Abstract
The reaction mechanism between 0.1 MPa ClF3 gas and Ni was investigated in the temperature range of 473–873 K for 0–120 h. The kinetic corrosion behavior of Ni metal under 0.1 MPa ClF3 gas changed markedly at the point of 823 K. The reaction temperature is the most important factor in the corrosion behavior of metals with oxidative gas. As a result, the recommended maximum temperature to use Ni in 0.1 MPa ClF3 gas was estimated to be 748 K.
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