Effects of reduced gravity on heat transfer.
Reduced gravity effects on heat transfer noting free and forced convection, boiling, condensation, forced flow and fuel combustion
Siegel, R.↗
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Results for “Boiling”
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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Cryogenic storage on the moon.
Cryogenic fluid storage on moon surface, considering Lambert reflection law, thermal insulation performance, incident heat flux and boil-off rates
Gabron, F.↗
Boiler loop instabilities.
Closed loop low pressure forced flow convective boiling system analyzed for instabilities due to feed system/boiler interaction
Grace, T. M.↗
Explosions in Condensed-Phase Nitric Oxide
Explosions in condensed phase nitric oxide at temperatures near boiling point, analyzing propagation of brisant detonation relation to pressure
Miller, R. O.↗
Vapor Pressure of Natural Tektite Melts at High Temperatures and Its Application to Aerodynamic Analysis
Vapor pressure of natural tektite melts at high temperatures determined by boiling point technique, applied to aerodynamic analysis
Adams, Ernst W.↗
Investigation of light hydrocarbon fuels with fluorine oxygen mixtures as liquid rocket propellants Final report
Analytical and experimental study of regenerative cooling for FLOX methane engine with bulk boiling methane
Masters, A. I.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 15 Jan. - 15 Apr. 1969
Temperature, pressure, and boiling data of tantalum-alloy Rankine system corrosion tests loop after 2000 hr operation
Harrison, R. W.↗
Heat transfer from cylindrical surfaces to liquid helium. I.
Heat transfer from cylindrical copper surface to liquid helium at 4 degrees K, discussing temperature fluctuations in nucleate boiling region
Efferson, K. R.↗
Optimizing insulation weight on cryogenic storage tanks
Mathematical model uses boil-off rate, insulation density, tank surface area, performance level, and mission requirements to arrive at approximate insulation requirements for cryogenic storage tanks.
Safar, L. A.↗
Control of equilibrium pressure-temperature conditions in cryogenic storage
Metered vent controls the pressure within a liquid hydrogen tank. Vent size is chosen to permit a gas flow which corresponds to the boil-off rate necessary to maintain the desired bulk temperature of the cryogen.
Ford, W.↗
Theoretical Mean Activity Coefficients of Strong Electrolytes in Aqueous Solutions from 0 to 100 C
Tabulated activity coefficients of electrolytes in aqueous solutions from freezing point to boiling point of solvent
Hamer, W. J.↗
Some alkali metal corrosion effects in a Rankine cycle test loop
Rankine cycle two loop Li boiling Ka facility for nuclear turboplant simulation, studying alkali metal corrosion for operation with and without hot traps
Phillips, W. M.↗
Some alkali metal corrosion effects in a Rankine cycle test loop
Metal corrosion effects in Rankine cycle lithium-boiling potassium test loop simulating working fluids of spacecraft nuclear turboplant propulsion system
Phillips, W. M.↗
Heat transfer from an incandescent wire in saturated liquid nitrogen from atmospheric to the critical pressure
Film boiling and heat transfer from platinum wire in saturated liquid nitrogen up to critical pressure
Baumeister, K. J.↗
SNAP-8 Refractory Boiler Development program: Analysis and testing of a single tube mercury boiler
Heat transfer and fluid flow during forced convection boiling of wetted mercury with application to design and optimization of once-through boilers for Space Power Rankine Cycle Systems - SNAP-8
Hsia, E. S.↗
Transient pressure rise of a liquid-vapor system in a closed container under variable gravity
Liquid-vapor system in closed container, investigating transient pressure rise under heat and mass transfer interactions including incipient and nucleate boiling
Clark, J. A.↗
Liquid/solid on evaporative fluid metastable Leidenfrost states
Floating times of liquid/solid sphere on evaporative fluid /liquid nitrogen/ in metastable Leidenfrost film boiling
Hendricks, R. C.↗
Heat transfer from an incandescent wire in saturated liquid nitrogen from atmospheric to the critical pressure
Heat transfer from incandescent platinum wires in saturated liquid nitrogen, examining film boiling from atmospheric to critical pressure
Baumeister, K. J.↗