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    • 10. 发明授权
    • Photomultiplier tube, radiation detecting device, and photomultiplier tube manufacturing method
    • 光电倍增管,放射线检测装置和光电倍增管制造方法
    • US07812532B2
    • 2010-10-12
    • US12224377
    • 2007-02-27
    • Hideki ShimoiKoji NaguraHiroyuki Kyushima
    • Hideki ShimoiKoji NaguraHiroyuki Kyushima
    • H01J43/18
    • H01J43/22
    • A vacuum vessel is configured by hermetically joining a faceplate to one end of a side tube and a stem to the other end via a tubular member. A photocathode, a focusing electrode, dynodes, a drawing electrode, and anodes are arranged within the vacuum vessel. The dynodes and the anodes have a plurality of channels in association with each other. Each electrode has cutout portions that overlap in a stacking direction, and supporting pins and lead pins are arranged in the cutout portions. A bridge is provided in a concave section arranged between unit anodes, and the bridge is cut off after the anode plate is placed on stem pins. Effective areas of each electrode and the anode are secured sufficiently, thereby allowing electrons to be detected efficiently.
    • 真空容器通过经由管状构件将面板与侧管的一端气密地接合到另一端而构成。 在真空容器内设置光电阴极,聚焦电极,倍增极,牵伸电极和阳极。 倍增极和阳极具有彼此相关联的多个通道。 每个电极具有在堆叠方向上重叠的切口部分,并且支撑销和引导销布置在切口部分中。 在设置在单元阳极之间的凹部设置有桥,并且在将阳极板放置在杆销上之后,桥被切断。 每个电极和阳极的有效面积得到充分保证,从而有效地检测电子。