IHEP超快速8倍8读出MCP-PMTs的研究现状

S. Qian, Lishuang Ma, Hao Guo, Guorui Huang, Q. Hu, Li Zhen, Shulin Liu, Z. Ning, S. Peng, Ren Ling, Detan Su, Su Jianning, Si Shuguang, Qi Wu, Wang Xingchao, Wang Ning, Wu Kai, Zhigang Wang, Zhile Wang, M. Yan, Yao Zhu, Lingfeng Zhang, Yinhong Zhang
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引用次数: 3

摘要

在20英寸大面积MCP-PMT发展的基础上,与中国科学院高能物理研究所(IHEP)和北方夜视科技有限公司(NNVT)合作,开展了小型超快MCP-PMT的研究。首先采用蒙特卡罗方法对快时PMT进行了结构仿真和优化。然后测试和验证最感兴趣的时间性能的精确测量。IHEP和NNVT已经成功开发出适合不同应用场景的单阳极、4倍4阳极和8倍8阳极样管。在保持样品管的单光子检测能力的同时,限制时间分辨率
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The status of the R&D of Ultra Fast 8 times 8 Readout MCP-PMTs in IHEP
Based on the development of the 20-inch large-area MCP-PMT, the research of a small, ultra-fast MCP-PMT is carried out with the cooperation of Institute of High Energy Physics (IHEP), Chinese Academy of Sciences and Northern Night Vision Technology Co., LTD (NNVT). The structural simulation and optimization of the fast-time PMT was first performed by a Monte Carlo-based approach. Accurate measurements of the time performance of greatest interest are then tested and validated. IHEP and NNVT have successfully developed single-anode, 4 times 4-anode and 8 times 8-anode sample tubes suitable for different application scenarios. While maintaining the single-photon detection capability of the sample tube, the limiting time resolution of the
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