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X- Optical system aligning structure and method for high resolution x-ray imaging

机译:用于高分辨率x射线成像的x光学系统对准结构和方法

摘要

The present invention relates to an alignment of a microscope optical system capable of high-resolution X-ray photographing. Proposed is an optical system alignment structure and method for high-resolution X-ray photographing wherein an optical system of a transmission X-ray microscope is configured with optical elements including at least an X-ray light source, a condenser lens, a specimen, a zone plate, and a CCD camera wherein at least one part of the optical elements is installed in a barrel-shaped structure, the barrel-shaped structure has a pinhole formed at a center of each end of an inlet side and an outlet side such that the X-ray collected from the X-ray light source passes therethrough, and the optical elements in the barrel-shaped structure are aligned such that a central axis is collinear with the pin hole.
机译:显微镜光学系统的对准技术领域本发明涉及能够进行高分辨率X射线摄影的显微镜光学系统的对准。提出了用于高分辨率X射线照相的光学系统对准结构和方法,其中,透射X射线显微镜的光学系统配置有至少包括X射线光源,聚光镜,样本,区域板和CCD照相机,其中光学元件的至少一部分以桶形结构安装,该桶形结构在入口侧和出口侧的各端的中心处形成有针孔。从X射线光源收集的X射线穿过其中,并且桶形结构中的光学元件对准,使得中心轴与针孔共线。

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