The template for the minutes of meeting for the weekly PS & SPS users meeting can always be found using this link: https://codimd.web.cern.ch/0aHs5uqmSPuII76-SaaQdg
Please pre-fill them before the meeting with a summery of your activities!
Coordinator for this week 37 : E. Babara Holzer
Coordinator Week 38 : M.R. Jäkel
E.B. Holzer, M.R. Jäkel
Proton Run 2024
Ion Run 2024
Reminder: Beam time exceeding the limits of 2 weeks PS beam time and 1 week SPS beam time per year need the approval of one of these CERN committees: SPSC, LHCC, DRDC, INTC, RB or IEFC. Consider joining a DRD collaboration, if you require more beam time.
Target intensities:
See here or via ASM (accessible from within the CERN network).
Upcoming SPS MDs next weeks :
https://be-dep-ea.web.cern.ch/content/md-planning-north-area
Dedicated SPS MDs - if not anounced differently - are taking place from 8:00 to 18:00
Good week for PS with a beam availability of 96% Thursday to Thursday.
Experiments in EAR1 (238U(n, g)) and EAR2 (88Zr(n,g)) successfully completed on 11.09.
Long beam stop (30 h) to:
NEAR: Activation measurements
Protons received
On call phone number: 67500
T09: No major issues. Good operation.
T10: Good operation.
T11: CLOUD setup ongoing in preparation for run.
Very good week. POT above the reference intensity for T8 (>2.8e16 p/w, see plot below). The TID generated by the CHARM target was 513 Gy. Since we needed to manipulate samples exposed to very high fluences on Wednesday, all material was removed from the line on Tuesday evening (end of all p+ irradiations) allowing some time from 21:30 for the first ion MD propagating the beam down to T8 (see PS report). The centering of the T8 beam on the horizontal plane was back to the usual values >90% on both axes.
From yesterday access. In IRRAD, we removed the LHCb setup (WLS fibers), TE-MSC and LHCb PicoCal samples and installed ATLAS ITk FOS sensors and EP-ESE (CMS HGCAL samples) for multiple fluence steps. During the week irradiations of nLGAD samples for R&D (DRD3).
In CHARM we modified a test setup by TE-MPE, while SY-EPC and BE-CEM setups continue testing. We continued also the testing several types of RFID tags to assess their radiation tollerance (AIDAinnova project).
After the access, took some time to find setting that delivered us a stable beam. Longitudinal profile unstable (see below) - solved this moring at around 8:00.
The RP week (September 18-25) is confirmed and during this period T8 will request a reduced dutycycle (e.g. we will need less spills than usual, details in the coming weeks). Also the cryogenic run in IRRAD is confirmed from mid-october till the end of the proton run.
https://docs.google.com/presentation/d/1SwWWZIkiD-_rLx64CDVbDHdz9D2AaWqfWnCmm7dQSN8/edit?usp=sharing
SHiP ECAL: sampling calorimeter (Iron/scintillator) read out by Silicon Photomultipliers
Installation completed yesterday, taking first data since yesterday evening.
3 beam modes, 1-5 GeV range
HIKE/SAC (W38) and NanoCal (W39) programs in T9 share same setup.
HIKE SAC main goal: Use CRILIN prototype to measure transverse profile and time resolution for EM showers with and without crystal alignment.
NanoCal main goal: Test new, full scale fine-sampling shashlyk prototype to be used as test bench for NanoCal, intended as MEC prototype for HIKE.
Simple setup used in past: silicon strip tracking for beam, devices under test, backup calorimeter. Installation est. 8 hours, ready for beam 18:00 Wed
Equipment requested: 1 XCSA + 1 DESY table (or 2 DESY tables)
Beam files requested:
Electrons: 1, 2, 3, 4 GeV, focused
Muons: ~4 GeV, parallel
Test finished, excellent beam conditions, weare happy
Target sharing, also in ASM (accessible from within the CERN network)
Target | Intensity | Date |
---|---|---|
T2/T4/T10/T6 | 30/54/21/150 | 11.09.2024 |
T2/T4/T10/T6 | 30/54/21/30 | 04.10.2024 |
T2/T4/T10/T6 | 30/54/21/150 | 09.10.2024 |
On call phone number: 67500
H2: Smooth operation.
H4: Smooth operation.
H6: Good operation.
H8: Good operation. 8h of poor beam on Tuesday night due to a failed power supply of an upstream quad, reset in the morning.
M2: Deinstallation of NA64mu and installation of MUonE completed on time. Beam to be checked with MUonE later in the week.
P42/K12: Smooth operation.
This week we are observing instable beam with several empty spills. Otherwise, smooth operation with good quality of the beam and almost all the protons taken.
