Studies of MicroMeGas chambers for the new small wheel using cosmic muons

T. Klapdor-Kleingrothaus, U. Landgraf, N. Scheidtmann, S. Zimmermann
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引用次数: 0

Abstract

Micromesh Gaseous Detectors (MicroMeGas) will be used in the ATLAS detector for the construction of the New Small Wheel Upgrade during the long shut down II in 2019/20. These detectors are used primarily for accurate position measurement but can also provide additionally trigger information. The spatial resolution is of the order of 100 μm. In parallel to the ongoing constructions of the actual size prototypes, additional performance studies with small MicroMeGas prototypes of a size of 10 × 10 cm2 are performed. These studies include a cosmic muon test setup in combination with a scalable readout system, such that the effect of variations in the pressure of the operation gas or changes in the humidity at the lower ppm level to the detector performance are investigated. These parameters will have an impact on the final design of the slow control system at the New Small Wheel in ATLAS.
利用宇宙介子研究新型小轮的MicroMeGas室
微孔气体探测器(MicroMeGas)将用于ATLAS探测器,用于2019/20年长期停工II期间建造新的小轮升级。这些探测器主要用于精确的位置测量,但也可以提供额外的触发信息。空间分辨率约为100 μm。与正在进行的实际尺寸原型的构建并行,对尺寸为10 × 10 cm2的小型MicroMeGas原型进行了额外的性能研究。这些研究包括一个宇宙介子测试装置与一个可扩展的读出系统相结合,以便研究操作气体压力变化或较低ppm水平下湿度变化对探测器性能的影响。这些参数将对ATLAS新小轮慢速控制系统的最终设计产生影响。
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