论文标题
室外系统表演和升级
Outdoor Systems Performace and Upgrade
论文作者
论文摘要
在过去的二十年中，在户外系统中使用RPC的可能性大大增加。我们的小组已经参加了这项工作，已经安装了多个系统，并继续进行优化，同时研究和开发可以在户外应用中使用RPC的新方法。 特别是，一些探测器在2019年的皮埃尔·奥格尔天文台（Pierre Auger Obsvatory）的现场部署了不活动，等待支持系统的调试。在大流行期间，探测器没有气体流量超过两年，但最近没有重新激活，没有重大问题。 Loumu项目结合了粒子物理学和地球物理，以便使用MUON断层扫描绘制大型地质结构。将介绍使用的RPC系统的开发以及过去两年中的数据。 最后，将提出大面积（1 m2）双间隙密封的RPC的最新进展。
Over the last two decades, the possibility of using RPCs in outdoors systems has increased considerably. Our group has participated in this effort having installed several systems and continues to work on their optimization, while simultaneously studying and developing new approaches that can to use of RPCs in outdoor applications. In particular, some detectors were deployed in the field at the Pierre Auger Observatory in 2019 remained inactive, awaiting the commissioning of support systems. During the pandemic the detectors were left without gas flow for more than two years, but were recently reactivated with no major problems. The LouMu project combines particle physics and geophysics in order to map large geologic structures, using Muon Tomography. The development of the RPC system used and the data from the last two years will be presented. Finally, recent advances in a large area (1 m2) double gap-sealed RPC will be presented.
