Rare earth abundances in meteoritic chondrules.
Rare earth elements and yttrium in meteoritic chondrules determined by radiochemical neutron activation analysis
Olehy, D. A.↗
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Indium abundances in chondritic and achondritic meteorites and in terrestrial rocks.
Indium abundances in chondritic and achondritic meteorites and terrestrial rocks determined by radiochemical neutron activation analysis
Schmitt, R. A.↗
Dynamical studies of asteroidal and cometary orbits and their relation to the origin of meteorites.
Asteroidal and cometary orbits and origin of meteorites, discussing eccentricities, exposure ages and mass yield
Wetherill, G. W.↗
Cosmogenic rare gases and the super 40 K-super 40 Ar age of the Kodaikanal iron meteorite.
Kodaikanal iron meteorite measurements for cosmogenic rare gases and K-Ar isotopes ages for glass inclusions
Bogard, D. D.↗
Aluminum abundances in stony meteorites.
Aluminum abundances in stony meteorites measured using nondestructive instrumental neutron activation analysis
Fisher, D. E.↗
Chemistry and mineralogy of the silicates and metal of the Kodaikanal meteorite.
Chemical and mineralogical study of Kodaikanal meteorite silicate and metal phases, using optical, X ray and electron microprobe techniques
Bence, A. E.↗
Possible sources of meteoritic material from Hopewell Indian burial mounds.
Possible sources of meteoritic material from Hopewell Indian burial mounds
Sedwick, S. P.↗
Organic analysis on the Pueblito de Allende meteorite.
Organic analysis of Pueblito de Allende meteorite using thin layer chromatography or combined gas chromatography and mass spectrometry
Burlingame, A. L.↗
Nuclear abundance rules and the composition of meteorites.
Meteorite and primordial matter composition related to possible fractionation processes influence, discussing nuclear species abundance
Suess, H. E.↗
Cosmic-ray produced radionuclides and rare gases near the surface of Saint-Severin meteorite.
Cosmic ray produced radionuclides and rare gas isotopes from Saint-Severin meteorite surface, showing relative Kr spallation mass yields dependence on cosmic ray energy spectra
Arnold, J. R.↗
The classification of iron meteorites.
Iron meteorites genetic classification based on parent body cooling rate and Ga-Ge trace element content
Goldstein, J. I.↗
Superior analyses of iron meteorites.
Iron meteorites analysis for Ni, Co, P, C, S and Cu elements by milling technique, noting superiority degree based on Co-Ni correlation
Lewis, C. F.↗
The formation of phosphides in iron meteorites.
Fe-Ni-P phase diagram studies applied to schreibersite and rhabdite formation in iron meteorites
Doan, A. S., Jr.↗
The chemical classification of iron meteorites. III - Hexahedrites and other irons with germanium concentrations between 80 and 200 ppm.
Chemical classification of iron meteorites with Ge concentrations between 80 and 200 ppm, reporting concentrations of Ge, Ni, Ga and Ir
Wasson, J. T.↗
Porphyrins in meteorites - Metal complexes in Orgueil, Murray, Cold Bokkeveld, and Mokoia carbonaceous chondrites.
Meteorites pigments identification as porphyrins for extraterrestrial life evidence, noting sample analyses of Orgueil, Murray, Cold Bokkeveld and Mokoia carbonaceous chondrites
Baker, B. L.↗
Zn super 65, nickel, copper, and zinc contents of the Bogou iron meteorite.
Bogou iron meteorite Ni-Cu-Zn contents determined by radiochemical methods
Heydegger, H. R.↗
Possible solar primordial hydrogen in the Pesyanoe meteorite.
Primordial hydrogen and helium concentration in Pesyanoe meteorite measured by gas chromatography, indicating solar wind injection source
Lord, H. C., III↗
Schenectady meteorite
Age, radioactivity, and composition of Schenectady chondritic stone meteorite
Carter, R. W.↗