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UK Participation in phase-II tracker upgrade o Brief Overview of R&D work to date1 slide o Scope of Interest of UK institutes2 slides o Task list & Institute.

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Presentation on theme: "UK Participation in phase-II tracker upgrade o Brief Overview of R&D work to date1 slide o Scope of Interest of UK institutes2 slides o Task list & Institute."— Presentation transcript:

1 UK Participation in phase-II tracker upgrade o Brief Overview of R&D work to date1 slide o Scope of Interest of UK institutes2 slides o Task list & Institute Involvement4 slides o Summary1 slide Birmingham, Cambridge, Edinburgh, Glasgow, Lancaster, Liverpool, Manchester, Oxford, RAL, Sheffield, QMUL, UCL Oxford Group Meeting1

2 2 PPGP PPRP STFC ATLAS-UK CB ATLAS Upgrade L1 Trigger L2 Trigger ITK Software TUMM WP1 WP6 SB Exploitation

3 Areas of hardware R & D Effort ~ 2008 - present R&D Strip Detector o Sensor R&D, ASIC set, hybrid & module assembly o Serial & parallel powering schemes o Optical fibre qualification & DAT schemes o Stave core & tape development, module to stave assembly o Cooling tube & welding methodology o Macro-mechanical supports, stave handling and insertion o Service modules o DAQ, EoS, prototyping & testing of stave o Irradiation studies on many items  UK groups work in cross-institute teams – six hardware workpackages  In collaboration with Colleagues from other countries Pixel Detector – several items in common with strips, not duplicated o Quad Sensor R&D, bumping, tape & module assembly o Layout, support ring design, tapes o Macro mechanics & module to stave assembly o DAQ, prototyping & testing o 3-D & diamond R&D Oxford Group Meeting3

4 Scope of UK Work  Possible Construction Phase Participation based on o Interests and heritage of Institutions o Funding Level request being developed with funding agency o Evaluation of costs of producing items, including  Prototyping, current designs, expected yields  Working allowance (contingency) & Cost uncertainty  Required staffing levels  Also plan to help with Installation & Commissioning o Not discussed further here  Expect to work on software and performance studies o Software/performance/radiation – Long term Effort level not explored o Significant current work with organised programme  Glasgow, Edinburgh, Manchester, Liverpool, Sheffield, Lancaster, UCL, RAL o Not discussed further here Scope 1/2 Oxford Group Meeting4

5  Strip Detector o Provide 128 short strip and 108 long strip assembled and tested barrel strip staves.  This is half the barrel strip project.  Corresponds to 3328 SS & 2808 LS modules (  =6136 ) o Provide mechanical supports and service modules for these staves  Support modules are an integrated block of services  Includes cooling pipes, optical fibres, power cables o Provide read-out, powering and DAQ for these staves (half the total).  Pixel Detector o Provide assembled pixel endcap system, ready for installation  Assumes the 5,8,12 layout  Corresponds to 1250 modules, 25 rings o Provide the DAQ and services associated with the pixel forward region o Collaborate on production of 3-D pixel modules for inner layer Note: no anticipated involvement in stub cylinder also simulation and performance studies, incl radiation environment o The UK groups  Expect to work with collaborators in the overall project at a level consistent with its core contribution.  Anticipate that plans will evolve in the light of international context and interests, and developments in design. Scope 2/2 Possible Involvement 5

6 Mechanics & Macro Assembly Pixel Detector TASKDescriptionInstitutes 3.1aSensor procurementLiverpool 3.1Sensor QALiverpool, 3.2ASIC QAGlasgow, RAL 3.3Hybrid QALiverpool 3.4aModule assembly managementGlasgow 3.4Module Assembly & QAGlasgow, Liverpool, Manchester/Edinburgh, Oxford 3.53-D Sensor & ModuleManchester TASKDescriptionInstitutes 6.1Ring Manufacture and QA: 6.1b On-disk tapesEdinburgh 6.1c EoS cardsEdinburgh/Manchester 6.1d Carbon Fibre shellsLiverpool 6.1e Foam cutting, ring assembly, QAManchester 6.1f Cooling loop fabricationLancaster, Sheffield 6.2Module Mounting, QARAL, Glasgow 6.3Superstructure procurement, QAQMUL,Liverpool 6.4Type-I service assembliesEdinburgh, Sheffield, Lancaster 6.5Assembly of rings into endcap superstructures, QA Liverpool, Sheffield, QMUL 6.6Delivery of assembled endcap to CERNLiverpool Institute Involvement Institute 1/4 involvement Areas of work at Institutes is not rigidly fixed, but will adapt to Evolutions in UK tasks & resource allocations International programme Module Production 6

