Abstract
It is clear that photon correlation anemometry has come of age as an important technique for measuring the properties of fluid flows which occur in many situations of interest in science and engineering. Turbulence in flames, ship wakes and turbo-machines, the flow profile in a gas centrifuge and the study of macromolecular solutions by means of Brownian motion and electrophoretic techniques were included in a wide variety of applications discussed at the second international conference on photon correlation techniques in fluid mechanics which was held at the Royal Institute of Technology in Stockholm in June.
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