Pile-up discrimination method applied to novel gamma-ray detectors based on SiPMs arrays

J. Barberá, Antonio J. González, V. Carrilero, C. Correcher, L. Hernández, C. Molinos, F. Sánchez, J. Benlloch
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引用次数: 1

Abstract

SiPMs-based gamma ray detectors have shown a significant development impulse in recent years due to a number of advantages, namely: good time response, small size, magnetic field immunity and low cost. We have designed a special SiPM array formed by 12×12 SiPMs of 3×3 mm2 active area (FB-30035, SensL) that covers a total photosensor area of 5×5 cm2 for gamma ray detection in PET scanners. When thick crystals are considered, pile-up events increase with the scintillation material volume leading to a loss of events and spatial distortions in the image.
基于sipm阵列的新型伽玛射线探测器的堆积鉴别方法
基于sipms的伽马射线探测器具有时间响应好、体积小、抗磁场、成本低等优点,近年来发展势头迅猛。我们设计了一个特殊的SiPM阵列,由3×3 mm2有源面积(FB-30035, SensL)的12×12 SiPM组成,覆盖了5×5 cm2的总光敏面积,用于PET扫描仪中的伽马射线检测。当考虑厚晶体时,堆积事件随着闪烁材料体积的增加而增加,导致事件丢失和图像中的空间畸变。
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