Add to ORKGThis paper will describe a new exciting concept for using microwave systems for Earth remote sensing. This concept will use a 6-m diameter mesh deployable antenna with active and passive systems to provide moderate spatial resolution images at L and S-band microwave frequencies
Realizing the full potential of microwave remote sensing from space requires putting relatively larg...
International audienceThis paper discusses the potential of a L-band 2-D microwave interferometric r...
Space-based radiometric observations of key hydrological parameters (e.g., soil moisture) at the spa...
This report describes a two-year study of a large-aperture, lightweight, deployable mesh antenna sys...
An Earth System Model of increasing capability and predictive power will depend on ever more sophist...
Design considerations concerning a scanning as well as a push-broom microwave radiometer system are ...
Passive Microwave and Millimetre-wave Radiometry has provided an important contribution to numerical...
Microwave radiometry deals with the measurement of the natural thermally caused electromagnetic radi...
Aperture synthesis is applied to passive microwave remote sensing of the earth in an effort to attai...
The paper describes a new approach to microwave radiometer design. The approach implies simultaneous...
Microwave radiometry and scatterometry are preferred techniques for many remote sensing applications...
In the last years two new kinds of microwave radiometers are being studied for Earth observation: ap...
Fundamental qunatities for the design of active and passive space-borne microwave remote sensing sys...
The presentation discusses different antenna architectures supporting radiometric tasks for oceanogr...
Abstract-A concept has been studied for remote sensing of sea surface salinity from space using a la...
Realizing the full potential of microwave remote sensing from space requires putting relatively larg...
International audienceThis paper discusses the potential of a L-band 2-D microwave interferometric r...
Space-based radiometric observations of key hydrological parameters (e.g., soil moisture) at the spa...
This report describes a two-year study of a large-aperture, lightweight, deployable mesh antenna sys...
An Earth System Model of increasing capability and predictive power will depend on ever more sophist...
Design considerations concerning a scanning as well as a push-broom microwave radiometer system are ...
Passive Microwave and Millimetre-wave Radiometry has provided an important contribution to numerical...
Microwave radiometry deals with the measurement of the natural thermally caused electromagnetic radi...
Aperture synthesis is applied to passive microwave remote sensing of the earth in an effort to attai...
The paper describes a new approach to microwave radiometer design. The approach implies simultaneous...
Microwave radiometry and scatterometry are preferred techniques for many remote sensing applications...
In the last years two new kinds of microwave radiometers are being studied for Earth observation: ap...
Fundamental qunatities for the design of active and passive space-borne microwave remote sensing sys...
The presentation discusses different antenna architectures supporting radiometric tasks for oceanogr...
Abstract-A concept has been studied for remote sensing of sea surface salinity from space using a la...
Realizing the full potential of microwave remote sensing from space requires putting relatively larg...
International audienceThis paper discusses the potential of a L-band 2-D microwave interferometric r...
Space-based radiometric observations of key hydrological parameters (e.g., soil moisture) at the spa...