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A temporally and spatially resolved electron density diagnostic method for the edge plasma based on Stark broadening.
Review of Scientific Instruments 2016 November
An electron density diagnostic (≥1010 cm-3 ) capable of high temporal (ms) and spatial (mm) resolution is currently under development at Oak Ridge National Laboratory. The diagnostic is based on measuring the Stark broadened, Doppler-free spectral line profile of the n = 6-2 hydrogen Balmer series transition. The profile is then fit to a fully quantum mechanical model including the appropriate electric and magnetic field operators. The quasi-static approach used to calculate the Doppler-free spectral line profile is outlined here and the results from the model are presented for H-δ spectra for electron densities of 1010 -1013 cm-3 . The profile shows complex behavior due to the interaction between the magnetic substates of the atom.
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