Abstract
In this paper an analytical theory for stochastic motion of charged particles in magneto-turbulent plasma is founded on the whole time region. A set of nonlinear differential equations has been derived for describing the relative spatial diffusion of charged particles. Some explicit results are obtained for the cases with weak and strong magnetic field. It is found that, for the diffusion in the present system there are some new and interesting properties which do not exist in unmagnetized one.
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