首页> 外国专利> Wedge-shaped multilayer laue lens for e.g. nano-focus at synchrotron radiation source, has layers altered along radiography direction on basis of X-ray radiation that impinges up to changed surface from emerged X-ray radiation

Wedge-shaped multilayer laue lens for e.g. nano-focus at synchrotron radiation source, has layers altered along radiography direction on basis of X-ray radiation that impinges up to changed surface from emerged X-ray radiation

机译:楔形多层劳埃透镜,例如同步加速器辐射源处的纳米焦点,具有沿X射线辐射方向改变的层,这些X射线辐射会从出现的X射线辐射撞击到变化的表面

摘要

The lens (1) has layers arranged one above another, where layer thickness (t) is successively reduced based on an optical axis of X-ray radiation. The X-ray radiation impinges or emerges from a surface during radiography of the lens. A material coater layer (2) is parallel to a coated surface of the laue lens arising course or pressure inherent stresses. The arranged layers are altered along radiography direction on the basis of the X-ray radiation that impinges up to the changed surface from the emerged X-ray radiation. An independent claim is also included for a method for manufacturing a wedge shaped multilayer tepid lens.
机译:透镜(1)具有彼此叠置的层,其中层厚度(t)基于X射线辐射的光轴连续减小。 X射线辐射在镜片的射线照相期间撞击或从表面射出。材料涂层层(2)平行于劳厄透镜的涂层表面,其产生了过程或压力固有应力。布置的层基于X射线辐射沿着射线照相方向改变,该X射线辐射从射出的X射线辐射撞击到变化的表面。还包括用于制造楔形多层温热透镜的方法的独立权利要求。

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