MINERALOGY OF THE OXIDATION PRODUCTS OF THE SPUTNIK 4 FRAGMENT AND OF IRON METEORITES
Comparison of oxidation products of the sputnik iv fragment after its reentry and those that occur in the crusts of iron meteorites
SPUTNIK IV SATELLITE↗
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Results for “Mineralogy”
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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The Farmington meteorite - Mineralogy and chemistry.
Minerology and chemistry of Farmington hypersthene chondrite, examining microtexture aspects such as metal globules, grain shapes and troilite orientation
METEORITIC MICROSTRUCTURE↗
Lithological and mineralogical investigation of the surface of Mars.
IR colorimetry of Martian bright and dark areas indicates correlations with limonite terrestrial rocks and volcanic ash
PLANETARY SURFACE↗
Mineralogy of model mantle compositions.
Geophysical, geochemical and petrological studies lead to conclusion that earth mantle is ultramafic
Macgregor, I. D.↗
Mineralogical and chemical relationships among enstatite chondrites.
Enstatite chondrites structure and mineral content and composition using microscopic and X ray analysis, grouping parameters in distinguishing types
Keil, K.↗
Mineralogical investigations of Mars.
Martian surface minerological study of present state and past processes from rock analyses by unmanned spacecraft instruments to test planetary models
Oconnor, J. T.↗
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.↗
Mineralogical and chemical studies of Apollo 11 lunar fines and selected rocks
Bulk chemical compositions, mineral and glass analyses, X ray data and physical properties of Apollo 11 lunar fines and rocks
Drake, J. C.↗
Mineralogy and petrology of coarse particulate material from the lunar surface at Tranquillity Base
Shock metamorphic granular mafic holocrystalline lithic fragments, microbreccia, glass and anorthosite from Apollo 11 lunar surface material at Tranquillity Base
Butler, J. C.↗
Mineralogy of the lunar clinopyroxenes, augite and pigeonite
Apollo 11 lunar rocks and fines, examining clinopyroxenes augite and pigeonite by single crystal X ray diffraction microprobe optical and electron optical techniques
Bence, A. E.↗
Mineralogy and petrography of some Apollo 12 samples Final report
Analysis of lunar soil samples returned by Apollo 12 flight
Mason, B.↗
A preliminary report on some mineralogical aspects of Iceland and Surtsey
Investigating environment of zeolite formation in Tertiary basalts of southeastern Iceland and stability of recently formed minerals in beach sands of Surtsey
Sommer, S.↗
Mineralogy and petrology of Apollo 11 and Apollo 12 samples Final report
Investigating mineral composition of Apollo 11 and 12 lunar rock samples
Mc Callum, I. S.↗
Mineralogy and petrology of some Apollo 11 igneous rocks
Electron probe microanalysis of minerals of lunar igneous rocks from Apollo 11 flight
Bottinga, Y.↗
Mineralogy and petrology of Apollo 12 sample no. 12013 - A progress report
Petrographic microscope and electron microprobe analysis of Apollo 12 rock 12013, noting bimineralic composition with dominant potassic feldspar plus silica
Drake, M. J.↗
Mineralogical studies of Apollo 12 samples
Petrography and mineral composition of Apollo 12 crystalline rocks
Adler, I.↗
Mineralogy-petrology of lunar samples- Microprobe studies of samples 12021 and 12022 - Viscosity of melts of selected lunar compositions
Lunar maria igneous rock compositions and magmatic liquid viscosity from samples 12021 and 12022, using microprobe analyses
Bottinga, Y.↗
Evidence on the composition and mineralogy of the lunar highlands
Analyses of rare earth elements in various lunar samples are shown. The elements are listed in order of increasing atomic number, and the abundances are relative to primordial abundances as determined from stony meteorites. Analyses of soils from Apollo 11, 12, and 14 and Luna 16 missions are also shown. These elements show small regular differences in chemical and physical properties with atomic number.
Schnetzler, C. C.↗