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Probing the Spatial and Temporal Structure of Turbulent Combustion with Tomographic PIV and High-Speed Imaging

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Abstract

Laser imaging techniques for probing the structure and temporal evolution of turbulent flows and flames are illustrated by simultaneous LIF imaging and 3-D velocity field measurements using tomographic PIV at a 10-kHz repetition rate. Rayleigh scattering measurements of transient flows at elevated pressure are demonstrated using a 100-kHz repetition rate pulse-burst laser.

© 2017 Optical Society of America

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