24–30 nov. 2019
Centre Moulin Mer
Fuseau horaire Europe/Paris

Session

Instrumentation

25 nov. 2019, 09:00
Centre Moulin Mer

Centre Moulin Mer

Route du centre nautique, 29460 Logonna-Daoulas www.moulin-mer.fr/ https://goo.gl/maps/zfearb173UxabXPFA (English) The centre is located at about 30 minutes drive from Brest. We will provide transport from Brest airport and train station to the centre Moulin Mer. The shuttle will leave the airport at 18h30 and the station at 19h on the 24th November and arrive at the airport at 8h and the station at 8h30 on the 30th November. (Français) Le centre est situé pas loin de la ville de Brest. Il y aura une navette entre l'aéroport/la gare et le centre Moulin Mer. La navette partira de l'aéroport à 18h30 et de la gare à 19h le 24 novembre et arrivera à l'aéroport à 8h et à la gare vers 8h30 le 30 novembre.

Présidents de session

Instrumentation: Session I

  • Sabrina Sacerdoti (LAL)

Instrumentation: Session II

  • Sabrina Sacerdoti (LAL)

Instrumentation: Session III

  • Sabrina Sacerdoti (LAL)

Documents de présentation

Aucun document.

  1. Sabrina Sacerdoti (APC-Paris,France)
    25/11/2019 09:00
  2. Bowen BAI (Laboratoire de l'accélérateur linéaire (LAL))
    25/11/2019 09:30
  3. Ezgi Ergenlik (Laboratoire de l'accélérateur linéaire (LAL))
    25/11/2019 10:00
  4. Etienne FORTIN (Aix Marseille Univ, CNRS/IN2P3, CPPM, Marseille, France)
    25/11/2019 11:00
  5. Reem Taibah (LPNHE)
    25/11/2019 11:30
  6. David Cohen
    25/11/2019 12:00

    Now that the global LIGO-Virgo network has successfully detected gravitational waves from compact binary coalescences, a key challenge is to improve the detector sensitivity in order to detect more transient sources — weaker or located further away. The detectors' sensitivity can be enhanced by increasing the laser power travelling within the arm cavities, for it reduces the effect of the...

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  7. Konstantin Shchablo
    25/11/2019 14:00
  8. Konstantin Shchablo

    We present a new generation of Resistive Plate Chambers (RPC) that are able to withstand high particle fluxes ($\rm up \ to \ 2~kHz \ cm^{-2}$). These chambers will be instrumented with precise timing readout electronics, and they are proposed to equip two of the four high eta stations of the CMS muon system.
    Two-gap RPC detectors, with each gap made of two $\rm 1.4~mm$ High-Pressure...

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  9. Bowen BAI (Laboratoire de l'accélérateur linéaire (LAL))

    In the latest years, there has been intense linac electron-accelerator development driven by different communities, such as the X-FEL community, the High Energy Physics (HEP) linear-collider community: ILC and CLIC as well as HEP circular colliders: FCC-ee and CepC. Furthermore, there are also many other applications from medical treatment (radiobiology) to industrial applications that will...

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  10. Mlle Reem Taibah (LPNHE)

    In view of the High Luminosity LHC upgrade (HL-LHC), the ATLAS experiment plans to replace the current Inner Detector with an all-silicon Inner Tracker system (ITk). ITk will be instrumented with pixel sensors with an n-on-p silicon technology to achieve tracking requirements with radiation hardness and cost efficiency. The paper reports on the performance of thin n-on-p planar pixel sensors...

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