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Sub-pixel position resolution in pixelated semiconductor detectors

机译:像素化半导体检测器中的子像素位置分辨率

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Experimental data collected from an 18×18×11 mm3 3-dimensional mercuric iodide detector demonstrate methods of measuring sub-pixel gamma-interaction position within a single anode pixel volume. Present work focuses on algorithms that make use of charge induced on non-collecting adjacent pixels. These estimations of sub-pixel position in the x and y directions are based on ratios of opposing neighbor pixel signals. Digital signal processing, including digital filter functions and filter variables optimized to measure the shape of transient signals, allow accurate measurements of information needed to estimate sub-pixel position. An edge collimator is used to block different areas of a collecting pixel to demonstrate the proposed methods.
机译:从18×18×11mm 3 三维汞碘化物检测器中收集的实验数据证明了测量单个阳极像素体积内的子像素伽马交互位置的方法。目前的工作侧重于利用在非收集相邻像素上引起的电荷的算法。这些X和Y方向上的子像素位置的这些估计基于相对邻居像素信号的比率。数字信号处理,包括数字滤波器功能和优化的滤波器变量,以测量瞬态信号的形状,允许精确测量估计子像素位置所需的信息。边缘准直器用于阻止收集像素的不同区域以演示所提出的方法。

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