Argon 37 and argon 39 in recently fallen meteorites and cosmic-ray variations
Ar 37 and Ar 39 isotopes in recently fallen iron- ataxite and stony meteorites, discussing relevance to cosmic ray variations in space
Fireman, E. L.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Pyroxene-garnet transformation in Coorara meteorite
Majorite garnet in veinlet of Coorara meteorite suggesting transformation from pyroxene
Mason, B.↗
Cooling rates and thermal histories of iron and stony-iron meteorites
Iron and stony iron meteorite cooling rates and thermal models, showing melting, radioactive heat source redistribution and surface heating effects
Fricker, P. E.↗
Anatomy of a meteorite impact crater - West Hawk Lake, Manitoba, Canada
Lake covered ancient meteorite impact crater in Canada, noting eroded rim and microscopic shock criteria
Short, N. M.↗
Organic analysis of the Pueblito de Allende meteorite
Chromatographic analysis of organic matter in Pueblito de Allende meteorite
Gelpi, E.↗
Electron microprobe study of metal particles in the Kingfisher meteorite
Kingfisher meteorite metal particles microstructures, discussing phase transformation during reheating by shock
Heymann, D.↗
Mineralogy and petrology of silicate inclusions in iron meteorites
Silicate inclusions in iron meteorites analyzed by microprobe and classified according to phase assemblages, compositions and textures
Bunch, T. E.↗
Tenoumer crater, Mauritania - Age and petrologic evidence for origin by meteorite impact
Tenoumer crater meteorite impact origin from shock metamorphic features analysis
Dietz, R. S.↗
Multiparameter analysis of gamma radiation from the Barwell, St. Severin and Tatlith meteorites
Stony meteorites radionuclides gamma emission measurement, determining specific activity ratios
Cressy, P. J., Jr.↗
Comparison of lunar rocks with basalts and stony meteorites
Apollo 11 samples compared to stony meteorites and terrestrial basalt, discussing lunar rock formation processes
Mason, B.↗
Trace elements in Apollo 11 lunar rocks - Implications for meteorite influx and origin of moon
Apollo 11 lunar material trace elements, examining chemical processes during and after formation and meteoritic matter influx rate
Anders, E.↗
Ga, Ge, In, Ir and Au in lunar, terrestrial and meteoritic basalts
Apollo 11 lunar, terrestrial and meteoritic basalts relationships, examining Ga, Ge, In, Ir and Au concentrations by neutron activation analyses
Baedecker, P. A.↗
On preferred disorder and the shock history of chemical group IVA meteorites
Preferred disorder and shock histories of chemical group 4A meteorites from metallographic and X ray diffraction, discussing preterrestrial shock loading
Jain, A. V.↗
Electron and nuclear magnetic resonance of three chondritic meteorites
Chondritic meteorites electron and nuclear magnetic resonance spectra at various frequencies
Chatelain, A.↗
Schenectady meteorite
Schenectady meteorite recovery, discussing mass, size, physical characteristics, cosmic ray track, crystalline structure and age
Carter, R. W.↗
Ni, Ga, Ge and Ir in the metal of iron- meteorites-with-silicate-inclusions
Neutron activation determined concentrations of Ni, Ga, Ge and Ir in iron meteorites with silicate inclusions
Wasson, J. T.↗
Organic compounds in meteorites. III - Distribution and identification of aliphatic hydrocarbons produced by open flow Fischer- Tropsch processes
Abiotic synthesis of meteoritic aliphatic hydrocarbons produced by open flow Fischer- Tropsch processes for hydrogen and Co interactions
Gelpi, E.↗
Absolute scale for radiation ages of stony meteorites
Absolute scale for radiation ages of stony meteorites
Anders, E.↗