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Applied Physics Letters, 2019
Mirrors used in synchrotron radiation facilities can reflect X-ray beams ideally owing to recent advancements in ultraprecise fabrication technologies. Flat mirrors can change the direction of an X-ray beam without distorting its wavefront. Elliptically figured mirrors can focus X-rays onto a spot with nanometer dimensions.
Hidekazu Mimura +5 more
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Mirrors used in synchrotron radiation facilities can reflect X-ray beams ideally owing to recent advancements in ultraprecise fabrication technologies. Flat mirrors can change the direction of an X-ray beam without distorting its wavefront. Elliptically figured mirrors can focus X-rays onto a spot with nanometer dimensions.
Hidekazu Mimura +5 more
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Highly reflective x-ray mirror
Journal of Vacuum Science & Technology A: Vacuum, Surfaces, and Films, 1992A highly reflective x-ray mirror is needed for creating an efficient synchrotron-radiation lithography beamline. Three kinds of deposition methods are therefore compared: electron-cyclotron-resonance (ECR) sputtering, ion-beam sputtering, and conventional vacuum evaporation. These methods differ with respect to the particle energy irradiating a surface:
Sei-ichi Itabashi +4 more
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Conical foil x-ray mirrors: performance and projections
Applied Optics, 1988For the past decade, we have been developing at Goddard conical grazing incidence mirrors in an effort to increase the sensitivity and resolution of astronomical observations in the iron K spectral band around 7 keV. Tightly packed conical foils give us the option of trading some imaging capability for light weight, large throughput, and low cost, all ...
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Mirrors for nanofocusing x-ray beams
SPIE Proceedings, 2002Nanofocused x-ray beams provide a powerful tool for studying materials at the submicron level. One approach to achieve such a small-sized focused beam is to use a pair of mirrors, in the Kirkpatrick Baez (KB) arrangement. Each mirror focuses the beam in one direction and has an elliptical profile.
Ali M. Khounsary +2 more
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Fabrication of an X-Ray Mirror Used in a Soft X-Ray Microscope
2007Reflective X-ray optics used in a soft X-ray microscope require a super-smooth surface and highly accurate figure. We considered a Wolter type I mirror as a condenser optic. The mirror of 1/4 X magnification was optimized for observing living cells at a wavelength of 2.3 nm in a laboratory prototype.
Kwon Su Chon, Y. Namba, K. H. Yoon
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THE FABRICATION OF MULTILAYER X‐RAY MIRRORS
Annals of the New York Academy of Sciences, 1980Spiller, Eberhard +2 more
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Paraffin Mirrors for Ultrasoft X-rays
Nature, 1967OUR search for a suitable dispersion technique to identify ultrasoft X-radiation (wavelength λ>20 A) led us to consider the wavelength dependence of the critical angle of total reflexion. A critical angle of total reflexion exists only if the reflector is transparent to radiation.
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Soft-X-Ray Projection Lithography, 1992
The present status of studies on soft x-ray multilayer mirrors in our institute are described. These include the optimum design, deposition technique and the preliminary characterizations.
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The present status of studies on soft x-ray multilayer mirrors in our institute are described. These include the optimum design, deposition technique and the preliminary characterizations.
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Development of x-ray mirrors for high-energy astrophysics in czechoslovakia
Advances in Space Research, 1984B Valníček
exaly