Ph.D. (Doctor of Philosophy)
Department of Physics
Physics||Wave guides--Research||Electron accelerators--Research||Particle acceleration--Research||Particle beams--Research
The development of next-generation TeV+ electron accelerators will require either immense footprints based on conventional acceleration techniques or the development of new higher--gradient acceleration methods. One possible alternative is beam-driven acceleration in a high-impedance medium such as a dielectric-lined-waveguide (DLW), where a high-charge bunch passes through a DLW and can excite gradients on the order of GV/m. An important characteristic of this acceleration class is the transformer ratio which characterizes the energy transfer of the scheme. This dissertation discusses alternative methods to improve the transformer ratio for beam-driven acceleration and also considers the use of DLWs for beam manipulation at low energy.
Lemery, Francois, "Beam manipulation and acceleration with dielectric-lined waveguides" (2015). Graduate Research Theses & Dissertations. 1615.
Northern Illinois University
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