In situ measurements at the lunar surface at millimeter resolution by the Apollo astronauts have been analyzed. Several statistical parameters have been determined for the landing site. The surface roughness has been found to be very nearly gaussian. The root-mean-square slopes have been obtained over scales between 0.5 mm and 5 cm. They steadily decrease with increasing scale length from 58° to 2° and are in reasonable agreement with radar-measured values. The autocorrelation coefficient of the height distribution has also been obtained. It has a scale-length of 0.7 mm
We have created a comprehensive set of laboratory bidirectional measurements of lunar soil samples f...
Thesis (M.Eng.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering...
One of the critical datasets for optimal selection of future lunar landing sites is local- to region...
In situ measurements at the lunar surface at millimeter resolution by the Apollo astronauts have bee...
[1] The acquisition of new global elevation data from the Lunar Orbiter Laser Altimeter, carried on ...
We report roughness measurement results at the baseline scale from 0.15 to 100 km, using the digital...
We report the surface roughness analysis of the lunar highlands for the baseline range 0.15-100km. W...
The fine-grained surface material at the Apollo 11 landing site is a brownish, medium-gray, slightly...
We analyze and compare the surface roughness of the Moon, Mercury and Mars by characterizing the sca...
Data from Apollo lunar bistatic radar experiments have been processed to give probability density fu...
Previous lunar surface models consisted of randomly varying surface heights with isotropic surface h...
The Apollo 14 lunar landing provided a greater amount of information on the mechanical properties of...
This paper contains a review of the information that has been obtained about the mechanical properti...
Context. The lunar penetrating radar (LPR) carried by the Yutu-2 rover performed the first in situ m...
The mechanical properties of the lunar soil at the Surveyor V landing site seem to be generally cons...
We have created a comprehensive set of laboratory bidirectional measurements of lunar soil samples f...
Thesis (M.Eng.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering...
One of the critical datasets for optimal selection of future lunar landing sites is local- to region...
In situ measurements at the lunar surface at millimeter resolution by the Apollo astronauts have bee...
[1] The acquisition of new global elevation data from the Lunar Orbiter Laser Altimeter, carried on ...
We report roughness measurement results at the baseline scale from 0.15 to 100 km, using the digital...
We report the surface roughness analysis of the lunar highlands for the baseline range 0.15-100km. W...
The fine-grained surface material at the Apollo 11 landing site is a brownish, medium-gray, slightly...
We analyze and compare the surface roughness of the Moon, Mercury and Mars by characterizing the sca...
Data from Apollo lunar bistatic radar experiments have been processed to give probability density fu...
Previous lunar surface models consisted of randomly varying surface heights with isotropic surface h...
The Apollo 14 lunar landing provided a greater amount of information on the mechanical properties of...
This paper contains a review of the information that has been obtained about the mechanical properti...
Context. The lunar penetrating radar (LPR) carried by the Yutu-2 rover performed the first in situ m...
The mechanical properties of the lunar soil at the Surveyor V landing site seem to be generally cons...
We have created a comprehensive set of laboratory bidirectional measurements of lunar soil samples f...
Thesis (M.Eng.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering...
One of the critical datasets for optimal selection of future lunar landing sites is local- to region...