Experiments of Ultrasonic Positioning System with Symmetrical Array Used in Jiangmen Underground Neutrino Observatory

Symmetry Pub Date : 2024-09-17 DOI:10.3390/sym16091218
Guolei Zhu, Wenxin Yang, Duo Teng, Qi Wang, Jiaqi Hui, Jie Lian
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Abstract

The experimental environment of the JUNO is a spherical container filled with a liquid scintillator (alkylbenzene) with a diameter of about 35 m. To observe neutrino interactions in alkylbenzene with photomultiplier tubes (PMTs) and to precisely measure the neutrino properties in this environment, it is necessary to design a high-precision localization system for the PMT device. In this paper, we report the design of an ultrasonic localization system with a symmetrical receiving array, based on the construction of an experimental setup that reproduces the configuration of JUNO’s environment. We show through positioning consistency and accuracy measurements that the ultrasonic localization system has a high localization accuracy and can perform effective localization in an alkylbenzene solution with 98% purity.
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江门地下中微子观测站使用的对称阵列超声波定位系统实验
为了用光电倍增管(PMT)观测烷基苯中的中微子相互作用并精确测量该环境中的中微子特性,有必要为光电倍增管装置设计一套高精度的定位系统。在本文中,我们报告了带有对称接收阵列的超声波定位系统的设计情况,该系统的基础是构建一个再现 JUNO 环境配置的实验装置。我们通过定位一致性和精度测量证明,该超声波定位系统具有很高的定位精度,可以在纯度为 98% 的烷基苯溶液中进行有效定位。
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