publication . Report . Doctoral thesis . Other literature type . 2019

Transverse electron beam dynamics in the beam loading regime

Name: Transverse electron beam dynamics in the beam loading regime
Creator: Köhler, Alexander

Köhler, Alexander;

Open Access English

Published: 11 Jul 2019

Country: Germany

Summary

Abstract

GeV electron bunches accelerated on a centimeter scale device exemplify the extraordinary advances of laser-plasma acceleration. The combination of high charges from optimized injection schemes and intrinsic femtosecond short bunch duration yields kiloampere peak currents. Further enhancing the current while reducing the energy spread will pave the way for future application, e.g. the driver for compact secondary radiation sources such as high-field THz, high-brightness x-ray or gamma-ray sources. One essential key for beam transport to a specific application is an electron bunch with high quality beam parameters such as low energy spread as well as small diverg...

doi: 10.5281/zenodo.3342589 , 10.5281/zenodo.3342588

Subjects

arXiv: Physics::Accelerator Physics

free text keywords: Laser wakefield acceleration, laser plasma accelerator, self-truncated ionization injection, high x-ray flux, high bunch charge, beam loading, bunch size measurement, betatron, Transverse phase space dynamic, beam divergence, beam decoherence, betatron radiation, beam decoherence, laser wakefield acceleration, LWFA, plasma diagnostic, betatron decoherence, beam loading, electron acceleration, plasma acceleration, laser plasma accelerator, self-truncated ionization injection, high x-ray flux, high bunch charge, bunch size measurement, betatron spectroscopy, Transverse phase space dynamic, beam divergence, betatron phase mixing, ddc:539

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