Manned Lunar Flight. Proceedings of the American Astronautical Society Symposium on Manned Lunar Flight
Manned lunar flight - lunar spacecraft, physiological aspects, lunar environment
MANNED SPACECRAFT↗
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Results for “Physiological responses”
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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THE PHYSIOLOGICAL LIMITATIONS OF PERFORMANCE DURING ACCELERATION
Physiological effects of acceleration on pilot performance
ACCELERATION STRESS↗
PILOT REACTION TO HIGH SPEED ROTATION
Ten pilots subjected to high speed rotation to determine their susceptibility to motion sickness, vestibular nystagmus and performance of complex functions
ROTATING VEHICLE↗
PHYSIOLOGIC EFFECTS OF EXPOSURE TO INCREASED OXYGEN TENSION AT 5 PSIA
Physiological effects on four men exposed for 14 days to increased oxygen tension at 5 psia, showing symptoms of oxygen toxicity that could be tolerated
OXYGEN TOXICITY↗
ELECTROENCEPHALOGRAPHIC OBSERVATIONS OF HUMAN ZERO G FLIGHTS
Alertness and/or consciousness of pilots in weightless condition determined from inflight electroencephalographic studies
ELECTROENCEPHALOGRAPHY↗
ROTARY AUTOKINESIS AND DISPLACEMENT OF THE VISUAL HORIZONTAL ASSOCIATED WITH HEAD /BODY/ POSITION
Influence of posture and visual reference cues on visual orientation in the study of visuo-postural interactions and rotary autokinesis
VISUAL PERCEPTION↗
Research apparatus
Methods for recording physiological data in dog layka during soviet space flight
DOG↗
Fastening of an animal in a pressurized capsule, fabric apparel and distribution of sensors for the registration of physiological functions
Harness for affixing sensors to dogs for registration of physiological phenomena during space flight
PHYSIOLOGICAL RESPONSE↗
The effect of prolonged transverse acceleration on animals
Physiology of dog respiratory and cardiovascular systems during stress of acceleration
RESPIRATORY SYSTEM↗
Some metabolic aspects of extended space flight.
Metabolic consequences and physiological effects of extended space missions for which there is no capability for re-supply or crew rotation
SPACECRAFT ENVIRONMENT↗
Human performance during two weeks in a room rotating at three rpm.
Human performance during two weeks in pensacola slow rotating room
ROTATING ENVIRONMENT↗
Increasing resistance as a means of providing biological protection against various environmental factors during flight
Increasing resistance for protection against physiological hazards in flight
FLIGHT SAFETY↗
Physiological reactions in weightlessness
Physiological reactions in weightlessness
PHYSIOLOGICAL RESPONSE↗
Space physiology, some results and prospects of experimental investigations <kosmicheskaya fiziologiya, nekotoryye itogi i perspektivy eksperimental'nykh issledovaniy<
Physiological effects of space on animals, plants, microorganisms and biological substrates during suborbital and orbital flight
PHYSIOLOGICAL RESPONSE↗
The effect of bedrest on various parameters of physiological function. part xii- the effect of bedrest on bone mass and calcium balance
Bed rest effect on various parameters of physiological functions - bone mass and calcium balance
PHYSIOLOGICAL RESPONSE↗
The effect of bedrest on various parameters of physiological function. part v- dietary requirements
Effect of bedrest on various parameters of physiological function - nutritional requirement
PHYSIOLOGICAL RESPONSE↗
Experiment m-4, inflight phonocardiogram
Correlation of electric and mechanical activity of cardiac cycle using electro- and phonocardiographic data from Gemini IV crew members
GEMINI SPACECRAFT↗
Experiment m-6, bone demineralization on gemini iv
Bone demineralization studies of Gemini IV CREW using radiographic bone densitometry
PHYSIOLOGICAL RESPONSE↗