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Systematic study of RPC performances in polluted or varying gas mixture compositions: an online monitor system for the RPC gas mixture at LHC

机译:污染或不同气体混合物组合物中RPC性能的系统研究:LHC在RPC气体混合物的在线监测系统

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A correct gas mixture composition is fundamental for proper and safe operation of the Resistive Plate Chamber large detector systems. At long term, small changes in the gas mixture composition can alter the RPC performance affecting the data quality in the ALICE, ATLAS and CMS experiments at CERN. A constant monitoring of the gas mixture quality injected in the RPC systems would possibly avoid this kind of problems. A systematic study has been performed to understand the RPC performances with slightly different gas mixture compositions and in presence of common impurities. The systematic analysis of several RPC parameters in different gas mixtures allows the quick identification of variations in the mixture. A set-up for the online monitoring of the RPC gas mixture in the LHC experiment is also proposed.
机译:正确的气体混合物组合物是电阻板室大型探测器系统的适当和安全操作的基础。长期以来,气体混合物组合物的小变化可以改变影响核心,阿特拉斯,阿特拉斯和CMS实验中的数据质量的RPC性能。持续监测RPC系统中注入的气体混合物质量可能避免这种问题。已经进行了系统研究以了解具有略微不同的气体混合物组合物和常见杂质的RPC性能。不同气体混合物中几个RPC参数的系统分析允许快速识别混合物中的变化。还提出了LHC实验中RPC气体混合物的在线监测的设置。

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