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- W2241396122 abstract "Wave magnetic field, optical and Langmuir probe measurements are carried out to examine fast and thermal electron contributions to plasma ionization in a helicon plasma source. For the optical measurements, an Ar II line (443 nm) with a particularly short lifetime (7 ns) is chosen to resolve the excitation rate within a radio frequency period (73.7 ns). Information is then obtained regarding the acceleration processes and their action on the electron distribution that caused the excitation. Spatio-temporal measurements of 443 nm peak emission show that the emission is modulated at the source frequency. The peak count phase of the modulation propagates along the plasma at a comparable speed as the local helicon wave phase velocity. Computer modeling utilizing lab data is carried out to examine wave field effects on electron acceleration and ionization contributions arising from non-Maxwellian fast electrons." @default.
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- W2241396122 date "2002-08-22" @default.
- W2241396122 modified "2023-10-03" @default.
- W2241396122 title "Measurements of helicon wave propagation and Ar <scp>II</scp> emission" @default.
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- W2241396122 doi "https://doi.org/10.1063/1.1501475" @default.
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