Angel P. Demerdzhiev

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In connection with the construction of a plasma source as a matrix of small-radius discharges inductively driven by a large-area planar coil, common for the whole matrix, the type of the RF driving of the separate discharges of the matrix is studied by employing the phase-resolved optical emission spectroscopy method. The results show an inductive discharge(More)
The presented three-dimensional (3D) self-consistent model of a matrix source completed by small-radius planar-coil driven rf discharges in hydrogen is in the scope of the recent research on a new design of the rf sources of negative hydrogen ions for fusion applications. The analysis of the results for the spatial distribution of basic discharge(More)
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