Medium-sized grazing incidence high-energy X-ray telescopes employing continuously graded multilayers.

Details Medium-sized grazing incidence high-energy X-ray telescopes employing continuously graded multilayers. Medium-sized grazing incidence high-energy X-ray telescopes employing continuously graded multilayers.

Dec 1993

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1993spie.2009..239j&link_type=abstract

SPIE Conference on X-Ray Detector Physics and Applications, p. 239 - 248

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X-Ray Telescopes: Coatings

Scientific paper

The authors present a concept of continuously graded multilayer structures for medium-sized X-ray telescopes which is based on several material combinations. They show that the theoretical reflectivity characteristics of these structures make them very advantageous when applied to high energy X-ray grazing incidence telescopes. The authors also show that a modular array of conical telescopes (conical approximation to a Wolter-I geometry), with the same length and aperture provides similar effective areas. Energy-dispersive X-ray reflectivity data (15 - 70 keV) is presented for the first continuously graded multilayer of this kind.

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