Biological material in meteorites - A review.
Chemical composition of meteorites and micropaleontological evidence of existing meteoric biological carbonaceous chondrites
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Chemical composition of meteorites and micropaleontological evidence of existing meteoric biological carbonaceous chondrites
Polymineral contents of globular and elongated nodules in Odessa iron meteorite
Canyon Diablo meteorite examined, using mass spectrometry and metallography, noting shock effects
Ferrous /manganous/ orthophosphates, sarcopside and graftonite found in four iron and pallasite meteorites
Carbonaceous meteorite analysis, indicating possible biological substances
Chemical composition of meteorites and micropaleontological evidence of existing meteoric biological carbonaceous chondrites
Absorption and scattering effects on measurements of optical rotation in polarimeters studied to account for optical activity in Orgueil meteorite
Butler iron meteorite composition, noting unusually high cobalt and germanium content and low cooling rate
Butler iron meteorite composition, noting very high concentration of germanium, gallium and nickel exhibiting Widmanstatten pattern
Occurrence and origin of lamellae in troilite bodies in iron meteorites
Chemical analysis of stony meteorites, noting analytical procedures and results
Concentration of Ni, Ga and Ge in series of Odessa and Canyon Diablo meteorite specimens
Ge and Ga concentration in selected Fe meteorites used to determine quantization in terms of multiple parent body hypothesis and planetary fractionation processes
Chemical and mineralogical composition and structure of Belly River, Bluff, Bremer Voerde and Modoc meteorites
Iron and stony meteorite cooling rates determined by measuring kamacite bandwidth, bulk nickel content and composition
Deformation in Sudbury structure, Ontario, suggests petrographic evidence for origin by meteorite impact
Abundance of volatile elements in meteorites, comparing chondrite decrease for evidence of fractionations in solar nebula
Meteoritic organic chemical analyses since 1900, considering volatile materials distribution and carbonaceous chondrites