The long range goal remains unchanged; to conduct experiments and develop/test theoretical models to permit useful algorithms to be constructed for microwave systems that observe oceanic processes. This topic is relevant to altimeters, scatterometers, and rain rate measurements. The current focus is attention to scatterometer wind velocity measurement. One component of the laboratory efforts is an experiment conducted, in the wind wave tank at the GSFC/WFF, to quantify the effect of rain-generated surface wave brightening of radar cross section. Laboratory conditions can be characterized as light wind, functional rain rates, a single drop size, and a 36 GHz radar system at 30 degrees inclination
This paper presents preliminary results of precipitation effect on microwave scatterometry wind esti...
This paper presents details for a 6.8 GHz microwave radiometer measurement system used for measuring...
A model for the effects of rain on scatterometer data is proposed. Data from the Advanced Microwave ...
International audienceThis paper investigates radar cross-section (RCS) characteristics of rain- and...
Thesis (Ph. D.)--University of Washington, 2004Microwave backscatter is used to probe the atmosphere...
International audienceBoth wind and rain roughen the sea surface, but whereas wind generates waves, ...
Both wind and rain roughen the sea surface, but whereas wind generates waves, rain generates craters...
Abstract—This effort continues a study of the effects of rain, over the oceans, on the signal retrie...
The new Rain-Sea Interaction Facility (RSIF) was established at GSFC/WFF and the first finds are pre...
The Wind retrievals produced from microwave scatterometer are affected by the presence of rain. Quan...
Atmospheric rain has a strong impact on spaceborne scatterometer observations at Ku-band and higher ...
Scatterometer wind retrievals are widely used by the oceanographic and meteorological communities fo...
The retrieval of rainfall intensity from radiances measured by spaceborne microwave radiometers can ...
This paper presents details for a 6.8 GHz microwave radiometer measurement system used for measuring...
Radiometric brightess temperatures below about 12 GHz provide accurate estimates of path attenuation...
This paper presents preliminary results of precipitation effect on microwave scatterometry wind esti...
This paper presents details for a 6.8 GHz microwave radiometer measurement system used for measuring...
A model for the effects of rain on scatterometer data is proposed. Data from the Advanced Microwave ...
International audienceThis paper investigates radar cross-section (RCS) characteristics of rain- and...
Thesis (Ph. D.)--University of Washington, 2004Microwave backscatter is used to probe the atmosphere...
International audienceBoth wind and rain roughen the sea surface, but whereas wind generates waves, ...
Both wind and rain roughen the sea surface, but whereas wind generates waves, rain generates craters...
Abstract—This effort continues a study of the effects of rain, over the oceans, on the signal retrie...
The new Rain-Sea Interaction Facility (RSIF) was established at GSFC/WFF and the first finds are pre...
The Wind retrievals produced from microwave scatterometer are affected by the presence of rain. Quan...
Atmospheric rain has a strong impact on spaceborne scatterometer observations at Ku-band and higher ...
Scatterometer wind retrievals are widely used by the oceanographic and meteorological communities fo...
The retrieval of rainfall intensity from radiances measured by spaceborne microwave radiometers can ...
This paper presents details for a 6.8 GHz microwave radiometer measurement system used for measuring...
Radiometric brightess temperatures below about 12 GHz provide accurate estimates of path attenuation...
This paper presents preliminary results of precipitation effect on microwave scatterometry wind esti...
This paper presents details for a 6.8 GHz microwave radiometer measurement system used for measuring...
A model for the effects of rain on scatterometer data is proposed. Data from the Advanced Microwave ...