Susceptibility of Zr-2.5 (wt. %) Nb alloy to undergo nodular corrosion in water and steam environments: Effect of surface, cold work, temperature

Samanta, Akanksha; Sawarn, Tapan K.; Banerjee, Suparna; Tyagi, A. K.; Bhasin, V.

doi:10.1016/j.pnucene.2023.104823

Progress in Nuclear Energy

2023

DOI: 10.1016/j.pnucene.2023.104823

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Susceptibility of Zr-2.5 (wt. %) Nb alloy to undergo nodular corrosion in water and steam environments: Effect of surface, cold work, temperature

Akanksha Samanta

Tapan K. Sawarn

Suparna Banerjee

et al.

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Susceptibility of Zr-2.5 (wt. %) Nb alloy to undergo nodular corrosion in water and steam environments: Effect of surface, cold work, temperature

Cited by 4 publications

References 29 publications

Effect of Fe addition and ion irradiation on surface hardness in zirconium alloys: Experiments and modeling

Effect of Fe addition and ion irradiation on surface hardness in zirconium alloys: Experiments and modeling

Corrosion and fretting-corrosion behavior of Zr-Nb alloy under aqueous LiOH solution

Chemical characterization of uniform and localized oxides formed on Zr-2.5 (wt. %) Nb alloy

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