Rare Earth Abundances in Meteoritic Chondrules
Rare earth elements abundance in meteoritic chondrites determined by radiochemical neutron activation analysis
Olehy, D. A.↗
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Tritium loss from iron meteorites by solar wind hydrogen.
Tritium loss from iron meteorites calculated from laboratory diffusion data based on hydrogen isotope content
Wagener, K.↗
On maintaining the meteoritic complex.
Meteoritic complex maintainance, discussing dissipative processes such as solar radiation, Poynting-Robertson effect, sublimation, solar wind, etc
Whipple, F. L.↗
Chondritic meteorites and the lunar surface.
Lunar surface data from recordings of Surveyor probes evaluated for existence of chondritic meteorites
Okeefe, J. A.↗
Detection of meteoritic dust from a sounding rocket.
Meteoritic dust detection from sounding rocket, discussing sensor controls for real time data
Mcdonnell, J. A. M.↗
Stone meteorites - Time of fall and origin.
Time of fall and origin of stone meteorites from Monte Carlo calculations
Wetherill, G. W.↗
Evaluation of the Apollo asteroids as sources of stone meteorites.
Chondritic meteorite origin hypothesis proposing Apollo asteroid collision mechanism in earth crossing orbits refuted, noting insufficient mass and flux
Wetherill, G. W.↗
Super 40 Ar- super 40 K ages of silicate inclusions in iron meteorites.
Argon and potassium in silicate inclusions of iron meteorites analyzed, determining radioactive age
Bogard, D.↗
The abundance of iron in the sun and the meteorites.
Fe abundance in sun and meteorites, noting discrepancies for photosphere and corona and probable causes
Cameron, A. G. W.↗
Neutron activation determination of gold in iron meteorites and inclusions.
Gold concentrations in iron meteorites determined by instrumental neutron activation analysis
Linn, T. A., Jr.↗
The density of meteorite impacts on the moon.
Meteorite impact density distribution on moon, comparing back and earth facing sides
Krall, A. M.↗
Diffusion of the primordial rare gases helium, neon, and argon in the Fayetteville meteorite
Primordial rare gases diffusion in Fayetteville meteorite indicating incorporation after solidification
Bieri, R. H.↗
A new estimate of lunar seismicity due to meteorite impact.
Lunar structure study using seismic waves generated by meteorite impact, examining feasibility for Shoemaker statistics, noting inelastic attenuation
Laster, S. J.↗
Potassium feldspar in Weekeroo Station, Kodaikanal, and Colomera iron meteorites.
Weekeroo Station, Kodaikanal and Colomera iron meteorites chemical composition, considering silicate inclusions
Bunch, T. E.↗
X-ray diffraction study of kamacite from iron meteorites.
X ray diffraction studies of kamacite /alpha-iron/ from iron meteorites indicating shock induced alteration and unstable polymorph influence
Jaeger, R. R.↗
Cosmic-ray-produced hydrogen 3 and helium 3 in stony meteorites.
Cosmic ray produced hydrogen 3 and helium 3 in stony meteorites, estimating ratio of production
Heymann, D.↗
Solar modulation of galactic cosmic rays and its effect on meteorites.
Meteorites surface layers composition changes measured to determine solar modulation magnitude effect on galactic cosmic rays
Shen, C. S.↗
Potassium-feldspar phenocrysts in the surface of Colomera, and iron meteorite.
Potassium feldspar phenocrysts in surface of Colomera octahedrite, discussing relationship to iron meteorites origin
Bence, A. E.↗