Lattice vibrations in silicon - Microscopic dielectric model.
Si lattice vibrations, calculating phonon dispersion curves from microscopic model by dielectric screening theory
Martin, R. M.↗
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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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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.↗
An interpretational study of field ion microscope images.
Computerized image simulation to interpret crystal dislocations in field ion microscope images, investigating dislocations in various lattice systems by shell model
Sanwald, R. C.↗
Flexible high-voltage supply for experimental electron microscope
Scanning microscope uses a field-emission tip for the electron source, an electron gun that simultaneously accelerates and focuses electrons from the source, and one auxiliary lens to produce a final probe size at the specimen on the order of angstroms.
Chapman, G. L.↗
Computer experiments on the microscopic behavior of one-dimensional plasmas
Computer experiments on the microscopic behavior of one dimensional electrostatic plasma
Adams, B. H.↗
Energy deposition in microscopic volumes by high-energy protons
Microscopic energy deposition from passing protons in tissue sphere
Baily, N. A.↗
The application of the scanning electron microscope to studies of current multiplication, avalanche breakdown and thermal runaway. Part 1 - General physical basis
Scanning electron microscope applications in study of current multiplication, avalanche breakdown, and thermal runaway - Physical basis
Shaw, D. A.↗
The application of the scanning electron microscope to studies of current multiplication, avalanche breakdown and thermal runaway. Part 2 - General studies, mainly non-thermal
Scanning electron microscope applications in study of current multiplication, avalanche breakdown, and thermal runaway - Nonthermal effects in Read diodes
Sulway, D. V.↗
Radiation damage of ordered vanadium pentacarbide by electron microscope beam bombardment
Radiation damage of vanadium carbide lattice by electron microscope beam bombardment
Lye, R. G.↗
On the resolution and image intensity of the field-ion microscope
High resolution and image intensity of field ion microscope at low temperatures
Forestieri, A. F.↗
The electron microscope. Part 1 - Toward the center of life
Electron microscope application to study of biological microstructure
Fernandez-Moran, H.↗
Electron microscope. Part 2 - Big future for demagnification
Application of electron microscopes to study of human perception and development of prosthetic sensors
Fernandez-Moran, H.↗
Recognition of meteorite impacts from the microscopic structure of rocks
Meteorite impact recognition from microscopic structure of rocks
French, B. M.↗
Microscopic observation of interfacial phenomena.
Microscopic time lapse movies in solid/liquid interface profile during melting and freezing of materials for spacecraft thermal control as reversible heat sink
Bannister, T. C.↗
Improved method of removing plastic backing films from carbon electron microscope replicas.
Plastic backing films removal from carbon electron microscope replicas by maintaining specimens in horizontal position
Walker, G. H.↗
Absolute focus lock for microscopes
Mechanism absolutely immobilizes microscope stage at a preset focus, preserving focus indefinitely. The lock is a second-class lever consisting of a straight body having a fulcrum with a cylindrical bearing surface at one end and a thumbscrew at the other end.
Cone, C. D., Jr.↗
A study of defect structures with the field ion microscope Semiannual report, 1 Mar. - 31 Aug. 1969
Development and testing of atom probe field-ion microscope and quantitative measurements of atomic order in platinum and nickel alloys
Hren, J. J.↗
A microscopic test of inverted nucear coexistence
Microscopic structure analysis of inverted nuclear coexistence using Hartree-Fock method
Braley, R. C.↗