Collision time measurements in a sonoluminescing microplasma with a large plasma parameter.

Abstract

The plasma which forms inside of a micron-sized sonoluminescing bubble in water for under a nanosecond has been probed with 3 ns long laser pulses. A comparison of the response to 532 and 1064 nm light indicates that the plasma number density is about 2×10(21)  cm(-3) and that transport properties are dominated by strong screening and correlation effects… (More)

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Cite this paper

@article{Bataller2014CollisionTM, title={Collision time measurements in a sonoluminescing microplasma with a large plasma parameter.}, author={Alexander Bataller and Brian A. Kappus and Carlos Augusto Canteras Raposo Camara and Seth Putterman}, journal={Physical review letters}, year={2014}, volume={113 2}, pages={024301} }