Film boiling heat transfer to water drops on a flat plate.
Mass evaporation rate and heat transfer coefficients for water drops supported by own superheated vapor over flat plate
EVAPORATION RATE↗
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Results for “drops”
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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Film boiling heat transfer to water drops on a flat plate.
Mass evaporation rate and heat transfer coefficients for water drops supported by own superheated vapor over flat plate
WATER VAPOR↗
Study made of heat transfer and pressure drop through tubes with internal interrupted fins
Argon gas flow through an internal interrupted finned tube was investigated to obtain heat transfer and frictional pressure drop data. The results were plotted against the same data for corresponding louvered plate-finned surfaces.
Namkoong, D., Jr.↗
Criterion for mass drop-off measurements based upon precise pressure and temperature measurements
Mass drop-off measurements, based on precise pressure and temperature measurements, evaluated for space vehicle gas leak detection
PRESSURE MEASUREMENT↗
An improved sulfur hexafluoride gas handling system for a potential drop particle accelerator
Handling system for liquefaction, evacuation, purification, storage, and pressurization of sulfur hexafluoride gas for potential drop particle accelerator
HANDLING EQUIPMENT↗
A generalized correlation of vaporization times of drops in film boiling on a flat plate.
Theoretical dimensionless correlation for vaporization times of drops in film boiling on flat plate in Leidenfrost state
VAPORIZATION HEAT↗
The effect of the variation of surface tension with temperature on the motion of bubbles and drops.
Temperature induced surface tension variation effect on motion of bubbles and drops, noting surface active substances
TEMPERATURE EFFECT↗
An improved sulphur hexafluoride gas handling system for a potential drop particle accelerator.
Sulfur hexafluoride gas handling system for potential drop particle accelerator, considering design, fabrication and performance
SULFUR COMPOUND↗
The effect of selected fluid parameters on spatial drop size distribution
Effect of selected fluid parameters on spatial drop size distribution - fluorescent method for studying microscopic properties of fluid spray
Rice, E. J.↗
Generalization of the laws governing heat transfer and pressure drop during transverse flow of gases in finned tube banks
Generalization of laws governing heat transfer and pressure drop during transverse flow of gases in contact with finned tube banks
Vampola, I.↗
Zero-g liquid studies - Critical state and liquid drop dynamics
Critical state behavior of fluids and liquid drop dynamics in zero gravity
Knapp, K. K.↗
Mathematical expression for drop size distribution in sprays
Logarithmic normal and Chi-square distribution functions evaluated for determining drop size distribution in liquid sprays
Hiroyasu, H.↗
Zero-G liquid studies - Critical state and drop dynamics Quarterly report, Dec. 21, 1966 - Mar. 20, 1967
Designing experiments on fluid behavior at near-critical state and liquid drop dynamics in weightlessness for Apollo/LEM spacecraft in earth orbit
Barcatta, F.↗
Analysis of pressure-drop function in Rankine space power boilers with discussion of flow maldistribution implications
Mathematical model for deriving pressure drop against flow function of counterflow boiler tube in Rankine space power system
Packe, D. R.↗
Basic research on liquid-drop-impact erosion Quarterly report, 8 Dec. 1966 - 8 Mar. 1967
Liquid drop impact erosion - single impact helium driven gas gun, target materials, and elastic wave theory applied to impact of rods
Engel, O. G.↗
Maximum drop diameters for the atomization of liquid jets injected concurrently into accelerating or decelerating gas streams
Maximum drop diameters for atomization of liquid jets injected concurrently into accelerating or decelerating gas streams
Ingebo, R. D.↗
Liquid drops - Numerical and asymptotic solutions of their shapes
Shapes of liquid drops resting on flat surfaces determined by Runge-Kutta solution of Laplace capillary equation
Baumeister, K. J.↗
Drop size effects in spray detonations
Experimental results of drop size effects in spray detonations of liquid diethylcyclohexane
Dabora, E. K.↗