Data from Apollo lunar bistatic radar experiments have been processed to give probability density functions for surface slopes. These show best agreement with a Hagfors scattering law, though data having both gaussian and exponential characteristics also exist. Surface roughness estimates range from 4 deg in maria to at least 8 deg in highlands, values which are appropriate to 25 m horizontal scales and which are areal averages over tens of square kilometers. Roughness varies with wavelength, most strongly in maria
High resolution radar data for the lunar surface were acquired over 14 sites in June and November 19...
A theory is described in which the moon is regarded as a "quasi-smooth" scatterer at radar frequenci...
Observing the Moon by a monostatic synthetic-aperture radar system has the inherent problem that any...
Quasi-specular radar scatter from geologic surfaces displays a variable wavelength dependence in app...
Relation of electromagnetic scattering properties of lunar surfaces and lunar surface feature
No special equipment was placed onboard the vehicles for the bistatic radar experiments which were c...
The lunar surface material in the Plato area is characterized using Earth based visual, infrared, an...
As part of an effort to further understand the geologic utility of radar studies of the terrestrial ...
Supersynthesis and delay-Doppler methods of mapping radar echo power distribution across lunar surfa...
The acquisition of new global elevation data from the Lunar Orbiter Laser Altimeter, carried on the ...
The acquisition of new global elevation data from the Lunar Orbiter Laser Altimeter, carried on the ...
The Apollo 15, 16, and 17 core tubes show that the uppermost few meters of the lunar regolith are in...
This work, after the critical examination of the theoretical background on back-scattering from roug...
Radar backscattering of lunar surface studied for circular and linear polarization of wave
Radar reflectivity measurement of lunar surface roughness for selecting possible landing site
High resolution radar data for the lunar surface were acquired over 14 sites in June and November 19...
A theory is described in which the moon is regarded as a "quasi-smooth" scatterer at radar frequenci...
Observing the Moon by a monostatic synthetic-aperture radar system has the inherent problem that any...
Quasi-specular radar scatter from geologic surfaces displays a variable wavelength dependence in app...
Relation of electromagnetic scattering properties of lunar surfaces and lunar surface feature
No special equipment was placed onboard the vehicles for the bistatic radar experiments which were c...
The lunar surface material in the Plato area is characterized using Earth based visual, infrared, an...
As part of an effort to further understand the geologic utility of radar studies of the terrestrial ...
Supersynthesis and delay-Doppler methods of mapping radar echo power distribution across lunar surfa...
The acquisition of new global elevation data from the Lunar Orbiter Laser Altimeter, carried on the ...
The acquisition of new global elevation data from the Lunar Orbiter Laser Altimeter, carried on the ...
The Apollo 15, 16, and 17 core tubes show that the uppermost few meters of the lunar regolith are in...
This work, after the critical examination of the theoretical background on back-scattering from roug...
Radar backscattering of lunar surface studied for circular and linear polarization of wave
Radar reflectivity measurement of lunar surface roughness for selecting possible landing site
High resolution radar data for the lunar surface were acquired over 14 sites in June and November 19...
A theory is described in which the moon is regarded as a "quasi-smooth" scatterer at radar frequenci...
Observing the Moon by a monostatic synthetic-aperture radar system has the inherent problem that any...