Mu3e实验第一阶段的技设设计
仪器与探测器
2021-08-27 v3 高能物理 - 实验
摘要
Mu3e实验旨在以高于 的分支比发现或排除轻子味破坏衰变 。该实验的第一阶段利用保罗·谢勒研究所(PSI)现有的束流线,设计达到 的单事件灵敏度。我们概述了第一阶段Mu3e探测器的技术设计各个方面及其预期性能。每秒高达 次缪子衰变的高速率以及衰变电子和正电子的低动量带来了一系列独特的挑战,我们通过基于高压单片有源像素传感器并结合闪烁光纤和闪烁砖进行精确时间测量的超薄径迹探测器来应对这些挑战。
引用
@article{arxiv.2009.11690,
title = {Technical design of the phase I Mu3e experiment},
author = {K. Arndt and H. Augustin and P. Baesso and N. Berger and F. Berg and C. Betancourt and D. Bortoletto and A. Bravar and K. Briggl and D. vom Bruch and A. Buonaura and F. Cadoux and C. Chavez Barajas and H. Chen and K. Clark and P. Cooke and S. Corrodi and A. Damyanova and Y. Demets and S. Dittmeier and P. Eckert and F. Ehrler and D. Fahrni and S. Gagneur and L. Gerritzen and J. Goldstein and D. Gottschalk and C. Grab and R. Gredig and A. Groves and J. Hammerich and U. Hartenstein and U. Hartmann and H. Hayward and A. Herkert and G. Hesketh and S. Hetzel and M. Hildebrandt and Z. Hodge and A. Hofer and Q. H. Huang and S. Hughes and L. Huth and D. M. Immig and T. Jones and M. Jones and H. -C. Kästli and M. Köppel and P. -R. Kettle and M. Kiehn and S. Kilani and H. Klingenmeyer and A. Knecht and A. Knight and B. Kotlinski and A. Kozlinskiy and R. Leys and G. Lockwood and A. Loreti and D. La Marra and M. Müller and B. Meier and F. Meier Aeschbacher and A. Meneses and K. Metodiev and A. Mtchedlishvili and S. Muley and Y. Munwes and L. O. S. Noehte and P. Owen and A. Papa and I. Paraskevas and I. Períc and A. -K. Perrevoort and R. Plackett and M. Pohl and S. Ritt and P. Robmann and N. Rompotis and T. Rudzki and G. Rutar and A. Schöning and R. Schimassek and H. -C. Schultz-Coulon and N. Serra and W. Shen and I. Shipsey and S. Shrestha and O. Steinkamp and A. Stoykov and U. Straumann and S. Streuli and K. Stumpf and N. Tata and J. Velthuis and L. Vigani and E. Vilella-Figueras and J. Vossebeld and R. Wallny and A. Wasili and F. Wauters and A. Weber and D. Wiedner and B. Windelband and T. Zhong},
journal= {arXiv preprint arXiv:2009.11690},
year = {2021}
}
备注
117 pages. Minor corrections to the author list. Replaced with published version. Editor: Frank Meier Aeschbacher