AN EXPERIMENTAL INVESTIGATION OF THE EFFECT OF PRESSURE TRANSIENTS ON POOL BOILING BURNOUT
Pressure transient effect on pool boiling burnout
BOILING↗
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An experimental study of the pool heating of liquid hydrogen in the subcritical and supercritical pressure regimes over a range of accelerations
Pool heating of liquid hydrogen in subcritical and supercritical pressure regimes over range of accelerations - effect on nucleate boiling
ACCELERATION STRESS↗
Oil-damped mercury pool makes precise optical alignment tool
Mercury pool with a cover layer of high viscosity oil provides a reference reflector for precise alignment of optical instruments. The cover layer effectively damps any ripples in the mercury from support structure vibrations.
Thekaekara, M. P.↗
Effects of additives on wetting during mercury- pool boiling heat transfer.
Effects of additives on wetting during mercury- pool boiling heat transfer in SNAP-8 space power system
SNAP-8↗
Study of nitrogen and neon pool boiling on a short vertical pipe.
Nitrogen and neon pool boiling on short vertical pipe investigated for cryomagnets
NUCLEATE BOILING↗
Mercury pool for precise alignment of instruments.
Mercury pool gravity reference system establshing fixed direction to which angles precisely measured by autocollimators can be referred
GRAVITY CENTER↗
Zero-gravity and reduced-gravity simulation on a magnetic-colloid pool-boiling system
Zero and reduced gravity simulation on magnetic colloid pool-boiling system
COLLOID↗
Pool boiling response to pressure decay.
Rapid depressurization transients effect on saturated pool boiling system from stainless steel surface
PRESSURE EFFECT↗
Pool boiling of methane between atmospheric pressure and the critical pressure.
Pool boiling of methane over pressure range from 1 atm to critical pressure in both nucleate and stable film boiling regimes
PRESSURE EFFECT↗
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
LIQUID-SOLID INTERFACE↗
Effects of vibration on pool boiling.
Sinusoidal surface vibration effect on nucleate pool boiling reveals lowered surface temperature for low heat flux, LF and high acceleration
HEAT-TRANSFER COEFFICIENT↗
Chain-pooling ANOVA for two-level factorial replication-free experiments.
Chain pooling analysis of error variance with real effects for two level factorial replication free experiments
Berrettoni, J. N.↗
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.↗
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 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.↗
The Poole-Frenkel effect with compensation present.
Poole-Frenkel model for internal field assisted thermal emission with compensation for relative densities of donor and acceptor sites
Taylor, H. L.↗
Pool boiling heat transfer from Teflon-coated stainless steel.
Pool boiling heat transfer from stainless steel coated with Teflon to produce nonwetted surfaces
Cobb, R. O.↗