COMPARISON OF THE DYNAMIC CHARACTERISTICS OF DUMMIES, ANIMALS AND MAN
Comparison of dynamic characteristics of dummies, animals and man - impact studies
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Comparison of dynamic characteristics of dummies, animals and man - impact studies
A subminiature biotelemetry transmitter permits the measurement of biopotential response in humans or animals to controlled environmental stimuli without discomfort while engaged in normal activities.
Clinical physiological effect of exposure to atmosphere of increased oxygen partial pressure and nitrogen
Physiological responses of man to space environment, outlining requirements necessary to support life
Selective short term attentiveness and cortical evoked responses in human beings to alternate flashing light and auditory clicks
Comparison of cross correlation and orthogonalized exponential analyses by regression analysis for identification of human pilot dynamic response characteristics
Human physiological response during periods of silicone immersion and bed rest
LF and infrasonic noise effects on mans cardiac rhythm, hearing, vision, motor control, spatial orientation, speech and subjective tolerance
Biochemical responses of humans exposed to pure oxygen environment at simulated altitude of 27,000 feet
Cardiac output during rest and work determined via carbon dioxide method at 3800 m altitude
Plasma volume and tilt table response of humans to water immersion deconditioning experiments, using extremity cuffs to study protective effect
Heat and exercise induced hypohydration effects upon physical performance of women, showing some deterioration in cardiovascular system
Radiation effects and radiobiological response in humans and primates for space missions
Effects of various simulated sonic boom waveforms on human subjective response
Aerodynamic effects on rocket and launch vehicle design, shock tunnel simulation, jet exhaust flow, wind velocity measurements, and human auditory response model
Awakening response of humans to sonic booms and subsonic aircraft noise
Acceleration environment duplication difficulties, considering human physiological responses dependence on centrifuges performance characteristics and geometries