A technique for passive attitude control of solar oriented interplanetary spacecraft
Passive damping technique for attitude control of solar orientated interplanetary spacecraft
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.
Passive damping technique for attitude control of solar orientated interplanetary spacecraft
Pioneer 6 space probe spin stabilized orientation control system design survey
Design, development, and testing of device for measuring spatial orientation between separating S-2 and S-4B stages of Saturn 5
Human dynamic space orientation using techniques of control theory
Crystallization, crosslinking, and dimensional changes during crystal-liquid phase transition of oriented polymeric systems
X ray transmission technique to study preferred orientation in recrystallized hot pressed MgO
Mechanical and electronic design of system to orient balloon-borne instrument package about vertical axis
Error analysis of orientation methods for extraterrestrial stereophotogrammetric mapping
Flux-flow resistivity and critical current density orientational dependence in Pb alloys type 2 superconducting foils under magnetic field, discussing Lorentz force
Preferred crystal orientations and vacuum work functions of planar tungsten deposits formed by hydrogen reduction of tungsten chloride
Crystal structure, orientation and solubility effects on friction and adhesion of various metal single crystals in vacuum
Optimal two impulse transfer through 180 degree range angle between Keplerian noncoplanar orbits, minimizing impulse by transfer plane optimal orientation
Time dependent theory of mechanical strength of homogeneous and partially oriented and stressed media based on microscopic molecular structure
Automatic device built around a goniometer examines characteristics of polycrystalline materials and determines preferred orientations of crystallites. It is automatically rotatable in each of two planes and has circuit regulated sequential rotation. A fixed X ray source in conjunction with a detector examines the material.
Design of solar panel orientation servomechanism with thermomechanical subsystem
Rocket engine evaluation of erosion and char as functions of fabric orientation for silica reinforced nozzle materials
Effect of orientation and presence of surface active materials on friction and wear of aluminum
Design of pitch orientational flight control system