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TTC 2026 Meeting, CEA-CNRS-Université Paris Saclay, 9-12 June 2026, Gif sur Yvette, France

9–12 juin 2026
Ecole Centrale Supelec
Fuseau horaire Europe/Paris

Contact

Session

WG-3: R&D for Mass production and Quality assurance for accelerator modules

9 juin 2026, 11:00
Theatre Peugeot - Central Supelec

Theatre Peugeot - Central Supelec

Présidents de session

WG-3: R&D for Mass production and Quality assurance for accelerator modules: Session 1 - Experience of current projects : EU-XFEL, LCLS-II-HE, FRIB, RAON, ESS, SHINE, CiADS, S3FEL, PIP-II, Hi-Lumi

  • Takeshi Dohmae (KEK)
  • Laura Monaco (INFN)
  • Mattia Parise (Fermilab)

WG-3: R&D for Mass production and Quality assurance for accelerator modules: Session 2a - Pressure Vessel Code in Accelerator Projects

  • Laura Monaco (INFN)
  • Mattia Parise (Fermilab)
  • Takeshi Dohmae (KEK)

WG-3: R&D for Mass production and Quality assurance for accelerator modules: Session 2b - Mass Production and QA/QC: HOM & bellows

  • Mattia Parise (Fermilab)
  • Laura Monaco (INFN)
  • Takeshi Dohmae (KEK)

WG-3: R&D for Mass production and Quality assurance for accelerator modules: Session 3 - Mass Production and QA/QC: FPC & CM

  • Laura Monaco (INFN)
  • Takeshi Dohmae (KEK)
  • Mattia Parise (Fermilab)

WG-3: R&D for Mass production and Quality assurance for accelerator modules: Session 4 - Mass Production and QA/QC: CM & CAV

  • Mattia Parise (Fermilab)
  • Takeshi Dohmae (KEK)
  • Laura Monaco (INFN)

Documents de présentation

Aucun document.

  1. 32. Experience of current projects : EU-XFEL, LCLS-II-HE, FRIB, RAON, ESS, SHINE, CiADS, S3FEL, PIP-II, Hi-Lumi
    Detlef Reschke (DESY), James Maniscalco (SLAC), Laura Popielarski (MSU), Youngkwon Kim (IBS), Paolo Pierini (ESS), Jinfang Chen (SARI), Jiang Tiancai (IMP), Han Li (IASF), Mattia Parise (Fermilab), Leonardo Ristori (CERN), Jacopo Bernardini (Fermilab)
    09/06/2026 11:00

    1.Achieved Yield vs. Design Specs: What were the final yield rates for your project’s cavities, high-power couplers, and cryomodule components, and how did the achieved performance compare to the original design specifications?
    2.Performance Transfer & Margins: What was the observed performance degradation from the Vertical Test (VT) to the final cryomodule (CM) operation, and what rationale...

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  2. 33. Open Discussion
    09/06/2026 11:50
  3. 34. Experience in EU projects (Eu-FEL 3.9GHz, ESS, PIP-II)
    Daniele Sertore (INFN)
    09/06/2026 14:00
  4. 35. How to build proper cryogenic lines to fulfil PED requirements
    Henry Przybilski (ESS)
    09/06/2026 14:10
  5. 36. Experience China (SHINE)
    Yawei Huang (ShanghaiTech University)
    09/06/2026 14:15
  6. 37. Experience Japan (KEK)
    Takeshi Dohmae (KEK)
    09/06/2026 14:25
  7. 38. Open Discussion
    09/06/2026 14:35

    "QUESTIONS FOR LABS
    1) What is the request for material? How to use new material under high pressure condition (and cryogenic temperature)?
    2) What kind of pressure test required? And how much is the pressure?
    3) How to harmonize each regions (how industries comply to foreign pressure vessel codes)?
    4) Which kind welding test requested?
    5) Which kind of mechanical test required?
    6) How...

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  8. 39. Production of material for HOM housing for TESLA cavity and Ti bellows for cavity jacket
    Takeshi Dohmae (KEK)
    09/06/2026 14:45
  9. 40. Fabrication Challenges and Process Optimization of HOM Absorber for the S3FEL
    Huizhong Pang (IASF)
    09/06/2026 14:57
  10. 41. Challenges with production of HOM Couplers for Hi-Lumi
    Naeem Huque (JLab)
    09/06/2026 15:09
  11. 42. Open Discussion
    09/06/2026 15:21
  12. 43. Development of SHINE 3.9 GHz fundamental power couplers
    Zhenyu Ma (SARI)
    09/06/2026 16:00
  13. 44. Issues and mitigation methods with FPC during 1.3GHz Cryomodule assembly
    Wei Chen (IASF)
    09/06/2026 16:12
  14. 45. Fundamental Power coupler for ESS,  experience from series production and conditioning
    Thibault Hamelin (CEA)
    09/06/2026 16:24
  15. 46. Fabrication Status and Addressing Ceramic Yield Challenges
    Tommaso Aiazzi (Fermilab)
    09/06/2026 16:36
  16. 47. Standardization of the PIP-II cavity string assembly procedure and quality assurancey
    Mattia Parise (Fermilab)
    09/06/2026 16:48
  17. 48. Initial CM operation performances on test and commissioning at ESS
    Marek Skiba (ESS)
    09/06/2026 17:00
  18. 49. 2K static heat load performance for SHINE cryomodules
    Yawei Huang (ShanghaiTech University)
    09/06/2026 17:12
  19. 50. Open Discussion
    09/06/2026 17:24
  20. 51. Production and Quality Lessons from Large Cryomodule Projects at Jefferson Lab
    Naeem Huque (JLab)
    10/06/2026 11:00
  21. 52. QC experience of CM component fabrication, vendor challenges
    Jacopo Bernardini (Fermilab)
    10/06/2026 11:12
  22. 53. RF Testing and Performance Analysis of Low Beta Superconducting Cavities for HIAF Facility
    Wei Shihui (IMP)
    10/06/2026 11:24
  23. 54. Development of SRF Cavities for S3FEL
    Yuchao Fang (IASF)
    10/06/2026 11:36
  24. 55. PIP-II cavity qualification challenges (both SSR and elliptical)
    Jacopo Bernardini (Fermilab), Mattia Parise (Fermilab)
    10/06/2026 11:48
  25. 56. Production of RFD crab cavities for LHC Luminosity upgrade
    Leonardo Ristori (CERN)
    10/06/2026 12:00
  26. 57. Progress about CSNS-II superconducting cavities
    Wenzhong Zhou (IHEP)
    10/06/2026 12:12
  27. 58. Open Discussion
    10/06/2026 12:24
Ordre du jour en construction...