The synthetic aperture method in the environment microwave interferometer radiometry

The synthetic aperture method in the environment microwave interferometer radiometry

The basic principles of space-borne two dimensional synthetic aperture microwave polarimetric interferometer function are considered. The main advantages of these systems over the well-known systems ESMR, SMMR and SSM/I are: a high rate of the observation scene image construction; the finite angular...

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Hauptverfasser: Kutuza, B.G., Zagorin, G.K.
Format: Tagungsbericht
Sprache:eng
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Digital signal processing
Earth
Microwave devices
Microwave radiometry
Microwave theory and techniques
Radio interferometry
Radiometers
Sea measurements
Sea surface
Space vehicles
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Zagorin, G.K.
description The basic principles of space-borne two dimensional synthetic aperture microwave polarimetric interferometer function are considered. The main advantages of these systems over the well-known systems ESMR, SMMR and SSM/I are: a high rate of the observation scene image construction; the finite angular resolution; besides, they have no movable onboard construction elements on the spacecraft board, like the scanning antenna, and etc. The advantages of the synthetic aperture systems with hexagonally sampled interferometric radiometers are discussed.
doi_str_mv 10.1109/ICATT.2003.1239166
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subjects Digital signal processing
Earth
Microwave devices
Microwave radiometry
Microwave theory and techniques
Radio interferometry
Radiometers
Sea measurements
Sea surface
Space vehicles
title The synthetic aperture method in the environment microwave interferometer radiometry
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