Status report of the tile-Si Lccal* project

Slides:



Advertisements
Similar presentations
P. Checchia Como 8th ICATPP1 LCcal * : a Calorimeter prototype for future Linear Colliders Design principles Prototype description Construction.
Advertisements

Recent news about SiPM based applications R&D in DESY Nicola D’Ascenzo University of Hamburg - DESY.
CMS Outer Hadron Calorimeter (HO) Project Naba K Mondal Tata Institute, Mumbai, India.
W. Clarida, HCAL Meeting, Fermilab Oct. 06 Quartz Plate Calorimeter Prototype Geant4 Simulation Progress W. Clarida The University of Iowa.
1 First tests of LCCAL prototype at BTF LCCAL: Official INFN R&D project, official DESY R&D project PRC R&D 00/02 Contributors (Como, LNF, Padova, Trieste):
LC-cal mtg, ECFA-DESY 2002 ws summary Dhiman Chakraborty 1 Summary of Calorimetry sessions at ECFA-DESY ‘02
A preliminary analysis of the CALICE test beam data Dhiman Chakraborty, NIU for the CALICE Collaboration LCWS07, Hamburg, Germany May 29 - June 3, 2007.
30 October 2002Paul Dauncey - CALICE/PRC1 PRC – CALICE Progress Report Paul Dauncey, Imperial College London Representing the CALICE Collaboration.
March 31 CALICE Collaboration meeting April 1 – 4 ECFA/DESY Linear Collider Workshop Amsterdam.
27 th May 2004Daniel Bowerman1 Dan Bowerman Imperial College 27 th May 2004 Status of the Calice Electromagnetic Calorimeter.
Thursday, November 7th ECFA meeting - Valencia - A.-M. Magnan 1 CALICE Summary of 2006 testbeam for the ECAL Anne-Marie MAGNAN Imperial College London.
Silicon pad detector for an electromagnetic calorimeter at future linear collider experiments: characterisation and test beam results Antonio Bulgheroni.
Michele Faucci Giannelli TILC09, Tsukuba, 18 April 2009 SiW Electromagnetic Calorimeter Testbeam results.
Status of EIC Calorimeter R&D at BNL EIC Detector R&D Committee Meeting January 13, 2014 S.Boose, J.Haggerty, E.Kistenev, E,Mannel, S.Stoll, C.Woody PHENIX.
J-C BRIENT LLR AGENDA CALORIMETRY and other subdetectors session J-C. BRIENT LLR Status report on the W-Si ECAL 30’ V. VRBA IP-ASCR Silicon pad sensors.
Silicon pad detectors for LCCAL: characterisation and first results Antonio Bulgheroni University of Milan – Italy on behalf of LCCAL: Official INFN R&D.
Calorimetry: a new design 2004/Sep/15 K. Kawagoe / Kobe-U.
CALICE Meeting DESY ITEP&MEPhI status report on tile production and R&D activities Michael Danilov ITEP.
CALORIMETER system for the CBM detector Ivan Korolko (ITEP Moscow) CBM Collaboration meeting, October 2004.
Light Calibration System (LCS) Temperature & Voltage Dependence Option 2: Optical system Option 2: LED driver Calibration of the Hadronic Calorimeter Prototype.
Montpellier, November 15, 2003 J. Cvach, TileHCAL and APD readout1 TileHCAL- fibre readout by APD APDs and preamplifiers Energy scan with DESY beam –Energy.
Tungsten as HCal-material for a LC at multi-TeV energies CALICE AHCAL Meeting, DESY 17 July 2009 Christian Grefe for the Linear Collider Detector Group.
VVS Prototype Construction at Fermilab Erik Ramberg 26 February,2002 Design issues for VVS Details of VVS prototype design Schedule and Budget Testing.
ILC Calorimetry Test Beam Status Lei Xia ANL HEP.
