Radiation embrittlement in Fe55Ni19Cr26 crystals arises from orientation-dependent dislocation-defect interactions rather than defect accumulation alone, producing strong mechanical anisotropy in fracture resistance.
Orientation- dependent irradiation hardening in pure Zr studied by nanoindentation, electron microscopies, and crystal plasticity finite element modeling
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Molecular dynamics study of the role of anisotropy in radiation-driven embrittlement
Radiation embrittlement in Fe55Ni19Cr26 crystals arises from orientation-dependent dislocation-defect interactions rather than defect accumulation alone, producing strong mechanical anisotropy in fracture resistance.