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Instability-driven segregation of V group transition metals on HEB$_2$ grain boundaries influencing enhanced mechanical properties
Five metals share a common sublattice in the (Hf,Ta,Ti,Nb,Zr)B$_2$ (HEB$_2$). Most high-entropy materials are produced as polycrystalline materials in the form of sintered ceramics. The question of which metal species are located at grain boundaries is still unknown. Here, we calculated the grain-bo
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