1980Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Space Astronomy To The Year 2000: A Preview Of The Possibilities

Jeffrey D. Rosendhal

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Abstract

Following an overview of the role of space observations in contemporary astrophysics the next generation of space-based observatories (the Space Telescope, the Gamma Ray Observatory and the Advanced X-Ray Astrophysics Facility) is described. Possible new directions which may be pursued in the 1990s are also discussed. These include the development of large flux collectors for use in astronomy in the ultraviolet, optical, infrared and millimeter wave portions of the spectrum and the development of space-based interferometers to carry out a variety of astrophysically important measurements. Many of these longer term programs require substantial advances in optics, structures, and control technology.

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Following an overview of the role of space observations in contemporary astrophysics the next generation of space-based observatories (the Space Telescope, the Gamma Ray Observatory and the Advanced X-Ray Astrophysics Facility) is described. Possible new directions which may be pursued in the 1990s are also discussed. These include the development of large flux collectors for use in astronomy in the ultraviolet, optical, infrared and millimeter wave portions of the spectrum and the development of space-based interferometers to carry out a variety of astrophysically important measurements. Many of these longer term programs require substantial advances in optics, structures, and control technology.

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Available abstract

Following an overview of the role of space observations in contemporary astrophysics the next generation of space-based observatories (the Space Telescope, the Gamma Ray Observatory and the Advanced X-Ray Astrophysics Facility) is described. Possible new directions which may be pursued in the 1990s are also discussed. These include the development of large flux collectors for use in astronomy in the ultraviolet, optical, infrared and millimeter wave portions of the spectrum and the development of space-based interferometers to carry out a variety of astrophysically important measurements. Many of these longer term programs require substantial advances in optics, structures, and control technology.

Key concepts: Physics, Spitzer Space Telescope, Observatory, Astronomy, Space Science, Telescope, Space observatory, Space (punctuation)

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