Tail-Catcher/Muon Tracker Prototype

Slides:



Advertisements
Similar presentations
Use of G EANT 4 in CMS AIHENP’99 Crete, April 1999 Véronique Lefébure CERN EP/CMC.
Advertisements

LC Calorimeter Testbeam Requirements Sufficient data for Energy Flow algorithm development Provide data for calorimeter tracking algorithms  Help setting.
The performance of Strip-Fiber EM Calorimeter response uniformity, spatial resolution The 7th ACFA Workshop on Physics and Detector at Future Linear Collider.
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 Study of the Tail Catcher Muon Tracker (TCMT) Scintillator Strips and Leakage with Simulated Coil Rick Salcido Northern Illinois University For CALICE.
Single Particle Energy Resolution Vishnu V. Zutshi.
Muon Detector R&D Vishnu V. Zutshi NIU/NICADD. RPC based.
A preliminary analysis of the CALICE test beam data Dhiman Chakraborty, NIU for the CALICE Collaboration LCWS07, Hamburg, Germany May 29 - June 3, 2007.
Jerry Blazey NIU/NICADD Towards A Scintillator (Semi)- Digital Hadron Calorimeter: Progress at NIU/NICADD Jerry Blazey Northern Illinois University.
Jerry Blazey NIU/NICADD Towards A Scintillating (Semi)- Digital Hadron Calorimeter: Progress at NIU/NICADD Jerry Blazey Northern Illinois University.
CALICE Toward a scintillator-based Digital Hadron Calorimeter and Tail-catcher for the LC Manuel I. Martin Northern Illinois University XI International.
Tail Catcher/Muon Tracker at DESY & FNAL TB Facilities Northern Illinois Center for Accelerator and Detector Development Northern Illinois University and.
Towards a Digital Hadron Calorimeter Vishnu V. Zutshi for NIU/NICADD Group.
A Digital Hadron Calorimeter ? Vishnu V. Zutshi NIU/NICADD.
Application of Neural Networks for Energy Reconstruction J. Damgov and L. Litov University of Sofia.
1 Tianchi Zhao University of Washington Concept of an Active Absorber Calorimeter A Summary of LCRD 2006 Proposal A Calorimeter Based on Scintillator and.
Construct two layers of hadron calorimeter and test Makoto Harada High Energy Physics Laboratory Faculty of Physics Department of Science Shinshu University.
Beam test results of Tile/fiber EM calorimeter and Simulator construction status 2005/03/05 Detector Niigata University ONO Hiroaki contents.
0 The LHCb Hadron Calorimeter Rustem Dzhelyadin, (IHEP, Protvino) INSTR02 Conference, BNPI, Novosibirsk, Russia Contents: Œ Design overview  Trigger with.
Future Beam Test Plans of the GLD Calorimeter Aug 学術創成会議 Satoru Uozumi (Shinshu) for the GLD calorimeter group We are planning to have two beam.
Electromagnetic Calorimeter for the CLAS12 Forward Detector S. Stepanyan (JLAB) Collaborating institutions: Yerevan Physics Institute (Armenia) James Madison.
A General High Resolution Hadron Calorimeter using Scintillator Tiles Manuel I. Martin for NIU / NICADD Northern Illinois University Northern Illinois.
SiD R&D tasks for the LOI - Subsystem R&D tasks - Summary of SiD R&D - Prioritization of R&D tasks -> Document for DoE/NSF ~Feb 2009 (Mainly based on Marty’s.
08-June-2006 / Mayda M. VelascoCALOR Chicago1 Initial Calibration for the CMS Hadronic Calorimeter Barrel Mayda M. Velasco Northwestern University.
SCECAL progress report Tohru Takeshita (Shinshu) _DESY Beam Test summary _improvements for FNAL BT _FNAL module _current status at Fermilab.
