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Operation point selection for thin-window large areas flow gas proportional counter

机译:薄窗大面积气体比例计数器的工作点选择

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In order to measure the surface contamination level effectively, the large area surface contamination measuring instrument is widely used. This research designs a thin-window flow gas proportional counter with 1000cm2 detecting area. When to achieve simultaneous measurement of α and β rays in using pulse-height discrimination technology, the selection of high voltage operation point for this detector can't follow the traditional method. As the voltage increases, β pulse-height increases, string to α channel, making the result more inaccuracy. Based on experiments, considered the limitation of the interference ratio in α+β count aerodromes, the operation point of detector was located near the head of plateau. Experimental results proved that the selection methods of the working point meet the regulation of national standard.
机译:为了有效地测量表面污染水平,大面积表面污染测量仪器被广泛使用。本研究设计了一种检测面积为1000cm2的薄窗气流比例计数器。当使用脉冲高度判别技术实现对α和β射线的同时测量时,该探测器的高压工作点的选择不能遵循传统方法。随着电压的增加,β脉冲高度增加,串接至α通道,从而导致结果更加不准确。根据实验,考虑到干扰率在α+β数量机场中的局限性,探测器的工作点位于高原的头部附近。实验结果证明,工作点的选择方法符合国家标准的规定。

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