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The Status of the CBM Experiment

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Presentation on theme: "The Status of the CBM Experiment"— Presentation transcript:

1 The Status of the CBM Experiment
Walter F.J. Müller, FAIR, Darmstadt CBM Magnet CDR May 2017

2 CBM Technical Design Report Status

3 FAIR Integrated Schedule
The integrated FAIR schedule covers civil construction, accelerator and experiments is based on a conservative planning (with buffers) for GSI activities also resource loaded serves as baseline key dates most building shells completed 2021 all buildings fully commissioned 2022 (incl. services) FAIR operational 2025 Installation vs. Commissioning Installation window after building shell finished  only very basic services (crane ect) Commissioning window after building fully commissioned  all HVAC services available (Cryo comes later!) May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

4 FAIR Schedule Major effort
Presented to FAIR council on December 6th, 2016 Very positive reception

5 FAIR Schedule: SIS100 and CBM
The CBM bottom line: Dec ‘21 to Jul ‘22 1st installation window Dec ‘22 Building acceptance Dec ‘22 to Jun ‘24 Installation & commissioning w/o beam Mar ’23 Cryo: DB2 cold; ready for cool down CBM Jun ‘24 to Mar ‘25 Commissioning beam from SIS100

6 G014 – Home for CBM and HADES
May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

7 Full HADES+CBM Setup in CBM Cave
Transition Radiation Detector Time of Flight Electromagnetic Calorimeter Ring Imaging Cherenkov Dipol Magnet Micro Vertex Detector Silicon Tracking System Projectile Spectator Detector Muon Detector HADES p+p, p+A A+A (low mult.) CBM p+A, A+A May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

8 CBM Cave – Cryogenic Distribution
May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

9 Superconducting Dipole Magnet
Large-acceptance superconducting dipole magnet.   The pole gap is 144 cm, the bending power 1 Tm. Participating institutes: JINR Dubna, BINP Novosibirsk, GSI Darmstadt May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

10 Silicon Tracking System
Silicon microstrip sensors CiS (Germany), Hamamatsu (Japan) The STS consists of about 1000 double-sided silicon micro-strip sensors arranged in 8 detector arrays located inside the dipole magnet. The detector provides track reconstruction and momentum determination for up to 1000 particles per event. The detector is operated at about -10°C, heat dissipation of the front-end electronics 40 kW, bi-phase CO2 cooling system Participating institutes: GSI, Darmstadt, JINR Dubna, KIT, INR Kiev, AGH and UJ Krakow, Univ. Tübingen, Warsaw UT May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

11 Ring-imaging Cherenkov (RICH) Detector
The RICH is used for the identification of electrons with momenta below 8 GeV/c (pion suppression factor of > 500). Participating institutes: Gießen, Univ., Wuppertal, PNPI Gatchina May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

12 Muon Chamber (MuCh) System
Full size GEM detectors tested with free-streaming read-out electronics at the CERN-SPS Nov.-Dec. 2016 The MUCH consists of a combination of 15 detector stations sandwiched between one carbon and 4 iron absorber layers for hadron suppression. The MUCH provides the identification of muons with momenta above 1.5 GeV/c. Tracking station 1+2: Two Gas-Electron-Multiplier (GEM) detector triplets Tracking station 3+4: two low-resistivity trigger RPC triplets Tracking station 5: four Transition Radiator Detectors (used only as trackers) Participating institutes: VECC Kolkata + 12 Indian Inst., PNPI Gatchina May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

13 CBM Magnet CDR - Walter F.J. Müller, FAIR
CBM Geometry STS must fit in Magnet height: 1440 mm width: mm support rails !! RICH sensitive to stray field  field clamps MUCH very close to yoke  field clamps must be removed May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

14 CBM Magnet CDR - Walter F.J. Müller, FAIR
CBM Magnet – Geo to STS I May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

15 CBM Magnet – Geo to STS II
May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

16 Thanks for your attention
The End Thanks for your attention May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

17 CBM Magnet CDR - Walter F.J. Müller, FAIR
Backup Slides May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

18 CBM: Installation Plan I
May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

19 CBM: Installation Plan II
May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

20 CBM: Installation Plan III
May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

21 CBM: Installation Plan IV
May 2017 CBM Magnet CDR - Walter F.J. Müller, FAIR

22 Little Heavy Detail: Beam Dump Iron

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