Abstract
The effects of the ambient temperature, gas flow rate and carbon content in the brick on the behaviour of the MgO–C reaction, which is an inherent phenomenon of MgO–C bricks, were investigated. As a result, the amount of the MgO–C reaction increased as the carbon content in the brick and the temperature increased, but was not significantly changed by increasing the gas flow rate. The apparent activation energies for the following reactions were determined from the results of this study and the results of previous reports.
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