Title from the title-page.

[References: p. 389 (6 tit.)]

The paper presents the results of experimental investigation of interaction processes between two opposite deuterium plasma flows generated by discharges in crossed Е x Н fields counterpropagating in a transverse direction towards the outer magnetic field. It was shown that neutron emission from the dd-reaction (dd → 3He + n) depends on effective interaction of practically depolarized flows; the magnetic field in the area of deuteron plasma flow collision quickly changes (~ 1011 G/s). It was experimentally found out that the area of effective interaction of plasma flows with the concentration of n <= 1016 сm-3 moves in the direction along the magnetic field during a discharge. During the measurements the flow energy stock was equal to up to 600 J and flow velocity was 3.5 · 107 сm/s. The obtained results can be used for correct interpretation of experiments on study of reactions between light nuclei in the area of ultralow particle collision energies in the input channel.

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