DESY Beam Test of a EM Calorimeter Prototype with Extruded Scintillator Strips DongHee Kim Kyungpook National University Daegu, South Korea.
P. Checchia ECFA-DESY Prague1 Status report of the tile-Si Lccal * project Prototype description Production Beam test results Future plans *
Magnetized hadronic calorimeter and muon veto for the K +   +  experiment L. DiLella, May 25, 2004 Purpose:  Provide pion – muon separation (muon veto)
MAMUD Magnetized hadronic calorimeter and muon veto for the K +   +  experiment L. DiLella, March 29, 2005 Purpose:  Provide pion – muon separation.
V. Korbel, DESY1 Progress Report on the TESLA Tile HCAL Option To be filled soon.
Abstract Beam Test of a Large-area GEM Detector Prototype for the Upgrade of the CMS Muon Endcap System V. Bhopatkar, M. Hohlmann, M. Phipps, J. Twigger,
DESY Beam Test of a EM Calorimeter Prototype with Extruded Strip Scintillator DongHee Kim Kyungpook National University Daegu, South Korea.
Imaging Hadron Calorimeters for Future Lepton Colliders José Repond Argonne National Laboratory 13 th Vienna Conference on Instrumentation Vienna University.
1 Plannar Active Absorber Calorimeter Adam Para, Niki Saoulidou, Hans Wenzel, Shin-Shan Yu Fermialb Tianchi Zhao University of Washington ACFA Meeting.
P. Checchia LCWS02 Jeju1 Lccal * : an R&D project for the Electromagnetic barrel Calorimeter Design principles Prototype description Status of.
SDHCAL. outline  SDHCAL concept, validation and construction  Test Beam and technological prototype performance  Perspectives and Conclusion  SDHCAL.
I nstrumentation of the F orward R egion Collaboration High precision design ECFA - Durham2004 University of Colorado AGH University, Cracow I nstitute.
Geant4-based detector simulation activities at NICADD Guilherme Lima for the NICADD simulations group December 2003.
Simulation and reconstruction of CLAS12 Electromagnetic Calorimeter in GSIM12 S. Stepanyan (JLAB), N. Dashyan (YerPhI) CLAS12 Detector workshop, February.
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.
1 CALICE Tail-Catcher Muon-Tracker(TCMT) Preliminary Test Beam Results Kurt Francis NICADD/Northern Illinois University For CALICE Collaboration ALCPG.
Summary of Muon Studies Yoke Discussion
Felix Sefkow DESY LDC at Vienna November 17, 2005
for a scintillator based MTT
CALICE scintillator HCAL
KM2A Electron Detector Optimization
ILC Detector Activities in Korea
State-of-the-art in Hadronic Calorimetry for the Lepton Collider
CLAS12 Forward Detector Element PCAL
SCINTILLATING DIGITAL HADRON CALORIMETER
Detector Configuration for Simulation (i)
ScECAL+AHCAL+TCMT Combined Beam FNAL
Vishnu V. Zutshi For the NICADD team.
   Calorimetry et al.    SUMMARY 12 contributions Tile HCAL
Towards a Scintillator-based (semi)Digital HCal
Scintillator HCal R&D Update
EFA/DHCal development at NIU
Simulation study for Forward Calorimeter in LHC-ALICE experiment
Study of a Scintillating Digital Hadron Calorimeter Prototype
Status report of the tile-Si Lccal* project
Rick Salcido Northern Illinois University For CALICE Collaboration
Vishnu V. Zutshi for NIU/NICADD
Michele Faucci Giannelli
Scintillator HCal Prototype
Calice Tile-HCal and Tail-catcher/Muon Tracker
LC Calorimeter Testbeam Requirements
Rick Salcido Northern Illinois University For CALICE Collaboration
Some characteristics of the extruded scintillator.
Towards a Scintillator-based (semi)Digital HCal
Presentation transcript:

