In this work we design and numerically study an all-dielectric accelerating waveguide operating at radiofrequency, and we describe the structure of the input coupler which is necessary to efficiently excite the accelerating mode. We then study single-particle dynamics in the proposed accelerator, by estimating the performance of the resulting device through the evaluation of the key parameters that are typically used to characterize traveling-wave accelerators.

Photonic crystal waveguides for particle acceleration

G. Sorbello;
2017

Abstract

In this work we design and numerically study an all-dielectric accelerating waveguide operating at radiofrequency, and we describe the structure of the input coupler which is necessary to efficiently excite the accelerating mode. We then study single-particle dynamics in the proposed accelerator, by estimating the performance of the resulting device through the evaluation of the key parameters that are typically used to characterize traveling-wave accelerators.
9781509062690
Electrical and Electronic Engineering; Electronic, Optical and Magnetic Materials
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.11769/357007
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