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Abstract
The effect of heat treatment at 1273 K for 1 week on the first hydrogenation of body-centered cubic (BCC) 52Ti-12V-36Cr alloy with 4 wt pct Zr7Ni10, 4 wt pct Zr, and 2.2 wt pct Zr additives was investigated. Upon heat treatment, the relative abundances of BCC, C15-type Laves phase, and α-Ti drastically changed. Their chemical composition also changed. This resulted in the elimination of incubation time and faster first hydrogenation kinetics but also an important reduction of total hydrogen capacity by 40 pct.
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