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X-ray imaging systems with micron resolution on the base of Kumakhov optics

机译:具有微米分辨率的X射线成像系统在Kumakhov光学底座上

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The spatial resolution of the modem X-ray and neutron detectors is limited by the range of a secondary particles. It was shown theoretically that polycapillary Kumakhov optics can avoid this limit. Such systems can provide resolution less than l#m for energy 17, keV even using ordinary x-rays sources and detectors. The results of experimental investigations of polycapillary cone for imaging of objects with micron level resolution are present. This work is a extension of our last report at SPIE-96. New technology allows us to decrease the entrance capillary diameter to 0.5 micron. On this base we received resolution on the level 1.5 - 2 microns.
机译:调制解调器X射线和中子探测器的空间分辨率受二级粒子的范围限制。理论上,理论上显示,多百分点Kumakhov光学器件可以避免这种限制。这种系统可以为能量17提供小于L#M的分辨率,即使使用普通的X射线源和探测器也是如此。存在具有微米水平分辨率对物体成像的多葡萄球菌的实验研究结果。这项工作是我们在SPIE-96的上一份报告的延伸。新技术允许我们将入口毛细管直径降低至0.5微米。在这个基础上,我们收到了1.5-2微米的分辨率。

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