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Thus, the infochemicals are dispersed randomly, with a turbulent dispersion coefficient (or eddy diffusivity) that is much larger than the molecular diffusion coefficient.
Axial dispersion coefficient (cm2/s).
Gas phase radial dispersion coefficient (m2/s).
Liquid phase radial dispersion coefficient (m2/s).
The dispersion coefficient of water is neglected in the simulation.
The solids distribution was evaluated through dispersion coefficient analysis.
The axial dispersion coefficient of the gas increases with pressure.
Correlation is also developed for predicting the axial dispersion coefficient.
Also effect of various parameters on dispersion coefficient is explored.
The axial dispersion coefficient of the liquid phase is of the same order of magnitude as the radial dispersion coefficient.
where CV t) = σ t /μ t is the dispersion coefficient.
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