The Development of Beam Profiling System for the Analysis of Pulsed Gamma-ray Using the Electron Accelerator

Y. Hwang, N. Lee
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Abstract

Recently, most countries in the world have pursued a denuclearization. So it has been of interest to increase to Nuclear weapon in such as North Korea`s continued nuclear test. Pulsed gamma rays produced in the nuclear explosion and the space environment can give the big damage to the electronic device in a very short period of time. To confirm the extent of damage of these electronic devices, pulsed gamma irradiation facility that can occur in nuclear weapon or space environment are required. In this paper, we implemented the pulsed gamma-ray detection module and analyzed output of the irradiation test. We have experimented using an electron beam accelerator research facilities in Pohang Accelerator similar conditions to equip and Nuclear weapon. As a result, we confirmed that the pulsed gamma rays emitted by the gamma radiation and electron beam conversion device. The results of this paper will contribute to improve the reliability and accuracy of studies for utilizing pulsed gamma rays.
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利用电子加速器分析脉冲伽玛射线的光束剖面系统的研制
最近,世界上大多数国家都在追求无核化。因此,在朝鲜继续进行核试验的情况下,增加核武器是值得关注的。核爆炸和空间环境中产生的脉冲伽马射线可以在很短的时间内对电子设备造成很大的破坏。为了确认这些电子设备的损坏程度,需要在核武器或空间环境中可能发生的脉冲伽马辐照设施。在本文中,我们实现了脉冲伽马射线探测模块,并分析了辐照试验的输出。我们已经试验利用电子束加速器研究设施,在浦项加速器类似的条件下装备核武器。结果,我们证实了脉冲伽马射线是由伽马射线和电子束转换装置发射的。本文的研究结果将有助于提高利用脉冲伽马射线的研究的可靠性和准确性。
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