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Improved Microcantilever Geometry for Bio and Chemical Sensing

机译:用于生物和化学传感的改进的微悬臂梁几何

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摘要

Micro cantilever based biochemical sensors have been around for a quite some time. Though they are limited to simple rectangular type of sensing surface, they are quite capable in detecting agents of interest. However one can improve their performance by enhancing their mass sensitivity. In this paper, a numerical study is performed to assess the influence of micro cantilever geometry on its resonance frequency. The change in resonance frequency can be used to detect the added mass. Thus one can use these results to improve the performance of micro cantilever based sensors. ANSYS/Multi physics and COMSOL/Multi physics analysis for frequency is carried out.
机译:基于微悬臂梁的生化传感器已经存在了一段时间。尽管它们仅限于简单的矩形类型的感测表面,但它们非常有能力检测目标试剂。然而,可以通过增强其质量敏感性来改善其性能。在本文中,进行了数值研究,以评估微悬臂几何对其共振频率的影响。共振频率的变化可用于检测增加的质量。因此,人们可以利用这些结果来改善基于微悬臂梁的传感器的性能。进行了ANSYS /多物理场和COMSOL /多物理场的频率分析。

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