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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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Fractional g levels for reducing effects of conditioning to zero gravity on prolonged space flights
Animal study showing aversiveness of simulated gravity and importance of separating rotation effects from effects of G forces
Spontaneous discharges from single units in cochlear nucleus after destruction of cochlea, noting results of animal study
Inhibitory effect of light from cool white fluorescent lamps on growth of yeast, alga and protozoa
Cardiac output during rest and work determined via carbon dioxide method at 3800 m altitude
Changes in reproduction and growth of mice and rats under chronic centrifugation at various g force conditions
Phagocytic activity and hepatic function following localized proton radiation to liver, discussing results of experiments performed on white rats
Cardiovascular and renal 24 hr synchronized and desynchronized circadian rhythm
Weightlessness and manned space flight medical data to date
Analysis of brain wave records from Gemini flight GT-VII by computations to be used in 30-day primate flight
Daily physiological rhythm changes associated with light intensity and color, noting body temperature oscillations vs light intensity, heart rate changes, etc
Human circadian rhythms in activity, body temperature and other physiological functions, discussing oscillator multiplicity, internal desynchronization and entrainment
Prolonged recording from single vestibular units in frog during plane and space flight, significance and technique
Effectiveness of therapeutic modalities upon mongrel dogs subjected to dysbarism by overcompression-decompression
Apollo mission launch noise and physiological effects on crew
Gemini program study to provide safe and biologically sound method of man qualifying for space exploration
Micrometazoa as model systems for studying physiology of memory at cellular level, examining habituation and maze behavior
Modification of rat sensitivity to rotation through vestibular end organ damage or previous vestibular experience, studying activity changes