Electron microprobe analyses of the widmanstaetten structure of nine iron meteorites.
Compositional variation of iron meteorites analyzed with electron microprobe, investigating Widmanstatten structures
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Compositional variation of iron meteorites analyzed with electron microprobe, investigating Widmanstatten structures
Computer programs EMX and EMX2 for electron microprobe data processing
Combination of point counting and electron microprobe techniques in mineralogical planimetric integration analysis
Spherules from Atlantic Ocean sediments studied by electron microprobe, noting terrestrial alteration and contamination of surfaces
Vacuum system of ion microprobe mass spectrometer noting design criteria, operation and results
Electron microprobe for X-ray fluorescence chemical analysis
Monograph on electron microprobe X-ray analyzer and application in mineralogy
Electron microprobe analysis of quartz and alumina darkening upon solar wind ion bombardment, noting existence of iron, tungsten and carbon in samples
Quantitative microprobe analysis of segregated particles in aluminum MIG /Metal Inert Gas/ and TIG /Tungsten Inert Gas/ welds indicated that there were about ten different kinds of particles, corresponding to ten different intermetallic compounds. Differences between MIG and TIG welds related to the individual cooling rates of these welds.
Monochromator photomultiplier attachment to electron microprobe for measuring luminescence of enstatite
Lithium drifted silicon solid state spectrometer for detection and energy dispersion of X rays in electron microprobe X ray analyzer
Laser microprobe microspectrochemical quantitative analysis of mineral trace elements involving sample vaporization by laser beam
Electron microprobe analyzer for failure analysis of silicon planar devices, discussing integrated circuit metallization
Sputtered atoms angular distribution measured by collecting atoms on Cu surface and determining surface densities of thin films by electron microprobe
Laser microprobe facility is effective in the elemental analysis of small areas of heterogeneous samples. The instrument uses the focused beam of a pulsed laser to evaporate a small volume of material from a relatively massive sample.
Series of electron micrographs at successively lower magnifications can localize the substrate area sufficiently for a particle to be picked up by the beam of the electron microprobe. This approach could be modified to apply to fractographic studies, particularly of oxidation products stripped from fractures.
Electron microprobe analysis of vanadium in presence of titanium by compositional measurement of chromite in chondritic meteorites
X ray fluorescence and electron microprobe for determining thin film thickness