Nucleation and grain growth in interstellar space
Summary information on various studies of nucleation and grain growth in interstellar space
Donn, B.↗
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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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Dynamic nucleation of supercooled metals.
Supercooled bismuth and Bi-Sn alloys LF vibration enhanced nucleation, considering vibrational energy
Childs, W. J.↗
Temperature profiles up to burnout adjacent to a horizontal heating surface in nucleate pool boiling water.
Superheated film temperature profiles and thickness near nucleate pool boiling water heating surface, discussing electrical heat flux effects to burnout
Bobst, R. W.↗
The effect of a vertical magnetic induction on the nucleate boiling of mercury over a horizontal surface.
Vertical magnetic induction effect on nucleate boiling of mercury on horizontal heating surface
Faber, O. C., Jr.↗
Bubble growth parameters in saturated and subcooled nucleate boiling.
Bubble growth parameters in saturated and subcooled nucleate boiling of fluids with viscosity and surface tension different from water
Rehm, T. R.↗
Effect of low-energy ultrasonic vibrations on dynamic nucleation.
Low energy ultrasonic vibrations effect on dynamic nucleation in supercooled high purity liquid metals
Childs, W. J.↗
Nucleate and film boiling heat transfer to liquefied natural gas.
Nucleate and film boiling heat transfer to liquefied natural gas
Brown, L. E.↗
Nucleate pool boiling of saturated Freon 113 in a reduced gravity environment
Nucleate pool boiling of saturated Freon 113 in reduced gravity environment
Littles, J. W.↗
Impurity effects on heterogeneous nucleation from the vapor. III - Mercury on pyrex glass.
Thermal accommodation coefficient and critical supersaturation for nucleation of mercury vapor on pyrex glass
Hudson, J. B.↗
Transition from film to nucleate boiling in vertical forced flow.
Film-nucleate boiling transition for liquid nitrogen in vertical forced flow in electrically heated tube, discussing conduction model and agreement with visual experiment
Simon, F. F.↗
Ratio of surface to bulk nucleation critical fields for pure superconductors in the non-Landau-Ginzburg region
Surface to bulk nucleation critical fields ratio for semi-infinite pure superconductors
Hu, C.-R.↗
A review of criteria for predicting incipient nucleation in liquid metals and ordinary fluids
State-of-the-art review of criteria for predicting incipient nucleation in liquid alkali metals
Chiang, T.↗
The effect of an oscillating pressure on nucleate pool boiling
Nucleate pool boiling, calculating sinusoidal and square wave pressure variations effect on heat flux for comparison with measurements
Mccoy, K. E.↗
Deformation-assisted nucleation of titanium hydride in an alpha-beta titanium alloy
Titanium hydride deformation assisted nucleation in alpha-beta titanium alloy, showing low strain rate embrittlement and stress corrosion crack propagation in aqueous environments
Boyd, J. D.↗
Nucleate pool boiling of Freon 113 at reduced gravity levels
Heated surface orientation and reduced gravity effects on Freon 113 nucleate
Littles, J. W.↗
Some findings on water vapor nucleation in spacecraft debris clouds
Water vapor homogeneous nucleation in simulated spacecraft debris clouds
Reid, N. M.↗
Method of improving heat transfer characteristics in a nucleate boiling process Patent
Method for improving heat transfer characteristics in nucleate boiling process
Allen, L. D.↗
Effects of high accelerations and heat fluxes on nucleate boiling of water in an axisymmetric rotating boiler
Effects of high accelerations and heat fluxes on nucleate boiling of water in axisymmetric rotating boiler
Gray, V. H.↗