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Full-field optical coherence microscopy based on acousto-optic filtration of interference images

机译:基于干涉图像声光滤波的全场光学相干显微镜

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摘要

The problem of three-dimensional near-surface imaging of microscopic structures is discussed. Anew scheme of optical coherence microscope with detection in the spectral domain is proposed. It is based on a broadband light source and filtration of interference images by a tunable acousto-optic imaging filter placed in the detection channel. The applicability of the scheme for analyzing depth distributions of object properties is experimentally demonstrated.
机译:讨论了微观结构的三维近表面成像问题。提出了一种在光谱域中进行检测的光学相干显微镜新方案。它基于宽带光源,并通过放置在检测通道中的可调声光成像滤镜对干涉图像进行过滤。实验证明了该方案用于分析物体特性的深度分布的适用性。

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