Impact of solar radiation on sea surface salinity remote sensing by spaceborne synthetic aperture imaging radiometers | IEEE Conference Publication | IEEE ...
For a given spaceborne mission concept, the impact of the sun radiations depends on the sensor antenna properties, the location of the sun relative to both the ...
Impact of solar radiation on sea surface salinity remote sensing by spaceborne synthetic aperture imaging radiometers. Bruno Picard, Nicolas Reul, Philippe ...
Impact of solar radiation on sea surface salinity remote sensing by spaceborne synthetic aperture imaging radiometers · B. Picard, N. Reul, +1 author. É.
It is now well established that synthetic aperture imaging radiometers promise to be powerful sensors for high-resolution observations of the Earth at low ...
The sun is a sufficiently strong source of radiation at L-band to be an important source of interference for radiometers on future satellite missions such ...
Missing: aperture imaging
Jun 1, 2020 · In this paper, we first provide a historical review of SSS remote sensing with passive L-band radiometry beginning with the discussions of measurement ...
Radiation from the Sun can impact passive remote sensing systems in several ways, including line-of-sight radiation that comes directly from the Sun and enters ...
The instrument is designed to provide global salinity maps on a monthly basis with a spatial resolution of 150 km and an accuracy of 0.2 psu.
Missing: spaceborne | Show results with:spaceborne
The effect of thermal emission from the Moon on remote sensing of sea surface salinity from space is described and examples using the Aquarius orbit and ...