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ATLAS liquid argon barrel calorimeter performance in test-beams

机译:ATLAS液氩桶热量计的性能

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摘要

During the combined test-beam in summer 2004 a slice of the ATLAS barrel detector—including all detector sub-systems from the inner tracker, the calorimetry to the mum system—was exposed to particle beams (electrons, pions, photons, muons) with different energies (1-350 GeV). The aim was to study the combined performance of the different detector sub-systems in ATLAS-like conditions. We will present studies with different amounts of material in front of the calorimeter, representing various regions in the ATLAS detector, performance results from the electromagnetic calorimetry, including energy reconstruction, uniformity, resolution and linearity. The performance in .the combined ATLAS like set-up will be compared to the one obtained in stand-alone test-beams.
机译:在2004年夏季的组合测试束中,一片ATLAS桶形探测器(包括从内部跟踪器,量热法到妈妈系统的所有探测器子系统)都暴露于粒子束(电子,介子,光子,介子)中,不同的能量(1-350 GeV)。目的是研究类似ATLAS的条件下不同探测器子系统的综合性能。我们将介绍量热计前使用不同数量材料的研究,代表ATLAS检测器中的各个区域,电磁量热法的性能结果,包括能量重建,均匀性,分辨率和线性。像组合式ATLAS这样的组合中的性能将与独立测试束中获得的性能进行比较。

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