Abstract
Instability that results in modulation of the neutron flux from the GOL-3 discharge is identified. It is shown that the flow of hot plasma through cold cells of a multiple-mirror trap can lead to excitation of oscillations in these cells with ω ˜ νTi/[script l]. The frequency range and the parallel polarization of the oscillations ensure that they scatter most passing ions in parallel velocity, thus providing a self-sustaining mechanism of improvement of parallel confinement.
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