具有空间结构波片的光学显微镜

M. Baránek, T. Fordey, F. Mikeska, P. Úlehla
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引用次数: 1

摘要

光学显微镜是一种有效的工具来观察生物样品没有任何负面干扰的标本。由于此类物体的吸收较弱,要获得令人满意的高对比度图像,需要采用先进的显微方法。由于现代技术的发展,新的对比度增强方法仍在发展。近年来,空间结构波片(SWP)显微系统在全相干单色光中的优势得到了证明。然而,在成像应用中,对非相干照明的要求较高。本文介绍了在部分相干LED照明下,用光学显微镜与SWP互补获得的相物图像。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optical microscope with spatially structured waveplate
Optical microscopy is an effective tool for observation of biological samples without any negative disturbance of the specimen. Due to weak absorption of such objects, implementation of advanced microscopic method is necessary for acquiring the image with satisfactorily high contrast. Thanks to modern technologies, new contrast enhancing methods are still developed. Recently, advantages of the microscopic system with spatially structured waveplate (SWP) was demonstrated for fully coherent monochromatic light. In imaging applications, however, is incoherent illumination of higher demand. In this paper images of phase objects obtained with optical microscope complemented by SWP operated under partially coherent LED illumination are presented.
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