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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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Bubble growth parameters in saturated and subcooled nucleate boiling and analysis of single bubble generated by using laser beam on thermocouple or flat plat submerged in water
Boiling alkali metal corrosion research for Rankine cycle and thermionic power conversion systems
Assessment of convection, conduction, and evaporation in nucleate boiling
Transport properties and boiling characteristics of wicks for vapor-chamber fins
Laminar flow and heat transfer coefficient analyses of film boiling from horizontal wire
Activation growth, and detachment of boiling bubbles in water from artificial nucleation sites of known geometry and size drilled in polished metal surface
Subcooling and radiation effect on film-boiling heat transfer from flat plate
Fluid property and gravity level effects on boiling in discrete bubble region for liquids of high viscosity and low surface tension
High-performance once-through boiling of potassium in single tubes at saturation temperatures of 1500 deg to 1750 deg F - application to design of large power boiler
Effect of number of active nuclei on heat transfer rate in large-volume nucleate boiling
Density wave type flow oscillations in boiling Freon 11 examined, noting effects of partial evaporation superheat and liquid inlet temperature on stability
Rapid depressurization transients effect on saturated pool boiling system from stainless steel surface
Pool film boiling based on cellular model, postulating time-averaged cell configuration to adjust itself to maximize rate of heat transfer
Theoretical dimensionless correlation for vaporization times of drops in film boiling on flat plate in Leidenfrost state
Electric analog simulation of periodic nonuniform heat transfer mechanism in film boiling from coated plate
Zero gravity effects on boiling from flat horizontal surface for various subcoolings, fluid properties and heat transfer rates
Rohsenow nucleate pool-boiling data correlation, stressing coefficients dependence on surface preparation and liquid-surface combination
Sinusoidal surface vibration effect on nucleate pool boiling reveals lowered surface temperature for low heat flux, LF and high acceleration