Results are given for an experimental study of pulsed laser action on an oxide-carbide ceramic surface with single-coordinate treatment in distilled water. It is established that the production medium has a marked effect on single track geometric parameters and new surface morphology. The results obtained make it possible to choose laser action parameters with the aim of controlling high-density ceramic surface microstructuring.
It is established that a hydroabrasive jet significantly alters the morphology of the surface of high-density ceramics. The structural pattern formed on the surface depends on the conditions of contact between the jet, the ceramic specimen, and the working fluid. No brittle defects were seen on surfaces that were subjected to hydroabrasive machining.
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