Development of reconstruction algorithm for activation sample measurement using gamma camera

Jae Yong Lee, Do-Hyun Kim, Chewook Yim, Jae Hyun Kim, M. Woo, Quang Huy Khuat, C. Shin, Jong Kyung Kim, Bo Kyun Seo, Ji Seok Kim
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Abstract

In a facility using neutron, it is important to figure out the spatial distribution of the neutron beam. To get neutron spatial distributions, multiple activation foils are used in the activation foil method. To measure the radioactivity of foils efficiently, a novel measurement system with gamma camera was proposed. The radioactivity of foils was obtained as the image form in the system. To determine the radioactivity of each foil, reconstruction algorithm was necessary. In this study, a novel reconstruction algorithm suitable to the proposed system was developed. The algorithm was validated by solving two problems. By utilizing the developed algorithm, accurate determination of radioactivity of multiple foils was possible. It is expected that the developed algorithm could be used for the efficient measurement of neutron beam distribution.
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伽玛相机激活样本测量重建算法的发展
在中子设施中,中子束的空间分布是一个重要的问题。为了得到中子的空间分布,在激活箔法中使用了多个激活箔。为了有效地测量箔片的放射性,提出了一种新型的伽马照相机测量系统。在该系统中以图像形式获得了箔片的放射性。为了确定每个箔片的放射性,必须使用重建算法。本文提出了一种适用于该系统的重构算法。通过求解两个问题对算法进行了验证。利用所开发的算法,可以准确地测定多种箔的放射性。该算法可用于中子束分布的有效测量。
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