NUV和DUV高倍率统一物镜:光学设计

D. N. Frolov, O. A. Vinogradova, A. D. Frolov, Alexandr D. Pavlii
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引用次数: 0

摘要

光学系统在光谱短波部分的工作使得提高分辨率的值成为可能。这与使用透镜物镜的显微镜有关。提出设计用于紫外和紫外光谱范围的单色显微镜光学元件。此外,当使用浸水(例如水)时,分辨率也有可能提高。在达到增加的分辨率值后,有必要增加显微镜上获得的图像的比例。同一类型的透镜物镜在给定的光谱范围内的结构参数的统一成为一个原始的工程解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
NUV and DUV high-magnification unified lens objectives: optical design
The operation of the optical system in the short-wave part of the optical spectrum makes it possible to increase the value of the resolution. This is relevant for microscopy using lens objectives. It is proposed to design the monochromatic microscope optics for use in NUV and DUV spectral ranges. Also an increase in the resolution is possible when using immersion, for example, water. Upon reaching increased values of resolution, it is necessary to increase the scale of the image obtained on the microscope. The unification of structural parameters for the same type of lens objectives operating in a given spectral range becomes an original engineering solution.
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