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Capturing the Equilibration Pathway of Nanomaterials Metastable in Both Crystal Structure and Morphology
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Capturing the Equilibration Pathway of Nanomaterials Metastable in Both Crystal Structure and Morphology

Tung-Han YangDong Qin
Matter, 卷.2(3), 頁碼.519-521
03/2020

摘要

Materials Science (all)
In this issue of Matter, Li et al. used in situ electron microscopy to investigate the equilibration pathway of Au nanoribbons that are metastable in terms of both crystal structure and morphology when they are subjected to thermal stress. In this issue of Matter, Li et al. used in situ electron microscopy to investigate the equilibration pathway of Au nanoribbons that are metastable in terms of both crystal structure and morphology when they are subjected to thermal stress.

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https://doi.org/10.1016/j.matt.2020.02.004檢視
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