The results of time resolution measurements on cosmic muons with MWPC chambers as a tracking system are presented. Two options of dual SiPM readout considered: direct light collection from opposite cut corners of the scintillator and light collection using two oppositely directed bundles of WLS fibers. Two types of SiPMs are used: S10985-050C and MicroFB-60035. The best result achived using mean-time between two SiPMs. For the direct readout from 134 × 107 × 20 mm(3) scintillator time resolution σ = 300±10 ps and maximum signal arrival time spread ΔT = 1.6±0.2 ns. Using WLS fiber readout option with 265 × 107 × 30 mm(3) scintillator tile signal arrival time spread ΔT = 150±50 ps and time resolution σ = 370±10 ps
Several methods of collecting light on scintillation counters using WLS fibers and WLS bars were stu...
A positron timing counter (TC) with 30–40 ps time resolution for 50 MeV/c positrons required by the ...
AbstractPrecise timing capability will be a key aspect of particle detectors at future high energy c...
The results of time resolution measurements on cosmic muons with MWPC chambers as a tracking system ...
The time resolution of the prototype counters for a new charged particle hodoscope for the NA62 expe...
Various experiments are searching for detectors that can cover large areas (as in the present LHC ex...
This paper reports on the results of time resolution measurements of detectors consisting of SiPMs c...
A new timing detector measuring \ue2\u88\ubc50MeV/c positrons is under development for the MEG II ex...
High-time-resolution counters based on plastic scintillator with silicon photomultiplier (SiPM) read...
A plastic scintillator bar with dimensions 300 cm x 2.5 cm x 11 cm was exposed to a focused muon bea...
AMS-100 is the next-generation high-energy cosmic-ray experiment in Space. It is designed as a magne...
In this study an array of eight 6 mm × 6 mm area SiPMs was coupled to the end of a long plastic scin...
In this paper, we introduce the positron timing counter (TC) for the MEG II experiment as an applica...
Highest time resolution in scintillator based detectors is becoming more and more important in appli...
The Muon Scattering Experiment at the Paul Scherrer Institute uses a mixed beam of electrons, muons,...
Several methods of collecting light on scintillation counters using WLS fibers and WLS bars were stu...
A positron timing counter (TC) with 30–40 ps time resolution for 50 MeV/c positrons required by the ...
AbstractPrecise timing capability will be a key aspect of particle detectors at future high energy c...
The results of time resolution measurements on cosmic muons with MWPC chambers as a tracking system ...
The time resolution of the prototype counters for a new charged particle hodoscope for the NA62 expe...
Various experiments are searching for detectors that can cover large areas (as in the present LHC ex...
This paper reports on the results of time resolution measurements of detectors consisting of SiPMs c...
A new timing detector measuring \ue2\u88\ubc50MeV/c positrons is under development for the MEG II ex...
High-time-resolution counters based on plastic scintillator with silicon photomultiplier (SiPM) read...
A plastic scintillator bar with dimensions 300 cm x 2.5 cm x 11 cm was exposed to a focused muon bea...
AMS-100 is the next-generation high-energy cosmic-ray experiment in Space. It is designed as a magne...
In this study an array of eight 6 mm × 6 mm area SiPMs was coupled to the end of a long plastic scin...
In this paper, we introduce the positron timing counter (TC) for the MEG II experiment as an applica...
Highest time resolution in scintillator based detectors is becoming more and more important in appli...
The Muon Scattering Experiment at the Paul Scherrer Institute uses a mixed beam of electrons, muons,...
Several methods of collecting light on scintillation counters using WLS fibers and WLS bars were stu...
A positron timing counter (TC) with 30–40 ps time resolution for 50 MeV/c positrons required by the ...
AbstractPrecise timing capability will be a key aspect of particle detectors at future high energy c...