A receiver proposed for use in L-band microwave radiometry (for measuring soil moisture and sea salinity) would utilize digital signal processing to suppress interfering signals. Heretofore, radio frequency interference has made it necessary to limit such radiometry to a frequency band about 20 MHz wide, centered at .1,413 MHz. The suppression of interference in the proposed receiver would make it possible to expand the frequency band to a width of 100 MHz, thereby making it possible to obtain greater sensitivity and accuracy in measuring moisture and salinit
The paper describes a new approach to microwave radiometer design. The approach implies simultaneous...
Microwave radiometry field has been increasing its performance with higher accuracy measurements, le...
Microwave radiometry has provided valuable spaceborne observations of Earth's geophysical properties...
A class of reconfigurable microwave antennas now undergoing development comprise fairly conventional...
A wideband multifrequency UHF radiometer was initially developed to operate in the 500 to 710 MHz fr...
The presence of anthropogenic RFI is expected to adversely impact soil moisture measurement by NASA ...
Microwave radiometry has emerged over the last two decades to become an integral part of the field o...
An area of increasing interest is the establishment of a significant research program in microwave r...
Terrestrial radars operating in the 1215-1400 MHz radio-location and navigation spectrum allocation ...
The problem of RFI in spaceborne microwave radiometer data has been known since 1978 when it was fir...
The product of a working group assembled to help define the science objectives and measurement requi...
Microwave radiometers use radio spectrum dedicated to sensing the environment. As wireless communica...
Radio Frequency Interference (RFI) is a persistent and growing problem experienced by spaceborne mic...
Microwave radiometry has provided valuable spaceborne observations of Earth's geophysical...
Passive microwave remote sensing of the Earth from space provides information essential for understa...
The paper describes a new approach to microwave radiometer design. The approach implies simultaneous...
Microwave radiometry field has been increasing its performance with higher accuracy measurements, le...
Microwave radiometry has provided valuable spaceborne observations of Earth's geophysical properties...
A class of reconfigurable microwave antennas now undergoing development comprise fairly conventional...
A wideband multifrequency UHF radiometer was initially developed to operate in the 500 to 710 MHz fr...
The presence of anthropogenic RFI is expected to adversely impact soil moisture measurement by NASA ...
Microwave radiometry has emerged over the last two decades to become an integral part of the field o...
An area of increasing interest is the establishment of a significant research program in microwave r...
Terrestrial radars operating in the 1215-1400 MHz radio-location and navigation spectrum allocation ...
The problem of RFI in spaceborne microwave radiometer data has been known since 1978 when it was fir...
The product of a working group assembled to help define the science objectives and measurement requi...
Microwave radiometers use radio spectrum dedicated to sensing the environment. As wireless communica...
Radio Frequency Interference (RFI) is a persistent and growing problem experienced by spaceborne mic...
Microwave radiometry has provided valuable spaceborne observations of Earth's geophysical...
Passive microwave remote sensing of the Earth from space provides information essential for understa...
The paper describes a new approach to microwave radiometer design. The approach implies simultaneous...
Microwave radiometry field has been increasing its performance with higher accuracy measurements, le...
Microwave radiometry has provided valuable spaceborne observations of Earth's geophysical properties...