TUOPMA01
XFEL. EU, Schenefeld, Germany
TUOPMA02
SINAP, Shanghai, People's Republic of China
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TUOPMA01 |
Status of the European XFEL Photon Beam Systems | |
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| The European XFEL, a fourth generation Free-Electron-Laser facility in Hamburg area (Germany), start-ed user operation in September 2017. In full operation the novel facility will produce at MHz repetition rate coherent femtosecond pulses with unprecedented brilliance in the energy range from 250 eV to 25 keV. The facility comprises of a linear accelerator and three photon beamlines: SASE1, that operates in the hard X-ray regime, is already in user operation mode, SASE2 saw first light in May and will be commissioned during this year and SASE3, that covers the soft X-ray range up to 3 keV, is under com-missioning right now and will start user operation late in 2018. The presentation will cover the current status, timeline and engineering challenges of the three photon beamlines and the six scientific instruments of the facility as well as possible future upgrades. | ||
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Slides TUOPMA01 [26.744 MB] | |
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TUOPMA02 |
Mechanical Engineering for SCLF Accelerator | |
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| The Shanghai Coherent Light Facility (SCLF) is a hard X-ray free electron laser facility under construction. It is designed to deliver photons from 400eV to 25keV at a repetition rate as high as 1MHz based on an 8GeV superconducting LINAC. The radiator section consists of two variable gap undulator lines and one superconducting undulator line. The main accelerator locates in the 3km tunnel, with 30m underground depths. The mechanical engineering, including the vibration on site ground and in the underground tunnel, the consideration of the tunnel sedimentation monitoring and compensation, as well as the structure design of the main components and it's support are described in this paper. | ||
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Slides TUOPMA02 [15.593 MB] | |
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