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ATLAS LHCC 28/11/00 A. Henriques/CERN 1 H8 : Pixel, SCT, TRT, Tiles, LAr em barrel, Muons SPS H6: EMEC, HEC, FCAL, Background studies GIF: Muons (MDT,

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Presentation on theme: "ATLAS LHCC 28/11/00 A. Henriques/CERN 1 H8 : Pixel, SCT, TRT, Tiles, LAr em barrel, Muons SPS H6: EMEC, HEC, FCAL, Background studies GIF: Muons (MDT,"— Presentation transcript:

1 ATLAS LHCC 28/11/00 A. Henriques/CERN 1 H8 : Pixel, SCT, TRT, Tiles, LAr em barrel, Muons SPS H6: EMEC, HEC, FCAL, Background studies GIF: Muons (MDT, TGC, CSC, RPC) PS T9: Pixel/SCT irradiations Outside CERN : KEK/Japan pion beam: TGC, SCT LBNL/Berkely proton beam: Pixel/SCT IBR-2/Dubna reactor: HEC/FCAL CERI/Orleans neutron beam: Lar em calorimeter,preshower Lowell/Massachusetts neutron beam: MDT chambers Atlas Test beam Activities

2 ATLAS LHCC 28/11/00 A. Henriques/CERN SPS proton Beam Schedule (18.5 weeks)    GIF  weeks (24%)  weeks (27%)   weeks (95%) For ATLAS:

3 ATLAS LHCC 28/11/00 A. Henriques/CERN 3 In weeks for ATLAS in H8 40 weeks including co-user weeks 

4 ATLAS LHCC 28/11/00 A. Henriques/CERN 4 Pixels in H8 Main achievements in 2000: Test 3 fully-functional hybrid modules. Study different design of sensors (including radiation hardness). Study cross talk, charge collection efficiency, etc. Plans for the future: Test before/after irradiation new generation of radiation hard modules. Take data in common runs with SCT and TRT. Dedicated 25ns beam runs in standalone and combined runs with ID. During the production test a sample of modules, before and after irradiation Request 3-7 weeks/year in standalone for (J. Richardson)

5 ATLAS LHCC 28/11/00 A. Henriques/CERN 5 Main achievements in 2000: Performance of fully-irradiated pre-series detectors Large matrix scans with up to 10 modules tested simultaneousl With 25 ns beam: Timing studies, Pile-up, event reconstruction at high event rate, etc. ABCD3T module has been build and irradiated at the PS but not in time to be tested in H8. They are being tested now at KEK but without magnet nor angle scans. Plans for future: During the production test a sample of modules, before and after irradiation. Take data in common runs with Pixels and TRT. First use of realistic prototype back-end DAQ elements Dedicated 25ns beam runs in stand-alone and combined runs with ID. Request 3-5 weeks/year in standalone for SCT in H8 (G. Moorhead)

6 ATLAS LHCC 28/11/00 A. Henriques/CERN 6 TRT in H8 Main achievements: New electronics testes with 25 ns beam have demonstrated expected performance. Study a new version of DTMROC-chip. General grounding-shielding concept was validated Able to produce final specification for the Front-end chips Plans for the future: Validation of the pre-production and production front-end-electronics. Test a full barrel module Validation of back-end-electronics with 25 ns beam. Take data in common runs with Pixels and TRT. Request 3weeks/year in standalone for (A. Romaniouk)

7 ATLAS LHCC 28/11/00 A. Henriques/CERN 7 LAr em barrel+EMEC in H6/H8 Achievements in 2000: Barrel: 2 runs for the barrel module 0 with modified motherboards. The first results on the uniformity scans performed at several energies have induced a small change on the electrodes design to cure part of the non uniformity observed. EMEC: 2 runs were cancelled because module 1 was delayed by new spacer design. Plans for the future: All the modules will be tested in the cold Barrel: calibrate in beam 2 modules in 2001, 2 in 2002 and 1 early 2003 over 32 production modules (16%), including uniformity and reproducibility studies. End-Cap: calibrate in beam 4-5 modules over 16 (25%). Combined runs: for Barrel and End-Cap em+hadronic calorimeters Request for : 4-6 weeks/year for Barrel and the same for EMEC combined runs: em barrel+Tiles in 2004 and EMEC+HEC+FCAL in 2003/2004 (L. Serin)

