Non-equimolar design regulates configurational complexity, lattice strain, and polyhedral distortion in m'-RETaO4 high-entropy ceramics (IMAGE)

Tsinghua University Press

Non-equimolar design regulates configurational complexity, lattice strain, and polyhedral distortion in m'-RETaO4 high-entropy ceramics

Caption

Non-equimolar compositional design regulates configurational complexity, polyhedral distortion, and lattice strain within the same m' phase. Heterogeneous atomic arrangements at different positions and local structural distortion link non-equimolar composition with macroscopic thermal transport behavior.

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Journal of Advanced Ceramics, Tsinghua University Press

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