The incipience of flow oscillations in forced- flow subcooled boiling
Onset of flow oscillations when subcooled liquid undergoes phase change under forced flow in single tube boiler
PHASE CHANGE↗
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Results for “SUBCOOLING”
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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Effects of subcooling and gravity level on boiling in the discrete bubble region
Subcooling and gravity level effects investigated for water boiling at low heat flux from flat horizontal surface
GRAVITY↗
Effect of subcooling and radiation on film-boiling heat transfer from a flat plate
Subcooling and radiation effect on film-boiling heat transfer from flat plate
RADIATION EFFECT↗
SUBCOOLED BOILING IN A NEGLIGIBLE GRAVITY FIELD.
Subcooled boiling in a negligible gravity field
BOILING↗
AN INSTABILITY EFFECT ON TWO-PHASE HEAT TRANSFER FOR SUBCOOLED WATER FLOWING UNDER CONDITIONS OF ZERO GRAVITY
Instabilities in two-phase heat transfer for subcooled water flowing under conditions of zero gravity
HEAT TRANSFER↗
Laminar two-phase boundary layers in natural convection film boiling of subcooled liquids.
Laminar two-phase boundary layer flow in film boiling, obtaining asymptotic solutions for low and high subcooled liquids
FILM BOILING↗
The incipience of flow oscillations in forced- flow subcooled boiling.
Flow oscillation incipience when subcooled liquid undergoes phase change under forced flow conditions in single-tube boiler
FORCED OSCILLATION↗
Complementary system vaporizes subcooled liquid, improves transformer efficiency
Complementary system converts subcooled liquid hydrogen or nitrogen to gas. The inherent induction heat losses of an electrical transformer are used in the vaporizing process. Transformer efficiency is improved in the process.
Ketaily, E. C.↗
Stability of intermixing of high-velocity vapor with its subcooled liquid cocurrent streams
Intermixing stability of high velocity vapor with subcooled liquid streamlined flow through narrow tube
FLOW STABILITY↗
Bubble Growth Parameters in Saturated and Subcooled Nucleate Boiling Final Report
Bubble growth parameters in saturated and subcooled nucleate boiling and analysis of single bubble generated by using laser beam on thermocouple or flat plat submerged in water
BUBBLE↗
Analytical and experimental study of boiler instabilities due to feed-system - Subcooled region coupling
Instabilities occurring in forced-flow, electrically heated, downflow boiler due to feed system-subcooled region coupling
INSTABILITY↗
Effects of using subcooled liquid and slush hydrogen fuels on space vehicle design and performance.
Subcooled liquid and slush hydrogen fuels effects on space vehicle design and performance, discussing propulsion, insulation, pressurization, venting, management, etc
PERFORMANCE CHARACTERISTICS↗
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.↗
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.↗
A correlation of subcooled-boiling pressure drop for low-pressure water flowing in tubes with constant heat flux
One dimensional flow model to correlate subcooled boiling pressure drop in circular tubes with constant heat flux
Stone, J. R.↗
Experimental effects of pressure, subcooling, and diameter on thin wire film boiling
Pressure, subcooling, and diameter effects on film boiling of liquid nitrogen on thin wires
Baumeister, K. J.↗
The two-phase critical discharge of initially saturated or subcooled liquid
Nonequilibrium models describing two phase critical discharge of initially saturated or subcooled liquid through sharp edged and smooth inlet geometries
Henry, R. E.↗
Experimental effects of pressure, subcooling, and diameter on thin wire film boiling
Pressure, subcooling and diameter effects on liquid nitrogen film boiling on thin horizontal wires, using high speed movies
Baumeister, K. J.↗