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Microscope imaging inside highly scattering media

机译:高散射介质内的显微镜成像

摘要

A method and system for imaging a small object in or behind a highly scattering medium comprises a laser source for illuminating the object with an ultrashort collimated beam of light and a novel microscope for forming a magnified image of the object using light emergent from the highly scattering medium, the emergent light consisting of a scattered component and a non-scattered component. The novel microscope comprises an objective, an eyepiece and an aperture centered at the back focal plane of the objective. The aperture, which may be of a fixed or variable size and controlled electronically or by a computer serves to spatially filter the scattered light component of the light emergent from the highly scattering medium. The system may also comprise a streak camera or similar time resolving device positioned at the image plane of the microscope for temporally filtering the scattered light component of the light emergent from the highly scattering medium.
机译:用于在高散射介质中或后面成像小物体的方法和系统,包括激光源,用于用超短准直光束照射物体;新型显微镜,用于使用从高散射出射的光形成物体的放大图像。介质,出射光由散射分量和非散射分量组成。该新型显微镜包括物镜,目镜和以物镜的后焦平面为中心的光圈。孔径可以是固定的或可变的,并且可以电子地或通过计算机来控制,该孔径用于对从高散射介质射出的光的散射光分量进行空间滤波。该系统还可以包括位于照相机的图像平面上的条纹照相机或类似的时间分辨装置,用于暂时过滤从高散射介质射出的光的散射光分量。

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