- Compact style
- Indico style
- Indico style - inline minutes
- Indico style - numbered
- Indico style - numbered + minutes
- Indico Weeks View
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!
Physics Coordination schedule:
E.B. Holzer, M.R. Jäkel
User Schedules v2.0.4 (for most of the lines until end of August) released: see User Webpage
Please get in contact, if you want to take one of the week still free before June - Tanja (tetiana.shulha@cern.ch) is collecting all requests.
2024 injector schedule released EDMS 2872566
2024 approved LHC schedule EDMS 2872429
Proton Run 2024
Ion Run 2024
Ion run Coordination Meeting : Tuesday 23.7 at 16h
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.
Upcoming SPS MDs next weeks :
SFT working well
HRM tests, 08:00 - 13:00, in the end extended by a couple hours to finish first, prioritized part of pulse list relevant for next week’s run
Issues
Solved completely the problem on SFTPRO now we recovery, the tansmission at ~99%
We completed the Hiradmat run with success full on Wednesday morning
Increased the intensity on T4 by 10 unit and changed the wobbling
Issues
EAR2: after a fast intervention of TE-VSC a developing vacuum leak in the upstream beamline (hosting n-beam monitors) has been temporarily fixed. Measurement was stopped only for less than a day (on 27.06).
NEAR: an intervention of MIRION/Canberra technicians allowed to recover an HPGe detector.
EAR1: problems with a vacuum sensor that do not permit to open a shutter valve in the pipeline (from the evening of 03.07).
On 03.07 new test with a longer nominal bunch (44 ns) have been performed on dedicated pulses.
Data taking:
EAR1: Er(n, g)
EAR2: Mo(n, g) will end on Friday, then mounting of Diamond detector
NEAR: Activation measurements
On call number: 67500
General: The FGC server had to be rebooted for the east magnets which caused some short downtime in T09.
T09: Good operation.
T10: Good operation.
T11: No user.
Good week. Cumulated 2.3E16 p/w and the TID required by the current users in the CHARM area despite the fact that we run with lower intensity per spill to accomodate our users’ needs.
During these weeks the beam center tend to drift more often and with larger magnitude than at the beginning of the run. This is confirmed also by the statistics of this week (~85% of spills centered on both axis in w26, compared to more than 95% in average until w23). Moreover, also the “slow” intensity drift appeared again this week (see below).
During the access on wednesday: (1) In CHARM we exchanged cards and components for BE-CEM and SY-EP. (2) In IRRAD we added samples for TE-MSC and new exepriment for CMS MDT while all other long-term experiments continue.
The joint ASN/OFSP offical visit in IRRAD and CHARM went well. We continue until next Wednesday
Now also part of DRD6-WP3 activies (HGCCAL)
First week: smooth data taking with crystal prototype and single bars
Muons at 5 GeV and 10 GeV: MIP calibrations
Electrons 1 – 5 GeV: energy scans
Active cooling system installed and in operation: very stable in temperature control (+/- 0.1 degrees)
Timing resolution with crystal-SiPM
Planning for the 2nd week
R&D on the development of a Hadronic Calorimeter based on Micro Pattern Gaseous Detectors [DRD1-WP5/DRD6-WP1]
Technologies under study: µRWELL and MicroMegas (MM)
First test beam performed at T10 during 2023, with nice results but margins of improvements exist
Setup:
Installation
ISIEC already done (link):
Measurement needs (started discussing with Dipanwita):
Goals:
The team will mount the equipment on July 10. The setup included 20 drift tubes arranged in a 10x10cm2 box.
The tubes will work with a mixture of Helium and Isobuthane. The team will run for two weeks with muons at different
momentum in a range between 2 and 12 GeV in order to measure the performance of the cluster counting. We hope that the beam will be stable enough and reasonable intensity.
On call number: 67500
General: Webpage for current MDs and access planning for the experimental areas available now under https://be-dep-ea.web.cern.ch/content/md-planning-north-area
Current intensity sharing, from Wednesday, 03.07.24, with a 180 mm target head on T4 and the -300 GeV/c wobbling for H8, -120 GeV/c for H6:
T2 | T4 | T10 | T6 |
---|---|---|---|
30 | 53 | 21 | 30 |
Proposed intensities from Wednesday, 10.07.24, with a 500 mm target head on T4 and the -300 GeV/c wobbling for H8, -120 GeV/c for H6:
T2 | T4 | T10 | T6 |
---|---|---|---|
30 | 20 | <1 | 30 |
Proposed intensities from Wednesday, 17.07.24, with a 100 mm target head on T4 and the standard +180 GeV/c wobbling for H8, +120 GeV/c for H6:
T2 | T4 | T10 | T6 |
---|---|---|---|
30 | 42 | 21 | 30 |
H2: Smooth operation (still limited to 150 GeV/c maximum momentum). Intervention for magnet exchange planned for 30.07.24 to 01.08.24.
