Mass-spectrometric studies of volatile Al, Sc, Co, Y, Zr and rare-earth chelates.
Volatile Al, Sc, Co, Y, Zr and rare earth chelates mass spectrometry
Margrave, J. L.↗
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Origin of organic matter in early solar system. I - Hydrocarbons.
Organic matter origin in early solar system from analysis of carbonaceous choridrites by gas chromatography and mass spectrometry, stressing hydrocarbons synthesis
Anders, E.↗
Aromatic carboxylic acids isolated from the Colorado Green River formation
Aromatic carboxylic acids isolation from Colorado River Eocene formation shale, discussing gas- liquid chromatography and mass spectrometry
Burlingame, A. L.↗
Mass spectrometric studies of laser-induced vaporization. II - The bismuth-selenium system.
Vaporization of crystalline and amorphous compositions in bismuth-selenium system by laser mass spectrometry, noting various short range order structural units
Ban, V. S.↗
Mass spectrometric studies at high temperatures. XXVII.
High temperature mass spectrometry showing solid aluminum oxide disassociates upon vaporization, discussing Al/g/ reactions with gaseous sulphur, selenium and tellurium
Ficalora, P. J.↗
Olefins of high molecular weight in two microscopic algae.
Olefins of high molecular weight in microscopic algae, discussing hydrocarbon composition investigation by gas chromatography mass spectrometry
Bennett, E. O.↗
Mass spectrometric fragmentation of some lignans. I.
Mass spectrometry fragmentation of lignans containing tetrahydrofuran ring, noting application to molecular structure elucidation
Duffield, A. M.↗
Analyses of complex mixtures of hydrocarbons by time-of-flight mass spectrometry/open tube chromatography.
Complex hydrocarbon mixture analysis by time of flight mass spectrometry and open tube chromatography, discussing three improvements
Hayatsu, R.↗
Preparation of high purity copper fluoride by fluorinating copper hydroxyfluoride
Copper fluoride containing no more than 50 ppm of any contaminating element was prepared by the fluorination of copper hydroxyfluoride. The impurity content was obtained by spark source mass spectrometry. High purity copper fluoride is needed as a cathode material for high energy density batteries.
King, R. B.↗
Mass-spectrometric study of the rhenium-oxygen system
Rhenium, having the second highest melting point among the metals, is used for refractory containers. Thermodynamic values for rhenium oxide is determined by mass spectrometry and X ray diffraction.
Battles, J. E.↗
Partition Coefficients of Rare-Earth Elements and Barium Between Igneous Matrix Material and Rock-Forming-Mineral Phenocrysts - I
Partition coefficients between natural melts and plagioclase phenocrysts determined for rare earth elements and barium by mass spectrometry
Philpotts, J. A.↗
Organic analysis on the Pueblito de Allende meteorite.
Organic analysis of Pueblito de Allende meteorite using thin layer chromatography or combined gas chromatography and mass spectrometry
Burlingame, A. L.↗
Isoprenoids and other hydrocarbons in terrestrial graphite.
Aromatic and nonaromatic hydrocarbon fractions in terrestrial graphite, discussing classification and analysis by chromatography and mass spectrometry
Gelpi, E.↗
Mass spectrometric investigation of vaporization thermodynamics of yttrium dicarbide-carbon system and dissociation energy of yttrium dicarbide and tetracarbide
Knudsen effusion and mass spectrometry studies of vaporization in yttrium dicarbide and carbon system
Kohl, F. J.↗
Gas chromatographic - Mass spectrometric studies of long chain hydroxy acids. III
Hydroxy fatty acid methyl esters gas chromatography and mass spectrometry, noting trimethylsilylation usefulness for locating double bond
Eglinton, G.↗
Determination of the well depth for weak intermolecular potentials
Well depth determination for weak intermolecular potentials based on dimerization enthalpy measurement of rare gas atoms by mass spectrometry
Mason, E. A.↗
Trapped and cosmogenic rare gases from stepwise heating of Apollo 11 samples
Trapped and cosmogenic rare gases from stepwise heated Apollo 11 lunar dust and crystalline rocks, using mass spectrometry
Davis, P. K.↗