Experimental investigation of mercury condensing pressure drops
Mercury vapor condensation in Rankine cycle power plant from pressure drops - thermodynamics
POWER PLANT↗
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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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Alkali metals boiling and condensing investigations quarterly progress report no. 12, 1 apr. - 30 jun. 1965
Alkali metals boiling and condensing investigations of two-phase heat transfer and fluid flow for potassium
LIQUID FLOW↗
Analysis of low-temperature direct-condensing vapor-chamber fin and conducting fin radiators
Analysis of flat, direct-condensing finned-tube space radiator with vapor chamber, and central fin tube geometries for low temperature Rankine space power electric generating system
RANKINE CYCLE↗
Condensation pressure drop of nonwetting mercury in a uniformly tapered tube in 1-g and zero-gravity environments
Pressure drop of nonwetting condensing flow of mercury vapor in 1-g and zero gravity environments
WEIGHTLESSNESS↗
Experimental pressure drop investigation of wetting and nonwetting mercury condensing in uniformly tapered tubes
Pressure drop of wetting and nonwetting mercury condensing in tapered tubes - turbogenerator systems
TAPERED COLUMN↗
Measurements of forced convection condensing potassium heat transfer
Apparatus for temperature and pressure drop measurements of forced convection condensing potassium heat transfer
LIQUID POTASSIUM↗
Evaporation of lava and its condensation from the vapour phase in terrestrial and lunar volcanism.
Stable aerosol formation from vapor pressure of hot lava of volcanic eruptions, causing evaporation and condensation from gas phase
VOLCANICS↗
An experimental study of the condensing characteristics of mercury vapor flowing in single tubes.
Condensing characteristics of mercury vapor flowing in horizontal single tubes examined in crossflow-nitrogen-cooled and NaK-cooled condensors
TWO-PHASE FLOW↗
Thermal condensation of cytidylic acid in the presence of polyphosphoric acid.
Thermal condensation of cytidylic acid from mononucleotides in presence of polyphosphoric acid
CYTIDYLIC ACID↗
The origin of condensations in planetary nebulae.
Planetary nebula condensation, examining stability of thermal equilibrium
THERMOSTABILITY↗
Experimental heat-transfer investigation of nonwetting, condensing mercury flow in horizontal, sodium potassium cooled tubes
Local heat transfer and static pressure data for mercury condensing single tube heat exchangers cooled by sodium potassium
POTASSIUM↗
Comparison of direct condensing and indirect radiators for nuclear Rankine systems
Direct condensing and indirect radiators for nuclear potassium Rankine systems
SPACECRAFT RADIATOR↗
Radiant energy transport in cryogenic condensates
Radiative properties of solid condensed gases with respect to cryodeposits
Mc Connell, D. G.↗
Performance of a multiple single-pass counterflow NaK-cooled mercury Rankine cycle condenser
Steady state performance tests on single pass counterflow sodium-potassium cooled mercury Rankine cycle condenser
Curreri, J. S.↗
Design studies of condensers and radiators for cesium and potassium vapor cycle space power plants
Design studies of condensers and radiators for cesium and potassium vapor cycle space power plants
Fraas, A. P.↗
Analysis of the impingement of condensed rocket exhaust products upon proximate space vehicles
Impingement of condensed rocket exhaust gases upon proximate space vehicles
Wrobel, J. R.↗
Water condensation effects of heated vitiated air on flow in a large supersonic wind tunnel
Water vapor condensation effects of heated air on flow in large supersonic wind tunnels
Cubbison, R. W.↗
A general heat transfer correlation for annular flow condensation.
Friction, momentum and gravity interactions effect on heat transfer process during annular flow condensation
Berenson, P. J.↗