Titlebook: Measuring Techniques in Gas-Liquid Two-Phase Flows; Symposium, Nancy, Fr J. M. Delhaye,G. Cognet Conference proceedings 1984 Springer-Verla

albuminuria

Turbulence Measurements in Two-Phase Bubbly Flows Using Laser Doppler Anemometryhese characteristics are the various statistical moments of the velocity fluctuations and the Reynolds stress tensor components within the continuous phase but also, under well defined conditions, the mean relative velocity of the dispersed phase. Although this technique was applied to a turbulent c

糾纏

飛鏢

Application of an Optical Scatterer to the Study of Two-Phase Flow in Vertical Pipescal risers. The design of separa-tors on off-shore platforms make it desirable to predict the size of the liquid plugs, their velocity and to study their formation, the mass exchange between the plugs and correlate this information with the overall input quantities. Because of the obvious need to su

Optic-Disk

符合規(guī)定

Optimization of an Experimental Setup for Void Fraction Determination by the X-Ray Attenuation Techn technique. Absolute spectral energy distributions are evaluated for a given configuration: energy, intensity and geometry of the X-ray beam, materials traversed along the beam path and detector used. The various uncertainties (statistical, beam hardening, Compton back scattering, etc.) resulting fr

Nuance

有限

rectocele

嘲弄

Measurement of Noncondensible Distribution in Two-Phase Flow Experiments Using Ultraviolet Attenuatition, has been developed. The technique consists of detecting the attenuation of ultraviolet light by a highly absorbing tracer gas which is mixed with the noncondensibles (air) and injected into the experimental system. The experiments conducted using this technique show very promising results when

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