Study of zero gravity capabilities of life support system components and processes Final technical report, Dec. 28, 1966 - Dec. 28, 1967
Zero gravity sensitivities of life support system components and processes
Source record↗
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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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Pressure-rise Characteristics for a Liquid Hydrogen Dewar for Homogeneous, Normal Gravity Quiescent, and Zero Gravity Tests
Pressure rise characteristics of liquid hydrogen dewar for homogeneous, normal-gravity quiescent, and zero-gravity tests
Abdalla, K. L.↗
Exploring in aerospace rocketry. 8 - Zero gravity effects
Weightlessness in space, capillarity and surface energy, and behavior of liquids in zero gravity
Masica, W. J.↗
Relativistic models of the universe with pressure equal to zero and time-dependent uniformity
Zero density and approximate, relativistic models of universe
Sherman, W. L.↗
Zero Leakage Design for Ducts and Tube Connections for Deep Space Travel. Volume 2 - Connector Concept Studies Final Report, 5 Jul. 1963 - 30 Jun. 1967
Joining techniques for zero leakage ducts and tube connections
Gitzendanner, L. G.↗
A method for predicting shock shapes and pressure distributions for a wide variety of blunt bodies at zero angle of attack
Relationship of shock standoff distance, at sonic and stagnation points, to body geometry of blunt bodies at zero angle of attack
Kaattari, G. E.↗
Sixty day manned evaluation of zero gravity humidity control system
Manned evaluation of zero gravity humidity control system in potable water recovery unit for simulated spacecraft cabins
Joy, R. W.↗
Behavioral responses of unrestrained normal and labyrinthectomized squirrel monkeys to repeated zero-gravity parabolic flights.
Behavioral reactions of unrestrained normal and labyrinthectomized squirrel monkeys to repeated zero gravity parabolic flight simulation, noting initial disorientation and acclimatization
Graybiel, A.↗
Optimal configuration for a zero-g nucleonic fuel gage.
Optimal configuration for zero-g nucleonic fuel gage
Pfeifer, R. J.↗
Cryogenic zero-gravity prototype vent system
Design, fabrication, and tests of prototype cryogenic zero-gravity heat exchanger vent system
Blatt, M. H.↗
Use of an electric field to attain a zero- gravity liquid-vapor interface configuration under one-gravity
Use of electric field to attain zero-gravity liquid-vapor interface configuration under one-gravity
Petrash, D. A.↗
Design Criteria for Zero Leakage Connectors for Launch Vehicles. Mathematical Model of Interface Sealing Phenomenon, Volume 2 Final Report
Mathematical model of interface sealing phenomenon in determining design criteria for zero leakage connectors for launch vehicles
Gitzendanner, L. G.↗
On the zero diffusivity invariance for chemical reaction in a turbulent fluid
Zero diffusivity invariance for chemical reactions in homogeneous turbulence
Hill, J. C.↗
Newtonian aerodynamics for circular cones modified to produce lift at zero angle of attack
Newtonian aerodynamics for circular cones modified to produce lift at zero angle of attack
Short, B. J.↗
Zero Thermal Expansion Composites of High Strength and Stiffness
Zero thermal expansion composites of high strength and stiffness
Dow, N. F.↗
Zero-gravity liquid/gas separator Final report
Zero gravity liquid-gas separator to prove principle of hydrophilic screen separation
Source record↗
Study on an electrostatic zero-gravity work bench prototype Final report
Electrostatic zero-gravity work bench prototype for spacecraft use
Hagen, G. E.↗
Zero gravity liquid-gas separator-engineering evaluation model Final report, 9 Jun. - 19 Sep. 1969
Engineering evaluation model of zero gravity, liquid-gas separator
Source record↗