基于GAMOS的反散射光子计数法地雷探测仿真

Ezzat A. Elmoujarkach, E. Banoqitah
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引用次数: 0

摘要

地雷探测是自第二次世界大战结束以来不断改进的主要领域之一。由于拯救生命的重要性,在地雷被触发前进行探测是必要的。各种各样的地雷类型创造了各种各样的方式和方法来探测它们,最常用的方法来探测地雷是使用金属探测器。然而,有时由于矿井中缺乏导电材料,金属探测器不适合用于矿井探测。目标是发展一种方法,通过使用伽马射线发射器源和GAM操作系统模拟工具包来模拟这种情况,从金属和非金属材料探测地雷。背散射光子计数是使用的方法,它适用于轻质和重型材料的地雷。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GAMOS based simulation using gamma back- scattered photons count method for mine detection
Mine detection is one of the major fields that has been improving since the end of World War II. Due to the importance of saving lives, it's a necessity to detect a mine before it is triggered. The variety of mine types created the variety of ways and methods to detect them The most commonly used method to detect mines is using a metal detector. However, sometimes metal detectors are not ideal to be used for mine detection due to lack of conductive materials in the mine. The objective is to develop a method to detect mines from both metallic and non-metallic materials, by using a gamma ray emitter source and a GAM OS simulation toolkit to simulate this situation. Back scattered photon counting was the method used, which works for mines made of both light and heavy materials.
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