Abstract
Fast primary mirrors offer the possibility of using endostructure designs rather
than the conventional exostructure designs. A parametric analysis indicates that
considerable cost savings can be achieved in this manner for large optical
telescopes. f/1 endostructures are compared with classical and
quasi-classical f/2.75 exostructure telescopes. The multiple
mirror telescope configuration is the lowest-cost design for equal aperture
area, but when equal light is considered, it is comparable with the segmented
monolith design.
© 1982 Optical Society of America
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