Super-intense laser pulses produce quasi-static magnetic fields in plasmas. The mutual attraction of the currents inside the self-focused channels, arising from the pulse filamentation, makes them interact magnetically and coalesce into a single channel. Pulses of finite length propagate in the shape of a ''bullet'' and produce a wake consisting of a row of electron vortices.
Magnetic interaction and magnetic wake of high intensity laser pulses in plasmas
PEGORARO, FRANCESCO;
1996-01-01
Abstract
Super-intense laser pulses produce quasi-static magnetic fields in plasmas. The mutual attraction of the currents inside the self-focused channels, arising from the pulse filamentation, makes them interact magnetically and coalesce into a single channel. Pulses of finite length propagate in the shape of a ''bullet'' and produce a wake consisting of a row of electron vortices.File in questo prodotto:
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