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    22nd RD50 Workshop (Albuquerque, USA)

    3–5 Jun 2013
    University of New Mexico
    US/Mountain timezone

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    Session

    Session 2: Radiation Damage in LHC detectors

    3 Jun 2013, 14:00
    Student Union Building (University of New Mexico)

    Student Union Building

    University of New Mexico

    Albuquerque, New Mexico, USA

    Conveners

    Session 2: Radiation Damage in LHC detectors

    • Konstantin Toms (University of New Mexico (US))

    Presentation materials

    There are no materials yet.

    1. 24. Radiation Damage of the ATLAS Pixel Sensors Using Leakage Current Measurement System
      Igor Gorelov (University of New Mexico (US))
      03/06/2013, 14:00
      The current measurement system probes directly the leakage current in pixel sensors. The system is integrated with the ATLAS Pixel high voltage delivery system. The system runs as a monitor of a radiation damage of the pixel sensors. The leakage current data collected for the completed data taking period are analyzed. The recent status of the sensor's radiation damage and a comparison...
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    2. 15. Status of radiation effects of the ATLAS SCT detector
      Taka Kondo (High Energy Accelerator Research Organization (JP))
      03/06/2013, 14:30
      The Silicon micro-strip tracker (SCT) of the ATLAS experiment at LHC has been running for physics at 7 and 8 TeV over 3 years. The integrated delivered luminosity to ATLAS is 29.5 fb-1 and the fluence at the inner most SCT modules corresponds to about 5e12 1MeV-equivalent neutrons/cm** 2, the level below the type inversion. More than 99% of 4088 modules areactive with very high...
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    3. 16. Radiation damage effects in the LHCb Vertex Locator
      Zhou Xing (Syracuse University (US))
      03/06/2013, 15:30
      The LHCb experiment is dedicated to searching for New Physics effects in the heavy flavour sector, precise measurements of CP violation and rare heavy meson decays. The LHCb VELO (VErtex LOcator) silicon micro-strip detector is the highest precision vertex detector at the LHC and is located at only 8 mm from the proton beams. Consequently the sensors receive a large and non uniform radiation...
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    4. 18. Summary of the session
      Konstantin Toms (University of New Mexico (US))
      03/06/2013, 16:00
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