More precise information on the chemisty, dynamics, and energy budget of the middle atmosphere can be derived from globally and simultaneously measured concentration profiles of a substantial number of atmospheric trace gases. Such a data base can be obtained from infrared limb spectra which are recorded by spaceborne instruments. Fourier transform spectrometers are especially appropriate for such a task. In this paper are discussed characteristic features and performance parameters of a compact high-resolution (0.05 cm-1) rapid-scanning (1 s) interferometer for measurements in the 2 to 15-μm region. Technical data of a cryogenic version as well as of an uncooled satellite instrument are presented.
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Burkert et al. (1983) studied this question.
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