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A new assembly technique of full stereo Drift Chamber for high energy physics experiments

机译:用于高能物理实验的全立体漂移室的新组装技术

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Modern High Energy Physics experiments for the search of extremely rare processes require high resolutions (order of 50–200 keV/c) tracking systems for particle momenta in the range of 50–300 MeV/c, dominated by multiple scattering contributions. We will describe a newly developed construction technique for ultra-low mass, high granularity Drift Chambers fulfilling this goal. These techniques have been successfully implemented at INFN-Lecce and University of Salento and are currently being used for the construction of the Drift Chamber of the MEG upgrade experiment.
机译:为了寻找极少的过程,现代高能物理实验要求在50-300 MeV / c范围内具有高分辨力(50–200 keV / c的量级)的跟踪系统,以多个散射贡献为主导。我们将描述一种为实现这一目标而开发的超低质量,高粒度漂移室的新施工技术。这些技术已在INFN-Lecce和Salento大学成功实施,目前正用于构建MEG升级实验的漂移室。

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