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Photonic crystal gas sensors

机译:光子晶体气体传感器

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摘要

The bandstructure of photonic crystals offers intriguing possibilities for the manipulation of electromagnetic waves. During the last years, research has mainly focussed on the application of these photonic crystal properties in the telecom area. We suggest utilization of photonic crystals for sensor applications such as qualitative and quantitative gas and liquid analysis. Taking advantage of the low group velocity and certain mode distributions for some k-points in the bandstructure of a photonic crystal should enable the realization of very compact sensor devices. We show different device configurations of a photonic crystal based on macroporous silicon that fulfill the demands to serve as a compact gas sensor.
机译:光子晶体的带状结构提供了用于操纵电磁波的有趣可能性。在过去几年中,研究主要集中在电信区域中这些光子晶体特性的应用。我们建议使用光子晶体进行传感器应用,例如定性和定量气体和液体分析。利用光子晶体的带结构中的一些k点的低组速度和某些模式分布应使得能够实现非常紧凑的传感器装置。我们显示了基于大孔硅的光子晶体的不同设备配置,满足了用作紧凑气体传感器的需求。

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