Advances in laser speckle flowgraphy technique

Q4 Physics and Astronomy
孔. K. Ping, 杨. Y. Hui, 郑. Z. Gang, 谢银月 Xie Yin-yue, 林为民 Lin Weimin
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引用次数: 1

Abstract

Laser Speckle Flowgraphy(LSFG),a full field optical imaging method without scanning in biomedical field,has become a novel technique for monitoring dynamic fluctuation of blood flow owning to its outstanding features. Its validity has been demonstrated by many clinical instances in the recent twenty years.Research to date on the LSFG has led to improvements in the theory and diversity of systems.The development and the basic theory of LSFG is introduced systematically,and state-of-the-art of study on theory and system design are reviewed and illustrated by reference to recent publications.The model of velocity distribution,the algorithm of contrast analysis,the match of the size of speckle and the pixel,and the exposure time are discussed in detail.
激光散斑流成像技术研究进展
激光散斑血流成像(Laser Speckle flowography, LSFG)是生物医学领域一种无需扫描的全视场光学成像方法,以其突出的特点成为监测血流动态波动的一种新技术。近二十年来,其有效性已被许多临床实例所证实。迄今为止,对LSFG的研究已经导致了理论和系统多样性的改进。系统地介绍了LSFG的发展和基本理论,并对理论和系统设计的研究现状进行了回顾和说明。详细讨论了速度分布模型、对比度分析算法、散斑与像素大小的匹配以及曝光时间。
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来源期刊
光学技术
光学技术 Physics and Astronomy-Atomic and Molecular Physics, and Optics
CiteScore
0.60
自引率
0.00%
发文量
6699
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