Testing Calorimeter Prototypes at FNAL

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Testing Calorimeter Prototypes at FNAL
Status and Plans
José Repond Argonne National Laboratory
Fermilab, December 13, 2006
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CALICE Collaboration
CAlorimeter for the LInear Collider Experiment
190 Physicists 32 Institutes 9
Countries 3 Regions
Argonne National Laboratory Boston
University University of Chicago University of
Iowa Northern Illinois University University of
Texas at Arlington
http//polywww.in2p3.fr/flc/calice.html
SOB Collaboration
Slac Oregon Brookhaven
7 Physicists 3 Institutes 1
Country 3 Region
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CALICE Electromagnetic Calorimeter
Prototype with 10,000 channels being assembled
Tests with partially equipped prototype at
DESY in 2005 Module expected to be
completed by Spring06 First tests at DESY
in summer then CERN in fall Detailed tests
at FNAL after November 2006
Precision measurement of EM/HAD
showers Experience with Silicon calorimetry
SOB Electromagnetic Calorimeter First
Tungsten plates in hand First 6 wafers in
hand Readout ASIC with 64 channels being
prototyped Ultimately 1024 channels/ASIC
First tests at SLAC in 2007 (?) Detailed
tests at FNAL in 2008 (?)
Finer granularity (x4) than CALICE
ECAL Experience with ASIC
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CALICE Analog Hadron Calorimeter Using
scintillator as active medium Prototype
with 8,000 channels being assembled Tests
of individual layers at DESY in 2005 Module
expected to be completed by July06
Commissioning and first tests at CERN in fall06
Detailed tests at FNAL after November 2006
Precision measurements of HAD showers Experience
with SiPMs, calibration
CALICE Digital Hadron Calorimeter Using
RPCs/GEMs as active medium Prototype with
400,000 channels planned Tests of
individual layers at FNAL in early06
Electronic readout system almost completely
designed Funding of construction not
guaranteed Detailed tests at FNAL starting
2007
Precision measurements of HAD showers Experience
with digital calorimetry, RPCs, GEMs
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Tail Catcher/Muon Tracker Using
scintillator strips as active medium
Prototype with 300 channels being assembled
Tests of individual layer and readout at DESY in
2005 Further tests at FNAL in early 2006
Detailed measurements at FNAL after November
2006
Precision measurement of tail of
showers Experience with SiPMs, calibration
Summary of plans for FNAL Individual tests
(TCMT and RPCs) in early 2006 CALICE ECAL,
AHCAL and TCMT starting at the earliest in
11/2006 CALICE ECAL, DHCAL and TCMT
starting at the earliest in 2007 SOB ECAL
and CALICE HCALs starting at the earliest in 2008
(?)
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Requests for improvements to the MTBF Beam
Line Hadrons (pions) down to 1 3
GeV/c Duty cycle of at least 10 with
several spills/minute Electrons at higher
momenta (gt 20 GeV/c)
Essential
Highly desirable
Good to have