光子学报, 2010, 39 (1): 95, 网络出版: 2010-03-11
三维超声驻波场的数字全息测量与重建研究
Measurement and Reconstruction of 3D Acoustic Standing Wave Field Using Digital Holographic Interferometry
数字全息干涉术 超声驻波场 数值再现 迭代重建算法 三维重建 Digital holographic interferometry Acoustic standing wave field Numerically reconstructing Algebraic reconstruction techniques(ART) algorithm 3D reconstruction
摘要
利用数字全息干涉术研究了超声驻波场的三维分布特征,由所记录的不同角度的超声驻波场的数字全息图,经数值再现,得到了超声驻波场的强度和相位差分布图,进而由迭代重建算法重建出超声驻波场的三维分布曲线.结果表明,数字全息干涉术与迭代重建算法相结合是测量与重建三维超声驻波场的一种方便有效方法.
Abstract
The three-dimensional distribution properties of acoustic standing wave field are studied using digital holographic interferometry.By numerically reconstructing the digital hologram,the intensity and phase distribution of acoustic standing wave field is obtained,from which the three-dimensional distributing curve of acoustic standing wave field is also reconstructed with Algebraic Reconstruction Techniques(ART) algorithm.It is shown that the digital holographic interferometry and Algebraic Reconstruction Techniques algorithm is a effective method for measuring and reconstructing three-dimensional acoustic standing wave field.
陈秀山, 李恩普, 赵建林, 窦宝强, 黄国玲, 李文博. 三维超声驻波场的数字全息测量与重建研究[J]. 光子学报, 2010, 39(1): 95. CHEN Xiu-shan, LI En-pu, ZHAO Jian-lin, DOU Bao-qiang, HUANG Guo-ling, LI Wen-bo. Measurement and Reconstruction of 3D Acoustic Standing Wave Field Using Digital Holographic Interferometry[J]. ACTA PHOTONICA SINICA, 2010, 39(1): 95.
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