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DIRC technology
R&D department
DIRC
Overview
Cherenkov radiation
DIRC
Experiments
Ch. angle calculator
Material properties
Other
PANDA barrel DIRC
Overview
Baseline design
Design options
Focusing system
Photon yield
Time spectrum
PID
Other
Prototype
Overview
MCP layout
Photon yield
Hit pattern
Time spectrum
Calibration
SPR
PID
Beam J14
Beam A14
Beam M15
Beam J15
Beam O16
Beam A17
DIRC@EIC
DIRC@GlueX
DIRC@Torch
Other
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low height lens
theta vs bar
corrections
cherenkov ring fit
split EV with split prism
radii scan for lens with EV-plate
plate as EV 2
3 sigma contour
pid efficiency map
azimuthal map
e/pi performance
Realistic tracking (v3)
ideal focusing with thick plate as EV
Realistic tracking (updated)
tracking resolution
bar box window
geant4 11.1
transport efficiency
neural net reconstruction
time precision scan
track smearing at bar
time spread at epic dirc
Realistic tracking
hit pattern vs propagation time
LAPPD photon multiplicity
plate as EV
background track
momentum scan for 32x32 pixels PMT
pixel size scan @ 6 GeV/c
mcp-pmts 8x8 vs 16x16 pi/e
mcp-pmts 8x8 vs 16x16 pi/K
DIRC@EIC prototype sim 256 vs 64
physics list comparision
e/pi rejection
core with field
performance vs tracking resoluton
nlak33 vs sapphire
performance vs design
radii scan for eic
DIRC designs
MS for fast sim
post-dirc tracking
bar thickness
b-field
cern layout with 256 pixels
3.5 cm vs 7 cm bar width
pdf scan for 7 bar
pdf scan for 11 bar
pi/e reconstruction
focusing prism
fast sim for EIC DIRC
start time resolution TI
TI with monochromatic light
TOP resolution
start time resolution
path length
DIRC@EIC prototype sim
sep vs tracking resolution
qe comparison
fast pid
separation vs. track res
SPR vs sensor dimensions
Time difference cut
Time difference
lens3 with 2mm pixels
lens3's reflective edge
lens vs no lens
Cherenkov circle fit
Cherenkov circle
Measured arrival time vs. calculated.
Spr fit for eiddirc. No cuts
Spr fit for eiddirc