Diagnostics of cutting arc plasmas.
Date
2014
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Abstract
An over-view of several remote and invasive diagnostics to characterize cutting arcs
at the nozzle exit-anode gap as well as inside the nozzle is reported. A briefly description of the
experimental set-ups, together with the main results obtained in a 30 A high-energy density
cutting torch (including the calculation assumptions) are given.
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Keywords
remote and invasive diagnostics, cutting arcs
Citation
Journal of Physics: Conference Series 511
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