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NASA NTRS · 20060043161

Exo-atmospheric telescopes for deep space optical communications

Abstract

For deep space optical communications, optical telescopes located above the Earth's atmosphere would have significant performance advantages over telescopes mounted on the Earth's surface. Link outages due to could cover would be eliminated, atmospheric attenuation would be eliminated, and signal degradation due to stray light would be reduced.

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BibTeXRIS

Hurd, William J., MacNeal, Bruce E., Ortiz, Gerardo G., Cheng, Edward S., Moe, Rud V., Walker, Jon Z., Fairbrother, Debora A., Dennis, Michael L., Eegholm, Bente, Kasunic, Keith J.. 2006-03-01. Exo-atmospheric telescopes for deep space optical communications. https://ntrs.nasa.gov/citations/20060043161

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Exo-atmospheric telescopes for Deep Space Optical Communications

For deep space optical communications, optical telescopes located above the Earth's atmosphere would have significant performance advantages over telescopes mounted on the Earth's surface. Link outages due to cloud cover would be eliminated, atmospheric attenuation would be eliminated, and signal degradation due to stray light would be reduced. A study has been conducted to compare various exo-atmospheric platforms for the Earth end of the optical link.

orbiting optical terminal↗