H4: Smooth operation.
H6: Good operation last week and changeover to e± configuration for 4 weeks. CEDAR and several profile monitors removed to reduce material in the beam and increase the available rate. Beams checked yesterday with POKER.
H8: Good operation.
M2: Good operation.
P42/K12: Smooth operation. Change of T4 wobbling yesterday for H6/H8 users. Slight realignment onto T10. We tested a low intensity beam configuration for NA62 that is requested from next week Wednesday for one week. This would require changing the T4 target head to 500 mm and reducing the T4 intensity to about 20 units. As a side effect, it will give the possibility of better quality eletron beams in H8 and H6.
BLM and SMAUG completed successfully in a very short time.
Thanks to the operators for a good beam quality.
We plan to have a low intensity run starting on Wednesday for one week.
Overall successful testbeam campaign!
All setups are working and take data. The last setup (FCC-muon) was installed yesterday and is ready to take data
This is how the area looks like:
There are problems with one TAX (Xtax.022.023) that stucks often and then we have to move it manually. May someone should look into this.
There are always problems with the telephone in the control room.
We would like to leave some equipment in the area (at some corner) for the September TB period. The same we had done in April for this TB period. This will accelerate our instalation in September.
taking data
Continuing the optimisation of the NP04 LAr TPC using cosmics. LAr purity, HV, and noise as per expectatinos and stable. Ready to take beam from next week.
One of the two Cherenkov detectors in front of NP04 is not properly funciontal. Expert are working on it.
Batch 2 delivered good data and preliminary data analysis shows good behaviour of the new DAQ fw/sw (no desync). Set up if batch 3 took the whole weekend due to the difficult assembly including irradiated quads which require the secondary cooling circuit. Unfortunately, there were severe issues with the most interesting samples (two irradiated quads, unirradiated ItkPixV2 quad) resulting in data taking only with one quad where the program was concluded. In agreement with Laury we left the setup mounted and cold in the hope to run no-beam tests and save setup time in the next test beam period. I moved the telescope to the side keeping (almost) all connections. Installation of beam pipe for electron users went fine.
The POKER prototype (POKERINO) was successfully installed and mounted on the DESY table. The safety inspection was passed on July 3rd (5 p.m.) and the beam configurations are correctly working in CESAR. We are ready to start our data taking.
Thanks to the extension of the run, UA9 and STI managed to finish their program and recover the delay accumulated due to the poor beam of the first week.
Working in parallel with PAN went pretty fine and smooth.
Many thanks !! to Maarten for proposing a beam set up that was convenient for both experiments.
Thanks go also to M. Lazzaroni and his team who was always ready to provide the extra devices we could need.
From the beam point of view, on Monday we observed a weird beam shape. It was rapidly tracked to the quadrupole XBH8.QUAD.042.033 in the H8 beam line that would not start properly. Maarten is waiting for this to happen again to have it checked.
Beam Operation: Very good beam run. Great amount of statistics and good enough beam stability. Sometimes one of the magnets tripped and caused the beam to divert away from the sensor (only 2 times). As a result, an overnight run was lost but otherwise no issues.
Beam configuration: 180 GeV (~80% protons, ~20% pions, etc. )
Setup: Due to beam stability and intensity I was able to finish my beam run Tuesday night and could disassemble earlier. Two measurment goals were achieved.
Minor Note: Telephone in control room (for PPE158) not working.
Emulsion detector momentum calibration.
Detector setup finished
Beam tuning done by Maarten. Wishes: 50, 100, 200, 300 GeV muons and hadrons, 10 cm x 10 cm.
– Hope Johannes to perform uncomplete beam tuning for 50, 100 GeV/c muons today.
Testing detectors
Will start exposing emulsion detector soon after beam tuning.
Minutes by the respective speakers, edited by E. B. Holzer, M. Jäkel, T. Shulha, and M. Schwinzerl