Study of the liminal angle of a plagiogeotropic organ under weightlessness Final report
Liminal angle reduction of plagiogeotropic leaf under weightlessness
SEARCH · Search NASA
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Liminal angle reduction of plagiogeotropic leaf under weightlessness
Liquid outflow from cylindrical tanks during weightlessness
Theoretical concepts and physical model for human spatial orientation in weightless environment
Caloric nystagmus response to thermal stimulation of semicircular canals in weightlessness phase of parabolic flight
Vestibular sickness susceptibility under conditions of weightlessness
Weightlessness effect on flame ignition, burning rate, self-extinguishment, etc
Triaxial ballistocardiogram in weightless environment
Manually imposed angular accelerations during weightlessness period of parabolic flight, obtaining electrooculographic recordings for analyzing nystagmic response
Static and dynamic behavior of liquid-vapor interface during weightlessness
Effects of weightlessness on man during american suborbital and orbital flights
Growth response of barley seedling to simulated weightlessness induced by two-axis rotation in nongravatron and light intensity effects
Hormone effects on plant growth in absence of gravity, and effect of weightlessness on growth and orientation of roots and shoots of monocotyledenous seedlings in biosatellite
Behavior of propellant liquid-vapor interface outflow from cylindrical space vehicle tanks in weightlessness
Water immersion technique to simulate ingress and egress maneuvers under weightlessness conditions in six degrees of freedom for astronaut in pressurized suit
Lack of response to thermal stimulation of semicircular canals during parabolic flight weightlessness for study of caloric nystagmus mechanism in man
Needs, plans, and identification of pathologic effects on vestibular organs with prolonged exposure to weightlessness
Small animal space station model mechanical details and testing for application to long term space flight studies of movement freedom in weightless environment