Advanced Linac Infrastructure Update and Development Overview

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Explore the latest advancements in high-gradient linac infrastructure development and updates, including test stands, linearizers, and deflectors. Follow the progress of key projects and collaborations, with a focus on high-gradient studies and energy applications.

  • Linac
  • Infrastructure
  • High-gradient
  • Development
  • Collaboration

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  1. Updating a list of high-gradient and advanced linac infrastructure W. Wuensch, CERN HG2023, INFN Frascati 1 17 October 2023

  2. Background For some years now I have kept a list of high-gradient infrastructure. It has a few purposes: Understand and document the development, spread and commercialization of key components and processes, for example machining accelerating structure parts, klystrons, modulators etc. Understand and document the fields of use, for example linear colliders, XFEL, ICS, medical etc. Generally keep track of our broad collaboration Provide data to support funding applications see how wonderful and useful this is! W. Wuensch, CERN HG2023, INFN Frascati 2 17 October 2023

  3. Whats underway I ve been using the ESPP survey exercise to update the list. And many of you have received a request to update, complete and correct your entries in the list and inform me of suggested additions. All of you are welcome to have a look, I ve added the excel sheet to this presentation in indico. Please send me an updated version file if you would like to suggest any modifications. The attached version is the one sent out with the ESPP. I will make all of the changes in one go once I have a full round of replies. Thank you to everyone who has replied already!!! W. Wuensch, CERN HG2023, INFN Frascati 3 17 October 2023

  4. Test stands Facility name XBox - 1, 2, 3 Host laboratory CERN Target project or application CLIC, broad support to multiple projects, high-gradient studies Technical characteristics X-band - 50 MW, 50 MW, both 50 Hz, 2x6MW, 400 Hz. XBox-1 connected to CLEAR S-band - 45 MW, 50 Hz X-band - 50 MW, 60 Hz X-band - 50 MW, 60 Hz S-band - 45 MW, 50 Hz S-band - 2x7.5 MW, 400 Hz X-band - 50 MW, 50 Hz X-band - 2x6 MW, 400 Hz X-band - 2x50 MW, 2x50 MW, 60 Hz C-band - 40 MW Variable - beam driven X-band C-band - 40 MW, cryogenic C-band - 45 MW tbd Status operational SBox NEXTEF2 TPOT-X CTF VBox TEX XLab NLCTA-XTA, Klystron lab CERF-NM AWA ? MOTHRA/SAMURI ? Muon collider RF test stand CERN KEK Tsinghua University Sincrotrone Trieste IFIC, University of Valencia INFN Frascati Melbourne University SLAC Los Alamos Argonne SARI, Shanghai UCLA PSI tbd Photoinjector testing, medical, high-gradient studies. High gradient development High gradient development FERMI energy upgrade High gradient development EuPRAXIA, CLIC, high gradient develoment High gradient development High gradient development High gradient development High gradient development High gradient development Photoinjector, high gradient development Photoinjector Muon collider, HG in magnetic field, cryogenic operational operational operational operational operational operational operational operational operational operational ? construction construction forming proposal W. Wuensch, CERN HG2023, INFN Frascati 4 17 October 2023

  5. Linearizers and Deflectors Facility FERMI SwissFEL FLASHForward FLASH2 ARES LUX SXFEL SXFEL LCWS CLARA Host laboratory Sincrotrone Trieste PSI DESY System type Linearizer Linearizer Deflector Deflector User facility, short bunch capability Energy compressor Linearizer Deflector Linearizer Linearizer Technical characteristics 50 MW 50 MW 6 MW (switchable with FLASH2) 6 MW (switchable with FLASHForward) 2 PolariX 6 MW 50 MW 2x50 MW 50 MW 6 MW Status operational operational operational operational operational proposal operational construction operational comissioning DESY SINAP, Shanghai SLAC Daresbury Beam test stands Status operational operational Facility name CLEAR NLCTA/XTA Host laboratory CERN SLAC Technical characteristics 50 MW (connected to XBox-1) 2x50 MW W. Wuensch, CERN HG2023, INFN Frascati 5 17 October 2023

  6. High performance linacs Facility name SACLA NewSUBARU SwissFEL FEBE (CLARA phase 2) ARES Smart*Light CXLS Thompson source (check) VIGAS EuPRAXIA FERMI Energy upgrade AWAKE DEFT ? ? CompactLight VULCAN eSPS CLIC Muon collider C^3 Host laboratory RIKEN Application XFEL storage ring injector (check) XFEL User facility, XFEL User facility, short bunch capability ICS ICS/XFEL ICS ICS Drive beam for plasma accelerator, XFEL XFEL +500 MeV energy upgrade Proton-driven plasma acceleration VHEE FLASH (medical) VHEE FLASH (medical) VHEE FLASH (medical) XFEL Pulsed Neutron source HEP, dark photon search HEP, linear collider HEP, lepton collider HEP, linear collider Technical characteristics C-band, 8 GeV, 66+5 units, 30 MV/m (check) C-band, 4 units C-band, 5.8 GeV, ? units, 28 MV/m 250 MeV 20-160 MeV, S-band with 2 PolariX X-band, 6 MW, 14 MeV X-band (9.3 GHz), 35 MeV S-band with X-band energy upgrade, 50 MW 50 and 7.5 MW S, 3x50 MW X-band 3 S-band, X-band 8x25 MW, 400 Hz S-band, 10 modules 18.5 MeV (second line 150 MeV) X-band, 100-200 MeV 60-130 MeV, C-band C-band X-band, 68 units 5.6 GeV 100 Hz, 1.95 GeV 1 kHz 40-50 MeV 3.5 GeV 380 GeV, X-band High-gradient in high magnetic field C-band, cryogenic NC Status operational operational operational operation, upgrade underway operational comissioning comissioning operational construction prototyping and procurement approved and prototyping operational (second line under procurement) prototyping and procurement design study design study CDR completed design study CDR completed design study, prtotype development design study design study PSI Daresbury DESY Technical University Eindhoven University of Arizona Tsinghua University INFN Frascati Sincrotrone Trieste CERN CHUV/CERN/THERYQ Sapienza Marie Curie/THALES EU design study DAES CERN CERN, international collaboration CERN, international collaboration SLAC W. Wuensch, CERN HG2023, INFN Frascati 6 17 October 2023

  7. W. Wuensch, CERN HG2023, INFN Frascati 7 17 October 2023

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