数字sipm上的PET闪烁体排列

M. Streun, H. Nöldgen, A. Erven, S. España, L. Jokhovets, R. Marcinkowski, C. Peters, M. Ramm, N. Schramm, P. Wüstner, S. Vandenberghe, G. Kemmerling, S. van Waasen
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引用次数: 4

摘要

典型的高分辨率PET探测器由一个闪烁体元素矩阵组成,这些闪烁体元素连接到光导上,以便将光传播到光电探测器的像素上。在这项工作中,我们引入了一个没有光导的矩阵,但定义了内部光泄漏,以便在单个闪烁体元素之间进行可控的光共享。当与飞利浦数字SiPM DPC 3200一起使用时,这尤其有用。我们表明,实现了更好的位置确定,此外,与经典光导解决方案相比,更高的计数率应该是可能的。
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PET scintillator arrangement on digital SiPMs
A typical high resolution PET detector consists of a matrix of scintillator elements which are connected to a light guide in order to spread the light onto the pixels of a photo detector. In this work we introduce a matrix that works without light guide but has defined internal light leaks in order to allow controlled light sharing between the individual scintillator elements. This is especially useful when used together with the Philips digital SiPM DPC 3200. We show that better position determination is achieved and in addition higher count rates should be possible compared to a classical light guide solution.
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