Comparative study of forced convection boiling heat transfer correlations for cryogenic fluids
Forced convection boiling heat transfer correlation predictive reliability for cryogenic fluids
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Forced convection boiling heat transfer correlation predictive reliability for cryogenic fluids
Magnetic field and energetic electron correlations from IMP-1 satellite earth dark side observations
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Crossed beam correlation method measures turbulent fluctuations in transonic and supersonic flows. Two collimated beams of radiation are crossed at the point of interest in the flow, and the power loss of each beam is measured with two independent photodetectors, which yield information about the turbulent properties.
Measuring and correlating the thermal conductivity and ultrasonic transmission of seven hot-brazed-bonded copper plates established a relationship between heat transfer and ultrasonic transmission properties of the bonds. This relationship permits the prediction of heat transfer characteristics from ultrasonic transmission tests.
Relationships between independent and dependent variables are determined by multiple correlation computer program. This is applied to research and experimental design and development of complex hardware and components that require test programs.