Medical aspects of Gemini extravehicular activities
Medical aspects of Gemini extravehicular activities - physiological responses of astronauts to high workloads, thermal stresses, and low fatigue tolerance
Coons, D. O.↗
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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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Comparative studies of 90-day continuous exposure to O sub 3, NO sub 2 and CCl sub 4 at reduced and ambient pressures Final report, May 1965 - May 1966
Physiological responses of animals exposed to ozone, carbon tetrafluoride, and nitrogen oxide
Geckler, R. P.↗
A survey of selected research on human controller characteristics
Acceleration stress effects on human physiological responses, control task performance, and associated human operator characteristics
Sadoff, M.↗
Feasibility study of a centriguge experiment for the Apollo Applications Program. Volume 3 - Experimental requirements for the space research centrifuge Final report
Experimental requirements for measuring vestibular and cardiovascular physiology responses using orbital onboard human centrifuge during Apollo Applications Program
Johnson, W. A.↗
Biochemical dimensions of space biology.
Earth life systems biochemical and physiological responses to space environment stresses like reduced gravity, noting muscle atrophy and coordination diminution
Saunders, J. F.↗
Physics of cellular synthesis, growth and division Status report, 1 Jul. - 31 Dec. 1968
Cellular synthesis studies - techniques and instrumentation for research in bacteriophages, genetics, radiobiology, and related physiological responses of animals and humans
Pollard, E. C.↗
Use of the Ben Franklin Submersible as a Space Station Analog. Volume 2 - Psychology and Physiology Final Report
Human psychological and physiological responses to confinement in Ben Franklin submersible and analogies to long space voyages
Source record↗
Physiological endpoints in acceleration research
Acceleration environment duplication difficulties, considering human physiological responses dependence on centrifuges performance characteristics and geometries
Coburn, K. R.↗
Lower body negative pressure as an assay technique for orthostatic tolerance. I
Human physiological responses to lower body negative pressure /LBNP/, studying presence or absence of change for orthostatic tolerance as function of time
Hoffler, G. W.↗
Life in earth extreme environments - A study of cryobiotic potentialities
Cryobiotic potentialities on earth, investigating life forms physiological response to temperature, cryotolerance mechanisms, etc
Siegel, S. M.↗
Flexible conductive disc electrode Patent
Dry electrode design with wire sandwiched between two flexible conductive discs for monitoring physiological responses
Ramme, F. B.↗
Study of applications of bio-space technology to patient monitoring systems Progress report
Patient monitoring system design and equipment specifications with physiological response display device and warning system
Source record↗
Analysis and physiological monitoring of the human left ventricle
Human left ventricle mathematical models, determining physiological response oriented mechanical parameters with diagnostic significance
Advani, S. H.↗
Analysis of 10 minutes of physiological data from the Biosatellite III from lift-off to orbital insertion
Monkey physiological responses from lift-off to orbital insertion, showing EEG and EMG arousal reactions, motion sickness development, cardiovascular and respiratory changes
Adey, W. R.↗
The effects of noise on man
Book on noise effects on man covering audiometry, aural reflex, hearing damage risk, physiological responses, motor performance and speech communication
Kryter, K. D.↗
Chronic acceleration of animals
Animals physiological responses to gravity chronic acceleration
Burton, R. R.↗
Coronary flow and left ventricular function during environmental stress.
A canine model was used to study the effects of different environmental stresses on the heart and coronary circulation. The heart was surgically instrumented to measure coronary blood flow, left ventricular pressure, and other cardiovascular variables. Coronary flow was recorded by telemetry. Physiologic data were processed and analyzed by analog and digital computers. By these methods the physiologic response to altitude hypoxia, carbon monoxide, hypercapnia, acceleration, exercise, and the interaction of altitude hypoxia and carbon monoxide were described. The effects of some of these stresses on the heart and coronary circulation are discussed.
Erickson, H. H.↗