Atmospheric turbulence and diffusion estimates derived from observations of a smoke plume

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Abstract

Plan view and elevation photographs of a smoke plume are used to estimate horizontal and vertical dispersion rates. Dispersion rates measured from individual photographs agree with Batchelor's theoretical analysis of relative diffusion. Dispersion rates measured from a composite of plume photographs agree with Taylor's theoretical analysis of single-particle diffusion. These dispersion rates are then used to calculate Eulerian turbulence parameters which are compared with observations made on a 60 m tower near the smoke-plume source. In addition, the Lagrangian turbulence time scale and the horizontal eddy diffusivity are estimated. The comparisons of estimated with observed parameters are good, suggesting that the smoke-plume technique for estimating atmospheric dispersion is realistic. © 1981.

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Nappo, C. J. (1981). Atmospheric turbulence and diffusion estimates derived from observations of a smoke plume. Atmospheric Environment (1967), 15(4), 541–547. https://doi.org/10.1016/0004-6981(81)90184-0

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