Abstract
1. During the heating of commercial boron carbide containing B2O3 in the temperature range 1173–1373°K, the boric anhydride is reduced to the lower oxide B2O2. 2. In the temperature range investigated, no carbon oxides are formed during the reaction of the B4C+B2O3 mixture. 3. In the course of the vaporization of the system B4C-B2O3, the B2O2 molecule content of the vapor increases with rise in temperature.
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