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Status of experimental works in the field of x-ray capillary optics

机译:X射线毛细管光学领域实验工作的现状

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Abstract: Existence of interference structures at the focal spot of regular x-ray capillary lenses and poles is discovered experimentally by our group. This effect was investigated by means of synchrotron and x-ray tube. We point out the possibility of use for capillaries twisting for control of polarizable characteristics, e.g., for rotation of a polarization plane of x ray, neutron radiation, etc. The possibility of radiation monochromatization on the level $lambda@/$Delta$lambda $APEQ 10$+3$/ by means of a lens is also shown. Features of image transfer using interference effects in capillary structures were investigated. General wave theory of these effects is proposed. A number of important applications based on the higher illumination of x-ray lenses as compared with zone plates are considered. !16
机译:摘要:我们小组通过实验发现了常规X射线毛细管透镜和极点处的干涉结构。通过同步加速器和X射线管研究了这种效果。我们指出了使用毛细管扭转来控制可极化特性的可能性,例如用于旋转X射线的极化平面,中子辐射等。辐射单色化的可能性在$ lambda @ / $ Delta $ lambda $还显示了通过镜头的APEQ 10 $ + 3 $ /。研究了在毛细管结构中利用干涉效应进行图像转印的特征。提出了这些效应的通用波理论。考虑到与防区板相比,基于X射线透镜照明度更高的许多重要应用。 !16

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