Novosibirsk, Novosibirsk, Russian Federation
The peculiarities of an electrochemical dilution of KNT-16 tungstenless hard alloy in the water solution of sodium nitrate without laser emission imposition and at the impact of laser emission with wave lengths of 1.06 mcm and 0.53 mcm have been considered. It is established that the imposition of laser emission of both wave lengths (1.09 mcm and 0.53 mcm) in the area of treatment with the use of the frequency of pulse sequence equal to 10 kHz allows increasing current density as compared with the dilution without emission imposition three – five times more.
laser-electrochemical treatment, electrolyte, laser emission, tungstenless hard alloy.
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