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Compact integrated X-ray intensity and beam position monitor based on rare gas scintillation

机译:基于稀有气体闪烁的紧凑型集成X射线强度和光束位置监控器

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摘要

We have created and tested a compact integrated X-ray beam intensity and position monitor using Ar-gas scintillation. The light generated inside the device's cavity is detected by diametrically opposed PIN diodes located above and below the beam. The intensity is derived from the sum of the top and bottom signals, while the beam position is calculated from the difference-over-sum of the two signals. The device was tested at Cornell High Energy Synchrotron Source with both 17 keV and 59 keV x-rays. For intensity monitoring, the Ar-scintillation monitor performance is comparable to standard ion chambers in terms of precision. As an X-ray beam position monitor the new device response is linear with vertical beam position over a 2 mm span with a precision of 2 μm.
机译:我们使用Ar-gas闪烁技术创建并测试了紧凑的集成X射线束强度和位置监控器。通过位于光束上方和下方的直径相对的PIN二极管检测设备腔体内产生的光。强度是根据顶部和底部信号的总和得出的,而光束位置是根据两个信号的总和求和得出的。该设备在康奈尔高能同步加速器源上进行了17 keV和59 keV的X射线测试。对于强度监控,在精确度方面,Ar闪烁监控器的性能可与标准离子室媲美。作为X射线束位置监控器,新设备的响应与2 mm跨度内的垂直束位置呈线性关系,精度为2μm。

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