Measuring mechanical properties of micro structures using micro manipulator with low rigidity

Kensuke Tsuchiya, Kentaro Takayama, Wenjun Zhou, T. Hamaguchi, M. Nakao
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Abstract

The authors propose a method for measuring a micro force using a micro manipulator with low rigidity. In order to understand micro scale phenomena and design better micro devices, we have to do much more strength tests or destructive tests on micro objects, such as to apply some force and detect its behavior, response or deflection. We developed a system to move a probe along 3 axes. The tip end of the manipulator could be shaped into a suitable shape for a target. Using the system, we carried out three strength tests of micro objects, such as measuring mechanical properties of nanowire, shear strength of fixed abrasive grains and mechanical strength of chromosomes. Through these demonstrations, we confirmed the validity of our proposal.
利用低刚度微机械臂测量微结构的力学性能
提出了一种利用低刚度微机械臂测量微力的方法。为了理解微尺度现象和设计更好的微器件,我们必须对微物体进行更多的强度测试或破坏性测试,例如施加一些力并检测其行为,响应或挠度。我们开发了一个沿3个轴移动探针的系统。机械手的尖端可以被塑造成适合目标的形状。利用该系统进行了纳米线的力学性能、固定磨粒的剪切强度和染色体的机械强度三种微观物体的强度测试。通过这些论证,我们证实了我们建议的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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