Study of number of particles crossing through a scintillation detector
Mahmoud reza Oshagh, Shoubane Hemmati, Farnaz Behrouzi, Farzaneh, Sheidaei, Mahmoud Bahmanabadi
TL;DR
This paper investigates the energy spectrum of particles crossing a scintillation detector to determine detection probabilities for single, double, and triple particles, aiding future air shower array studies.
Contribution
It introduces a method to analyze the energy spectrum for identifying the number of particles detected, which is novel for this type of scintillation detector study.
Findings
Determined probabilities of detecting single, double, and triple particles.
Established a framework for analyzing energy spectra in particle detection.
Results will support the development of extensive air shower arrays.
Abstract
In this study we set our system in order to study the energy spectrum of single, double and triple particles, detected in a scintillation detector. The goal of doing this experiment was to determine the probability of number of particles (single, double or triple) detected, from the energy spectrum in any given energy spectrum. The results of experiment will be used in our extensive air shower array.
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Taxonomy
TopicsAstrophysics and Cosmic Phenomena · Radiation Detection and Scintillator Technologies · Electromagnetic Compatibility and Measurements