Calibration HowTo
timing resolution
tof correction
tof walk correction
Photon multiplicity
TOT
Examples of reconst.
angle vs mirror scan
angle scan g1
noise investigation
single event hit pattern
J15 data info
angle scan for gluex dirc
mirror scan for gluex dirc
SPR vs sensor dimensions
Time difference cut
Time difference
lens3 with 2mm pixels
debug info may15
lens3's reflective edge
lens vs no lens
sim of hit pattern M15
Fine time catibration 2015
LE TE map
Hld analysis workflow
Cherenkov ring prt2015
mcp-prism airgap
Mcp layout optimization 2015
hit pattern for L3
Cherenkov circle fit
Cherenkov circle
Measured arrival time vs. calculated.
Spr fit for eiddirc. No cuts
Spr fit for eiddirc
J14 data info
J14 corrected time
HP vs tilt of dirc
HP vs. beam width
J14 hit patterns.
step scan
Focal plane with dist
coma effect
Focal Plane vs Energy
Focal Plane
Photon yield. Plate
Photon yield. Proton
Calib. curves. Beam+Pilas
Calib. of the fine time. Pilas
Cherenkov cone position
Scan over Cherenkov phi
Calibration of the fine time 0
Threshold scan 3
Threshold scan 4
multiplicity
TOT double structure
Angle scan 2 (beam)
Angle scan 1 (beam)
step scan. real geom L0
step scan. real geom L2
best trigger search
Walk corr. table
PiLas + prelim. corrections
tot
PiLas data 14.07.14 dch1952
PiLas data 14.07.14
Plate, beam test geom
Plate pion@1.7 max step
Plate pion@1.7
geant geometryX 2014
Time map 33
beam profile, trigger
Plate's hit pattern.
Photon yield
z scan of the time
z scan of the hit pattern
SPR decomposition
Photons from Deltas
SPR vs. pixel size
Calibration spectrum. 75mm
SPR prj. vs. angle. 2012
First steps
Software installation
Calibration prism
Calibration spectrum. 50mm
SPR prj. vs. angle
SPR vs. angle
Mom. vs. particle
Without MCPs
Pattern vs. path
Pattern vs. reflections in prism
2.5 pixel shift L2
2.5 pixel shift L1
2.5 pixel shift
1.5 pixel shift
Monochromatic Cherenkov

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