Surface plasma waves induced electron acceleration in a static magnetic field

Simulation of Electron Beam Acceleration by Electromagnetic Field in Static Inhomogeneous Magnetic Field

An autoresonance relativistic motion of 0.1 mA electron beam in a combined steady-state inhomogeneous magnetic field and a stationary microwave field is studied. The space profile of the axially symmetric magnetic field is fitted to maintain the interaction of electrons with the microwave field of cyclotron resonance type on all their trajectories. The Newton-Lorentz equation is simulated simul...

Plasma Wave Acceleration of Electron in Bubble Regime in Presence of a Planar Wiggler

The plasma wave acceleration of electron in the bubble regime is investigated in a new configuration containing a planar wiggler. The space-charge field of the laser-created ion channel can focuse and stabilize the electron trajectory to guide it toward the acceleration region. The high-gradient plasma wave field can resonantly accelerate the trapped electron to higher energies in the presence ...

Resonantly laser-driven plasma waves for electron acceleration.

Strongly enhanced laser absorption and electron acceleration via resonant excitation of surface plasma waves

Dynamics of electron acceleration in laser-driven wakefields: Acceleration limits and asymmetric plasma waves

The experiments presented in this thesis study several aspects of electron acceleration in a laser-driven plasma wave. High-intensity lasers can efficiently drive a plasma wave that sustains electric fields on the order of 100 GV/m. Electrons that are trapped in this plasma wave can be accelerated to GeV-scale energies. As the accelerating fields in this scheme are 3 − 4 orders of magnitude hig...