Microwave radiometer and scatterometer design for the aquarius sea surface Salinity Mission
W.J. Wilson, Simon Yueh, Fernando Pellerano
Abstract
W.J. Wilson, Simon Yueh, Fernando Pellerano
Abstract
The measurement of sea surface salinity with L-band microwave radiometers is a very challenging task. Since the L-band brightness temperature variations associated with salinity changes are small, it is necessary to have a very sensitive and stable radiometer. In addition, the corrections for the ocean surface roughness require real time scatterometer measurements. The designs of the Aquarius radiometer and scatterometer are described in this paper.
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The measurement of sea surface salinity with L-band microwave radiometers is a very challenging task. Since the L-band brightness temperature variations associated with salinity changes are small, it is necessary to have a very sensitive and stable radiometer. In addition, the corrections for the ocean surface roughness require real time scatterometer measurements. The designs of the Aquarius radiometer and scatterometer are described in this paper.
Key concepts: Scatterometer, Radiometer, Remote sensing, Environmental science, Microwave radiometer, Sea surface temperature, Brightness temperature, Salinity