New data on Cyrillids.
Great Canadian Fireball Procession of February 9, 1913 from contemporary newspaper accounts
Okeefe, J. A.↗
Engineering topics
Okeefe, J. A.
Publications and source records attributed to Okeefe, J. A..
Lunar theory and processes
Geological setting of Surveyor 7 Tycho landing site, including rock types
Adams, J. B.↗
Size distribution of lunar surface materials.
Lunar surface particle size distribution visible around Surveyor 1 site, comparing values with theory and industrial grinding processes
Meloy, T.↗
On the possibility of the origination of geosynclines by deposition.
Geosyncline formation in earth crust by deposition of sediments in shallow water
Okeefe, J. 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.↗
Chondritic meteorites and the lunar surface.
Lunar surface data from recordings of Surveyor probes evaluated for existence of chondritic meteorites
Okeefe, J. A.↗
Surveyor V - Discussion of chemical analysis.
Lunar soil chemical analysis and magnetic measurements by Surveyor 5 agree on basaltic composition
Adams, J. B.↗
Tektite Sculpturing
Tektite classification by type based on external form, attributing surface sculpturing of type B to aerodynamic and not chemical processes
AERODYNAMIC HEATING↗
Causes of Strain Birefringence Around the Notches in Moldavites
Strain birefringence around tektite surface notches, discussing specimen quenched in air stream from 1000 degrees C
STRAIN FIELD↗
Chondritic meteorites and the lunar surface
Explore the source record for details and available documents.
Okeefe, J. A.↗
Lunar rocks.
Lunar rocks photographed by Surveyor 1, noting layered material resemblance to Muong Nong tektite
Okeefe, J. A.↗
The origin of tektites.
Origin of Moung Nong type tektities detached by meteoritic impact, considering lunar origin based on diffusion rates in silicates
METEORITE COLLISION↗
Lunar structures as deduced from Muong Nong tektites
Lunar structure as deduced from Muong Noung tektites - probability of lunar origin
TEKTITE↗
Lunar structure as deduced from Muong Nong tektites
Muong Nong tektite microstructural and chemical analysis to determine lunar structure
LUNAR COMPOSITION↗
The origin of the moon and the core of the earth.
Lunar origin related to earth rotational instability due to earth core formation
TEKTITE↗
Vanguard measurements give pear-shaped component of earth's figure
Vanguard satellite orbit variations indicate third zonal harmonic in earth gravitational field
GRAVITATIONAL FIELD↗
Terrestrial origin of the Igast objects.
Terrestrial origin of pseudometeoritic Igast objects
METEORITIC COMPOSITION↗