Lunar theory and processes
Geological setting of Surveyor 7 Tycho landing site, including rock types
Adams, J. B.↗
Engineering topics
Gault, D. E.
Publications and source records attributed to Gault, D. E..
Impact cratering mechanics and structures
Hypervelocity impact craters formed in low and variable strength laboratory materials to provide insight into formation mechanics and resultant structures of meteorite craters
Gault, D. E.↗
Principal scientific results
Surveyor 5 measurements of chemical elements and magnetic properties of lunar surface composition
Batterson, S. A.↗
Lunar theory and processes
Chemical element abundances for common rock types compared with preliminary chemical analysis of lunar surface at Surveyor 5 landing site
Adams, J. B.↗
Surveyor V - Discussion of chemical analysis.
Lunar soil chemical analysis and magnetic measurements by Surveyor 5 agree on basaltic composition
Adams, J. B.↗
Principal scientific results of the Surveyor III mission
Mechanical properties of lunar surface materials, macroscopic features of local terrain, engine exhaust effects on landing site, and other scientific observations by Surveyor III
LANDING SITE↗
Critique of ''cometary impact and the origin of tektites.''
Australasian tektite origin criticized regarding magnitude of atmosphere removal
VACUUM EFFECT↗
Use of infrared imagery and color photography in study of missile impact craters
Airborne daylight infrared and color photography of missile impact craters
Cummings, D.↗
Luna 9 photographs - Evidence for a fragmental surface layer.
Luna IX photographs indicate lunar surface composition of weakly cohesive poorly sorted fragmental material of unknown source
LUNIK IX LUNAR PROBE↗
Interpreting ranger photographs from impact cratering studies.
Hypervelocity projectile impact cratering from Ranger photographs of lunar surface
PROJECTILE PENETRATION↗
Gravitative effects on lunar impact structures.
Lunar craters from hypervelocity impacts and modifications by gravity sliding, noting other mechanisms for cratering and modification
HYPERVELOCITY CRATERING↗
Scaling Relationships for Microscale to Megascale Impact Craters
Scaling relationships for microscale to megascale impact craters formed in liquids, rocks, and metals
SCALING↗
Some observations of hypervelocity impacts with porous media.
Hypervelocity impact of glass spheres with porous media, studying target material ejection with regard to lunar crater fragment trajectories
TARGET PENETRATION↗
Spray Ejected from the Lunar Surface by Meteoroid Impact
Fragments ejected from lunar surface by meteoroid impact analyzed on basis of studies of hypervelocity impact in rock and sand
LUNAR SURFACE↗
Gravitative effects on lunar impact structures
Explore the source record for details and available documents.
GRAVITY↗
Hypervelocity impact of steel into coconino sandstone
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Gault, D. E.↗