Abstract
The structures of the generalized Fokker-Planck equation derived in the previous pub lication (quoted as I) are examined in detail by considering the motion of electron beam in a high temperature electron plasma. The dynamical shielding factor provides the basis of a unified theory of the plasma oscillations. and the static shielding of the particles inter action in the plasma. The friction and diffusion coefficient are cakulated by taking into consideration the non-local space-time correlation effect. It is shown that the non-local correlation effect substantially modifies the contributions of the plasmon emission process. Rough estimation of the friction coefficient shows that the non-local correlation effect may increase the amount of the frictional drag at higher velocity. This effect may be essential to resolve the Langmuir paradox.
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