论文标题
了解VSIPMT：与其他大面积混合光电探测器的比较
Understanding VSiPMT: a comparison with other large area hybrid photodetectors
论文作者
论文摘要
高能量物理界正在不断致力于开发能够改善实验检测性能的新光电探测器的开发，从而增加了新发现的可能性和新的重要科学结果。 MCP-PMT表示，通过替换Dynode链来增强经典PMT的性能的首次尝试。除此之外，实现此目标的一种策略之一是实现混合光电探测器，这是真空管中包含半导体装置的新的光电层流。在过去的几年中，基本上有三个竞争对手参加了这一新的光传感器：HPD，鲍鱼和VSIPMT。在本文中，我们将分析VSIPMT的操作原理如何影响其检测性能，并将它们与其他新的光电传感器进行比较：MCP-PMTS，HPD和鲍鱼。
High energy physics community is continuously working on development of new photodetectors able to improve their experiments detection performances and so to increase the possibility of new discoveries and new important scientific results. The first attempt to enhance the performances of classical PMTs by substituting the dynode chain is represented by MCP-PMTs. In addition to that, one of the strategies adopted to reach this goal is to realize hybrid photodetectors, that are new photomultipliers containing a semiconductor device within a vacuum tube. In the last years, basically three competitors entered in this new class of photosensors: HPDs, ABALONE and VSiPMT. In this article we will analyze how the operation principle of VSiPMT affects its detection performances and we will compare them to the other new photosensors: MCP-PMTs, HPDs and ABALONE.
