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The aim is to review and analyze sources of low-energy high-current electron beams from resistively decoupled arc plasma sources.

Sources of Nonrelativistic High-Current Electron Beams with Arc Plasma Sources Built into the Cathode (Review)

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The aim is to review and analyze sources of low-energy high-current electron beams from resistively decoupled arc plasma sources.
Examined principles of guns with planar–axial and coaxial geometries producing converging beams.
Discussed plasma-anode formation via high-current reflective discharge initiated by emitted electrons.
Analyzed production efficiency and lifespan of cathode assemblies with arc plasma sources.
Demonstrated the effectiveness of guns producing high-current beams with improved pulse repetition rates.
Highlighted findings on the longevity of cathode assemblies in maintaining high-current electron emission.
Presented the operational regularities and efficiencies observed in various geometries of the diode setup.

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Review highlights electron beam production methods using arc plasma sources in cathodes, suggesting advancements in high-current applications.

Kiziridi et al. (2026) studied this question.

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Review highlights electron beam production methods using arc plasma sources in cathodes, suggesting advancements in high-current applications.