The ultraviolet astronomy mission: Columbus

Astronomy and Astrophysics – Astronomy

Scientific paper

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European Space Programs, Nasa Programs, Spaceborne Astronomy, Ultraviolet Astronomy, Absorption Spectra, Cosmology, Far Ultraviolet Radiation, Focal Plane Devices, Galaxies, Interstellar Space, Lyman Spectra, Mission Planning, Satellite Design, Spectral Resolution

Scientific paper

An ultraviolet astronomy mission (Columbus) is described. It exploits the spectral region between 900 and 1200A, which is extremely rich in containing the Lyman lines of hydrogen and deuterium and the Lyman band of their molecules, together with the resonance lines of many important ions. High resolving power and high sensitivity provide a unique capability for studying the brightest members of neighboring galaxies, the HeI and HeII absorption systems in quasars out to a red shift of 2, and the halos of intervening galaxies. Complementary focal plane instruments are planned in order to allow observations to longer (2000A) and shorter (100A) wavelengths. This wide coverage embraces the resonance lines of all the cosmically abundant elements and a wide range of temperature zones up to 100 million K.

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