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Extraordinary flexible, very long, and individual amorphous nanowires composed of metallic glasses are produced by the drawing process based on superplastic deformation above the glass transition temperature. The outstanding mechanical properties of metallic glasses including low Young's modulus and high strength can be inherited in nanowire.
Owing to the absence of dislocation defects and grain boundaries, the amorphous structure of metallic glass possesses superior mechanical properties compared to its crystalline counterparts. Koji Nakayama and co‐workers present on p. 872 a method that is capable of producing metallic glass nanowires. The image shows that the free end wire in the center oscillates like a sine‐wave pattern implying...
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