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VOLUME 54 (1991) | ISSUE 11 | PAGE 623
Distinctive features of the energy distribution of particles interacting with a strong long-wave turbulence
Energy distributions of nonthermal charged particles are derived for the case in which nonperturbative effects stem from the nonzero change in the energy of a particle over the correlation length of the random electromagnetic field in the plasma. The steady-state energy distribution of the particles has a universal logarithmic singularity at small values of the momentum transfer.