Effect of orientation on the bend fatigue behavior of beryllium quarterly progress report, jul. 22 - oct. 21, 1964
Effect of crystal orientation on slip surface and dislocation structures of beryllium in bending fatigue
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.
Effect of crystal orientation on slip surface and dislocation structures of beryllium in bending fatigue
Passive alignment device for orienting solar collector with source
Cyclotron radiation characteristics as function of magnetic dipole orientation
Solar radiation pressure influence on orbital eccentricity of gravity gradient oriented lenticular satellite
Solar radiation pressure effect on orbital eccentricity of gravity gradient oriented lenticular satellite
Parametric study of variation in trajectory parameters for predetermined thrust orientation angle to perform lunar descent from parking orbit
Propulsion oriented study of mission modes for manned Mars landing
Visual presentation of motion and orientation of Orbiting Geophysical Observatory
Effect of crystal orientation on friction characteristics of titanium single crystals in vacuum
Room temperature behavior of oriented tungsten single crystals with rhenium in dilute solid solution
Lunar and interplanetary mission-oriented advanced nuclear system parameters - Research and technology implications report
Thrust vector orientation during pilot controlled lunar landing with aid of visual references
Symmetric-top molecular beam focused and dipole moment oriented in electric six-pole field via Stark effect
Thrust vector control orientation during pilot controlled lunar landing with aid of visual references
Energy spread in outgoing particles from nuclear reaction due to finite target thickness - optimum target orientation in nuclear reactor experiments
Kinetics of mechanical strength of oriented and stressed solids based on statistical absolute reaction rate theory
Grain orientation influence on friction properties of tungsten
Computer oriented calculations on guidance and space flight problems