Space-power-system Material Compatibility Tests of Selected Refractory Metal Alloys with Boiling Potassium
Turbogenerator material compatibility tests of niobium and tantalum alloys with boiling potassium
Moss, T. A.↗
SEARCH · Search NASA
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Creeping flow solution of Leidenfrost boiling with a moving surface
Creeping flow solution of Leidenfrost boiling on moving surfaces
Baumeister, K. J.↗
Tests of a single tube-in-shell water-boiling heat exchanger with a helical-wire insert and several inlet flow-stabilizing devices
Single tube-in-shell water-boiling heat exchanger performance with helical wire insert and flow stabilizing devices
Sekas, N. J.↗
Analysis of boiling on a fin
Fin performance analyzed by using heat transfer coefficients for various boiling modes
Hsu, Y. Y.↗
Space-power-system material compatibility tests of selected refractory metal alloys with boiling potassium.
Niobium and tantalum alloys compatibility with boiling potassium tested for applications to turboelectric space power system
Moss, T. A.↗
''Pressure-drop'' oscillations in forced convection flow with boiling.
Pressure drop oscillations in forced convection flow of Freon-11 near onset of boiling, noting flow rate for instability and limit cycles
Callahan, G. M.↗
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.↗
Leidenfrost film boiling of drops on a moving surface.
Relative velocity effect on vaporization times and heat transfer coefficients of water drops in Leidenfrost film boiling on heated rotating wheel
Baumeister, K. J.↗
A method of predicting boiling pressure drop for alkali metals.
Boiling pressure drop prediction for alkali metal bodies using correlation described by Stone and Damman
Stone, J. R.↗
Pool boiling on polished and chemically etched stainless-steel surfaces.
Pool boiling data at atmospheric pressure for mechanically polished and chemically etched 304 stainless steel surfaces in contact with distilled water
Davis, D. L.↗
Evaluation of constants for the Rohsenow pool-boiling correlation.
Rohsenow nucleate pool-boiling data correlation, stressing coefficients dependence on surface preparation and liquid-surface combination
Nix, G. H.↗
Nucleate and film boiling heat transfer to liquefied natural gas.
Nucleate and film boiling heat transfer to liquefied natural gas
Brown, L. E.↗
Effect of pressure fluctuations on laminar film boiling.
Pressure fluctuations effect on laminar film boiling on vertical flat plate, discussing heat transfer calculations
Burmeister, L. C.↗
Proposed superconducting thin-film tunneling junction with negative resistance above temperatures of boiling helium.
Superconducting thin film tunneling junctions for negative resistance devices above boiling helium temperatures
Blume, H.-J. C.↗
Electrochemical study of aluminum corrosion in boiling high purity water
Electrochemical study of aluminum corrosion in boiling high-purity water includes an equation relating current and electrochemical potential derived on the basis of a physical model of the corrosion process. The work involved an examination of the cathodic polarization behavior of 1100 aluminum during aqueous oxidation.
Draley, J. E.↗
Boiling of liquid nitrogen in reduced gravity fields with subcooling
Film and nucleate boiling of liquid nitrogen in reduced gravity fields with subcooling
Clark, J. A.↗