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JUNO 20-inch PMT and electronics system characterization using large pulses of PMT dark counts at the Pan-Asia testing platform
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Abstract
The main goal of the JUNO experiment is to determine the
neutrino mass ordering with a 20 kt liquid-scintillator
detector. The 20-inch PMT and its 1F3 (one for three) electronics
are crucial to realize the excellent energy resolution of at least
3% at 1 MeV. The knowledge on the PMT and 1F3 electronics
response is critical for detector performance understanding. A study
of the JUNO 20-inch PMT and 1F3 electronics system characterization
is presented using large pulses of PMT dark count at the Pan-Asia
testing platform in China. Thanks to its broad amplitude range and
high rate, the large pulse signals are also used to investigate the
PMT after pulse response.
IOP Publishing
Caimei Liu
Min Li
Narongkiat Rodphai
Zhimin Wang
Jun Hu
Nikolay Anfimov
Lei Fan
Alberto Garfagnini
Guanghua Gong
Shaojing Hou
Xiaolu Ji
Xiaoshan Jiang
Denis Korablev
Tobias Lachenmaier
Si Ma
Xiaoyan Ma
Zhe Ning
Alexander G. Olshevskiy
Zhaoyuan Peng
Zhonghua Qin
Tobias Sterr
Yunhua Sun
Alexander Felix Tietzsch
Jun Wang
Wei Wang
Yangfu Wang
Kaile Wen
Bjoern Soenke Wonsak
Wan Xie
Meihang Xu
Xiongbo Yan
Yifan Yang
Rong Zhao
Tong Zhou
Kejun Zhu
Jianmeng Dong
Pierre-Alexandre Petitjean
Barbara Clerbaux
Title: JUNO 20-inch PMT and electronics system characterization using large pulses of PMT dark counts at the Pan-Asia testing platform
Description:
Abstract
The main goal of the JUNO experiment is to determine the
neutrino mass ordering with a 20 kt liquid-scintillator
detector.
The 20-inch PMT and its 1F3 (one for three) electronics
are crucial to realize the excellent energy resolution of at least
3% at 1 MeV.
The knowledge on the PMT and 1F3 electronics
response is critical for detector performance understanding.
A study
of the JUNO 20-inch PMT and 1F3 electronics system characterization
is presented using large pulses of PMT dark count at the Pan-Asia
testing platform in China.
Thanks to its broad amplitude range and
high rate, the large pulse signals are also used to investigate the
PMT after pulse response.
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