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Compact disposal of high-energy electron beams usingpassive or laser-driven plasma decelerating stage

  • Author(s): Bonatto, A.;
  • Schroeder, C.B.;
  • Vay, J.-L.;
  • Geddes, C.R.;
  • Benedetti, C.;
  • and, E. Esarey;
  • Leemans, W.P.
  • et al.
Abstract

A plasma decelerating stage is investigated as a compact alternative for the disposal of high-energy beams (beamdumps). This could benefit the design of laser-driven plasma accelerator (LPA) applications that require transportability and or high-repetition-rate operation regimes. Passive and laser-driven (active) plasma-based beam dumps are studied analyticallyand with particle-in-cell (PIC) simulations in a 1D geometry. Analytical estimates for the beam energy loss are comparedto and extended by the PIC simulations, showing that with the proposed schemes a beam can be efficiently decelerated in acentimeter-scale distance.

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