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Alternative TitleInfluence of Micro-channel Ratio of Length to Width and Radius of Curvature on Imaging of Lobster-eye Optical System
彭松武; 韦飞; 郭亦鸿; 叶依众
Source Publication光子学报
KeywordX射线成像 龙虾眼系统 深宽比 曲率半径 角分辨率


Other Abstract

The influence of micro-channel ratio of length to width and radius of curvature on imaging of lobster-eye optical system under the same parallel monochromatic light source condition was investigated.The results show that with the increase of the micro-channel ratio of length to width,the angular resolution becomes better while the total intensity of image surface decreases gradually.When the ratio reaches 25∶1,the effective area of focused X-rays reaches the maximum value.Under same microchannel size condition,the change of radius of curvature has less influence on angular resolution,and the larger radius brings the larger effective area,but requires larger element volume for same field of view at the same time.

Indexed ByEI ; CSCD
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Document Type期刊论文
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GB/T 7714
彭松武,韦飞,郭亦鸿,等. 微孔通道深宽比与曲率半径对龙虾眼光学系统成像的影响[J]. 光子学报,2019,48(2).
APA 彭松武,韦飞,郭亦鸿,&叶依众.(2019).微孔通道深宽比与曲率半径对龙虾眼光学系统成像的影响.光子学报,48(2).
MLA 彭松武,et al."微孔通道深宽比与曲率半径对龙虾眼光学系统成像的影响".光子学报 48.2(2019).
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