A microscopic and thermal study of the solidification of hexadecane Annual summary report, 21 Nov. 1968 - 31 Dec. 1969
Microscopic and thermal study of n-paraffins as phase change thermal control materials
Golden, J. O.↗
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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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Microscopic reversibility for rates of chemical reactions carried out with partial resolution of the product and reactant states
Microscopic reversibility for rates of chemical reactions with partial resolution of product and reactant states
Kinsey, J. L.↗
A microscopic study of solid/liquid phase change in several members of the paraffin family
Microscopic study of solid/liquid phase change in several members of paraffin family
Bannister, T. C.↗
Role of the scanning electron microscope in the study of solid rocket propellant combustion. I - Ammonium perchlorate decomposition and deflagration
Ammonium perchlorate decomposition, deflagration, sublimation, crystal growth and surface properties, using scanning electron microscope
Boggs, T. L.↗
Role of the scanning electron microscope in the study of solid propellant combustion. II - Behavior of metal additives
Metal particles additives behavior in solid rocket propellant combustion, using scanning electron microscope
Crump, J. E.↗
Electron-microscope-beam effects in the investigation of thin-film structure
Bi polycrystalline film grown by vacuum deposition on amorphous substrates investigated for electron microscope beam effects
Howard, L. L.↗
Thin film electron probe-electron microscope microanalysis techniques in biomaterials studies
Electron microscope-thin film microprobe techniques in biomaterial studies of chemical segregation, species diffusion and small particle analysis
Ansell, G. S.↗
The measurement of thin film thicknesses in normally inaccessible locations with the scanning electron microscope
Thickness measurement for thin films in inaccessible locations using scanning electron microscope, comparing accuracy with interferometric techniques
Anstead, R. J.↗
Electron microscope studies on aging Drosophila melanogaster. I
Senescent Drosophila melanogaster flight muscle electron microscopic examination showing mitochondria in stages of degeneration
Miquel, J.↗
A study of defect structures with the field ion microscope Semiannual report, 1 Mar. - 31 Aug. 1970
Study of defect structures with field ion microscope
Hren, J. J.↗
Investigation of intermittent enhancement of ion emission from a tungsten surface using the field ion microscope
Measuring intermittent enhancement of blinking effect upon addition of neon to imaging gas in helium-tungsten field-ion microscope
Weizer, V. G.↗
A scanning electron microscope study of the surface morphology of TD-NiCr oxidized at 800 C to 1200 C
Scanning electron microscope used to determine surface morphology of TD-NiCr oxidized at 800 to 1200 deg for up to 64 hours
Lowell, C. E.↗
Combined electron microscope, electron diffraction, and electron microprobe analysis of identical microstructures in the debond area of a dissimilar metal joint
Electron microscope, electron diffraction, and electron microprobe analysis of defective solid state weldment on liquid hydrogen tank from Apollo 12 fuel cell system
Bostwick, L. G.↗
Microscopic structure of the solar wind
Solar wind microscopic structure, examining interplanetary wave-particle interactions
Scarf, F. L.↗
Microscopic reversibility for rates of chemical reactions carried out with partial resolution of the product and reactant states
Chemical reaction rate microscopic reversibility, observing rotational vibrational and/or translational states dependence of products reactants
Kinsey, J. L.↗
Installation and use of the microscope within a gastight glove box
High resolution phase contrast microscope adaptation for gastight glove box use with stage and focusing knobs in box for Apollo sample microbiological examination
Boylen, C. W.↗
Ion and laser microprobes applied to the measurement of corrosion-produced hydrogen on a microscopic scale
An ion microprobe and a laser microprobe were used to measure concentrations of corrosion-produced hydrogen on a microscopic scale. Hydrogen concentrations of several thousand ppm were measured by both analytical techniques below the fracture surfaces of hot-salt stress-corroded titanium alloy specimens. This segregation of hydrogen below fracture surfaces supports a previously proposed theory that corrosion-produced hydrogen is responsible for hot-salt stress-corrosion embrittlement and cracking of titanium alloys. These advanced analytical techniques suggest great potential for many areas of stress-corrosion and hydrogen embrittlement research, quality control, and field inspection applications.
Gray, H. R.↗
Examination of Surveyor 3 parts with the scanning electron microscope and electron microprobe
Two screws and two washers, several small chips of tubing, and a fiber removed from a third screw were examined with the scanning electron microscope and the electron microprobe. The purpose of the examination was to determine the nature of the material on the surface of these samples and to search for the presence of meteoritic material.
Chodos, A. A.↗