A tracking detector to study O(1 GeV) ν μ CC interactions
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1 A tracking detector to study O(1 GeV) ν μ CC interactions Laura Pasqualini on behalf of the mm-tracker Collaboration IPRD16, 3-6 October 2016, Siena
2 Motivations ν/μ Tracking system for a light magnetic spectrometer to measure the charge and momentum of muons from ν μ CC interactions at GeV mm spatial resolution required for 3% charge 1 GeV/c z B = 0.12 T 1.3 m (WA104-NESSiE - ICFA Neutrino European Meeting, 2014) 2
3 The tracking detector 3.3 cm planes of adjacent triangular scintillator bars with WLS fibers coupled to SiPM 1.7 cm WLS Particle crossing point X rec along a plane from the channel pulse height wi ( wi Ei di ) X rec μ 3
4 Validating the idea Preliminar tracking system prototype tested with CR muons Layout: - tracking system 2 modules of triangular bars (2 detector planes/module, 4 channels) Z [cm] 10 Analog SiPM readout by WFD 0 Pulse height [V] - 10 X [cm] Time [μs]
5 Cosmic muon signal to noise comparison Signal amplitude in one channel vs reconstructed position in the detector plane 5
6 Data Analysis Selection: 1 cluster (2 adjacent bars fired) in each plane For each plane: - fit of reconstructed positions in 3 out of 4 planes - residuals between reconstructed positions and track fit position in the plane excluded from the fit Distribution of residuals spatial resolution ~ (1.7 ± 0.2) mm 6
7 Tracking detector prototype 5 detector modules each with 2 ortogonal scintillator bar planes (X-Y), y 16 bars 160 channels z WLS fiber (Kuraray Y11) 2 mm diameter SIPM SenSL C Series 3x3 mm2 x 30 cm 25 cm SiPM signal readout in analog mode by 32 channel EASIROC chip Apparatus tested with charged beams at CERN PS (T9 beam line) 7
8 ADC [V] Electronics and DAQ Standard NIM VME acquisition: EASIROC multiplexed output acquired by 8 channels waveform digitizer V1720 (250 MS/s 4096 samples) Multiplexed output 32 signals from 1 module 16 channels Y direction 16 channels X direction nsamples Trigger: - autotrigger on detector planes Stored digitizer data acquired by a Windows DAQ application through BLT cycles communicating with VME bridge V2718 via optical link Online analysis program to monitor data acquisition 8
9 Channel calibration Laser pulses injected into each scintillator bar Calibration factors channel response equalization (WLS-SiPM coupling, fiber-scintillator coupling) Pulse height distribution for one channel 1 p.e. signal ~ 8 mv 9
10 MC simulation GEANT4 simulation (so far, geometry + energy loss only) Beams: particle Selection of events: hits in only 2 adjacent channels (cluster) Energy (GeV) ΔX (mm) Δθ ( ) Reconstruction of particle positions in each plane Linear fit (YZ and XZ) of reconstructed positions in each plane 10
11 MC simulation results Spatial resolution Residuals between reconstructed positions and fit position in each plane YZ view plane 3 XZ view plane 3 5 GeV, events spatial resolution (rms) ~ 1.4 mm 11
12 Test beam at CERN PS - T9 p Detector located at ~ 7 m from the beam pipe particle P (GeV/c) μ+ 0.5, 1, 3, 5, 10 μ- 5, 10 e- 0.5 π+ 1, 5 π+ 1, 5, 10 ~ 320 runs in different beam configurations total 3.6 milion events autotrigger on internal modules 2, 3 and 4: at least one channel over threshold in each detector plane (X and Y) 12
13 Detector online monitor module 1 Hit map XY module 2 Event display X module 3 Y Z module 4 module 5 EASIROC channel display 13
14 Data analysis (in progress) Waveform from digitizer processed to obtain pulse height in each channel μ 5 GeV Pulse height distribution in one channel for all events of a run 14
15 Data analysis (in progress) 5 GeV ~ events Clusters adjacent bars with signal amplitude > 10 mv bars fired / cluster cluster distribution Events with only one cluster (2 bars each) in each plane 846 tracks 15
16 Preliminary results YZ view plane 3 XZ view plane 3 5 GeV preliminar spatial resolution ~ 1.8 mm 16
17 Conclusions Method devised and tested to achieve mm spatial resolution based on cm size scintillator bars Tracking detector prototype tested with charged beams at CERN PS Preliminary results: a spatial resolution better than 2 mm can be achieved 17
18 Back up slides 18
19 Motivations Search for sterile CERN -SPS proposed by the ICARUS-NESSiE Coll. (arxiv: ) σp /p 3 GeV 5 GeV FAR & NEAR DETECTOR charge mis-id p [GeV/c] Light spectrometer (ACM): charge mis-id for low momentum muons Iron spectrometer (ICM): momentum measurement up to 30 GeV/c p [GeV/c] 19
20 SiPM SenSL C Series Active area 3x3 mm2 Cell size 35 μm, 4774 microcells Fill factor ~ 64 % Rise time (fast output) = 0.6 ns Recovery time = 82 ns Peak Wavelenght λpeak = 420 nm Vbreakdown= 24.5 V Vbias = Vbr T = 21 C Gain ~ Dark current rate ~ 300 khz Cross-talk probability ~ 7% Afterpulsing ~ 0.2 % λpeak = 31 % Dark current Pulse height [V] PDE 20
21 T9 CERN PS Spill of 400 ms A spill once per 15 s Maximum particle rate / burst: 106 Beam spot diameter = 2 cm in the focal plane 21
22 Electronics trigger 22
23 Electronics trigger 23
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