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Forum on Tracking Detector Mechanics 2024

29–31 May 2024
Purdue CMSC
America/Indiana/Indianapolis timezone

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Session

R&D session

31 May 2024, 08:30
Large Conference room (Purdue CMSC)

Large Conference room

Purdue CMSC

Purdue University 1105 Endeavour Dr Suite 100, West Lafayette, IN 47906, USA https://www.purdue.edu/cmsc/

Conveners

R&D session: Session I

  • There are no conveners in this block

R&D session: Session II

  • Burkhard Schmidt (CERN)

R&D session: Session III

  • There are no conveners in this block

Presentation materials

There are no materials yet.

  1. 30. Mechanics and Cooling for ALICE future vertex detectors
    Corrado Gargiulo (CERN), Massimo Angeletti (CERN)
    31/05/2024, 08:30

    In the research and development for ALICE's future upgrades, there's a strong focus on creating new mechanical and cooling solutions for upcoming low-mass vertex detectors.
    With the assumption of utilizing next-generation monolithic pixel sensors based on stitched technology, capable of covering large bent-to-shape surfaces, the focus lies on offering the lightest substrate with integrated...

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  2. 32. Advancing Lightweight Mechanics and Automated Detectors for future HEP Experiments
    Corrado Gargiulo (CERN)
    31/05/2024, 09:00

    In 2020, CERN's Experimental Physics Department embarked on an ambitious project known as the EP R&D, aimed at advancing detector technologies for future experiments. This comprehensive initiative addresses various aspects of mechanics, including the development of lighter detectors and the implementation of more automated processes for installation, inspection, and maintenance.
    The focus on...

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  3. 15. Microchannels cooling plates
    Julien Cogan (Aix Marseille Univ, CNRS/IN2P3, CPPM, Marseille, France), Miguel Ullan (CNM-Barcelona (ES)), Oscar Augusto De Aguiar Francisco (University of Manchester (GB))
    31/05/2024, 09:30

    Microchannel cooling technology offers an excellent thermal figure of merit solution to remove the heat from the front-end electronics and/or sensors. This presentation will cover different techniques and substrate materials to deliver the next generation of cooling plates based on power dissipation up to 2W/cm2 (LHCb VELO Upgrade 2 as benchmark), material budget equal or below 0.5%X0, better...

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  4. 38. DRD8 Plans and next steps
    Burkhard Schmidt (CERN)
    31/05/2024, 10:30
  5. 39. DRD8 WG 1: Global/System Design and Integration
    Corrado Gargiulo (CERN)
    31/05/2024, 10:40
  6. 40. DRD8 WG 2: Low Mass Mechanics and thermal management
    Sushrut Karmarkar (Purdue University)
    31/05/2024, 10:55
  7. 41. DRD8 WG 3: Detector Cooling
    Bart Verlaat (CERN), Oscar Augusto De Aguiar Francisco (University of Manchester (GB))
    31/05/2024, 11:15
  8. 42. DRD8 WG 4: Design and Qualification Tools
    Joao Batista Lopes (CERN)
    31/05/2024, 11:35
  9. 54. DRD8: Discussion about the way forward
    31/05/2024, 11:50
  10. 25. Energy Frontier Tracking Detector Mechanics R&D at Argonne National Laboratory
    Dr Christine Angela McLean (Argonne National Laboratory (US))
    31/05/2024, 14:00

    As the energy frontier moves towards more extreme collision conditions – higher energies and luminosities – there is a strong need for the development of lightweight detector support structures. The Snowmass Instrumentation Frontier report mentioned the following as two of the critical near-term priorities for solid-state tracking:

    $\bullet$ IF03-2 Adapt new materials and...

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  11. 43. RDC10 Plans, next steps and funding
    Andreas Werner Jung (Purdue University (US)), Eric Anderssen (Lawrence Berkeley National Lab (US))
    31/05/2024, 14:30
  12. 44. R&D Collaborations (RDC 10 & DRD8 synergies & next steps)
    31/05/2024, 14:50
  13. 45. Closing remarks & Poster/Talk prize announcement
    31/05/2024, 15:05
  14. 46. Farewell
    31/05/2024, 15:20
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