasma is also provided and the results of the theoretical model are shown to match experimental observations.
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Scott, Lori ; Ellis, Naoki ; Chen, Mudi ; Matthews, Lorin S. ; Hyde, Truell W. ( , IEEE Transactions on Plasma Science)
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Chen, Mudi ; Dropmann, Michael ; Zhang, Bo ; Matthews, Lorin S. ; Hyde, Truell W. ( , Physical Review E)
