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On the Design of Temporal Cerenkov Detectors That Have Optimal Algorithms for the Unique Reconstruction of Muon Tracks

机译:关于具有独特算法的μ轨道唯一重构的时间Cerenkov检测器的设计

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摘要

A general condition providing the unambiguous reconstruction of an azimuthal muon track, which is necessary in the design of both temporal and amplitude detectors, is found analytically. Two designs of temporal Cerenkov detectors that allow one (unlike conventional strings of detectors) to recover all the parameters of the muon track and admit the partition of the obtained set of equations into two independent sets of lower dimension are proposed. Optimal algorithms for calculating the muon track parameters are found with this approach. One of the designs proposed allows for an analytical solution to the set of equations.
机译:通过分析,找到了在时间和幅度检测器的设计中都必须提供对方位角μ子轨迹进行清晰重建的一般条件。提出了两种时间切伦科夫检测器设计,它们允许一个(与传统的检测器串不同)恢复μ子轨道的所有参数,并允许将获得的方程组划分为两个独立的较低维集合。用这种方法可以找到计算μ子轨道参数的最佳算法。提出的一种设计允许对方程组进行解析解。

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