Micro-cantilever array and its application in gas sensor

Wu Pan, Ning Li
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引用次数: 7

Abstract

Micro-cantilever array was made by micromachining technology. Its mechanical characteristic was analyzed. A gas sensor based micro-cantilever array was presented. The different material sensing layers were fabricated on the different micro-cantilever surface respectively; the physical or chemical absorption alters the mass of micro-cantilever, accordingly, the mechanical characteristic of micro-cantilever was changed. The vibration characteristics of beam array and its changes were measured by optoelectronic means. The component of mixed gas was identified by neural network and pattern recognition technologies. The micro-cantilever array gas sensor was examined by using ethanol (C2H5OH), natural gas and butane (C4H10). The experiment results of the gas sensor were obtained.
微悬臂阵列及其在气体传感器中的应用
采用微加工技术制备微悬臂阵列。对其力学特性进行了分析。提出了一种基于微悬臂阵列的气体传感器。在不同的微悬臂表面分别制备了不同的材料传感层;物理或化学吸附改变了微悬臂梁的质量,从而改变了微悬臂梁的力学特性。利用光电技术测量了波束阵列的振动特性及其变化。采用神经网络和模式识别技术对混合气体组分进行了识别。以乙醇(C2H5OH)、天然气和丁烷(C4H10)为原料,对微悬臂梁阵列气体传感器进行了研究。得到了该气体传感器的实验结果。
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