PDR for the SPK IBS






Marco Calviani CERN (TCD)  PDR Chairman
Ryoichi Miyamoto BP - Beam Physics  Scientist, Beam Commissioning Lead
Thomas Shea BD - Beam Diagnostics Beam Diagnostics Section leader
Annika Nordt  Protection Systems Group Group Leader for Protection Systems
Lena Johansson RP - Radiation Protection  Radiation Protection Expert 
Sigrid Kozielski RP - Radiation Protection Group Leader Radiation Protection
Fredrik Persson PPS - Plant & Process Section Piping Design Engineer 
Marcos Munoz  Op - Operations Section Main Control Room Coordinator
Andreas Jannson  BPOD - Beam Physics, Operations and Diagnostics group  BPOD Group leader 


Thomas Hansson  Senior Radiation Safety Engineer  ES&H Division
Cyrille Thomas Beam Diagnostics Engineer  Beam Diagnostics Section



Clement Derrez BD - Beam Diagnostics Test Engineer 
Thomas Grandsaert  MET - Mechanical Engineering and Technology section Development Engineer 
Elena Donegani BD - Beam Diagnostics Accelerator System Scientist


Charge questions 

1) Are all the requirements and interfaces identified for the IBS device?   
2) Is the scope of the IBS device well defined?                             
3) Is the planning appropriate and also consistent with the overall ESS plan? 
4) Can the proposed control integration for the IBS device be approved by ICS, MPS? 
5) Is the preliminary design of the IBS device mature enough to proceed with a detailed design of the IBS device and of its shielding? 
6) Have potential safety hazards been properly identified? 
7) Are there any other open questions, issues, comments and/or remarks?

    • 13:00 13:30
      Introduction and requirements 30m
      • Requirements for the IBS device (Q1)
      • Interfaces with the IBS device (Q1)
      • Scope of the IBS device (Q2)
      • IBS project vs. ESS plan (Q3)
      Speaker: Dr. Elena Donegani (European Spallation Source ERIC)
    • 13:30 14:00
      Technical drawings and thermo-mechanical simulations 30m
      • Drawings/mechanical aspects of the IBS (Q1, Q5)
      • Interfaces with Vacuum (Q1, Q7)
      • ANSYS results, boundary conditions (Q5)
      • Outgassing (Q7)
      Speaker: Thomas Grandsaert (European Spallation Source ERIC)
    • 14:00 14:30
      Activation and shielding 30m
      • Results of MCNPX/CINDER90 calculations (Q5,Q6,Q7)
      • Potential safety hazards (Q6)
      Speaker: Dr. Elena Donegani (ESS)
    • 14:30 15:00
      Proposed ICS contribution 30m
      • Interface with ICSHWI and MPS (Q4)
      • Optional features vs. ICS contribution (Q7)
      Speaker: Clement Derrez (European Spallation Source ERIC)
    • 15:00 16:15
    • 16:15 16:45
      Conclusions 30m
    • 16:45 17:00
      BUFFER TIME 15m
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