Petrology of unshocked crystalline rocks and evidence of impact metamorphism in Apollo 11 returned lunar sample
Apollo 11 lunar crystalline rock samples petrology, discussing shock and other metamorphic effects on mineral structure
Boreman, J. A.↗
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Petrology, mineralogy and deformation of Apollo 11 samples
Petrology, mineralogy and deformation of Apollo 11 rock samples using microscopic, X ray and electron microprobe methods
Dence, M. R.↗
Petrology of the lunar rocks from Apollo 11 landing site
Petrologic analyses of minerals and glass spherules in Apollo 11 lunar rocks, indicating little fractionation and shallow-level differentiation
Essene, E. J.↗
Petrology of some lunar crystalline rocks
Petrology, crystallization and magma origin of lunar clinopyroxene, ilmenite-rich dolerite and microgabbro from Apollo 11 samples
Kushiro, I.↗
Lunar petrology of silicate melt inclusions, Apollo 11 rocks
Lunar petrology of silicate melt inclusions from Apollo 11 rock samples, discussing heating experiments
Roedder, E.↗
Mineralogy and petrology of some Apollo 11 igneous rocks
Apollo 11 lunar igneous rock mineralogy and petrology, emphasizing ferrobasalt minerals microanalysis electron probe
Bottinga, Y.↗
Petrology of the Apollo 11 ilmenite basalts
Apollo 11 ilmenite basalts petrology from regolith samples
Jackson, E. D.↗
Mineralogy and petrology of Apollo 12 sample no. 12013 Progress report
Using petrographic microscope and electron microprobe for mineralogical and petrological analysis of Apollo 12 lunar sample 12013
Drake, M. J.↗
Data on Apollo 11 and 12 samples. Speculations on petrologic differentiation Final report
Petrologic and mineralogic studies of Apollo 11 and 12 lunar rocks
Anderson, A. T., Jr.↗
Mineralogy and petrology of the Apollo 12 lunar sample
Mineralogy and petrology of Apollo 12 lunar samples
Wood, J. A.↗
Lunar Science Conference, 2nd, Houston, Tex., January 11-14, 1971, Proceedings. Volume 1 - Mineralogy and petrology. Volume 2 - Chemical and isotope analyses. Volume 3 - Physical properties/Surveyor III
Lunar science - Conference, Houston, January 1971, Volume 1, Mineralogy and petrology, Volume 2, Chemical and isotope analyses, Volume 3, Physical properties/Surveyor 3
Levinson, A. A.↗
Mineralogical, petrological, and chemical features of four Apollo 12 lunar microgabbros
Mineralogical, petrological and chemical features of four Apollo 12 lunar microgabbros
Drake, J. C.↗
Apollo 12 igneous rocks 12004, 12008, 12009, and 12022 - A mineralogical and petrological study
Mineralogy and petrology of Apollo 12 igneous rocks 12004, 12008, 12009 and 12022, noting ilmenite, olivine and spinel content and metal grains composition
Brett, R.↗
Mineralogy, petrology, and chemistry of some Apollo 12 samples
Mineralogy, petrology and chemical composition of Apollo 12 rocks and fines
Bunch, T. E.↗
The petrology of unshocked and shocked Apollo 11 and Apollo 12 microbreccias
Apollo 11 and 12 unshocked and shocked microbreccias petrology, noting shock compression and shock welding
Boreman, J. A.↗
Discussion of paper by O. B. James and E. D. Jackson, 'Petrology of the Apollo 11 ilmenite basalts'
Critique of paper on Apollo 11 ilmenite basalts petrology and lunar bodies origin and form
Butler, P., Jr.↗
Luna 16 - Relative proportions and petrologic significance of particles in the soil from Mare Fecunditatis.
Some 2380 lithic and vitreous particles from levels A and G of the Luna 16 core-tube sample were classified. The relative proportions of particle types from each of the two layers are reported, and some petrological and mineralogical aspects of the lithic and vitreous components of the lunar regolith are discussed. Possible sources of the particles in the Luna 16 soil are examined.
Reid, J. B., Jr.↗
Mineralogy, petrology, and chemistry of a Luna 16 basaltic fragment, sample B-1.
Petrological, mineralogical, and chemical investigations of the B-1 Luna 16 sample have revealed that the sample is a fine-grained ophitic basalt which is distinguished from the Apollo samples by containing a single pyroxene, an ilmenite content intermediate to that of the Apollo samples, and subequal amounts of pyroxene and plagioclase. It is also distinguished by a high Sr content and a high K/U value.
Albee, A. L.↗