Characterizing heavy ions-irradiated Zr/Nb: Structure and mechanical properties

N. Daghbouj,H.S. Sen, J. Čížek, J. Lorinčík, M. Karlík,M. Callisti,J. Čech,V. Havránek, B. Li, V. Krsjak, M.O. Liedke,M. Butterling,A. Wagner,T. Polcar

Materials & Design（2022）

引用 25|浏览5

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摘要

•Mechanical and structural properties of ion (C, Si, or Cu) irradiated Zr/Nb NMMs are highly dependent on thickness and damage.•Thin (Zr/Nb27) multilayer is 11% harder than the thick (Zr/Nb96) one.•Irradiation hardening in Zr/Nb27 is minuscule (maximum 8 %) while a significant hardening is observed in Zr/Nb96 (maximum 24%).•In Zr/Nb multilayer, the higher the interface density, the higher the strain.

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关键词

Multilayers,Ion irradiation,TEM,Irradiation hardening,Interface,Dislocation

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