The StarLight formation-flying interferometer system architecture

The StarLight project, formerly known as ST3 and scheduled for a 6 month mission in 2006, will demonstrate the new technologies of spaceborne long-baseline optical interferometry and precision formation flying necessary for the Terrestrial Planet Finder and other future astrophysics missions. A prim...

Full description

Saved in:
Bibliographic Details
Main Authors: Duren, R.M., Lay, O.P.
Format: Conference Proceeding
Language:English
Subjects:
Aerospace electronics
Astrophysics
Extraterrestrial measurements
Geometrical optics
Metrology
Optical devices
Optical interferometry
Planets
Space technology
Space vehicles
Online Access:Request full text
Tags: Add Tag
No Tags, Be the first to tag this record!
Description
Summary:The StarLight project, formerly known as ST3 and scheduled for a 6 month mission in 2006, will demonstrate the new technologies of spaceborne long-baseline optical interferometry and precision formation flying necessary for the Terrestrial Planet Finder and other future astrophysics missions. A primary goal is to fully characterize the interferometer capabilities by obtaining 100-500 fringe visibility amplitude measurements for stars in the band 600-1000 nm with a variety of stellar visibilities (0.2-1.0), stellar magnitudes (Mv = 2-5), and baselines (B = 30-125 meters). Interferometry on StarLight will be performed both in a 1 meter fixed-baseline combiner-only mode and in a formation-flying mode, in which two spacecraft operate in a novel Parabolic Geometry Interferometer configuration. The Interferometer System will consist of the following subsystems, each of which will have components on both the combiner and collector spacecraft: stellar, metrology, optical bench, electronics, and flight software. This paper provides an overview of the Interferometer System driving requirements, its overall architecture, and subsystems.
DOI:10.1109/AERO.2002.1036885