WebFLASH First lasing TTF-FEL Feb 2000 (109 nm) Lasing at 4.12 nm Energy upgrade to 1 GeV. Sep 2010. User operation FLASH1. User operation FLASH2. Energy upgrade to ... WebFirst Lasing at FLASH with 4.45 nm FLASH –free-electron laser user facility at DESY Siegfried Schreiber DESY FEL 2010 Malmö, Sweden Aug 23-27, 2010. Siegfried Schreiber FEL 2010 Aug-23, 2010 FLASH. Free-Electron Laser in Hamburg FLASH at DESY in Hamburg > Single-pass high-gain SASE FEL
FLASH Status and Plans - DESY
WebAug 18, 2024 · This study, performed at the CAMP station of the FLASH beamline BL1 at DESY, is published in Physical Review A and is highlighted as an Editors’ Suggestion. >Read more on the FLASH website. Image: Excited noble-gas clusters stimulate lasting emission in the forward direction. (Credit: Original publication in Phys. Reb. A (2024)) WebThe VUV-FEL at the TESLA Test Facility (TTF) at DESY is being upgraded to an FEL user facility serv- ing high brilliance beams in the wavelength range from the VUV to soft X-rays. The photoinjector has been re- designed to meet the more demanding beam parameters in terms of transverse emittance, peak current, and energy spread. the search release date
FLASH Status and Plans - bib-pubdb1.desy.de
WebHISTORY OF THE TTF/VUV-FEL (FLASH) AND THE XFEL The basic technology underlying the European X-ray Free-Electron Laser Facility is the superconducting linear … WebFLASH is presently able to deliver bunch trains up to 800 s long. Fig. 6 illustrates lasing at 14 nm with 800 bunches running at 1 MHz repetition rate. At 5 Hz RF repetition rate, the … WebM. Bieler FLASH Operation at DESY Aug. 8, 2012 Page 4 The History of FLASH 1994: The TESLA project requires superconducting rf cavities for a TeV-scale linear collider. TESLA Test Facility: A 500 MeV testbed for TESLA. 1997: TTF reaches 16.7 MeV/m with superconducting cavities 1998: TTF tunnel extended, first undulators in the tunnel 2000: … the search of thrones