Abstract
The oxidation behavior of nickel and dilute Ni-V alloys has been studied in flowing oxygen at 1 atm pressure, using various kinetic and electron-optical techniques. The oxidation rate rises progressively as the alloy vanadium content is increased from 0 to 0.8% and then to 1.7%. However, further additions to 4.2% cause only a slight further increase. These increases in oxidation rate are largely controlled by the extent of doping of the NiO, particularly for the two more dilute alloys, although internal oxidation, spinel blocking effects in the oxide, and dissociation of the NiO affect the weight gains to some extent, particularly for the case of the Ni-4.2% V alloy.
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Stott, F.H., Forrest, J.E. & Wood, G.C. The oxidation behavior of dilute Ni-V alloys at 1200°C. Oxid Met 11, 109–125 (1977). https://doi.org/10.1007/BF00606398
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DOI: https://doi.org/10.1007/BF00606398