Tail-Catcher/Muon Tracker Prototype Vishnu V. Zutshi for NIU/NICADD

Goals for the TC/Muon System Provide a reasonable snapshot of the tail-end of the shower for simulation validation Prototype detector with high-fidelity to what is imagined for a generic LCD correcting for leakage understanding the impact of coil muon reconstruction + eflow fake rate 9/17/2018 V. Zutshi, ECFA, Durham

Leakage 9/17/2018 V. Zutshi, ECFA, Durham

Shower Depth Shower depth dependent sampling weights (least squares minimization) are calculated with and without tail-catcher energy. Weights for layers get progressively “frozen”. 9/17/2018 V. Zutshi, ECFA, Durham

Erec/Egen 50 GeV p 9/17/2018 V. Zutshi, ECFA, Durham

Single particle E Resolution 9/17/2018 V. Zutshi, ECFA, Durham

E correlation (with “coil”) 9/17/2018 V. Zutshi, ECFA, Durham

Multiple Scattering 9/17/2018 V. Zutshi, ECFA, Durham

50 GeV p± 9/17/2018 V. Zutshi, ECFA, Durham

HCal Table 9/17/2018 V. Zutshi, ECFA, Durham

HCal & TCMT 9/17/2018 V. Zutshi, ECFA, Durham

<90%> Containment 9/17/2018 V. Zutshi, ECFA, Durham

Rotations 9/17/2018 V. Zutshi, ECFA, Durham

9/17/2018 V. Zutshi, ECFA, Durham

9/17/2018 V. Zutshi, ECFA, Durham

Design Elements “Fine” section (8 layers) 2cm thick steel “Coarse” section (8 layers) 10cm thick steel 5mm thick, 5cm wide strips Tyvek/VM2000 wrapping Alternating x-y orientation Si-PM photo detection Common readout with HCal 9/17/2018 V. Zutshi, ECFA, Durham

Fermi-NICADD Extruder 9/17/2018 V. Zutshi, ECFA, Durham

Die 9/17/2018 V. Zutshi, ECFA, Durham

Bulk LY BC404 3.25  0.22 BC408 2.70  0.15 F-NICADD 2.01  0.30 (~66% of BC408) averaged over 10 samples 9/17/2018 V. Zutshi, ECFA, Durham

Separation Grooves Provides better rigidity Epoxy/paint mixture 1 2 3 4 5 Epoxy/paint mixture 9/17/2018 V. Zutshi, ECFA, Durham

Strips 9/17/2018 V. Zutshi, ECFA, Durham

X-talk 9/17/2018 V. Zutshi, ECFA, Durham

Grooving 9/17/2018 V. Zutshi, ECFA, Durham

Response SMALL HOLE WLS FIBER INSIDE TRIGGER1, PE TRIGGER2, PE BIG HOLE GLUED 14.36 GROOVE 0.063 12.34 GROOVE 0.078 13.9 11.8 GROOVE 0.117 14.39 12.7 GROOVE 0.156 13.27 SMALL HOLE 15.2 13.1 9/17/2018 V. Zutshi, ECFA, Durham

Uniformity (Grooves) 9/17/2018 V. Zutshi, ECFA, Durham

Uniformity (small holes) 9/17/2018 V. Zutshi, ECFA, Durham

Longitudinal Scan 9/17/2018 V. Zutshi, ECFA, Durham

Cassette I 1mm thick steel walls Electronics sit here LED’s sit here 9/17/2018 V. Zutshi, ECFA, Durham

Cassette II 9/17/2018 V. Zutshi, ECFA, Durham

Cassette III 9/17/2018 V. Zutshi, ECFA, Durham

LED Stability studies underway 9/17/2018 V. Zutshi, ECFA, Durham

Absorber and Cart Good quality steel plates from Fermi scrap available (0.75 and 4 inches thick). Maximum size for the thicker plates is 1.066m x 1.2m. Cart being designed with about 10 tonne load capacity. Will have the capability for forward-backward and left-right motion. 9/17/2018 V. Zutshi, ECFA, Durham

Quality Control I Hole Tolerance Width and thickness measurements Dopant presence Attenuation length measurements Longitudinal and horizontal scans 9/17/2018 V. Zutshi, ECFA, Durham

Quality Control II 9/17/2018 V. Zutshi, ECFA, Durham

Quality Control III 9/17/2018 V. Zutshi, ECFA, Durham

Summary Strip-fiber R&D essentially done, we are entering construction phase. All the scintillator required for the device has been produced. Mechanical prototype cassette assembled. Hope to have the first fully instrumented layer readout before year-end. 9/17/2018 V. Zutshi, ECFA, Durham