Fluorapatite and other accessory minerals in Apollo 11 rocks
Apollo 11 lunar rock fluorapatite and trace minerals, examining pressure and oxidizing conditions of formation, grain and crystallization
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Apollo 11 lunar rock fluorapatite and trace minerals, examining pressure and oxidizing conditions of formation, grain and crystallization
Compositional zoning in pyroxenes from grained Apollo 11 microgabbros, implying supercooled magma origin
Apollo 11 lunar samples mineralogical and compositional studies concerning lunar origin hypothesis
Fission track uranium distribution studies of Apollo 11 lunar volcanic rocks, using Lexan plastic print method
Apollo 11 lunar igneous rocks minerals and glassy phases characteristics, using electron probe microanalysis
Glass spherule lunar particles and breccia from Apollo 11 site, showing passage through impact generated cloud of hot fragmental material
Apollo 11 lunar rock clinopyroxene, plagioclase and ilmenite internal substructure, using high voltage transmission electron microscopy
Mineral chemistry of Apollo 11 igneous rocks, soil and breccia samples, comparing with meteorites
Apollo 11 lunar rock samples alpha particle activity in polished thin sections, using audioradiography and electron microprobe
Apollo 11 lunar basalt petrogenesis, examining internal constitution and origin by high pressure
Lunar petrology of silicate melt inclusions from Apollo 11 rock samples, discussing heating experiments
Quantitative optical and electron probe studies of opaque phases in Apollo 11 lunar rocks
Lunar rocks petrography, mineralogy and petrogenesis from Apollo 11 samples
Apollo 11 lunar igneous rock mineralogy and petrology, emphasizing ferrobasalt minerals microanalysis electron probe
Microprobe analysis of glassy spherules from Apollo 11 lunar regolith, discussing zoning, composition and hypervelocity impact formation
Apollo 11 lunar science - Conference, Houston, January 1970, Volume 2, Chemical and isotope analyses
Apollo 11 lunar rock trace elements, examining basalt, gabbroic igneous rocks, breccias and fines by DC arc emission spectroscopy
Apollo 11 lunar rocks, breccias and fines age and chemistry, major element, trace element and rare earth abundances, texture, crystallization and meteoritic effects