Trapped solar wind noble gases, exposure age and K/Ar-age in Apollo 11 lunar fine material
Apollo 11 lunar fines trapped noble gas elemental and isotopic abundances, suggesting solar wind origin
Eberhardt, P.↗
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Oxygen, silicon and aluminum in Apollo 11 rocks and fines by 14 MeV neutron activation
Apollo 11 lunar rocks and fines oxygen, Si and Al content determination by neutron activation analysis
Ehmann, W. D.↗
Inert gases in the fines from the Sea of Tranquillity
Radiogenic and cosmogenic inert gases and isotopic ratios in Tranquillity Base fines indicating solar wind saturation
Heymann, D.↗
Analyses for amino acids in lunar fines
Amino acids analysis of Apollo 11 lunar fines by hydrolysis of aqueous extracts
Fox, S. W.↗
Carbon compounds in lunar fines from Mare Tranquillitatis. I - Search for molecules of biological significance
Apollo 11 lunar fines carbon compounds, examining chemical state of porphyrins, fatty and amino acids, purines, pyrimidines and carbohydrates, etc
Breger, I.↗
Carbon compounds in lunar fines from Mare Tranquillitatis. II - Search for porphyrins
Apollo 11 lunar fines porphyrin-like pigments content demonstrated by fluorescence spectrometry and analytical demetallation, suggesting rocket exhaust source
Bunnenberg, E.↗
Carbon compounds in lunar fines from Mare Tranquillitatis. III - Organosiloxanes in hydrochloric acid hydrolysates
Lunar fines hydrochloric acid hydrolysates examination by gas-liquid chromatography indicating presence of organosiloxanes
Aue, W. A.↗
Carbon compounds in lunar fines from Mare Tranquillitatis. IV - Evidence for oxides and carbides
Volatilizable C compounds in lunar fines from Mare Tranquillitatis, investigating pyrolysis and acid hydrolysis products by mass spectroscopy and gas chromatography
Chang, S.↗
Search for alkanes of 15-30 carbon atom length in lunar fines
Apollo 11 lunar fines chemical analysis for alkanes of 15-30 carbon atom length, obtaining negative results
Cordes, E.↗
Search for organic material in lunar fines by mass spectrometry
Apollo 11 lunar fines organic compounds detection and identification by mass spectrometry
Biemann, K.↗
Fluorometric examination of the returned lunar fines from Apollo 11
Organic solvent extracts of Apollo 11 bulk fine sample examined for porphyrins using spectrofluorometry
Bauman, A. J.↗
Elastic properties of a micro-breccia, igneous rock and lunar fines from Apollo 11 mission
Micro-breccia, igneous rocks and lunar fines elastic properties at ambient conditions and as function of pressure, discussing near surface mare region models
Anderson, O. L.↗
Thermal conductivity of fines from Apollo 11
Apollo 11 fines thermal conductivity under vacuum, using line heat source technique
Birkebak, R. C.↗
Loading-unloading pressure-volume curves to 40 kbar for lunar crystalline rock, microbreccia and fines
Apollo 11 lunar crystalline rock, microbreccia and fines compressibilities at room temperature, loading-unloading and pressure volume curves
Lilley, E. M.↗
Magnetic studies of lunar samples - Breccia and fines
Apollo 11 lunar breccia and fines magnetic properties, examining remanence, composition, oxidation, volcanic activity and stoichiometry
Larson, E. E.↗
Thermal conductivity of lunar fines from Apollo 11
Apollo 11 lunar fine thermal conductivity measurement under vacuum conditions and lunar temperature range, using line heat source method
Cremers, C. J.↗
Glassy particles in lunar fines
Apollo 11 lunar fines glassy particles, investigating morphology, optical properties and chemical composition
Hinsch, G. W.↗
A control moment gyro fine attitude control system Final technical report
Control moment gyro fine attitude control system for spacecraft
Van Riper, R.↗