Adrian Brauch

Design study for an energy-efficient MeV-ranged photon-beam facility

Michaela Arnold, Adrian Brauch, Manuel Dutine, J. Enders et autres

The efficient use of energy resources for scientific research is a challenging and timely topic, in particular for scientific fields that require particle accelerator facilities, such as particle or nuclear physics. Accelerator facilities capable of providing high electron beam currents with minimum …

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Bunch length measurement setup for femtocoulomb bunch charges at the superconducting Darmstadt electron linear accelerator S-DALINAC

Adrian Brauch, Michaela Arnold, Manuel Dutine, J. Enders et autres

A new bunch length measurement system has been implemented at the superconducting Darmstadt electron linear accelerator (S-DALINAC). Optical transition radiation pulses are created from the electron beam when it hits a smooth conducting surface, having the same duration as the electron bunches. …

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Stabilization of transverse beam parameters at the S-DALINAC

D. A. Schneider, Michaela Arnold, J. Birkhan, U. Bonnes et autres

Electron-induced fission reactions will be deployed and studied at the S-DALINAC. For these experiments, it is desirable to limit the transverse displacements of the electron beam due to drifts and distortions to below 200 Mikrom. Prior to the present work, this requirement …

Studies on a Triple-Turn Energy-Recovery Mode at the S-DALINAC

Felix Schließmann, Michaela Arnold, Adrian Brauch, Manuel Dutine et autres

Abstract The electron accelerator S-DALINAC at TU Darmstadt was successfully operated in single- and double-turn energy-recovery mode. The latter was realized using a shared beam-transport where two beams are superimposed in the first recirculation beamline. Due to its current design, the S-DALINAC …

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