
doi: 10.2172/4710826
Abstract: Various methods and techniques of measuring void fractions in boiling heat transfer media are discussed.
Radiation Doses, Electronic Equipment, Errors, Performance, Variations, 530, Absorption, Electron Tubes, Nickel, Servomechanisms, Energy Levels, Recording Systems, X Radiation, Fluids, Tubes, Beams, Organic Compounds, Coincidence Methods, Liquids, Heat Transfer, 620, Laboratory Equipment, Measured Values, Surfaces, Magnetic Fields, Power, Mechanical Structures, Vapors, Boiling, Void Fraction, Radiation Detectors, Engineering And Equipment, Thickness, Scintillation Counters, Cooling, Mathematics
Radiation Doses, Electronic Equipment, Errors, Performance, Variations, 530, Absorption, Electron Tubes, Nickel, Servomechanisms, Energy Levels, Recording Systems, X Radiation, Fluids, Tubes, Beams, Organic Compounds, Coincidence Methods, Liquids, Heat Transfer, 620, Laboratory Equipment, Measured Values, Surfaces, Magnetic Fields, Power, Mechanical Structures, Vapors, Boiling, Void Fraction, Radiation Detectors, Engineering And Equipment, Thickness, Scintillation Counters, Cooling, Mathematics
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