Potential problems related to weightlessness and artificial gravity
Summary of potential adverse effects of artificial gravity and weightlessness on astronaut physiological processes and performance in aerospace environment
Piland, W. M.↗
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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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Comparison of the theory of motion of remote artificial earth's satellites with observations
Comparison of theoretical and measured orbital perturbations of artificial earth satellites
Dolgachev, V. P.↗
Artificial aurora experiment - Position measurements of auroral rays and comparison with predictions
Generation of artificial auroras by injecting electrons into upper atmosphere from Aerobee rocket-borne accelerator
Davis, T. N.↗
Parametric angles of trajectory determined field line intersects predicting the location of artificial auroras
Parametric angles of trajectory-determined field line intersects predicting location of artificial auroras in magnetosphere
Stassinopoulos, E. G.↗
Centrifugally Obtained Artificial Gravity
Centrifugally obtained artificial gravity effects on space station crew performance
Hoffman, D. B.↗
Thermal control of transparent elements onboard artificial satellites
Temperature control of transparent elements onboard artificial satellites
Arduini, C.↗
A unified treatment of lunar theory and artificial satellite theory
Lunar and artificial satellite theories treated by generalization of Von Zeipel procedure
Mersman, W. A.↗
A feasibility study of determining physical properties of the Martian atmosphere by use of solar occultation as seen from an artificial satellite
Physical properties of Martian atmosphere using solar occultation seen from artificial satellite
Wallio, H. A.↗
Rotating space station stabilization criteria for artificial gravity
Operational and structural design criteria for artificial gravity stabilization of rotating space station
Larson, C. A.↗
Dispersion and attenuation of small artificial pressure waves in the canine aorta.
Elastic behavior of large blood vessels in canine aorta by measuring dispersion and attenuation of artificially induced pressure waves
Anliker, M.↗
Improvement of the spheroidal method for artificial satellites.
Improved spheroidal method for calculation of almost polar orbit of artificial satellites, bypassing right ascension
Vinti, J. P.↗
Orthostatic intolerance after artificial heat acclimatization in physically fit subjects.
Artificial heat acclimatization effect on orthostatic tolerance in man exposed to stresses of heat, exercise and dehydration
Bosco, J. S.↗
Generation of an artificial aurora.
Artificial aurora generated at 100 km altitude by electron beam fired downward from aerobee 350 rocket above 230 km along earth magmetic field lines
Hess, W. N.↗
Probability of EOSS mission survival evaluation of the impact of artificial-gravity operations on the overall mission reliability Preliminary report
Early Orbital Space Station mission reliability in artificial gravity mode
Seebach, M. J.↗
A discussion of two general perturbations methods and of their application to artificial satellite theory
Two general perturbation methods evaluated and applied to artificial earth satellite theory
Hildebrand, C., Jr.↗
Design and performance of a heart assist or artificial heart control system using industrial pneumatic components
Design and performance of a heart assist or artificial heart control system using pneumatic pump systems
Gebben, V. D.↗
ASP Artificial Scientific Programming
Artificial scientific programming language for solving differential equations
Baxter, R.↗
The long-term motion of artificial planetary satellites
Long term orbit evolution problem for perturbed artificial satellites of Mercury, Venus, Mars and Earth
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