MATHEMATICAL ANALYSIS FOR THE ORIENTATION AND CONTROL OF THE ORBITING ASTRONOMICAL OBSERVATORY SATELLITE
Mathematical analysis for orientation and control of orbiting astronomical observatory
OAO↗
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SOME CONTROL PROBLEMS ASSOCIATED WITH EARTH-ORIENTED SATELLITES
Satellite orientation - stability and control
SATELLITE ORIENTATION↗
A new method of studying the tendency to illusions of spatial orientation
Psychophysiological testing of spatial orientation illusions in persons subjected to visual stimuli
HUMAN PERFORMANCE↗
Studies of human dynamic space orientation using techniques of control theory second semiannual status report
Human dynamic space orientation using control theory techniques - human engineering
SPACE ORIENTATION↗
An evaluation of radiation shielding by vehicle orientation
Evaluation of radiation shielding by space vehicle orientation in cylindrical and conical geometry
SATELLITE ORIENTATION↗
Torque requirements for orientation of a solar Brayton system in earth orbit
External, internal reaction, and angular velocity variation compensation torque requirements for orientation control of solar Brayton power system in ecliptic earth orbit
SOLAR POWER SYSTEM↗
A photovoltaic solar sensor for use in spacecraft orientation control systems
Photovoltaic solar sensor in spacecraft orientation control system
ATTITUDE CONTROL↗
An analytical investigation of a simplified thrust-vector orientation technique for establishing lunar orbits
Simplified thrust vector orientation technique for establishing lunar orbits
SATELLITE ORIENTATION↗
The determination of the orientation of a uniformly rotating or rapidly rotating vehicle utilizing the outputs from solar sensors and a lateral magnetometer
Space orientation of rotating rocket vehicle found by solar sensor and magnetometer data
ROCKET VEHICLE↗
Central nervous, cardiovascular and visuomotor studies relating to spacial orientation in a 30-day primate flight
Central nervous, cardiovascular and visuomotor functions relating to spatial orientation in prolonged space flight of primate
VESTIBULAR EFFECT↗
Conservative torques and moments of inertia involved in the design of a laboratory model solar array with variable paddle-arm orientation
Design of electromechanical satellite solar paddle orientation model including conservative torques and inertia of rotation axis
ELECTROMECHANICAL DEVICE↗
Studies of human dynamic space orientation using techniques of control theory Status report
Human dynamic space orientation using control theory techniques
MAN-MACHINE SYSTEM↗
Spatial orientation in a weightless environment Summary report /Final/
Theoretical concepts and physical model for human spatial orientation in weightless environment
WEIGHTLESSNESS SIMULATION↗
A mathematical model for the otoliths and its implications on human spatial orientation.
Mathematical model for otolithic organs used to analyze human spatial orientation
OTOLITH↗
Changes in perceived size of angle as a function of orientation in the frontal plane.
Changes in perceived size of angle as function of orientation in frontal plane
SPATIAL ORIENTATION↗
Orientation in Aerospace Flight
Spatial orientation and weightlessness problems in manned space flight
MANNED SPACE FLIGHT↗
Central nervous, cardiovascular, and visuomotor studies relating to spatial orientation in a 30-day primate flight
Central nervous, cardiovascular, and visuomotor studies relating to spatial orientation during 30-day primate flight in Biosatellite D
CENTRAL NERVOUS SYSTEM↗
Studies of human dynamic space orientation using techniques of control theory Semiannual status report, Jul. 1 - Dec. 31, 1966
Human dynamic space orientation models using control theory techniques
DYNAMIC MODEL↗