Dislocation generation in iron-carbon alloys by hydrostatic pressure.
Dislocation generation in annealed polycrystalline iron-carbon alloys under high hydrostatic pressure
SEARCH · Search NASA
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Dislocation generation in annealed polycrystalline iron-carbon alloys under high hydrostatic pressure
Moving dislocation band and p-n junction planarity with zinc as diffusant in gallium arsenide
Transmission electron microscopy structural analysis of dislocations in stress-corrosion cracking of 7075 aluminum alloy
Immobile dislocation network of high density in Campo del Cielo observed by thin-film transmission electron microscopy
Dangling bonds and dislocations in semiconductors, noting existence of core charge dependent localized state in gap caused by local decrease in atom density
Exact solution for stresses produced by screw dislocation pileup at circular inclusion of finite rigidity
Vacancy formation from diffusion of metal atoms through surface oxide film and medium effect on dislocation structure
Ultrasonic attenuation of alkali halide crystals in 120 to 180 degrees K range, noting thermal annealing of dislocation pinning centers
Thermally activated deformation relating flow stress to square root of dislocation density
Friction stress acting upon moving dislocation derived from microstrain studies
Shear modulus effect on stress distribution of planar array of screw dislocations near bimetallic welded half-planes interface
Friction stress acting upon moving dislocation derived by microstrain methods is meaningful under limited conditions
A transition between two types of step alignment was observed in a multilayered InGaAs/GaAs quantum-dot (QD) structure. A change to larger QD sizes in smaller concentrations occurred after formation of a dislocation array.
Dislocation relaxation of silver and copper and asymmetry of Bordoni internal friction peak of metals
Dislocations in shear deformed molybdenum crystals examined by transmission electron microscopy
Elastic-plastic shear cracks propagation in two phase composite materials using dislocation model, determining critical fracture strength
Dopant effect on dislocation mobility in elastically loaded silicon crystal using internal friction and modulus defect measurements
Double ended dislocation pileups and elastic cracks at bimaterial interface under screw, edge and shear modes