Last Friday (06/09) 6h of access were needed to fix a problem with our GTK cooling system.
Installation almost done, no issue so far.
Safety inspection scheduled for tomorrow morning.
Both FoCal-H and FoCal-E pixels performed tests with various beam energies for both electron and hadron beam
Special Runs with muon beam
Calibrations, dedicated scans, validating the system
FoCal-E pixels
• Back Bias successfully used for data taking with ALPIDEs (-1V, -3V, -4V, -5V)
• Large reduction of occupancy with BB
• Large reduction of BUSY violation with BB
FoCal-H
• H2GCROC successful in FoCal-H readout chain (and LFHCal) with continuous trigger
• Preliminary plots look promising
• Tested successfully also with triggered version
2nd beam test in 2024 after July/August beam test
Similar setup as in previous slot but with new version of the HGCAL electronics (pre-production electronics):
Started our installation yesterday and finished commissioning of the new electronics .
Plan to finish our installation in the M1 magnet today.
Safety visit is scheduled for today at 2PM
Plan to start with electron beam later in the afternoon and with the M1 magnetic field tomorrow morning.
Then we plan to acquire data with electron beam and with muon beam
Setups: 7 setups (see attached slides for more details)
SETUP A: PICOSEC (F. Brunbauer, K. Gnanvo)
SETUP B: uGroove - USTC (Y. Zhou)
SETUP C: STRAW (T. Enik, K. Kuznetsova)
SETUP D: GEM-TPC (F. Garcia)
SETUP E: DRD1 GEM/VMM3a Tracker (L. Scharenberg, K. Floethner)
SETUP F: Saclay
SETUP G: MPGD comp. Studies (Darina Zavazieva)
Beam Conditions: High Rate (as much as permitted by RP) Muons, Potentially few shifts (8h) high rate pions (to be confirmed).
Goliath: Few shifts (4h-8h) with magnet on. 0-1.5T scan, steps of 0.3T, direction does not matter but deflection towards Jura preffered by GIF.
Installation: Tuesday 17 starting from 8am. Beam pipe will be removed already on Monday. Thanks in advance for all the help that we will need.
Flammable gases: same as in April/June test beam (see attached slides for more details).
Survey: Planned for Tuesday 2pm.
Safety Visit: Tuesday 4pm. Safety for Flammable gases to be agreed.
Continuing irradiation while preparing for beam
Thanks NP04 for giving us access when needed
Successful data taking throughout the week. Able to complete measurements of our two primary DUTs (irradiated modules from IRRAD) with enough time to take some data on an additional device. Thank you to the beam operators.
Set up everything yesterday, with minor adjustments to be done. We have not turn on high voltage yet, as we are waiting for the safety clearance visit this afternoon at 14:30. The plan is to have an access around 14:00 to finish adjustments and safety visit later. No run yet.
Two weeks of test beam to test pre-production ASIC (ALTIRCOA) + LGADS, basically continuation of the test done in August
Quick installation yesterday morning, we had safety check in the afternoon and we have already started the data-taking.
Desired beam intensity around ~10K particle/spills to be discussed with BCM prime (but it seems fine)
Overall it was a very good week.
Beam conditions were stable throughout and we were able to accumulate a lot of high quality data. Two minor issues:
We used gas for 2 different systems:
We finished the Bias voltage scan which had been initiated in week 33 in H6 and initial studies of the data show that the time resolution with the pion beam is compatible with the results previously obtained at DESY (electron beam at 4 GeV).
Thank you for all the support
We are running the same setup we had in T10 during week 35:
Our beamtime in T10 in the East Area was very productive, and in this new beam test, we aim to test the detectors with higher beam rates and energy ranges. We hope to coordinate with the DRD6 IDEA DRC users to secure a few hours of beamtime under conditions favorable to us. We’ll need at least 30 minutes of beam access per day to adjust our setup.
We passed the safety inspection yesterday successfully and are already collecting data.
The XBPF monitor is now in vacuum, allowing us to test the in/out motorization. Everything is working satisfactorily.
We also would like to express our immense gratitude to the SPS coordination, physicists and technicians for their availability and support of our activities.
Very fruitful test beam here at H6, as well as at H8 in collaboration with PPS. We were able to study the connections of new assemblies at H6, as well as study the time resolution of a chip of the latest version of ETROC2 at H6. And at H8 we were able to complete the bias scan that started in Week 33 and verify the time resolution results for the scanned ETROC2 chip + LGAD assembly. See slides 4+5 of the attached slides on Indico for a couple of summary plots.
Many thanks for the continuned support from the test beam coords in accomodating our requests and timelines.
Minutes by the respective speakers, edited by E. B. Holzer, M. Jäkel, T. Shulha, and M. Schwinzerl