Table 2.xls (5.5 kB)

p, γ(p), χ(p), and M_γ(p) from the simulations for R_k = 10².

Name: p, γ(p), χ(p), and Mγ(p) from the simulations for Rk = 102.
Published: 2019-05-20T17:30:28+00:00
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Numerical simulations, quasi-local regimes, flow fields, PLoS, Turbulent particle pair diffusion, pair diffusion coefficient, turbulence spectra, Richardson LF, Kraichnan RH, non-local regimes, size 10 2, Malik NA, non-local diffusion transport processes, generalised energy spectra, subrange, particle pair diffusion, Lagrangian diffusion model, Kinematic Simulations, 1926 dataset, non-Richardson regimes

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posted on 2019-05-20, 17:30 authored by Nadeem A. Malik

The pair diffusion coefficient is, . The mean square separation is, 〈l²〉 = t^χ(p), where χ(p) = 2/(2 − γ(p)). The ratio of the power scalings is, M_γ(p) = γ(p)/γ^l(p).

p, γ(p), χ(p), and M_γ(p) from the simulations for R_k = 10².

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