24 July 2014 Making the ATHENA optics using silicon pore optics
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Abstract
Silicon Pore Optics, after 10 years of development, forms now the basis for future large (L) class astrophysics Xray observatories, such as the ATHENA mission to study the hot and energetic universe, matching the L2 science theme recently selected by ESA for launch in 2028. The scientific requirements result in an optical design that demands high angular resolution (5“) and large effective area (2 m2 at a few keV) of an X-ray lens with a focal length of 12 to14 m. Silicon Pore Optics was initially based on long (25 to 50 m) focal length telescope designs, which could achieve several arc second angular resolution by curving the silicon mirror in only one direction (conical approximation). With the advent of shorter focal length missions we started to develop mirrors having a secondary curvature, allowing the production of Wolter-I type optics, which are on axis aberration-free. In this paper we will present the new manufacturing process, discuss the impact of the ATHENA optics design on the technology development and present the results of the latest X-ray test campaigns.
© (2014) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Maximilien J. Collon, Maximilien J. Collon, Marcelo Ackermann, Marcelo Ackermann, Ramses Günther, Ramses Günther, Abdelhakim Chatbi, Abdelhakim Chatbi, Giuseppe Vacanti, Giuseppe Vacanti, Mark Vervest, Mark Vervest, Alex Yanson, Alex Yanson, Marco W. Beijersbergen, Marco W. Beijersbergen, Marcos Bavdaz, Marcos Bavdaz, Eric Wille, Eric Wille, Jeroen Haneveld, Jeroen Haneveld, Mark Olde Riekerink, Mark Olde Riekerink, Arenda Koelewijn, Arenda Koelewijn, Coen van Baren, Coen van Baren, Peter Müller, Peter Müller, Michael Krumrey, Michael Krumrey, Vadim Burwitz, Vadim Burwitz, Giorgia Sironi, Giorgia Sironi, Mauro Ghigo, Mauro Ghigo, } "Making the ATHENA optics using silicon pore optics", Proc. SPIE 9144, Space Telescopes and Instrumentation 2014: Ultraviolet to Gamma Ray, 91442G (24 July 2014); doi: 10.1117/12.2057347; https://doi.org/10.1117/12.2057347
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