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Persistent URL http://purl.org/net/epubs/work/64570
Record Status Checked
Record Id 64570
Title Recent upgrade of the PITZ facility
JW Bähr (DESY), H Al-Juboori (DESY), A Donat (DESY), U Gensch (DESY), H-J Grabosche (DESY), L Hakobyan (DESY), M Hanel (DESY), R Heller (DESY), Y Ivanisenko (DESY), L Jachmann (DESY), MA Khojoyan (DESY), G Klemz (DESY), W Köhler (DESY), G Koss (DESY), M Krasilnikov (DESY), A Kretzschmann (DESY), H Leich (DESY), M Mahgoub (DESY), J Meißner (DESY), D Melkumyan (DESY), M Otevrel (DESY), M Penno (DESY), B Petrosyan (DESY), M Phol (DESY), S Rimjaen (DESY), C Rüger (DESY), M Sachwitz (DESY), B Schöneich (DESY), J Schultze (DESY), A Shapovalov (DESY), F Stephan (DESY), M Tanha (DESY), G Trowitzsche (DESY), G Vaschenko (DESY), LV Vu (DESY), T Walther (DESY), A Brinkmann (DESY), K Flottmann (DESY), W Gerdau (DESY), S Lederer (DESY), L Lilje (DESY), F Obier (DESY), D Reschke (DESY), S Schreiber (DESY), J Saisut (Chiang Mai U., Thailand), C Thongbai (Chiang Mai U., Thailand), J Knobloch (Helmholtz-Zentrum Berlin für Materialien und Energie GmbH,), D Richter (Helmholtz-Zentrum Berlin für Materialien und Energie GmbH,), P Michelato (INFN/LASA, Italy), L Monaco (INFN/LASA, Italy), C Pagani (INFN/LASA, Italy), D Sertore (INFN/LASA, Italy), G Asova (INRNE Sofia, Bulgaria), I Bonev (INRNE Sofia, Bulgaria), L Staykov (INRNE Sofia, Bulgaria), I Tsakov (INRNE Sofia, Bulgaria), W Sander (MBI Berlin), I Will (MBI Berlin), A Naboka (RAS / INR Moscow), V Paramonov (RAS / INR Moscow), BL Militsyn (STFC Daresbury Lab.), BD Muratori (STFC Daresbury Lab.), M Korostelev (Cockcroft Inst.), T Vilaithong (Thailand Center of Excellence in Physics), W Ackermann (TEMF), WFO Muller (TEMF), S Scnepp (TEMF), T Weiland (TEMF), I Ullmann (Universitaet Erlangen), J Rönsch-Schlenburg (Hamburg U.), J Rossbach (Hamburg U.)
Abstract The Photo Injector Test facility at DESY, Zeuthen site(PITZ), is dedicated to develop and optimize high brightness electron sources for short wavelength Free- Electron Lasers (FELs) like FLASH and the European XFEL, both in Hamburg (Germany). Since October 2009 a major upgrade is ongoing with the goal to improve the accelerating components, the photocathode drive laser system and the beam diagnostics as well. The essential new feature in the running will be an in-vacuum 10 MW RF directional coupler to be used for the RF monitoring and control. In this context a significant improvement of the RF stability is expected. RF pulses of 800 microseconds with 10 Hz repetition rate will be used. The most important upgrade of the diagnostics system will be the implementation of a phase space tomography module (PST) consisting of three FODO cells each surrounded by two screen stations. The goal is an improved measurement of the transverse phase space at different charge levels. The upgraded facility will be described.
Organisation ASTeC , ASTeC-AP , CI , STFC
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Language English (EN)
Type Details URI(s) Local file(s) Year
Paper In Conference Proceedings pp 459-463. Is in proceedings of: 2010 Beam Instrumentation Workshop (BIW10), Sante Fe, New Mexico, USA, 2-6 May 2010. http://accelconf.…/papers/tupsm103.pdf 2010
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