A Terahertz Metamaterial Biosensor For Liquid Detection Combined With Microfluidic Technique

Dawei Jiang, Jianqin Deng, Lanchang Xing, Bin Wang, Linlin Qu, Muzhi Gao, Gaoyang Zhu
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Abstract

In this paper, a terahertz metamaterial biosensor for liquid detection combined with a microfluidic technique is proposed. The model of this biosensor consists of a microfluidic channel below and metallic square split ring resonators above, leading the detect and screen abilities of this design unrelated to each other. As a result, this design allows large manufacturing errors and has a screening function and the advantage of high detection accuracy and a high degree of freedom. Because of these characteristics, this device shows great potential for the application of a label-free bio-detection in the terahertz band.
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结合微流控技术的太赫兹超材料液体检测生物传感器
本文提出了一种结合微流控技术的太赫兹超材料液体检测生物传感器。该生物传感器的模型由下方的微流体通道和上方的金属方形分裂环谐振器组成,这使得该设计的检测和筛选能力彼此无关。因此,本设计允许制造误差大,并具有筛选功能和检测精度高、自由度高的优点。由于这些特点,该装置显示了在太赫兹波段无标签生物检测应用的巨大潜力。
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