Properties of detectors used in dp breakup experiment investigated at intermediate energies

M. Janek, V. Ladygin, Semen Mikhailovich Piyadin
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引用次数: 2

Abstract

Detector efficiencies are investigated in dp breakup experiment at intermediate energies using collected data from methodical experiment and results obtained by phase space simulation in the ROOT and GEANT4 packages. Two configurations of detectors were used in order to investigate detector’s efficiency of particle registration. Perpendicular configuration is used to investigate detector efficiency as a function of a depth in E - scintillator. Longitudinal configuration is used to investigate possible variation of detector efficiency due to possible misalignment. Reasonable agreement between experimental and modeled results is obtained.
研究了中能量dp分解实验中所用探测器的性能
利用系统实验收集的数据和在ROOT和GEANT4封装中进行相空间模拟得到的结果,研究了中间能量下dp分解实验中探测器的效率。为了考察探测器的粒子配准效率,采用了两种结构的探测器。利用垂直构型研究了探测器效率随E闪烁体深度的变化规律。纵向配置用于研究由于可能的不对准而导致的探测器效率的可能变化。实验结果与模型结果吻合较好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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