Abstract
The paper presents the results of the experimental investigation of pulsed electron beam propagation with a varying current density (electron energy Ee = 350–400 keV; total current of a diode Ie up to 11 kA; (half-amplitude) pulse duration t = 60 ns, pulse energy We up to 120 J) in two- and three-component gas compositions used in the pulsed plasma chemical synthesis of nanosized oxides. The mean value of the specific absorbed energy within the zone of pulsed electron beam propagation with a current density of 0.05–0.06 kA/cm2 in gas compositions has been determined.
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