Measuring Techniques in Gas-Liquid Two-Phase Flows -

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Sommaire:
Optical Imaging.- Holographic Measurements of Bubble Size and Velocity in a Three-Phase System.- Drop Size Measurement in a Vertical Gas-Liquid Flow.- A Comparative Study Between Holographic and Light-Scattering Techniques of Microbubble Detection.- High-Speed Multiple Spark Cameras for Gas-Liquid Tow-Phase Flow Studies.- Flow Visualization in Two-Phase Flow.- The Measurement of Liquid Phase Velocity Profiles in Vertical Two-Phase Flow.- Optical Scattering.- Development and Application of a Two-Colour Particle Sizing Instrument.- Turbulence Measurements in Two-Phase Bubbly Flows Using Laser-Doppler Anemometry.- Simultaneous Measurement of Size and Two-Velocity Components of Large Droplets in a Two-Phase Flow by Laser-Doppler Anemometry.- Application of an Optical Scatterer to the Study of Two-Phase Flow in Vertical Pipes.- Raman Scattering in Two-Phase Flows with Application to Temperature Measurements.- Optical and Acoustical Attenuation.- Optimization of an Experimental Setup for Void Fraction Determination by the X-Ray Attenuation Technique.- LOBI Spectrum-Stabilized Gamma Densitometers.- Measurement of Transient Flow Pattern by High Speed Scanning X-Ray Void Fraction Meter.- A Single-Beam Multi-Detector Gamma Densitometer for Void Fraction and Phase Distribution Measurements in Transient Two-Phase Flows.- Measurement of Noncondensible Distribution of Two-Phase Flow Experiments Using Ultraviolet Attenuation Techniques.- Void Fraction Measurement by an Ultrasonic Transmission Technique in Bubbly Gas-Liquid Two-Phase Flow.- Neutron Physics.- Neutronic Fluctuation Analysis as a Characterizing Vehicle for Two-Phase Flow.- Design Aspects of a Fast Neutron Scattering Technique for Phase Distribution Measurement in Two-Phase Flow.- Tagging Technique.- Theory of the Determination of Slip Ratio in High Pressure Steam-Water Flows Using an 16N Tagging Technique.- Two-Phase Flow Measurement Using a Pulsed-Photon-Activation (PPA) Technique.- A Nuclear Magnetic Resonance Method for the Investigation of Two-Phase Flow.- Local Probes, Technology and Signal Analysis.- Velocity, Measurement with Electrical Couble-Sensing Devices in Two-Phase Flow.- Ultrasonic Doppler Measurements of Bubble Velocities in Bubble Columns.- Real-Time Measurement of Two-Phase Flow Turbulence Using a Dual-Sensor Anemometry.- An Overall-Void Sensor and an Optical Measuring Device.- Two-Phase Flow Identification by Calibration with Stochastic Parameters.- Flowmeters.- Orifice Plates: Two-Phase Applications.- Residual Error Problems in True Mass Flowmeters.- Two-Phase Mass Flow Rate Measurements with Pitot Tubes and Density Measurements.- Vertical Liquid-Liquid and Liquid-Gas Two-Phase Flow Measurements with a Vortex Flowmeter.- Test of Two-Phase Mass Flow Rate Instrumentation in Transient Steam-Water Flow.- Electrochemical Method.- Electrochemical Method for Measuring Turbulent Characteristics of Gas-Liquid Flows.- Wall Shear Measurements by Electrochemical Probes in Two-Phase Flow. Bubble and Slug Regimes.- Analytical Index.