Scanning electron microscopy of BeO whiskers formed on the surface of burning beryllium droplets
BeO whiskers formation on burning Be droplets surface using scanning electron microscopy, noting temperature effects
Prentice, J. L.↗
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Results for “MICROSCOPY”
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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A terminal ballistics application of transmission electron microscopy - The anatomy of a bullet hole
Thin sheet and laminate bullet hole deformation zone microstructure observation by electron microscopy, considering terminal ballistics approach
Foltz, J. V.↗
Preparation of samples for transmission electron microscopy by illuminated jet polishing
Two stage electropolishing technique for preparation of multiphase alloys for transmission electron microscopy
Youngblood, J. L.↗
Application of scanning electron microscopy to integrated circuit failure
Integrated circuit failure analysis with scanning electron microscopy taking into account ball bond contamination and open metallization at contact windows
Devaney, J. R.↗
Extended-chain crystals. V - Thermal analysis and electron microscopy of the melting process in polyethylene
Polyethylene extended chain crystals melting process via electron microscopy and differential thermal analysis
Melillo, L.↗
Role of scanning electron microscopy in the study of solid propellant combustion. III - The surface structure and profile characteristics of burning composite solid propellants
Composite solid propellants surface structure and profile characteristics burning with various oxidizers and polyurethane binder by scanning electron microscopy
Boggs, T. L.↗
High voltage electron microscopy and electron diffraction of lunar pyroxenes
Apollo 11 lunar rock pyroxenes, examining band structure and magnetic ordering by high voltage electron microscopy and electron diffraction
Fernandez-Moran, H.↗
Field-ion microscopy of Frank loops in platinum - Computer simulation and experimental observation
Various Frank loops in quenched and annealed Pt, examining dislocations with field ion microscopy and computer simulated approximations
Hren, J. J.↗
Electron microscopy in microbiology and lunar rock analysis Summary report, Sep. 1969 - Dec. 1970
Electron microscopy and diffraction for microbiology and microanalysis of lunar rocks
Fernandez-Moran, H.↗
Adhesion of polymers to tungsten as studied by field ion microscopy
Adhesion of polymers to tungsten as studied by field ion microscopy
Brainard, W. A.↗
Preliminary studies by field ion microscopy of adhesion of platinum and gold to tungsten and iridium
Determination of adhesion properties of platinum and gold in contact with tungsten and iridium using field ion microscopy techniques
Brainard, W. A.↗
Scanning electron microscopy of the organ of Corti
Cochlear sensory epithelium and Corti organ degeneration after noise exposure in guinea pigs and cats, using scanning electron microscopy
Ades, H. W.↗
Field-ion, field emission microscopy and related topics, Proceedings of the Seminar, University of Florida, Gainesville, Fla., March 23-27, 1970
Field-ion, field emission microscopy - Conference, University of Florida, March 1970
Source record↗
Molecular microscopy - Fundamental limitations
Limitations of electron and X ray microscopy concerning damage of biological molecules by observation
Breedlove, J. R., Jr.↗
Holographic microscopy and integrated circuit inspection
Holographic microscopy technique fundamentals and electrically activated integrated circuit changes inspection
Lawton, K. C.↗
Preparation of samples for sintering of submicron particles by transmission electron microscopy
Monolayer submicron self supporting particle film samples preparation for sintering by transmission electron microscopy
Sipe, J. J.↗
Correlated electron microscopy and diffraction of lunar clinopyroxenes from Apollo 12 samples
Exsolution lameccae structure of Lunar pyroxenes from Apollo 12 samples, using electron microscopy and diffraction
Fernandez-Moran, H.↗
Fretting wear in titanium, Monel-400, and cobalt 25-percent-molybdenum using scanning electron microscopy
Damage scar volume measurements taken from like metal fretting pairs combined with scanning electron microscopy observations showed that three sequentially operating mechanisms result in the fretting of titanium, Monel-400, and cobalt - 25-percent molybdenum. Initially, adhesion and plastic deformation of the surface played an important role. This was followed after a few hundred cycles by a fatigue mechanism which produced spall-like pits in the damage scar. Finally, a combination of oxidation and abrasion by debris particles became most significant. Damage scar measurements made on several elemental metals after 600,000 fretting cycles suggested that the ratio of oxide hardness to metal hardness was a measure of the susceptibility of a metal to progressive damage by fretting.
Bill, R. C.↗