Abstract

This paper offers a method for estimating the normalized instrument response function (IRF) of the URAGAN muon hodoscope (MH). A multiparametric model of the instrument response function is derived from digitally processed time series of MH matrix data and the hypothesis of muon-flux (MF) intensity distribution is formulated. Formulae for estimating the normalized instrument response function are devised and used in an algorithm for estimating normalized variations of functions in MF intensity. The algorithm was tested on simulated and experimental muon observation data.

中文翻译：

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URAGAN Muon镜的归一化仪器响应函数估计方法。

摘要

本文提供了一种估算URAGAN介子镜（MH）的标准化仪器响应函数（IRF）的方法。仪器响应函数的多参数模型是从MH矩阵数据的数字处理时间序列中得出的，并建立了μ磁通（MF）强度分布的假设。设计了用于估计归一化仪器响应函数的公式，并将其用于估计MF强度函数的归一化变化的算法中。该算法在模拟和实验性μ子观测数据上进行了测试。