7 Strip Detector TASK Description Institutes 2.1 Sensor QA Cambridge, QMUL, Lancaster, Sheffield, Oxford 2.2 ASIC QA RAL, Glasgow 2.3 Hybrid Assembly and QA Birmingham, Liverpool 2.4 Module Assembly and QA Liverpool, Cambridge, Glasgow, Sheffield, B’ham, Oxford, RAL, Lancaster(QA) TASKDescriptionInstitutes 4.1Raw Materials Batch TestingLiverpool, Sheffield, (+RAL TD?) 4.2Bus-tape testing & co-curingOxford + Liverpool 4.3Cooling pipe manufactureLancaster, Sheffield 4.4Stave Frame ProductionQMUL, Lancaster 4.5Stave core assemblyLiverpool & Oxford 4.6Stave core QALiverpool, Oxford, Sheffield & QMUL TASKDescriptionInstitutes 5.1Module Reception TestingRAL 5.2Stave Core Reception TestingRAL 5.3EoS reception & QAOxford, RAL 5.4Module MountingRAL 5.5Wire bondingRAL 5.6Stave electrical QARAL 5.7Reliability testingRAL, Oxford Module Assembly & QA Institute 2/4 involvement Stave Core Assembly Module Mounting and QA

8 Oxford Group Meeting8 TASKDescriptionInstitutes 7.2 Barrel support structure component manufacture RAL, Liverpool, Oxford 7.3Type I service module manufactureRAL, Oxford, Sheffield, Lancaster 7.4Stave installation toolingOxford 7.5Cooling connection toolingSheffield Mechanics & Services 8 TASKDescriptionInstitutes 8.2DAQSheffield, Oxford, RAL;UCL 8.3PoweringRAL 8.4System MaintenanceUCL 8.5Irradiation ProgrammeSheffield, Birmingham, Liverpool Power and DAQ Strip Detector Institute 3/4 involvement Collectively the institutes have (or have planned) the facilities required Clean rooms, probe stations, wire bonders, precision CNC, autoclaves Metrology, QA/QC capability, DAQ, orbital welding, injection moulding

9 Effort Levels  Indicative Effort Levels  Based on current R&D effort  Largely flat profile at most Institutes through construction phase,  Some increase in academic involvement  Some RAs could be added  Some moderate increases in tech effort when needed  Exception: Significant technician boost at RAL-TD Institute 4/4 involvement InstituteAcademicsPhysicistsEngineersTechnicians FTE Birmingham0.60.40.01.7 Cambridge1.30.90.40.7 Edinburgh0.20.90.80.5 Glasgow0.42.41.02.1 Lancaster0.50.80.01.0 Liverpool0.43.72.53.6 Manchester0.41.72.10.3 Oxford2.30.04.94.1 RAL PPD1.15.00.50.0 QMUL0.71.91.70.9 Sheffield0.10.40.80.0 UCL0.30.50.30.0 RAL - TD0.0 3.40.2 Totals8.218.6 15.2 Not included in the table 60.9 FTE 9

10 Summary o 12 UK Institutes enthusiastic about collaborating internationally on the ITK phase-II construction project o Subject to design & scale, and the international programme, the possible UK participation is  Half the Barrel strip detector  One endcap pixel system o The scope is based on UK core contribution & in 2015 ATLAS- UK will bid for funding 2016-2024. Kick-off Meeting 4th Nov 201410


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