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The influence of flow with different strengths, positions, and widths on the structure and dynamics of clusters is studied by two‐dimensional (2D) Langevin molecular dynamics simulations. The particles are confined… Click to show full abstract
The influence of flow with different strengths, positions, and widths on the structure and dynamics of clusters is studied by two‐dimensional (2D) Langevin molecular dynamics simulations. The particles are confined by a quadratic confining potential. The horizontal position of the system centre, average inter‐particle distance, and coupling parameter are calculated to characterize the effect of changing the strength, position, and width of the flow on the cluster structure. The trajectories, the velocity autocorrelation function, and the mean square displacement are obtained to further uncover the dynamic properties of the 2D dusty plasma system.
Journal Title: Contributions to Plasma Physics
Year Published: 2020
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