Abstract
The extreme operating mode of a high-voltage (U = 280 keV) high-current (I = 5 kA) electron accelerator with a beam duration of 200 ps is investigated. The luminescent method shows that the beam diameter in the uniform pinching mode is about a micrometer, and the beam contains electrons with an energy exceeding 400 keV. The analysis of the bremsstrahlung X-ray spectrum of the beam electrons shows that in this mode, a significant part of the spectrum lies in the energy range >300 keV, with the energy of quanta in the “tail” of the spectrum exceeding 500 keV.
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