Aging Study of RPC's for the SiD Hcal and Muon System
Changguo Lu, Kirk McDonald, and A. J. S. Smith (Princeton University,, Princeton, USA), Jiawen Zhang, (Institute of High Energy Physics, Beijing, P., R. China)
TL;DR
This paper investigates the aging performance and microscopic surface characteristics of BESIII-type RPCs and their variants, revealing new aging phenomena not previously observed in Linseed oil coated Italian-type RPCs.
Contribution
It provides new insights into the aging behavior of BESIII-type RPCs and their variants, including microscopic surface analysis, which had not been documented before.
Findings
Identification of new aging phenomena in BESIII-type RPCs
Microscopic surface characterization of BESIII-type Bakelite electrodes
Comparison of aging performance between BESIII-type and Italian-type RPCs
Abstract
Preliminary test results on microscope investigation and BESIII-type RPC aging performance have revealed interesting aging phenomena that had not been seen before in Linseed oil coated Italian-type RPC. We report here on the aging performance of BESIII-type and its variant RPC, and on microscopic surface characterization of BESIII-type Bakelite electrodes.
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Taxonomy
TopicsParticle Detector Development and Performance · Electrical and Thermal Properties of Materials · Silicon Carbide Semiconductor Technologies