P. Checchia ECFA-DESY Prague1 Status report of the tile-Si Lccal * project Prototype description Production Beam test results Future plans *
V. Korbel, DESY1 Progress Report on the TESLA Tile HCAL Option To be filled soon.
5-9 June 2006Erika Garutti - CALOR CALICE scintillator HCAL commissioning experience and test beam program Erika Garutti On behalf of the CALICE.
CALICE collaboration CALICE collaboration J-C BRIENT LCWS02 – Jeju Island The CALICE –ECAL Silicon - V. Vrba Very FE - S. Manen Readout/DAQ - P. Dauncey.
LC Muon Detector Development Overview Hardware R&D Goals Hardware Configuration Design Issues Procurement, Engineering, Manpower Additional Development.
Performance of Shower Maximum Detectors Saori Itoh (Shinshu Univ.) GLC calorimeter group (KEK,Kobe,Konan,Niigata,Shinshu,Tsukuba) Introduction Detector.
The LHCb Electromagnetic Calorimeter Ivan Belyaev, ITEP/Moscow.
ScECAL Beam FNAL Short summary & Introduction to analysis S. Uozumi Nov ScECAL meeting.
Villa Olmo, Como October 2001F.Giordano1 SiTRD R & D The Silicon-TRD: Beam Test Results M.Brigida a, C.Favuzzi a, P.Fusco a, F.Gargano a, N.Giglietto.
Hadron Calorimeter Felix Sefkow EUDET Extended Steering Meeting September 11, 2006.
CALICE, CERN June 29, 2004J. Zálešák, APDs for tileHCAL1 APDs for tileHCAL MiniCal studies with APDs in e-test beam J. Zálešák, Prague with different preamplifiers.
P. Checchia LCWS02 Jeju1 Lccal * : an R&D project for the Electromagnetic barrel Calorimeter Design principles Prototype description Status of.
SiW ECAL Marcel Reinhard LLR – École polytechnique LCWS ‘08, Chicago.
Future Beam Test Plans of the Calorimeter Group Aug 学術創成会議 Satoru Uozumi (Shinshu) for the GLD calorimeter group We are planning to have two beam.
Physics performance of a DHCAL with various absorber materials Jan BLAHA CALICE Meeting, 16 – 18 Sep. 2009, Lyon, France.
IFR Detector R&D status
Beam test of Silicon-Tungsten Calorimeter Prototype
SuperB meeting, Annecy 3-17, 2010
Experimental Method: 2 independent detectors on both sides of IP
Scintillation Detectors in High Energy Physics
on behalf of ATLAS LAr Endcap Group
EUDET JRA3, Activity Obninsk State University
Vladimir Rykalin NRC KI IHEP Baksan - 50, Nalchik, June, 2017.
Status of Prototype Preparation and SiPM Characterization
Backward Calorimetry For SuperB
Calorimeter for absolute luminosity at upgraded DAFNE
detector development readout electronics interconnects bump bonding
IFR detector mechanics
ILC Detector Activities in Korea
CLAS12 Forward Detector Element PCAL
SCINTILLATING DIGITAL HADRON CALORIMETER
Tail-Catcher/Muon Tracker Prototype
Scintillator HCAL: LOI issues
Vishnu V. Zutshi For the NICADD team.
   Calorimetry et al.    SUMMARY 12 contributions Tile HCAL
Progress in CALICE tile HCAL and LCcal ECAL R&D
ITEP&MEPhI status report on tile production and R&D activities
Overview on calorimetry R&D for FACTOR (Messina/Trieste/Udine approach) (V. Bonvicini et al.) A. Penzo (June 4, 2008)
Study of a Scintillating Digital Hadron Calorimeter Prototype
Vishnu V. Zutshi for NIU/NICADD
νe flux prediction = e+ counting
Michele Faucci Giannelli
Experimental Method: 2 independent detectors on both sides of IP
Test Beam: Calorimetry
Steve Magill Steve Kuhlmann ANL/SLAC Motivation
LC Muon Detector Development Overview
Presentation transcript:

