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Experimental research on the influence of the frequency characteristic of the anode block on the parameters of relativistic $S$ -band magnetron operation is described. A magnetron with a six-vane anode block was powered by a linear induction accelerator (350 kV, 2.5 kA, and 150 ns). It was found that the shift in the resonance frequency of the magnetron anode block cavity into the range of the frequencies...
Results of experimental research on stabilization of the frequency of relativistic S-band 6-resonator magnetron powered by linear induction accelerator (U∼300 κB, I∼2.5 kA, τ ≈150 ns) are presented. The frequency of the microwaves was stabilized using a transparent cathode with limited electron emission surface, as well as applying single and double ring straps of the resonators anode block.
The operation of the microwave compressor driven by a relativistic S-band magnetron, which produces microwave pulses with power up to 250 MW and duration of ∼100 ns, is described. The electric strength of the compressor is increased by using the traveling wave resonator which does not require a resonant interference switch for release of the stored energy. A preliminary results of the energy release...
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