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Que Jie-Min (阙介民)1,2,3, Cao Da-Quan (曹大泉)1,2,3, Zhao Wei (赵维)1,2,3, Tang Xiao (唐晓)1,2,3, Sun Cui-Li (孙翠丽)1,2, Wang Yan-Fang (王燕芳)1,2, Wei Cun-Feng (魏存峰)1,2, Shi Rong-Jian (史戎坚)1,2, Wei Long (魏龙)1,2, Yu Zhong-Qiang (郁忠强)1,2 and Yan Yong-Lian (阎永廉)1,2
2012 Chinese Physical Society and the Institute of High Energy Physics of the Chinese Academy of Sciences and the Institute of Modern Physics of the Chinese Academy of Sciences and IOP Publishing Ltd
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Citation Que Jie-Min et al 2012 Chinese Phys. C 36 777
DOI 10.1088/1674-1137/36/8/017
396 Total downloads
Computed laminography (CL) is an alternative to computed tomography if large objects are to be inspected with high resolution. This is especially true for planar objects. In this paper, we set up a new scanning geometry for CL, and study the algebraic reconstruction technique (ART) for CL imaging. We compare the results of ART with variant weighted functions by computer simulation with a digital phantom. It proves that ART algorithm is a good choice for the CL system.