This research examines how changes in electrical conductivity and current efficiency affect machining outcomes, suggesting important operational insights.
The article is devoted to studying issues of electrochemical machining. It is shown that during high-speed anodic dissolution of nickel, chromium, and alloys XH78T and XH77TYuPU in solutions of NaCl, NH4Cl, NaNO3, NH4NO3, NaClO3, the main factors determining the logarithmic dispersion index are the change in the effective electrical conductivity of the electrolyte with the change in the interelectrode gap and the change in current efficiency with current density.
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Boldyrev et al. (2026) studied this question.
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