ArticleScientific reports2025
Experimental results and analysis of plasma dynamics and radiation output of the 100 kV dense plasma focus FAETON-I.
Article in Scientific reports, 2025. The graph could read no effect estimate from its abstract, so it casts no vote on the map. Cited by 1 paper.
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1 citing paper in PubMed.
- Tutorial: a beginner's guide to fast neutron detection with an EJ-309 detector.Nature protocols · 2026Review
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21 authors.
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Abstract
FAETON-I is the highest direct-charged voltage plasma focus (PF), at 100 kV, 1 MA peak current. F-I produces consistent [Formula: see text] D-D neutrons/shot, over 3 MeV X-rays and [Formula: see text] keV deuterons, demonstrating unique combined neutron-gamma environment. Its peak neutron yield was recorded at [Formula: see text] neutrons/shot at 12 Torr deuterium. The best peak dynamics-induced pinch voltage was measured at 194 kV. A major difficulty anticipated for PF operation at high-voltage and high-current is the likelihood of re-strikes which divert current away from the compressing plasma. F-I shows excellent current sheath dynamics and above-scaling D-D neutron yield, despite severe re-strikes. This study, correlating current and voltage time profiles with radial trajectories, reveals that the dynamics-induced voltage peak of [Formula: see text] kV, produces deuteron beam first, then the re-strikes, which do not affect the target pinch plasma in geometry and areal density. Thus, this first neutron pulse is hardly affected by re-strikes, and the very high-voltage results in above-scaling out-performance, despite degradation of the second neutron pulse from pinch instabilities. Moreover, upgrading to D-T operation, it is expected that the first pulse at [Formula: see text] keV (peak D-T cross section) ion energy, will completely dominate the second pulse with micro-beams at MeV (low D-T cross section).
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