Heat transfer and levitation of a sphere in Leidenfrost boiling
Heat transfer and levitation of sphere in Leidenfrost boiling
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Heat transfer and levitation of sphere in Leidenfrost boiling
Film boiling transition temperature for cryogenic tissue cooling by liquid nitrogen
Gravity and size effects on film boiling from horizontal cylinders, recommending formulas for wavelength and minimum heat flux predictions
Time dependent pressure fluctuations effect on laminar film pool boiling on vertical flat plate by perturbation method to predict heat transfer
Boiling heat transfer enhancement inside tubes using integral fins, discussing water film retention on walls
Nucleate pool boiling, calculating sinusoidal and square wave pressure variations effect on heat flux for comparison with measurements
Liquid nitrogen drops anomalous behavior in film boiling, resolving vaporization time discrepancies
Pressure, subcooling and diameter effects on liquid nitrogen film boiling on thin horizontal wires, using high speed movies
Liquid or solid Leidenfrost film boiling on saturated cryogenic liquid surface, discussing hydrodynamic model similar to propellant spillage accidents
Buoyancy effects on liquid nitrogen film boiling in vertical flow, using resistance heated test apparatus
Liquid nitrogen boil off calorimeter for surface energy measurements, describing construction, calibration and instrument errors
Vapor volume entrained in liquid bulk from boundary layer boiling on vertical plate in low gravity field
Pool film boiling heat transfer data from small spheres, noting curvature effects and similarities of flat plate, cylinder and sphere theoretical analyses
Liquid nitrogen saturated film boiling from wire at pressures up to critical, discussing liquid- vapor interface configuration
Liquid He II, determining correlation of depth effect on film boiling heat transfer with vapor film geometry from motion pictures
Peak pool boiling heat flux on horizontal cylinders, describing interactions of gravity and heater size effects
Film boiling on vertical surfaces in turbulent regime using cryogenic fluids
Method for improving heat transfer characteristics in nucleate boiling process