Novel microstructured adaptive X-ray optics

A. Michette, P. Prewett, A. K. Powell, S. Pfauntsch, K. Atkinson, B. Boonliang
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引用次数: 16

Abstract

Advances in the techniques of micro- and nano-fabrication mean that it is now possible to design and make microstructured optical arrays (MOAs). Due to greater flexibility in the choice of channel geometry and layout, these offer much better performances than current grazing incidence optics, which are limited to circular, square or close-packed hexagonal channels. In addition, MOAs can have built-in adaptivity and controllable focal length - they can therefore act as zoom lenses. Potential applications include x-ray microprobing, EUV lithography and confocal x-ray microscopy.
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新型微结构自适应x射线光学
微纳米制造技术的进步意味着现在可以设计和制造微结构光学阵列(MOAs)。由于通道几何形状和布局的选择更大的灵活性,这些提供了比目前的掠入射光学器件更好的性能,后者仅限于圆形,方形或紧密排列的六边形通道。此外,moa还具有内置的自适应能力和可控制的焦距——因此它们可以充当变焦镜头。潜在的应用包括x射线微探测,EUV光刻和共聚焦x射线显微镜。
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