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Theoretical analysis of stratified media imaging in low-coherence interference microscopy

机译:低相干干涉显微镜中分层介质成像的理论分析

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摘要

Theoretical analysis of stratified media imaging with a Linnik-type low-coherence interference microscope is presented. Expressions describing the interference microscope image formation in the case of arbitrary coherence properties of illumination are derived. The particular case of spatially incoherent illumination is further analyzed and the effects of numerical aperture size and spectral properties of illumination are shown. The derived theory can be useful for determination of optimal parameters of the interference microscope system for the object fine structure visualization. The theory can also be applied for analysis of other types of interference microscopes.
机译:提出了使用Linnik型低相干干涉显微镜对分层介质成像进行的理论分析。得出描述在任意相干性的情况下干涉显微镜图像形成的表达式。进一步分析了空间不连贯照明的特殊情况,并显示了数值孔径大小和照明光谱特性的影响。所推导的理论对于确定用于物体精细结构可视化的干涉显微镜系统的最佳参数可能是有用的。该理论还可用于分析其他类型的干涉显微镜。

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