Weibel-mediated electron current filaments arise in expanding laser-produced plasmas and account for self-generated magnetic fluctuations observed in ICF experiments.
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Planar proton radiography experiments show filamentary electromagnetic structures in laser ablation of solids grow primarily with laser energy and target Z through a secondary instability following the Weibel mechanism.
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Weibel-mediated filamentary structures observed in the ICF context
Weibel-mediated electron current filaments arise in expanding laser-produced plasmas and account for self-generated magnetic fluctuations observed in ICF experiments.
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Proton probing measurements of filamentary electromagnetic structure in laser ablation of solids
Planar proton radiography experiments show filamentary electromagnetic structures in laser ablation of solids grow primarily with laser energy and target Z through a secondary instability following the Weibel mechanism.