Computer Science – Performance
Scientific paper
Jan 1986
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1986spie..655..182b&link_type=abstract
IN: Optical system design, analysis, and production for advanced technology systems; Proceedings of the Meeting, Innsbruck, Aust
Computer Science
Performance
Asphericity, Atmospheric Windows, Computer Aided Design, Germanium, Infrared Telescopes, Machining, Conductive Heat Transfer, Finite Element Method, Lenses, P-N-P-N Junctions, Refractivity, Surface Properties
Scientific paper
High performance confidence is now obtainable in thermal imaging telescopes with complex optomechanical layouts, in virtue of recent advancements in germanium surfaces' diamond turning and computer-aided mechanical design. Attention is presently given to the specifications, optical configuration and mechanical design features of a three-field IR telescope employing aspheric surfaces, which would be suitable for parent vehicle guidance, target acquisition, and target identification tasks. Dramatic weight and cost reductions are noted to be achievable through the use of mechanical modelling to ensure the most essential application of metalworking operations.
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