Cadmium abundances in meteoritic and terrestrial matter
Cadmium abundances in meteoritic and terrestrial matter
MINERALOGY↗
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Results for “abundances”
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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Soil studies - microflora of desert regions. vii- abundance of chemical elements in an area of soil at white mountain range, california
Chemical analysis of soil samples to determine relative abundance of elements
SOIL↗
Abundances of the fourteen rare-earth elements, scandium, and yttrium in the solar system - in meteoritic, terrestrial, and solar matter.
Abundance, concentration and distribution pattern of rare earth elements in terrestrial, meteoritic and solar matter
EXTRATERRESTRIAL MATTER↗
Zirconium abundances in meteorites and implications to nucleosynthesis.
Atomic abundances of zirconium in chondrites, achondrites and terrestrial basalts with reference to nucleosynthesis mechanisms
METEORITIC COMPOSITION↗
On element synthesis and the interpretation of the abundances of heavy nuclides.
Element synthesis and heavy nuclide abundance in solar system, criticizing cosmogonic assumption of various schools
ELEMENT ABUNDANCE↗
On the abundances of uranium and thorium in solar system material.
Uranium and thorium abundance relative to Si in solar system material
ELEMENT ABUNDANCE↗
Minor and trace element abundances in chondritic meteorites.
Minor and trace element abundance in chondritic meteorites, noting fractionation of silicate and cobalt
CHEMICAL ANALYSIS↗
Carbon abundances in chondritic meteorites.
Carbon abundance in chondritic meteorites
METEORITIC COMPOSITION↗
Observation of the elemental abundances in low-energy cosmic rays in July 1964
Nuclear emulsion detectors for observing elemental abundances in low energy cosmic rays
ELEMENT ABUNDANCE↗
Research on elemental abundances in meteoritic and terrestrial matter Summary progress report, 1 Sep. 1964 - 31 Aug. 1965
Element abundances determined by instrumental neutron activation analysis technique in individual chondrules separated from certain chondritic meteorites
CHONDRITE↗
Abundances of Na, Sc, Cr, Mn, Fe, Co, and Cu in 92 meteorites, 9 terrestrial specimens, and 90 individual chondrules Quarterly progress report, 1 Sep. - 30 Nov. 1963
Elemental abundancies in individual chondrules, chondrites and terrestrial matter, whole rock- type meteorites, and carbonaceous chondrites
CARBONACEOUS METEORITE↗
Abundances of trace elements Na, Sc, Cr, Mn, Fe, Co, and Cu in chondrules and meteorites in IN meteorites and terrestrial matter and U in type I carbonaceous chondrites Quarterly progress report, 1 Mar. - 15 Jun. 1966
Abundances of sodium, scandium, chromium, iron, manganese, cobalt, copper, indium, and uranium in chondrules, chondrites, and meteorites determined by neutron activation analysis
NEUTRON ACTIVATION↗
Studies of the Solar System and Probable Lunar Abundances of Elements of Geochemical and Metallurgical Significance Status Report
Lunar abundances of elements of geochemical and metallurgical significance
ELEMENT ABUNDANCE↗
Stellar molecular abundances. I - Polyatomic molecules.
Abundance of molecules, ions and atoms in late- type dwarf, giant and supergiant atmospheres
ATMOSPHERE MODEL↗
Copper and zinc abundances in chondritic meteorites.
Copper and zinc abundances in carbonaceous, enstatite and ordinary chondrite determined by neutron activation techniques
METEORITIC COMPOSITION↗
The relative isotopic abundance of K super 40 in terrestrial and meteoritic samples.
Relative isotopic abundance of potassium 40 in terrestrial and meteoritic samples
METEORITIC COMPOSITION↗
On the interstellar H sub 2 abundance.
Interstellar molecular hydrogen abundance and possible source from giant stars
ELEMENT ABUNDANCE↗
Isotopic abundances and energy spectra of He super 3 and He super 4 above 40 Mev per nucleon from the galaxy.
Telescopic measurements of primary energy spectra and abundances of He 3 and He 4 in galactic cosmic radiation
ISOTOPE↗