Continued development of doped-germanium photoconductors for astronomical observations at wavelengths from 30 to 120 micrometers

Astronomy and Astrophysics – Astronomy

Scientific paper

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Additives, Fabrication, Germanium Compounds, Infrared Astronomy, Photoconductors, Wavelengths, Beryllium, Crystal Growth, Gallium, Hall Effect, Infrared Radiation, Mission Planning, Space Missions

Scientific paper

The development of doped-germanium detectors which have optimized performance in the 30- to 120-mu m wavelength range and are capable of achieving the objectives of the infrared astronomical satellite (IRAS) space mission is discussed. Topics covered include the growth and evaluation of Ge:Ga and Ge:Be crystals, procedures for the fabrication and testing of detectors, irradiance calculations, detector responsivity, and resistance measurements through MOSFET. Test data are presented in graphs and charts.

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