Electron microscopic and biochemical characterization of fraction I protein.
Electron micrographs from fraction I protein of Chinese cabbage leaves, noting substructure in individual particle
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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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Light and electron microscopic study of primate liver 36 to 48 hours after high doses of 32- million-electron-volt protons.
Rhesus monkeys liver damage after irradiation by penetrating protons
MONKEY↗
A study of defect structures with the field ion microscope Semiannual report, 1 Mar. - 31 Aug. 1967
Computer models to aid in interpretating field ion micrographs of crystal structures
Hren, J. J.↗
Light and electron microscopic study of primate /Macaca mulatta/ liver after large doses of high-energy /2.3 BeV/ protons
Proton irradiation effects on liver cells and tissue of primates
Campbell, M. M.↗
Failure analysis using a scanning electron microscope.
Component failure modes analysis using scanning electron microscopy, noting applications to study of semiconductors and wire plating anomalies
Anstead, R. J.↗
Field ion microscopical studies of exchange current density on iridium.
Field ion microscopy application in electrochemistry for surface effects observations, studying exchange current density on iridium tip
Javet, P.↗
Microscopes and computers combined for analysis of chromosomes
Scanning machine CHLOE, developed for photographic use, is combined with a digital computer to obtain quantitative and statistically significant data on chromosome shapes, distribution, density, and pairing. CHLOE permits data acquisition about a chromosome complement to be obtained two times faster than by manual pairing.
Butler, J. W.↗
The application of the scanning electron microscope to studies of current multiplication, avalanche breakdown and thermal runaway. Part 3 - Thermal runaway in multi-emitter power transistors
Scanning electron microscopy applications in study of thermal runaway in multi-emitter power transistors
Sulway, D. V.↗
Estimate of the temperature rise of micron- sized silver particles in the electron microscope due to electron-beam heating.
Temperature rise of micron sized silver particles on carbon film due to electron beam heating, setting up heat balance equation
Ansell, G. S.↗
A field ion microscope investigation of the effect of rhenium on the lattice solid solubility of oxygen in tungsten.
Rhenium effect on lattice solid solubility of oxygen in tungsten, calculating rhenium-oxygen cluster minimum binding free energy
Machlin, E. S.↗
A study of defect structures with the field ion microscope Semiannual report, 1 Sep. 1969 - 28 Feb. 1970
Field ion microscopy of stoichiometric platinum and nickel alloys for atomic ordering parameters
Hren, J. J.↗
Microscopic coupled channel study of inelastic proton scattering from Ne 20
Projected Hartree-Fock wave function analysis of inelastic proton scattering from neon-20
Ascuitto, R. J.↗
High-resolution electron microscope images of crystal lattice planes using conical illumination
Lattice planes and interplanar spacings of small vapor deposited gold crystals, using transmission electron microscopy
Heinemann, K.↗
Microscopic coupled-channel study of inelastic proton scattering from Ne 20
Coupled channel calculation of inelastic proton scattering from Ne 20 using Hartree-Fock wave functions
Ascuitto, R. J.↗
A microscopic test of inverted nuclear coexistence
Inverted coexistence possibility of spherical and deformed states in Si 28 and S 32 nuclei
Braley, R. C.↗
Measurements of atomic order with the field-ion microscope
Near stoichiometric binary alloys atomic ordering parameters quantization by field ion micrography, using direct counting and optical transformation techniques
Hren, J. J.↗
Increasing the microscopic contrast of phases with similar reflectivities
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Mc Call, J. L.↗
Annular objective apertures improve resolution of electron microscopes
Hollow-cone illumination techniques, using an annular objective aperture located behind back focal plane of objective lens, increase image contrast and minimize chromatic aberrations.
Heinemann, K.↗