TYL Seminar

  • 分類 合同セミナー
  • 開始 2017/04/03(月)10:30
  • 終了 2017/04/03(月)12:00
  • 会場 つくばキャンパス 2号館1階会議室大
  • 講演タイトル LUNEX5 project of advanced and compact Free Electron Laser
  • 講演者 Marie-Emmanuelle Couprie 氏 ソレイユ(シンクロトロン)研究所(CNRS/CEA) Head of the Magnetism and Insertion Device group
  • 言語 英語/English
  • 連絡先 Toshiko Yuasa Laboratory/素粒子原子核研究所 幅 淳二 Email: junji.haba【AT】kek.jp(@に置き換えてください)/加速器研究施設 島田 美帆 Email: miho.shimada【AT】kek.jp(@に置き換えてください)
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The proposed project LUNEX5 (free electron Laser Using a New accelerator for the Exploitation of X-ray radiation of 5th generation) in France aims at investigating compact and advanced Free Electron Laser (FEL). It comprises a 400 MeV superconducting linac for studies of advanced FEL schemes, high repetition rate operation (10 kHz), multi-FEL lines, a Laser Wake Field Accelerator (LWFA) for its qualification by a FEL application. The FEL lines comports enables advanced seeding and pilot user applications in the 40-4 nm spectral range and relies on the use of high field short period cryogenic undulators for compactness. After the CDR completion and the review panel, the SOLEIL council has launched a phase of R&D and targeted complementary studies on dedicated funds. Different research programs have then been started. Concerning the qualification of the Laser Wake Field Acceleration concept with a FEL application, a specific electron beam line is required to manipulate the beam properties for FEL amplification to become possible. The line has been designed and comport a first set of strong variable quadrupoles to handle the electron beam divergence, then a chicane to sort in energy the electrons and to reduce the slice energy spread, and a second set of conventional quadrupoles for a chromatic matching in the undulator. Specific permanent magnet quadrupoles of variable gradient (200 T/m) have been designed, built and are under test (QUAPEVA). An ERC Advanced Grant COXINEL enables to set the test experiment in collaboration with the Laboratoire d'Optique Appliquée for the generation of the LWFA electrons. The different components of the transfer line and the undulator line will be transported in "salle Jaune" at LOA for the experimental tests. The electron beam has been transported. Besides, for the superconducting linac branch of LUNEX5, a dedicated program of study of the elementary RF cavity has been launched in collaboration with laboratories and industrial partners (LUCRECE program). Studies on high repetition rate electro-optical sampling using the AILES beamline at SOLEIL. Concerning the FEL line, a 3 m long PrFeB based cryogenic undulator of 15 mm period is under preparation at SOLEIL.