Magnitude estimates of the oculogyral illusion during and following angular acceleration
Suprathreshold angular acceleration effects on oculogyral illusion, obtaining magnitude estimates during and after acceleration
Parsons, R. D.↗
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Vestibular reactions under the effect of various angular accelerations
Effect of intensive angular accelerations on vestibular reactions of aircraft pilot
VESTIBULAR APPARATUS↗
The effect of changing the resultant linear acceleration relative to the subject on nystagmus generated by angular acceleration
Effect of changing resultant linear acceleration relative to human subject on nystagmus generated by angular acceleration
NYSTAGMUS↗
Effect of changing resultant linear acceleration relative to the subject on nystagmus generated by angular acceleration.
Additional effect of centripetal acceleration on nystagmus in humans already exposed to angular acceleration
VESTIBULAR APPARATUS↗
Influence of tungsten fiber’s slow drift on the measurement of G with angular acceleration method
In the measurement of the gravitational constant G with angular acceleration method, the equilibrium position of torsion pendulum with tungsten fiber undergoes a linear slow drift, which results in a quadratic slow drift on the angular velocity of the torsion balance turntable under feedback control unit. The accurate amplitude determination of the useful angular acceleration signal with known frequency is biased by the linear slow drift and the coupling effect of the drifting equilibrium position and the room fixed gravitational background signal. We calculate the influences of the linear slow drift and the complex coupling effect on the value of G, respectively. The result shows that the bias of the linear slow drift on G is 7 ppm, and the influence of the coupling effect is less than 1 ppm.
46 INSTRUMENTATION RELATED TO NUCLEAR SCIENCE AND ↗
Influence of linear and angular accelerations on nystagmus
Nystagmus response to linear and angular accelerations
ANGULAR ACCELERATION↗
Switching mechanism senses angular acceleration
Switching mechanism actuates an electrical circuit when a predetermined angular acceleration and displacement are reached. A rotor in the mechanism overcomes the restraint of a magnetic detent when the case in which the detent is mounted reaches the predetermined angular acceleration.
Source record↗
Thresholds for the perception of angular acceleration in man.
Stimulus thresholds for perception of angular acceleration in man
MOTION PERCEPTION↗
Characteristics of vegetative reactions in man during the action of angular accelerations with varying values and durations
Angular acceleration effects on autonomic nervous system of man
Polyakov, B. I.↗
Magnitude estimates of rotational velocity during and following prolonged increasing, constant, and zero angular acceleration.
Rotational velocity estimates by observers during angular acceleration, noting vestibular function interpretation
Clark, B.↗
Response of single cells in cat brain stem to angular acceleration in the horizontal plane
Response of single cells in cat brain to angular acceleration in horizontal plane
ANGULAR ACCELERATION↗
Comparison of three methods to determine thresholds for perception of angular acceleration.
Psychophysical methods for determining perception threshold of angular acceleration in man during vertical rotation
Clark, B.↗
Determination of physical constants of the semicircular canals from measurement of single neural unit activity under constant angular acceleration
Physical constants of semicircular canals from measurement of single neural activity in anesthesized cat brain stem under constant angular acceleration
ANGULAR ACCELERATION↗
Factors influencing the perception of angular acceleration in man Semiannual status report
Human perception of angular acceleration during and after rotation
Clark, B.↗
Human perception of angular acceleration and implications in motion simulation
Human response to angular acceleration, discussing implications for motion capability in flight simulator
Stewart, J. D.↗
Effect of changing resultant linear acceleration relative to the subject on nystagmus generated by angular acceleration.
Centripetal acceleration effect on nystagmus for various orientations relative to rotation center, noting otolith modulation of sensory input from semicircular canals
NYSTAGMUS↗
Perception of Angular Acceleration About the Yaw Axis of a Flight Simulator - Thresholds and Reaction Latency for Research Pilots
Perception of angular acceleration by a pilot in a flight simulator
ANGULAR ACCELERATION↗
Vestibular reactions in cat and man during and after angular acceleration. I - Responses from the lateral and the vertical canals to two stimulus durations
Nystagmus responses of men and cats to equivalent vestibular stimuli of angular accelerations
ANGULAR ACCELERATION↗