Development and performance tests of μ-PIC with DLC electrodes
Micro pixel chambers (μ-PIC) with resistive cathodes have been developed as particle tracking/imaging detectors in high-rate high ionizing particle (HIP) environments. A main target of their development is as a forward muon detector in the ATLAS phase-2 upgrade. The cathode is made from DLC (diamond...
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| Veröffentlicht in: | Journal of physics. Conference series 2020-04, Vol.1498 (1), p.12001 |
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| creator | Ochi, A Yamane, F Ishitobi, Y Setsuda, H |
| description | Micro pixel chambers (μ-PIC) with resistive cathodes have been developed as particle tracking/imaging detectors in high-rate high ionizing particle (HIP) environments. A main target of their development is as a forward muon detector in the ATLAS phase-2 upgrade. The cathode is made from DLC (diamond-like carbon) thin foil by the liftoff method. Using the resistive cathodes, the discharge (spark) probability within the HIP environment was reduced (10-1000 times) and two-dimensional readouts for the incident particles are available using a 400-micron pitch separated pixel array. We measured the tracking performances for the charged particles using a 140 GeV muon beam in CERN's H4 beam line and also measured the imaging properties of 8 keV X-rays. Two-dimensional fine position resolutions (< 100 micron) were obtained. These results show that the resistive μ-PIC is one of strong candidate for forthcoming high-rate particle experiments. |
| doi_str_mv | 10.1088/1742-6596/1498/1/012001 |
| format | Article |
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| subjects | Cathodes Charged particles Diamond-like carbon Foils Muons Particle beams Particle tracking Performance tests Physics Pixels Position measurement |
| title | Development and performance tests of μ-PIC with DLC electrodes |
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