Studies of MCP-PMTs in the miniTimeCube neutrino detector
V.A. Li, J. Koblanski, R. Dorrill, M.J. Duvall, K. Engel, G.R. Jocher,, J.G. Learned, S. Matsuno, W.F. McDonough, H.P. Mumm, S. Negrashov, K., Nishimura, M. Rosen, M. Sakai, S.M. Usman, G.S. Varner, S.A. Wipperfurth
TL;DR
This paper investigates two types of cross-talk in MCP-PMT photodetectors used in the miniTimeCube neutrino detector, which employs 24 high-density photomultiplier tubes to monitor a plastic scintillator volume.
Contribution
It identifies and characterizes two different cross-talk mechanisms in MCP-PMTs within a neutrino detection setup.
Findings
Identified two types of cross-talk in MCP-PMTs.
Characterized the impact of cross-talk on detector performance.
Provided insights for improving photodetector design.
Abstract
This report highlights two different types of cross-talk in the photodetectors of the miniTimeCube neutrino experiment. The miniTimeCube detector has 24 -anode Photonis MCP-PMTs Planacon XP85012, totalling 1536 individual pixels viewing the 2-liter cube of plastic scintillator.
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