Design and performance of four-reflection optics for x-ray astronomy
Andrew Szentgyorgyi, M. Elvis, John Roll, Leon P. Van Speybroeck
Abstract
Andrew Szentgyorgyi, M. Elvis, John Roll, Leon P. Van Speybroeck
Abstract
Four reflection, grazing incidence X-ray optics offer the possibility of broad band (0.1-10.0 keV) X-ray telescopes that fit within the physical envelope of NASA's Small and Medium Explorer mission. We describe a short focal length (4 m) optical design with arcsec imagery over a 1 degree(s) field of view and good efficiency in the Fe-K band (6.4-7.1 keV).
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Four reflection, grazing incidence X-ray optics offer the possibility of broad band (0.1-10.0 keV) X-ray telescopes that fit within the physical envelope of NASA's Small and Medium Explorer mission. We describe a short focal length (4 m) optical design with arcsec imagery over a 1 degree(s) field of view and good efficiency in the Fe-K band (6.4-7.1 keV).
Key concepts: Optics, Physics, Envelope (radar), X-ray optics, Reflection (computer programming), X-ray astronomy, Physical optics, Focal length