Progress of the EEHG upgrade at the DELTA short-pulse source
Progress of the EEHG upgrade at the DELTA short-pulse source
At DELTA, a 1.5-GeV synchrotron light source operated by the TU Dortmund University, a short-pulse source based on coherent harmonic generation (CHG) is used to generate sub-picosecond synchrotron radiation pulses in the VUV regime, which result from micro-bunching at the center of an electron bunch due to laser-electron interaction. Shorter wavelengths are achievable with the so-called echo-enabled harmonic generation (EEHG) technique by adding a second laser-electron interaction. The current short-pulse source will be modified to include the EEHG scheme. The status of the upgrade project will be presented.
Büsing, Benedikt
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Bahnsen, Fin Hendrik
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Bolsinger, M.
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Götz, F.
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Hilbrich, Svenja
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Khan, Shaukat
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Jebramcik, Marc Andre
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Lockmann, Nils
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Mai, Carsten
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Meyer auf der Heide, Arne
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Niemczyk, Raffael
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Riemann, Bernard
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Schneider, Eric
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Shayeganrad, Gholamreza
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Suski, Mateusz
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Ungelenk, Peter
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Zimmermann, Dennis
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March 2017
Büsing, Benedikt
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Bahnsen, Fin Hendrik
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Bolsinger, M.
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Götz, F.
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Hilbrich, Svenja
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Khan, Shaukat
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Jebramcik, Marc Andre
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Lockmann, Nils
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Mai, Carsten
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Meyer auf der Heide, Arne
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Niemczyk, Raffael
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Riemann, Bernard
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Schneider, Eric
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Shayeganrad, Gholamreza
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Suski, Mateusz
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Ungelenk, Peter
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Zimmermann, Dennis
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Büsing, Benedikt, Bahnsen, Fin Hendrik, Bolsinger, M., Götz, F., Hilbrich, Svenja, Khan, Shaukat, Jebramcik, Marc Andre, Lockmann, Nils, Mai, Carsten, Meyer auf der Heide, Arne, Niemczyk, Raffael, Riemann, Bernard, Schneider, Eric, Shayeganrad, Gholamreza, Suski, Mateusz, Ungelenk, Peter and Zimmermann, Dennis
(2017)
Progress of the EEHG upgrade at the DELTA short-pulse source.
Verhandlungen der Deutschen Physikalischen Gesellschaft, 52 (2).
Abstract
At DELTA, a 1.5-GeV synchrotron light source operated by the TU Dortmund University, a short-pulse source based on coherent harmonic generation (CHG) is used to generate sub-picosecond synchrotron radiation pulses in the VUV regime, which result from micro-bunching at the center of an electron bunch due to laser-electron interaction. Shorter wavelengths are achievable with the so-called echo-enabled harmonic generation (EEHG) technique by adding a second laser-electron interaction. The current short-pulse source will be modified to include the EEHG scheme. The status of the upgrade project will be presented.
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Published date: March 2017
Venue - Dates:
Deutsche Physikalische Gesellschaft : Spring meeting, , Dresden, Germany, 2017-03-19 - 2017-03-24
Identifiers
Local EPrints ID: 480011
URI: http://eprints.soton.ac.uk/id/eprint/480011
ISSN: 0420-0195
PURE UUID: f98dc9b7-8a47-4074-89b2-de3510587089
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Date deposited: 01 Aug 2023 16:32
Last modified: 03 Aug 2023 01:51
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Contributors
Author:
Benedikt Büsing
Author:
Fin Hendrik Bahnsen
Author:
M. Bolsinger
Author:
F. Götz
Author:
Svenja Hilbrich
Author:
Shaukat Khan
Author:
Marc Andre Jebramcik
Author:
Nils Lockmann
Author:
Carsten Mai
Author:
Arne Meyer auf der Heide
Author:
Raffael Niemczyk
Author:
Bernard Riemann
Author:
Eric Schneider
Author:
Gholamreza Shayeganrad
Author:
Mateusz Suski
Author:
Peter Ungelenk
Author:
Dennis Zimmermann
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