Abstract
The motion of particles in a complex (dusty) plasma agitated by a shock wave was resolved with a high-speed video camera. The shock melted the initially crystalline monolayer. Macroscopic parameters such as number density, kinetic temperature, and flow velocity were determined. The shock caused a 30-fold jump in kinetic temperature. The width of the shock front was found to be on the order of the interparticle distance.
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Schedule a callMore From: IEEE transactions on plasma science. IEEE Nuclear and Plasma Sciences Society
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