Four years experience in APMS star plate processing - Results and future plans

Astronomy and Astrophysics – Astronomy

Scientific paper

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Automation, Computer Techniques, Imaging Techniques, Photographic Plates, Signal Processing, Stellar Motions, Data Reduction, Microdensitometers, Milky Way Galaxy, Optical Scanners, Stellar Luminosity, Systems Engineering, Technology Assessment

Scientific paper

The present paper describes an automated system for measuring stellar proper motions on the basis of information contained in photographic plates. In this system, the images on a star plate are digitized by a scanning microdensitometer using light from a He-Ne gas laser, and a special-purpose computer arranges the measurements in computer-compatible form on magnetic tape. The scanning and image-reconstruction processes are briefly outlined, and the image-evaluation techniques are discussed. It is shown that the present system has been especially successful in measuring the proper motions of low-luminosity stars, including 119 stars with less than 1/10,000 of the solar bolometric luminosity. Plans for measurements of high-density Milky Way star plates are noted.

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