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[Sphenix-l] TPC commisioning presentation draft for CPAD 2023
- From: Evgeny Shulga <mohaas33 AT gmail.com>
- To: sphenix-l AT lists.bnl.gov
- Subject: [Sphenix-l] TPC commisioning presentation draft for CPAD 2023
- Date: Mon, 30 Oct 2023 10:00:55 -0400
Dear all,
Attached is the first draft of the slides for CPAD Workshop 2023, SLAC, November 7-10.
Invenio link: invenio.sdcc.bnl.gov
Attached is the first draft of the slides for CPAD Workshop 2023, SLAC, November 7-10.
Invenio link: invenio.sdcc.bnl.gov
sPHENIX TPC in the 2023 commissioning run
The sPHENIX experiment at RHIC was fully assembled and started its first commissioning run in the summer of 2023. This experiment will further investigate the microscopic nature of sQGP through precision measurements of jet, upsilon, and open heavy flavor probes over a broad pT range. The Time Projection Chamber (TPC) is one of the main tracking detectors in the sPHENIX detector. It is designed for operation in a 1.4 T magnetic field and high luminosity collisions to provide a rapidity coverage of |η|<1.1 and over the full azimuth.
Amplification in the TPC is provided by the quadruple-GEM stack. The signals are collected with zigzag patterned readout pads, and processed with the SAMPA ASIC. The stability of the GEM performance is controlled with the fast trip protection system. Two laser systems are tested and installed to calibrate the static and dynamic distortions.
In this talk, we will present the highlights of the first months of operation of sPHENIX TPC in the commissioning run.
The sPHENIX experiment at RHIC was fully assembled and started its first commissioning run in the summer of 2023. This experiment will further investigate the microscopic nature of sQGP through precision measurements of jet, upsilon, and open heavy flavor probes over a broad pT range. The Time Projection Chamber (TPC) is one of the main tracking detectors in the sPHENIX detector. It is designed for operation in a 1.4 T magnetic field and high luminosity collisions to provide a rapidity coverage of |η|<1.1 and over the full azimuth.
Amplification in the TPC is provided by the quadruple-GEM stack. The signals are collected with zigzag patterned readout pads, and processed with the SAMPA ASIC. The stability of the GEM performance is controlled with the fast trip protection system. Two laser systems are tested and installed to calibrate the static and dynamic distortions.
In this talk, we will present the highlights of the first months of operation of sPHENIX TPC in the commissioning run.
If you have any comments, please let me know.
______
Cheers,
Evgeny
Stony Brook University:
Department of Physics and Astronomy
E-mail: shulgaevgeny AT gmail.com
Web-page: eashulga.github.io/
Mobile: +1 929 369 3783
Address: Stony Brook, NY 11794-3800
Attachment:
CPAD 2023 v1.0 .pdf
Description: Adobe PDF document
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[Sphenix-l] TPC commisioning presentation draft for CPAD 2023,
Evgeny Shulga, 10/30/2023
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Re: [Sphenix-l] TPC commisioning presentation draft for CPAD 2023,
Huang, Jin, 10/30/2023
- Re: [Sphenix-l] TPC commisioning presentation draft for CPAD 2023, Thomas K Hemmick, 10/30/2023
-
Re: [Sphenix-l] TPC commisioning presentation draft for CPAD 2023,
Huang, Jin, 10/30/2023
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