Abstract
A thermodynamic modeling of the Me-B-C-O (Me = Ti, Zr, and V) system with the use of the ASTRA-4/pc software was performed. The effects of the pressure (10−4–10−2 Pa), temperature (773–1473 K), borating component composition, and the role of B2O3 on the phase relations were discussed. Isothermic and isobaric sections of the MeO2-B2O3-C (Me = Ti, Zr) systems were plotted. Layers of McB2 on carbon steel-45 were formed under conditions of electron beam heating.
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