Review of Scientific Instruments · 1989 · 77 citations · 6 references
Natural SciencesMaterials SciencePhysicsOptical MaterialsOpticsPhotonicsX-ray DiffractionX-ray OpticsOptic RadiationSoft X-ray Optics
Multilayers and gratings are engineered microstructures used as x‑ray, soft‑x‑ray, extreme‑ultraviolet, and neutron optics, with multilayers varying in depth and gratings being in‑plane structures employed for decades. The study aims to combine multilayers and gratings into hybrid microstructure optics to increase throughput and resolution across these spectral ranges. The authors characterize the hybrid optics and compare their performance to experimental measurements, highlighting the unique properties of the combined microstructures. The results show that the hybrid microstructure optics perform generally across soft‑x‑ray, EUV, and neutron domains.
Multilayers are man-made microstructures which vary in depth and are now of sufficient quality to be used as x-ray, soft x-ray, and extreme ultraviolet optics. Gratings are man-made in-plane microstructures which have been used as optic elements for most of this century. Joining of these two optical microstructures to form combined microstructure optical elements has the potential for greatly enhancing both the throughput and the resolution attainable in these spectral ranges. The characteristics of these new optic elements will be presented and compared to the experiment with emphasis on the unique properties of these combined microstructures. The results reported are general in nature and not limited to the soft x-ray or extreme ultraviolet spectral domains and also apply to neutrons.
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Low energy x-ray diagnostics: 1981
David Attwood, Burton L. Henke · 1981 · 173 citations
Troy W. Barbee · Optical Engineering · 1986 · 163 citations
D. Denley, P. Perfetti, R. Stanley Williams et al. · Physical review. B, Condensed matter · 1980 · 71 citations