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MODELING AND CHARACTERIZATION OF NANOWIRES WITH MICROCANTILEVER BEAMS

机译:微悬臂梁对纳米线的建模与表征

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摘要

Mechanical behavior of a nanowire-microcantilever beam structure under electrostatic actuation was studied using the FE method. A comparison for the resonant frequencies between a nanowire-microcantilever structure and a microcantilever only is presented. Several factors affecting the resonant frequency of the nanowire-microcantilever structure, such as actuation voltage and fabrication effects on geometries are discussed. Also, alignment effect of the nanowires with the microcantilever beam is investigated. This study can be utilized to predict Young's modulus of nanowires.
机译:使用有限元方法研究了纳米线-微悬臂梁结构在静电作用下的力学行为。提出了纳米线-微悬臂梁结构和仅微悬臂梁之间的共振频率的比较。讨论了影响纳米线-微悬臂梁结构共振频率的几个因素,例如激励电压和制造对几何形状的影响。另外,研究了纳米线与微悬臂梁的对准效果。这项研究可用于预测纳米线的杨氏模量。

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