Rare earth abundances in meteoritic chondrules.
Rare earth elements and yttrium in meteoritic chondrules determined by radiochemical neutron activation analysis
Olehy, D. A.↗
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Results for “Neutron Activation Analysis”
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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Indium abundances in chondritic and achondritic meteorites and in terrestrial rocks.
Indium abundances in chondritic and achondritic meteorites and terrestrial rocks determined by radiochemical neutron activation analysis
Schmitt, R. A.↗
Aluminum abundances in stony meteorites.
Aluminum abundances in stony meteorites measured using nondestructive instrumental neutron activation analysis
Fisher, D. E.↗
A study to develop neutron activation for measuring bone calcium content
Neutron activation analysis for measuring calcium in monkey bones
Fleishman, D. M.↗
Chemical fractionations in meteorites, 4. Abundances of fourteen trace elements in L-chondrites - Implications for cosmothermometry
Trace element abundances in L-chondrites determined by neutron activation analysis, and implications cosmothermometry
Anders, E.↗
Measurement of electrode erosion during high- voltage vacuum breakdown
Electrode erosion during high voltage vacuum breakdown measured by neutron activation analysis and gamma ray spectrometry, noting plasma formation from electrode material
Fagen, W. F.↗
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.↗
Determination of manganese-53 by neutron activation and other miscellaneous studies on lunar dust
Apollo 11 lunar dust examination by neutron activation analysis, determining spallogenic manganese 53
Herpers, U.↗
Major and trace elements in lunar material
Apollo 11 fines and rocks major and trace elements data obtained by combined instrumental and neutron activation analysis
Baddenhausen, H.↗
Major element abundances in Apollo 12 rocks and fines by 14 MeV neutron activation
Neutron activation analysis of O, Si, Al, Mg, and Fe abundances in lunar rocks and fines from Apollo 12 mission
Ehmann, W. D.↗
Lunar rock 12013 - O, Si, Al and Fe abundances
Neutron activation analysis of O, Si, Al, and Fe abundances in Apollo 12 lunar rock 12013
Ehmann, W. D.↗
Oxygen, silicon and aluminum in lunar samples by 14 MeV neutron activation
Neutron activation analysis of O, Si, and Al abundances in Apollo 12 lunar samples
Ehmann, W. D.↗
Oxygen, silicon and aluminum in Apollo 11 rocks and fines by 14 MeV neutron activation
Neutron activation analysis of O, Si, and Al in Apollo 11 rocks and fines
Ehmann, W. D.↗
Analyses of Apollo 11 and 12 rocks and soils by neutron activation
Neutron activation analysis of Apollo 11 and 12 rocks and soils, and X ray fluorescence and radiochemistry data
Kharkar, D. P.↗
Lunar rock 12013 - O, Si, Al, and Fe abundances
O, Si, Al and Fe abundances of Apollo 12 lunar rock 12013 from neutron activation analysis
Ehmann, W. D.↗
Elemental abundances in seven fragments from lunar rock 12013
Apollo 12 lunar rock 12013, discussing major and trace elemental abundances determination by neutron activation analysis
Schmitt, R. A.↗
Analyses of Apollo 12 specimens - Compositional variations, differentiation processes, and lunar soil mixing models
Apollo 12 specimens elemental abundance from neutron activation analysis, discussing fractional crystallization, partial melting, rare earth abundances and soil mixing model
Beyer, R. L.↗