Interaction of ultra-relativistic electron beams with crystalline and amorphous matter
Studying crystal-based beam extraction at one of the DESY circular accelerators could be of interest for future applications: in principle this scheme could be applied in order to realize a primary beam extraction for a new DESY Test Beam Facility.
However, for the optimization of the channeling extraction efficiency and for a better understanding of the underlying physical processes, high-energy electrodynamical processes as for example ionization losses, scattering and de-channeling will be studied in addition.
Experimental Proposals
Channeling and Channeling based Extraction
Ionization Loss of Channeled Electrons / Measurement of Dechanneling Length
Optimum Radius for Crystal Bending
Extraction of Electrons by Stochastic Deflection in a bent Crystal
High-Energy Electrodynamical Processes
Dielectric Suppression of Bremsstrahlung
Angle-Energy Loss Correlation
Coherent Effects in Ionization Loss
Quantum Effects in Scattering
Half-bare Electrons
Heavy Ions and Antiprotons
Accelerators
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Ionization Loss of Channeled Electrons / Measurement of Dechanneling Length updated Aug 26, 2022 15:59 view change
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Quantum effects in Scattering of relativistic Electrons in ultrathin Crystals updated Aug 26, 2022 14:45 view change
