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- Title
Irradiation-Hardening Model of TiZrHfNbMo 0.1 Refractory High-Entropy Alloys.
- Authors
Fan, Yujun; Wang, Xuejiao; Li, Yangyang; Lan, Aidong; Qiao, Junwei
- Abstract
In order to find more excellent structural materials resistant to radiation damage, high-entropy alloys (HEAs) have been developed due to their characteristics of limited point defect diffusion such as lattice distortion and slow diffusion. Specially, refractory high-entropy alloys (RHEAs) that can adapt to a high-temperature environment are badly needed. In this study, T i Z r H f N b M o 0.1 RHEAs are selected for irradiation and nanoindentation experiments. We combined the mechanistic model for the depth-dependent hardness of ion-irradiated metals and the introduction of the scale factor f to modify the irradiation-hardening model in order to better describe the nanoindentation indentation process in the irradiated layer. Finally, it can be found that, with the increase in irradiation dose, a more serious lattice distortion caused by a higher defect density limits the expansion of the plastic zone.
- Subjects
NANOINDENTATION; ALLOYS; CONSTRUCTION materials; KIRKENDALL effect; METAL hardness; POINT defects
- Publication
Entropy, 2024, Vol 26, Issue 4, p340
- ISSN
1099-4300
- Publication type
Article
- DOI
10.3390/e26040340