Study of measuring methods on spatial resolution of a GEM imaging detector
Xin-Yu Lu, Rui-Rui Fan, Yuan-Bo Chen, Qun Ouyang, Rong-Guang Liu, Peng, Liu, Hui-Rong Qi, Jian Zhang, Ping-Ping Zhao, Dong-Xu Zhao, Yu-Bin Zhao,, Hong-Yu Zhang, Hua-Yi Sheng, Li-Yuan Dong
TL;DR
This paper identifies limitations in current methods for measuring the spatial resolution of GEM imaging detectors and proposes improved techniques that yield more accurate measurements through theoretical and experimental validation.
Contribution
The paper introduces an improved measurement method for GEM detector spatial resolution, overcoming limitations of existing approaches with theoretical analysis and experimental verification.
Findings
Enhanced measurement accuracy of spatial resolution
Validation of improved methods through experiments
Overcoming limitations of common measurement techniques
Abstract
In this paper, limitations of the common method measuring intrinsic spatial resolution of the GEM imaging detector are presented. Through theoretical analysis and experimental verification, we have improved the common method to avoid these limitations. Using these improved methods, more precise measurement of intrinsic spatial resolution are obtained.
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