Effect of boron and hafnium on the corrosion resistance of high-temperature nickel alloys
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Introduction of 0.1% B and 1% Hf into low-carbon corrosion-resistant nickel alloys makes it possible to increase their resistance to high-temperature salt corrosion. In this case, it becomes possible to increase the heat resistance of the alloys while maintaining the high corrosion resistance as a result of the increase in the titanium and aluminum content.
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- Effect of boron and hafnium on the corrosion resistance of high-temperature nickel alloys
Metal Science and Heat Treatment
Volume 34, Issue 4 , pp 251-254
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