基于qcm的微型化集成电子鼻微系统

T. Frisk, L. Eng, Shaohua Guo, Wouter van der Wijngaart, G. Stemme
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引用次数: 3

摘要

我们设计、制造并成功测试了基于集成的小型化石英晶体微天平(QCM)的电子鼻微系统。微系统由四个部分组成:具有集成流体通道和电导体的微机械气液界面;一种各向异性导电双面胶膜;1 . QCM晶体;一种带有流体和电气端口的聚合物帽。多功能材料的选择和四组分微系统的几何特征允许QCM晶体、电触点、流体触点和样品接口在单个系统中的功能集成,组装工作量最小,具有低成本制造的潜力,并且与商用仪器相比,系统尺寸(12* 12*4 mm3)和重量减少了几个数量级。该系统在30秒内检测到100ng范围内的摇头丸。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A miniaturised integrated QCM-based electronic nose microsystem
We designed, fabricated and successfully tested an integrated miniaturised quartz crystal microbalance (QCM) based electronic nose microsystem. The microsystem is an assembly of four parts: 1. a micromachined gas-liquid interface with integrated fluid channels and electrical conductors, 2. an anisotropically conductive double-sided adhesive film, 3. a QCM crystal and 4. a polymer cap with fluid and electrical ports. The choice of the multifunctional materials and the geometric features of the four-component microsystem allow a functional integration of a QCM crystal, electrical contacts, fluidic contacts and a sample interface in a single system with minimal assembly effort, a potential for low-cost manufacturing, and a few orders of magnitude reduction in system size (12* 12*4 mm3) and weight compared to commercially available instruments. The system detected ecstasy in the 100 ng range within 30 seconds.
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