Abstract
Laser generated mega-Gauss magnetic fields may have a disordered small-scale structure, because many different field generation mechanisms are operating simultaneously. Electron cross-field transport in such fields is studied, concentrating on three specific nonclassical transport processes: resonant scattering, field line wandering, and an analog of neoclassical diffusion. Each of these mechanisms seems capable of producing cross-field transport rates significantly faster than the classical values for a mega-Gauss magnetic field, yet considerably slower than the classical value for a field-free plasma.
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