Electron self-injection for the acceleration in laser-pulse-wakes in the presence of a `strong' external magnetic field

Details Electron self-injection for the acceleration in laser-pulse-wakes in the presence of a `strong' external magnetic field Electron self-injection for the acceleration in laser-pulse-wakes in the presence of a `strong' external magnetic field

2012-02-17

arxiv.org/abs/1202.3828v1

Physics

Plasma Physics

Scientific paper

An external static magnetic field with its strength B~10T may result in the laser wake wave-breaking upon changing the electron motion in the vicinity of maximal density ramp of a wave period. This, as shown by numerical simulations, can change the resonance character of the electron self-injection in the laser wake-field; a total charge loaded in the acceleration phase of laser pulse wake can be controlled by a proper choice of the magnetic field strength.

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