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Lattice-distortion-induced amorphization in indented [110] silicon

机译:[110]凹进硅中晶格畸变引起的非晶化

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摘要

High-resolution transmission electron microscopy (HRTEM) is used to reveal fine structures of amorphous silicon induced by Vickers indentation and its interface with unindented silicon matrix. Deformation microtwins at the interface and continuous transition from lattice structure of crystal into amorphous structure at the interface are observed. Within the amorphous silicon near the periphery of the indented region, there are many clusters characterized by distorted silicon lattice. A possible mechanism of lattice-distortion-induced amorphization at the periphery of indented silicon is suggested. All the indentations are performed at ambient temperature.
机译:高分辨率透射电子显微镜(HRTEM)用于揭示由维氏压痕及其与未压痕硅基体的界面诱导的非晶硅的精细结构。观察到界面处的变形微孪晶和界面处从晶体的晶格结构到非晶结构的连续转变。在凹陷区域外围附近的非晶硅中,有许多簇,其特征是扭曲的硅晶格。提出了一种可能的机制,即在凹进的硅外围发生晶格畸变引起的非晶化。所有压痕均在环境温度下进行。

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