Titlebook: Applications of Laser Techniques to Fluid Mechanics; 5th International Sy R. J. Adrian,D. F. G. Dur?o,J. Whitelaw Conference proceedings 19

Vertebra

Flow Measurements in a Liquid Fuelled Burnerics of the gas phase and of large liquid droplets. The results include the rate at which liquid droplets spread in a turbulent swirling flow and are of interest to improve knowledge of the mixing process of the fuel with air in practical burners.

遷移

Activated Partial Thromboplastin Timen HSI rather than RGB space, thus allowing for data processing of approximately one-third the time of RGB processing. The technique is finally applied to the study of a heated vortex-ring and some preliminary results are discussed.

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Fringe Count Limitations on the Accuracy of Velocity and Mass Flux in Two-Phase Flowsf the particle size and the velocity field on the above cases was examined using a prototype phase-Doppler zero-crossing counter. Methods decreasing or eliminating such errors during the measurements are suggested.

Cultivate

subacute

Four-Dimensional Laser Induced Fluorescence Measurements of Conserved Scalar Mixing in Turbulent Flomensional measurements of the full space and time varying conserved scalar field ζ (.) and the associated scalar energy dissipation rate field ?ζ·?ζ (.) in a turbulent flow. The method is based on high-speed, high-resolution, successive planar laser induced fluorescence imaging of a synchronized ras

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Planar Laser-Induced Fluorescence Scalar Measurements in a Turbulent Jetent axisymmetric nitrogen jet. The emitted light was recorded using two low noise, high dynamic range CCD cameras. The acquired images were corrected for experimental artifacts and statistically analyzed. Results are presented for mean concentration, RMS concentration fluctuations, scalar dissipatio

microscopic