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Recent advances in high-entropy ceramics: Design principles, structural characteristics, and emerging properties
Yiran Li, Donghui Pan, Jiehui Cao, Wenhui Fang, Yiwang Bao, Bin Liu
Extreme Materials, 2025, 1(2): 42-72.   DOI: 10.1016/j.exm.2025.05.002

Fig. 11. (a) Crystal structure of tetragonal transition metal disilicide (left), hexagonal transition metal disilicides (right). Reproduced from Ref [196]. Copyright Elsevier 2023. (b) Reversible phase transitions of HEA and HEH during hydrogen absorption. Reproduced from Ref [190]. Copyright Elsevier 2024. (c) Crystal structure of HEPO4 monazites. Reproduced from Ref [191]. Copyright Elsevier 2019. (d) Electrical conductivity of the high-entropy sulfides. Reproduced from Ref [192]. Copyright American Chemical Society 2018. (e) A tomogram slices of the HE-MAX phase lattice structure as well as a picture of the crystal structure in the ideal case; Compressive stressstrain curves of the HE-MAX, Nb2AlC, and Ti2AlC at 1473 K, insets show the specimens after testing is completed. Reproduced from Ref [151]. Copyright Elsevier 2024.
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