Lithium, sodium and potassium abundances in carbonaceous chondrites
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Nichiporuk, W.↗
Engineering topics
Nichiporuk, W.
Publications and source records attributed to Nichiporuk, W..
Total carbon and nitrogen abundances in Apollo 12 lunar samples
Apollo 12 samples total C and N abundances suggesting indigenous lunar material with solar wind component
Delles, F. M.↗
Lithium in chondritic meteorites
Chondrites Li content, using atomic absorption spectroscopy
Moore, C. B.↗
Vanadium and copper in chondrites
V and Cu emission spectrographic analyses in chondrite types, noting distribution patterns between groups based on meteorite chemical fractionation mechanisms
Bingham, E.↗
Total carbon and nitrogen abundances in Apollo 11 lunar samples and selected achondrites and basalts
Carbon and nitrogen abundances in Apollo 11 rocks, basaltic achondrites and terrestrial basalts, using meteorite analytical techniques
Gibson, E. K.↗
Former location of the Admire and Springwater pallasites.
Nickel distribution coefficient for Admire and Springwater pallasites, discussing formation in silicate-metal transition zone
Nichiporuk, W.↗
Determination of iron, nickel, cobalt, calcium, chromium and manganese in stony meteorites by X-ray fluorescence.
Stony meteorite Fe, Ni, Co, Ca, Cr and Mn concentration determined by X-ray fluorescence
STONY METEORITE↗
The distribution of platinum and palladium metals in iron meteorites and in the metal phase of ordinary chondrites.
Platinum and palladium distribution in iron meteorites and ordinary chondrite metal phase spectrographically determined
CHONDRITE↗
PLATINUM AND IRIDIUM ABUNDANCES IN METEORITES
Abundance of platinum and iridium in meteorites - spectrographic determination in iron meteorites & metal phase of chondrites
IRIDIUM↗