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Configurational Entropy Effects on Glass Transition in Metallic Glasses

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Summary: The study reveals that high entropy metallic glasses exhibit a depressed dynamical glass transition phenomenon, with HEMGs having moderate calorimetric T-g showing the highest T-alpha and the maximum activation energy of alpha-relaxation. This decoupling of glass transitions from thermal and mechanical measurements demonstrates the impact of high configurational entropy on the structure and dynamics of supercooled liquids and metallic glasses.

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