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Results of a detailed experimental study of turbulent diffusion are presented. The turbulent state is produced in a thermal potassium plasma by (i) injected coherent signals and (ii) injected broad-band noise. Diffusion is found to be directly proportional to the rms amplitude of oscillations, and inversely proportional to the magnetic field intensity. The effect of the oscillation spectrum upon diffusion is also studied. Finally, using the relation eVrms = kT in a Bohm-type diffusion coefficient, numerical estimates are made with the Bohm diffusion coefficient.
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Porkoláb et al. (1968) studied this question.
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