8 ATLAS LHCC 28/11/00 A. Henriques/CERN 8 HEC in H6 Main achievements in 2000: Continued module tests from the series production. Setup with 3 phi edges (6 modules in total) with reduced pion lateral shower leakage (~ 4%). Studies with particles (e,  ), energy and position scans (6-200 GeV), comparison with MC. Plans for the future: HEC standalone: –Calibrate 30 production modules (12%) –All the modules will be tested in the cold Combined runs: –EMEC/HEC (eta~2.0) in the year –EMEC/HEC/FCAL (eta~3.2) in Request 6 weeks/year in standalone for (P. Schacht)

9 ATLAS LHCC 28/11/00 A. Henriques/CERN 9 FCAL in H6 Plans for the future: In 2002 calibrate with electrons and pions 1 complete FCAL (3 modules). In combined run with EMEC and HEC Beam requests: 10 weeks of beam in standalone in weeks of beam in combined mode in (P. Loch)

10 ATLAS LHCC 28/11/00 A. Henriques/CERN 10 Tile calorimeter in H8 Main achievements in 2000: Could not start calibrating production modules (final electronics not available) Implementation of DAQ-1 system (improved the time for data taking by ~ factor 3) Readout engineering tests with 3 Production Modules: 1Barrel and 2 Extended Barrels Plans for the future: : –Calibrate in the beam 12% of modules (8 B+16 EB) in 3 periods/year –Long Term stability tests with module 0 –All the modules will be calibrated with Cesium source. In 2004: Combined runs with LAr barrel calorimeter +Tiles including low energy calibration. Request 3-6 weeks/year in standalone for (R. Stanek)

11 ATLAS LHCC 28/11/00 A. Henriques/CERN 11 Muon chambers in H8/H6/GIF Main achievements in 2000: MDT’s: –Module-0 test not done mainly by delay of the front-end electronics. –Started mechanical installation to test 1 octant of the End-Cap (=>infrastructure changes, preliminary assembly of 10 m wide chamber support frames) –The test of components of the End-Cap alignment system has started. TGC’s: modules from the production line have been tested in GIF/X5. RPCs: module-0 chambers have been tested in GIF/X5. CSC’s: A module-0 chamber is expected to be tested in GIF in December Background studies in H6: Analysis of the data collected in completed. The agreement with Fluka are remarkably good (better than 20% consistency). (S. Palestini)

12 ATLAS LHCC 28/11/00 A. Henriques/CERN 12 Muon Chambers in H8 and GIF Plans for the future: H8: In 2001 test of the End-Cap alignment system with one octant Test of module-0 chambers, equipped with new electronics. Test of barrel chambers, DAQ, DCS, and event reconstruction. Test TGC trigger chambers including trigger studies with the 25 ns beam (in 2002). Test new gas re-circulation system build for ATLAS with cosmic ray trigger GIF: Test new gas recirculation system Continue test of CSCs, TGCs and RPCs, and trigger studies Request 4 weeks/year in H8 and 8 weeks per year in GIF for (S. Palestini)

13 ATLAS LHCC 28/11/00 A. Henriques/CERN 13 The Muon beam zone in H8 beam under construction

14 ATLAS LHCC 28/11/00 A. Henriques/CERN 14 The “official” proton period has just been shortned to 12 July-4 November 2001 (reduction of 1.5 weeks!!!)

15 ATLAS LHCC 28/11/00 A. Henriques/CERN 15 ATLAS test beam requests (# weeks) ___________________________________________ Year proton period H8 H6 GIF ___________________________________________ (17) ? ? ? ?1876


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