Status report of the tile-Si Lccal* project TALK SUMMARY Prototype description Production Beam test results Future plans * Official INFN R&D project, official DESY R&D project PRC R&D 00/02 Contributors (Como, LNF, Padova, Trieste): M. Alemi, A.Anashkin, M.Bettini, S.Bertolucci, E. Borsato, M. Caccia, P.C, C. Fanin, G. Fedel, S. Miscetti, M. Nicoletto, M.Paganoni, M. Prest, R. Peghin, L. Ramina, E. Vallazza …. P. Checchia ECFA-DESY Prague 2002 11 19

Prototype description Pb/Sc + Si (Slightly reduced to cope with budget) Scintillation light transported with WLS σ tail fibers: Cell separation with grooves in Sc. plates with Tyvec strips inside Coupled with clear fibers (to PM): P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Prototype (cntd) 3 Si planes Goal: shower-shower separation: Pad dimension< shower dimension: 0.9x 0.9 cm2 Longitudinal sampling: 3 planes Analogic RO VA hdr9c from IDEas Next year: shower dimension reduction W absorber Pad diode ac coupled Actual design: Detector: 6x7 pads Plane: 3x2 detectors pcb contact with conductive glue P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Production The tile-Pb calorimeter is fully mounted! Steps and status: Detector assembling Scintillator tiles Fibres Si pad detectors P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague 3 mm Kuraray SCSN-61 (25x25 cm2) 3 mm Bicron BC-408 (25x25 cm2) Machined with vacuum plate as holder Whole Production (>50 tiles) done P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Kuraray 1mm d. Y11 300 ppm multicladding Face polished and aluminized by sputtering To make the 2.4 cm radius curvature : middle temperature(500-700) oven Splicing with optical glue and a supporting tube : stable in >30 day time P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Si Pad detectors: 20 detectors produced by IET (Warsaw) out of which: 1 fully mounted and tested on beam, 7 mounted and ready to be assembled in the prototype, 13 mounting in progress. Full depletion at <30 V ...but I_bias increasing at >30 V... Si pad plane Mother Board P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Si Pad detectors (details): P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Detector Assembling: P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Detector Assembling: 45 Layers calorimeter prototype completely built and ready for test Fibres grouped into 25x4 bundles making a 4-fold longitudinal segmentation. Slots for the insertion of the 3 Si pad planes (Motherboard). Mechanical support for photodetectors almost ready (Frascati) P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Test beam* results Set up: 2 planes Si μstrip telescope 2 trigger Scintillators Calorimeter first segment (2 X0) read by PM 1 Si pad detector beam cal e- 40 / 50 GeV π 50/150 GeV (used as m.i.p.) *CERN SPS H4 P. Checchia ECFA-DESY Prague 2002 11 19

Test beam results CALORIMETER (2.1 X0) 4 layers m.i.p.→check light output and uniformity in Light collection: Ratio signal/sigma →lower limit for photoelectrons Nphe>5.1 /layer → cal(45layers):>220 phe/m.i.p. ± 20% good uniformity: Simulated Light collection disunifority(20%) P. Checchia ECFA-DESY Prague 2002 11 19

Test beam results: CALORIMETER (2.1 X0) Too few layers to give Energy resolution but enough to show e/π separation 150 GeV π 50 GeV electrons P. Checchia ECFA-DESY Prague 2002 11 19

Test beam results: Si pad detector (Energy Measurement) 50 GeV electrons m.i.p. Signal >4 sigmas (coherent noise subtraction not optimized) Pedestals No saturation! e/p behaviour clearly different 50 GeV electrons 150 Gev p P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague ….but new detectors show a much better s/n: cosmic ray data cut at 10 (r.m.s.) signal 21 P. Checchia ECFA-DESY Prague 2002 11 19

Test beam results: Si pad detector (Position Meas.) Position resolution < 2mm in agreement with Monte Carlo 10 GeV simulated electrons 40 GeV electrons 50 GeV electrons P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Future Plans insert Si planes (this month) go to test beam (low energy Frascati, high energy DESY/CERN) analyse two particle impact substitute the absorber: Pb to W (next year)(?) study new optical device (i.e. multianod PM’s) combined test with HCAL(?!) Why do not insert other (Prague) Si detectors(?) P. Checchia ECFA-DESY Prague 2002 11 19

P. Checchia ECFA-DESY Prague Conclusions The proposed prototype is going to be completed (just insert Si planes) A preliminar beam test at CERN with a partial set up gave reasonable and incouraging results Tests with the complete detector are necessary to answer to all questions (be patient for some months) …. but it they will be successfully answered, why do not include a calorimeter made following this technique into the general LC simulation and Pattern recognition? (this is also a PRC recommendation) P. Checchia ECFA-DESY Prague 2002 11 19