论文标题
关于LHCB MUON检测器的多线比例室的应用提案，以后升级非常高
Proposal on Application of the Multi-Wire Proportional Chambers of the LHCb MUON Detector at Very High Rates for the Future Upgrades
论文作者
论文摘要
LHCB的MUON检测器（MD）是全球这种最大的工具之一，也是最受辐照的工具之一。在LHC的Run1和Run2期间，它的表现异常出色，瞬时发光度为4 $ \ times $ 10 $^{32} $ cm $^{ - 2} $ s $ s $^{ - 1} $，并以1 $ \％$ \％$和2.6 $ \％$ \％$ \％$ \％$ \％的水平跟踪。期待未来的LHCB升级2（U2）计划于2031年计划，目的是以增加的亮度来运行探测器$ \ sim $ 50，同时保持非常高（$ \ sim $ 99 $ \％\％$ \％$）的检测效率，并在当前的多人范围内呈现了重点的探测效率，呈现了当前的多部比较室（M.M.M.M.M.MWPC）。此外，描述了新的前端电子产品（费用）的第一个想法和适用于设计同时设计的现有测试设置：介绍了具有较高粒度阴极读取垫和新费用的新MWPC。
The MUON Detector (MD) of LHCb is one of the largest instruments of this kind worldwide, and one of the most irradiated. It has performed exceptionally well during the RUN1 and RUN2 of the LHC at an instantaneous luminosity of 4$\times$10$^{32}$ cm$^{-2}$s$^{-1}$, with tracking inefficiencies at the level of 1$\%$ and 2.6$\%$, respectively. Looking forward for the future LHCb Upgrade 2 (U2) planned in 2031 and aiming in running the detector at increased luminosity by a factor $\sim$50, and at the same time keeping a very high ($\sim$99$\%$) detection efficiency, an option with reuse significant part of the present Multi-Wire Proportional Chambers (MWPC) in a new Muon System is presented. In addition, the first idea of new Front End Electronics (FEE) and an existing test setup applicable for designing both: new MWPCs with a higher granularity of the cathode readout pads and new FEE are described.
