Particle image velocimetry: three-dimensional fluid velocity measurements using holographic recording and optical correlation
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Publisher
The Optical Society
Reference5 articles.
1. Laser speckle photography in a fluid medium
2. Speckle photography in fluid flows: signal recovery with two-step processing
3. Particle image velocimetry: Estimation of measurement confidence at low seeding densities
4. Particle image velocimetry: rapid transparency analysis using optical correlation
5. Particle image velocimetry: theory of directional ambiguity removal using holographic image separation
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2. Feature Correlation Velocimetry for Measuring Instantaneous Liquid Sheet Velocity;Journal of Fluids Engineering;2017-06-20
3. High performance computing for a 3-D optical diffraction tomographic application in fluid velocimetry;Optics Express;2015-02-10
4. Aberration compensation of holographic particle images using digital holographic microscopy;Journal of Modern Optics;2015-01-14
5. Non-linear Iterative Optimization Method for Locating Particles Using HPC Techniques;Lecture Notes in Computer Science;2014
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