Physiological reactions to radial acceleration
Human physiological reactions to radial acceleration
HUMAN REACTION↗
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Results for “physiology”
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.
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Some results of a clinical and physiological study of senior pilots of the civil air fleet
Clinical and physiological study of age factor in flight performance of pilots
AGE FACTOR↗
Physiologic effects of exposure to increased oxygen tension at 5 psia
Physiological effects on humans exposed to increased oxygen tension in space cabin at simulated altitude of 27,000 feet for 14 days
ALTITUDE SIMULATION↗
The effect of sequential exposure to acceleration and the gaseous environment of the space capsules upon the physiologic adaption of man
Effect of sequential exposure to acceleration and gaseous environment of space cabin on human physiological adaption
SPACE CABIN ATMOSPHERE↗
Sensory, perceptual, and physiological aspects of sensory deprivation.
Psychological and physiological aspects of sensory deprivation, particularly for space travel
HUMAN REACTION↗
Space gastroenterology- a review of the physiology and pathology of the gastrointestinal tract as related to space flight conditions.
Review of physiology and pathology of gastrointestinal tract as related to space flight conditions
MANNED SPACE FLIGHT↗
A study of physiological mechanisms and inter-relations between systemic and regional blood volume, blood flow and electrolyte balance Interim progress report
Physiological mechanisms and interrelations between systemic and regional blood volume, blood flow, and electrolyte balance
ELECTROLYTE↗
Gas physiology in space operations.
Design requirements for human gas physiology in space operations
SPACE CABIN ATMOSPHERE↗
A report of the physiological, psychological, and bacteriological aspects of 20 days in full pressure suits, 20 days at 27,000 feet on 100 percent oxygen, and 34 days of confinement, parts I, II, III
The study was designed to validate the 100% oxygen (258 mmHg) gaseous environment for 20 days with 7 days pre and post run evaluations. Studies include: renal and pulmonary function, retinal vascular changes, rather extensive blood work, nutrition, metabolic and water balance, bacteriological flora alterations, psychological manifestations, and full pressure suit and personal hygiene evaluations. While certain significant psychological alterations were observed, the physiological studies disclosed no significant variations from normal values. The atmosphere was well tolerated; however, 20 days constant full pressure suit wear posed some special problems.
PRESSURIZED SUIT↗
The effects of sensory deprivation on sensory, perceptual, motor, cognitive, and physiological functions
Sensory deprivation effects on human sensory, perceptual, and physiological mechanisms
VISUAL PERCEPTION↗
Biochemical and physiological evaluation of human subjects in a life support systems evaluator
Biochemical and physiological evaluation of human nutritional requirements under simulated aerospace conditions
NUTRITIONAL REQUIREMENT↗
The use of simple physiological measurements in obtaining relative energy expenditure and workloads during a simulated lunar surface mission.
Physiological measurements in obtaining energy expenditure and workloads during simulated lunar surface mission
SPACE SIMULATION↗
Physiological masking in the peripheral auditory system. iii. effect of varying test-click intensity.
Physiological masking in peripheral auditory system - effect of varying test-click intensity in cats
AUDITORY STIMULUS↗
The biochemical, physiological, and metabolic evaluation of human subjects wearing pressure suits and on a diet of precooked freeze dehydrated foods
Biochemical, physiological and metabolic evaluation of human subjects wearing pressure suits and on diet of precooked frozen dehydrated foods
Dunco, D. P.↗
Physiological effects of different oxygen flow rates and ambient temperatures on pressure-suited subjects performing work at altitude
Physiological effects of oxygen flow rates and ambient temperatures on pressure-suited subjects performing work in altitude chamber
Horrigan, D. J., Jr.↗
Physiology in the Space Environment. Volume 2 - Respiration
Conference proceedings on respiratory physiology in aerospace environment
Source record↗
The biochemical, physiological, and metabolic effects of Apollo nominal mission and contingency diets on human subjects while on a simulated Apollo mission Final report, Feb. - Jun. 1966
Biochemical, physiological, and metabolic effects of simulated Apollo mission with space diet on humans
Katchman, B. J.↗
The physiology and biochemistry of algae, with special reference to continuous-culture techniques for Chlorella
Physiology and biochemistry of algae, and culture growth technique for Chlorella
Krauss, R. W.↗