Application of optical autocorrelation techniques enables determination of Lagrangian correlation, scale, and intensity of turbulent motion of solid particles in a two‐phase stream. This method allows measurement of both longitudinal and transverse correlations.
REFERENCES
1.
Soo, Ihrig, and El Kouh, “Experimental determination of statistical properties of two‐phase turbulent motion,” Project SQUID Report PR‐82‐P (Princeton University, Princeton, New Jersey, to be published).
2.
L. S. G. Kovasznay, “Technique for the optical measurement of turbulence in high speed flow,” Heat Transfer and Fluid Mechanics Institute (Berkeley, California, 1949).
3.
4.
5.
S. O.
Rice
, “Mathematical analysis of random noises
,” Bell System Tech. J.
23
, 282
(1944
) (Parts I and II);6.
W. R. Mickelson, “An experimental comparison of the Lagrangian and Eulerian correlation coefficients in homogeneous isotropic turbulence,” NACA TN 3570 (October, 1955).
7.
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© 1959 The American Institute of Physics.
1959
The American Institute of Physics
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