A nuclear thermionic space power concept using rod control and heat pipes.
Nuclear reactor space power system using out-of- pile thermionic diodes, heat pipes and dual central rod type of reactivity control
Anderson, J. L.↗
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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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Heat pipe application to a gravity-gradient satellite /EXPLORER XXXVI/.
Heat pipes with Freon working fluid applied to thermal control of transponders in low altitude gravity gradient satellite GEOS-B
Anand, D. K.↗
Heat pipes for space suit temperature control.
Space suit internal temperature control by integration of heat pipe thermal radiator devices into external suit surface
Shlosinger, A. P.↗
Magneto-fluid dynamic pipe flow.
Magnetofluid dynamic pipe flow, discussing liquid sodium tunnel design and flow measurements
Maxworthy, T.↗
Liquid-metal heat transfer in a cocurrent- flow, double-pipe heat exchanger is investigated
Analysis of liquid-metal heat transfer in cocurrent-flow, double-pipe heat exchangers shows that heat-transfer coefficients depend upon the operating conditions of the heat exchanger and that use of the customary design equation to predict heat-exchanger performance leads to significant errors.
Merriam, R. L.↗
J-beveling of pipe ends with a hand-held tool
Adapted cutter, driven by a hand-held, variable-speed power drill, is used in the field to cut J-bevels on the ends of stainless-steel or aluminum pipe to be joined by precision welding. With this tool an acceptable bevel is cut within 3 percent of the time required for grinding and filing.
Matus, S. T.↗
Transient solidification outside a cooled pipe with application to a solar Brayton heat receiver
Transient solidification outside cooled pipe with application to solar Brayton heat receiver
Hu, W. W.↗
Development of a versatile system for detailed studies of the performance of heat pipes
Heat pipe performance studies for space suit thermoregulation applications
Chato, J. C.↗
A nuclear thermionic space power concept using rod control and heat pipes
Nuclear thermionic space power system using rod control and heat pipes
Anderson, J. L.↗
Low-temperature heat pipe research program
Wick fluid flow and evaporator performance data of various fluids and materials varying in structure and thickness derived for low temperature spacecraft heat pipe design
Phillips, E. C.↗
Dynamic response of a Mach 2.5 axisymmetric inlet with engine or cold pipe and utilizing 60 percent supersonic internal area contraction
Dynamic response of supersonic mixed compression inlet coupled to cold pipe or turbojet engine
Wasserbauer, J. F.↗
On the stability of Poiseuille pipe flow
Numerical analysis of Poiseuille pipe flow stability using Reynolds number
Crowder, H. J.↗
Heat pipe devices for space suit temperature control Research report, 30 Jun. 1966 - 1 Sep. 1968
Heat pipe devices for space suit temperature control
Shlosinger, A. P.↗
An experimental and analytical study of water heat pipes for moderate temperature ranges
Experimental and analytical study of water heat pipes for 200 to 350 deg F temperature range
Mc Kinney, B. G.↗
Piping arrangement through a double chamber structure
Low thermal loss piping arrangement for moving cryogenic media through double chamber structure
Yager, S. P.↗
A nuclear thermionic space power concept using rod control and heat pipes.
Nuclear reactor space power system concept using thermionic diodes, heat pipes and rod control, emphasizing neutronic aspects and feasibility
Anderson, J. L.↗
Velocity profiles and eddy diffusivities for fully developed, turbulent, low Reynolds number pipe flow.
Velocity profiles and eddy diffusivities for fully developed turbulent low Reynolds number pipe flow
Davenport, M. E.↗
Advancements of space suit temperature control technology by application of modified heat pipes.
Heat pipe devices applied to radiative body heat transfer in space suit temperature control
Shlosinger, A. P.↗