Abstract:In situ transmission-electron-microscopy (TEM) tensile testing has been a powerful tool for revealing the underlying physical mechanism when materials are subjected to a stress [1][2][3][4][5]. With this technique, the dynamics microstructure evolution of the materials can be recorded in a nano or even atomic scale. However, all the commercial in situ TEM tensile holders available so far suffer from the absence of quantitative ability and the complexity in sample preparation. Consequently, the potential explor… Show more
“…TEM pictures of testing in compression and tension testing are displayed in Fig. 1 (see also tensile designs made by Kiener and Minor [38] as well as Shan and co-workers [39].…”
Section: In-situ Compression Tension and Cyclic Tests In Temmentioning
“…TEM pictures of testing in compression and tension testing are displayed in Fig. 1 (see also tensile designs made by Kiener and Minor [38] as well as Shan and co-workers [39].…”
Section: In-situ Compression Tension and Cyclic Tests In Temmentioning
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