Radio interferometers of intermediate type
B. G. Clark
Abstract
B. G. Clark
Abstract
For certain radio astronomical purposes in which only fringe amplitudes are of interest, it is shown that the correlating interferometer and the postdetection correlation interferometer are extreme ends of a spectrum of interferometer types. Intermediate-type interferometers have a higher signal-to-noise ratio than do postdetection interferometers yet do not require the phase stability of correlation interferometers.
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For certain radio astronomical purposes in which only fringe amplitudes are of interest, it is shown that the correlating interferometer and the postdetection correlation interferometer are extreme ends of a spectrum of interferometer types. Intermediate-type interferometers have a higher signal-to-noise ratio than do postdetection interferometers yet do not require the phase stability of correlation interferometers.
Key concepts: Astronomical interferometer, Interferometry, Physics, Optics, Amplitude, SIGNAL (programming language), Noise (video), Computer science