Abstract
The characterization of the BCl 3 -H 2 -Ar-glow discharge using the optical emission spectroscopy is a powerful method to suppress corrosive reactions at the substrate surface during plasma boriding, leading to non-porous boride layers. Wear tests on plasma-borided components show the same wear resistance as boride layers produced by the powder pack boriding method. These results make a significant contribution for getting an industrial realization of the plasma-assisted boriding technology.
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